bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The backlight assembly of claim 12 wherein the first patterns include a gray pattern and a white pattern and the second patterns are white.

Related passage: Fig.10 is an enlarged cross sectional view showing a part of a liquid crystal display device 21 shown in Fig.9.Asshown in Fig.10 the lightamount adjusting section 31 is provided on a rear surface a surface closer to the optical guide 27 of the diffusing plate 28.Specifically the lightamount adjusting section 31 is provided such that its orthogonal projection with respect to a lightemitting region lightemitting surface defined by lightemitting surfaces 27a of the respective optical guides which lightemitting surfaces 27a are flush with one another covers a boundary between adjacent ones of the optical guides.
Patent claim: The method for managing a MAC address table according to any one of claims 2 to 5 wherein the preset delay rule is presetting at least two aging times with increasing duration and when the MAC address information matches the MAC address table updating the aging time of the MAC address information in the MAC address table until the MAC address information has a longest aging time in the preset delay rule and the updated aging time of the MAC address information is longer than the aging time before the update.

Related passage: In case that no entry for the source MAC address of the forward flow 1 or no port corresponding to that address can be found in the MAC address table 5 a learning request 4 for learning the source MAC address of the forward flow 1 is generated the MAC address learning being performed by adding the source MAC address to the MAC address table 5 together with the number of the source port 10a i.e.the port at which the forward flow 1 has been received.In such a way a backward flow 18 a flow with inverse source and destination addresses being received e.g.in port 10b of the switch 10 can find its destination MAC address being identical to the source MAC address of the forward flow 1 in the MAC address table 5 thus allowing the backward flow 18 to be routed only via the port 10a corresponding to the entry of the destination MAC address of the backward flow 18 in the MAC address table 5.However in case that the destination MAC address of the backward flow 18 cannot be found in the MAC address table 5 packets of the backward flow 18 are transmitted via each of the two ports 10a 10c such that flooding occurs.
Patent claim: A Spraydried laundry base detergent particle comprising a from 8wt to 35wt detersive surfactant b from 56wt to 91.49wt sulphate salt c from 0.3wt to 5wt carboxylate copolymer wherein the copolymer comprises i from 50 to less than 98 wt structural units derived from one or more monomers comprising carboxyl groups ii from 1 to less than 49 wt structural units derived from one or more monomers comprising sulfonate moieties and iii from 1 to 49 wt structural units derived from one or more types of monomers selected from ether bondcontaining monomers represented by formulas I and IIwherein in formula II R0 represents a hydrogen atom or CH3 group R represents a CH2 group CH2CH2 group or single bond X represents a number 05 and R1 is a hydrogen atom or C1 to C20 organic group d from 0.01wt to 1wt water e from 0wt to 3wt silicate salt f from 0wt to 3wt zeolite g from 0wt to 3wt phosphate salt and h from 0wt to 3wt sodium carbonate.

Related passage: The particle may comprise from 0 to 10wt polymer.Suitable polymers are described in more detail below.The polymer in the particle can be selected from a polycarboxylate homopolymer or a polycarboxylate copolymer preferably the polymer is selected from polyacrylate homopolymer or acrylic acidmaleic acid copolymer.
Patent claim: The electrocardiogram analyzer according to any one of claims 1 to 3 further comprising a reference waveform manual determination unit configured to manually set the reference waveform wherein when the reference waveform manual determination unit is actuated the reference waveform determination unit performs without regard to a determination rendered by the determination unit alternate processing including determining the reference waveform from the electrocardiogram complex including the first predetermined number of heart beats and storing the thusdetermined reference waveform.

Related passage: Preferably the feature waveform is the one indicating an abnormality of the electrocardiographic waveform.
Patent claim: A method for operating an automation system 500 the automation system 500 comprising a plurality of humanmachine interface devices 100 each humanmachine interface device 100 comprising one or more hardware resources 102 and a system bus 104 providing a communication channel between the one or more hardware resources 102 within the humanmachine interface device 100 the method comprisinginterconnecting at least one humanmachine interface device 100 to at least one other humanmachine interface device 100 such as to form a device cluster 400 andproviding a communication channel between the system bus 104 in each of said humanmachine interface devices 100.

Related passage: The commercially available lowprice HMI hardware uses only one microprocessor to control the whole HMI system.The resource of the microprocessor is not enough for multitask or singletask environment.The real time issue is important to industrial control and it is desirable for a lowcost and highperformance HMI products.
Patent claim: Method according to claim 2 wherein when it is determined that the measured pressure reaches or exceeds the corresponding pressure limit a trigger command is generated to cause the corresponding hydraulic cylinder 3 to tilt the solar collector surface 2 to cause the solar collector tracking system 100 to go into the wind stow position.

Related passage: The device described and shown in those figures 6 to 9 is intended so that under certain circumstances in which the force of the wind is greater than a predetermined value that could damage the mechanisms of the solar tracker it acts so that the hydraulic system locates the platform and therefore the solar panels of the solar tracker in a horizontal position an operation that is carried out after receiving the corresponding signal sent by the pressure switch or switches 19 indicating the exact moment when the platform for the solar panels has to be located horizontally and thereby offer minimum resistance to the wind thus preventing any possible damage or breakage of the mechanisms of the solar tracker.
Patent claim: The display 200 system 100 of claim 1 wherein the first data source 104 and the second data source 110 are both databases.

Related passage: The actual data stored in the LOD file may represent information regarding the resources of the system in multiple resolutions.Unlike conventional systems which typically store actual data as leaf nodes only at nonintermediate levels of a hierarchical treelike structure the LOD file may provide storage of the data in the intermediate nodes as well.In this manner the hierarchical treelike structure may provide a more suitable arrangement to access the multiresolution information by allowing a more selective loading of the required data for a particular resolution at a given viewpoint configuration.For example a 100m resolution texture at 10000 ft viewpoint may be selected more immediately rather than 1m resolution since the arrangement of the data may avoid unnecessary traversing.Thus by arranging the data to be distributed among all levels of a hierarchical treelike structure a more expedient and efficient access of data may be achieved for the required resolution.
Patent claim: Method for automatic reconfiguration of physical layer retransmission parameters associated with a line for enhanced impulse noise protection comprising monitoring line performance of the line and obtaining at least one metric representative for impulse noise based on the monitored line performance optimizing at least one physical layer retransmission parameter based on the at least one metric reconfiguring the at least one physical layer retransmission parameter of the line.

Related passage: FIG.4 is a highlevel flowchart showing a method for determining data rate change rules during data receptions.Inputs include RSSI 110 SNR 112 SNR VAR 114 and Packet Error Rate PE 116.A waveform setting WF 118 is also saved.The rate adaptation algorithm requires a suitable number of data packets 122.If the average SNR RSSI SNR Var meet specific thresholds 124 the rate is increased if the packet error is zero 126.If a change in average SNR or RSSI since the entered waveform exceeds a threshold 128 a rate increase is allowed if the packet error is zero 130.A SNR and SNR VAR based look up table rate selection is performed if the threshold is met for the current waveform 132 to force the best match rate change 134.If the packet error rate exceeds a threshold 10 the rate and bandwidth is decreased as necessary 136.
Patent claim: The medical system of claim 3 wherein the processer sets an observation plane that is formed of a plurality of pixels based on the 3D data detects a pixel which is on the observation plane corresponding to the point set by the first input information projects a virtual ray from the pixel that is detected to the 3D data obtains a sampling point and a sampling value of the sampling point by sampling the virtual ray at a predetermined sampling interval detects according to the sampling value a voxel that corresponds to the reference value from the 3D data anddetermines 3D geometry information of the point by using 3D geometry information of the voxel that is detected.

Related passage: Under the control of the system control unit 15 the image compositing unit 13 creates composite image data that various image data created by the image processing unit 12 are composited.
Patent claim: Method of any of the claims 1 to 7 wherein the security message is an Entitlement Management message ECM.

Related passage: The target of the present invention is any decoder alternatively receiver having a socalled opened structure.Such decoder consists of at least a security module 2a and a descrambling module 2b Figure 2.In the scenario of a conventional DRM the former is responsible to the rights management as well as the extraction of the decrypting keys while the latter performs the decryption with the key Control word supplied from the former.
Patent claim: Straddletype vehicle comprising a body frame 4 supporting a main seat 5 and an assist seat 6 arranged on a rear side of the main seat 5 a main footboard 30 and an assist footboard 31 supported on the left and right sides of said body frame 4 respectively a swingingtype drive unit 17 having an engine 15 and a transmission 32 arranged under said main and assist seat 56 and an airintake duct 33 connected to said transmission 32 wherein said airintake duct 33 is arranged on one of said left or right sides outside of the body frame 4 with regard to the width direction of the vehicle at least in an area between the assist footboard 31 and the assist seat 6.

Related passage: Referring to FIG 8 the air cleaner 5 is fastened to the frame P3 by the screws 6 extending through the lugs 55a 55b 55c and threaded hole 56 and the ears Pe1 Pe2 Pe3 and Pe4.When the air cleaner 5 is fastened to the frame P3 the air inlet 51 of the air cleaner 5 is arranged outside of the frame P3 i.e.between the frame P3 and the cover C.Meanwhile the frame P3 is disposed between the air inlet 51 and the air outlet 52 of the air cleaner 5 and located in the first recess 53.The compartment 42 is arranged in the secondrecess 54 of the air cleaner 5 so that the volume of the compartment 42 will be maximized.Furthermore the air cleaner 5 is fastened to the frame P3 and disposed in front of the shock absorber 44 see FIG 5.Moreover the air inlet 51 and the air outlet 52 of the air cleaner 5 are arranged in the same direction.The air inlet 51 is arranged in parallel to one side of the frame P3.
Patent claim: The method of any of the preceding claims further comprising if the allocation of resources is determined to be fair and is performed in response to a resource request from a wireless network served by the apparatus and the resource allocation satisfies the resource request then transmitting the resource allocation to another apparatus serving the neighboring wireless networks if the allocation is performed in response to a resource request from the wireless network served by the apparatus and the resource allocation does not satisfy the resource request then transmitting an indication that requested resources are not available to a wireless network served by the apparatus if the allocation of resources is determined not to be fair but no wireless network losing resources has an entitlement value less than an average and is performed inresponse to a resource request from a wireless network served by the apparatus and the resource allocation satisfies the resource request then transmitting a best resource allocation to the neighboring wireless networks if any allocation of resources is found and is performed in response to a channel reserved by an incumbent network then transmitting first the fair resource allocation or if not available then a closest to fair resource allocation to the wireless network served by the apparatus and to each of one or more wireless networks neighboring the served wireless network and if any allocation of resources is found and is performed in response to a new resource allocation for a wireless network then transmitting first the fair resource allocation or if not available a closest to fair resource allocation to the wireless network served by the apparatus and to each of one or more wireless networks neighboring the served wireless network.

Related passage: The priority may be determined simply according to the RAT initiating the spectrum request.For example the priority of the spectrum request initiated by RAT1 may be set higher than that of the spectrum request initiated by RAT2.In this case the spectrum demand of RAT1 is satisfied first in particular the spectrum is allocated by using theformula of n1minr1 N n2minr2 Nn1.
Patent claim: The method according to claim 1 comprisinggenerating by means of a line interface configuration module 161 261 a line interface configuration based on the link definition 301 andconfiguring a respective line interface 152 252 of the first and second teleprotection IED 15 25 based on the respective line interface configuration.

Related passage: For transmitting messages over long distances from one site to the other the utility may rely on public or proprietary communication networks with nondeterministic behaviour.In this context a WideArea communication Network WAN designates a packet switched communication network interconnecting two sites of the utility and comprising a number of IP networks with specific network elements such as routers switches repeaters and possibly optical transmission media at the physical layer.WANs are in general very reliable however said network elements may cause irregular network delays occasional bit errors and inherent link failures which all contribute to a nondeterministic behaviour of the network.In packet switched networks heavy load of a communication channel may lead to increased delay or packet loss.Link failure can cause delays due to reconfiguration of the routers.For timecritical applications increased delay or packet loss may result in a malfunction of a system.For an electric power utility in the worst case substantial damage can occur to a substation if a trip signal is delayed.WANs can also be target of unlikely but potentially harmful acts of intrusion comprising e.g.inserting intentionally wrong commands at one of the routers.As a consequence any communication channel involving a WAN may be considered both nondeterministic and nonsecure.
Patent claim: Fuel injector assembly 60 with a fuel injector 20 and a coupling device 50 for hydraulically and mechanically coupling the fuel injector 20 to a fuel rail 14 for a combustion engine 22 the fuel injector 20 having a central longitudinal axis L and the coupling device 50 comprisinga fuel injector cup 30a plate element 38one or more screws 46 anda wing clip 48 whereinthe fuel injector cup 30 is configured to be hydraulically coupled to the fuel rail 14 and in which a fuel inlet portion 24 of the fuel injector 20 is receivedthe plate element 38 comprises a central opening through which the fuel injector 20 extends and at least one throughhole for fixedly coupling the fuel injector cup 30 with the plate element 38 by the screw 46 or screws 46 respectively so that the fuel injector cup 30 the plate element 38 and the screws 48 are positionally fix with respect to each otherthe wing clip 48 is arranged at least partly around the fuel injector 20 and extends outward in a radial direction such that the screw 46 or screws 46 respectively are operable to block a movement of the fuel injector 20 relative to the plate element 38 in a first direction D1 of the central longitudinal axis L by means of mechanical interaction with the wing clip 48.

Related passage: Preferably the first retaining element 36 has a through hole 41.The first retaining element 36 and the second retaining element 38 are fixedly coupled with each other by the screw 42 which is received by the through hole 41 of the first retaining element 36 and is screwed into the second retaining element 38.This prevents a movement of the second retaining element 38 relative to the first retaining element 36 in a first direction D1.
Patent claim: A lightcurable ink composition for ink jet recording comprising a coloring material a polymerizable compound and a photopolymerization initiator wherein the coloring material contains at least C.I.Pigment Yellow 155 and the polymerizable compound contains at least a vinylethercontaining methacrylate represented by general formula I below with the vinylethercontaining methacrylate present in an amount of 10 to 67 by mass based on a total mass of the ink compositionCH2CR1COOR2OCHCHR3Iwhere R1 is a hydrogen atom or a methyl group R2 is a divalent organic residue having 2 to 20 carbon atoms and R3 is a hydrogen atom or a monovalent organic residue having 1 to 11 carbon atoms.

Related passage: Particular preferred pigments are C.I.Pigment Yellow 1 3 10 12 13 14 17 55 65 73 74 75 83 93 97 109 111 120 128 138 139 150 151 154 155 175 180 181 185 194 and 213.
Patent claim: A displacement control valve configured to be used in a variable displacement compressor 10 wherein refrigerant is supplied from a discharge pressure zone to a control pressure chamber 121 through a supply passage 40 43 46 51 and sent out from the control pressure chamber 121 into a suction pressure zone through an outlet passage 47 58 441 442 571 572 to adjust the pressure in the control pressure chamber 121 so that displacement is controlled the displacement control valve comprising an electromagnetic solenoid 34 a drive force transmitting body 49 actuated by the electromagnetic solenoid 34 and a pressure sensitive portion 44 45 having a pressure sensitive chamber 44 configured to communicate with the control pressure chamber 121 and a pressure sensitive body 45 that selectively extends and contracts in a movement direction of the drive force transmitting body 49 in correspondence with pressure in the pressure sensitive chamber 44 the displacement control valve being characterized by a first valve body 54 that is arranged in the pressure sensitive body 45 to adjust the crosssectional area of the outlet passage 47 58 441 442 571 572 and a second valve body 38 that is connected to the drive force transmitting body 49 to adjust the crosssectional area of the supply passage 40 43 46 51 wherein the pressure sensitive body 45 is movable in the movement direction of the drive force transmitting body 49 in the pressure sensitive chamber 44 and the pressure sensitive body 45 is urged by the pressure in the control pressure chamber 121 in a direction in which the first valve body 54 closes.

Related passage: As shown in Figure 2 the displacement control valve 50 includes the relief side valve V1 the supply side valve V2 and the solenoid V3.The relief side valve V1 can adjust the degree of opening the amount of restriction of the bleedpassage 27.The supply side valve V2 controls the degree of opening of the supply passage 28.The solenoid V3 is an electromagnetic actuator that controls an actuation rod 80 of the control valve 50 based on an externally supplied current.While one of the relief side valve V1 and the supplyside valve V2 is substantially closed via the actuation rod 80 which is controlled by the solenoid portion V3 the other is opened.The control valve 50 which has those relief side valve V1 and supply side valve V2 is a threeway control valve.
Patent claim: The method of claim 3 the method further comprising determining for the server that the latency for processing queued requests falls below a second limit and ceasing mitigation of the denial of service attach in response to the latency falling below second limit.

Related passage: FIG.2 is a diagram illustrating an example system for diverting traffic intended for one or more application servers to a mitigation site for filtering the traffic in the event of a DoS attack consistent with certain disclosed embodiments.As shown in FIG.2 an example system 200 may include or more client or computing devices 110 e.g.client computing device 110a client computing device 110b and client computing device 110c one or more application servers 120 e.g.application server 125a application server 125b and application server 125c which may be owned operated leased andor managed by customer 125 one or more monitoring service MS servers 130 e.g.MS server 130a MS server 130b and MS server 130c and one or more databases e.g.database 137a and database 137b which may be owned operated andor managed by monitoring service 135 and network 140.The aforementioned components of system 200 are described above in connection with FIG.1.
Patent claim: A gas turbine engine assembly for an aircraft comprising a fan section delivering air into a main compressor section said main compressor section including a first compressor section and a second compressor section operating at a higher pressure than the first compressor section said main compressor section compressing air and delivering air into a combustion section where the air is mixed with fuel and ignited to generate products of combustion that are passed over a turbine section to drive said fan section and main compressor sections an environmental control system including a low pressure tap at a location on the first compressor section of the main compressor section wherein the low pressure tap communicates airflow to a first passage leading to a downstream outlet and a compressor driven by an electric motor and a combined outlet intermixing airflow from the first passage and from the compressor driven by the electric motor and passing the airflow downstream for aircraft use.

Related passage: The technical effects and benefits of exemplary embodiments include an aircraft pressurization system with only one engine bleed port located at the exit of the low pressure compressor for providing adequate pressurization during all segments of flight except descent.For the descent flight segment LPC bleed air is compressed to the required pressure by an electric gearbox mounted or bleed powered boost compressor.