mhurhangee/ep-ind-claims huggingface dataset:
A vehicle power unit configured to be mounted on a vehicle body frame, the vehicle power unit comprising: i) an internal combustion engine having a crankshaft, ii) a main shaft into which power from a crankshaft of the internal combustion engine can be input, iii) a countershaft disposed in parallel to the main shaft at a position offset in a vertical direction with respect to the main shaft and operatively linked to a driven wheel, iv) a transmission and v) a transmission case configured to be mounted on the vehicle body frame, in which the transmission comprises a gear transmission mechanism and a gear selector mechanism and is housed in the transmission case, the gear transmission mechanism comprising gear trains (G1, G2, G3, G4, G5, G6) with a plurality of gear positions that can be established alternatively provided between the main shaft and the countershaft, the gear selector mechanism being arranged so as to have a plurality of shaft members (81, 82, 83, 84) disposed in parallel to the main shaft and the countershaft and being disposed on a side opposite to the crankshaft with respect to a virtual plane passing through a central axis of the main shaft and a central axis of the countershaft while being capable of operating so as to alternatively establish the gear trains (G1 to G6) with the plurality of gear positions, and a plurality of rotational speed sensors (S1, S2, S3) individually detecting a rotational speed of a plurality of rotating members (118, 120, 121) forming part of the gear transmission mechanism are mounted on the transmission case on the side opposite to the crankshaft with respect to the virtual plane, characterized in that the plurality of rotational speed sensors (S1 to S3) are disposed in a distributed manner so as to sandwich the plurality of shaft members (81 to 84) of the gear selector mechanism in a projection on a plane orthogonal to a central axis of the crankshaft.
A print controller comprising: a control system operable to receive a command to print multiple copies of a print job; and a rasterizer operable to generate raster data for the print job, and to write the raster data to a rip spool; wherein the control system is further operable to buffer for the rasterizer multiple copies of print data for the print job, and to determine if the rip spool has storage space available to store raster data for a complete rasterized version of the print job; wherein, responsive to determining that the rip spool does not have storage space available to store the complete rasterized version of the print job: the rasterizer is further operable to rasterize the multiple copies of print data for the print job, and to provide multiple rasterized copies of the print job to a print engine; wherein, responsive to determining that the rip spool has storage space available to store the complete rasterized version of the print job: the rasterizer is further operable to rasterize one copy of the print job, and to spool the one rasterized copy of the print job to the rip spool; and the control system is further operable to discard copies of the print data for the print job that are buffered for the rasterizer, and to de-spool the rasterized copy of the print job multiple times from the rip spool to the print engine. a control system operable to receive a command to print multiple copies of a print job; and a rasterizer operable to generate raster data for the print job, and to write the raster data to a rip spool; the rasterizer is further operable to rasterize the multiple copies of print data for the print job, and to provide multiple rasterized copies of the print job to a print engine; the rasterizer is further operable to rasterize one copy of the print job, and to spool the one rasterized copy of the print job to the rip spool; and the control system is further operable to discard copies of the print data for the print job that are buffered for the rasterizer, and to de-spool the rasterized copy of the print job multiple times from the rip spool to the print engine.
A receiving device, comprising: an antenna device, configured to receive a received signal; a filter circuit (130, 180), configured to separate an in-band signal and an out-band signal from the received signal, wherein the in-band signal passes through the filter and the out-band signal is reflected by the filter, or wherein the out-band signal passes through the filter and the in-band signal is reflected by the filter; a transceiver; an adjustable attenuator configured to adjust an attenuation value to attenuate the in-band signal and transmit the adjusted in-band signal to the transceiver; a circulator, coupled to the antenna device and the filter circuit (130, 180), wherein the circulator receives the received signal from the antenna device via a first port and transmits the received signal to the filter circuit (130, 180) via a second port, and wherein the circulator receives the reflected signal from the filter circuit (130, 180) via the second port and transmits the reflected signal via a third port; and a processor, coupled to the adjustable attenuator and the transceiver, and according to information related to the out-band signal and information related to the in-band signal which has been processed by the adjustable attenuator and the transceiver, determining how to adjust the attenuation value corresponding to the in-band signal. an antenna device, configured to receive a received signal; a filter circuit (130, 180), configured to separate an in-band signal and an out-band signal from the received signal, wherein the in-band signal passes through the filter and the out-band signal is reflected by the filter, or wherein the out-band signal passes through the filter and the in-band signal is reflected by the filter; a transceiver; an adjustable attenuator configured to adjust an attenuation value to attenuate the in-band signal and transmit the adjusted in-band signal to the transceiver; a circulator, coupled to the antenna device and the filter circuit (130, 180), wherein the circulator receives the received signal from the antenna device via a first port and transmits the received signal to the filter circuit (130, 180) via a second port, and wherein the circulator receives the reflected signal from the filter circuit (130, 180) via the second port and transmits the reflected signal via a third port; and a processor, coupled to the adjustable attenuator and the transceiver, and according to information related to the out-band signal and information related to the in-band signal which has been processed by the adjustable attenuator and the transceiver, determining how to adjust the attenuation value corresponding to the in-band signal.
Gear unit for a vehicle, the vehicle being driven by human power as well as by an electric motor, wherein the gear comprises the following features: - a crankshaft that is operable by human power, - an input shaft for connection with a rotor shaft of an electric motor, - an output shaft for connection with an output element of a vehicle, wherein a first free wheel means is provided in the power flow between the crankshaft and the output shaft, the first free wheel means comprising the following features: - a first input transfer element, which is in connection with the crankshaft, - a first output transfer element, which is in connection with the output shaft, and wherein a second free wheel means is provided in the power flow between the input shaft and the output shaft, the second free wheel means comprising the following features: - a second input transfer element, which is in connection with the input shaft, - a second output transfer element, which is in connection with the output shaft, wherein the first output transfer element and the second output transfer element are permanently connected to each other, and wherein furthermore a three stage reduction gear is provided between the input shaft and the output shaft, the three stage reduction gear comprising three reduction stages with two gear wheels, respectively, wherein the reduction stages comprise an output gear wheel and an input gear wheel, respectively, of which an output gear wheel of a first reduction stage is arranged concentrically to an axis of the input shaft and of which an output gear wheel of the first reduction stage, an input gear wheel of the second reduction stage and an output gear wheel of the third reduction stage are arranged concentrically to the crankshaft, wherein the first reduction stage is located in the power flow between the electric motor and the first input transfer element, and wherein the second reduction stage and the third reduction stage are located in the power flow between the first output transfer element of the first free wheel means and the second input transfer element of the second free wheel means. - a crankshaft that is operable by human power, - an input shaft for connection with a rotor shaft of an electric motor, - an output shaft for connection with an output element of a vehicle, - a first input transfer element, which is in connection with the crankshaft, - a first output transfer element, which is in connection with the output shaft, - a second input transfer element, which is in connection with the input shaft, - a second output transfer element, which is in connection with the output shaft,
A method implemented using one or more processors, comprising: operating an automated assistant at least in part on a computing device; monitoring, in a limited hot word listening state of the automated assistant, audio data captured by a microphone for one or more default hot words, wherein detection of one or more of the default hot words triggers transition of the automated assistant from the limited hot word listening state into a speech recognition state; detecting transition of the computing device into a given context; upon transitioning the automated assistant into a context-specific listening state associated with the given context, preemptively downloading and caching, to memory of the computing device, content that is responsive to one or more context-specific hot words associated with the context-specific listening state; and in response to the detecting, monitoring, in the context-specific listening state of the automated assistant, the audio data captured by the microphone for the one or more context-specific hot words, in addition to the one or more default hot words, wherein detection of one or more of the context-specific hot words triggers the automated assistant to perform a responsive action associated with the given context, without requiring detection of one or more of the default hot words or transition of the automated assistant into the speech recognition state. operating an automated assistant at least in part on a computing device; monitoring, in a limited hot word listening state of the automated assistant, audio data captured by a microphone for one or more default hot words, wherein detection of one or more of the default hot words triggers transition of the automated assistant from the limited hot word listening state into a speech recognition state; detecting transition of the computing device into a given context; upon transitioning the automated assistant into a context-specific listening state associated with the given context, preemptively downloading and caching, to memory of the computing device, content that is responsive to one or more context-specific hot words associated with the context-specific listening state; and in response to the detecting, monitoring, in the context-specific listening state of the automated assistant, the audio data captured by the microphone for the one or more context-specific hot words, in addition to the one or more default hot words, wherein detection of one or more of the context-specific hot words triggers the automated assistant to perform a responsive action associated with the given context, without requiring detection of one or more of the default hot words or transition of the automated assistant into the speech recognition state.
A battery management system, comprising: a lithium-ion battery including: a first electrode; a second electrode; a separator region configured to electronically isolate the first and second electrodes; characterized by a first portion of lithium metal encapsulated within a first ionically insulating barrier configured to prevent transport of lithium ions therethrough, the encapsulated first portion of lithium metal located within at least one of the first electrode and the second electrode; a memory in which command instructions are stored; and a processor configured to execute the command instructions to (i) determine a first lithium content of the first electrode, (ii) compare the first lithium content of the first electrode to a first threshold, and (iii) activate the first portion of lithium metal by compromising the first ionically insulating barrier based on the comparison of the first lithium content to the first threshold. a lithium-ion battery including: a first electrode; a second electrode; a separator region configured to electronically isolate the first and second electrodes; characterized by a first electrode; a second electrode; a separator region configured to electronically isolate the first and second electrodes; a first portion of lithium metal encapsulated within a first ionically insulating barrier configured to prevent transport of lithium ions therethrough, the encapsulated first portion of lithium metal located within at least one of the first electrode and the second electrode; a memory in which command instructions are stored; and a processor configured to execute the command instructions to (i) determine a first lithium content of the first electrode, (ii) compare the first lithium content of the first electrode to a first threshold, and (iii) activate the first portion of lithium metal by compromising the first ionically insulating barrier based on the comparison of the first lithium content to the first threshold.
An endo-ureteral stent, comprising a kidney end part and a bladder end part, the kidney end part being tubular and curved, said stent being characterized in that the bladder end part includes at least one thread, and in that the stent further comprises a tubular intermediate portion extending between the kidney end part and the bladder end part, said portion having an external diameter (D 220) decreasing toward the bladder end part, and the minimum external diameter of said portion, at the connection with the thread of the bladder end part is less than twice the diameter of the thread, or the cumulative section of the threads if there are several of them, and in all cases must be strictly less than 1 mm, said intermediate portion having a length between 0.5 cm and 12 cm.
An aqueous conditioning shampoo composition comprising an anionic cleansing surfactant and a gel network comprising: (i) a fatty material selected from C 12 -C 22 fatty alcohol, C 12 -C 22 fatty acid, C 12 -C 22 fatty amide or mixtures thereof, (ii) hydrophobic particulates having a melting point of greater than that of the fatty material, (iii) a quaternary ammonium compound having at least one carbon chain length C 12 -C 30 and (iv) water, wherein the gel network is formed by combining (i), (ii), and (iv) at a temperature above the melting point of the fatty material, wherein the fatty material is melted in the water prior to adding the hydrophobic particulates, and wherein the hydrophobic particulates have a melting point higher than that of said quaternary ammonium compound. (i) a fatty material selected from C 12 -C 22 fatty alcohol, C 12 -C 22 fatty acid, C 12 -C 22 fatty amide or mixtures thereof, (ii) hydrophobic particulates having a melting point of greater than that of the fatty material, (iii) a quaternary ammonium compound having at least one carbon chain length C 12 -C 30 and (iv) water, wherein the gel network is formed by combining (i), (ii), and (iv) at a temperature above the melting point of the fatty material, wherein the fatty material is melted in the water prior to adding the hydrophobic particulates, and wherein the hydrophobic particulates have a melting point higher than that of said quaternary ammonium compound.
A laser annealing apparatus comprising a beam homogenizer for laser annealing and a laser for producing a laser beam, wherein: the beam homogenizer comprises a plurality of cylindrical lenses; the plurality of cylindrical lenses have different lengths in a direction of transmission of the laser beam; wherein the plurality of cylindrical lenses have a same radius of curvature and same dimensions in a plane of curvature defined by X and Y directions, where the X direction is orthogonal to the Y direction; and characterized in that: any two adjacent ones of the plurality of cylindrical lenses have a length difference, in the direction of transmission of the laser beam, greater than a coherence length of the laser, and in that the length differences between two adjacent ones of the plurality of cylindrical lenses in the direction of transmission of the laser beam differ from one another, the radius of curvature of each of the plurality of cylindrical lenses is from 100 mm to 200 mm, each of the plurality of cylindrical lenses has a thickness in the Y direction of 4 mm to 10 mm, and each of the plurality of cylindrical lenses has a width in the X direction equal to a diameter of the laser beam.
A breast imaging system comprising: an imaging apparatus with: an illumination source, a detector facing the illumination source, a breast support placed between the illumination source and the detector, a compression paddle substantially parallel to the breast support for compressing the breast of a patient placed on the support, the compression paddle being slidable between an upper position and a lower position relative to the detector, a compression command coupled to the compression paddle and operatively displacing the compression paddle upon actuation, characterised in that the compression command is placed at a reachable distance from the patient, wherein the breast imaging system further comprises a feedback device operable to provide, to the patient, feedback information about the quality of the breast image that would be obtained at a corresponding compression paddle position such that the feedback information is operatively perceivable by the patient, and wherein the feedback device is coupled to the compression paddle so that the feedback information varies according to the position of the compression paddle between the upper and lower end positions. an illumination source, a detector facing the illumination source, a breast support placed between the illumination source and the detector, a compression paddle substantially parallel to the breast support for compressing the breast of a patient placed on the support, the compression paddle being slidable between an upper position and a lower position relative to the detector, a compression command coupled to the compression paddle and operatively displacing the compression paddle upon actuation, characterised in that the compression command is placed at a reachable distance from the patient, wherein the breast imaging system further comprises a feedback device operable to provide, to the patient, feedback information about the quality of the breast image that would be obtained at a corresponding compression paddle position such that the feedback information is operatively perceivable by the patient, and wherein the feedback device is coupled to the compression paddle so that the feedback information varies according to the position of the compression paddle between the upper and lower end positions.
Composition comprising at least one rhamnose-containing flavonoid and α-rhamnosidase wherein the α-rhamnosidase is encapsulated, for use in the improvement of bone and/or cardiovascular health.
A method of minimizing kogation of a heater element in a thermal inkjet printhead, said method comprising the steps of: (i) supplying an inkjet ink to at least one nozzle chamber of the printhead; and (ii) actuating a heater element in the nozzle chamber so as to heat a portion of the ink to a temperature sufficient to form a bubble therein, thereby causing a droplet of ink to be ejected from a nozzle opening associated with the nozzle chamber, characterised in that said ink comprises a styrene-acrylic copolymer having a glass transition temperature (Tg) in the range of 0 to 60°C and an acid value in the range of 100 to 180 mgKOH/g, said acrylic polymer minimizing kogation of said heater element. (i) supplying an inkjet ink to at least one nozzle chamber of the printhead; and (ii) actuating a heater element in the nozzle chamber so as to heat a portion of the ink to a temperature sufficient to form a bubble therein, thereby causing a droplet of ink to be ejected from a nozzle opening associated with the nozzle chamber, characterised in that said ink comprises a styrene-acrylic copolymer having a glass transition temperature (Tg) in the range of 0 to 60°C and an acid value in the range of 100 to 180 mgKOH/g, said acrylic polymer minimizing kogation of said heater element.
An optical device comprising: a liquid crystal cell that transmits laser light that is in a state of polarization of a given direction and of a given wavelength, the liquid crystal cell being capable of shifting a direction of a director with respect to the given direction by rotating the direction of the director parallel to a substrate surface; a wave plate that transmits laser light emitted from the liquid crystal cell, the wave plate having a phase delay axis set in an arbitrary direction; and a control circuit that causes the liquid crystal cell to cyclically shift the direction of the director, wherein the optical device outputs the laser light that has passed through the wave plate and the liquid crystal cell, the laser light includes a plurality of beams of laser light differing in wavelength, and a thickness of the wave plate is adjusted to a thickness that causes a laminated wave plate composed of the wave plate and the liquid crystal cell to operate, for each of the differing wavelengths, as a quarter wave plate. a liquid crystal cell that transmits laser light that is in a state of polarization of a given direction and of a given wavelength, the liquid crystal cell being capable of shifting a direction of a director with respect to the given direction by rotating the direction of the director parallel to a substrate surface; a wave plate that transmits laser light emitted from the liquid crystal cell, the wave plate having a phase delay axis set in an arbitrary direction; and a control circuit that causes the liquid crystal cell to cyclically shift the direction of the director, wherein the optical device outputs the laser light that has passed through the wave plate and the liquid crystal cell, the laser light includes a plurality of beams of laser light differing in wavelength, and a thickness of the wave plate is adjusted to a thickness that causes a laminated wave plate composed of the wave plate and the liquid crystal cell to operate, for each of the differing wavelengths, as a quarter wave plate.