bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A touch display device comprising a controller 22 to generate a touch sync signal for controlling timing of a touch sensing period and a display period in each of a plurality of frames the touch sensing period and the display period alternating with each other a touch panel having a plurality of touch electrodes in a display area AA of the touch display device the touch panel to generate touch sensing signals indicating whether or not a touch occurs during the touch sensing period a touch sensing circuit 100 to supply a touch drive signal TS to the plurality of touch electrodes during the touch sensing period and to detect if the touch occurred based on the touch sensing signals a gate driver 20 to supply gate pulses to gate lines GL of the touch panel during the display period to activate respective rows of pixels to receive pixel data the gate driver 20 to supply the gate pulses by switching between driving a first drive voltage VGL from a first transfer line VGLL onto the gate lines GL and driving a second drive voltage VGH from a second transfer line VGHL onto thegate lines GL the gate driver further 20 to supply a gate line auxiliary drive signal ATS1 from the first transfer line VGLL onto the gate lines GL during the touch sensing period the gate line auxiliary drive signal ATS1 mimicking the touch drive signal TS one or more auxiliary lines AL to supply a supplemental auxiliary drive signal ATS3 during the touch sensing period the one or more auxiliary lines AL adjacent to the first transfer line the supplemental auxiliary drive signal ATS3 mimicking the touch drive signal TS.

Related passage: Each of the transparent conductive block patterns T11 to T23 is patterned to be larger than each of the pixels.Each of the transparent conductive block patterns T11 to T23 overlaps with the pixels with an insulation layer therebetween and may be patterned with a transparent conductive material such as indium tin oxide ITO.The link pattern L11 to L22 electrically connects the transparent conductive block patterns T11 to T23 adjacent in a transverse direction or horizontal direction across the Rx lines R1 and R2.The link patterns L11 to L22 overlap with the Rx lines R1 and R2 with an insulating layer therebetween.The link patterns L11 to L22 may be patterned with metals having high electrical conductivity such as aluminum Al aluminum neodyminum AINd molybdenum Mo chrome Cr copper Cu and silver Ag or patterned with a transparent conductive material.In FIG.3 the first Tx line comprises a plurality of transparent conductive block patterns T11 to T13 connected along a transverse direction via the link patterns L11 and L12.The second Tx line comprises a plurality of transparent conductive block patterns.
Patent claim: The system of claim 5 wherein a video stream is augmented with one or more of explanatory text subtitles annotations graphics and superimposed images.

Related passage: In step 608 at least one delay and the source clock timestamp are subtracted from a current value of the local clock signal to generate a local latency value.For example as shown in FIG.9 sink device 900 may include processing module 910 which may be configured to provide any type of processing for sink device 900.Processing module 910 may include hardware software firmware or any combination thereof to perform its functions.For example processing module 920 may include digital logic a processor a microcontroller a DSP andor other processing elements.In FIG.9 processing module910 includes latency calculator 502.In an embodiment latency calculator 502 is configured to perform step 608.As shown in FIG.9 latency calculator 502 receives master piconet clock timestamp 706 and receives slave clock signal 930.Furthermore latency calculator 502 may store andor receive an indication of one or more delays for data passing through sink device 900 to output element 906.For example latency calculator 502 may store or receive an indication of a delay of data received on data signal 928 passing through codec 904 e.g.a FIFO delay.In another example latency calculator 502 may store or receive an indication of a delay of data passing through baseband processing module 916 e.g.a buffer delay a delay of DSP 918 etc..
Patent claim: A fluid feed pump comprising a pump chamber having volume changeable by actuation of a piezoelectric element an outlet channel arranged to allow outflow of a fluid from the pump chamber to a fluid channel an inlet channel arranged to supply the fluid to the pump chamber and a check valve provided between the inlet channel and the pump chamber wherein the piezoelectric element is actuated in a shorter period than a time constant when internal pressure of the pump chamber increases and subsequently decreases the fluid feed pump further comprising an outlet buffer chamber provided between the outlet channel and the fluid channel and configured to have a compliance that is higher than a compliance of the pump chamber but is at most 100 times as high as the compliance of the pump chamber.

Related passage: When the amount of change in volume per unit pressure of each of the resilient wall chambers 11a and 11b is such as to be greater than the amount of change in volume per unit pressure of the working fluid which exists in the resilient wall chambers 11a and 11b for the resilient walls 10a and 10b anything that is resilient such as plastic rubber or a metallic thin plate may be used.The resilient walls 10a and 10b may be realized by securing parts that are formed separately of the other wall surfaces of the resilient wall chambers 11a and 11b or by forming portions of wall surfaces of the resilient chambers thin in order to form integral structures.The resilient wall chambers 11a and 11b are connected so that the combined inertance value of the entrance passage 1 is smaller than the combined inertance value of the exit passage 2.
Patent claim: The control system 26 of any of claims 9 to 13 wherein the threshold noise level is determined by one or more regulations of the community.

Related passage: Fig.6 is a flow diagram of an exemplary method 500 of optimizing an operation of a first wind turbine such as wind turbine 100 shown in Fig.1.In the exemplary embodiment method 500 is substantially similar to method 400 shown in Fig.5 and similar steps of method 500 are labeled with the same reference numerals as the steps of method 400.As such method 500 includes steps 402 404 406 408 and 410 as described more fully with respect to Fig.5.
Patent claim: The selflocking headreplaceable hard alloy drill bit according to claim 9 characterized in that the spiral angle of the spiral chip flutes is 25.

Related passage: In accordance with the invention the diametrical line DL2 is somewhat longer than the diametrical line DL1.Because the length difference is utmost small some hundredths of a millimetre and not visible to the naked eye reference is nowmade to the series of pictures in Figs.1316 as well as to the enlarged schematic picture in Fig.19.In Fig.13 the loose top 2 is shown in an initial position P1 according to Fig.10.Fig.13 shows how the loose top in this position can be freely inserted axially into the jaw by the fact that the side contact surfaces thereof have no contact with the branches 15.In this position the convex guide surfaces 45 of the loose top are partially located between the concave guide surfaces 48 of the branches 15.In a first step the loose top is turned into the position P2 according to Fig.14 where the two opposite edges 40 get in contact with the inner support surfaces of the branches.After further turning the loose top 2 reaches the position P3 shown in Fig.15 where the diametrical lines DL1 and DL2 coincide.In this position the edges 40 have reached a dead or intermediate position in which the clamping force of the branches 15 is maximal.From this dead position P3 the loose top is turned further a short distance to reach its end position P4 according to Fig.16.In this position the edges 40 have passed the dead position P3 according to Fig.15 but without the spring force or tensile capacity of the branches 15 having been exhausted.In the end position P4 according to Fig.16 the side contact surfaces 23 abut against the inner support surfaces 17 at the same time as the torquetransferring tangential support surfaces 19 of the branches are pressed in close contact against the tangential contact surfaces 44 of the loose top.
Patent claim: A method for monitoring a return electrode according to claim 9 or 10 further comprising the step of increasing decreasing or keeping constant a frequency of the drive signal in accordance with magnitude information corresponding to the feedback signal.

Related passage: The controller 24 then determines the frequency response at each frequency between fa and fb by calculating the magnitude of output voltage output current and the phase difference.Using the frequency response the complex impedance of the return electrode pad 6 may be determined once other variables are known.
Patent claim: The electrical household appliance according to claim 11 when it depends directly or indirectly on claim 7 characterised in that the heat exchanger 91 is positioned downstream of the movement means 95 and upstream of the condenser 4 along the direction of flow of the coolant.

Related passage: In order to perform an articles drying operation washingdrying machine 1 comprises an air circuit 7 having a first conduit 7A in fluid communication with the articles storing chamber 2 for exhausting dying air passed through articles to be dried and for conveying said air enriched in humidity towards a condensing unit 8 indicated with dashed lines in Figure 1 where air moisture is removed.Air exiting the condensing unit 8 flows through a second conduit 7B connecting a condenser outlet port with an inlet port provided for allowing air to access the articles storing chamber 2.Heating means 9 are provided in conduit 7B for heating air before it enters chamber 2.Pumping means 10 such as a fan is provided in the air circuit 7 for circulating drying air cyclically through the storing chamber 2.Moisture removed from drying air by the condensing unit 8 is collected in a reservoir 11.
Patent claim: The apparatus of claim 8 or claim 9 wherein the wireless connection is a Bluetooth connection the discovery messages are Bluetooth identity ID packets and the one ormore response messages comprise at least one of Bluetooth frequency hopping synchronization FHS packets and Bluetooth extended inquiry response EIR packets.

Related passage: PKA is another feature that the APC uses.A similar feature is already available in many wireless devices such as for Bluetooth.A passkey for a Bluetooth device needs to be entered into the host during a pairing operation for Bluetooth protocol.Each Bluetooth device is given a passkey when the device is programmed by the manufacturer.The passkey can be any code however simple audio devices are typically assigned the passkey 0000.If a device has the greatest RSSI and adheres to the device types mentioned the APC function will only work if the Bluetooth device uses 0000 as its passkey.The APC function utilizes such available PKA feature for establishing the pairing operation for those devices which have successfully crossed the PI and DI stages.
Patent claim: An information processing device 10 connectable to an information processing terminal 20 used by a user the information processing device comprising a first storage unit 12 that stores second information in which IP information assigned in advance to the information processing device 10 in order to identify the information processing device on a network and first information that is different from the IP information and specifies the information processing device 10 are associated with each other and a transmission control unit 13 that performs control of transmitting the second information stored in the first storage unit 12 to the information processing terminal 20 the information processing terminal 20 including an acquiring unit 21 that acquires the second information a second storage unit 41 that stores the second information acquired by the acquiring unit 21 a first receiving unit 22 that receives an input character string indicating a character string input by theuser and a determining unit 42 that determines an information processing device 10 identified by IP information included in second information that includes first information corresponding to the input character string among at least one piece of the second information stored in the second storage unit 41 as an information processing device 10 to execute a process requested from the user.

Related passage: The following describes the projector program P31.FIG.17 is a flowchart showing the contents of the projector process.In FIG.17 when the power is turned on the projectors 301 through 30n execute an initialization process to temporarily assigns IP addresses to themselves step S500.When the initialization process is complete control advances to a wait state for a retrieval command supplied from the server 20.Then a retrieval response process is executed to respond to the retrieval command step S600.Aconnection establishment process is executed to establish a connection to the server step S700.An image display process is executed to image data output from the connected server 20 step S800.Finally a disconnection process is executed in response to a disconnection request from the server 20 step S900.
Patent claim: A method for providing broadcast information at a broadcast receiving device the method comprising receiving at least one of general broadcast information and an interest tag from a service server and displaying the interest tag on any one plane of an XY YZ and ZX plane in an XYZ coordinate system on a screen and displaying the general broadcast information on a remaining plane.

Related passage: According to another exemplary embodiment of the present invention an apparatus for displaying electronic program guide EPG content for a plurality of programs is provided the apparatus including a receiver which receives the EPG content for the plurality of programs and an EPG processor which parses the received EPG content and determines tags associated with the received EPG content.
Patent claim: The method of claim 4 wherein at least one first record indicates a single second lookup key and at least one second record indicates a plurality of second lookup keys.

Related passage: In the firewall a decision module or engine here called a domain support engine DSE determines which security policy to use for a new network session.Each new session must be approved by the security policies of the source domain and the destination domains.For connections going to the Internet it is likely that only a single domaincheck is performed.The DSE makes the domain selection based on the incoming or outgoing network interface as well as on the source or destination network address of each packet.Inclusion in packets of source or destination addresses allows for multiple users to be supported by a single network interface.The incoming or outgoing network interface may be in the form of a network interface card NIC e.g.an Intel EtherExpress Pro 100B card available from Intel Corporation.
Patent claim: The method of Claim 1 further comprising scrambling the polarization orientation at the scrambling frequency to reduce polarization dependent effects associated with the optical signal.

Related passage: With regard to the set information of the polarization scrambler 140 a data base for storing the set information may be prepared on the control network 30 and the polarization descrambler controlling part 160 may be made to be able to make access to thedatabase.Or the set information of the polarization scrambler 140 may be inputted from the polarization scrambler information acquiring part 120 to the optical fiber transmission line 150 by a monitoring control optical signal OSC Optical Supervisor Call and the set information may be acquired by receiving the monitoring control optical signal from the optical fiber transmission line 150 by the polarization descrambler controlling part 160 which includes an optical detecting part.Further the polarization descrambler 180 may be operated by setting previously information of the polarization scrambler 140 at the polarization descrambler driver 170.Or a polarization state monitoring part that monitors the polarization state of the optical signal may be installed and the set information of the polarization scrambler 140 may be read from a variation of the polarization state.Further the set information of the polarization scrambler 140 may not be acquired but while measuring a bit error rate BER or a deterioration in an eye opening of an eye pattern or the like by the polarization dependent optical receiving part 190 the bit error rate or the deterioration may be delivered to the polarization descrambler 170 and the polarization scrambling frequency of the polarization descrambler 180 may be adjusted such that values of these are reduced.At this occasion a direction of rotation of the polarization descrambler 180 needs to be set in a direction inverse to that of the polarization scrambler 140.
Patent claim: The method of claim 1 wherein authenticating at least one of the originator or the recipient includes verifying a digital signature of at least one of the originator or the recipient 408 508 616.

Related passage: In a third method of handling speech synthesis templates the functionality is similar to the second method.However rather than only being stored in the sending and recipient devices speech synthesis templates are stored on the speech synthesis template server 137.Speech synthesis templates are requested from the speech synthesis template server by a recipient device 120 rather than being requested from a sending device 110.To maintain the database in the speech synthesis template server there are several options.The network 130 can request a speech synthesis template in relation to the first text message which is sent by a sending device 110.Alternatively the speech synthesis template server 137 can request the speech synthesis template on demand so that the first time the speech synthesis template is requested by a recipient device 120 the speech synthesis template server 137 further requests the appropriate speech synthesis template from the sending device 110 which sends a suitable copy.The speech synthesis template server 137 receives the copy stores its own copy in its memory for future use and then sends a copy to the recipient device 120.In this way the sending device 110 need not transmit the speech synthesis template overthe radio path more than once.Furthermore once the synthesis template has been stored in the speech synthesis template server 137 it can be transferred within one or more wired or mobile networks for example the Internet.
Patent claim: Device according to one of claims 5 and 6 wherein it is arranged when its evolved Node B is a chosen secondary evolved Node B 3 having received a resource request comprising data defining at least complementary radio resources to be allocated ERAB parameters TNL address information corresponding to a user plane option capabilities of a user equipment 1 current radio resource configuration for said user equipment 1 and a history cell information of said user equipment 1 from a master evolved Node B 2 serving said user equipment 1 directly for determining if its secondary evolved Node B3 can allocate said requested complementary radio resources to said user equipment 1 and how to set corresponding radio parameters from said data contained into said received resource request and from radio resources not yet allocated by said secondary evolved Node B 3.

Related passage: This operation example describes a case in which a base station A providing a plurality of cells CCs including a cell1 and a cell2 is present where a UE selects the cell1 of the base station A as the best cell and camps on the cell1 to start communication and thereafter the cell2 is configured as a SCell.A case in which each cell notifies the control unit of the base station of SCell use configuration of the own cell is disclosed as a specific example of the method in which a PCell knows SCell use configuration of another cell.The case of the time when a base station is installed is disclosed as a specific example of the timing at which SCell use configuration is notified.
Patent claim: Method for reducing the roughness Ra of a first coating 1 with a defined coating composition and thermal expansion coefficient said coating 1 covering the surface of a component 3 to be thermally high loaded wherein in a first step the roughness Ra of said coating 1 is measured and in a following step a second slurry coating 2 is prepared for applying onto the surface of the first coating 1 whereby the coating composition of the second coating 2 is tailored to have a similar thermal expansion coefficient like the first coating 1 characterized incalculating a minimum number of coating spray passes N necessary to provide the second slurry coating 2 with a thickness T that is at least two times of the roughness Ra of the first coating 1applying the slurry coating 2 with said calculated number of spray passes N onto the surface of the first coating 1fully curing but only partially sintering the slurry coating 2 at a temperature in the range of 300 to 800 C andpolishing the second coating 2 to a reduced thickness T such that finally the second coating 2 does cover the first coating 1 only locally.

Related passage: When the slurrygel coating is cured as described below the refractory filler e.g.zirconia will usually be contained within a porous oxide matrix.The character of the oxide matrix will depend on the precursors used to form the matrix.Suitable precursors are those which will permit the slurry to be easily applied to the exposed surface of the protective coating.The precursors should of course be compatible with the other slurry components.Moreover they should result in a matrix which is capable of retaining the refractory filler e.g.zirconia spheres or particles in place e.g.as a sort of glue during curing firing and other processing operations.The matrix itself should have a melting point of at least about 850C for most applications of this invention.Sometimes the melting point of the matrix should be at least about 1100C when the overcoat is to be used in more rigorous environments e.g.as applied to a TBC which protects a turbine engine part.
Patent claim: Method according to claim 1 characterized in that the economical impact is determined as value of integrity caused by the identified integrity violations using economical incentives according to the domains where the integrity violations are identified within a game theoretical simulation that describes the collaboration of the agents.

Related passage: All of the security states corresponding to the indicators 232 234 236 238 are determined during risk analysis.Although the example icon 220 includes indicators 232 234 236 of three key attributes namely confidentiality integrity and availability other embodiments could include additional or differentattributes such as Quality of Service QoS Bandwidth andor other network or security parameters.