Datasets:

bhlim

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patentmatch_for_finetuning

like 1

A method of repairing a metallic component 100 by powder feeding laser deposition the metallic component 100 being formed from a first material 110 the method comprising the step of depositing a plurality of first repair layers 130 onto a repair surface 120 of the component 100 to form a first repair zone 140 the first of the plurality of first repair layers 130 comprising a mixture of AB by weight of the first material 1010 and a second material 150 each nth successive one of the plurality of first repair layers 130 comprising a change in the proportion of the second material 150 in the mixture the last of the plurality of first repair layers 130 comprising a mixture of CD by weight of the first material 110 and the second material 150.

Another embodiment of this invention relates to methods for repairing turbine components which are formed from niobium silicidebased materials.For example a damaged turbine blade could be ground down to a region below the damaged area.The blade could then be subjected to the laser cladding process described above in which the undamaged portion or segment of the blade becomes the substrate surface.The computercontrolled deposition would reform the blade in a shape identical to the original shape.An advantage of using the laser cladding process is that the repaired portion may have no detectable bond line or discontinuity with the original blade portionafter finishing due to the welding phenomenon that has taken place.These repair techniques are also very suitable for the blisks described previously.

The method of Claim 1 2 3 or 4 wherein the related objects 510 include one or more graphics associated with the first object one or more properties for the first object one or more trends for data associated with the first object one or more schedules associated with the first object and one or more reports for data associated with the first object.

US6542796

The fuel cell system according to any one of claims 1 to 6 further comprising a catalytic combustor 28 to which a combustion gas containing a combustible component which is discharged from the combusting section and is not combusted is introduced and which causes the combustible component contained in the combustion gas to be combusted through a catalytic reaction and a catalytic combustor temperature detecting section 36b that detects a temperature of the catalytic combustor or a temperature of an exhaust gas which is exhausted from the catalytic combustor wherein the oxygen proportion changing section changes an oxygen proportion of a gas which is introduced into the combusting section from the correction oxygen proportion to the normal oxygen proportion when a temperature detected by the catalytic combustor temperature detecting section is equal to or greater than an abnormal temperature.

Subsequently on condition that the temperature of the reformer RF rises to be equal to or higher than 650C and the temperature of the cell stack including the single cells CE exceeds about 600C the reforming reaction is shifted to the SR.In the SR the reforming air supplied to the reformer RF is shut off and the flow rate of the reforming target gas supplied to reformer RF is reduced to 3.0 L per minute.Further pure water of 8.0 ml per minute is supplied to the reformer RF.

The network access device according to claim 13 characterized in that the request message contains a device identification of the first communication device and the state switching request contains the device identification of the first communication device the first sending module 703 is configured to generate a device identification list the device identification list recording for at least one communication device a device identification of each communication device which sends a request message during a preset time period since a moment when the request message sent by the first communication device is received and send to the terminal bound with the network access device the state switching request containing the device identification list.

At block 330 the neighboring device 1022 relays the reply from the controlling device 1024 to the requesting device 1023.

Steam power plant according to claim 5 or 6 characterized in that between the branch piece 29and the second lowpressure turbine 21 a second steam valve 33 is installed.

The first steam turbine arrangement 14 comprises a HPT high pressure steam turbine 24 an IPT intermediate pressure steam turbine 25 and a LPT lowpressure steam turbine 26.The HPT 24 and IPT 25 are driven by highpressure life steam 9 and intermediate pressure life steam 10 from the boiler 3.The LPT 26 is driven by lowpressure steam 11 a which is obtained from the IPT 25 andor lowpressure life steam 37 from the boiler 3.The arrangement further comprises a generator 5 which produces electric power and a condenser 18 from which feed water 19 is returned to the boiler 3.The steam cycle is simplified and shown schematically without feed water pumps and details of the boilers etc.as these elements are not subject of the invention.

A cockpit video system as recited in Claim 1 further comprising a second camera assembly adapted and configured to view the nose landing gear of the airplane.

Also shown in FIGURE 17 are minimum criterion areas 588 590 and 592 one included in each of three images 574 576 and 582.The minimum criterion areas 588 590 and 592 are generated by the target generator 530 based on image analysis of the landing gear displayed in the three images 574 576 and 582.The minimum criterion areas 588 590 and 592 are dashed rectangular boxes that are displayed relative to the landing gear.The minimum criterion area 588 included in the nose landing gear image preferably extends 5 feet back 30 feet forward and 15 feet each to the right and left of the nose landing gear 28.The minimum criterion areas 590 and 592 included in the left and right main landing gear images 574 and 576 preferably extend inboard 0 feet outboard 15 feet and back 5 feet of the main landing gear and forward up to the wing trailing edge and the engine cowling.More generally the dimensions of the minimum criterion areas are set at values that provide visual cues to the pilots e.g.pavement edge margins at the start and end of a Uturn maneuver.The visual cues are designed to produce safe ground maneuvering and avoid offpavement excursions.In order to minimize visual pilot confusion FIGURE 17 includes a border 594 between the three camera generated images 574 576 and 582.The thickness of the border 594 may be increased in order to provide greater visual separation.

The compound needle 1 for the flatbed knitting machine according to Claim 1 wherein the slidingresistance application plate 37 extends from the rear end of only one of the blades 32 33.

The needle hook member 7 is provided with a hook portion 15 a blade groove 17 for accommodating a blade portion 11 a center body portion 19 for supporting a lower arm of a slider body portion 13 and a concave portion 21 provided at a rear end portion of the needle hook member for connecting a front end of the jack when cited in the order of arrangement from the front end side.The needle hook member 7 and the needle jack 9 are formed to have the same thickness.The needle jack 9 is formed to have thickness slightly smaller than width of the needle groove and has a curved elastic leg 23 extending rearwardly from the concave portion 21 and having a rear end to abut with a bottom of the needle groove.It also includes a control butt 25 projecting from around the center of the body portion of the needle jack 9 to engage with a cam mounted on a cam carriage not shown so as to be operated to advance and retract so as to make the needle body 3 advance and retract.

The method of claim 19 or claim 20 wherein arranging the platform 10 inside the tower section is carried out by lowering the platform 10 from the top of the tower section 100.

In the exemplary embodiment floor 104 includes a plurality of access openings 130 extending therethrough and a plurality of kick panels 132 coupled thereto wherein each kick panel 132 at least partially circumscribes access opening 130 and extends a height 133 above floor top surface 116.In the exemplary embodiment the plurality of access openings 130 includes a first generally rectangularly shaped access opening 134 that permits a load to be hoisted through platform 100 and a second generally rectangularly shaped access opening 136 that permits human ascent through platform 100 using a ladder not shown in Figure 3 coupled to inner surface 30.In an alternative embodiment at least one door not shown in Figure 3 is hingedly coupled to at least one kick panel 132 in order to cover at least a portion of at least one access opening 130.The exemplary floor 104 also includes a plurality of notches 140 spaced around perimeter 120 and extending inwardly therefrom.

A system for local voice survivability comprising a local gateway according to any one of claims 6 to 9 a user terminal and a server wherein the user terminal is configured to send a service data stream to the server and the server is configured to send a service response to the user terminal.

Figure 7 is a diagram representing a scenario involving the same entities of the scenario of Fig.5 and showing a case of a failed node coming back to working order.Same numbers are used to identify components having the same or similar functions.In the illustrated scenario node PCSCF 34 receives SIP traffic from UE 35 and opens a transportlayer connection with SICSCF 33.PCSCF 34 sends a first message to SICSCF 33 such as a REGISTER message.The node SICSCF 33 can be configured to promote to service status node PCSCF 34 after having received N messages where N is configurable.In the exampleof Fig 7 PCSCF 34 is reinstated to service condition by SICSCF 33 after having received 3 messages N3.Receipt of the third message starts the timer associated with the adjacent node and monitoring procedure to check liveliness of adjacent nodes takes place as described previously with reference to Figs.4 and 5.

A method according to claim 11 or claim 12 in which the content information identifies which datascheme information is the datascheme information on the original data.

When music data in the coupled file in FIG.10b is to be reproduced if a reproduction apparatus is compatible to the compressed music data e.g.if the reproduction apparatus comprises an MP3 decoder when MP3encoded music data is recorded the compressed music data original data in the coupled file is reproduced transcoded PCM data may be reproduced.

A method according to any of the previous claims wherein the reference initial duration of the peak phase TSTART andor the first change of duration TP1 andor the first number NA1 of actuations of the electromagneticactuator 22 andor the safety quantity TP andor the number NA of safety actuations of the electromagnetic actuator 22 andor the second change of duration TP2 andor the second number NA2 of actuations of the electromagnetic actuator 22 are variable and are determined as a function of a plurality of parameters such as for example battery voltage V temperature of the winding of the electromagnetic actuator 22 temperature of the fuel used speed of the internal combustion engine ICE.

The solenoidactuated intake valve 120 is an integratedtype intake valve comprising a valve member 121 fixed to a valve rod 122.The valve rod 122 is biased by a spring 123 to an opening direction of the valve 121.The solenoidactuated intake valve 120 further comprises a anchor 124 fixed to the valve rod 122 and a solenoid coil 125 wherein the anchor 124 can come in contact with a restricting member 126 in the fully open position of the intake valve.When applying a control current to the solenoid coil 125 a magnetic biasing force is generated acting on the anchor 124 in a closing direction of the intake valve so that the intake valve can be closed by applying a control current until the valve member 121 comes in contact with a valve seat 127 in a fully closed position of the intake valve.

The indoor unit according to claim 9 10 or 11 wherein a connector fixing part 241 for fixing a connector 412 connecting an electric wire extending from the controller 400 to an electric wire extending from an electronic component within the indoor unit 100 is further disposed in the inspection hole 240.

The indicator panel 1 is made of a material having a high light transmittance such as glass or transparent resin and is so shaped as to have a cross section in the shape of a rectangular of which one of the longer sides is extended past the shorter sides with a predetermined thickness these protruding portions are called the bracket portions 1a with this cross sectional shape maintained over a predetermined length.As Fig.7 shows the bracket portions 1a have a locked portion 1e formed in a predetermined position along thelength thereof.

A portable electronic device 200 comprising a body portion 202 a display 206 provided in the body portion 202 and a feedback module 240 coupled to the display 206 and the body portion 202 the feedback module 240 adapted to secure the display 206 to the body portion 202 and provide feedback by moving the display 206 relative to the body portion 202.

The touch sensor portion 2 according to this embodiment uses the socalled resistance film type to detect whether the touch sensor portion 2 has been pressed at what position.In this case the pressing portion 21 has a structure of which a plurality of electrode sheets on which a transparent electrode is formed are layered so that they are equally spaced and the electrode surfaces are oppositely aligned.Disposed in the frame 22 is circuitry that applies a voltage to the electrode sheets and detects voltages therefrom.When the pressing portion 21 is pressed bya users finger or a pointing device such as a pen the electrode sheets contact each other.By detecting resistance changes of the electrode sheets the position that is pressed can be identified.

Control system according to any previous claim characterized in that the transceivers of the node and the hub have means for wireless data transfer between the node and the hub.

A sender device which is sending communications to another device using a naming convention according to the invention specifies the following information to identify the target device1.a name determining a corresponding network address of a communications apparatus enterprise server with which the device name is registered 2.a device name class and 3.a device identifier which is unique for the class and which corresponds to the device identifier format of the class.

A computer program product for performing steps of the method according to any of claims 1 to 6.

The material model which can be a classbased object supports standards such as S95 or other Enterprise Resources Planning ERP models for example.The model specifies object components such as material states types and material classes wherein the material model mapsassociates the object components to containers lots and sub lots that house and distribute such materials.An area model can then be defined which provides a potential mapping between logical material requirements specified in the material model and possible vesselsequipment that may be employed to manufacture relateddesired batches or recipes from the materials.The area model also includes a phase mapping between requested materials from the material model and components of the area model.The phase mapping includes associated parameters such as how much material to add andor distribute from a selected process which materials to employ in the process and includes defining respective equipment modules for creating an associated batch or recipe.The material model area model along with associated model state information can then be bound at runtime such as via static dynamic e.g.just in time binding and manual binding procedures.The binding process can further include analysis within an area model to determine which containers andor equipment modules satisfy a batch or recipe requirement in accordance with various materialdriven procedures.

The method of claim 11 wherein the unlock command comprises a handwritten signature.

If the gesture input 455 is received when there is no gesture input registered in the mobile terminal 100 or if the gesture input 455 is received when the help popup window 460 is displayed a menu for registering a new gesture input may be executed and thus the user may register a new gesture input or edit an existing gesture input.

The method of Claim 1 2 3 4 or 5 wherein displaying the first plurality of tiles 405 for the plurality of objects 1115 comprises organizing the plurality of objects into groups 420 and displaying the first plurality of tiles 405 organized according to group.

According to anther embodiment an improved method for providing a user interface for an industrial control system is described automatically generating one or more designated views arranged with a tab each designated view comprising one or more tabs and comprising any of said process graphics software objects or elements the method further comprising associating by means of a designated view a tab of a said process graphic to one or more operational elements dependent on in which said functional groups said software object is arranged and at which level in a structure the said functional group or groups are arranged.

A light control device comprising a first substrate 11 and a second substrate 12 a first electrode 13 formed on said first substrate 11 a second electrode 14 formed on said second substrate 12 a suspension 17 and a driving circuit 100 wherein said first substrate 11 said first electrode 12 said suspension 17 said second electrode 14 and said second substrate 12 are arranged in order from a side of said first substrate 11 said driving circuit 100 supplies an electric potential difference between said first electrode 13 and said second electrode 14 said suspension 17 comprises a light controlling particle 16 and a dispersion medium 15 said light controlling particle 16 has an optical anisotropy and is electrostatically charged said second electrode 14 is constituted so as to periodically align plural electrodes and each electrode constituting said second electrode 14 has a same electric potential.

Next the A plate 2 and the B plate 3 are disposed to face each other and are bonded to each other by coating a sealant including spacer beads on both sides of ends not shown thereof.Therefore a suspension charge space of the suspension 9 inwhich a distance between both plates is 25 m is formed.Further the distance between the suspension charge space and both plates are in a range between 3 m and 100 m.In addition the spacer beads may be scattered between the A plate 2 and the B plate 3 and the suspension charge space may be kept.Examples of the spacer beads may include glass a polymer and the like and the spacer beads are preferably stable with respect to an adhesive.Furthermore when the spacer beads are scattered between the A plate 2 and the B plate 3 a refractive index of the spacer beads preferably approximates to that of the disperse medium 11.

The method of any one of claims 1 to 5 further comprising displaying the sound setting on the display.

When the display device is set in the automatic adjust mode the control portion 200 controls the motor 21 in accordance with the detected seating condition.In this way the position of the display portion 7 is automatically set to the optimum orientation in accordance with the seating condition thus saving the user the trouble of setting up the display orientation.

The vehicle testing method of claim 4 wherein said applying a test action to the vehicle comprises altering an operational parameter of the vehicle that is intended to cause a change in the level of oxygen in the exhaust stream of the vehicle responsive to said test action wherein said monitoring the signal of the vehicle computer associated with said test action comprises monitoring a signal associated with an exhaust gas oxygen sensor positioned downstream of a catalytic converter on the vehicle and wherein said determining whether the signal of the vehicle computer associated with said test action meets said expected response comprises evaluating whether the signal of the vehicle computer associated with the downstream oxygen sensor changes in response to said test action.

Meanwhile every time a predetermined period of time elapses the CPU 11a of the automatic charging apparatus 10 executes the diagnosis calculation start routine shown in FIG.8 from step 800 thereof.In step 805 the CUP 11a judges whether a policing code has been received.When the result of the judgment in step 805 becomes Yes the CPU 11a proceeds to step 810.When the result of the judgment in step 805 is No the CPU 11a proceeds to step 895 so as to end the present routine.Accordingly when a policing code is transmitted from the monitor apparatus 20 the result of the judgment in step 805 is Yes and the CPU 11a proceeds to step 810.In step 810 the CPU 11a immediately transmits a response signal to the monitor apparatus 20 within 5 seconds after transmission of the policing code.The response signal includes a special code indicating reception of a policing code and an ID code allotted to each automatic charging apparatus 10 specification information peculiar to the individual automatic charging apparatus 10.

An electrical connector comprising a housing 11 made of insulator to be mounted on a solid circuit board and provided thereon with an opening 12 through which a flat circuit device 13 is inserted into the housing 11 a plurality of conductive contacts 14 arranged on the housing 11 to be electrically connected respectively with circuit terminals provided on the solid circuit board and positioned to correspond respectively to connecting terminals 15 provided on the flat circuit device 13 inserted in the housing 11 through the opening 12 provided thereon and a holding member 1617 attached to the housing 11 to be operative to hold the flat circuit device 13 inserted in the housing 11 through the opening 12 provided thereon and then to release the flat circuit device 13 from holding by the holding member 1617 characterized in that the holding member 1617 has a base portion 2131 provided to be fixed to the housing 11 and a movable arm portion 2234 extending from the base portion 2131 and the movable arm portion 2234 is provided thereon with an engaging portion 2736 operative to be put in engagement with the flat circuit device 13 inserted in the housing 11 so as to hold the same and a releasing portion 2837 protruding from the movable arm portion 2234 to the outside of the housing 11 and is operative to move for releasing the engaging portion 2736 from the engagement with the flat circuit device 13 when the releasing portion 2837 is manipulated to be shifted in position.

With the handle portion 34 of the releasing member 27 and the handle portion 39 of the releasing member 29 thus shifted not to beyond the imaginary reference line IL and the rightward extension of the imaginary reference line IL respectively it can be confirmed by means of checking visually or sentiently the position of each of the handle portions 34 and 39 from the outside of the electrical connector 10 that the holding members 26 and 28 are put in engagement with the FPC 40 for holding the same.

An electronic device comprising a display a touchsensitive surface one or more sensors to detect intensities of contacts with the touchsensitive surfaceone or more processors memory and one or more programs wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors the one or more programs including instructions for performing any of the methods of claims 112.

The mobile apparatus 10 is an example of an information processing apparatus capable of receiving information by touching or depressing the display screen 10a.The information processing apparatus may be a PC Personal Computer a cellular phone a smart phone a portable music player apersonal digital assistant PDA Personal Digital Assistant a game apparatus or a digital household appliance.

The activation management system for an electronic device as claimed in claim any preceding claim further comprising a module to record audible signals for use as an acoustic element of said pattern.

There is a background that since the apparatus is a small apparatus necessarily the resources of a CPU and a DSP which are installed in the inside are limited and the detection algorithm is preferably lighter.

The system of claim 10 wherein the processing system is further configured to receive data representative of an aircraft type and select the one or more filter types and adjusting the one or more filter parameters based additionally on the determined aircraft type.

Referring again to FIG.2 and with continued reference to FIG.1 a voice command recognition process 200 may be performed to enable a user such as a pilot copilot or crew member to quickly and easily interact with components devices andor systems onboard an aircraft in a hands free andor headup manner.In an exemplary embodiment the voice command recognition process 200 begins in response to an activation event task 202.In this regard an activation event corresponds to an input received by the processing system 108 indicative of a desire andor need to enable or otherwise activate the voice command recognition process 200.In an exemplary embodiment the processing system 108 monitors or polls the audio input device 104 for audio input that corresponds to an activation event.In this regard the processing system 108 may be configured to initialize the voice command recognition process 200 in response to receiving an audio input that matches an activation voice command maintained by the data storage element 120.In accordance with one or more embodiments the processing system 108 may be configured to initialize the voice command recognition process 200 automatically in response to receiving an audio input that corresponds to an emergency sound.This relieves a user e.g.a pilot or copilot of having to manually activate the voice command recognition process 200 during an emergency.In this regard the processingsystem 108 may monitor one or more audio characteristics of the audio signal received from the audio input device 104 and initialize the voice command recognition process 200 in response to detecting an emergency sound based on audio characteristics of a received audio signal.For example the processing system 108 may initialize the voice command recognition process 200 in response to detecting an audio signal from the audio input device 104 having timefrequency characteristics andor amplitudefrequency characteristics that correspond to an emergency sound.In other embodiments the processing system 108 also initializes the voice command recognition process 200 in response to an input signal received from an activation element e.g.a button switch or knob associated with the audio input device 104 or another physical feature within the cockpit of the aircraft 122.In yet other embodiments the processing system 108 may be configured to continuously monitors or polls the audio input device 104 for audio input indicative of a desired voice command e.g.task 208 in which case the voice command recognition process 200 need not wait for an activation event.

A method according to any of claims 1 to 3 comprisingsaid UE requesting connectivity information to a candidate WLANAN including requesting whether said WLANAN has connectivity to at least one PDNGW in a specific PLMN.

Then as indicated by the block 122 the wireless device checks on operator policy to determine whether the wireless device is permitted to make connection attempts by way of non802.1xcapable networks.If so attempts indicated by the block 124 are made and tunneling connections here indicated by the segments 128 are carried out.

An electrosurgical device comprising at least one electrode that applies electrosurgical energy to tissue an electrosurgical energy output stage electrically coupled to the at least one electrode through a transmission line the electrosurgical energy output stage configured to generate electrosurgical energy a voltage sensor and a current sensor coupled to the electrosurgical energy output stage the voltage sensor configured to sense a voltage of the electrosurgical energy to obtain a sensed voltage and the current sensor configured to sense a current of the electrosurgical energy to obtain a sensed current a memory that stores at least one impedance loss model parameter associated with the transmission line and a processor coupled to the voltage sensor the current sensor and the memory the processor configured to calculate a sensor impedance value based upon the sensed voltage and the sensed currentpredict a phase value based upon the sensor impedance value to obtain a predicted phase value retrieve the at least one impedance loss model parameter and calculate at least one metric at the tissue based upon the sensed voltage value the sensed current value the predicted phase value and the at least one impedance loss model parameter.

Embodiments of the presently disclosed system and method are described with reference to the drawings where like reference numerals refer to similar elements throughout the various figures.Referring to FIG.1 there is shown an exemplary embodiment of an electrosurgical system 2 having an electrosurgical generator 10 providing electrosurgical energy to a patient also referred to as the load.A control system 12 is provided for controlling the output of the electrosurgical generator 10.The electrosurgical generator 10 outputs energy including a voltage Vin 26 which is transferred or carried to the patient tissue or destination via one or more energy carrying components such as a cable a blocking capacitor a circuit board a handset of an electrosurgical instrument etc.The cable andor the other components collectively have exemplary characteristics represented by box 14 which may be represented as a series inductor and shunt capacitor.A first impedance Zsrc 28 associated with box 14 includes resistance Rsrc 30 and inductance Lsrc 32.A second impedance ZLkg 34 associated with box 14 includes capacitance CLkg 36 through which a leakage current ILkg 38 flows.The electrosurgical energy is delivered to the patient via at least one electrode 16 of the electrosurgical instrument.A voltage Vload 40 and a current Iload 42 are delivered to the patient having a load impedance Zload 46 which is associated with the tissue resistive load Rload 44.

The NOx storage reduction catalyst as claimed in claim 7 wherein said catalyst support is ceria or ceriazirconia.

In contrast in the method of the present invention shown in the lower side of Fig.2 a boronbased reducing agent in place of an alcohol is added as a reducing agent to reduce Rh3 ions 11 and Au3 ions 12 contained in the mixed solution.Subsequently the residual boronbased reducing agent in the mixed solution is removed by conducting a purification treatment etc.as necessary.Without being bound by any particular theory it is believed that since a boronbased reducing agents has a very strong reducing power compared to an alcoholbased reducing agent use of a boronbased reducing agent as a reducing agent makes it possible to simultaneously reduce both Rh3 ions 11 and Au3 ions 12 dissolved in the mixed solution without preferentially reducing Au3 ions 12 relative to Rh3 ions 11 unlike the case of using an alcoholbased reducing agent.As a result according to the method of the present invention it is believed that it is possible to obtain RhAu metal particles 10 in which Rh and Au are solidsolutioned at the atomic level.

A device as claimed in any of claims 1 to 14 wherein the oneway valve is a low pressure cracking valve having a cracking pressure of12mbar and a backward pressure of up to 6 bar.

As seen in fig.2 the manifold 14 on the vent unit 10 has a linear passage 21 that extends in a line from an introducing port 22 to a catheter port 24.A flexible seal 26 is disposed in the linear passage near the introducing port.The seal that is illustrated is made of a highlyresilient material such as latex polyisoprene or silicone.While not necessary to the invention the figures show the introducing port with a luer lock 28.In the figures the diameter of a portion of the linear passage near the introducing port is greater than the diameter of the linear passage near the catheter port and sealing walls 31 are provided inside the flexible seal.The variation in diameter and the sealing walls are not necessary but can provide an additional benefit described later.

A pouch according to any of the preceding claims wherein the liquid composition comprises at least about 30 preferably at least about 40 of the mixture by weight thereof.

Preferably the hygroscopic material is an organic material.Preferably the hygroscopic material is a dispersant more preferably a salt of a carboxylic acid.Preferred carboxylic acid salts for use herein include organic polymers containing carboxylate monomers carboxylates such as citrate aminocarboxylates such as salts of MGDA GLDA etc.The hygroscopic material not only contributes to the stability of the pack but it is also an active ingredient in thecleaning process.Preferably the first composition comprises from 10 to 60 more preferably from 20 to 60 and especially from 30 to 60 by weight of hygroscopic material.

The imaging system of claim 5 wherein the camera 110 is disposed in the housing 400 such that an optical axis 117 of the field of view of the camera 110 is substantiallyorthogonal to and extending out of the first window 410 and wherein the rotor 125 has an axis 127 that is angled approximately 45 degrees from the optical axis 117 of the camera field of view 115 extending upwards behind the second window 415.

Similarly the scanner 100 includes a sequence of mirrors 134 136 138 140 providing one pathway for reflection of an image entering the scan window 106.An image of the bar code 142 enters the scan window 106 and is directed from the mirror 134 to the mirrors 138 and 136 then to the spinner 122 and from the spinner 122 to the mirror 140 and to the imaging device 108.The reflected image of the bar code 142 is translated by the rotation of the spinner 122 so that it is directed to the imaging device 108 at some point during the rotation of the spinner 122.

A method for operating a power grid 100 having decentralized control elements 102 103 wherein said decentralized control elements 102 103 are adapted to interact with each other in particular by communication wherein at least a part of said power grid 100 a control element 102 103 or the interaction between control elements 102 103 in particular the communication between control elements 102 103 is monitored 200 wherein in case a problem in at least a part of said power grid 100 a control element 102 103 or the interaction between control elements 102 103 in particular a communication breakdown is detected 201 a control element 102 103 affected by the problem in particular the communication breakdown is triggered 203 to work autonomously.

To achieve these capabilities one or more of the agents 50 include or have access to e.g.from the EMD 83 data acquisition signal processing diagnostic prognostic andor simulation algorithms.These algorithms allow for thedetection of machinery and process health conditions such as machinery faults and degraded operation as well as the detection of changes in energy needs or capabilities of the energy consumers 6 energy producers 2 energy production enablers 4 or energy transporters 8 or even the outside source 92 or other external system components.Also in some circumstances these algorithms allow for the prediction of certain failures changes in energy needs operational capabilities or other characteristics.For example some such algorithms could be used to detect problems such as power blackouts distribution lines disruption circuit overloading phase imbalance power sags transformer degradation and similar anomalies.Also certain of the algorithms allow for the trending of energy usage or market pricing analyses to be performed.By detecting problems anomalies or other system conditions or predictingidentifying changed energy needs or changed capabilities as they occur or even prior to their occurrence through the use of these algorithms responses can be taken by the agents 50 of the distributed control system 10 forming the EMS to address such problems anomalies or changing needs or capabilities.

The mobile terminal of any of the preceding claims further comprising a memory 160 configured to store data wherein the content list includes a list of contents stored in the external terminal device or a list of contents stored in a cloud server wherein when the sharing requested content is stored in the external terminal or the cloud server the controller is configured to provide the request to share the sharing requested content by sending an identification information of the sharing requested content to the external terminal.

An endpoint 104 108 may additionally include memory 208 for use in connection with the execution of programming by the processor 204 and for the temporary or long term storage of program instructions andor data.As examples the memory 208 may comprise RAM SDRAM or other solid state memory.Alternatively or in addition data storage 212 may be provided.In accordance with embodiments of the present invention data storage 212 can contain program instructions or code implementing various of the applications executed by the endpoint 104 108 and data that is used andor generated in connection with the execution of applications.Like the memory 208 the data storage 212 may comprise a solid state memory device.Alternatively or in addition the datastorage 212 may comprise a hard disk drive or other random access memory.In accordance with still other embodiments the memory 208 may provide random access storage while some or all of the data storage 212 may comprise read only storage.

A plant according to any one of the preceding claims wherein the working fluid is water and the heat exchanger 28 128a 128b is of the airwater type.

FIG.3 also illustrates that an alternate or auxiliary heat exchanger 181 may also be coupled to the lines carrying the heat transfer medium.The auxiliary heat exchanger would utilize some other source of heat such as a plant auxiliary cooling system to heat the heat transfer medium.That heat energy would then be used to preheat the inlet air flowing into the compressor 120.The auxiliary heat exchanger 181 could be used alone or in conjunction with the heat exchanger 180 to heat the heat transfer medium.

The mobile communication device of any of claims 11 to 13 wherein the at least one wireless communication function to be executed is determined at least partly based on an orientation of the NFCcapable mobile communication device relative to magnetic support device.

Similarly the mobile device 40 may further comprise a display 46 carried by the housing 41 and coupled to the controller 44 which is also switchable between active and inactive states.As such the controller 44 may be further configured to switch the display 46 to the active state in the first operating mode at Block 59 and to the inactive state in the second operating mode at Block 60.The mobile device 40 may further include a wireless transceiver 47 e.g.WiFi Bluetooth cellular WiMAX etc.carried by the housing 41 and coupled to the controller 44.

Use according to claim 9 in which said element of information is provided to said target eNB by said UE via Radio Resource Control RRC messages.

In step 303 when the UE meets the measurement reporting triggering condition i.e.200 each day the UE reports the measurement result or measurement log to the eNB.

A customer edge device CE1 associated with one or more Ethernet LANs LAN 1 the customer edge device CE1 comprising at least one Ethernet interface to the Ethernet LAN LAN 1 at least one data traffic interface to an interconnecting IP network N interconnecting the Ethernet LAN LAN 1 with at least one further Ethernet LAN LAN2 LAN3 for a transmission of Ethernet packets between the Ethernet LAN LAN 1 and the at least one further Ethernet LAN LAN2 LAN3 via the interconnecting IP network N and a control information interface to a centralised server 10 for exchange of control information associated with the Ethernet packet transmission via a control connection 21 wherein the control information exchanged between the customer edge device CE1 and respective customer edge devices CE2 CE3 of the at least one further Ethernet LAN LAN2 LAN3 is sent to and received from the centralised server 10 through the control information interface.

In this embodiment the routers within the AS illustratively AS 102 of FIG.1 choose routes distributed by the RCP over routes received from routers in adjacent ASs e.g.NRs 110 via eBGP.This prioritization of BGP routes may be accomplished by configuring the RCP to set a local preference route attribute associated with each route to make its routes more attractive than BGP routes learned from another source.For example if the import policies on the eBGP sessions assign local preference values in the range 80100 the RCP may set the local preference value to 110 for each distributed route.

The system of any preceding claim comprising a plurality of multitube fuel nozzles 20 that share the inlet plate 12.

Combustors are widely used in commercial operations.For example a typical gas turbine includes at least one combustor that injects fuel into the flow of a compressed working fluid and ignites the mixture to produce combustion gases having a high temperature and pressure.The combustion gases exit the combustor and flow to a turbine where they expand to produce work.

A method of controlling a washing machine provided with a tub a drum rotatably installed inside the tub and a pump configured to circulate water in the tub the method comprising a rotating the drum in one direction for a first period of time after supplying washing water to the tub b stopping the drum for a second period of time after rotating the drum in the one direction crotating the drum in an opposite direction opposite to the one direction for a third period of time after the second period of time is expired and d stopping the drum for a fourth period of time after rotating the drum in the opposite direction wherein during a forwardbackward alternate operation of the drum comprising a to d a bubble generating cycle to generate bubbles through rotation of the drum and friction of the circulated water is performed by driving the pump.

When the supply of the wash liquid to the bubble generation water level is completed the controller 72 performs a soaping operation to increase the volume of the wash liquid using the generation of bubbles and the rotation of the drum 12 such that the water level of the wash liquid is increased a predetermined number of times and for a soaping time to obtain an effect similar to rubbing the laundry placed in the drum 12 with soap before a main washing operation using bubbles is performed 700.

The method of claim 7 wherein the sending a privacy condition message further comprises sending a text message to the second communication device to disclose the privacy condition.

A speakerphone function also causes a problem in that one party cannot know whether or not an opposing partys terminal is in a speakerphone call mode during their call.That is the privacy of the one party may be invaded without his knowledge by the other party.

A method according to any previous claim characterized in that during the scanning through the permissible switching frequency the fundamental component of the output voltage e.g.AC or DC is kept constant.

The current Icom of the signal line 2 is applied from the signal connectors I I of the filter to the comparing means where the magnitude of the current is compared with a predetermined limit value.If the signal line current exceeds the predetermined limit value the switching frequency of the frequency converter will be changed.The switching frequency is changed until the disturbance current is below the limit value.For changing the switching frequency a control means such as a microprocessor of the frequency converter communicating with the comparing means changes the switching frequency instructions of the frequency converter.When needed the switching frequency can alternatively be changed upwards or downwards whereby the switching frequency increases or decreases.If a change of the switching frequency in one direction does not produce a desired decrease in the common mode current it is possible to change the direction of the switching frequency.As stated the switching frequency has an effect on the magnitude of the common mode current and consequently on the level of conducted highfrequency disturbances.In practice it is necessary to optimize the switching frequency only once when putting the device into use.

Apparatus for electroplating a surface area of an internal wall defining a cooling cavity present in a gas turbine engine component in particular in a gas turbine engine vane or blade or segment thereof the apparatus comprisingan electroplating mask disposed on a region of the component where the cooling cavity has a cavity open end to the exterioran anode extending through the mask and the cavity opening into the cooling cavitya cathode extending through the mask to contact the component andan electroplating solution supply conduit extending through the mask to supply electroplating solution to the cavity opening.

Increased gas turbine engine performance has been achieved through the improvements to the high temperature performance of turbine engine superalloy blades and vanes using cooling schemes andor protective oxidationcorrosion resistant coatings so as to increase engine operating temperature.The most improvement from external coatings has been through the addition of thermal barrier coatings TBC applied to internally cooled turbine components which typically include a diffusion aluminide coating andor MCrAlY coating between the TBC and the substrate superalloy.

Plant 10 according to any one of claims 1 to 4 characterized in that said at least one first thermal conditioner 16 is of tubular type and comprise one or more coil ducts through which the heat exchange occurs in countercurrent between the oily paste and a specific heat exchange fluid.

In particular a similar operation is composed of two consecutive phases i.e.refinement and finishing.

The apparatus according to claim 1 wherein the core ring is configured and dimensioned to receive the shaft of the anvil component therethrough.

It is contemplated that the adhesive is a biocompatible adhesive including but not limited to adhesives which cure upon tissue contact which cure upon exposure to ultraviolet UV light which are twopart systems which are kept isolated from one another and cure upon coming into contact with one another which are pressure sensitive which are any combinations thereof or any other known suitable adhesive.In one embodiment it is contemplated that an adhesive having a cure time of from about 10 to 15 seconds may be used.In another embodiment it is contemplated that an adhesive having a cure time of about 30 seconds may be used.

Sprinkling device 1 for cleaning bottles in a bottle washing unit in which said bottles are moved by a conveyor through at least a washing zone said sprinkling device 1 comprising a pressure pipe 2 in which a fluid flows a rotating shaft 3 extending along the pressure pipe 2 and at least one sprinkling means comprised of an aperture of the pressure pipe 2 a nozzle 4 positioned in said aperture between said pressure pipe 2 and said rotating shaft 3 and at least one radial bore 5 in the rotating shaft 3 located at the level of the nozzle 4 for receiving the liquid from the nozzle 4 characterized in that the top end 6 of the at least one nozzle 4 and the rotating shaft 3 located thereon have globally complementary shapes said top end 6 being provided with a clearance zone 7 at the interface with the rotating shaft 3 so that a portion of the top end 6 surface does not come into contact with the rotating shaft 3.

Junction element 104 has a tubular structure extending along a relative axis H and internally defining a passage 108 of the same axis.

The electrode assembly of any one of claims 1 to 4 wherein the plurality of first noncoated portions and the plurality of second noncoated portions are bent in ashape.

A bath tubshaped drawing mold sized at 70 mm110 mm and having a depth of 5.5 mm was applied to a laminate film prepared by laminating a Nylon film an aluminum foil and a polyethylene film and having a thickness of 0.1 mm so as to manufacture the case.

The method of claim 1 or 2 characterized in that the magnetic field applied in step b is a DC pulsed magnetic field and the magnetic field strength is higher than 3.5 T.

The combination of AC and DC magnetic fields applied by the system for producing a sintered NdFeB magnet according to the present embodiment may be different from the previous example.Each of the applied magnetic fields should preferably be a pulsed magnetic field with a strength of 3 T or higher and more preferably 5 T or higher as in the case of the conventional PLP method.Fig.7 shows the waveforms of electric currents respectively passed through a magneticfield applying coil 19 when a DC or AC magnetic field is applied.Each of these waveforms is a waveform of an electric current which flows through the magneticfield applying coil 19 when a capacitor 5000 F of a power source is charged by a voltage of 6000 V and then discharged.The strength of the magnetic field at the maximum peak of the waveform is 5.75 T in both of the pulsed DC and AC magnetic fields.To consecutively apply these magnetic fields in the orienting process the next electric current should be applied after the current waveform as shown in Fig.7 has been sufficiently damped.

A method of controlling a washing machine provided with a tub a drum rotatably installed inside the tub a washing motor to rotate the drum and a pump configured to circulate water in the tub the method comprising supplying water and detergent to the tub performing a bubble generating cycle in which water being discharged from the tub is circulated to the tub by driving the pump at the same time as alternately rotating the drum forward and backward by driving the washing motor at a predetermined RPM and a predetermined driving factor and performing a washing cycle in which the drum alternately rotates forward and backward by driving the washing motor at a target RPM and a target driving factor wherein a proceeding time of the bubble generating cycle and a proceeding time of the washing cycle are counted and if the counted proceeding time of the bubble generating cycle and the counted proceeding time of the washing cycle pass over a predetermined period of time the bubble generating cycle and the washing cycle are alternately performed with each other.

Also a circulation unit 50 to circulate the water in the water tub 11 and a drainage unit 60 to drain the water in the water tub 11 are mounted at a pump case 40 below the water tub 11 in a symmetrical fashion.Between the water tub 11 and the pump case 40 is connected a connection hose 41 to guide the water in the water tub 11 to the pump case 40.

A method for wireless communications by a wireless node in a peertopeer P2P network comprising receiving one or more advertisements of services offered by one or more other wireless nodes in the P2P network generating a prioritized list of services the list prioritizing one or more services offered by the wireless node over services listed in the received advertisements of services and distributing the prioritized list of services to other wireless nodes in the P2P network.

The present invention generally relates to the field of wireless peertopeer networks in particular to a service discovery protocol and a corresponding method for providing lowprofile lowoverhead service discovery information needed for determining the availability of requested remote services in a wireless multihop adhoc network designed for operation in e.g.home environments and personal usage scenarios.

The surgical access assembly of any of any preceding claim wherein the proximal end of the adapter is curled away from the passage and is rolled toward a body surface.

Referring again to FIGS.1 and 3 one or more of the longitudinal ports 106 are dimensioned to receive a surgical object e.g.a surgical instrument not shown therethrough.Upon introduction through a respective port 106 the inner surface portions defining the port 106 establish and maintain a substantial sealed relation about the instrument or surgical object.Inner member 104 may be made of any type of suitable material for example but not limited to a polymeric material and may be rigid or flexible e.g.elastomeric.Inner member 104 may bemade from a disposable compressible andor flexible type material for example but not limited to a suitable foam or gel material having sufficient compliance to form a seal about one or more surgical objects and also establish a sealing relation with the longitudinal passage 120 of the housing member 102.The foam is preferably sufficiently compliant to accommodate off axis motion of the surgical object.In one embodiment the foam includes a polyisoprene material.

The rechargeable battery 100 200 300 400 600 of one of claims 1 to 3 wherein the protruded portion 712 722 732 733 742 752 762 of the safety device 71 72 73 74 76 is provided to have plural portions and the plural portions are separated from each other in a first direction x on the safety device 71 72 73 74 76 and extended in a second direction z on the safety device 71 72 73 74 76 the second direction z crossing the first direction x.

As shown in FIG.4 if a conductive foreign material 60 such as a nail or a screw penetrates from the outside of the rechargeable battery 100 without the safety member due to shock or accident the positive electrode and the negative electrode may shortcircuit each other due to the conductive foreign material 60 causing excessive heatto be generated in the rechargeable battery 100 which may result in explosion or the battery catching fire.However as described in the exemplary embodiment when the safety member is installed the first side plate 41 or the second side plate 42 and the case 34 short circuit each other thereby safely discharging charged current.

The capacitive environmental sensor of claim 1 wherein the spaces in which the surface of the substrate includes a recess alternate in a periodic sequence with the spaces in which the surface of the substrate does not include a recess.

Again the effective thickness of the sensitive layer is changed by varying the electrical connections of the stacked electrodes.Whereas Fig.3a shows an electrode connection scheme resulting in a small electrical field extension i.e.a relatively thick sensitive layer shows Fig.3b in contrast somewhat similar to Fig.2c a large electrical field extension resulting in a relatively thin sensitive layer.

Digital television device comprising a CI host 10 according to any of the claims 19.

When a host device is equipped with the UTI 10 of Fig.1 and an external service module is also equipped with an interface whose mechanical and electrical characteristics match with those of the UTI of the host device the host device and the external service module can carry out communication and data transport there between via the UTI 10.Here a host device having the UTI 10 is taken just as an example to describe the signal processing procedure of the UTI.

The atomizer according to any of claims 34 further comprising a liquid conducting body wherein one end of the liquid conducting body is positioned in the liquid inlet and an opposite end of the liquid conducting body is arranged in the buffer chamber.

Referring to FIG.2 as for the liquid guiding rope 320 in the liquid guiding assembly the middle part of the liquid guiding rope 320 is wound onto the heater 311 and two ends of the liquid guiding rope 320 are guided into the suction nozzle namely two ends of the liquid guiding rope 320 are guided into the liquid guiding pipe 322.So the medicinal liquid in the casing body 21 could be sealed by the liquid guiding rope such that the medicinal liquid will not flow into the atomizing cavity 313 along the suction nozzle under the gravity force moreover the medicinal liquid in the casing body 21 is guided onto the heater under negative pressure.Since the liquid guiding rope is wound onto the heater with the help of the liquid guiding rope the medicinal liquid can be uniformly fed to the heater namely small droplets can be formedduring heating with almost no big droplets produced so that all the medicinal liquid which is sucked out can be heated and sprayed into the human mouth within a normal range of negative pressure.

A system for data download from a content adaptation and delivery platform to a caching device the system being configured to perform the method of any of the claims 7 to 10.

The profiler 262 also controls whether requested information is transmitted to a user via the DVBT or cellular network.For example if one million people have requested to see a video clip of goals from a particular football match it is better to transmit the video clip via the DVBT network.For such a large number of users the DVBT network provides a cost effective delivery means.The alternative would be to individually send the video clip via the cellularnetwork which with so many users could impact severely on the operation of the cellular network.

The battery pack of one of the preceding claims wherein the reinforcing frame 440 440a 440b 440c 440d comprises a horizontal frame 442 and a vertical frame 441 extending vertically from one side of the horizontal frame 442.

In view of the foregoing the present invention has been devised to substantially eliminate the above discussed problems and inconveniences and is intended to provide a sealed rectangular battery which is excellent not only in volume efficiency but also in pressure resistance with a simplified structure and which is lightweight.Another important object of the present invention is to provide a battery module comprised of a plurality of sealed rectangular batteries of a type referred to above and stacked together which can be assembled compact in size and light weight while the laminate of the sealed rectangular batteries are fastened in a direction conforming to the direction of stacking to thereby suppress the undesirable inflation of the cell stacked body.

The system of claim 11 wherein the first volumetric model is based upon the x coordinate the y coordinate and the z coordinate.

In one exemplary embodiment the processor 104 is adapted to receive terrain data from the terrain database 106 and navigation data from the navigation database 108 operable in response thereto to supply one or more image rendering display commands.The display device 116 is coupled to receive the image rendering display commands and is operable in response thereto to simultaneously render i a perspective view image representative of the terrain data and navigation data and ii one or more terraintracing lines.The perspective view image includes terrain having a profile determined by elevations of the terrain.Each terraintracing line i extends at least partially across the terrain ii represents at least one of a groundreferenced range to a fixed location on the terrain and a vehiclereferenced range from the vehicle to a fixed range away from the vehicle and iii conforms to the terrain profile.The processor is configured to selectively display at least one of the groundreferenced range and the vehiclereferenced range.

The system of claim 11 wherein the processor is further configured to determine if the vehicle is within a threshold associated with the desired route of flight and modify the format of the marker if the vehicle is not within the threshold.

Navigation database 110 includes various types of navigationrelated data stored therein.In preferred embodiments navigation database 110 is an onboard database that is carried by the aircraft.The navigationrelated data include various flight plan related data such as for example and without limitation waypoint location data for geographical waypoints restricted constrained or target altitude values such as target altitudes upper altitude limits or lower altitude limits corresponding to geographical waypoints distances between waypoints track between waypoints restricted constrained or target airspeed values such as target airspeeds upper airspeed limits or lower airspeed limits corresponding to geographical waypoints data related to different airports navigational aids obstructions special use airspace restricted constrained or target altitudeairspeed values corresponding to special use airspace political boundaries communication frequencies and aircraft approach information.In one embodiment combinations of navigationrelated data and terrain data can be displayed.For example terrain data gathered by terrain sensor 128 andor terrain database 108 can be displayed with navigation data such as waypoints airports etc.from navigation database 110 superimposed thereon.As described in more detail below processor architecture 104 may be suitably configured to access positiondependent andor geographically correlated altitude or airspeed constraint information from navigation database 110 and process such constraint information for display with one or more approaching waypoint markers in a graphical representation of terrain.

The mobile communication device of claim 11 or claim 12 comprising at least one magnetic field sensor configured for detecting proximity of a magnetic support device and generating a corresponding magnetic field proximity signal wherein execution of the wireless communication function is conditioned upon generation of the magnetic field proximity signal.

Referring initially to FIG.1 a communications system 30 illustratively includes a first mobile device holder 31 and a first trigger device 32 associated with the first mobile device holder.Furthermore the system 30 also illustratively includes a second mobile device holder 35 which is different than the first mobile device holder 31 and a second trigger device 36 associated with the second mobile device holder.More particularly in the illustrated example the first mobile device holder 31 is a charging cradle for a mobile device 40 while the second mobile device holder 35 is a holster for the same mobile device 40.That is the mobile device 40 illustratively includes a housing 41 that is configured to be removably coupled with the first mobile device holder 31 or the second mobile device holder 35.

Aircraft assembly system comprising a component design system 1 according to one of the preceding claims.

In block 206 the design may be optimized for multifunctional uses.For example in the context of a component to be used as a jet engine turbine disk it may be a first requirement to have a course microstructure at the edges of the disk to mitigate against socalled creep performance.On the other hand a second requirement may be to have a fine microstructure at the bore or center of the disk to reduce the likelihood of the disk bursting.Thus aspects of the disclosure may be used to obtain a disk design that can accommodate both competing requirements.

A communication method for transmitting EMBMS Evolved Multimedia Broadcast Multicast Service data from a base station to a mobile terminal in a mobile communication system including the mobile terminal and the base station that performs radio communication with the mobile terminal wherein a reference signal for transmitting the EMBMS data is transmitted from said base station to said mobile terminal by using a radio resource domain at which the EMBMS data is transmitted.

Meanwhile if it is determined that the cell B is providing the same MBMS service as the cell A does the controller 430 determines to softcombine MBMS data from the cell A and the cell B.For that purpose the controller 430 controls the searcher 420 so that multipath MBMS signal components from the cell A and the cell B are assigned to the fingers in order of size.Generally finger assignment is performed in order of higher strength of the received signals.Therefore in order to perform soft combining at least one of the multipath signal components received from the cell A and the cell B among the paths satisfying the condition must be assigned to a corresponding finger.When assigning the signal components to the finger the searcher 420 provides timing information frame offset and cell information scrambling code and channelization code between the signal components in order to finally enable soft combining.In addition a frame offset of an MBMS signal between cell paths received by the UE can be different from an offset value of a CATCH signal between cell path.Therefore during finger assignment by the searcher 420 the controller 430 informs a corresponding finger of the frame offset value of each MBMS signal.

The ultrasound apparatus of claim 10 wherein the controller captures the 2D ultrasound image on display.

For the sake of simplification in the case of carrying out only display angle compensation from rotational components it is set as ds1ds2ds3000 in formula 1 dv1dv2dv3000 in formula 2 and dd1dd2dd3 000 in formula 3.

The method of claim 1 wherein at least one of the one or more data frames includes an updated beacon version number.

According to one embodiment of the present invention a maximum latency value is negotiated for each wireless realtime service established between a mobile station and a base station.Upon the mobile stations identification of a need for a realtime service to enter into sleep mode a request conveying that information is sent to the base station.The base station replies with a start frame number and other sleep parameters.Thereafter the mobile station enters sleep mode comprising sleep intervals interleaved with listening intervals.To prevent transmission packets from being buffered at the mobile station for an excessive period of time due to attempts to transmit packets to the base station during a sleep interval the length of the sleep interval according to one embodiment of the present invention is set so as not to exceed the maximum latency value reflecting the negotiated QoS of the realtime service.

The method of Claims 1 or 2 wherein the messaging queue is identified based on a process instance identifier of the second business process instance.

The following descriptions describe the use of messages to represent events of a computing landscape that may span several computing systems e.g.a landscape including computing systems of various industries that communicate with messages such as business to business or application to application messages.However the techniques mechanisms or both may be applied to events that have other representations and other types of environments.For example events may be represented by an event object that is passed internally in a system and the event objects may be queued in a queue of event objects to be handled by process instances.

The method of any one of claims 7 to 9 wherein the densifying step comprises infiltrating the woven preform with an infiltrant selected from the group consisting of Si C B A1 Y Ti Zi oxides thereof and mixtures and combinations thereof.

FIG.2 a and b is a drawing showing a fabric 21 in which a fabric 23 of ceramic fibers which is to be a vane section and a dovetail section is continuous with a fabric 25 of the ceramic fibers which is to be a platform section wherein FIG.2a is a schematic side view and FIG.2b is asectional view taken from the line AA in FIG.2a.

The combustor arrangement 10 according to any one of claims 1 to 12 comprising between two and ten first burner devices in the first burner stage 20.

While a combustor assembly 24 having a venturi 50 and venturi throat 52 is shown in FIGS.2 through 5 it should be understood that exemplary embodiment may include a combustor assembly 24 formed without a venturi such as shown in FIG.6 wherein like numbers represent corresponding parts in the respective views.FIG.6 illustrates an exemplary base load operation that results in outer premixed injection nozzles 80 establishing a first flame front in the first combustion zone 94 which is radially outward of center injection nozzle 62.First combustion zone 94 is located upstream of second combustion zone 97 that is created at center nozzle outlet 66.A third combustion zone 125 is located downstream of center injection nozzle 62 for example in the transition piece and in base load operation is fueled by late lean injectors 113 114 or alternatively late lean injectors 115116 andor 117118.In combustor assembly 24 three axially distinct combustion zones 94 97 and 125 are produced.

A surgical staple comprising a first staple leg a second staple leg and a plurality of separate and distinct staple drive surfaces.

The first and second inner wedges 1135 1130 that contact the pushers in the first and second inner row of slots each have wedge surfaces 1135a and 1135b defining a crimpingwedge surface and a further dimpling wedge surface 1135c.The crimping wedge surface 1135a and 1135b is disposed on the cam wedge of the sled 1134 so that it is disposed distally of the dimpling wedge surface 1135c.The corresponding pusher has a crimping pusher 1132 and a dimpling pusher 1138 that is slidable with respect to the crimping pusher 1132 as shown in FIG.6.As the sled 1134 is driven distally by the drive bar 107 the crimping wedge surface contacts a crimping pusher 1132 first driving the surgical fastener against the anvil member 1014.The dimpling wedge surface 1135c then comes into contact with the dimpling pusher 1138.The surgical fastener being still captured between the cartridge and anvil member is engaged by the dimpling pusher 1138 and a recess 116 is formed in the backspan of the surgical fastener as shown in FIGS.3b and 5b.

Method according to claim 1 wherein said rotation of the drum at fast speed F is carried out for a predetermined number of rotations.

In the diagrams of Figures 2A2C the abscissa represents the time expressed in seconds.In ordinate there are shown in all the diagrams on the left the level of water inside the tub 110 expressed in millimeters referred for example to the bottom of the drum 115 in the diagrams of Figures 2A and 2C on the right the rotation speed of the drum 115 expressed in Revolutions per MinuteRPM.Several curves are depicted in the diagrams of Figures 2A 2B and 2Ccurve A depicted only in Figure 2A represents the incremental amount of clean water loaded during the rinsing phase e.g.as measured by the flow meter 125 the squarewave curve B the dotted line depicted only in Figures 2A and 2C represents the ONOFF status of the recirculation pump 175 the OFF status is indicated by the value 0 curve C depicted only in Figures 2A and 2B represents the level of water within the tub 110 e.g.as measured by the pressure sensor 170 curve D depicted only in Figures 2A and 2C represents the drum rotational speed as set by the control unit 130 curve E depicted only in Figure 2A represents the variation of thetemperature of the water inside the tub 110 curve F the dotted line visible only in Figure 2B represents the ONOFF status of the discharge pump 160 the OFF status is indicated by the value 0.

The agricultural baler 10 of any of the previous claims wherein the partial bale ejection system 60 is configured to be activated without the bale ejection system 56 being activated.

The ejector system 1 may have dogs for example each dog 5 6 pivotably mounted on the shuttle assemblies 2 3.Such pivotably mounted dogs may then pivot into an extended gripping position during movements in the forward direction D of the shuttle in order to advance the bale or bales towards the discharge outlet 14 and then retract during movements of the shuttle assembly in the reverse direction D i.e.movements opposite to D in order to slip back relative to the bale.Each dog 5 6 may furthermore have a stop associated therewith to limit the arc through which the dog can pivot e.g.to hold the dogs in the extended gripping position during forward movements.

Hearing device according to claim 1 wherein the displacement of the first distal end has a secondary directional component perpendicular to the pivot axis the secondary directional component being smaller than the primary directional component.

In the hearing aid usage state shown in FIG.5b power is sent to a control device 14 see FIG.3 that drives the hearing aid by an electrical contact 15 that touches the negative pole of the air battery 8 and an electrical contact 16 that touches the positive pole and thisputs the hearing aid in its operating state.

The method of any of the preceding claims characterized in that the average particle sizeD50 of the alloy powder is less than 8 m.

The filling density of the powder in the mold should preferably be within a range from 3.0 to 4.2 gcm3.If the filling density is lower than this range the sintering of the powder may possibly be insufficient failing to achieve the required density.Conversely if the filling density exceeds 4.2 gcm3 the friction among the powder particles will be too strong to achieve a high degree of orientation.A preferable range of the filling density isfrom 3.5 to 4.0 gcm3 and more preferably from 3.6 to 4.0 gcm3.

The method of any of claims 1 to 7 further comprising identifying one of a plurality of charging control systems to which the charging data is to be sent based onthe priority value and wherein the charging request message is forwarded to the identified charging control system.

When the priority service class obtained from the SIP service request and the priority service class of the UE obtained from the HSS in advance are not identical the SCSCF can also carry out associated processing of the SIP service request according to the priority service class of the UE obtained from the HSS i.e.the SCSCF decides whether it has available resources and if yes carries out processing according to the conventional flow of the existing technological solution.Otherwise it regards the SCSCF as being congested and carries out special processing of the SIP service request.

A media delivery control device for use in the recommendation arrangement of claim 9 or 10 comprising a usage logger for generating and storing usage data in response to user actions performed on the media control delivery device a responder for responding to a trigger for providing usage data a selector for selecting usage data a transmitter for transmitting the selected data to a remote device for use by a recommender system and a receiver for receiving recommendations from the recommender system

A television system is provided and as shown in Figure 1 comprising a broadcast data receiver 2 connected to a television set 4.The broadcast data receiver receives digital data from a broadcaster at a remote location 8 via this embodiment a satellite antenna 6 at the users premises and processes the audio video and auxiliary data for display.

The system of claim 8 wherein the modified program clock reference value is set to the sum of the network latency the client system latency and the original program clock reference value.

When BLUETOOTH devices first connect as in FIG.2 a value of the master device clock and the device address BDADDR of the master device are passed to the slave devices in a special packet called a frequencyhop synchronization packet FHS packet.In FIG.2 first communication channel 110a includes a synchronization packet 210a transmitted by source device 102 to first sink device 104a and second communication channel 110b includes a synchronization packet 210b transmitted by source device 102 to second sink device 104b.Synchronization packets 210a and 210b are frequencyhop synchronization packets that synchronize sink devices 104a and 104b with source device 102.

The method of any one of claims 1 to 4 further comprising determining a cluster of plurality of points indicative of proximity between two or more rotation axes.

However in the method of obtaining offset information disclosed Patent Document 3 when the direction of an azimuth measuring device is changed while retaining its attitude with respect to a specific direction W without being arbitrarily changed in the period of obtaining data individual data P1 S1x S1y S1z P2S2x S2y S2z P3S3xS3y S3z...are distributed on a circle C formed by an intersection of a sphere S with the reference point OP as the center and the distance r as the radius and a specific plane P.Accordingly there is the disadvantage that Eq.7 becomes unsolvable or is erroneously solved giving a large calculation error.An object of the present invention is to provide an azimuth measuring device which solves the above described problem.

Process according to claim 19 wherein at the exit from the gasfired furnace the pipe is immediately descaled by high pressure water and moved in less than 120 s in a water quenching system.

The next step is the tempering treatment of the tube a process which assures the end microstructure.Said microstructure will give the product its mechanical and corrosion characteristics.

An apparatus according to claim 7 characterized in that the directional phasor quantity is one of the following impedance admittance power or current.

An object of the present invention is to provide a method and an apparatus for implementing the method so as to overcome the above problem or at least to alleviate the problem.The objects of the invention are achieved by a method a computer program product and an apparatus which are characterized by what is stated in the independent claims.The preferred embodiments of the invention are disclosed in the dependent claims.

The medical device according to claim 19 wherein the polymer having antibacterial properties is a salt of chitosan and small organic acid preferably alphaketoglutaric acid and the additional active agents are selected from the group comprising chitosan alphaketoglutarate chitosan citrate chitosan lactate exhibiting antimicrobial and antiinflammatory activity small dicarboxylic acid silver nanoparticles and vitamins Dand E in the form of nanopowder coated with a protective coating and the combinations thereof and said additional active agents are dispersed in the nanocoating made of biocompatible polymer andor in the polymer having antibacterial properties.

In terms of the probiotic bacteria the group selected is Lactobacillus spp.preferably Lactobacillus acidophilus LPV31 which can be incorporated into the gelatin films retaining its probiotic characteristics during storage.This strain is used because the biofilm that it forms creates a protective layer that helps to avoid or combat infections.Another important factor is the acid pH that it produces an extremely useful property in the production of a plastic dressing as it creates a hostile environment for pathogens and thereby both helps wounds heal and prevents infections.

A method of operating the partial bale ejection system of the agricultural baler 10 of any of the preceding claims the method comprising the sequence of steps ofextending the at least one tine 64 into the rearward baleextending the actuator 62 to eject the rearward baleretracting the at least one tine 64 andretracting the actuator 62.

In embodiments of the present invention the first and second shuttle assemblies 2 3 may each comprise one or more in the embodiment illustrated two longitudinally extending bars 23 24 respectively for being mounted substantially parallel to the forward direction D and carrying the dogs 5 6.The longitudinally extending bars 23 of the first shuttle assembly 2 are carrying at least one dog 5 for engaging the last bale positioned closest to the discharge outlet 14 of a baler and advancing this last bale incrementally out of the discharge outlet 14 in response to reciprocation of the first shuttle assembly 2.The longitudinally extending bars 24 of the second shuttle assembly 3 are carrying at least one dog 6 for engaging at least a previous bale i.e.a bale different from the last bale and advancing this previous bale incrementally out of the discharge outlet 14 in response to reciprocation of said second shuttle assembly 3.Furthermore both shuttle assemblies 2 3 of such an ejector system 1 may comprise at least one transversally extending bar 8 9 for example oriented substantially orthogonal e.g.orthogonal to the longitudinally extended bars 23 24 and when mounted for operation to the forward direction D.

A phased array ultrasonic probe comprising a sheet of flexible circuit having a plurality of pins at a first connecting edge a backing block having a backing top and a backing bottom a layer of piezoelectric ceramic having a plurality of conductive elements close to a second connecting edge a matching layer and a frame wherein the circuit the backing block the ceramic and the matching layer with adhesive material having been applied to at least some part of each are all aligned and stack pressed at least partially into the frame below the backing bottom and permanently bonded in such a fashion that each of the pins at the first connecting edge is correspondingly firmly and permanently in contact with a corresponding conductive element at the second connecting edge.

Additionally the sound matching layer 130 is mounted on the piezoelectric member 120 and the first connector 140 such that the piezoelectric member 120 is inserted into the mounting groove 135 in S30.

A method of making a mobile wireless communications device comprising a portable housing comprising a plurality of electrically conductive sections defining a perimeter of the portable housing and configured to function as an antenna a printed circuit board PCB carried by the portable housing and wireless transceiver circuitry carried by the PCB and coupled to the antenna the method comprising forming one of the electrically conductive sections to include a base a first electrically conductive arm extending from the base and a second electrically conductive arm having a proximal portion parallel and spaced apart from the first electrically conductive arm.

Adjustable electrical components 168 may be included in antenna 40 to help provide adjustable antenna system 150 with adjustability.As an example an adjustable electrical component may bridge one of gaps 182 e.g.by connecting one of components 168 between terminals 190 and 192 on opposing sides of a gap in peripheral conductive member 180.Adjustable electrical components 168 may alsobe connected between the other conductive components in adjustable antenna system 150 e.g.between a first terminal such as terminal 198 that is attached to peripheral conductive member 180 and a second terminal such as terminal 188 that is connected to a conductive trace in board 194 e.g.a ground plane trace.

A method for controlling the execution of a process in a user device the method comprising the steps ofreceiving an initial instruction said instruction causing an uninterruptible process in the user device to begin after a time delaydetermining whether a subsequent instruction is received within a time period andadjusting the time delay for future processes based on the determination.

Figure 2 shows a case where several channel change requests are received by the digital decoder during a reduced time period the time interval between each channel change request being less than the period Ttempo of the timeout.This is then referred to as burst zapping or as a channel change request burst.In the example shown in this figure the digital decoder receives 4 channel change requests corresponding to four successive and grouped presses on the P or Pkey of the remote control.In this example a channel change request is received during the timeout of the first three channel change requests.No physical channel change request is therefore transmitted for these first three channel change requests.Information relating to these channel change requests is however displayed upon their reception on the television screen connected to the digital decoder to inform the subscriber that his requests were indeed received by the decoder.Finally concerning the fourth channel change request no other channel change request being received during its timeout period a physical channel change request corresponding to this channel change request is therefore transmitted to the access network at the end of the timeout period.

The battery pack 10 according to claim 2 or 3 wherein the fourth length K4 L3 is different from the second length K3 L4.

As shown in FIG.6 when the male power terminals 55 is inserted into the female power terminals 62 of the battery pack 10 the distal ends of the power source terminals 55 first come into contact with the front end surfaces of the upper and lower elastic plate parts 66 of the righthand side front parts of the female power terminals 62 and the righthand side elastic plate parts 66 are spread out to the right against the elastic force.And the righthand side support plate parts 64 supporting the righthand side front parts of the elastic plate parts 66 are separated into the front and rear parts by the slits 64s and thus the elastic deformation of the righthand side front parts of the elastic plate parts 66 does not affect the righthand side rear parts of the elastic plate parts 66.When the male power terminals 55 are inserted the contact parts 66e of the righthand side front parts of the elastic plate parts 66 of the female power terminals 62 come into contact with the righthand side surfaces of the male power terminals 55 and are pressed against them by the elastic force of the elastic plate parts 66.

The control method according to any one of preceding claims further comprising at least one of the steps supplying wash water into the drum 12 before feeding of hot air to the clothes andorfeeding S10 of hot air includes rotating the drum for a predetermined time and or feeding 10 of hot air includes repeating rotation and stoppage of the drum 12 andor receiving a signal input by a user for beginning a following drying cycle S60 after completion of a preceding drying cycle andor measuring S100 an interior temperature of a tub at the initial stage of the following drying cycle andor feeding S10 unheated air into a drum for a predetermined time if the interior temperature of the tub is equal to or greater than a preset reference temperature andor additionally feeding hot air S30 to the clothes in the drum after dehydration S20 andor cooling S40 the clothes in the drum after completion of the additional feeding S30 of hot air.

Generally the blower 4 the heating device 5 and the condensing device 6 is only used for drying process of the washing machine 1.In other embodiments the air cycling loop 8 may not comprise heating device 5 andor condensing device 6.

The audio processing apparatus according to claim 1 wherein the first extended left audio signal is any one of a surround back left audio signal a left outside audio signal a left upside audio signal and a leftcentralside audio signal the first extended right audio signal is any one of a surround back right audio signal a right outside audio signal a right upside audio signal and a rightcentralside audio signal the second extended left audio signal is any one of the surround back left audio signal the left outside audio signal the left upside audio signal and the leftcentralside audio signal and is different from the first extended left audio signal the second extended right audio signal is any one of the surround back right audio signal the right outside audio signal the right upside audio signal and the rightcentralside audio signal and different from the first extended right audio signal the third extended left audio signal is any one of the surround back left audio signal the left outside audio signal the left upside audio signal and the leftcentralside audio signal and different from the first extended left audio signal and the second extended left audio signal and the third extended right audio signal is any one of the surround back right audio signal the right outside audio signal the right upside audio signal and the rightcentralside audiosignal and different from the first extended right audio signal and the second extended right audio signal.

The SP relay 213 has the relay switches hereinafter referred to as switches S213a to S213f.The switch S213a performs switching as to whether or not the surround rear left audio signal SBL supplied from the amplifier 212a is to be supplied to a surround rear left SP terminal 214a.The switch S213b performs switching as to whether or not the left outer audio signal LW supplied from the amplifier 212b is to be supplied to a left outer SP terminal 214b.The switch S213c performs switching as to whether or not the left central audio signal LC supplied from the amplifier 212a is to be supplied to a left central SP terminal 214c.The switch S213d performs switching as to whether or not the left central audio signal LC supplied from the amplifier 212b is to be supplied to the left central SP terminal 214c.The switch S213e performs switching as to whether or not the left central audio signal LC supplied from the amplifier 212c is to be supplied to the left central SP terminal 214c.The switch S213f performs switching as to whether or not the left upper audio signal LH supplied from the amplifier 212c is to be supplied to a left upper SP terminal 214d.

The washing machine of claim 1 wherein the controller is configured to perform the bubble removing procedure according to both an indication of the bubble detecting sensor30 and an indication of the water pressure andor level sensor.

The control circuit 92 and motor 16 constitute driving means.The control circuit 92 constitutes determining means foam restricting means rinsing executing means and lock control means.

The method of any preceding claim comprising identifying an event related to at least one of the vehicle the network and a node connected to the network and determining a message is related to an anomaly based on the event.

Possible vehicle states to be monitored are as follows1 The states of power supply such as OFF ACC IG ON identified by sensing the voltages of power supply lines for ACC and IG.2 A running state or a stopped state of the engine as determined by a signal from the engine control ECU or a signal which indicates a state of alternator ALTL.3 An operating state or a nonoperating state of the brake as determined by sensing the applied voltage to a stop lamp.4 A traveling state or stopped state of the vehicle as determined by monitoring the vehicle speed pulses of a meter.5 Failure states of onboard electronic devices determined by monitoring a failure code or a diagnosis signal from each of the electronic devices.6 A riding state of an occupant determined by monitoring the signal of an occupant detecting sensor provided within a seat.

A computer program product operable when executed on a computer to perform the method steps of any preceding claim.

Fig.1 is a drawing showing a general concept of an embodiment of the invention.A storage management system according to the embodiment comprises a plurality of storage apparatuses as will be discussed hereinafter.The storage apparatuses have volumes which are virtually and unitarily managed.A host see Fig.2 sees the plurality of storage apparatuses as one virtual storage apparatus as a whole.

The apparatus of claim 1 wherein the first output queue is a high priority output queue and the second output queue is a low priority output queue.

In an exemplary embodiment of the invention when a switch detects congestion at one of its inputs it floods a congestion control message back to the ingress points of the network connected to that input indicating congestion.An ingress node receiving such a message then changes the criteria by which it restricts access to the network.For example it may limit traffic to traffic within its CIR only or if it implements a CIR and a PIR it may do so more restrictively by reducing the traffic admitted which exceeds its CIR for example it may adopt an effective PIR which is less than the normal PIR such as PIR12PIRCIRor more generally PIRPIR1 CIR wherelt 1.When the switch detects that the congestion has subsided it floods a further congestion control message to the ingress points connected to the input indicating that the congestion has subsided.An ingress node receiving such a message then changes the criteria back to those which it normally applies.

The pneumatic tire of claim 11 wherein the 70 to 200 phr of silica is hydrophobated precipitated silica or amorphous synthetic precipitated silica.

In one embodiment the cement composition may contain a conventional sulfur containing organosilicon compound.Examples of suitable sulfur containing organosilicon compounds are of the formulaZAlkSnAlkZ Iin which Z is selected from the group consisting ofwhere R1 is an alkyl group of 1 to 4 carbon atoms cyclohexyl or phenyl R2 is alkoxy of 1 to 8 carbon atoms or cycloalkoxy of 5 to 8 carbon atoms Alk is a divalent hydrocarbon of 1 to 18 carbon atoms and n is an integer of 2 to 8.

The imaging system of claim 1 and further comprising a housing 400 supporting the camera 110 the rotor 125 and the set of stationary mirrors 135 to 137 and a first window 410 supported by the housing 400 the first window supported to be substantially horizontal when the housing 400 is supported by a floor of a building.

At step 408 as images of the bar code are brought within the field of view of the imaging device one or more of those imaging devices are captured.

A method for transferring service data in a wireless communication system the method comprising transmitting a first service identification for reception by each of a group of users of a cell in the system the group of users not including all of the users of the cell and transmitting a second service identification with the service data to each of the group of users over a high speed downlink shared channel as indicated by the first service identification.

That is each mobile station receives a multicast service identifier when performing a random access from the multicast server and requests various multicast services such as news information weather information stock information and traffic reports etc.

The method of any of the preceding claims characterized in that the density of alloy powder filled in the mold cavity is 2.8 to 3.8 gcm3.

An operation of the sintered magnet production system of Fig.1 is hereinafter described.In the filling unit 1 after a mold 10 is placed directly below the supply port of a hopper 14 a predetermined amount of alloy powder 11 is supplied into the mold 10.At this point the bulk density of the powder is low since the filling density of the powder is close to the natural filling density.Accordingly a guide 15 is attached to the mold 10 so that the predetermined amount of alloy powder 11 can be supplied into the mold 10.Subsequently this mold 10 with the guide 15 attached thereto is moved to a position under a pusher 16 which applies pressure from above.The pressure from this pusher 16 only needs to be at a level of approximately 15 kgfcm2 1.5 MPa or may be even lower.Simultaneously with the application of the pressure from the pusher 16 a tapping device 17 supporting the mold 10 from below begins to slightly vibrate the mold 10.This operation causes the alloy powder 11 to be evenly filled into the mold 10 at a predetermined density while pressing the alloy powder in the mold 10 down to the level of the upper end of the container.Subsequently the guide 15 is removed from the mold 10.

The video intercom device of Claim 1 wherein when the front door slave unit is registered in the telephone master unit the telephone master unit transmits a switching requesting signalfor switching from the second communication method to the first communication method to the front door slave unit and is switched from the second communication method to the first communication method and wherein when the switching requesting signal is received the front door slave unit is switched from the second communication method to the first communication method.

In Fig.17 the sensor slave unit 40 receives the wireless link establishment response message of frame 5 shifts to the wireless link establishment state and performs transmission and reception in the slot for communication after frame 6.Thereafter the sensor slave unit 40 and the master unit 20 perform the wireless communication using Slot 2 and Slot 14 perform start of the data link layer for retransmission control and start ofthe network layer and perform transmission and reception of the message to notify of the window state and the response.Then if the notification of the window state is completed the sensor slave unit 40 performs stopping of the network layer stopping of the data link layer and the opening of the wireless link and ends the wireless communication.Then the sensor slave unit 40 interrupts the power supply to the communication block 400.Fig.17 shows that the communication from frame 6 to Slot 14 of frame N1 is performed performs the start of the data link layer start of the network layer a message to notify of the window state transmission and reception of the response stopping of the network layer stopping of the data link layer and the opening of the wireless link and then interrupts the power supply to the wireless communication block 400.

A method according to claim 2 wherein if an instruction is received before the uninterruptible process begins the time delay is set to a first value until the time between subsequent instructions exceeds the first value and preferably if no instruction is received before the uninterruptible process initiates the time delay is set to substantially zero.

In television systems operating according to IP Internet Protocol protocol the video streams are generally transmitted to subscribers via a broadband connection.More specifically a transmission signal is transmitted to digital decoders Set Top Box of subscribers via an access network and DSL Digital Subscriber Line modems.This transmission signal is decoded then converted into standard television signals by the digital decoder of the subscriber.

The method of claim 10 further comprising classifying sensor information received from the sensor as the first sensing data if the sensing data is equal to or larger than a specified threshold value and classifying the sensor information received from the sensor as the second sensing data if the sensing data is smaller than the threshold value changing the specified threshold value at least partially based on information of the user receiving from the sensor a plurality of sensing data during a selected period of time determining a first number indicating a number of data points having a valueequal to or larger than the first threshold value and a second number indicating a number of data points having a value equal to or smaller than the first threshold value among the plurality of sensing data and selecting one of the first activity and the second activity as a representative activity during the selected period of time at least partially based on the determination.

In a second aspect the system includes at least one sensor and a processing system coupled to the at least one sensor wherein the processing system includes an analytics engine that is configured to receive a determined context and one or more outputs from at least one sensor to provide analytics results.

The apparatus of claim 1 further comprising a storage configured to store a table comprising a plurality of handwritten user inputs that are matched to a plurality of respective commands for executing functions corresponding to the plurality of handwritten user inputs.

In this manner it is possible to perform one or more functions in a multitasking mode in response to a multigesture input.

Method according to claim 12 wherein the preferred call set up scheme indicates that the call is to be set up directly between the terminal of the userand the terminal of the callee when the user terminal identifier indicates the same network as the network determined for the callee step 64.

A contact message means a command or invitation to initiate a communication session while a contact refers to the communication session itself.Typically the destination address corresponds to a communication device of a subscriber or subscriber communication device to an enterprise telecommunications system and a computational component of the enterprise telecommunications system performs the above steps.The enterprise telecommunications system is typically a Private Branch Exchange or PBX.

The Xray imaging apparatus of claim 3 wherein in response to one of the windows displayed on the camera image being selected the display is configured to activate theGUI for receiving a setting of the Xray irradiation condition of the respective divided region corresponding to the one of the windows which has been selected.

The captured image of the target object is displayed through the image display 110 operation 512.

The method according to claim 7 wherein said mixture is fired in nitrogen atmosphere.

It is essential for the yellowemitting luminescent material of this embodiment to have such a crystal structure.When the length of the chemical bond changes beyond the range the chemical bond is cleaved and converted to a different crystal.It is impossible to obtain an effect by the present embodiment.

A seal segment as claimed in either of claims 1 or 2 wherein a wall of the first conduit is the first internal surface.

The present invention relates to the field of gas turbines in particular to a cooled stator component in the hot gas path of a gas turbine.Such components e.g.stator heat shields have to be properly cooled in order to avoid thermal damages of these components and to ensure a sufficient lifetime.