mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting presence with respect to an automated furniture item, the method comprising: receiving capacitance monitoring data from a sinuous wire detection array component coupled to the automated furniture item, wherein the sinuous wire detection array component is configured to have a voltage based on proximity of an object to the sinuous wire detection array component, and further wherein the sinuous wire detection array component comprises a plurality of sinuous wires (342, 344, 346, 348) coupled to at least a portion of a seating surface of the automated furniture item and at least one bridging component coupled to each of the plurality of sinuous wires to form a capacitive sensor; determining that the change in voltage satisfies a threshold, wherein determining that the change in voltage satisfies a threshold comprises: monitoring a change in voltage detected by the sinuous wire detection array component over a particular period of time; and comparing the change in voltage over the particular period of time with the threshold; and based on determining the change in voltage satisfies the threshold, generating an indication of occupancy with respect to the seating surface. receiving capacitance monitoring data from a sinuous wire detection array component coupled to the automated furniture item, wherein the sinuous wire detection array component is configured to have a voltage based on proximity of an object to the sinuous wire detection array component, and further wherein the sinuous wire detection array component comprises a plurality of sinuous wires (342, 344, 346, 348) coupled to at least a portion of a seating surface of the automated furniture item and at least one bridging component coupled to each of the plurality of sinuous wires to form a capacitive sensor; determining that the change in voltage satisfies a threshold, wherein determining that the change in voltage satisfies a threshold comprises: monitoring a change in voltage detected by the sinuous wire detection array component over a particular period of time; and comparing the change in voltage over the particular period of time with the threshold; and based on determining the change in voltage satisfies the threshold, generating an indication of occupancy with respect to the seating surface.
A computer-implemented method to produce an interactive display of results obtained from the inversion of logging data, comprising: obtaining the logging data; inverting the logging data using an inversion; characterized in post processing the inverted logging data with a forwarding model which has at least one condition of having resistivities in a given range at a given distance from a tool, having a given number of beds, belonging to a main cluster of models, yielding local anisotropy in a given range, and having a highest correlation with solutions found at a selected position; producing an interactive plot having a percentile scale plotted against a location parameter, wherein the percentile scale represents the a posteriori probability distribution function generated by the inversion; selecting a particular percentile using the interactive plot; and producing a cross-section plot for the particular percentile using the results of the inversion. obtaining the logging data; inverting the logging data using an inversion;
A computer-implemented method for lifelong learning in the field of computer vision, the method comprising: receiving a new task in a sequence of tasks for a machine learning model to perform, the machine learning model trained to perform an existing task; for the new task, searching the best network architecture for the machine learning model by network transformation based AutoML without access to data of the existing task using a multi-task weight consolidation approach to learn a discriminative weights subset by incorporating inherent correlations between the new task and the existing task to provide an adapted machine learning model having an expanded network architecture size; and using the adapted machine learning model to perform both the existing task and the new task, wherein the existing task and the new task comprise tasks relating to at least one of image classification, image segmentation, object detection and other computer vision tasks. receiving a new task in a sequence of tasks for a machine learning model to perform, the machine learning model trained to perform an existing task; for the new task, searching the best network architecture for the machine learning model by network transformation based AutoML without access to data of the existing task using a multi-task weight consolidation approach to learn a discriminative weights subset by incorporating inherent correlations between the new task and the existing task to provide an adapted machine learning model having an expanded network architecture size; and using the adapted machine learning model to perform both the existing task and the new task, wherein the existing task and the new task comprise tasks relating to at least one of image classification, image segmentation, object detection and other computer vision tasks.
Flat gasket with at least a first and a second metallic layer, with at least the first and the second metallic layer being arranged one above the other in an at least partially covering manner and connected to each other at at least one connection portion, characterized in that in at least one of the connection portions, the first layer comprises a border and the second layer comprises at least one free edge, where the free edge is cranked in such a way, that it extends along at least a section of the border adjacent to the border within the layer thickness of the first layer or that it extends on the side of the first layer pointing away from the second layer partially or completely outside the layer thickness of the first layer and along at least a section of the border, the border overlaps the free edge orthogonally to the plane of the layer above and/or below the second layer in order to form a positive fit which acts orthogonally to the plane of the first layer.
A welded steel pipe for a linepipe having the composition which consists of by mass% 0.03 to 0.10% C, 0.15% or less Si, 1.50 to 2.00% Mn, 0.015% or less P, 0.003% or less S, 0.080% or less Al, 0.005 to 0.035% Nb, 0.005 to 0.020% Ti, optionally at least one selected from 0.5% or less Cu, 1% or less Ni, 0.5% or less Cr, 0.5% or less Mo, 0.1% or less V, 0.0005 to 0.0035% Ca, and Fe and unavoidable impurities including N with between 0.0020 and 0.0060% as a balance, wherein C(%) - 0.065Nb(%) is 0.025 or more, and a Ceq value expressed by a following formula is 0.36 or more, Ceq = C % + Mn % / 6 + Cr % + Mo % + V % / 5 + Cu % + Ni % / 15, and the steel pipe has metal microstructure where an area fraction of bainite is 60% or more, an area fraction of rolled ferrite is 5% or less, an area fraction of M-A constituent is 3% or less, an average grain size of MA is 2 μm or less, and an aspect ratio of MA is 5 or less.
Apparatus comprising: an input device via which a user can input commands, a measurement device constructed and arranged to measure an electrical body resistance of a user to generate a measurement result, wherein the measurement device is provided as part of the input device, the input device comprising one or more electrically conductive surfaces which are physically contactable by a user to enable the electrical body resistance of said user to be measured, wherein the input device is at least one of: a keyboard, a mouse, and a touch pad; and a controller configured to receive the measurement result and to generate a random number based on the measurement result. an input device via which a user can input commands, a measurement device constructed and arranged to measure an electrical body resistance of a user to generate a measurement result, wherein the measurement device is provided as part of the input device, the input device comprising one or more electrically conductive surfaces which are physically contactable by a user to enable the electrical body resistance of said user to be measured, wherein the input device is at least one of: a keyboard, a mouse, and a touch pad; and a controller configured to receive the measurement result and to generate a random number based on the measurement result.
A brake hydraulic pressure control apparatus for controlling a hydraulic pressure in plural systems of hydraulic circuits (28, 30), the brake hydraulic pressure control apparatus comprising: a pressure supply unit that includes a motor and a pump element; and a hydraulic block that includes an oil channel connected to the pressure supply unit and control valves (34, 36, 54, 58) regulating a hydraulic pressure in each of the plural systems of the hydraulic circuits (28, 30), wherein the pressure supply unit includes: the motor having a stator and a rotor; a swash plate arranged to be tilted with respect to an axial direction of a rotation axis of the rotor; and the pump element having plural pump sections driven by rotation of the motor, the brake hydraulic pressure control apparatus being characterised in that: at least a part of the pump element is arranged in the rotor. a pressure supply unit that includes a motor and a pump element; and a hydraulic block that includes an oil channel connected to the pressure supply unit and control valves (34, 36, 54, 58) regulating a hydraulic pressure in each of the plural systems of the hydraulic circuits (28, 30), wherein the pressure supply unit includes: the motor having a stator and a rotor; a swash plate arranged to be tilted with respect to an axial direction of a rotation axis of the rotor; and the pump element having plural pump sections driven by rotation of the motor, the brake hydraulic pressure control apparatus being characterised in that: at least a part of the pump element is arranged in the rotor. the motor having a stator and a rotor; a swash plate arranged to be tilted with respect to an axial direction of a rotation axis of the rotor; and the pump element having plural pump sections driven by rotation of the motor, the brake hydraulic pressure control apparatus being characterised in that: at least a part of the pump element is arranged in the rotor.
A motor vehicle with a bodywork which has a passenger compartment with a vehicle interior, wherein provided on a floor of the vehicle interior is at least one front seat and at least one rear seat row, wherein the respective rear seat row has at least two seats, wherein the respective seat comprises a seat part with seat surfaces (4, 5) and a backrest with rest surfaces (14, 15), wherein a respective lateral support (9, 10) is formed on lateral ends (7, 8) of the rear seat row and a respective middle seat surface portion is formed between two seat surfaces (4, 5), characterised in that the two seat surfaces (4, 5) can be moved out of a lowered position (21, 22) into a raised position (26, 27) and back again, and in that the two optionally present lateral supports (9, 10) can be moved out of a raised position (11, 12) into a lowered position (23, 24) and the middle seat surface portion can be moved out of a raised position into a lowered position, so that the upwardly directed outer surfaces (71, 72) of the lateral supports (9, 10), the upwardly directed outer surfaces (73, 74) of the seat surfaces (4, 5) and the upwardly directed outer surface of the seat surface portion, located in the middle or between the seat surfaces (4, 5), form a flat seat surface of the bench seat.
A method for manufacturing at least a first pressure control device with a first reference pressure chamber having a first reference pressure, and a second pressure control device with a second reference pressure chamber having a second reference pressure, wherein the first reference pressure differs from the second reference pressure, the method comprising: manufacturing first and second casings (3A, 3B) having a closed end (5A, 5B) and an open end (6A, 6B), manufacturing first and second plunger parts (4A, 4B), assembling the respective plunger parts (4A, 4B) and the respective casings (3A, 3B) to form the first and a second reference pressure chamber (1A, 1 B), respectively, wherein the each pressure control device (2A, 2B) is configured to feed, on the basis of the first or the second reference pressure (P1, P2) in the respective reference pressure chamber (1A, 1 B), a gas or fluid from a first space in which a relatively high pressure prevails to a second space in which a relatively low pressure prevails, wherein a passage between the first and the second space (I, II) is closed by the plunger part (4A, 4B) and is cleared upon a slight movement of the plunger part in a direction away from the closed end (5A, 5B) of the casing, wherein the first and second casings (3A, 3B) are manufactured such that the first and the second casing are substantially identical, the first plunger part and the first casing are assembled in a gas having a first ambient pressure, wherein the first reference pressure is achieved in a first position of the first plunger part relative to the first casing, and the second plunger part and the second casing are assembled in a gas having a second ambient pressure equal to the first ambient pressure, wherein the second reference pressure is achieved in a second position of the second plunger part relative to the second casing, and the first and the second position each correspond to a predetermined closing position defined in the respective pressure control device (2A, 2B) such that the first reference pressure and the second reference pressure are achieved, respectively.
A fluid dispensing valve comprising: a module having: a fluid inlet; a fluid outlet; and a fluid passage connecting the fluid inlet and the fluid outlet; a discharge orifice in fluid communication with the fluid outlet; a valve stem extending into the fluid passage (154, 160) to close-off the discharge orifice; and a filter disposed within the fluid passage (154, 160) and surrounding the valve stem; wherein the filter includes an annular body having: an inlet end opening to the fluid inlet; and an outlet end facing the discharge orifice; and characterized in that the annular body comprises a frusto-conical body having: a large-diameter end comprising the inlet end; and a small-diameter end comprising the outlet end. a module having: a fluid inlet; a fluid outlet; and a fluid passage connecting the fluid inlet and the fluid outlet; a fluid inlet; a fluid outlet; and a fluid passage connecting the fluid inlet and the fluid outlet; a discharge orifice in fluid communication with the fluid outlet; a valve stem extending into the fluid passage (154, 160) to close-off the discharge orifice; and a filter disposed within the fluid passage (154, 160) and surrounding the valve stem; wherein the filter includes an annular body having: an inlet end opening to the fluid inlet; and an outlet end facing the discharge orifice; and an inlet end opening to the fluid inlet; and an outlet end facing the discharge orifice; and characterized in that the annular body comprises a frusto-conical body having: a large-diameter end comprising the inlet end; and a small-diameter end comprising the outlet end. a large-diameter end comprising the inlet end; and a small-diameter end comprising the outlet end.
A compound represented by the following formula: CB-O-ROS-GC-Zn wherein CB represents the white filler, O represents one or more oxygen bridge bonds, ROS represents an organo-silane residue, GC represents one or more coordinating groups forming a chelate with zinc in ionic form, and Zn represents zinc in ionic form coordinated with the coordinating groups, wherein said coordinating groups GC are linear, branched or cyclic alkyl chains, comprising one or more heteroatoms inside or at the end of the alkyl chain.
A header of a combine havester with an electrical power system, the electrical power system comprising: an alternator mechanically coupled to a header backshaft, the header backshaft being mechanically coupled to a drive mechanism of the combine harvester to cause rotation of the header backshaft; and a power supply circuit configured to transfer electrical power from the alternator to one or more electric devices (223, 225, 227) mounted on the header. an alternator mechanically coupled to a header backshaft, the header backshaft being mechanically coupled to a drive mechanism of the combine harvester to cause rotation of the header backshaft; and a power supply circuit configured to transfer electrical power from the alternator to one or more electric devices (223, 225, 227) mounted on the header.
A shutter for a housing intended to accommodate at least one cable end, the shutter comprising at least: - a pin (6, 7) intended, along a first direction of use of the shutter, to plug an access port inside the housing, and - an opening (11, 12) intended, along a second direction of use of the shutter, to cooperate with the access port in order to allow at least one conductive core of a cable end to extend through the opening and the port in use in order to penetrate inside the housing; characterised in that the shutter further comprising a flange (14, 15) associated with the opening. - a pin (6, 7) intended, along a first direction of use of the shutter, to plug an access port inside the housing, and - an opening (11, 12) intended, along a second direction of use of the shutter, to cooperate with the access port in order to allow at least one conductive core of a cable end to extend through the opening and the port in use in order to penetrate inside the housing;
A sowing machine which comprises at least a seed container for storing the seeds to be sowed, and a sowing unit for directing the seeds to the ground, such a sowing unit comprising at least a longitudinal seed box of a substantially enclosed structure for guiding the seeds by means of a feed apparatus connected thereto through seed tubes to a seed coulter, press wheels to finalize the sowing, and a pulling device for coupling the sowing machine to a work machine, characterised in that the seed box comprises two parallel seed compartments in the direction of its longitudinal axis, a sowing compartment and a return compartment, so that the sowing compartment and return compartment are connected to each other by means of transfer openings at the opposite ends of the pair of elongated compartments, whereby there are in the sowing compartment and return compartment, transfer means in their longitudinal direction establishing a mechanical movement, so that the first transfer means are adapted to guide the seeds to the feed apparatus in connection with the sowing compartment and the second transfer means having an opposite direction of movement are arranged to return the seeds that have bypassed the feed apparatus to the beginning of the sowing compartment through the return compartment, to establish a continuous circulation in the seed box.
A transmission device comprising: a communication circuit configured to wirelessly communicate with a reception device, by using a plurality of wireless services including a first wireless service having a first priority and a second wireless service having a second priority that is a priority lower than the first priority; and a processing circuit configured to control, in accordance with a first information element being an information element included in a radio resource control, RRC, message received from the reception device, multiplexing of transmission data of the first wireless service in a region in which transmission data corresponding to the second wireless service is stored, the multiplexing of the transmission data of the first wireless service being performed when a medium access control - protocol data unit, MAC-PDU, has been generated or can be generated in response to allocating an uplink radio resource to a transmission data of the second wireless service, the first information element corresponding to whether or not to perform interrupt communication of the first wireless service, wherein the first wireless service is ultra-reliable and low latency communications, URLLC, and the second wireless service is enhanced mobile broadband, eMBB. a communication circuit configured to wirelessly communicate with a reception device, by using a plurality of wireless services including a first wireless service having a first priority and a second wireless service having a second priority that is a priority lower than the first priority; and a processing circuit configured to control, in accordance with a first information element being an information element included in a radio resource control, RRC, message received from the reception device, multiplexing of transmission data of the first wireless service in a region in which transmission data corresponding to the second wireless service is stored, the multiplexing of the transmission data of the first wireless service being performed when a medium access control - protocol data unit, MAC-PDU, has been generated or can be generated in response to allocating an uplink radio resource to a transmission data of the second wireless service, the first information element corresponding to whether or not to perform interrupt communication of the first wireless service, wherein the first wireless service is ultra-reliable and low latency communications, URLLC, and the second wireless service is enhanced mobile broadband, eMBB.
A method performed at a wireless local area network, WLAN, transmitter of an apparatus (110b, 125) of a communication network in response to interference with a long term evolution, LTE, receiver of the apparatus, the method comprising: selecting a transmission rate for the WLAN transmitter that requires an equal or less receiver sensitivity than a received signal strength threshold; the method characterized in that it further comprises: determining a WLAN frame aggregation size based on the transmission rate for the WLAN transmitter and an LTE frame configuration for the LTE receiver; determining a throughput based on the transmission rate and the WLAN frame aggregation size; determining that the throughput is greater than a throughput for a current transmission rate and a current frame aggregation size; and in response to determining that the throughput is greater, using at least the transmission rate and the WLAN frame aggregation size for subsequent transmission of data during a downlink receiving period of the LTE receiver. selecting a transmission rate for the WLAN transmitter that requires an equal or less receiver sensitivity than a received signal strength threshold; the method characterized in that it further comprises: determining a WLAN frame aggregation size based on the transmission rate for the WLAN transmitter and an LTE frame configuration for the LTE receiver; determining a throughput based on the transmission rate and the WLAN frame aggregation size; determining that the throughput is greater than a throughput for a current transmission rate and a current frame aggregation size; and in response to determining that the throughput is greater, using at least the transmission rate and the WLAN frame aggregation size for subsequent transmission of data during a downlink receiving period of the LTE receiver.