mhurhangee/ep-ind-claims huggingface dataset:
A method for small cell discovery at a user equipment operating in idle mode in a network having a macro cell (110, 210, 610) and at least one small cell (120, 220), the method comprising: receiving a measurement restriction over a broadcast channel from the macro cell, wherein the measurement restriction indicates to the user equipment to only perform measurements at indicated times or on indicated frequencies; applying the measurement restriction for a corresponding measurement at the user equipment; characterized by receiving a small cell list from the macro cell, wherein the small cell list further includes a location for each small cell in the list; and wherein the user equipment only monitors small cells within a specified distance from the location of the user equipment, the user equipment receiving the specified distance for each cell of the small cells from the macro cell. receiving a measurement restriction over a broadcast channel from the macro cell, wherein the measurement restriction indicates to the user equipment to only perform measurements at indicated times or on indicated frequencies; applying the measurement restriction for a corresponding measurement at the user equipment; characterized by receiving a small cell list from the macro cell, wherein the small cell list further includes a location for each small cell in the list; and wherein the user equipment only monitors small cells within a specified distance from the location of the user equipment, the user equipment receiving the specified distance for each cell of the small cells from the macro cell.
An application of a heteropoly oligosaccharide in improving disease resistance of a plant, wherein the heteropoly oligosaccharide comprises seven D-glucose residues and one D-galactose residue, characterized in that a structure of the heteropoly oligosaccharide molecule is represented as follows: wherein R 1 is H or a monomolecular pyruvate group, and R 2 is H or a monomolecular succinyl group.
Liquid jet cutting method having a compressor unit which compresses a liquid for producing a liquid jet, and having a nozzle which is connected to the compressor unit and has an outlet opening, through which the compressed liquid exits in the form of a liquid jet, and having an interrupter unit which can interrupt or release a flow of the compressed liquid to the outlet opening, having the following method steps: - compressing of the liquid by way of the compressor unit, - moving up of the outlet opening to a workpiece to be machined as far as a machining distance (d), - releasing and interrupting of the liquid jet out of the outlet opening in an alternating manner by way of the interrupter unit, the nozzle at the same time being moved relative to the workpiece in a machining direction, - the pulse duration (t p; t p1; t p2) of the liquid jet being less than 1000 μs, characterized in that - a group of liquid pulses is carried out at a short temporal interval (t a1) and a following group of liquid pulses follows at a time interval (t a2) which is greater than the temporal interval (t a1) of the liquid pulses of the individual groups. - compressing of the liquid by way of the compressor unit, - moving up of the outlet opening to a workpiece to be machined as far as a machining distance (d), - releasing and interrupting of the liquid jet out of the outlet opening in an alternating manner by way of the interrupter unit, the nozzle at the same time being moved relative to the workpiece in a machining direction, - the pulse duration (t p; t p1; t p2) of the liquid jet being less than 1000 μs, characterized in that - a group of liquid pulses is carried out at a short temporal interval (t a1) and a following group of liquid pulses follows at a time interval (t a2) which is greater than the temporal interval (t a1) of the liquid pulses of the individual groups.
A printhead comprising: a plurality of jetting channels; and a manifold apparatus fluidly coupled to the jetting channels; wherein for each jetting channel of the plurality, the printhead includes: a first fluid path between the jetting channel and the manifold apparatus; and a second fluid path between the jetting channel and the manifold apparatus; wherein the jetting channel is configured to jet a print fluid via pressure waves generated in a pressure chamber of the jetting channel; wherein lengths of the first fluid path and the second fluid path are different by a threshold length, so that an arrival time of the pressure waves at the manifold apparatus are different by a threshold time; characterized in that the threshold time is approximately a half resonant cycle or a multiple of the half resonant cycle. a plurality of jetting channels; and a manifold apparatus fluidly coupled to the jetting channels; wherein for each jetting channel of the plurality, the printhead includes: a first fluid path between the jetting channel and the manifold apparatus; and a second fluid path between the jetting channel and the manifold apparatus; wherein the jetting channel is configured to jet a print fluid via pressure waves generated in a pressure chamber of the jetting channel; a first fluid path between the jetting channel and the manifold apparatus; and a second fluid path between the jetting channel and the manifold apparatus; wherein the jetting channel is configured to jet a print fluid via pressure waves generated in a pressure chamber of the jetting channel; wherein lengths of the first fluid path and the second fluid path are different by a threshold length, so that an arrival time of the pressure waves at the manifold apparatus are different by a threshold time; characterized in that the threshold time is approximately a half resonant cycle or a multiple of the half resonant cycle.
A computer-implemented method of processing a plurality of video streams in real-time, the method comprising: providing a hardware GPU configured with a shader configured to implement a bilateral filter; for each video stream of the plurality of video streams, receiving corresponding video images of the video stream; using the GPU or another processor to stitch corresponding video images of the video streams in sequence to generate stitched video images constituting a stitched video stream; using the GPU shader to apply the bilateral filter to the stitched video images of the stitched video stream to generate a filtered video stream in real-time; using the GPU or another processor to compress at least one video image of the filtered video stream; and transmitting the filtered video stream for display on a display device or storage in a storage device. providing a hardware GPU configured with a shader configured to implement a bilateral filter; for each video stream of the plurality of video streams, receiving corresponding video images of the video stream; using the GPU or another processor to stitch corresponding video images of the video streams in sequence to generate stitched video images constituting a stitched video stream; using the GPU shader to apply the bilateral filter to the stitched video images of the stitched video stream to generate a filtered video stream in real-time; using the GPU or another processor to compress at least one video image of the filtered video stream; and transmitting the filtered video stream for display on a display device or storage in a storage device.
A method for reporting information performed by a terminal device for wireless communication, the method comprising: receiving a reporting configuration from a network; and sending data packets to the network device on uplink based on the reporting configuration, wherein the data packets are data packets successfully transmitted and/or to be transmitted during device-to-device, D2D, data transmission of the terminal device, wherein the reporting configuration comprises: configuring the terminal device to report all or part of the data packets that are successfully transmitted and/or to be transmitted; and when the terminal device is configured to report part of the data packets, configuring a rule for selecting the part of the data packets, characterized in that, the rule for selecting the part of the data packets comprises: selecting the part of the data packets based on a preset keyword, wherein the selecting comprises selecting a data packet for reporting based on the preset keyword appearing in the data packet. receiving a reporting configuration from a network; and sending data packets to the network device on uplink based on the reporting configuration, wherein the data packets are data packets successfully transmitted and/or to be transmitted during device-to-device, D2D, data transmission of the terminal device, wherein the reporting configuration comprises: configuring the terminal device to report all or part of the data packets that are successfully transmitted and/or to be transmitted; and when the terminal device is configured to report part of the data packets, configuring a rule for selecting the part of the data packets, characterized in that, the rule for selecting the part of the data packets comprises: selecting the part of the data packets based on a preset keyword, wherein the selecting comprises selecting a data packet for reporting based on the preset keyword appearing in the data packet. configuring the terminal device to report all or part of the data packets that are successfully transmitted and/or to be transmitted; and when the terminal device is configured to report part of the data packets, configuring a rule for selecting the part of the data packets, characterized in that, the rule for selecting the part of the data packets comprises: selecting the part of the data packets based on a preset keyword, wherein the selecting comprises selecting a data packet for reporting based on the preset keyword appearing in the data packet.
An electronic contactless sound device, comprising: a replaceable electronic integrated circuit module that is adapted to generate a first electrical signal having at least one of a first preconfigured frequency and a first preconfigured interval and a second electrical signal having at least one of a second preconfigured frequency and a second preconfigured interval; an output driver for amplifying the first electrical signal and the second electrical signal generated by the replaceable electronic integrated circuit module; a diaphragm that does not contain a metal contact; an electromagnet for manipulating the diaphragm based on the first electrical signal and the second electrical signal to produce, respectively, a first sound and a second sound different from the first sound, wherein the replaceable electronic integrated circuit module is in communication with a vehicular sensor to receive an input signal therefrom, and wherein the replaceable electronic integrated circuit module is adapted to generate the first electrical signal upon receiving a first input signal from the vehicular sensor and is adapted to generate the second electrical signal upon receiving a second input signal from the vehicular sensor, wherein the vehicular sensor is adapted to measure a speed of a vehicle containing the vehicular sensor, and wherein the vehicular sensor is adapted to generate the first input signal when the vehicle containing the vehicular sensor is moving at a high rate of speed and adapted to generate the second input signal when the vehicle containing the vehicular sensor is moving slowly or stopped. a replaceable electronic integrated circuit module that is adapted to generate a first electrical signal having at least one of a first preconfigured frequency and a first preconfigured interval and a second electrical signal having at least one of a second preconfigured frequency and a second preconfigured interval; an output driver for amplifying the first electrical signal and the second electrical signal generated by the replaceable electronic integrated circuit module; a diaphragm that does not contain a metal contact; an electromagnet for manipulating the diaphragm based on the first electrical signal and the second electrical signal to produce, respectively, a first sound and a second sound different from the first sound, wherein the replaceable electronic integrated circuit module is in communication with a vehicular sensor to receive an input signal therefrom, and wherein the replaceable electronic integrated circuit module is adapted to generate the first electrical signal upon receiving a first input signal from the vehicular sensor and is adapted to generate the second electrical signal upon receiving a second input signal from the vehicular sensor, wherein the vehicular sensor is adapted to measure a speed of a vehicle containing the vehicular sensor, and wherein the vehicular sensor is adapted to generate the first input signal when the vehicle containing the vehicular sensor is moving at a high rate of speed and adapted to generate the second input signal when the vehicle containing the vehicular sensor is moving slowly or stopped.
An in vitro method for detecting Mycoplasma pneumoniae or Mycoplasma genitalium, characterized by using DnaK of Mycoplasma pneumoniae or Mycoplasma genitalium as an indicator, wherein the method comprises using an anti-DnaK antibody specific to Mycoplasma pneumoniae and Mycoplasma genitalium for detecting Mycoplasma pneumoniae or Mycoplasma genitalium.
A herbicide combination comprising components and, where denotes one or more herbicides selected from the group of the compounds of the formula and their salts and denotes one or more herbicides selected from the group consisting of picloram and its salts and esters, and aminopyralid and its salts and esters. denotes one or more herbicides selected from the group of the compounds of the formula and their salts and denotes one or more herbicides selected from the group consisting of picloram and its salts and esters, and aminopyralid and its salts and esters.
A semiconductor device in which a first semiconductor element and a second semiconductor element are electrically connected to each other by a first conductive member and a second conductive member, a first electrode is arranged on a surface of the first semiconductor element, a second electrode is arranged on a surface of the second semiconductor element, the first conductive member has a first stack part stacked to the first semiconductor element to face the first electrode, and a first joint part extending from the first stack part, the second conductive member has a second stack part stacked to the second semiconductor element to face the second electrode, and a second joint part, the second joint part extending from the second stack part and facing the first joint part, the first electrode and the first stack part are bonded to each other by a first bonding layer, the second electrode and the second stack part are bonded to each other by a second bonding layer, the first joint part and the second joint part are bonded to each other by an intermediate bonding layer, an area of the intermediate bonding layer is smaller than both an area of the first bonding layer and an area of the second bonding layer when seen in a direction perpendicular to a bonded surface of the intermediate bonding layer, characterized in that a first surface of the first joint part facing the second joint part, a side surface of the first joint part continuous from the first surface, a second surface of the second joint part facing the first joint part, and a side surface of the second joint part continuous from the second surface are covered by nickel layers (19a, 19b).
A wrappable textile sleeve, comprising: a wall of interlaced yarn having opposite outer and inner surfaces and opposite edges (20, 22) extending lengthwise along a longitudinal axis of the sleeve between opposite ends (16, 18) with a straightened length of said wall spanning between said opposite ends, said opposite edges being wrappable into overlapping one another to form a tubular cavity; and at least one electro-functional member extending along said longitudinal axis between said opposite ends, said at least one electro-functional member being interlaced in said wall at a plurality of nodes; characterised in that said at least one electro-functional member forms at least one unrestrained loop intermediate said opposite ends (16, 18), said at least one electro-functional member having a straightened length that is greater than said straightened length of said sleeve, thereby allowing opposite ends (26, 28) of the at least one electro-functional member to be pulled axially outwardly away from said opposite ends of said sleeve to form leads for attachment to a power source, which in turn reduced the size of said at least one loop. a wall of interlaced yarn having opposite outer and inner surfaces and opposite edges (20, 22) extending lengthwise along a longitudinal axis of the sleeve between opposite ends (16, 18) with a straightened length of said wall spanning between said opposite ends, said opposite edges being wrappable into overlapping one another to form a tubular cavity; and at least one electro-functional member extending along said longitudinal axis between said opposite ends, said at least one electro-functional member being interlaced in said wall at a plurality of nodes; characterised in that said at least one electro-functional member forms at least one unrestrained loop intermediate said opposite ends (16, 18), said at least one electro-functional member having a straightened length that is greater than said straightened length of said sleeve, thereby allowing opposite ends (26, 28) of the at least one electro-functional member to be pulled axially outwardly away from said opposite ends of said sleeve to form leads for attachment to a power source, which in turn reduced the size of said at least one loop.
A device for contactless monitoring of a patient's vital signs including a measuring member and a processing unit, the measuring member including a piezoelectric sensor formed by a first and a second conductive electrode (9, 10), connected to the processing unit, and a piezoelectric element, wherein the measuring member further contains a third conductive electrode near the piezoelectric sensor, which third conductive electrode is also connected to the processing unit such that said third conductive electrode, along with one of the first and the second conductive electrodes (9, 10), forms a capacitor for measuring a change in capacitance when the distance between the one of the conductive electrodes (9, 10) of the piezoelectric sensor and the third electrode varies depending on the perpendicular force on the measuring member.
A multilayered structure for stably storing DNA comprising: a negatively-charged magnetic core; a plurality of alternating layers of DNA and of a polycationic molecule; and silica coating, wherein the multilayered structure contains at least 1% DNA by weight and protects the DNA such that at least 50% of the DNA survives exposure to a DNA-degrading agent. a negatively-charged magnetic core; a plurality of alternating layers of DNA and of a polycationic molecule; and silica coating, wherein the multilayered structure contains at least 1% DNA by weight and protects the DNA such that at least 50% of the DNA survives exposure to a DNA-degrading agent.
An optical modulator comprising a semiconductor-based optical waveguide (130, 150, 168, 170, 200) and a pair of RF waveguides (112, 114, 138, 158, 160, 186, 210), wherein the optical waveguide (130, 150, 168, 170, 200) and the RF waveguide (112, 114, 138, 158, 160, 186, 210) are configured with coupling regions (116, 118) to provide an RF electromagnetic field within the optical waveguide (130, 150, 168, 170, 200) and with one or more compensation sections (132, 134, 136, 152, 154, 156, 162, 164, 166, 172, 174, 178, 180, 182, 184, 202, 204, 206, 208, 212, 214, 216, 472, 474, 476, 478, 556, 558, 560, 562, 620, 622, 624, 626, 628, 630) with lengths of either optical waveguide (130, 150, 168, 170, 200) or RF waveguide (112, 114, 138, 158, 160, 186, 210) that have substantially reduced or eliminated electro-optical coupling, wherein the RF waveguides (112, 114, 138, 158, 160, 186, 210) form a continuous waveguide structure through the one or more compensation sections (132, 134, 136, 152, 154, 156, 162, 164, 166, 172, 174, 178, 180, 182, 184, 202, 204, 206, 208, 212, 214, 216, 472, 474, 476, 478, 556, 558, 560, 562, 620, 622, 624, 626, 628, 630) wherein the one or more compensation sections comprise one or more dopant compensation sections along the semiconductor-based optical waveguide having an altered cross sectional dopant profile relative to the remaining sections of the optical waveguide.
A battery module, wherein the battery module comprises: a plurality of batteries, arranged sequentially along a thickness direction; side plates, disposed on two ends of the plurality of batteries in a width direction; and a composite pad, disposed between two corresponding adjacent batteries along the thickness direction, wherein the composite pad comprises a cushion material sheet and a connecting strip disposed around the cushion material sheet, and a first bulge is disposed on the connecting strip; a first through-hole is disposed on each side plate, and the first through-hole corresponds to the first bulge; and the first bulge is inserted into the first through-hole so that the connecting strip is fixedly connected to the side plate wherein each side plate comprises a main body and a lower bending portion, the lower bending portion extends from a lower side of the main body toward the plurality of batteries along the width direction, the lower bending portion is located on a lower side of the plurality of batteries in a height direction, and the first through-hole is disposed on the lower bending portion; and the connecting strip comprises a lower connecting strip, the lower connecting strip is located on a lower side of the cushion material sheet, and the first bulge is formed on the lower connecting strip. a plurality of batteries, arranged sequentially along a thickness direction; side plates, disposed on two ends of the plurality of batteries in a width direction; and a composite pad, disposed between two corresponding adjacent batteries along the thickness direction, wherein the composite pad comprises a cushion material sheet and a connecting strip disposed around the cushion material sheet, and a first bulge is disposed on the connecting strip; a first through-hole is disposed on each side plate, and the first through-hole corresponds to the first bulge; and the first bulge is inserted into the first through-hole so that the connecting strip is fixedly connected to the side plate wherein each side plate comprises a main body and a lower bending portion, the lower bending portion extends from a lower side of the main body toward the plurality of batteries along the width direction, the lower bending portion is located on a lower side of the plurality of batteries in a height direction, and the first through-hole is disposed on the lower bending portion; and the connecting strip comprises a lower connecting strip, the lower connecting strip is located on a lower side of the cushion material sheet, and the first bulge is formed on the lower connecting strip.