mhurhangee/ep-ind-claims huggingface dataset:
A video monitoring system, comprising: a front-end data acquisition device, a front-end access device and a cloud system, wherein, the front-end data acquisition device is configured to acquire a video image and transmit video image data to the front-end access device; the front-end access device is configured to transmit the video image data transmitted by the front-end data acquisition device to the cloud system; and the cloud system is configured to analyze the video image data and generate an alarm when a behavior of a target in the video image acquired by the front-end data acquisition device is abnormal; characterized in that, the cloud system comprises: a video analysis server and a control server, wherein, the video analysis server is configured to analyze the video image data; the control server is configured to generate an alarm when the video analysis server determines that a behavior of a target in the video image acquired by the front-end data acquisition device is abnormal; wherein, the video analysis server is configured to analyze the video image data by a following way: pre-establishing a background model, after receiving the video image data, matching a graphic background with the pre-established background model to select a matched background model; and selecting a target detection algorithm and a target tracking algorithm according to parameters of the matched background model, detecting and tracking a target in the image background, extracting the target, matching the extracted target with a target sample to identify features of the target, analyzing a behavior of the target according to the features of the target and a preset monitoring rule to determine whether the behavior of the target is abnormal. pre-establishing a background model, after receiving the video image data, matching a graphic background with the pre-established background model to select a matched background model; and selecting a target detection algorithm and a target tracking algorithm according to parameters of the matched background model, detecting and tracking a target in the image background, extracting the target, matching the extracted target with a target sample to identify features of the target, analyzing a behavior of the target according to the features of the target and a preset monitoring rule to determine whether the behavior of the target is abnormal.
Semiconductor arrangement that has an epilayer of a first conductivity type, situated on a heavily doped substrate of the first conductivity type, a layer of a second conductivity type, incorporated into the epilayer, and a heavily doped layer of the second conductivity type, provided on the surface of the layer of the second conductivity type, characterized in that between the layer of the second conductivity type and the heavily doped substrate of the first conductivity type there are arranged multiple floated Schottky contacts (70, 12) provided in trenches and arranged in parallel with one another in the direction of the heavily doped substrate, in alternation with further dielectric layers.
A method for connecting a surface of a first silicon wafer with a connecting surface of a second silicon wafer so as to form an sealed cavity after assembly, at least one of the first and second silicon wafers each including at least one functional area (DA1 or DA2) intended to be within the sealed cavity, characterized by the steps of depositing alloy soldering electrical contact bumps (PLTE) on metallic areas (MTDE) on the connecting surface of the first silicon wafer comprised within the functional area, and, during the step of depositing the electrical contact bumps, furthermore depositing alloy soldering cavity-forming bumps (PLTC) not intended for electrical contacts on a connection surface surrounding the functional area of the first wafer, placing the second silicon wafer in contact with said alloy soldering bumps, and reflux soldering the first silicon wafer on the second silicon wafer, wherein the assembly is heated to a temperature which makes the solder alloy melt, wherein the cavity-forming bumps are separated from one another by an even distance which is sufficiently small to cause the melted cavity forming bumps to join together to form a wall and provide a seal thereby forming the sealed cavity during the reflux soldering, and wherein a ratio between the diameter of the cavity forming bumps and the distance between adjacent cavity forming bumps is between 1/10 and 1 according to the diameter of the bumps and the spreading capability of the alloy constituting the cavity forming bumps, the electrical contacts between the two functional areas being provided by virtue of the electrical contact bumps (PLTE). the cavity forming bumps and the distance between adjacent cavity forming bumps is between 1/10 and 1 according to the diameter of the bumps and the spreading capability of the alloy constituting the cavity forming bumps, the electrical contacts between the two functional areas being provided by virtue of the electrical contact bumps (PLTE).
A device for introducing a catheter into a patient's vasculature, the device comprising: a housing; a distal sheath extending distally from the housing and adapted to be inserted into a patient's vasculature with the housing positioned outside of the patient's vasculature; a distal hemostatic seal mounted within the housing; a proximal hemostatic seal mounted within the housing at a location proximal to the distal hemostatic seal; a tube positioned within the housing and movable longitudinally relative to the distal hemostatic seal between a proximal position and a distal position, wherein in the proximal position a distal end of the tube is positioned proximal to the distal hemostatic seal with the distal hemostatic seal closed, and wherein in the distal position the distal end of the tube extends through the distal hemostatic seal; characterized in that a proximal end of the tube, or an end of another tube of the device, is movable longitudinally relative to the proximal hemostatic seal between a first position within the proximal hemostatic seal and a second position not within the proximal hemostatic seal. a housing; a distal sheath extending distally from the housing and adapted to be inserted into a patient's vasculature with the housing positioned outside of the patient's vasculature; a distal hemostatic seal mounted within the housing; a proximal hemostatic seal mounted within the housing at a location proximal to the distal hemostatic seal; a tube positioned within the housing and movable longitudinally relative to the distal hemostatic seal between a proximal position and a distal position, wherein in the proximal position a distal end of the tube is positioned proximal to the distal hemostatic seal with the distal hemostatic seal closed, and wherein in the distal position the distal end of the tube extends through the distal hemostatic seal; characterized in that a proximal end of the tube, or an end of another tube of the device, is movable longitudinally relative to the proximal hemostatic seal between a first position within the proximal hemostatic seal and a second position not within the proximal hemostatic seal.
A linear-rotary actuator being an electrical machine comprising a linear actuator section (1, 2, 6; 11, 12, 13) and a rotary actuator section (3, 4, 7) arranged to drive a mover to rotate around a machine axis ( z) and to move along the machine axis, the mover being of a tubular shape arranged between an outer stator and an inner stator, wherein the linear actuator section (1, 2, 6; 11, 12, 13) is a tubular linear actuator, the tubular linear actuator comprising a stator and the mover, the mover being arranged to move in a direction of a longitudinal axis (z) of the stator, the stator being the outer stator or the inner stator and comprising a plurality of stator windings for driving this movement of the mover, wherein the rotary actuator section (3, 4, 7) comprises at least a first rotary actuator comprising stator windings, characterised in that the first rotary actuator constitutes a magnetic bearing, the tubular linear actuator constitutes a magnetic bearing, the rotary actuator section (3, 4, 7) comprises a second rotary actuator, comprising stator windings and constituting a magnetic bearing, the first and second rotary actuator being arranged at separate locations along the machine axis (z), and that the stator windings (12, L 1, L 2, L 3, L 11, L 12, L 13, L 21, L 22, L 23, L 31, L 32, L 33, L 41, L 42, L 43) of the tubular linear actuator are arranged • at three or more circumferential positions for generating radial forces on the mover; • at three or more axial positions of the stator, for generating longitudinal forces on the mover. • at three or more circumferential positions for generating radial forces on the mover; • at three or more axial positions of the stator, for generating longitudinal forces on the mover.
A roll exchange chamber for exchanging a substrate roll, characterized by comprising: - a rotatable base construction being rotatable around a central axis, the base construction comprising: - a first roll holder for holding a first substrate roll; - a second roll holder for holding a second substrate roll; and - a wall for providing a first compartment and a second compartment in the roll exchange chamber, the wall being arranged between the first roll holder and the second roll holder. - a rotatable base construction being rotatable around a central axis, the base construction comprising: - a first roll holder for holding a first substrate roll; - a second roll holder for holding a second substrate roll; and - a wall for providing a first compartment and a second compartment in the roll exchange chamber, the wall being arranged between the first roll holder and the second roll holder. - a first roll holder for holding a first substrate roll; - a second roll holder for holding a second substrate roll; and - a wall for providing a first compartment and a second compartment in the roll exchange chamber, the wall being arranged between the first roll holder and the second roll holder.
A device for mounting on a wall for monitoring an environment, comprising: a body comprising: an active reflected wave detector; and a processor coupled to the active reflected wave detector, the processor configured to: control the active reflected wave detector to measure wave reflections from the environment to accrue measured wave reflection data, and identify a fall status of a person based on the measured wave reflection data; and a cord extending from said body, wherein the processor is configured to detect pulling of said cord and generate an alert in response to the detected pulling. an active reflected wave detector; and a processor coupled to the active reflected wave detector, the processor configured to: control the active reflected wave detector to measure wave reflections from the environment to accrue measured wave reflection data, and identify a fall status of a person based on the measured wave reflection data; and control the active reflected wave detector to measure wave reflections from the environment to accrue measured wave reflection data, and identify a fall status of a person based on the measured wave reflection data; and
An additive for an aqueous coating material for imparting distinctness of image to a coating film of the aqueous coating material, the additive comprising, as an effective component, catecholic polymer black microparticles that exhibit an angle-independent structural color, wherein the catecholic polymer black microparticles are black microparticles derived from polydopamine or from poly(3-(3,4-dihydroxyphenyl) -L- alanine).
Functionalized corrugated cardboard having a plurality of corrugations, characterized in that at least one external ply and one intermediate ply of the corrugated cardboard consist of different, multilayer, functionalized plastics films.
An electronic device comprising: a housing; a touch-sensitive display exposed by the housing; a support tray disposed between the touch-sensitive display and a base within the housing and supporting the touch-sensitive display on a first side thereof, the support tray including at least one pivot projecting from a second side of the support tray, on which the support tray is pivotable; an actuator disposed between the base and the support tray; and biasing elements for biasing the touch-sensitive display toward a frame of the housing into a position in which the actuator is not actuated. a housing; a touch-sensitive display exposed by the housing; a support tray disposed between the touch-sensitive display and a base within the housing and supporting the touch-sensitive display on a first side thereof, the support tray including at least one pivot projecting from a second side of the support tray, on which the support tray is pivotable; an actuator disposed between the base and the support tray; and biasing elements for biasing the touch-sensitive display toward a frame of the housing into a position in which the actuator is not actuated.
A composition for use in enhancing the immune system by metabolically elevating activity of large granular lymphocytes and natural killer cells, the composition having as its primary active ingredients lycopene and resveratrol, wherein molar ratio of lycopene: resveratrol is 3:1 by molar, and wherein the elevated NK cell activity includes increased proportion of NK cells among total lymphocytes.
A computer-implemented method, comprising: identifying input comprising one or more machine learning models that each include a graph of operators; mining the one or more machine learning models based on one or more operational parameters to determine one or more fusion candidates, each of the one or more fusion candidates comprising a subgraph of at least one graph of operators, wherein each subgraph includes two or more operators, and wherein the one or more operational parameters include one or more of a frequency of utilization, a computational cost, and a memory cost; extracting a feature set from each of the one or more fusion candidates; utilizing a machine learning classifier to evaluate the one or more fusion candidates based on the feature sets extracted from each of the one or more fusion candidates; and identifying a proposed candidate of the one or more fusion candidates to fuse based on evaluation of the one or more fusion candidates, wherein each feature set comprises one or more core features and one or more uncore features, wherein the one or more core features comprise one or more of instructions retired, elapsed core clock ticks, core frequency, L2 cache hits and misses, and L3 cache hits and misses, and wherein the one or more uncore features comprise one or more of read bytes from memory controllers, bytes written to memory controllers, and data traffic transferred via interconnect links. identifying input comprising one or more machine learning models that each include a graph of operators; mining the one or more machine learning models based on one or more operational parameters to determine one or more fusion candidates, each of the one or more fusion candidates comprising a subgraph of at least one graph of operators, wherein each subgraph includes two or more operators, and wherein the one or more operational parameters include one or more of a frequency of utilization, a computational cost, and a memory cost; extracting a feature set from each of the one or more fusion candidates; utilizing a machine learning classifier to evaluate the one or more fusion candidates based on the feature sets extracted from each of the one or more fusion candidates; and identifying a proposed candidate of the one or more fusion candidates to fuse based on evaluation of the one or more fusion candidates, wherein each feature set comprises one or more core features and one or more uncore features, wherein the one or more core features comprise one or more of instructions retired, elapsed core clock ticks, core frequency, L2 cache hits and misses, and L3 cache hits and misses, and wherein the one or more uncore features comprise one or more of read bytes from memory controllers, bytes written to memory controllers, and data traffic transferred via interconnect links.
A charge controller for a chargeable capacitor, comprising: a voltage detector (133, 233) that detects a voltage of the capacitor (101, 201); a current detector (135, 235) that detects a charge/discharge current of the capacitor (101, 201); a charge capacity estimating unit (123, 223) that estimates a charge capacity of the capacitor (101, 201) based on the voltage; a charge/discharge amount calculator (117, 217) that calculates a charge/discharge amount of the capacitor (101, 201) from start of charging the capacitor (101, 201) by integrating the charge/discharge current; and a charge controller (117, 217) that controls charging of the capacitor (101, 201) based on the charge capacity of the capacitor (101, 201) and the charge/discharge amount of the capacitor (101, 201), characterized in that wherein the charge controller (117, 217) updates the charge capacity and sets the updated charge capacity to the actual use upper limit charge capacity based on a state characteristic of the capacitor (101, 201) when the charge/discharge amount reaches a predetermined value from a usable lower limit charge capacity which is set to a fixed value in charging the capacitor. a voltage detector (133, 233) that detects a voltage of the capacitor (101, 201); a current detector (135, 235) that detects a charge/discharge current of the capacitor (101, 201); a charge capacity estimating unit (123, 223) that estimates a charge capacity of the capacitor (101, 201) based on the voltage; a charge/discharge amount calculator (117, 217) that calculates a charge/discharge amount of the capacitor (101, 201) from start of charging the capacitor (101, 201) by integrating the charge/discharge current; and a charge controller (117, 217) that controls charging of the capacitor (101, 201) based on the charge capacity of the capacitor (101, 201) and the charge/discharge amount of the capacitor (101, 201), characterized in that wherein the charge controller (117, 217) updates the charge capacity and sets the updated charge capacity to the actual use upper limit charge capacity based on a state characteristic of the capacitor (101, 201) when the charge/discharge amount reaches a predetermined value from a usable lower limit charge capacity which is set to a fixed value in charging the capacitor.
A counter-current shaft drier with moving shelves for drying agglomerates of a small mechanical strength equipped with a top charging zone for moist aggregates and a discharging zone for dried aggregates divided into a number of drying zones with a gas inlet stub pipe and a gas outlet stub pipe, wherein a vertical, preferably rectangular shaft comprises a top, preferably a two-level charging zone, a multi-level, preferably from two- to six-level drying zone and a bottom, at least one, preferably a two-level discharging zone, wherein the inlet stub pipe for providing the drying gases is situated between the bottom discharging zone and the drying zone and the outlet stub pipe for extracting the moist gases being situated between the drying zone and the top charging zone, wherein the shelves of the charging zone and the shelves the discharging zone are made of a number of rectangular non-perforated metal sheet plates, the shelves of the drying zone are made of a number of rectangular perforated metal sheet plates, and each of the rectangular shelf plates is attached along its long edge to parallel pins mounted swivelling in walls of the shaft, transverse against an axis of the shaft.
A electronic circuit having a transmission coil, an electric field shielding apparatus, and other electronic components, wherein said electric field shielding apparatus does not affect the transmission efficiency of said wirelessly coupled transmission coil, wherein the electric field shielding apparatus is composed of two semi-annular metal sheets (21, 22), wherein both semi-annular metal sheets are provided above said transmission coil, wherein bottoms of the semi-annular metal sheets are connected, wherein a top of the circular ring composed of the two semi-annular metal sheets is provided with a gap, wherein the bottoms of the semi-annular metal sheets are grounded where they are connected, characterized in that said electronic circuit has wirings which are placed with the electronic components above the semi-annular metal sheets, wherein said electronic components and wirings do not interfere with the transmission coil, wherein said gap is greater than one tenth of the diameter of the maximum diameter of said transmission coil. wherein bottoms of the semi-annular metal sheets are connected, wherein a top of the circular ring composed of the two semi-annular metal sheets is provided with a gap, wherein the bottoms of the semi-annular metal sheets are grounded where they are connected, characterized in that said electronic circuit has wirings which are placed with the electronic components above the semi-annular metal sheets, wherein said electronic components and wirings do not interfere with the transmission coil, wherein said gap is greater than one tenth of the diameter of the maximum diameter of said transmission coil.
Kit for producing a crosslinked gel for partly or fully surrounding urinary calculi fragments, particularly kidney stone fragments, comprising, (a) a composition, comprising one or several cationically crosslinkable polymer(s), and (b) a composition, comprising one or several crosslinking agent(s) for crosslinking one or several cationically crosslinkable polymer(s), respectively, wherein composition and/or composition additionally comprise(s) magnetizable particles or wherein the kit additionally comprises a composition that comprises magnetizable particles, and wherein (c) the kit additionally comprises a magnet fishing instrument for removal of a magnetic urinary calculus-gel-composite. (a) a composition, comprising one or several cationically crosslinkable polymer(s), and (b) a composition, comprising one or several crosslinking agent(s) for crosslinking one or several cationically crosslinkable polymer(s), respectively, wherein composition and/or composition additionally comprise(s) magnetizable particles or wherein the kit additionally comprises a composition that comprises magnetizable particles, and wherein (c) the kit additionally comprises a magnet fishing instrument for removal of a magnetic urinary calculus-gel-composite.
Surgical tools for spinal facet surgical procedures for alleviating spinal pain, comprising: a guide cannula with a wall surrounding a longitudinally extending open channel, the wall having a plurality of longitudinally spaced apart fluid ports extending therethrough; and an external stabilizer with a base configured to rest against the skin of a patient, wherein the base holds a tube that extends longitudinally outward above the base and comprises at least one vacuum port, wherein the tube releasably engages the guide cannula, and wherein, when assembled, the at least one vacuum port is in fluid communication with at least one of the guide cannula fluid ports. a guide cannula with a wall surrounding a longitudinally extending open channel, the wall having a plurality of longitudinally spaced apart fluid ports extending therethrough; and an external stabilizer with a base configured to rest against the skin of a patient, wherein the base holds a tube that extends longitudinally outward above the base and comprises at least one vacuum port, wherein the tube releasably engages the guide cannula, and wherein, when assembled, the at least one vacuum port is in fluid communication with at least one of the guide cannula fluid ports.