mhurhangee/ep-ind-claims huggingface dataset:
An auscultatory sound identification training device comprising a sounding body configured to convert a sent electric signal related to auscultatory sound information into an acoustic signal and outputting the converted signal as an auscultatory sound, a vibration member and a circular cover member, wherein the vibration member is a vibrating plate that is provided in a contact state on a front portion side of the sounding body, the auscultatory sound from the sounding body being directly transmitted thereto, the front portion side defining an upper side opposite a lower side, characterized in that: a lower portion of the circular cover member made of a silicone resin is provided to be on an upper portion of the vibrating plate in a state of surface contact with the vibrating plate, the auscultatory sound being transmitted thereto, wherein the sounding body, the vibrating plate, and the cover member are internally arranged so as not to be in contact with a bottom portion, and the cover member is configured to send an auscultatory sound to an outside and vibrate by the auscultatory sound. the vibration member is a vibrating plate that is provided in a contact state on a front portion side of the sounding body, the auscultatory sound from the sounding body being directly transmitted thereto, the front portion side defining an upper side opposite a lower side, characterized in that: a lower portion of the circular cover member made of a silicone resin is provided to be on an upper portion of the vibrating plate in a state of surface contact with the vibrating plate, the auscultatory sound being transmitted thereto, wherein the sounding body, the vibrating plate, and the cover member are internally arranged so as not to be in contact with a bottom portion, and the cover member is configured to send an auscultatory sound to an outside and vibrate by the auscultatory sound. a lower portion of the circular cover member made of a silicone resin is provided to be on an upper portion of the vibrating plate in a state of surface contact with the vibrating plate, the auscultatory sound being transmitted thereto, wherein the sounding body, the vibrating plate, and the cover member are internally arranged so as not to be in contact with a bottom portion, and the cover member is configured to send an auscultatory sound to an outside and vibrate by the auscultatory sound.
A method of operating a bicycle carrier, the method comprising: disengaging a first locking mechanism securing a first load arm to a base; disposing a second load arm between the base and the first load arm; engaging a second locking mechanism to secure the second load arm to the base; and connecting the second locking mechanism to the first locking mechanism. disengaging a first locking mechanism securing a first load arm to a base; disposing a second load arm between the base and the first load arm; engaging a second locking mechanism to secure the second load arm to the base; and connecting the second locking mechanism to the first locking mechanism.
A signal processing device for controlling a visual aid device, comprising: an input receiving an input signal (f) representative of a scene to be viewed, the input signal comprising, for each pixel in a matrix of pixels, an event-based asynchronous signal sequence obtained as a function of variations of light relating to the pixel in the scene, an output outputting control signals for respective pixel zones of the visual aid device, and a processing circuit configured for generating the control signals by transforming the input signal spatially within the matrix of pixels and temporally along the signal sequences, wherein the transforming of the input signal (f) performed by the processing circuit for generating the control signals comprises: - obtaining a first signal (V BC) resulting from two spatial filtering operations with filtering kernels (50, 51) of different sizes, calculation of a difference between the results of the two spatial filtering operations, and a temporal filtering operation (54, 55) on the difference; and - obtaining a second signal V ON exc, V ON inh, V OFF exc, V OFF inh of zero value if the first signal has a value of a determined sign, and of same absolute value as the first signal otherwise. an input receiving an input signal (f) representative of a scene to be viewed, the input signal comprising, for each pixel in a matrix of pixels, an event-based asynchronous signal sequence obtained as a function of variations of light relating to the pixel in the scene, an output outputting control signals for respective pixel zones of the visual aid device, and a processing circuit configured for generating the control signals by transforming the input signal spatially within the matrix of pixels and temporally along the signal sequences, - obtaining a first signal (V BC) resulting from two spatial filtering operations with filtering kernels (50, 51) of different sizes, calculation of a difference between the results of the two spatial filtering operations, and a temporal filtering operation (54, 55) on the difference; and - obtaining a second signal V ON exc, V ON inh, V OFF exc, V OFF inh of zero value if the first signal has a value of a determined sign, and of same absolute value as the first signal otherwise.
A computer processor having control and data processing capabilities comprising: a decode unit for decoding instructions; a dedicated control processing facility comprising a control execution path having its own control register file, a branch unit, an execution unit, and a load/store unit; and a dedicated data processing facility, separate from said dedicated control processing facility, having its own data register file separate from said control register file, the dedicated data processing facility comprising a first data execution path including fixed operators and a second data execution path including at least configurable operators and a controller, both of said first and second data execution paths (109;110) separate from said control execution path and each other said configurable operators pre-configured into a plurality of hardwired operator classes; wherein said decode unit which separates control instructions from data processing instructions is operable to detect whether one of said data processing instructions defines a fixed data processing instruction or a configurable data processing instruction, said decode unit causing the computer processor to supply said data processing instructions to said first data execution path when a fixed data processing instruction is detected and to said second data execution path when a configurable data processing instruction is detected, and wherein said controller is operable to configure the connectivity of said configurable operators in accordance with configuration information provided in an opcode portion of said configurable data processing instruction. a decode unit for decoding instructions; a dedicated control processing facility comprising a control execution path having its own control register file, a branch unit, an execution unit, and a load/store unit; and a dedicated data processing facility, separate from said dedicated control processing facility, having its own data register file separate from said control register file, the dedicated data processing facility comprising a first data execution path including fixed operators and a second data execution path including at least configurable operators and a controller, both of said first and second data execution paths (109;110) separate from said control execution path and each other said configurable operators pre-configured into a plurality of hardwired operator classes; wherein said decode unit which separates control instructions from data processing instructions is operable to detect whether one of said data processing instructions defines a fixed data processing instruction or a configurable data processing instruction, said decode unit causing the computer processor to supply said data processing instructions to said first data execution path when a fixed data processing instruction is detected and to said second data execution path when a configurable data processing instruction is detected, and wherein said controller is operable to configure the connectivity of said configurable operators in accordance with configuration information provided in an opcode portion of said configurable data processing instruction.
Use of a guide block by fitting the guide block within a four sided grid opening of a grid of a compression plate of a magnetic resonance imaging device, wherein the guide block comprises a. a body with a proximal face, a distal face, four equal length sides of the proximal face, a length between the proximal and distal faces and a longitudinal axis extending between the proximal and distal faces; and b. at least one passageway disposed within the body which extends between the proximal and distal faces and which is not parallel to the longitudinal axis. a. a body with a proximal face, a distal face, four equal length sides of the proximal face, a length between the proximal and distal faces and a longitudinal axis extending between the proximal and distal faces; and b. at least one passageway disposed within the body which extends between the proximal and distal faces and which is not parallel to the longitudinal axis.
A method for a vehicle communicating with one or more further vehicles, comprising determining one or more authorized vehicles from a plurality of vehicles; determining a setting for an adaptive antenna to obtain spatially separated signals to communicate with the one or more authorized vehicles; and communicating with the one or more authorized vehicles using the spatially separated signals. determining one or more authorized vehicles from a plurality of vehicles; determining a setting for an adaptive antenna to obtain spatially separated signals to communicate with the one or more authorized vehicles; and communicating with the one or more authorized vehicles using the spatially separated signals.
A mechanical arrangement for an engine having two propeller stages (23, 24), comprising: • a first epicyclic gear stage comprising a sun gear, a planet gear, a planet carrier and an annulus, wherein the sun gear is drivable by a shaft of the engine, the planet carrier is stationary and integral with or coupled to static structure, and the annulus outputs torque and/or drive; • a second epicyclic gear stage comprising a second sun gear, a second planet gear, a second planet carrier and a second annulus, wherein the second sun gear is driven by the annulus of the first epicyclic gear stage and is annular to accommodate the static structure, the second planet carrier comprises an output to one of the propeller stages and the second annulus comprises an output to the other of the propeller stages; wherein the static structure provides mounting for static components on one or both sides of each epicyclic gear stage (58, 72). • a first epicyclic gear stage comprising a sun gear, a planet gear, a planet carrier and an annulus, wherein the sun gear is drivable by a shaft of the engine, the planet carrier is stationary and integral with or coupled to static structure, and the annulus outputs torque and/or drive; • a second epicyclic gear stage comprising a second sun gear, a second planet gear, a second planet carrier and a second annulus, wherein the second sun gear is driven by the annulus of the first epicyclic gear stage and is annular to accommodate the static structure, the second planet carrier comprises an output to one of the propeller stages and the second annulus comprises an output to the other of the propeller stages;
DC electrical power supply source, comprising: - a protective housing; - electrical energy storage devices disposed in the protective housing, these storage devices being connected electrically in series by way of interconnection elements; - an acoustic sensor configured to measure ultrasounds; - a filling medium disposed in the housing; characterized in that the filling medium exhibits a homogeneous acoustic impedance and forms a continuous acoustic link between said interconnection elements and the acoustic sensor. - a protective housing; - electrical energy storage devices disposed in the protective housing, these storage devices being connected electrically in series by way of interconnection elements; - an acoustic sensor configured to measure ultrasounds; - a filling medium disposed in the housing; characterized in that the filling medium exhibits a homogeneous acoustic impedance and forms a continuous acoustic link between said interconnection elements and the acoustic sensor.
An organic compound having the following structure of Chemical Formula 1: wherein each of R 1 and R 2 is independently selected from the group consisting of hydrogen, an unsubstituted or substituted C 1 -C 20 alkyl group, an unsubstituted or substituted C 1 -C 20 alkoxy group, an unsubstituted or substituted C 1 -C 20 alkyl amino group, an unsubstituted or substituted C 6 -C 30 aromatic group and an unsubstituted or substituted C 3 -C 30 hetero aromatic group; each of R 3 to R 14 is independently selected from the group consisting of hydrogen, an unsubstituted or substituted C 1 -C 20 alkyl group, an unsubstituted or substituted C 1 -C 20 alkoxy group, an unsubstituted or substituted C 1 -C 20 alkyl amino group, an unsubstituted or substituted C 6 -C 30 aromatic group and an unsubstituted or substituted C 3 -C 30 hetero aromatic group, or two adjacent groups among R 3 to R 14 form an unsubstituted or substituted C 6 -C 20 aromatic ring or an unsubstituted or substituted C 3 -C 20 hetero aromatic ring; each of X 1 to X 4 is independently halogen; each of L 1 to L 3 is independently an unsubstituted or substituted C 6 -C 30 arylene group or an unsubstituted or substituted C 3 -C 30 hetero arylene group; o is an integer of 1 or 2; and each of p and q is an integer between 0 to 2.
A method of wireless communication, the method being executed by an apparatus and comprising: (a) establishing a first connection with a first base station, wherein the first connection involves the transfer of data using a first signal based on a first segment (409 0) of an orthogonal frequency division multiple access, OFDMA, frame; (b) establishing a second connection with a second base station, wherein the second connection involves the transfer of data using a second signal based on a second segment (409 1) of the OFDMA frame; (c) exchanging data with the first and second base stations via the first and second connections within a time period bounded by the OFDMA frame, wherein the first and second segments (409 0, 409 1) comprise different downlink, DL, data; and concurrently processing the different DL data from the first and second segments (409 0, 409 1) wherein concurrently processing comprises adjusting for delays between the first and second signals based on the first and second segments (409 0, 409 1), respectively. (a) establishing a first connection with a first base station, wherein the first connection involves the transfer of data using a first signal based on a first segment (409 0) of an orthogonal frequency division multiple access, OFDMA, frame; (b) establishing a second connection with a second base station, wherein the second connection involves the transfer of data using a second signal based on a second segment (409 1) of the OFDMA frame; (c) exchanging data with the first and second base stations via the first and second connections within a time period bounded by the OFDMA frame, wherein the first and second segments (409 0, 409 1) comprise different downlink, DL, data; and
Force sensor comprising: o at least one cavity defined by a hollow rigid support, the cavity defining at least two cavity surfaces (2a, 2b) having different orientations, the cavity preferably having the shape of a polyhedron, in particular a box o on each of said cavity surfaces (2a, 2b), at least one respective sensing structure carried by the hollow rigid support and sensitive to a pressure exerted on the corresponding measuring surface, at least one of the sensing structures preferably comprising piezo-resistive or capacitive, preferably piezo-resistive sensing means, and o an elastically deformable medium at least partially filling the cavity, coming into contact with said measuring surfaces and defining a sensing surface on which a force to be sensed is likely to be exerted, the application of this force being capable of generating strain in each sensing structure because of the transmission of forces by said medium. o at least one cavity defined by a hollow rigid support, the cavity defining at least two cavity surfaces (2a, 2b) having different orientations, the cavity preferably having the shape of a polyhedron, in particular a box o on each of said cavity surfaces (2a, 2b), at least one respective sensing structure carried by the hollow rigid support and sensitive to a pressure exerted on the corresponding measuring surface, at least one of the sensing structures preferably comprising piezo-resistive or capacitive, preferably piezo-resistive sensing means, and o an elastically deformable medium at least partially filling the cavity, coming into contact with said measuring surfaces and defining a sensing surface on which a force to be sensed is likely to be exerted, the application of this force being capable of generating strain in each sensing structure because of the transmission of forces by said medium.
Use of a masterbatch consisting of pigment and mould-release agent, characterized in that the mould-release agent is selected from the group comprising pentaerythritol tetrastearate, glycerol monostearate and stearyl stearate, where the pigment content of the masterbatch is 40-60% by weight, based on the total weight of the masterbatch, and where the masterbatch is produced by metering mould-release agent and pigment into a shearing and mixing assembly selected from the group comprising single-screw extruders, multiple-screw extruders, internal mixers, co-kneaders and shearing-roll devices, for the production of coloured polymer compositions with improved pigment dispersion.
A profile for interior construction, in particular a ceiling profile, which extends along a longitudinal direction and which comprises at least one surface section in parallel with the longitudinal direction, wherein the surface section has a receiving cut which extends, starting from an end face of the profile, in the longitudinal direction into the surface section and which is configured to receive a flange of a support profile extending transversely to the longitudinal direction, wherein a support tab, which projects from the surface section, is provided at a side edge of the receiving cut which bounds the receiving cut transversely to the longitudinal direction, characterized in that the support tab encloses an angle of more than 90° at least regionally along the side edge with the adjacent part of the surface section such that said support tab projects over the receiving cut, wherein the angle amounts to at most 135°.
A balloon catheter, comprising: a coil assembly, the coil assembly including a coil, a coating disposed on the coil, wherein each individual coil turning is at least substantially coated, and a sheath disposed over the coil and the coating, the coil assembly defining a guidewire lumen; an outer tube disposed over at least a portion of the coil assembly, wherein an inflation lumen is defined between the coil assembly and the outer tube; a balloon coupled to the outer tube; and a tip; characterised in that the coil assembly extends distally beyond the end of the balloon and distally along a portion of the tip. a coil assembly, the coil assembly including a coil, a coating disposed on the coil, wherein each individual coil turning is at least substantially coated, and a sheath disposed over the coil and the coating, the coil assembly defining a guidewire lumen; an outer tube disposed over at least a portion of the coil assembly, wherein an inflation lumen is defined between the coil assembly and the outer tube; a balloon coupled to the outer tube; and a tip; characterised in that the coil assembly extends distally beyond the end of the balloon and distally along a portion of the tip.
A working machine configured to be capable of communicating with a remote operation device, the working machine comprising: a communication unit that receives a manipulate signal from the remote operation device; and a control unit that controls an actuator mounted in the working machine according to a manipulate signal from a main operation device disposed in a cab of the working machine or the remote operation device, wherein in a case where a state of the working machine does not fulfill any of a plurality of predetermined conditions, the control unit is configured not to allow remote operation of the actuator by the remote operation device, characterised in that the plurality of predetermined conditions include a first condition that in a case where the state of a first operating part (58, 30) of the working machine fulfills the condition once, a setting of the condition is canceled, and a second condition for a second operating part of the working machine that is set continuously, without a setting of the condition being canceled, and wherein in a case where any of the plurality of predetermined conditions is not fulfilled, the control unit informs contents corresponding to each condition that is not fulfilled. a communication unit that receives a manipulate signal from the remote operation device; and a control unit that controls an actuator mounted in the working machine according to a manipulate signal from a main operation device disposed in a cab of the working machine or the remote operation device, wherein in a case where a state of the working machine does not fulfill any of a plurality of predetermined conditions, the control unit is configured not to allow remote operation of the actuator by the remote operation device, characterised in that the plurality of predetermined conditions include a first condition that in a case where the state of a first operating part (58, 30) of the working machine fulfills the condition once, a setting of the condition is canceled, and a second condition for a second operating part of the working machine that is set continuously, without a setting of the condition being canceled, and wherein in a case where any of the plurality of predetermined conditions is not fulfilled, the control unit informs contents corresponding to each condition that is not fulfilled.
Power Line Communication device comprising a modem; a power supply to power said modem from an AC power line; a coupling circuit to couple said modem to said power line for transmitting and receiving modulated data, wherein said coupling circuit comprises a shunt element and a serial LC filter; wherein said LC filter comprises a capacitive circuit (C1, C2, C3, C4) and an inductive circuit; wherein said shunt element comprises a rectifier connected to the power supply; characterized in that a first terminal of the capacitive circuit (C1, C2, C3, C4) of the LC filter is connected to one terminal of the power line and a first terminal of the shunt element is connected to the second terminal of the power line.