mhurhangee/ep-ind-claims huggingface dataset:
A magnetic levitation motor including a stator having magnetic bearing units and a motor unit, and a rotor provided to the stator, wherein: the stator has the motor unit between the two magnetic bearing units; magnetic bearing yokes constituting the magnetic bearing units are arranged at a prescribed interval so as to draw a circle along a side surface of the rotor with a prescribed gap; the magnetic bearing yoke has two salient poles facing the side surface of the rotor; a magnetic bearing coil is wound around one of the salient poles, a first permanent magnet is provided to the other one of the salient poles; all the salient poles provided on the motor unit side of said one of the magnetic bearing units are salient poles around which the magnetic bearing coils are wound, or are salient poles to which the first permanent magnets are provided; and all the salient poles provided on the motor unit side of said other one of the magnetic bearing units are salient poles around which the magnetic bearing coils are wound, or are salient poles to which the first permanent magnets are provided; and characterized by: a second permanent magnet provided between the salient pole provided on the motor unit side and the motor yoke of the motor unit. the stator has the motor unit between the two magnetic bearing units; magnetic bearing yokes constituting the magnetic bearing units are arranged at a prescribed interval so as to draw a circle along a side surface of the rotor with a prescribed gap; the magnetic bearing yoke has two salient poles facing the side surface of the rotor; a magnetic bearing coil is wound around one of the salient poles, a first permanent magnet is provided to the other one of the salient poles; all the salient poles provided on the motor unit side of said one of the magnetic bearing units are salient poles around which the magnetic bearing coils are wound, or are salient poles to which the first permanent magnets are provided; and all the salient poles provided on the motor unit side of said other one of the magnetic bearing units are salient poles around which the magnetic bearing coils are wound, or are salient poles to which the first permanent magnets are provided; and characterized by: a second permanent magnet provided between the salient pole provided on the motor unit side and the motor yoke of the motor unit.
Rapid charging device for a battery, notably for an automobile battery, comprising a filtering stage of resistive-inductive-capacitive type intended to be connected to a three-phase network, a buck stage, and a boost stage, intended to be connected to the battery, as well as an induction winding (Ld) interposed between the buck stage and the boost stage, the device also comprising a regulating unit capable of imposing chopping duty cycles (a 1, a 2, a 3, a s) on the buck stage and on the boost stage, means for measuring the intensities (Ie 1, Ie 2, Ie 3) of currents entering into the device via the phases (B 1, B 2, B 3) of the three-phase network, means for measuring the intensity of the current (Id) passing through the winding (Ld), the regulating unit comprising at least two regulating loops (16, 17) using the measured intensity values (Ie 1, Ie 2, Ie 3, Id) to deliver three values (a 1, a 2, a 3) used as buck stage chopping duty cycle setpoints, and to compensate the phase shift induced by the filtering stage between the currents (Ie 1, Ie 2, Ie 3) and the voltages (Ve 1, Ve 2, Ve 3) taken from each phase (B 1, B 2, B 3) of the three-phase network, and to maintain the value of the current amplitude passing through the winding (Ld) above a non-zero predefined threshold.
A radiation dosimeter, comprising; a scintillator which emits light by incident ionizing radiation; a photoelectric converter which converts light, which is an output of the scintillator, to an electric current; a counter which counts the number of events, concerning an output from the photoelectric converter, having an intensity that is a predetermined threshold value or greater; and a dosage computing unit configured to convert a count value obtained by the counter to a dosage to obtain the dosage, based on a relationship in which a frequency of occurrence of each event exponentially decreases as the intensity of light of the event increases, characterized in that the dosage computing unit is configured to compute a dosage DSc in the scintillator based on the following formula: DSc = Ctotal / b − aΔt / b 2 exp − bE 0 − 1 wherein a and b are previously known constants, Ctotal is a count number of events, Δt is an event count time, and E0 is the threshold value.
A lacrimal implant, comprising: (i) a polyurethane polymer, a polyurethane copolymer or silicone implant body configured for at least partial insertion through a lacrimal punctum and into an associated lacrimal canaliculus, the implant body comprising: a first portion having a first diameter; a second portion including a base member, the second portion and the base member have a second diameter, wherein the second diameter is less than the first diameter; (ii) a drug supply included in a proximal end of the first portion, such as to provide a sustained release of a therapeutic agent to an eye; and (iii) an expandable retention member coupled at least partially over the base member and being configured to swell via absorption of lacrimal fluid after insertion into the lacrimal punctum. (i) a polyurethane polymer, a polyurethane copolymer or silicone implant body configured for at least partial insertion through a lacrimal punctum and into an associated lacrimal canaliculus, the implant body comprising: a first portion having a first diameter; a second portion including a base member, the second portion and the base member have a second diameter, wherein the second diameter is less than the first diameter; (ii) a drug supply included in a proximal end of the first portion, such as to provide a sustained release of a therapeutic agent to an eye; and (iii) an expandable retention member coupled at least partially over the base member and being configured to swell via absorption of lacrimal fluid after insertion into the lacrimal punctum.
A vehicle battery-carrying floor structure comprising: a bottom plate member that has a plurality of unit members that are arranged in a vehicle body forward and rearward direction and that are joined by joining opposing joint portions, each unit member having a flat plate portion that extends in a vehicle width direction and that has the joint portions formed at an end portion facing the vehicle body forward direction and at an end portion facing the vehicle body rear direction and a partition portion that is disposed upright so as to extend in the vehicle width direction on an upper surface of the plate portion; and side plate members that are provided on an upper surface of the bottom plate member on outer sides in the vehicle width direction of the partition portions and form, with the partition portions, regions that hold battery packs, characterized in that reinforcement portions are formed on lower surfaces of the flat plate portions on opposite sides from the partition portions. a bottom plate member that has a plurality of unit members that are arranged in a vehicle body forward and rearward direction and that are joined by joining opposing joint portions, each unit member having a flat plate portion that extends in a vehicle width direction and that has the joint portions formed at an end portion facing the vehicle body forward direction and at an end portion facing the vehicle body rear direction and a partition portion that is disposed upright so as to extend in the vehicle width direction on an upper surface of the plate portion; and side plate members that are provided on an upper surface of the bottom plate member on outer sides in the vehicle width direction of the partition portions and form, with the partition portions, regions that hold battery packs, characterized in that reinforcement portions are formed on lower surfaces of the flat plate portions on opposite sides from the partition portions.
A display unit for vending machines comprising: a display panel to display an image; a circuit board to control the display panel; a box-shaped board bracket having a front surface and an open rear portion, said board bracket being fixed at the side of the front surface of said board bracket to a rear surface (21 c) of the display panel and formed with a receiving section to receive the circuit board; and a plurality of inlet holes and outlet holes (23c, 23d) formed in opposite surfaces of the board bracket to allow external air to flow through the receiving section wherein perforation holes are formed in the front surface of the board bracket adjacent to the rear surface of the display panel to allow heat generated from the display panel to be transferred to the receiving section of the board bracket, wherein the inlet holes are formed in a lower surface of the board bracket and wherein the outlet holes are formed in an upper surface of the board bracket.
A curved waveguide (206, 300), comprising: an input coupler configured to couple light into the curved waveguide; a first reflective surface; a second reflective surface opposing the first reflective surface; and an output coupler configured to couple the light out of the curved waveguide, the curved waveguide comprising a curvature characterized in that said curvature is in a direction transverse to an optical path between the input coupler and the output coupler, the curvature comprising a radius that varies along a direction extending between the input coupler and the output coupler. an input coupler configured to couple light into the curved waveguide; a first reflective surface; a second reflective surface opposing the first reflective surface; and an output coupler configured to couple the light out of the curved waveguide, the curved waveguide comprising a curvature characterized in that said curvature is in a direction transverse to an optical path between the input coupler and the output coupler, the curvature comprising a radius that varies along a direction extending between the input coupler and the output coupler.
A switching power supply unit (10; 100) comprising: a first switch provided between a positive terminal of a DC power supply and a positive terminal of a load; a second switch connected in parallel with the first switch; a first capacitor provided between the second switch and a node of the first switch on a DC power supply side; a first inductor; and a control circuit; characterised in that the first inductor is provided between the first capacitor and the positive terminal of the DC power supply, and in that the control circuit is operable to turn on the second switch after the first switch is turned on and to turn off the second switch after the first switch is turned off and when or before a voltage across the first capacitor becomes zero. a first switch provided between a positive terminal of a DC power supply and a positive terminal of a load; a second switch connected in parallel with the first switch; a first capacitor provided between the second switch and a node of the first switch on a DC power supply side; a first inductor; and a control circuit; characterised in that the first inductor is provided between the first capacitor and the positive terminal of the DC power supply, and in that the control circuit is operable to turn on the second switch after the first switch is turned on and to turn off the second switch after the first switch is turned off and when or before a voltage across the first capacitor becomes zero.
A method of encoding a media file for playing back, comprising: extracting a video track from an original media file, where content (71, 81, 91) is encoded in the video track; the method characterized by using the encoded content to encode a trick-play track (72, 82, 92) configured to enable the visual-search of the video track, where encoding the trick-play track includes sub-sampling frames from the video track and encoding sub-sampled frames as key frames, and where the trick-play track includes only key frames; and creating a media file including the video track (71, 81, 91) and an accompanying trick-play track (72, 82, 92). extracting a video track from an original media file, where content (71, 81, 91) is encoded in the video track; using the encoded content to encode a trick-play track (72, 82, 92) configured to enable the visual-search of the video track, where encoding the trick-play track includes sub-sampling frames from the video track and encoding sub-sampled frames as key frames, and where the trick-play track includes only key frames; and creating a media file including the video track (71, 81, 91) and an accompanying trick-play track (72, 82, 92).
A microwave circuit (50, 70) comprising: a plurality of transmission lines (60, 78) each configured to receive and propagate a respective waveform signal of a plurality of waveform signals; a combiner (58, 82) that receives and combines the plurality of waveform signals from outputs of the plurality of transmission lines (60, 78) into a combined output waveform signal that is output terminated by an output termination resistor (R TOUT); and a compensation signal generator arranged to generate a compensation signal and to provide the compensation signal at an end associated with the output termination resistor to mitigate reflections associated with the transmission of signals through the microwave circuit (50, 70), the compensation signal being an inverted signal version of a sum of the total reflections in the microwave circuits. a plurality of transmission lines (60, 78) each configured to receive and propagate a respective waveform signal of a plurality of waveform signals; a combiner (58, 82) that receives and combines the plurality of waveform signals from outputs of the plurality of transmission lines (60, 78) into a combined output waveform signal that is output terminated by an output termination resistor (R TOUT); and a compensation signal generator arranged to generate a compensation signal and to provide the compensation signal at an end associated with the output termination resistor to mitigate reflections associated with the transmission of signals through the microwave circuit (50, 70), the compensation signal being an inverted signal version of a sum of the total reflections in the microwave circuits.
A data transmission method, comprising: receiving, by a terminal device, first information from a session management function, SMF, network element, wherein the first information indicates to bind a first packet data unit, PDU, session and a second PDU session; and transmitting, by the terminal device, data based on the bound first PDU session and the bound second PDU session; wherein the method further comprises: sending, by the terminal device, a first request message to the SMF network element, wherein the first request message comprises an identifier of the first PDU session and information about the second PDU session, and the information about the second PDU session comprises at least one of an identifier of the second PDU session, the second address of the second PDU session, and the type information of the second address; and the receiving, by the terminal device, the first information from the SMF network element comprises: receiving, by the terminal device, a response message of the first request message from the SMF network element, wherein the response message of the first request message comprises the first information. receiving, by a terminal device, first information from a session management function, SMF, network element, wherein the first information indicates to bind a first packet data unit, PDU, session and a second PDU session; and transmitting, by the terminal device, data based on the bound first PDU session and the bound second PDU session; wherein the method further comprises: sending, by the terminal device, a first request message to the SMF network element, wherein the first request message comprises an identifier of the first PDU session and information about the second PDU session, and the information about the second PDU session comprises at least one of an identifier of the second PDU session, the second address of the second PDU session, and the type information of the second address; and the receiving, by the terminal device, the first information from the SMF network element comprises: receiving, by the terminal device, a response message of the first request message from the SMF network element, wherein the response message of the first request message comprises the first information. sending, by the terminal device, a first request message to the SMF network element, wherein the first request message comprises an identifier of the first PDU session and information about the second PDU session, and the information about the second PDU session comprises at least one of an identifier of the second PDU session, the second address of the second PDU session, and the type information of the second address; and the receiving, by the terminal device, the first information from the SMF network element comprises: receiving, by the terminal device, a response message of the first request message from the SMF network element, wherein the response message of the first request message comprises the first information.
A loom having a residual warp yarn clearing bar and a support apparatus for the residual warp yarn clearing bar, the support apparatus being mounted to the loom, the support apparatus comprising: a support bracket adapted to support the residual warp yarn clearing bar that is configured to guide residual warp yarns, wherein the support apparatus includes an elastic member (29, 35, 37, 40) that is interposed between the residual warp yarn clearing bar and the support bracket, and has an upper portion (29A, 35A, 37A, 40A) that is contactable with the residual warp yarn clearing bar, a lower portion (29B, 35B, 37B, 40B) that is contactable with the support bracket, and an unenclosed space (33, 36, 38, 39, 41) provided between the upper portion (29A, 35A, 37A, 40A) and the lower portion (29B, 35B, 37B, 40B), and the elastic member (29, 35, 37, 40) supports the residual warp yarn clearing bar with the upper portion (29A, 35A, 37A, 40A) contacting with the residual warp yarn clearing bar and the lower portion (29B, 35B, 37B, 40B) contacting with the support bracket, and with the unenclosed space (33, 36, 38, 39, 41) deformed between the upper portion (29A, 35A, 37A, 40A) and the lower portion (29B, 35B, 37B, 40B). a support bracket adapted to support the residual warp yarn clearing bar that is configured to guide residual warp yarns, wherein the support apparatus includes an elastic member (29, 35, 37, 40) that is interposed between the residual warp yarn clearing bar and the support bracket, and has an upper portion (29A, 35A, 37A, 40A) that is contactable with the residual warp yarn clearing bar, a lower portion (29B, 35B, 37B, 40B) that is contactable with the support bracket, and an unenclosed space (33, 36, 38, 39, 41) provided between the upper portion (29A, 35A, 37A, 40A) and the lower portion (29B, 35B, 37B, 40B), and the elastic member (29, 35, 37, 40) supports the residual warp yarn clearing bar with the upper portion (29A, 35A, 37A, 40A) contacting with the residual warp yarn clearing bar and the lower portion (29B, 35B, 37B, 40B) contacting with the support bracket, and with the unenclosed space (33, 36, 38, 39, 41) deformed between the upper portion (29A, 35A, 37A, 40A) and the lower portion (29B, 35B, 37B, 40B).
An electrochemical sensor strip having a first electrode, a second electrode, and a lid on a base, characterized by: a first electrode on the base having at least one first layer on a first conductor, the first layer including a reagent layer comprising from 1.39 to 2 μg/mm 2 of a mediator and an enzyme system at a deposition density from 0.58 to 0.8 μg/mm 2; where the strip is configured to provide a determined analyte concentration value. a first electrode on the base having at least one first layer on a first conductor, the first layer including a reagent layer comprising from 1.39 to 2 μg/mm 2 of a mediator and an enzyme system at a deposition density from 0.58 to 0.8 μg/mm 2; where the strip is configured to provide a determined analyte concentration value.
An apparatus, comprising: a plurality of processor functional units including a first processor functional unit configured to receive, from a scheduler unit, a first set of instructions in a first instruction stream, provide the first set of instructions to a coprocessor unit, and receive, from the coprocessor unit, a first set of execution results corresponding to the first set of instructions, wherein transmission of the first set of execution results is initiated by the coprocessor unit; and a retirement unit configured to retire instructions performed by the plurality of processor functional units; characterized in that the first processor functional unit includes a retirement unit interface configured to provide the first set of execution results to the retirement unit to cause retirement of the first set of instructions. a plurality of processor functional units including a first processor functional unit configured to receive, from a scheduler unit, a first set of instructions in a first instruction stream, provide the first set of instructions to a coprocessor unit, and receive, from the coprocessor unit, a first set of execution results corresponding to the first set of instructions, wherein transmission of the first set of execution results is initiated by the coprocessor unit; and a retirement unit configured to retire instructions performed by the plurality of processor functional units; characterized in that the first processor functional unit includes a retirement unit interface configured to provide the first set of execution results to the retirement unit to cause retirement of the first set of instructions.
A computer-implemented method for making at least a transformation of data on a first computing system available on at least a second computing system, the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: sending metadata associated with the data to at least the second computing system, the metadata being structured such that, when interpreted by the second computing system, the second computing system provides an appearance that the data is present on the second computing system, wherein the data comprises a digital picture; applying logic after the metadata is sent, the logic defining when to send at least a transformation of the data to the second computing system, wherein the logic comprises applying a delay before sending said at least a transformation of the data, said delay based on an average time a particular user takes to discard unwanted digital pictures and edit wanted digital pictures; and in response to the application of the logic, sending a transformation of the data to the second computing system. sending metadata associated with the data to at least the second computing system, the metadata being structured such that, when interpreted by the second computing system, the second computing system provides an appearance that the data is present on the second computing system, wherein the data comprises a digital picture; applying logic after the metadata is sent, the logic defining when to send at least a transformation of the data to the second computing system, wherein the logic comprises applying a delay before sending said at least a transformation of the data, said delay based on an average time a particular user takes to discard unwanted digital pictures and edit wanted digital pictures; and in response to the application of the logic, sending a transformation of the data to the second computing system.