mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a mechanical reference frame; and a rigid object mechanically coupled to the mechanical reference frame by two or more constraints (C1, C2, C3); a measurement probe supported by the rigid object; wherein stiffnesses of at least two of the constraints (C1, C2, C3) are different from one another, the different stiffnesses being selected to cause the position of a thermal center of the rigid object to align with a measurement probe datum, and wherein the relative locations and the stiffnesses of the constraints cause the datum of the measurement probe on the rigid object to remain stationary with respect to the mechanical reference frame during thermal expansion of the rigid object over a range of temperatures and wherein there are two lines of unidirectional invariance (AA', BB') determined by geometry of the constraints (C1, C2, C3), along which expansion is unidirectional and occurs along respective X and Y directions only, a first of said lines of unidirectional invariance (AA') joining two of the constraints (C1, C2), wherein the relation between stiffnesses k 1, k 2 of two of the constraints (C1, C2) and a normalized location β of the thermal center between the two of the constraints (C1, C2) is given by β = k 2 k 1 + k 2 a mechanical reference frame; and a rigid object mechanically coupled to the mechanical reference frame by two or more constraints (C1, C2, C3); a measurement probe supported by the rigid object; wherein stiffnesses of at least two of the constraints (C1, C2, C3) are different from one another, the different stiffnesses being selected to cause the position of a thermal center of the rigid object to align with a measurement probe datum, and wherein the relative locations and the stiffnesses of the constraints cause the datum of the measurement probe on the rigid object to remain stationary with respect to the mechanical reference frame during thermal expansion of the rigid object over a range of temperatures and wherein there are two lines of unidirectional invariance (AA', BB') determined by geometry of the constraints (C1, C2, C3), along which expansion is unidirectional and occurs along respective X and Y directions only, a first of said lines of unidirectional invariance (AA') joining two of the constraints (C1, C2), wherein the relation between stiffnesses k 1, k 2 of two of the constraints (C1, C2) and a normalized location β of the thermal center between the two of the constraints (C1, C2) is given by β = k 2 k 1 + k 2
A hydraulic system comprising: a hydraulic actuator having first and second ports (22,24); a hydraulic pump with an inlet port and an outlet port, the hydraulic pump to provide hydraulic fluid to the hydraulic actuator, the hydraulic pump including, at least one variable torque motor (41,61), and a gear assembly (50,70) configured to be driven by the at least one variable torque motor (41,61) such that fluid is transferred from an inlet port of the hydraulic pump to an outlet port of the hydraulic pump; a control valve (2014,2114) disposed on a side of the inlet port or the outlet port, wherein the control valve (2014,2114) is configured to be throttled; and a controller configured to receive feedback data from each variable torque motor (41,61) and control a torque of each variable torque motor (41,61) to transfer the hydraulic fluid to the hydraulic actuator, the controller further configured to adjust a torque of the at least one variable torque motor (41,61) and control a percent opening of the control valve (2014,2114) to control a pressure in the hydraulic system to a pressure set point. a hydraulic actuator having first and second ports (22,24); a hydraulic pump with an inlet port and an outlet port, the hydraulic pump to provide hydraulic fluid to the hydraulic actuator, the hydraulic pump including, at least one variable torque motor (41,61), and a gear assembly (50,70) configured to be driven by the at least one variable torque motor (41,61) such that fluid is transferred from an inlet port of the hydraulic pump to an outlet port of the hydraulic pump; at least one variable torque motor (41,61), and a gear assembly (50,70) configured to be driven by the at least one variable torque motor (41,61) such that fluid is transferred from an inlet port of the hydraulic pump to an outlet port of the hydraulic pump; a control valve (2014,2114) disposed on a side of the inlet port or the outlet port, wherein the control valve (2014,2114) is configured to be throttled; and a controller configured to receive feedback data from each variable torque motor (41,61) and control a torque of each variable torque motor (41,61) to transfer the hydraulic fluid to the hydraulic actuator, the controller further configured to adjust a torque of the at least one variable torque motor (41,61) and control a percent opening of the control valve (2014,2114) to control a pressure in the hydraulic system to a pressure set point.
An optical pickup device, suitable for supporting Ultra High-Density Blu-ray Disc (UHD BD), comprising: a semiconductor laser that emits a blue-violet laser beam; and an object lens that concentrates the laser beam on an optical disc, said optical disc comprising a triple -layer structure including a L2 layer, wherein the L2 layer is the layer closest to the surface of the optical disc facing the objective lens characterised in that, an optical axis of the object lens is inclined with respect to an optical axis of the laser beam that is incident on the object lens, so as to generate a flare caused by coma aberration on an entrance side in a forward direction of pits of the optical disc, by intentional disposition of the object lens inclination such that the optical pickup device generates minus coma aberration, so as to improve the playback performance in the L2 layer at the time of playback of the triple-layer structure UHD BD. a semiconductor laser that emits a blue-violet laser beam; and an object lens that concentrates the laser beam on an optical disc, said optical disc comprising a triple -layer structure including a L2 layer, wherein the L2 layer is the layer closest to the surface of the optical disc facing the objective lens characterised in that, an optical axis of the object lens is inclined with respect to an optical axis of the laser beam that is incident on the object lens, so as to generate a flare caused by coma aberration on an entrance side in a forward direction of pits of the optical disc, by intentional disposition of the object lens inclination such that the optical pickup device generates minus coma aberration, so as to improve the playback performance in the L2 layer at the time of playback of the triple-layer structure UHD BD.
Method for processing cellulose-containing biomass, comprising the step of subjecting a treatment mixture comprising said cellulose-containing biomass, water and methanesulfonic acid to a temperature in the range of from 100 °C to 200 °C at a pressure in the range of from 1 to 20 bars (100 to 2000 kPa) wherein the pressure is selected so that at least a part of the water is in the liquid state to generate a treated cellulose-containing biomass, wherein said treatment mixture further comprises one or more compounds selected from the group consisting of - compounds of formula - and surfactants which are not compounds of formula, wherein in formula R 1 and R 2 are independently selected from the group consisting of hydrogen, unsubstituted and substituted alkyl with 1 to 22 carbon atoms (C 1 - to C 22 -alkyl) and unsubstituted and substituted aryl, wherein in said substituted C 1 -to C 22 -alkyl and said substituted aryl each substituent is independently selected from the group consisting of -OSO 3 H, -SO 3 H, -COOH and -OPO 3 H 2 and salts thereof - each R x in said x groups is independently of each further R x selected from the group consisting of hydrogen and alkyl with 1 to 20 carbon atoms (C 1 - to C 20 -alkyl) x is an integer from 1 to 2400 - compounds of formula - and surfactants which are not compounds of formula, R 1 and R 2 are independently selected from the group consisting of hydrogen, unsubstituted and substituted alkyl with 1 to 22 carbon atoms (C 1 - to C 22 -alkyl) and unsubstituted and substituted aryl, wherein in said substituted C 1 -to C 22 -alkyl and said substituted aryl each substituent is independently selected from the group consisting of -OSO 3 H, -SO 3 H, -COOH and -OPO 3 H 2 and salts thereof - each R x in said x groups is independently of each further R x selected from the group consisting of hydrogen and alkyl with 1 to 20 carbon atoms (C 1 - to C 20 -alkyl) x is an integer from 1 to 2400
Use of a filter element for a suction cleaner, wherein the filter element has a filter frame, on which a filter medium is fastened, wherein the filter frame has arranged on it an all-round seal, of which the inner peripheral surface is arranged on an outer peripheral surface of the filter frame and has a portion projecting radially beyond the filter frame, wherein a groove is arranged on one end side of the projecting portion of the seal, and a sealing surface is arranged on the opposite end side of the projecting portion of the seal, wherein the sealing surface of the seal is of profiled design and has at least one all-round rib, which projects from the sealing surface, or at least one all-round channel.
An anchoring structure of a multiple-optical-axis photoelectric sensor for anchoring, to a support member, a columnar housing making up a body of each of a projector and an optical receiver of the multiple-optical-axis photoelectric sensor, the anchoring structure comprising: a fixture to be attached to the housing in a state supporting the rear face and one lateral face of the housing; a first guide part provided along a lateral edge on a rear face side of the lateral face of the housing, the lateral face being supported by the fixture; a second guide part provided along a lateral edge of the rear face of the housing closer to the lateral face having the first guide part; and a holdback to be anchored to the support member, wherein an engagement part to be engaged with the first guide part is provided at a portion of the fixture supporting the one lateral face of the housing, at a portion of the fixture supporting the rear face of the housing, a protruding linear stage part is provided, the linear stage part extending along a longitudinal direction of the housing supported by this portion and abutting on the second guide part, and at positions opposed along the longitudinal direction of the housing with the portion supporting the rear face of the housing interposed, attachment pieces to be respectively engaged with the holdback are provided, and the engagement part is engaged with the first guide part of the housing, and the linear stage part is caused to abut on the second guide part of the housing, by which the fixture is slidably attached to the housing along the longitudinal direction. a fixture to be attached to the housing in a state supporting the rear face and one lateral face of the housing; a first guide part provided along a lateral edge on a rear face side of the lateral face of the housing, the lateral face being supported by the fixture; a second guide part provided along a lateral edge of the rear face of the housing closer to the lateral face having the first guide part; and a holdback to be anchored to the support member, wherein an engagement part to be engaged with the first guide part is provided at a portion of the fixture supporting the one lateral face of the housing, at a portion of the fixture supporting the rear face of the housing, a protruding linear stage part is provided, the linear stage part extending along a longitudinal direction of the housing supported by this portion and abutting on the second guide part, and at positions opposed along the longitudinal direction of the housing with the portion supporting the rear face of the housing interposed, attachment pieces to be respectively engaged with the holdback are provided, and the engagement part is engaged with the first guide part of the housing, and the linear stage part is caused to abut on the second guide part of the housing, by which the fixture is slidably attached to the housing along the longitudinal direction.
A packaging station for food products comprising a transport device; and at least one feed device which feeds products to be packaged to a transfer region at which the fed products reach packages which are fed to the transfer region by means of the transport device in a transport direction and which pass through the transfer region in the transport direction, wherein the feed device feeds the products at the transfer region in a feed direction which extends obliquely or at least substantially perpendicular to the transport direction, and wherein the feed device comprises at least one conveyor belt, characterized in that the feed device is supported or held at a base of the packaging station; in that the conveyor belt and the transport device mutually overlap or penetrate one another in the transfer region; and in that a cover is provided beneath the runs (35a, 35b) and/or between the runs (35a, 35b) of the conveyor belt, said cover preventing contamination or product residues from entering the packages and being able to serve as a support or an abutment for a transfer device.
A cell measurement method, comprising: receiving (101, 201), by a user equipment, UE, a measurement configuration message from a base station, characterized in that, wherein the measurement configuration message comprises a physical cell identity, channel state information-reference signal, CSI-RS, configuration information corresponding to each of a plurality of measured cells indicated by the physical cell identity, and a configuration index number of the CSI-RS configuration information; and further comprising: measuring, by the UE, a CSI-RS corresponding to a first cell of the plurality of cells based on a resource of the first cell according to CSI-RS configuration information corresponding to the first cell; obtaining, by the UE, a channel state information-reference signal received power, CSI-RSRP, of the measuring; and sending, by the UE to the base station, the CSI-RSRP and the configuration index number. measuring, by the UE, a CSI-RS corresponding to a first cell of the plurality of cells based on a resource of the first cell according to CSI-RS configuration information corresponding to the first cell; obtaining, by the UE, a channel state information-reference signal received power, CSI-RSRP, of the measuring; and sending, by the UE to the base station, the CSI-RSRP and the configuration index number.
Method for preparing and storing two-component paints essentially comprising a part A (base or binder) and a part B (hardener) characterized by the following steps: • part A and part B are mixed, • the mixture is stored at a temperature between minus 10°C and minus 25°C (between - 10°C and - 25°C). • part A and part B are mixed, • the mixture is stored at a temperature between minus 10°C and minus 25°C (between - 10°C and - 25°C).
A beacon-augmented system for determining the pose of a pose object, comprising: at least one positionable beacon (10, 12, 14) configured to determine and transmit its 3- D geospatial coordinates; an imager on a pose object configured to Image a field-of-view including at least one said positionable beacon and to determine each said beacon's 2-D image coordinates; and a pose object controller configured to: provide an initial pose estimate of the pose object; and process the at least one set of 3-D geospatial coordinates and 2-D image coordinates to refine the initial pose estimate of the pose object. at least one positionable beacon (10, 12, 14) configured to determine and transmit its 3- D geospatial coordinates; an imager on a pose object configured to Image a field-of-view including at least one said positionable beacon and to determine each said beacon's 2-D image coordinates; and a pose object controller configured to: provide an initial pose estimate of the pose object; and process the at least one set of 3-D geospatial coordinates and 2-D image coordinates to refine the initial pose estimate of the pose object. provide an initial pose estimate of the pose object; and process the at least one set of 3-D geospatial coordinates and 2-D image coordinates to refine the initial pose estimate of the pose object.
A system for adjusting a display's screen area settings, comprising: the display; a sensor for detecting at least one user and determining an authorized user and an authorized user's eye gaze and for determining at least one unauthorized user and calculating the location of the unauthorized user relative to the display; a processing resource communicatively coupled to the sensor; wherein the processing resource is configured to determine an active screen area and an inactive screen area based on the authorized user's eye gaze; characterised in that the processing resource is further configured to calculate a first angle shift and a first brightness level for the active screen area and a second angle shift and a second brightness level for the inactive screen area based on the location of the at least one unauthorized user; and calculate focus area boundaries for the active screen area based on the location of the at least one unauthorized user; and wherein the display is configured to apply the first angle shift, the first brightness level, and the focus area boundaries to the active screen area, and apply the second angle shift and second brightness level to the inactive screen area. the display; a sensor for detecting at least one user and determining an authorized user and an authorized user's eye gaze and for determining at least one unauthorized user and calculating the location of the unauthorized user relative to the display; a processing resource communicatively coupled to the sensor; wherein the processing resource is configured to determine an active screen area and an inactive screen area based on the authorized user's eye gaze; characterised in that the processing resource is further configured to calculate a first angle shift and a first brightness level for the active screen area and a second angle shift and a second brightness level for the inactive screen area based on the location of the at least one unauthorized user; and calculate focus area boundaries for the active screen area based on the location of the at least one unauthorized user; and wherein the display is configured to apply the first angle shift, the first brightness level, and the focus area boundaries to the active screen area, and apply the second angle shift and second brightness level to the inactive screen area.
An induction heating type cooktop comprising: an upper plate (15, 1010, 1115) coupled to a top of a case (25, 1125), the upper plate (15, 1010, 1115) being configured to support a target object; a working coil (1050, 1850) provided in the case (25, 1125) and configured to heat the target object; a thin film disposed on at least one of a top of the upper plate (15, 1010, 1115) or a bottom of the upper plate (15, 1010, 1115); and a first temperature sensor configured to measure a temperature of the thin film; characterised in that the induction heating type cooktop further comprises:, characterised in that a second temperature sensor configured to measure a temperature of the upper plate (15, 1010, 1115); and a controller (1040, 1840) configured to: control the working coil (1050, 1850) to heat the target object based on a target output, and control an output of the working coil (1050, 1850) based on the measured temperature of the thin film and the measured temperature of the upper plate (15, 1010, 1115). an upper plate (15, 1010, 1115) coupled to a top of a case (25, 1125), the upper plate (15, 1010, 1115) being configured to support a target object; a working coil (1050, 1850) provided in the case (25, 1125) and configured to heat the target object; a thin film disposed on at least one of a top of the upper plate (15, 1010, 1115) or a bottom of the upper plate (15, 1010, 1115); and a first temperature sensor configured to measure a temperature of the thin film; characterised in that the induction heating type cooktop further comprises:, characterised in that a second temperature sensor configured to measure a temperature of the upper plate (15, 1010, 1115); and a controller (1040, 1840) configured to: control the working coil (1050, 1850) to heat the target object based on a target output, and control an output of the working coil (1050, 1850) based on the measured temperature of the thin film and the measured temperature of the upper plate (15, 1010, 1115). a second temperature sensor configured to measure a temperature of the upper plate (15, 1010, 1115); and a controller (1040, 1840) configured to: control the working coil (1050, 1850) to heat the target object based on a target output, and control an output of the working coil (1050, 1850) based on the measured temperature of the thin film and the measured temperature of the upper plate (15, 1010, 1115). control the working coil (1050, 1850) to heat the target object based on a target output, and control an output of the working coil (1050, 1850) based on the measured temperature of the thin film and the measured temperature of the upper plate (15, 1010, 1115).