bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An electrical drive system 100 300 according to claim 9 wherein at least two of the winding systems are parts of a first one of the one or more electrical machines and directions of respective magnetic axes of the at least two winding systems are different from each other.

Related passage: The excitingline malfunction detection circuit 34 shown in Fig.2A includes a comparator 341 for comparing the potentials at both ends of the exciter coil 11 for generating the exciting pulse signal and for outputting the generated exciting pulse signal a dutycycle detection section 342 for receiving the exciting pulse signal and for extracting and outputting a value corresponding to the duty cycle of the exciting pulse signal and a threshold comparison section 343 for receiving the value corresponding to the duty cycle of the exciting pulse signal for comparing this value with a value corresponding to a predetermined lower limit and a value corresponding to a predetermined upper limit to detect a short circuit to ground and a short circuit to power of the signal lines of the exciting signals and for outputting excitingline malfunction detection signals.The threshold comparison section 343 includes a comparator 343a for comparing the value corresponding to the duty cycle of the exciting pulse signal with the value corresponding to the upper limit positiveinput threshold and a comparator 343b for comparing the value corresponding to the duty cycle of the exciting pulse signal with the value corresponding to the lower limit negativeinput threshold.
Patent claim: The selflocking headreplaceable hard alloy drill bit according to claim 6 characterized in that the included angle between the bottom of the loadingunloading clamp slots and the horizontal direction is 60.

Related passage: The exact centering of the loose top in relation to the basic body is initiated in the position P2 when the edges 40 of the loose top first get in contact with the inner support surfaces 17 of the branches 15.As the edges are turned toward their end position P4 the centering will become increasingly distinct and exact as a consequence of the increasing clamping force in the branches.The branches 15 retain an ample clamping force in the end position P4 even if the clamping force to a certain extent has been reduced in relation to the maximal clamping force in the position P3.By suitably adjusting such geometrical factors as the amount of rotary motion between P3 and P4 in relation to the selected difference in length between DL1 and DL2 the clamping force in the operative end position can be predetermined.For instance the clamping force in the end position P4 can be determined to 50of the maximal clamping force in the dead position P3.
Patent claim: The portable electronic device according to claim 5 or 6 wherein the lower flat surface is flush with at least the part of the area between the first operative stick and the second operative stick.

Related passage: Figs.15A and 15B are diagrams of an electronic device 220 in accordance with one embodiment of the present invention.The electronic device 220 may for example correspond to the electronic device shown in Fig.14.The electronic device 220 includes a display device 222 slidably seated within a housing 224.The housing 224 is configured to enclose the electrical components of the electronic device 200 including the slidable display device 222 and control circuitry associated therewith.Although enclosed the housing 224 typically includes an opening 226 for providing access to the display device 222.The slidable display device 222 on the other hand includes a display 228 and a touch screen 230 disposed above the display 228.In order to support and protect the display device 228 during movements the display device 228 may additional include aplatform 232 disposed underneath the display 228 and a transparent cover 234 disposed over the touch screen 230.
Patent claim: The ultrasound apparatus of claim 1 wherein the measuring device image has a shape that two partial images cross each other based on a reference point and the controller adjusts the position of the at least one of the plurality of measuring points by rotating the two partial images based on the reference point when the touch input for changing the position of the adjusting portion is received.

Related passage: The display 110 may change a control panel for adjustment of parameter values related to the ultrasound image according to a predetermined mode and then may display the control panel on a third area of the touch screen.
Patent claim: Use of the fiber reinforced composition according to one of the claims 1 to 10 for producing automotive articles.

Related passage: In the present invention the content of units derivable from propylene in the elastomeric copolymer E1 equates with the content of propylene detectable in the xylene cold soluble XCS fraction.Accordingly the propylene detectable in the xylene cold soluble XCS fraction ranges from 50.0 to 75.0 wt.more preferably 55.0 to 70.0 wt..Thus in a specific embodiment the elastomeric copolymer E1 i.e.the xylene cold soluble XCS fraction comprises from 25.0 to 50.0 wt.more preferably 30.0 to 45.0 wt.units derivable from ethylene.Preferably the elastomeric copolymer E1 is an ethylene propylene nonconjugated diene monomer polymer EPDM1 or an ethylene propylene rubber EPR1 the latter especially preferred with a propylene andor ethylene content as defined in this paragraph.
Patent claim: The mobile terminal according to claim 7 wherein the controller is arranged to determine that the security mode is the first security mode when the users security level is a second security level and to determine that the security mode is the second security mode when the users security level is a third security level.

Related passage: The second sensor 22 has a sensor surface which is provided on the operation surface 20a to detect the light with which the operation surface 20a the sensor surface is irradiated and supplies the detection result to the movement determining unit 23.The second sensor 22 detects the amount of light very close to 0 in a state where the operation surface 20a is completely put face down with respect to a nonlighttransmitting flat surface the state where the operation surface 20a is in contact with or is about to come into contact with the flat surface while being in parallel to the flat surface.
Patent claim: The method of claim 10 wherein the measuring of the biometric information based on the at least one second sensor comprises acquiring data from at least one of the at least one first sensor and the at least one second sensor and changing at least one condition for activating the at least one second sensor based on at least a part of the data.

Related passage: The biometric sensor 220 measures various biometric signals of a human body to output various data values related to the human body.According to one embodiment the signals from the biometric sensor 220 are used to determine whether the electronic device 101 is being currently worn on a human body.
Patent claim: A composition comprising A group 2 metal imidazolate complex comprising an imidazolate comprising at least one selected from the group consisting of 245tritertbutylimidazolate 2tertbutyl45di11dimethylpropyl imidazolate 211dimethylbutyl45ditertbutylimidazolate 211dimethylbutyl45di11dimethylpropylimidazolate 2tertbutyl45di11dimethylbutylimidazolate 245tri11dimethylbutylimidazolate 245tri11dimethylpropylimidazolate 211dimethylpropyl45di11dimethylbutylimidazolateand 211dimethylpropyl45ditertbutylimidazolate a group 2 metal selected from barium strontium magnesium radium and calcium and a ligand which coordinates to the group 2 metal imidazolate complex wherein the ligand is at least one selected from the group consisting of a nitrogencontaining monodentate C4 to C12 cyclic molecule an oxygencontaining monodentate C4 to C12 cyclic molecule a nitrogencontaining C4 to C12 bidentate ligand an oxygencontaining C4 to C12 bidentate ligand and a C4 to C12 bidentate ligand comprising nitrogen and oxygen and a hydrocarbon solvent.

Related passage: Sterically hindered imidazole ligands are disclosed along with the syntheses of the same which when complexed to a Group 2 metal form highly volatile and stable complexes that are exceptionally useful as precursor molecules for CVD ALD and the like thin film deposition processes.
Patent claim: An electric connector 100 comprising a housing 10 having a groove 11 into which a signaltransmission medium 200 is inserted at opposite edges thereof and a lock device 30 including a locker 31 for locking the signaltransmission medium 200 at the groove 11 and allowing the signaltransmission medium 200 to be released out of the groove 11 the locker 31 moving up beyond and moving down below a first inner surface 11a of the groove 11 extending in parallel with a direction C in which the signaltransmission medium 200 is inserted into the groove 11 the locker 31 being energized towards a second inner surface 11b of the groove 11 situated opposing to the first inner surface 11a characterized in that the lock device 30 further includes a compressor 34 for compressing the signaltransmission medium 200 towards the second inner surface 11b so as to allow the signaltransmission medium 200 to be released out of the groove 11.

Related passage: Under a condition wherein the engaging projections 25 of the holding members 18 engage respectively with the engaging edged recesses 33 and 34 provided on the FPC 30 the front slanted portion of each of the engaging projections 25 which is in presscontact with the edge on the FPC 30 forming the engaging edged recess 33 or 34 is operative to press the FPC 30 down against the bottom portion of the housing 11 so as to fix the FPC 30 vertically in the housing 11.Further the end portion of the FPC 30extending forward from each of the engaging edged recesses 33 and 34 provided on the FPC 30 is put in contact with a part of an inner surface of the housing 11 and thereby the FPC 30 inserted in the housing 11 is fixed in a direction of insertion thereof.With the holding members 18 having the engaging projections 25 which engage respectively with the engaging edged recesses 33 and 34 provided on the FPC in such a manner as mentioned above the FPC 30 is held in the housing 11 so as to be prevented from getting out from the housing 11 unwillingly.
Patent claim: The battery 10 of claim 6 characterized in that the current collecting member 112 extends from the electrode terminal 111 in a longitudinal direction and the groove portion 115c completely circulates the joining portion 113 in a circumferential direction of the current collecting member 112.

Related passage: The first collecting terminal 122 penetrates a cap plate 151 described later and protrudes upwardly by a predetermined length.The first collecting terminal 122 is electrically connected to the first collecting plate 121 at the lower side of the cap plate 151.The first collecting terminal 122 extends and protrudes upward from the cap plate 151 by a predetermined length and along with this the first collecting terminal 122 includes a flange 122a at a position under the cap plate 151 so that the first collecting terminal 122 cannot be separated from the cap plate 151.A part of the first collecting terminal 122 lower than the flange 122a is inserted in the terminal hole 121d of the first collecting plate 121 and is welded to the first collecting plate 121.A part of the first collecting terminal 122 higher than the flange 122a is fixed to the first terminal plate 123.For example an upper end of the first collecting terminal 122 may be coupled to the first terminal plate 123 described later and be fixed by riveting.The first collecting terminal 122 is electrically insulated from the cap plate 151.For example the first collecting terminal 122 may be formed of oneof copper copper alloy and an equivalent thereof.However materials that can be used to form the first collecting terminal 122 are not limited thereto.
Patent claim: A method of aircraft communication comprising converting received voice communications regarding an aircraft into a plurality of voicetotext converted messages analyzing each of the plurality of voicetotext converted messages to determine a measure of validation for each of the plurality of voicetotext converted messages and displaying the plurality of voicetotext converted messages on a display screen along with an indication of a corresponding measure of validation for each of the plurality of voicetotext converted messages.

Related passage: Method 100 for reducing and detecting readback and hearback errors continues by outputting a discrepancy alert if the comparing and determining steps 140 and 145 determine there is a readback error i.e.a material discrepancy between the text of the inbound voice communication i.e.the request for pilot action and the text of the outbound communication i.e.the readback step 150.The discrepancy alert may be a visual alert a visual and audible alert or both.The visual discrepancy alert may be provided on the display provided in step 139.For example the transcribed text of the inbound voice communication the request for pilot action the outbound voice communication the readback and an inbound voice reply is displayed on display device 24b.In step 150 the discrepancy between the text of the inbound voice communication and the outbound voice communication is visually highlighted in the text of the inbound voice reply by making the erroneous text bold as further depicted in FIG.6.It should be understood that the visually distinguishing technique depicted in FIG.6 making the erroneous text bold is exemplary and does not comprise an exhaustive list of techniques that may be employed by processor to provide the visual discrepancy alert.The visual alert is such that the text e.g.text of the call sign parameter or both andor a number call sign number parameter value or both corresponding to the material discrepancy may be displayed with special effects e.g.flashing underlining special characters e.g.question mark brighter color intensity or opacity different from the other information on the display screen or by using any other visually distinguishing or highlighting technique that would alert the receiving station or the receiving and transmitting stations to the readback error thereby permitting its detection.An audible alert may be outputted by known methods and systems.It should be appreciated that the display screen as depicted in FIGS.4 through 6 represents the state of a dynamic display frozen at one particular time and that the display screen may be continuously refreshed during operation of the aircraft to reflect a particular dialog.While the visual discrepancy alert is described in the text of the inbound voice reply it is to be understood that the discrepancy may be visually highlighted in the erroneous text of the outbound communication.
Patent claim: The method of any preceding Claim comprising receiving a third routing table of a third server computer estimating that the first server computer is as close to the client computer as the third server computer is to the client computer based at least in part on the client internet protocol address the first routing table and the third routing table sending a second address to the client computer based at least in part on estimating that the first server computer is as close to the client computer than the third server computer is to the client computer wherein the second address identifies the media item title stored on the third server computer.

Related passage: In a preferred embodiment the step of finding a subnetwork is carried out using an algorithm with a time complexity equal to or less than OW with W the length of an address in the network.
Patent claim: The method as claimed in claim 1 wherein the method further comprising prioritizing the user preferred background application in an operating system scheduler module 414 of the computing device 400.

Related passage: By having the daemon process 212 running as one of the higher importance process 208 the user application process 204 does not experience a drop in performance by making a service request to daemon process 212.For this daemon process 212 having the daemon service requests alleviate the performance drop for the user application process204.However another problem arises because this daemon 212 may also process service requests from other daemons or other processes running in the operating system 202.By processing other service requests the high importance daemon process 212 receives more of the mobile device 200 resources and reduces the amount of resources available to user application process 204.This problem can worsen as the number of daemon process running as high importance processes 208 increases.Furthermore this situation still suffers from the problem of the low importance daemons handling service requests at a low importance.
Patent claim: Host interface circuit IF1 to be implemented in a host device HDEV with a processing unit HPROC the host interface circuit IF1 suitable for coupling the host device HDEV to an accessory device ADEV via a data cable 4PAC the host interface circuit IF1 comprising a power regulator PR and a legacy terminal MICS and configured tooperate in a power mode of operation when connected to an accessory device ADEV being compatible with a power supply via a first line LM of the data cable 4PACto couple the power regulator PR to the first line LM when operating in the power modeto operate in a legacy mode of operation when connected to an accessory device ADEV being not compatible with a power supply via the first line LM andto couple the legacy terminal MICS to the first line LM when operating in the legacy mode.

Related passage: If the control unit 110 detects that the accessory device 20 is an intelligent component a handshaking procedure is performed between the electrical power transmitting controller device 100 and the electrical power receiving controller device 200 to determine the power requirements of the accessory device.If it is detected that the intelligent accessory device is power supplied by a battery of the accessory device the controllable switch unit 125 is controlled such that the connection between the supply terminal V100 and the power delivering terminal IO100 is interrupted via the interruptednonconnected path 124.
Patent claim: An exhaust gas sampling apparatus comprising a constant volume sampling part that is configured to sample mixed gas that is controlled to have a constant flow rate wherein the constant volume sampling part comprises a main flow path that is connected with an exhaust gas flow path through which exhaust gas flows and a diluent gas flow path through which diluent gas flows and intended to flow the mixed gas that is a mixture of the exhaust gas and the diluent gas a constant flow rate mechanism that is provided in the main flow path and configured to control a flow rate of the mixed gas flowing through the main flow path to the constant flow rate and enable the constant flow rate to be changed a sampling flow path that is connected to the main flow path to sample the mixed gas that is controlled to have the constant flow rate and a moisture detecting part that is provided on an upstream side of the constant flow rate mechanism to detect moisture in the mixed gas or the diluent gas.

Related passage: The water content of the exhaust gas is measured by a humidity sensor 44 shown in Figure 1A to determine the composition of the exhaust gas.The humidity sensor 44 is shown connected to the fluid conduit 37 by a fluid conduit 45 after the pump 36 to measure the diluted exhaust gases.However it is to be understood that the water content of the exhaust gas may be measured elsewhere.Preferably the carbon dioxide in the exhaust gas is also determined to further increase the accuracy of determining the Kfactor for the exhaust emissions.Combustion stoichiometry is used to determine the composition of the combustible mixture and the composition of the products of reaction to calculate the Kfactor for each product of reaction.Because the concentration of carbon dioxide and water content is measured in the dilute exhaust gas the concentration of raw exhaust gas values have to be calculated and applied to the calculation of the Kfactor which may be represented by the equation below.
Patent claim: The method of any one of claims 1 to 10 further implementing delay equalization at each node.

Related passage: To allow full P2P emulation the OLT must have N MAC interfaces ports each one associated with each existing and registered LLID see FIG 5a.When sending a frame downstream the emulation manager in the OLT will insert the LLID associated with a particular MAC port on which the frame arrived and even though the frame will be delivered to each ONU in the downstream the EPON is purely broadcast due to the multidirectional properties of the PSC Passive Splitter Combiner located in the Remote Node placed somewhere in thefield only the ONU with the matching LLID number can accept the frame packet filtering and pass it to its MAC layer for further processing.The MAC layers in all remaining ONUs will never see this particular data frame.Therefore it may be considered that the employed P2P emulation mechanism makes the packet frame appear to have been transmitted over a true P2P connection.
Patent claim: Control device 2 for determining the stability of a Digital Subscriber Line 5 comprisingmeans 6 7 P for obtaining at least one performance indicator representative of an issue rate on said Digital Subscriber Line andmeans 6 7 P for determining the stability of said Digital Subscriber Line by comparing said performance indicator with at least one thresholdwherein said control device comprises means 6 7 P for determining said at least one threshold comprisingmeans 6 7 P for obtaining data representative of the actual or attainable bitrates of a group of Digital Subscriber Lines said group including a plurality of Digital Subscriber Linesmeans 6 7 P for determining at least one reference bitrate in function of said actual or attainable bitrates andmeans 6 7 P for determining said at least one threshold in function of said reference bitrate.

Related passage: In an embodiment the optimum weight vector wopt may be determined by minimizing the overlapping between the two distributions duMTBE and dsMTBE.The overlapping is a discriminant measure used in the exemplary embodiment described herein.Consequently the following optimization problem has to be solvedMTBEsshowtimew1CVw2ESw3SEStagged with satisfiedMTBEushowtimew1CVw2ESw3SEStagged with unsatisfied1MTBEw1CVw2ESw3SESshowtimelog1MTBElogw1CVshowtimew2ESshowtimew3SESshowtimelogMTBElogw1CVshowtimew2ESshowtimew3SESshowtimewoptargwmaxXXfsxdxXfuxdxwithxlogMTBEfxdistributionx
Patent claim: The apparatus 1000 of claim 1 wherein the receiving device 4 is configured to produce the received data from a second radiofrequency resulting signal SIN corresponding to aninterference of the reflected signal SR and the first resulting signal SBS.

Related passage: The receiving device 200 includes at least a demodulator module DEM11 and in accordance with the embodiment described includes a plurality of demodulator modules DEM11DEMMK each associated with a respective pair of receiving antennas RHiRVi.Particularly as it will be described with reference to Figure 5A the second embodiment if FDM modulating modules MOD1 and MOD2 are employed each demodulator DEM11DEMMN can include at least an IFDM Inverse FDM demodulator.