mhurhangee/ep-ind-claims huggingface dataset:
A single-layer multi-point touch-control conductive film, comprising: a transparent substrate, having a first surface and a second surface opposite to the first surface; a bridging module, made of a conductive material and provided on the first surface of the transparent substrate; a transparent polymer sub-layer, provided on the first surface of the transparent substrate, wherein the transparent polymer sub-layer covers the bridging module; the transparent polymer sub-layer is formed with a first groove-shaped grid on a surface thereof, the first groove-shaped grid is filled with a conductive material, respectively forming a first electrode and a plurality of second electrode modules, the first electrode is arranged extending along a first dimension direction, the plurality of second electrode modules are arranged at spaced intervals along a second dimension direction intersecting with the first dimension direction, the bridging module is configured to electrically connect two adjacent second electrode modules, so as to form a column of second electrodes extending along the second dimension direction; and a conductive module, embedded in the transparent polymer sub-layer, and penetrating the transparent polymer sub-layer, so that the conductive module is in direct electrical connection with the bridging module; each of the second electrode modules is in electrical connection with the bridging module via the conductive module, so as to form the second electrode. a transparent substrate, having a first surface and a second surface opposite to the first surface; a bridging module, made of a conductive material and provided on the first surface of the transparent substrate; a transparent polymer sub-layer, provided on the first surface of the transparent substrate, wherein the transparent polymer sub-layer covers the bridging module; the transparent polymer sub-layer is formed with a first groove-shaped grid on a surface thereof, the first groove-shaped grid is filled with a conductive material, respectively forming a first electrode and a plurality of second electrode modules, the first electrode is arranged extending along a first dimension direction, the plurality of second electrode modules are arranged at spaced intervals along a second dimension direction intersecting with the first dimension direction, the bridging module is configured to electrically connect two adjacent second electrode modules, so as to form a column of second electrodes extending along the second dimension direction; and a conductive module, embedded in the transparent polymer sub-layer, and penetrating the transparent polymer sub-layer, so that the conductive module is in direct electrical connection with the bridging module; each of the second electrode modules is in electrical connection with the bridging module via the conductive module, so as to form the second electrode.
A method for controlling a super capacitor module for a vehicle with a high voltage power source, wherein the super capacitor module comprises: a super capacitor, high power control electronics for controlling and actuating charging of the super capacitor, a high-powered DC-DC converter connected to super capacitor and adapted to be connected to a low voltage power supply system, a voltage comparison circuit connected to the super capacitor and adapted to be connected to a low voltage power source, the super capacitor module being adapted to be connected to at least one Electric Control Units for a vehicle and/or a starter motor for a vehicle, wherein the method comprises the steps of: detecting that a low voltage power source is attached to the super capacitor module, in response to detecting that a low voltage power source is attached to the super capacitor module, operating the high-power control electronics so as to choose charging intervals of the super capacitor so that the voltage of the super capacitor is above the nominal voltage of the low voltage power source, detecting that a low voltage power source is not attached to the super capacitor module, detecting that at least one ECU is connected to the super capacitor module, in response to not detecting that a low voltage power source is attached to the super capacitor module and detecting that an ECU is connected to the super capacitor module, operating the high-power control electronics so as to choose charging intervals of the super capacitor within allowable intervals for the at least one ECU, detecting that a starter motor is not attached to the super capacitor module, in response to not detecting that a starter motor is attached to the super capacitor module, utilizing the high-powered DC-DC circuit to convert high voltage power from the high voltage power source to low voltage and supplying the low voltage to the low voltage supply system.
Arrangement for providing an AC current to a load for direct electrical heating, characterised in that the arrangement comprising: a AC-DC-AC converter cell (133, 433, 533, 633, 733), the converter cell having at least two converter input terminals (111, 112, 113) connected to at least two transformer output terminals of a transformer having three input terminals, the AC-DC-AC converter cell having a first converter output terminal (135, 435, 535) and a second converter output terminal (137, 437, 537), wherein the first converter output terminal is adapted to be connected to the load (350, 650, 750, 850); the arrangement further comprising: a master control system providing pulse width modulation signals to semiconductor switches comprised in the AC-DC-AC converter cell in order to achieve a symmetrical input load on all the three transformer input terminals (241, 242, 243). a AC-DC-AC converter cell (133, 433, 533, 633, 733), the converter cell having at least two converter input terminals (111, 112, 113) connected to at least two transformer output terminals of a transformer having three input terminals, the AC-DC-AC converter cell having a first converter output terminal (135, 435, 535) and a second converter output terminal (137, 437, 537), wherein the first converter output terminal is adapted to be connected to the load (350, 650, 750, 850); the arrangement further comprising: a master control system providing pulse width modulation signals to semiconductor switches comprised in the AC-DC-AC converter cell in order to achieve a symmetrical input load on all the three transformer input terminals (241, 242, 243).
Spinal fixation system for connecting a spinal vertebra to a rod, comprising a clamp and a screw, the screw having a proximal head and a distal post with an outer thread and a free distal end, the clamp having a screw channel, a band channel and a rod channel, the rod channel extending along an axis through the clamp and forming a passage for receiving a rod, said rod channel being open towards a lateral side through a lateral opening and running at least approximately perpendicular to the screw channel; the band channel being provided adjacent to the screw channel and forming a passage for receiving a flexible band; the screw channel running at an angle to the rod channel and having an internal screw thread for engagement with an outer thread of the screw to allow the screw to be advanced from a first band-locking position into a second rod-locking position, wherein, in the first band-locking position, the cross-section of the band channel is compressed to inhibit movement of the band within the band channel with respect to the clamp, while allowing axial movement of the rod within the rod channel, and wherein, in the second rod-locking position, a cross-section of the rod channel is restricted to inhibit axial movement of the rod within the rod channel. the screw having a proximal head and a distal post with an outer thread and a free distal end, the clamp having a screw channel, a band channel and a rod channel, the rod channel extending along an axis through the clamp and forming a passage for receiving a rod, said rod channel being open towards a lateral side through a lateral opening and running at least approximately perpendicular to the screw channel; the band channel being provided adjacent to the screw channel and forming a passage for receiving a flexible band; the screw channel running at an angle to the rod channel and having an internal screw thread for engagement with an outer thread of the screw to allow the screw to be advanced from a first band-locking position into a second rod-locking position, wherein, in the first band-locking position, the cross-section of the band channel is compressed to inhibit movement of the band within the band channel with respect to the clamp, while allowing axial movement of the rod within the rod channel, and wherein, in the second rod-locking position, a cross-section of the rod channel is restricted to inhibit axial movement of the rod within the rod channel.
An air conditioner which includes an indoor unit having plural outlet ports including a first outlet port and a second outlet port for blowing air into a room and uses flammable refrigerant, plural passages toward the respective outlet ports being formed in the indoor unit, the plural passages including a first passage toward the first outlet port and a second passage toward the second outlet port, the air conditioner comprising: an adjusting mechanism which is provided on the first passage and is configured to adjust an aperture area of the first passage; a refrigerant gas sensor provided in the indoor unit; and a controlling unit configured to control the adjusting mechanism, in a driving state in which the aperture area is restricted to be small by the adjusting mechanism, when the refrigerant gas sensor detects refrigerant gas, the controlling unit being configured to increase the aperture area. an adjusting mechanism which is provided on the first passage and is configured to adjust an aperture area of the first passage; a refrigerant gas sensor provided in the indoor unit; and a controlling unit configured to control the adjusting mechanism, in a driving state in which the aperture area is restricted to be small by the adjusting mechanism, when the refrigerant gas sensor detects refrigerant gas, the controlling unit being configured to increase the aperture area.
A self-adhering roofing membrane comprising: i. A polyvinylchloride-based waterproofing layer having a first and a second major surface, ii. An adhesive layer coated on and covering at least portion of the second major surface of the waterproofing layer, iii. Optionally a release liner, characterized in that the adhesive layer is an acrylic pressure sensitive adhesive, wherein the adhesive layer comprises at least 85 wt.-% of at least one acrylic polymer, based on the total weight of the adhesive layer. i. A polyvinylchloride-based waterproofing layer having a first and a second major surface, ii. An adhesive layer coated on and covering at least portion of the second major surface of the waterproofing layer, iii. Optionally a release liner, characterized in that the adhesive layer is an acrylic pressure sensitive adhesive, wherein the adhesive layer comprises at least 85 wt.-% of at least one acrylic polymer, based on the total weight of the adhesive layer.
A method comprising the steps of: receiving at least one of a broadcast type of input signal and a home networking type of input signal through one input of a signal receiving device; determining if the received signal is of the broadcast type of input signal or the home networking type of input signal; generating a first control signal associated with a first mode of operation, the first control signal configuring a low power level for use in the first mode of operation if the received signal is of the broadcast type of input signal; determining a network protocol associated with a second mode of operation, the network protocol being at least one of an Ethernet protocol and a Multimedia over Cable Alliance protocol; generating a second control signal associated with the second mode of operation, the second control signal configuring a full power level for use in the second mode of operation based on the determined at least one network protocol if the received signal is of the home networking type of input signal; providing the first control signal or the second control signal to a first circuit of the signal receiving device; and configuring the low power level or the full power level of the first circuit based on the first control signal or the second control signal. receiving at least one of a broadcast type of input signal and a home networking type of input signal through one input of a signal receiving device; determining if the received signal is of the broadcast type of input signal or the home networking type of input signal; generating a first control signal associated with a first mode of operation, the first control signal configuring a low power level for use in the first mode of operation if the received signal is of the broadcast type of input signal; determining a network protocol associated with a second mode of operation, the network protocol being at least one of an Ethernet protocol and a Multimedia over Cable Alliance protocol; generating a second control signal associated with the second mode of operation, the second control signal configuring a full power level for use in the second mode of operation based on the determined at least one network protocol if the received signal is of the home networking type of input signal; providing the first control signal or the second control signal to a first circuit of the signal receiving device; and configuring the low power level or the full power level of the first circuit based on the first control signal or the second control signal.
A method of identifying a modulator of active longevity, the method comprising: providing a C. elegans animal; administering a candidate compound to the C. elegans animal; and monitoring expression of a C. elegans gene chosen from one or more genes in Tables 1, 2 and 3 discovered in human suicide, wherein a change in the expression of C. elegans gene in opposite direction to the one in suicide indicates that the candidate compound modulates longevity.
A lighting device, comprising a tube and end caps located at two ends of the tube, a lighting assembly arranged in the tube, and a driver for the lighting assembly, characterized by, further comprising an antenna and a wireless communication circuit for conducting wireless communication, the antenna being provided in the end cap and the wireless communication circuit being provided in the tube or at least partially provided in the end cap, and one side of the wire communication circuit being connected to the driver and the other side thereof being connected to the antenna.
An indication information transmission apparatus, comprising: a first determining module, configured to determine a first signature sequence and a first modulation constellation that are used to transmit an uplink data stream by a terminal device, wherein each signature sequence is a multi-dimensional complex-number vector comprising at least one zero element and at least one non-zero element, and the signature sequence is used to perform amplitude and phase adjustment on a modulation symbol obtained after the terminal device performs constellation mapping on the uplink data stream by using a modulation constellation; a second determining module, configured to determine indication information used to indicate the first signature sequence and the first modulation constellation that are determined by the first determining module; and a transmitting module, configured to transmit, to the terminal device, the indication information determined by the second determining module. a first determining module, configured to determine a first signature sequence and a first modulation constellation that are used to transmit an uplink data stream by a terminal device, wherein each signature sequence is a multi-dimensional complex-number vector comprising at least one zero element and at least one non-zero element, and the signature sequence is used to perform amplitude and phase adjustment on a modulation symbol obtained after the terminal device performs constellation mapping on the uplink data stream by using a modulation constellation; a second determining module, configured to determine indication information used to indicate the first signature sequence and the first modulation constellation that are determined by the first determining module; and a transmitting module, configured to transmit, to the terminal device, the indication information determined by the second determining module.
An image display system comprising one or more processors, the one or more processors including: an image acquisition unit configured to acquire an image; an area setting unit configured to set a plurality of viewing areas to which the image is to be assigned; an image assignment unit configured to assign the image to each of the plurality of viewing areas, the image being assigned to each of the plurality of viewing areas based on a respective range of the image for each respective viewing area; wherein the range of the image divides the image into a plurality of image portions corresponding to the plurality of viewing areas; an image display unit configured to display the image portions in the plurality of viewing areas the image is assigned to; an operation determination unit configured to determine a user operation performed in a first viewing area among the plurality of viewing areas each having the respective image portion assigned thereto; and a display control unit configured to change the image in the first viewing area and the image in a second viewing area other than the first viewing area among the plurality of viewing areas concurrently based on the user operation performed in the first viewing area. an image acquisition unit configured to acquire an image; an area setting unit configured to set a plurality of viewing areas to which the image is to be assigned; an image assignment unit configured to assign the image to each of the plurality of viewing areas, the image being assigned to each of the plurality of viewing areas based on a respective range of the image for each respective viewing area; wherein the range of the image divides the image into a plurality of image portions corresponding to the plurality of viewing areas; an image display unit configured to display the image portions in the plurality of viewing areas the image is assigned to; an operation determination unit configured to determine a user operation performed in a first viewing area among the plurality of viewing areas each having the respective image portion assigned thereto; and a display control unit configured to change the image in the first viewing area and the image in a second viewing area other than the first viewing area among the plurality of viewing areas concurrently based on the user operation performed in the first viewing area.
A method for preparing labels for application to containers, wherein glue is applied in a variable glue image directly onto a glue application surface of at least one label by means of a controllable glue printer (108, 508, 608) having a plurality of glue discharge openings; characterized by moving the glue application surface to be printed-on past the plurality of glue discharge openings of the glue printer (108, 508, 608) by means of a controllably pivotable pallet (106, 404, 504, 604), the glue application surface facing away from the pallet (106, 404, 504, 604); and suctionally attracting the label by means of a plurality of suction openings (446, 546, 646) in a contacting surface (423, 523) of the pallet (106, 404, 504, 604); wherein the suction openings (446, 546, 646) are activated or deactivated, individually or in groups, depending on a size and/or shape of the label to be conveyed. moving the glue application surface to be printed-on past the plurality of glue discharge openings of the glue printer (108, 508, 608) by means of a controllably pivotable pallet (106, 404, 504, 604), the glue application surface facing away from the pallet (106, 404, 504, 604); and suctionally attracting the label by means of a plurality of suction openings (446, 546, 646) in a contacting surface (423, 523) of the pallet (106, 404, 504, 604); wherein the suction openings (446, 546, 646) are activated or deactivated, individually or in groups, depending on a size and/or shape of the label to be conveyed.
A drive device for a sliding door or pivot sliding door of a passenger transportation vehicle, comprising: at least one runner mounted such that it can at least move linearly so as to move a door leaf attached thereto, a motor attached to the runner or to the passenger transportation vehicle, and a first transmission mechanism (2, 5, 6) between the motor and runner so as to cause at least the longitudinal displacement of the runner, characterised in that, between the motor and the first transmission mechanism, at least two attachment options (13, 14) are provided, which differ in the arrangement relationship of the first transmission mechanism (2, 5, 6) and the motor, in a supporting structure on which the at least two attachment options (13, 14) for the motor are provided, wherein, in at least one of the arrangement relationships, a drive shaft of the motor is arranged coaxially with an input shaft, which is mounted on the supporting structure, of the first transmission mechanism (2, 6), and wherein, in at least one of the arrangement relationships, the drive shaft of the motor is arranged parallel to the input shaft, which is mounted on the supporting structure, of the first transmission mechanism (2, 5, 6).
A method (100, 200, 400) for direct-diffuse decomposition of an input signal having a plurality of channels, comprising: estimating correlation coefficients (110, 220, 420) between each pair of channels from the plurality of channels; constructing a linear system of equations (130, 240, 440) relating the estimated correlation coefficients and direct energy fractions of each of the plurality of channels, wherein the direct energy fraction for a channel is defined as the ratio of the energy of the direct component to the total energy of the channel; solving the linear system (140, 240, 440) to estimate the direct energy fractions; and generating (280, 480) a direct component output signal and a diffuse component output signal based in part on the direct energy fractions. estimating correlation coefficients (110, 220, 420) between each pair of channels from the plurality of channels; constructing a linear system of equations (130, 240, 440) relating the estimated correlation coefficients and direct energy fractions of each of the plurality of channels, wherein the direct energy fraction for a channel is defined as the ratio of the energy of the direct component to the total energy of the channel; solving the linear system (140, 240, 440) to estimate the direct energy fractions; and generating (280, 480) a direct component output signal and a diffuse component output signal based in part on the direct energy fractions.
Application system component that is designed for being mounted on a robot of an application system and for applying an application agent on motor vehicle bodies and/or their attachments, in particular changeable nozzle or changeable bell cup, characterised by a transponder for storing component data for identification of the application system component and component data from which wear of the application system component can be determined, wherein the component data are readable, and a wear detection means for detecting wear of the application system component comprising at least one wear mark next to a wear portion of the application system component.