bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: 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.

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

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

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

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

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

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

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

Related passage: 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.
Patent claim: 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.

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

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.
Patent claim: 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.

Related passage: 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.