mhurhangee/ep-ind-claims huggingface dataset:
An apparatus controller for controlling an in-home apparatus (18, 19), comprising: a control unit adapted to receive first control information from a first operating device (12, 13, 16, 17) and to control the in-home apparatus (18, 19) according to the first control information; and a storage unit adapted to store the first control information for a predetermined time period after a start of first control according to the first control information, wherein (i) when the control unit is adapted to further receive a second control information from a second operating device (12, 13, 16, 17) lower in priority than the first operating device (12, 13, 16, 17) within the predetermined time period for which the first control information is stored in the storage unit, the control unit is further adapted not to control the in-home apparatus (18, 19) according to the second control information, and (ii) when the control unit is adapted to further receive the second control information from the second operating device (12, 13, 16, 17) after the predetermined time period, the control unit is further adapted to control the in-home apparatus (18, 19) according to the second control information. a control unit adapted to receive first control information from a first operating device (12, 13, 16, 17) and to control the in-home apparatus (18, 19) according to the first control information; and a storage unit adapted to store the first control information for a predetermined time period after a start of first control according to the first control information, wherein (i) when the control unit is adapted to further receive a second control information from a second operating device (12, 13, 16, 17) lower in priority than the first operating device (12, 13, 16, 17) within the predetermined time period for which the first control information is stored in the storage unit, the control unit is further adapted not to control the in-home apparatus (18, 19) according to the second control information, and (ii) when the control unit is adapted to further receive the second control information from the second operating device (12, 13, 16, 17) after the predetermined time period, the control unit is further adapted to control the in-home apparatus (18, 19) according to the second control information. (i) when the control unit is adapted to further receive a second control information from a second operating device (12, 13, 16, 17) lower in priority than the first operating device (12, 13, 16, 17) within the predetermined time period for which the first control information is stored in the storage unit, the control unit is further adapted not to control the in-home apparatus (18, 19) according to the second control information, and (ii) when the control unit is adapted to further receive the second control information from the second operating device (12, 13, 16, 17) after the predetermined time period, the control unit is further adapted to control the in-home apparatus (18, 19) according to the second control information.
Reversible feeder tube, i.e. a reclaimer, intended for bulk material, in particular a feeder tube (1, 2), which comprises a cylindrical drum or tube in which there are accommodated a plurality of inlet openings (10, 11) distributed along the length of the tube, a screw conveyor disposed coaxially with the tube within the tube, means for rotating the tube about its axis, means for rotating the screw conveyor relative to the tube, means for moving the feeder tube in the lateral direction, within a silo arranged to feed out bulk material into an outlet space, wherein an outer tail end of the feeder tube protrudes through an opening in the silo into a side space opposite the outlet space and wherein a feeding device is arranged adjacent said outer tail end to assist in feeding bulk material away from said outer tail end, independent of direction of rotation of the tube, characterized by said tube having at least one inlet opening of the tube disposed in said side space, and said feeding device arranged to push bulk material into said inlet opening of the tube disposed in said side space, arranging in combination with said feeding device said inlet opening of the tube disposed in said side space having a substantially larger inlet area than the area (a) of one of the plurality of the inlet openings of the feeder tube (1, 2.) and by adjacent said outer tail end of said feeder tube (1, 2) arranging the screw conveyer with two or several interposed helical blades (21, 22).
A method by a terminal, the method comprising: determining whether a small data transfer procedure is triggered; if it is determined that the smaller data transfer procedure is triggered, transmitting, to a base station, a radio resource control, RRC, connection request message including a temporary data radio bearer, DRB, request; receiving, in response to the transmission of the RRC connection request message, an RRC connection setup message including a temporary DRB configuration and a signaling radio bearer, SRB, configuration, from the base station; and transmitting, after reception of the RRC connection setup message, data through a temporary DRB to which an access stratum, AS, security is not applied. determining whether a small data transfer procedure is triggered; if it is determined that the smaller data transfer procedure is triggered, transmitting, to a base station, a radio resource control, RRC, connection request message including a temporary data radio bearer, DRB, request; receiving, in response to the transmission of the RRC connection request message, an RRC connection setup message including a temporary DRB configuration and a signaling radio bearer, SRB, configuration, from the base station; and transmitting, after reception of the RRC connection setup message, data through a temporary DRB to which an access stratum, AS, security is not applied.
An air data probe, comprising: an inner housing having an outer surface; an outer housing having an inner surface; wherein at least a portion of the inner surface and a portion of the outer surface are tapered at a same conical angle; a thin film heating system having a first surface and a second surface; a first thermally conductive adhesive disposed between the first surface and the outer surface; a second thermally conductive adhesive disposed between the second surface and the inner surface; and wherein the thin film heating system comprises one or more thin film heaters having one or more heating elements disposed in a thermally conductive, electrical insulator. an inner housing having an outer surface; an outer housing having an inner surface; wherein at least a portion of the inner surface and a portion of the outer surface are tapered at a same conical angle; a thin film heating system having a first surface and a second surface; a first thermally conductive adhesive disposed between the first surface and the outer surface; a second thermally conductive adhesive disposed between the second surface and the inner surface; and wherein the thin film heating system comprises one or more thin film heaters having one or more heating elements disposed in a thermally conductive, electrical insulator.
A rail comprising a chemical composition consisting of, in mass%: 0.60% to 1.0% of C; 0.1% to 1.5% of Si; 0.01% to 1.5% of Mn; 0.035% or less of P; 0.030% or less of S; 0.1% to 2.0% of Cr, and optionally one or more of 0.006% or less of N; 0.003% or less of O; 0.003% or less of Al; 0.003% or less of Nb; 0.003% or less of Ti; 1.0% or less of Cu; 0.5% or less of Ni; 0.5% or less of Mo; and 0.15% or less of V, the balance being Fe and incidental impurities, wherein the surface hardness of the head of the rail is HB 400 or greater and the surface hardness of a head of the rail exhibits variation of ±HB 10 points or less in a length direction of the rail. 0.60% to 1.0% of C; 0.1% to 1.5% of Si; 0.01% to 1.5% of Mn; 0.035% or less of P; 0.030% or less of S; 0.1% to 2.0% of Cr, 0.006% or less of N; 0.003% or less of O; 0.003% or less of Al; 0.003% or less of Nb; 0.003% or less of Ti; 1.0% or less of Cu; 0.5% or less of Ni; 0.5% or less of Mo; and 0.15% or less of V,
A device for measuring a slaughter animal body object, comprising an image camera with an image-camera recording range by means of which a section of a surface of the slaughter animal body object can be optically recorded and in which the light intensity values of image points and their area coordinates can be recorded, wherein the light intensity values and the area coordinates assigned to them can be provided as light intensity value data for transfer purposes, and comprising an evaluation unit, with the evaluation unit being connected to the image camera, and wherein the evaluation unit is configured to register the light intensity value data provided by the image camera, characterized in that the device comprises a depth camera with a depth-camera recording range in which the section of the surface of the slaughter animal body object can be recorded optically and in which the space coordinates of image points can be recorded, wherein the space coordinates consist of area coordinates and a depth value, and wherein the space coordinates can be provided as space coordinate data for transfer purposes, and the device is equipped with a positioning unit for positioning the depth camera relative to the image camera, wherein these cameras are positioned in relation to each other in such a manner that the depth-camera recording range and the image-camera recording range overlap in a common recording range at least in certain sections, and the depth camera is connected with the evaluation unit, wherein the evaluation unit registers the space coordinates provided by the depth camera, and wherein measurement points (P n) can be identified from the light intensity value data on the section of the surface of the slaughter animal body, and wherein the light intensity value data and the space coordinate data can be assigned on the basis of matching area coordinates, and wherein the assigned light intensity value data and the space coordinate data can be provided as data tuples, and wherein on the basis of the space coordinate data of a data tuple of an image point of a first measurement point (P 1) and on the basis of the space coordinate data of a data tuple of an image point of a second measurement point (P 2) the distance between the two measurement points (P 1, P 2) in the space can be determined.
A controller area network, CAN, transceiver for communicating with a CAN controller and a CAN bus, the CAN transceiver configured to: convert a differential signal on the CAN bus into data for the CAN controller and compare the differential signal from the CAN bus with first, second and third threshold levels (Th1, Th2, Th3), wherein the first threshold level is positive and the third threshold level is a negative threshold level in the reference frame of the CAN bus; and provide a wake-up indication to the CAN controller based on the signal matching a predetermined pattern of one or more periods in which the signal is less than the negative threshold level. convert a differential signal on the CAN bus into data for the CAN controller and compare the differential signal from the CAN bus with first, second and third threshold levels (Th1, Th2, Th3), wherein the first threshold level is positive and the third threshold level is a negative threshold level in the reference frame of the CAN bus; and provide a wake-up indication to the CAN controller based on the signal matching a predetermined pattern of one or more periods in which the signal is less than the negative threshold level.
A device for stimulating a hypoglossal nerve of a person, comprising: a neurostimulator for generating an electrical signal; and a stimulation lead connected to the neurostimulator, the stimulation lead having a nerve cuff electrode configured for delivering the electrical signal to the hypoglossal nerve, characterized in that the electrical signal comprises a first stimulation signal generated when the person is awake followed by a second stimulation signal generated when the person is asleep, the first stimulation signal having a first intensity that is within a range having a lower bound and an upper bound, the upper bound being a wake discomfort threshold, within a wake-stimulation operating window obtained by awake titration to which the person was subjected defined by a lower limit corresponding to a capture threshold and an upper limit corresponding to a wake discomfort threshold, the second stimulation signal having a second intensity that is greater than the wake discomfort threshold. a neurostimulator for generating an electrical signal; and a stimulation lead connected to the neurostimulator, the stimulation lead having a nerve cuff electrode configured for delivering the electrical signal to the hypoglossal nerve, characterized in that the electrical signal comprises a first stimulation signal generated when the person is awake followed by a second stimulation signal generated when the person is asleep, the first stimulation signal having a first intensity that is within a range having a lower bound and an upper bound, the upper bound being a wake discomfort threshold, within a wake-stimulation operating window obtained by awake titration to which the person was subjected defined by a lower limit corresponding to a capture threshold and an upper limit corresponding to a wake discomfort threshold, the second stimulation signal having a second intensity that is greater than the wake discomfort threshold.
A swingarm supporting structure for a motorcycle, comprising: a case in which a power unit is stored; and a bracket for freely pivotally supporting a swingarm up and down through a pivot shaft, the swingarm supporting an axle, wherein the bracket comprises a pivot hole for freely angularly displaceably supporting the pivot shaft and is detachably fixed to the case from a fixed direction intersecting the pivot shaft. a case in which a power unit is stored; and a bracket for freely pivotally supporting a swingarm up and down through a pivot shaft, the swingarm supporting an axle, wherein the bracket comprises a pivot hole for freely angularly displaceably supporting the pivot shaft and is detachably fixed to the case from a fixed direction intersecting the pivot shaft.
A managed system, comprising: a processor, configured to determine whether at least one type of alarm information of an alarm is changed, wherein the alarm information comprises: a backup status identifier of an object of the alarm, a backup object identifier of the alarm, an identifier of a change trend of the alarm, threshold information of the alarm, change information of a configured object, a monitored attribute of a managed object, a repair suggestion for the alarm, and additional content that is of the alarm and that is used to indicate an attribute of the managed object; and a transmitter, configured to: after the processor determines that at least one type of the alarm information of the alarm is changed, send changed alarm information and an identifier of the alarm to a management system. a processor, configured to determine whether at least one type of alarm information of an alarm is changed, wherein the alarm information comprises: a backup status identifier of an object of the alarm, a backup object identifier of the alarm, an identifier of a change trend of the alarm, threshold information of the alarm, change information of a configured object, a monitored attribute of a managed object, a repair suggestion for the alarm, and additional content that is of the alarm and that is used to indicate an attribute of the managed object; and a transmitter, configured to: after the processor determines that at least one type of the alarm information of the alarm is changed, send changed alarm information and an identifier of the alarm to a management system.
A passenger cabin for a vehicle having a modular cabin segment (86, 94, 96) arranged in a rear section of the passenger cabin, in which a passage through the cabin segment (86, 94, 96) is not required, the cabin segment (86, 94, 96) comprising - a first lateral segment module (72, 108, 112) that accommodates a first toilet arrangement with at least one toilet compartment, - a second lateral segment module (2, 110, 114, 116), wherein each of the first and second lateral segment modules comprises an outer lateral face (4,74) and an inner lateral face (6,80) that delimit each of the first and second lateral segment modules in transverse direction of the cabin, and - at least one central module (26, 48, 58), wherein the at least one central module (26, 48, 58) is arranged between the first lateral segment module (72, 108, 112) and the second lateral segment module (2, 110, 114, 116), wherein the at least one central module (26, 48, 58) comprises a first lateral face and a second lateral face, which faces delimit the central module (26, 48, 58) in the transverse direction of the cabin, wherein in each case the outer lateral face (4, 74) of the first lateral segment module (72, 108, 112) and of the second lateral segment module (2, 110, 114, 116) is designed to snugly fit in each case to an inner wall of the cabin of the vehicle so as to correspond to the inner wall, wherein the second lateral segment module (2, 110, 114, 116) is a galley module, and wherein the cabin segment extends in a transverse axis from a sidewall of the cabin up to the opposite sidewall. - a first lateral segment module (72, 108, 112) that accommodates a first toilet arrangement with at least one toilet compartment, - a second lateral segment module (2, 110, 114, 116), wherein each of the first and second lateral segment modules comprises an outer lateral face (4,74) and an inner lateral face (6,80) that delimit each of the first and second lateral segment modules in transverse direction of the cabin, and - at least one central module (26, 48, 58), wherein the at least one central module (26, 48, 58) is arranged between the first lateral segment module (72, 108, 112) and the second lateral segment module (2, 110, 114, 116), wherein the at least one central module (26, 48, 58) comprises a first lateral face and a second lateral face, which faces delimit the central module (26, 48, 58) in the transverse direction of the cabin, wherein in each case the outer lateral face (4, 74) of the first lateral segment module (72, 108, 112) and of the second lateral segment module (2, 110, 114, 116) is designed to snugly fit in each case to an inner wall of the cabin of the vehicle so as to correspond to the inner wall, wherein the second lateral segment module (2, 110, 114, 116) is a galley module, and wherein the cabin segment extends in a transverse axis from a sidewall of the cabin up to the opposite sidewall.
Temperature sensor comprising: a temperature sensing element for transducing a sensed temperature into an electrical output signal; a protective housing for at least partly encasing the temperature sensing element; a heat transfer element for protecting the temperature sensor element, the heat transfer element being formed as a sheath for receiving at least a part of a transducing region of the temperature sensor element, wherein an outer surface of the heat transfer element is in heat conductive contact with an inner wall of the protective housing; wherein said heat transfer element is a prefabricated part separate from said temperature sensor element and comprises an electrically conductive compressed wire mesh. a temperature sensing element for transducing a sensed temperature into an electrical output signal; a protective housing for at least partly encasing the temperature sensing element; a heat transfer element for protecting the temperature sensor element, the heat transfer element being formed as a sheath for receiving at least a part of a transducing region of the temperature sensor element, wherein an outer surface of the heat transfer element is in heat conductive contact with an inner wall of the protective housing; wherein said heat transfer element is a prefabricated part separate from said temperature sensor element and comprises an electrically conductive compressed wire mesh.
A method for producing photocatalytically active clinker, wherein TiO 2 -containing materials are reacted to calcium titanates, particularly CaTiO 3, with clinker raw meal or clinker raw mix, characterized in that waste substances such as dye sludge, waste dye, kiln ashes, synthetic materials and/or consumed TiO 2 catalyst are used as TiO 2 -containing materials.
Electrical interconnection having a channel portion which comprises at least one channel layer made of a weak topological insulator material or any other three-dimensional topological insulator material which exhibits topologically protected one-dimensional electron channels and having a top surface characterized in that a plurality of grooves extend from a first terminal to a second terminal of the electrical interconnection, wherein the top surface and a bottom surface (12.2) of each groove are insulating, whereas each side surface (12.1) of each groove comprises a conducting zone with a pair of topologically protected one-dimensional electron channels.
A strain gauge comprising: at least four grid resistors (R 1, R 2, R 3, R 4) connected to each other in series; and at least three trim resistors (R A, R B, R C) each connected to a series circuit in parallel, the series circuit being constituted by two grid resistors adjacent to each other (R 1,R 2; R 2,R 3; R 3,R 4), of the at least four grid resistors (R 1, R 2, R 3, R 4), wherein the at least four grid resistors (R 1, R 2, R 3, R 4) have resistance values different from one another. at least four grid resistors (R 1, R 2, R 3, R 4) connected to each other in series; and at least three trim resistors (R A, R B, R C) each connected to a series circuit in parallel, the series circuit being constituted by two grid resistors adjacent to each other (R 1,R 2; R 2,R 3; R 3,R 4), of the at least four grid resistors (R 1, R 2, R 3, R 4), wherein the at least four grid resistors (R 1, R 2, R 3, R 4) have resistance values different from one another.
A vehicle body rear structure comprising: left and right side frames extending in a front-rear direction of a vehicle body; and a rear panel assembly defining a closed-sectional portion extending in a vehicle width direction to intersect with the left and right side frames, the rear panel assembly being joined to respective rear end portions of the left and right rear side frames to thereby define a lower part of a rear-vehicle-body opening section, the rear panel assembly including bulkheads within an interior of the closed-sectional portion of the rear panel assembly, characterized in that the bulkheads are each disposed on an upper surface of a corresponding one of the left and right rear side frames and partitioning the interior of the closed-sectional portion with opposite surfaces of the bulkhead oriented in the vehicle width direction, the bulkhead being disposed in vertically superposed relation to the corresponding side frame. left and right side frames extending in a front-rear direction of a vehicle body; and a rear panel assembly defining a closed-sectional portion extending in a vehicle width direction to intersect with the left and right side frames, the rear panel assembly being joined to respective rear end portions of the left and right rear side frames to thereby define a lower part of a rear-vehicle-body opening section, the rear panel assembly including bulkheads within an interior of the closed-sectional portion of the rear panel assembly, the bulkheads are each disposed on an upper surface of a corresponding one of the left and right rear side frames and partitioning the interior of the closed-sectional portion with opposite surfaces of the bulkhead oriented in the vehicle width direction, the bulkhead being disposed in vertically superposed relation to the corresponding side frame.