mhurhangee/ep-ind-claims huggingface dataset:
Vehicle control system comprising: - human-control members generating manual-driving signals for manually driving actuators of the vehicle; - an automatic-control module generating autonomous-driving signals for autonomously driving said actuators of the vehicle; - a switching module designed to select said manual-driving signals in a manual mode of operation and said autonomous-driving signals in an autonomous mode of operation; the automatic-control module comprising: - an automatic-formulation unit that automatically formulates at least one calculated autonomous-driving signal (64, 74, 84, 94, 95); - a safety unit designed to transmit to the switching module said at least one calculated autonomous-driving signal in the case of normal autonomous operation and an emergency autonomous-driving signal in the case of abnormal autonomous operation. - human-control members generating manual-driving signals for manually driving actuators of the vehicle; - an automatic-control module generating autonomous-driving signals for autonomously driving said actuators of the vehicle; - a switching module designed to select said manual-driving signals in a manual mode of operation and said autonomous-driving signals in an autonomous mode of operation; - an automatic-formulation unit that automatically formulates at least one calculated autonomous-driving signal (64, 74, 84, 94, 95); - a safety unit designed to transmit to the switching module said at least one calculated autonomous-driving signal in the case of normal autonomous operation and an emergency autonomous-driving signal in the case of abnormal autonomous operation.
A decoder configured to decode a plurality of texels from a received block of texture data encoded according to the Adaptive Scalable Texture Compression (ASTC) format, wherein the texels represented by the block are partitioned into n p partitions, the decoder comprising: a parameter decode unit configured to decode configuration data for the received block of texture data; a colour decode unit configured to decode colour endpoint data for the plurality of texels of the received block in dependence on the configuration data; a weight decode unit configured to decode interpolation weight data for each of the plurality of texels of the received block in dependence on the configuration data; and n p interpolator units, each interpolator unit being configured to calculate a colour value for each texel of the subset of texels of the plurality of texels in a respective partition using the interpolation weight data for that texel and a respective pair of colour endpoints from the colour endpoint data, wherein the n p interpolator units are configured to operate in parallel; wherein the weight decode unit is configured to decode, as part of decoding the interpolation weight data, intermediate weight data, only once, from the received block that is common to the decoding of at least two of the plurality of texels and independent of which of the texels are decoded from the received block; and wherein the weight decode unit is configured to use the intermediate weight data to decode the interpolation weight data for the at least two of the plurality of texels in parallel. a parameter decode unit configured to decode configuration data for the received block of texture data; a colour decode unit configured to decode colour endpoint data for the plurality of texels of the received block in dependence on the configuration data; a weight decode unit configured to decode interpolation weight data for each of the plurality of texels of the received block in dependence on the configuration data; and n p interpolator units, each interpolator unit being configured to calculate a colour value for each texel of the subset of texels of the plurality of texels in a respective partition using the interpolation weight data for that texel and a respective pair of colour endpoints from the colour endpoint data, wherein the n p interpolator units are configured to operate in parallel;
A force module for generating force in a highly dynamic manner for connection to a voltage source, consisting of at least two sub-modules and an activation and protection module, wherein at least two piezo actuators and their electrical contacting elements are combined in each sub-module and the at least two sub-modules are combined to form the force module and are arranged in a defined manner so that the force capacity of the individual piezo actuators is added and high total forces are achieved, wherein all the electrical contacting elements of the sub-modules are guided into the activation and protection module, and no electronic components are arranged in the sub-modules, but rather are arranged exclusively in the activation and protection module, and the electrical contacting elements for each individual piezo actuator in the sub-module provide two electrical printed conductors so that each piezo actuator in the sub-module can be activated individually, and in each sub-module the electrical contacting elements are a flexible board with printed conductors, and the outer electrodes of the piezo actuators are electrically connected to the printed conductors.
A method for average equivalent isotropic radiated power, EIRP, control of at least two radio power sources (170a, 170b), the method being performed by a coordinating controller of a site (140, 140a, 140b), the site (140, 140a, 140b) comprising the at least two radio power sources (170a, 170b), the method comprising: obtaining, from a respective inner controller of each of the at least two radio power sources (170a, 170b), power control feedback information; determining, according to an inner control loop for each of the at least two radio power sources (170a, 170b), coordinating control information from the power control feedback information; and performing individual average power control of each of the at least two radio power sources (170a, 170b) by providing, to each respective inner controller, the coordinating control information, whereby total average transmission power 〈 P tot,i 〉( s) of each of the at least two radio power sources (170a, 170b) is selectively adjusted based on the inner control loop. obtaining, from a respective inner controller of each of the at least two radio power sources (170a, 170b), power control feedback information; determining, according to an inner control loop for each of the at least two radio power sources (170a, 170b), coordinating control information from the power control feedback information; and performing individual average power control of each of the at least two radio power sources (170a, 170b) by providing, to each respective inner controller, the coordinating control information, whereby total average transmission power 〈 P tot,i 〉( s) of each of the at least two radio power sources (170a, 170b) is selectively adjusted based on the inner control loop.
A controller for steering a vehicle, comprising: a hardware processor to: steer the vehicle along a first way line (108A-D) on a field; detect the vehicle reaching an end of the first way-line (108A-D); derive a K-turn path (130A-E) for the vehicle from different K-turn paths (130A-E) based on limits of a size of a headland area; send the K-turn path (130A-E) to a steering controller to turn the vehicle around in the headland area of the field to a beginning of a second way-line (108A-D) on the field; and steer the vehicle along the second way-line (108A-D). steer the vehicle along a first way line (108A-D) on a field; detect the vehicle reaching an end of the first way-line (108A-D); derive a K-turn path (130A-E) for the vehicle from different K-turn paths (130A-E) based on limits of a size of a headland area; send the K-turn path (130A-E) to a steering controller to turn the vehicle around in the headland area of the field to a beginning of a second way-line (108A-D) on the field; and steer the vehicle along the second way-line (108A-D).
A light emitting device comprising: a light source that emits light having the maximum intensity at a predetermined wavelength; a first phosphor that absorbs the light emitted by the light source and outputs fluorescent light having the maximum intensity at a first wavelength which is longer than the predetermined wavelength; a second phosphor that absorbs the light emitted by the light source and outputs fluorescent light having the maximum intensity at a second wavelength which is longer than the first wavelength; wherein an absolute value of wavelength dependency of an optical absorption rate of the second phosphor at the first wavelength is not more than 0.6%/nm, characterized by a translucent resin in which the first phosphor and the second phosphor are dispersed, respectively. a light source that emits light having the maximum intensity at a predetermined wavelength; a first phosphor that absorbs the light emitted by the light source and outputs fluorescent light having the maximum intensity at a first wavelength which is longer than the predetermined wavelength; a second phosphor that absorbs the light emitted by the light source and outputs fluorescent light having the maximum intensity at a second wavelength which is longer than the first wavelength; wherein an absolute value of wavelength dependency of an optical absorption rate of the second phosphor at the first wavelength is not more than 0.6%/nm, characterized by a translucent resin in which the first phosphor and the second phosphor are dispersed, respectively.
An antenna array comprising several loops as well as several antenna elements, wherein the several antenna elements are arranged in a circular array, wherein the several loops are located within the circular array established by the several antenna elements, wherein the several loops are established by a common base part, a common cover part and joint elements, wherein the number of joint elements is an integer multiple or an integer fraction of the number of antenna elements, and wherein each of the antenna elements is capacitively coupled with a respective loop of the several loops, characterized in that the joint elements comprise terminal ports configured for coupling signal voltages.
A composition comprising hyaluronic acid and dermatan sulphate to be orally administered for use in the treatment, prevention or prophylaxis of osteoarthritis in a mammal, wherein the weight ratio of hyaluronic acid to dermatan sulphate is between 1:0.05 and 1:0.7.
A method of producing a layered article, comprising fusing at least part of a single-layer body or a laminate including at least one layer including a non-woven fabric of fiber having a fiber diameter of 100 μm or less through ultrasonic welding, wherein the ultrasonic welding is performed with a horn and a rotating anvil, and wherein the rotating anvil is heated. wherein the ultrasonic welding is performed with a horn and a rotating anvil, and wherein the rotating anvil is heated.
A shovel comprising: a lower traveling body; an upper turning body turnably mounted on the lower traveling body; an attachment attached to the upper turning body and including an end attachment at an end of the attachment; and a projection device; and a controller attached to the upper turning body and configured to control the projection device that projects light onto a ground surface, wherein the controller is configured to control the projection device so as to change information visualized on the ground surface between the upper turning body and the end attachment in accordance with a distance between the ground surface and a target surface. a lower traveling body; an upper turning body turnably mounted on the lower traveling body; an attachment attached to the upper turning body and including an end attachment at an end of the attachment; and a projection device; and a controller attached to the upper turning body and configured to control the projection device that projects light onto a ground surface, wherein the controller is configured to control the projection device so as to change information visualized on the ground surface between the upper turning body and the end attachment in accordance with a distance between the ground surface and a target surface.
A light emitting device package comprising: a substrate (10, 10') having a cavity (14, 14') formed therein; a heat sink (60, 60') provided in the cavity; a light emitting device mounted on the heat sink; and a phosphor layer (50, 50', 53) disposed within the cavity and covering the heat sink and the light emitting device wherein the substrate (10, 10') comprises a plurality of stacked ceramic sub-substrates (11, 12, 13, 16, 17), wherein the cavity (14, 14') is defined by at least one ceramic sub-substrate of the sub-substrates having a central hole portion on a flat ceramic sub-substrate, and wherein the heat sink (60, 60') is disposed on a bottom surface of the cavity to be adjacent to an inner wall of the cavity characterised in that the heat sink (60, 60') includes: a flange part having an edge upwardly inclined to be fixedly attached to the inner wall of the cavity; and a heat transfer part protruding upwardly from a central portion of the flange part. a substrate (10, 10') having a cavity (14, 14') formed therein; a heat sink (60, 60') provided in the cavity; a light emitting device mounted on the heat sink; and a phosphor layer (50, 50', 53) disposed within the cavity and covering the heat sink and the light emitting device wherein the substrate (10, 10') comprises a plurality of stacked ceramic sub-substrates (11, 12, 13, 16, 17), wherein the cavity (14, 14') is defined by at least one ceramic sub-substrate of the sub-substrates having a central hole portion on a flat ceramic sub-substrate, and wherein the heat sink (60, 60') is disposed on a bottom surface of the cavity to be adjacent to an inner wall of the cavity characterised in that the heat sink (60, 60') includes: a flange part having an edge upwardly inclined to be fixedly attached to the inner wall of the cavity; and a heat transfer part protruding upwardly from a central portion of the flange part. a flange part having an edge upwardly inclined to be fixedly attached to the inner wall of the cavity; and a heat transfer part protruding upwardly from a central portion of the flange part.
A printing system comprising: a printhead configured to deliver a print agent on a print medium; a print platen surface configured to support a print medium advancing in a print medium advance direction; a hold down system configured to hold down the print medium on the print platen surface; a safety assembly associated with the printhead, wherein the printhead comprises a printhead lower portion to face the print medium; wherein the safety assembly comprises a rolling element upstream of the printhead in the print medium advance direction configured to prevent the print medium from contacting the printhead; and wherein the rolling element is above the print platen surface to maintain a distance between a leading edge of the print medium and the printhead lower portion greater than a predetermined safety distance by forcing the leading edge of the print medium to bend downwards when a height of the leading edge is greater than a height between the rolling element and the print platen surface. a printhead configured to deliver a print agent on a print medium; a print platen surface configured to support a print medium advancing in a print medium advance direction; a hold down system configured to hold down the print medium on the print platen surface; a safety assembly associated with the printhead, wherein the printhead comprises a printhead lower portion to face the print medium; wherein the safety assembly comprises a rolling element upstream of the printhead in the print medium advance direction configured to prevent the print medium from contacting the printhead; and wherein the rolling element is above the print platen surface to maintain a distance between a leading edge of the print medium and the printhead lower portion greater than a predetermined safety distance by forcing the leading edge of the print medium to bend downwards when a height of the leading edge is greater than a height between the rolling element and the print platen surface.
An exhaust device for an internal combustion engine for being mounted on a vehicle, in which a catalyst and a silencer are disposed in an exhaust pipe configured to extend from the internal combustion engine, comprising: an upstream exhaust gas sensor disposed upstream of the catalyst; and a downstream exhaust gas sensor disposed downstream of the catalyst, characterized in that: the silencer is a muffler that is divided into a first muffler case and a second muffler case; the second muffler case has a first expansion chamber and the first muffler case is internally divided by a separator into a second expansion chamber and a third expansion chamber; the catalyst is disposed in the first muffler case and extends through the separator; the downstream exhaust gas sensor is mounted on a midstream joint exhaust pipe that extends from the catalyst, out of the first muffler case and into the first expansion chamber in the second muffler case. an upstream exhaust gas sensor disposed upstream of the catalyst; and a downstream exhaust gas sensor disposed downstream of the catalyst, characterized in that: the silencer is a muffler that is divided into a first muffler case and a second muffler case; the second muffler case has a first expansion chamber and the first muffler case is internally divided by a separator into a second expansion chamber and a third expansion chamber; the catalyst is disposed in the first muffler case and extends through the separator; the downstream exhaust gas sensor is mounted on a midstream joint exhaust pipe that extends from the catalyst, out of the first muffler case and into the first expansion chamber in the second muffler case. the silencer is a muffler that is divided into a first muffler case and a second muffler case; the second muffler case has a first expansion chamber and the first muffler case is internally divided by a separator into a second expansion chamber and a third expansion chamber; the catalyst is disposed in the first muffler case and extends through the separator; the downstream exhaust gas sensor is mounted on a midstream joint exhaust pipe that extends from the catalyst, out of the first muffler case and into the first expansion chamber in the second muffler case.
A liquid chromatography apparatus for detecting and quantifying a plurality of analytes in a sample, the apparatus comprising: a first chromatographic column fluidically coupled to a source of the sample and to a source (4a, 4b) of a first chromatographic mobile phase solution; a second chromatographic column fluidically coupled to the first chromatographic column; a source of a second mobile phase solution (4d, 4c) fluidically coupled between the first and second chromatographic columns; and a detector fluidically coupled to the second chromatographic column, wherein the first chromatographic column is configurable to receive, in an analyte trapping step, the first mobile phase solution and the sample and to retain a first portion of the plurality of analytes therein and to pass a second portion of the plurality of analytes therethrough, characterized in that: the second chromatographic column is configurable, in the analyte trapping step, to receive the second portion of the plurality of analytes and the first and second mobile phase solutions and to retain the second portion of the plurality of analytes therein, and further wherein: the detector is arranged to receive the first and second portions of the plurality of analytes in a first-portion elution step and in a second-portion elution step, respectively. a first chromatographic column fluidically coupled to a source of the sample and to a source (4a, 4b) of a first chromatographic mobile phase solution; a second chromatographic column fluidically coupled to the first chromatographic column; a source of a second mobile phase solution (4d, 4c) fluidically coupled between the first and second chromatographic columns; and a detector fluidically coupled to the second chromatographic column, wherein the first chromatographic column is configurable to receive, in an analyte trapping step, the first mobile phase solution and the sample and to retain a first portion of the plurality of analytes therein and to pass a second portion of the plurality of analytes therethrough, characterized in that: the second chromatographic column is configurable, in the analyte trapping step, to receive the second portion of the plurality of analytes and the first and second mobile phase solutions and to retain the second portion of the plurality of analytes therein, and further wherein: the detector is arranged to receive the first and second portions of the plurality of analytes in a first-portion elution step and in a second-portion elution step, respectively.
A display unit for an agricultural working vehicle for displaying at least one operating parameter (q) of the working vehicle, that is variable in dependence on one or more setting parameters (EP i) of the working vehicle, wherein the display unit is adapted to display a variation in the operating parameter (q) resulting from a variation in at least one of the setting parameters (EP i) and to represent the variation in the operating parameter (q) by simultaneous representation of a value of the operating parameter prior to the variation (q alt) and a value of the operating parameter after the variation (q ist), characterised in that the display unit is adapted to display a first figure (43; 45; 47; 49) of which a dimension is representative of the magnitude of the variation in the operating parameter and of which a property assumes two discrete values respectively depending on the sign of the variation in the operating parameter and to display a second figure (38; 44; 46; 48) whose dimension is representative of the respectively smaller one of said values (qalt, qist).
Surveying spherical retroreflector for retroreflection of incoming surveying light, the retroreflector comprising a transparent, retroreflective sphere (2, 2') with a defined equatorial plane, and the retroreflector further comprising a light shielding (3, 3a-3f) designed as shielding of the sphere (2, 2') against direct ambient irradiation, in particular solar irradiation.