bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The light emitting device package according to any one of claim 1 to claim 14 wherein the light emitting device is eutectically bonded on the submount using metal.

Related passage: An antibulging layer 490 may be disposed beneath the radiators 480a and 480b.The antibulging layer 490 may be a green sheet and may support the lowermost ceramic layer 410a of the package body and the radiators 480a and 480b so as to seal the radiators 480a and 480b and prevent thermal expansion of the radiators 480a and 480b.
Patent claim: A detection method according to one or more of the previous claims characterised in that said fourth data 104 are calculated by resolving said phase currents IA IB IC with respect the phase voltages VA VB VC of the corresponding phase conductors A B C.

Related passage: The above principle is very true of a zerophasesequence circuit in a ground fault.A zerophasesequence component is simply used in the amount of electricity to determine the ground fault.
Patent claim: A wireless terminal configured to adaptively cancel an external interference the wireless terminal comprising an interference analyzer configured to determine an external interference experienced by the wireless terminal and an interference subspace of the wireless terminal based on the external interference the interference subspace being a signal subspace that contains substantially all of the external interference of the wireless terminal a transceiver configured to send an external interference report corresponding to the external interference to a radio network node paired with the wireless terminala projector configured to project a received signal of an original receive subspace substantially entirely onto a desired signal subspace of the wireless terminal based on the interference subspace the desired signal subspace being orthogonal to the interference subspace and a transceiver configured to receive the received signal projected onto the desired signal subspace wherein the original receive subspace corresponds to an original receive stream set comprising a plurality of original receive streams wherein the desired signal subspace corresponds to a projected stream set comprising one or more projected transmit streams and wherein a number of the projected streams in the projected stream set is less than a number of the original receive streams in the original receive stream set.

Related passage: In order to keep the power wkHBkwk of the interference at a minimum the antenna vector wk is chosen from the orthogonal complement k of the spacekspanbkj0jM1CN which is spanned by the interference vectors bjk wherein k is defined as followskwk wkCNwkbkjbkjkwherein wkbjk wkHbjk0.
Patent claim: A method for manufacturing a thin wafer comprising the steps of a bonding a wafer to a support via an adhesive layer comprising an arrangement of bond layers A and B as set forth in any one of claims 1 to 3 the wafer having a circuitforming front surface and a noncircuitforming back surface with the circuitforming surface being contiguous to the support b grinding the noncircuitforming surface of the wafer bonded to the support c processing the noncircuitforming surface of the wafer d releasing the processed wafer from the support and e optionally removing any adhesive layer from the circuitforming surface of the wafer.

Related passage: An example of the pressure sensitive adhesive silicone composition cured by addition reaction with an platinum metal compound catalyst comprises i a linear organopolysiloxane having vinyl groups ii the aforesaid organopolysiloxane copolymer resin iii a crosslinker such as an organohydrogenpolysiloxane having SiH bonds and iv a platinum metal catalyst such as chloroplatinic acid alcoholmodified chloroplatinic acid and platinum complex with a vinylsiloxane.
Patent claim: The biological information displaying method according to any one of claims 8 to 13 a body chart is superimposedly displayed on the radar chart and the line segment for corresponding one of the parameters is displayed at a position of the displayed body chart which corresponds to a measurementportion of the parameter.

Related passage: According to a preferred feature of the present invention the display device displays a multidimensional graph representing at least the blood pressure the augmentation index and the pulsewavevelocityrelated information of the subject.According to this feature since the person can graphically recognize from the single multidimensional graph the three parameters i.e.the blood pressure the augmentation index and the pulsewavevelocityrelated information the person can easily evaluate the circulatory organ based on those increased number of parameters.However the display device may display respective graphs of the blood pressure the augmentation index and the pulsewavevelocityrelated information independent ofeach other.
Patent claim: Method of claim 1 wherein the conditioner transmits with the premarking data an identifier to the WM inserter said identifier being used to parameterized the premarking data to mark the compressed content according to the identifier.

Related passage: According to one embodiment of the current invention control message 152 can contain the description of the access conditions of the receiver.Once received by the receivers security unit the control message is decrypted and the access conditions are compared with the rights contained in the security unit.If the access conditions match with the rights the CO can then be processed.
Patent claim: A lighting control method for controlling the illumination of a working area wherein an RFIDenabled light sensor attached to said working area measures incident light on the working area and wherein an RFIDenabled luminary periodically reads the measured incident light from said RFIDenabled light sensor and adapts its light level in dependence on the measured incident light such that a predefined illumination level on the working area is maintained.

Related passage: In one or more embodiments the user may be provided with a handheld pointing device capable of pointing to fixtures in a way that can be detected by the sensor colocated with each fixture.Any signal source technology which is compatible with sensors provided with the fixtures can be used.Noncontact devices such as infrared or visible light flashlights and laser pointers ultrasonic or acoustic emitters shortrange radio wave devices such as those using BLUETOOTH and radiofrequency identification RFID technology chemical sensors etc.which are sufficiently directional or shortrange to be able to single out individual fixtures can be used as long as at least one fixture has a sensor capable of detecting the signal.Contact devices can also be used provided that each fixture has a sensor capable of detecting contact such as for example a capacitive or pressure sensitive touch sensor.Where compatible signal emitters and detectors are both present in the fixtures then reflective or retroreflective or even nonreflective objects can be used as pointing devices.Any object that can significantly change the amount of reflected signal returned to a detector in a fixture from its colocated signal emitter can be used as a pointing device as long as the resulting detected signal change can be distinguished from the noise of other activities and signal sources such as the movement of the user and stray light sources.For example the pointing device may include any visible light emitting device such as a flashlight laser pointer a handheld reflector a display screen a cell phone a laptop a personal digital assistant a tablet computer or other touch screen device or any other device that transmits visible light detectable by one or more of the sensors.The pointing device may or may not be handheld.For example the pointing device may include a display screen coupled to a desktop computer which is wheeled around on a cart.
Patent claim: A child carrier characterized by a frame 1 at least one wheel unit 2 including a hub 22 a plurality of spokes 221 radiating from said hub 22 and an axle 3 that rotatably extends through said hub 22 and a brake device including a base unit 4 that is connected to said frame 1 and that is formed with a first guiding groove 43 and a through hole 42 said axle 3 extending through said base unit 4 and rotatably connecting said wheel unit 2 to said base unit 4 an operable unit 5 that is pivotally connected to said base unit 4 and that includes at least one side wall 51 formed with a first positioning hole 52 and a second guiding groove 54 said operable unit 5 being pivotable with respect to said base unit 4 between a brake position and a release position a brake unit 6 that is disposed in said first and second guiding grooves 43 54 and that is slidable in said first and second guiding grooves 43 54 when said operable unit 5 pivots with respect to said base unit 4 between the brake position where said brake unit 5 is disposed between adjacent two of said spokes 221 and the release position where said brake unit 6 is separated from said spokes 221 anda positioning unit 7 that is disposed in said through hole 42 in said base unit 4 and that includes a positioning component 71 and an elastic member 72 for providing a biasing force to saidpositioning component 71 said first positioning hole 52 being registered with said through hole 42 and said positioning component 71 engaging said first positioning hole 52 when said operable unit 5 is at one of the brake position and the release position.

Related passage: Next please refer to FIG.7 which is a partial exploded diagram of a brake mechanism 100 and the second wheel set 18 according to a second embodiment of the present invention.Components both mentioned in the first embodiment and the second embodiment represent components with similar functions or structures.That is components located at the passive side of the brake mechanism 100 are the same as those located at the brake mechanism 20 in the first embodiment such as the first wheel base 22 and the passive brake device 30 and the related description is therefore omitted herein for simplicity.The major difference between the brake mechanism 100 and the brake mechanism 20 is the structural design of the active brake device and the omission of the first spring.
Patent claim: Method according to claim 12 wherein the steps are performed in a Surface Mounting Technology process.

Related passage: In one embodiment the circuit board serves to determine a distance between the first and second ultrasound transducers when placed adjacent to the respective first and second sets of at least two points and wherein said distance matches a distance between corresponding first and second transducer receiving positions of the housing.A possible advantage of this is that the distance between the ultrasound transducers is defined by the circuit board hence once the ultrasound transducers are mounted on the circuit board the predetermined distance between them is simultaneously given.The first and second ultrasound transducers might be fixed to the circuit board by respective first and second parts of the fixing members.The circuit board and the fixing member might serve to fix the first and second ultrasound transducers in position relative to each other and wherein a distance between the first and second ultrasound transducers matches a distance between corresponding first and second transducer receiving positions of the housing.An advantage of this is that once the transducers are fixed to the circuit board the positioning of the transducers relative to the housing can be done when fixing the circuit board relative to the housing.Fixing of the transducers to the circuit board can be done with high precision such as with the precision obtained in an SMD mounting process.Furthermore if the distance between transducers matches a distance between transducer receiving positions of the housing the alignment of the transducers to the transducer receiving positions of the housing can be carried out together with the fixing of the circuit board in relation to the housing.In a special embodiment the two ultrasound transducers share a common protection membrane e.g.a metal sheet.More specifically such common protection membrane may form part of a watertight casing for housing the mechanically separate unit.Especiallysuch membrane may form part of a watertight casing around the circuit board and transducers.
Patent claim: The method of claim 1 wherein authenticating at least one of the originator or the recipient further includes verifying that the recipient is a trusted recipient 510.

Related passage: The mobile telecommunications network 130 comprises a database 132 comprising a plurality of records 133 134 135 and 136 for maintaining speech synthesis templates for a plurality of network users.The database is controlled bya processing unit 131 which has access to each of the records 133 134 135 and 136.The database is preferably stored on a mass memory such as a hard disc or a set of hard discs.In combination the database 132 and the processing unit 131 are part of a speech synthesis template server 137.
Patent claim: An atomizer 10 of a fuel electroinjector 1 for a fuel injection system for an internal combustion engine the atomizer comprising a nozzle 11 havinga passage 13 which extends along a longitudinal axis 5 and comprises a guide hole 46a front surface 40 which is external to said passage 13a sealing seat 21 defined by a chamfer or a fillet which joins a cylindrical surface 41 of said passage 13 to said front surface 40 said atomizer further comprising a needle 27 comprisinga head 20 suitable for coupling with said sealing seat 21a stem 43 which has a diameter of less than said head 20 projects axially from said head 20 and engages said passage 13 said stem 43 and said nozzle 11 radially defining a passageway 16 between them through which a flow of highpressure fuel can run anda first slider portion 25 coupled in an axially sliding manner to said guide hole 46 so as to define a dynamic seal said needle 27 being axially movable along an opening stroke axially directed outwards from said passage 13 starting from a closed position wherein said head 20 is coupled to said sealing seat 21 so as to define a static seal and close said nozzle 11 said sealing seat 21 and said head 20 defining a discharge section 14 which is annular and has a width that increases as the opening stroke of said needle 27 proceeds characterized in thatthe diameter D of the dynamic seal is between 2.5 and 3.3 mmthe difference R between the average diameter of the static seal and the diameter of the dynamic seal D satisfies the following relation50DR2D2Pmax 450 where R mdifference between the average diameter of the static seal and the diameter of the dynamic seal D mdiameter of the dynamic seal Pmax Padesignspecified maximum fuel supply pressure in the passageway 16.

Related passage: The sleeve member 94 is biased by means of a compression spring 78 and fuel pressure towards a position in which part of the lower surface of the sleeve member 94 engages the enlarged end region 12c of the valve needle to form a seal at the seating 72 the compression spring 78 being housed within a spring chamber 79.The other end of the spring 78 is in abutment with an annular abutment member 80 the abutment member 80 engaging at its end remote from the spring 78 a second compression spring 84.The second compression spring 84 abuts at its end remote from the abutment member 80 a lower region 92a of a piston member 92 the piston member 92 including an upper region 92b of reduced diameter which extends through the uppermost open end of the bore 11 into the bore 86 provided in the pistonmember 24.The region 92b of the piston member has a diameter substantially the same or slightly larger than the diameter of the region 94a.The compression spring 84 is preloaded such that it urges the enlarged region 12c of the valve needle against its seating 72 to prevent fuel delivery through the outlet openings 74.The outer surface of the valve needle and the inner surface of the sleeve member 94 together define a flow passage for fuel which communicates with the outlet openings 74 thereby permitting fuel to flow from the chamber 79 to the outlet openings 74 in use.
Patent claim: The turbomachine casing assembly according to any one of claims 8 to 12 wherein the first casing element is a fan track liner panel and the clamping subassembly is arranged to clamp only the septum of the panel.

Related passage: A ratchet retention mechanism 160 is provided at the juncture of the first ends 112122 of the first and second casing elements 110120.This mechanism 160 takes the form of a linear rack 162 which is disposed at the first end 122 of the second casing element 120 and a pawl 164 disposed on the first end 112 of the first casing element 110.The pawl 164 engages with the rack 162 such that the first casing element 110 is able to move radially outwards but is not able to return to its original position.
Patent claim: A machine 1 according to claim 1 or 2 wherein the exchanger 9 is fully interchangeable with the drawer 110.

Related passage: Advantageously the condenser 8 comprises a handle 22 preferably protruding from the frontal frame 18 for removing the condenser 8 fromthe seat 6 and for reinserting the condenser 8 into the latter for example after its cleaning.
Patent claim: The method as recited in any of claims 10 to 13 wherein each of the actuators is associated with a different assembly within the engine.

Related passage: The airframe module 26 connects the EEC module 28 functions with the airframe mounting location 20 and its associated airframe electronics.This interface handles power conditioning from the aircraft power grid engine control and coordination between airframe subsystems pilot flight controls power distribution and the engine subsystems and control of the PMA power.The airframe module 26 also includes logic for operating the engines thrust reversers for example.The airframe module 26 is bus linked to the EEC engine IO and PHM modules 28 30a 30b 32 via first and second channel serial buses 40 42 which provide redundancy.
Patent claim: The IMS network entity of any of claims 9 to 12 further configured to identify one of a plurality of charging control systems to which the charging data is to be sent based on the priority value and to forward the charging request message to the identified charging control system.

Related passage: When the UE initiates an SIP service request successfully and if the UE initiates an SIP service modifying request to the CSCF since the CSCF has already stored priority service ID the SIP service modifying request can carry priority service ID or carry no priority service ID.If the CSCF has available resources it carries out normal processing of the SIP service modifying request according to the existing technologys solution and if the CSCF is congested it carries out special processing of the SIP service modifying request and the special processing is identical to the above said special processing of the SIP service request.
Patent claim: A stud assembly 200 produced by the method of claim 2 or 4.

Related passage: Still referring to FIG.1 method 10 continues by selecting a repair material 26 step 200.The repair material selected should be suitable for a cold spray deposition process as hereinafter described and have the desired material strength tensile strength and shear strength and bond strength for a desired adhesive shear strength as hereinafter described.Repair materials suitable for a cold spray process are those materials that are available in the form of particles in the size range of about one to about 50 microns in diameter.Suitable exemplary repair materials include for example metals such as copper nickel aluminum and titanium or alloys containing copper nickel aluminum titanium tungsten carbide matrices and combinations thereof.As specific examples a repair material including for example about 60 aluminum40 aluminum oxide about 88 aluminum12 silicon or 100 pure aluminum powder may be used.The repair material and the base material may be the same or different.
Patent claim: The nontransitory computerreadable storage medium 548 of claim 19 wherein the communicating with the AAA server 102 to authenticate the selection of the plurality of low powered devices 120A120N includes authenticating the selection of the plurality of low powered devices 120A120N based on a service type a customer identifier and the address of the low powered device gateway 118 wherein the service type identifies the selection of the plurality of low powered devices 120A120N and wherein the customer identifier identifies a customer account from which the configuration request was received.

Related passage: In another aspect a nontransitory computerreadable storage medium includes instructions for causing one or more programmable processors of an access gateway of a mobile service provider network to receive a network access request for a wireless devicewherein the network access request does not include an International Mobile Subscriber Identity IMSI extract a wireless device identifier from the network access request and send the wireless device identifier to an authorization server to request mobility information for the wireless device.The instructions further cause the programmable processors to receive in response to the request virtual mobility information for the wireless device wherein the virtual mobility information comprises a virtual International Mobile Subscriber Identity IMSI and signal using the virtual mobility information a mobile network gateway of the mobile service provider network to establish a service session for the wireless device over the alternate access network that is anchored by the mobile network gateway.
Patent claim: A laundry dryer 1 includinga casing 2 rotatably supporting a drum 3 for receiving a load to be dried said drum being apt to rotate around a drum axis R said casing 2 including o a rear wall 21 and a front wall 20 defining respectively a rear side and a front side of said casing 2 an aperture 4a being realized on said front wall to access said drum 3 o a basement 24 defining a basement plane XYA process air conduit 18 in fluid communication with the drum 3 where a process air stream is apt to flow said process air conduit including a drum exhaust process air conduit 18a having an inlet 17 in which process air exiting said drum 3 is conveyedA heat pump 30 having a heat pump circuit in which a refrigerant can flow said heat pump circuit including a first heat exchanger 31 where the refrigerant is cooled off and the process air is heated up and a second heat exchanger 32 where the refrigerant is heated up and the process air is cooled off said first andor second heat exchanger 31 32 being arranged in the process air conduit 18 in order to perform heat exchange between said refrigerant flowing in said heat pump circuit and said process air WhereinSaid drum exhaust process air conduit 18a includes an inlet edge 17s surrounding said inlet 17 and defining a front end and a rear end andA first portion 32b of said second heat exchanger 32 is located below said rear end of said inlet edge 17s and a second portion 32d of said second heat exchanger 32 is located below said drum 3.

Related passage: According to the present invention there is provided a filtering cartridge for home laundry driers as claimed in Claim 1 and preferably though not necessarily in any one of the dependent Claims.According to the present invention there is also provided a home laundry driers as claimed in Claim 9 andpreferably though not necessarily in any one of the dependent Claims.