mhurhangee/ep-ind-claims huggingface dataset:
A wavelength converting structure comprising an SWIR phosphor material having emission wavelengths in the range of 1000 to 1700 nm, wherein the SWIR phosphor material incudes at least one of: AE 1-x-z A z+0.5(x-y) D 2+0.5(x-y)-z-u E z O 4:Ni y,Cr u where AE = Mg, Zn, Co, or Be, or mixtures thereof, A = Li, Na, Cu, or Ag, or mixtures thereof, D = Ga, Al, B, In, or Sc, or mixtures thereof, and E = Si, Ge, Sn, Ti, Zr, or Hf, or mixtures thereof; where 0 ≤ x ≤ 1, 0 < y ≤ 0.1, 0 ≤ z ≤ 1, 0 ≤ u ≤ 0.2; RET 1-2p O 3:Ni p,Z p where RE = La, Gd, Y, Lu, Yb, Nd, Tm, or Er, or mixtures thereof, T = Al, Ga, Sc, or In, or mixtures thereof, and Z = Ti, Hf, Zr, Si, Ge, or Sn, or mixtures thereof; 0 < p ≤ 0.1; and RE 3 AA 2-2q-s TT 3 O 12:Ni q,Z q,Cr s where RE = La, Gd, Y, Lu, Yb, Nd, Tm, or Er, or mixtures thereof, AA = Ga, Sc, In, Al, or Lu, TT = Al, or Ga, or mixtures thereof, Z = Ti, Hf, Zr, Si, Ge, or Sn, or mixtures thereof; 0 < q ≤ 0.1, 0 < s ≤ 0.2. AE 1-x-z A z+0.5(x-y) D 2+0.5(x-y)-z-u E z O 4:Ni y,Cr u where AE = Mg, Zn, Co, or Be, or mixtures thereof, A = Li, Na, Cu, or Ag, or mixtures thereof, D = Ga, Al, B, In, or Sc, or mixtures thereof, and E = Si, Ge, Sn, Ti, Zr, or Hf, or mixtures thereof; where 0 ≤ x ≤ 1, 0 < y ≤ 0.1, 0 ≤ z ≤ 1, 0 ≤ u ≤ 0.2; RET 1-2p O 3:Ni p,Z p where RE = La, Gd, Y, Lu, Yb, Nd, Tm, or Er, or mixtures thereof, T = Al, Ga, Sc, or In, or mixtures thereof, and Z = Ti, Hf, Zr, Si, Ge, or Sn, or mixtures thereof; 0 < p ≤ 0.1; and RE 3 AA 2-2q-s TT 3 O 12:Ni q,Z q,Cr s where RE = La, Gd, Y, Lu, Yb, Nd, Tm, or Er, or mixtures thereof, AA = Ga, Sc, In, Al, or Lu, TT = Al, or Ga, or mixtures thereof, Z = Ti, Hf, Zr, Si, Ge, or Sn, or mixtures thereof; 0 < q ≤ 0.1, 0 < s ≤ 0.2.
Acquisition device to limit leakage current in electrophysiological signal recording devices, that comprises an active transducer connected to a transimpedance amplifier and intended to contact a body tissue, and an alternate voltage source, connected to the active transducer, opposite to the transimpedance amplifier, characterized in that the device additionally comprises: - a direct voltage source, connected to the active transducer, parallel to the alternate voltage source, - a first capacitor connected between the alternate voltage source and the active transducer, - a second resistor connected between the direct voltage source and the active transducer, parallel to the first capacitor and the alternate voltage source, and - a second capacitor, connected between the active transducer and the transimpedance amplifier. - a direct voltage source, connected to the active transducer, parallel to the alternate voltage source, - a first capacitor connected between the alternate voltage source and the active transducer, - a second resistor connected between the direct voltage source and the active transducer, parallel to the first capacitor and the alternate voltage source, and - a second capacitor, connected between the active transducer and the transimpedance amplifier.
A liquid containing body, comprising a flexible member configured to contain a liquid which is hardened by irradiation of ultraviolet light; a supply member connected to the flexible member, the supply member including a supply port configured to supply the liquid to a liquid ejecting device from the flexible member; a first bag housing the flexible member and the supply member, the first bag being transparent or translucent to allow the ultraviolet light to pass through; and a second bag housing the first bag, the second bag being configured to block the ultraviolet light and visible light.
A manufacturing method of a joined body, comprising disposing a solution containing an oxide film remover on a junction region of a first junction target member made of a metal, and then placing a second junction target member made of a metal on the first junction target member; and applying a load to the junction region of the first junction target member, thereby joining the first junction target member and the second junction target member together to form a joined body, characterized in that the oxide film remover is potassium hydroxide, and a concentration of potassium hydroxide as the oxide film remover in the solution is less than or equal to 2%.
A display device wherein a first substrate and a second substrate are provided, facing each other, the first substrate includes a substrate body, a first group of interconnects provided on the substrate body, and a second group of interconnects with an insulating film being interposed between the first and second groups of interconnects (21, 23), a passivation film and a planarization film stacked on the substrate body above the second group of interconnects, in a display region, the first group of interconnects extend in parallel to each other and the second group of interconnects extend in parallel to each other in a direction intersecting the first group of interconnects, and pixels displaying an image are formed, corresponding to switching elements each formed in the vicinity of a corresponding one of intersections of the first and second groups of interconnects (21, 23) as viewed from above, a groove is formed by locally removing in the passivation film and the planarization film, the groove continuously extending along an outer perimeter portion of the first substrate outside the display region and crossing the first group of interconnects, an underlying metal layer is provided in the same layer in which the second group of interconnects are formed, underlying the groove in at least regions where the groove overlaps the first group of interconnects as viewed from above, and the groove is formed in a perimeter non-display region surrounding the display region, a seal is formed in a seal region within the perimeter non-display region, the groove overlaps the seal region or is located between the seal region and the display region, and an alignment film is formed in the display region on the planarization film and stops at the groove.
A heat exchanger for an internal combustion engine, comprising a first connecting region (1, 102) for the supply of a fluid to be cooled, wherein the fluid is at least proportionately composed of exhaust gas of the internal combustion engine, a second connecting region (3, 103) for the discharge of the fluid, and an exchanger region (2, 101, 104, 105) arranged between the first and the second connecting region with regard to a flow path of the fluid, wherein a coolant is able to flow around the exchanger region (2, 101, 104, 105), characterised in that at least a part of the heat exchanger is composed of ferritic steel, wherein the ferritic part of the heat exchanger corresponds substantially to the first connecting region (1, 102) and is glued to the exchanger region (2, 101, 104, 105) in a firmly bonded fashion, wherein a further part of the heat exchanger is composed of an austenitic steel, and wherein the part composed of ferritic steel and the part composed of austenitic steel are directly glued to one another in a firmly bonded fashion.
A communication device comprising: a transmitter configured to receive an input signal and output a radio frequency transmit signal that is transmitted by the communication device; a main receiver configured to receive a radio frequency receive signal and output a main receiver output signal, the main receiver output signal comprising passive intermodulation distortion that is a non-linear function of the radio frequency transmit signal output by the transmitter; a tunable non-linear circuit configured to generate an intermodulation product signal comprising a plurality of intermodulation products as a function of a signal that is indicative of the radio frequency transmit signal; an auxiliary receiver configured to receive the intermodulation product signal to provide an auxiliary receiver output signal comprising only a subset of the plurality of intermodulation products that fall within a passband of the main receiver; an adaptive filter configured to adaptively filter the auxiliary receiver output signal to provide a passive intermodulation estimate signal that is an estimate of the passive intermodulation distortion in the main receiver output signal; and subtraction circuitry configured to subtract the passive intermodulation estimate signal from the main receiver output signal to thereby provide a compensated output signal. a transmitter configured to receive an input signal and output a radio frequency transmit signal that is transmitted by the communication device; a main receiver configured to receive a radio frequency receive signal and output a main receiver output signal, the main receiver output signal comprising passive intermodulation distortion that is a non-linear function of the radio frequency transmit signal output by the transmitter; a tunable non-linear circuit configured to generate an intermodulation product signal comprising a plurality of intermodulation products as a function of a signal that is indicative of the radio frequency transmit signal; an auxiliary receiver configured to receive the intermodulation product signal to provide an auxiliary receiver output signal comprising only a subset of the plurality of intermodulation products that fall within a passband of the main receiver; an adaptive filter configured to adaptively filter the auxiliary receiver output signal to provide a passive intermodulation estimate signal that is an estimate of the passive intermodulation distortion in the main receiver output signal; and subtraction circuitry configured to subtract the passive intermodulation estimate signal from the main receiver output signal to thereby provide a compensated output signal.
Electric drive for a motor vehicle, comprising an electric traction machine housed in a first casing, the output shaft of which is coupled by a splined connection to an input shaft of a reduction gear housed in a second casing, requiring the mutual centring of the two casings, characterized in that each of the casings has a female centring land (2c, 3c) engaged around a common bearing part having two male centring lands of the same diameter separated by an annular central stop.
A wideband and broadband radio-frequency bidirectional coupler with power divider/combiner functionality (200A, 200B, 300, 400A, 400B, 400C) for signals with frequency reaching up to 300 GHz, comprising: - a free propagation region substrate with a pair of opposed edges (240A, 240B); - a first group of access ports (P-L1 - P-LM) established along a first edge of said pair of opposed edges (240A, 240B); and - a second group of access ports (P-R1 - P-RM) established along a second edge of said pair of opposed edges (240A, 240B), wherein the first and second groups of access ports (P-L1 - P-LM), (P-R1 - P-RN) comprise: dielectric waveguide, DW, structures (DW-L1 - DW-LM), (DW-R1 - DW-RN) wherein the free propagation region substrate is configured to work as a 2D free-space propagation region, such that the DW structures (DW-L1 - DW-LM), (DW-R1 - DW-RN) provide a high-pass filter transfer function over a high frequency range starting from a low cut-off frequency, f CL, in the microwave range or in the millimeter-wave range. - a free propagation region substrate with a pair of opposed edges (240A, 240B); - a first group of access ports (P-L1 - P-LM) established along a first edge of said pair of opposed edges (240A, 240B); and - a second group of access ports (P-R1 - P-RM) established along a second edge of said pair of opposed edges (240A, 240B), wherein the first and second groups of access ports (P-L1 - P-LM), (P-R1 - P-RN) comprise: dielectric waveguide, DW, structures (DW-L1 - DW-LM), (DW-R1 - DW-RN) wherein the free propagation region substrate is configured to work as a 2D free-space propagation region, such that the DW structures (DW-L1 - DW-LM), (DW-R1 - DW-RN) provide a high-pass filter transfer function over a high frequency range starting from a low cut-off frequency, f CL, in the microwave range or in the millimeter-wave range.
Belt picker for a harvesting machine, particularly a hemp plant harvesting machine, for picking flowers or umbels from a plant to be harvested with a stem, wherein the plant is particularly a hemp plant, wherein the belt picker comprises at least two oppositely arranged drum belts, which form a picking space for the plants to be harvested in the gap between them, wherein the surfaces of the drum belts are driven downward in the picking space, wherein the plants are guided vertically with the plant tip hanging downward through the picking space past the drum belts in a pass-through direction, wherein picking fingers are provided on the surfaces of the drum belts, particularly arranged with a spacing from each other, wherein a belt surface shape adjustment device is present, which at least partially pushes the surfaces of the drum belts into the picking space, characterized in that by means of this device, the opposing surfaces of the drum belts can be adjusted to be convex toward each other. wherein the belt picker comprises at least two oppositely arranged drum belts, which form a picking space for the plants to be harvested in the gap between them, wherein the surfaces of the drum belts are driven downward in the picking space, wherein the plants are guided vertically with the plant tip hanging downward through the picking space past the drum belts in a pass-through direction, wherein picking fingers are provided on the surfaces of the drum belts, particularly arranged with a spacing from each other, wherein a belt surface shape adjustment device is present, which at least partially pushes the surfaces of the drum belts into the picking space, characterized in that by means of this device, the opposing surfaces of the drum belts can be adjusted to be convex toward each other.
A detector element for x-radiation, containing the following components; a) an electrode layer; b) a conversion layer for the direct conversion of x-radiation into an electrical signal, c) a photoconductive separating layer, which is arranged on at least one side of the conversion layer; d) a plurality of pixel electrodes, each with a signal memory and a readout circuit; characterised by e) illumination means for selective illumination of the photoconductive separating layer, such that the conductivity of the photoconductive separating layer can be selectively increased by illumination with the illumination means. a) an electrode layer; b) a conversion layer for the direct conversion of x-radiation into an electrical signal, c) a photoconductive separating layer, which is arranged on at least one side of the conversion layer; d) a plurality of pixel electrodes, each with a signal memory and a readout circuit; characterised by e) illumination means for selective illumination of the photoconductive separating layer, such that
A method of wireless communication, comprising: configuring a radio frame (1102, 1104) with a selected subframe configuration selected from a set of subframe configurations, wherein the radio frame (1102, 1104) is part of a sequence of a plurality of radio frames (1102, 1104); communicating with a user equipment, UE, during the radio frame (1102, 1104) using the selected subframe configuration; and communicating, from a base station, an indication of a restriction to the user equipment, such that the subframe configuration is limited based on the restriction and excludes one or more of the radio frames (1102, 1104) from conforming to one or more subframe configurations of the set, based at least in part on a position of the radio frame (1102, 1104) within the sequence of radio frames (1102, 1104). configuring a radio frame (1102, 1104) with a selected subframe configuration selected from a set of subframe configurations, wherein the radio frame (1102, 1104) is part of a sequence of a plurality of radio frames (1102, 1104); communicating with a user equipment, UE, during the radio frame (1102, 1104) using the selected subframe configuration; and communicating, from a base station, an indication of a restriction to the user equipment, such that the subframe configuration is limited based on the restriction and excludes one or more of the radio frames (1102, 1104) from conforming to one or more subframe configurations of the set, based at least in part on a position of the radio frame (1102, 1104) within the sequence of radio frames (1102, 1104).
Plastering strip, suitable for attachment to a building edge having, for example, a thermal insulation, comprising at least one plastering limb (11, 12) and a drip strip projecting from the plastering limb (11, 12), wherein the drip strip is designed to be at least largely transparent, characterised in that the transparent part of the drip strip has a plaster-receiving region on one side, so that in the installed state of the plastering strip the color of a plaster layer shines through to the opposite, visible side of the transparent drip strip.
A thermal printer, comprising: a housing having a roll sheet receiving portion; a thermal head for printing on a recording paper drawn out from the roll sheet; a platen roller for feeding the recording paper and being held in abutment against the thermal head; a delivery slot through which the recording paper having been subjected to printing by the thermal head can be delivered to an outside of the housing, the delivery slot being formed in the housing; a retaining portion (61, 71) for retaining liquid having entered the housing in an assumed carriage posture assumed as a posture during carriage wherein the delivery slot is formed in a front wall of the housing, the retaining portion (61, 71) being formed below the delivery slot in a gravitational direction; and a flow path for guiding the liquid having entered the housing to the retaining portion (61, 71), characterised by a platen frame supporting the platen roller, wherein the retaining portion (61, 71) is integrally formed with the platen frame. a housing having a roll sheet receiving portion; a thermal head for printing on a recording paper drawn out from the roll sheet; a platen roller for feeding the recording paper and being held in abutment against the thermal head; a delivery slot through which the recording paper having been subjected to printing by the thermal head can be delivered to an outside of the housing, the delivery slot being formed in the housing; a retaining portion (61, 71) for retaining liquid having entered the housing in an assumed carriage posture assumed as a posture during carriage wherein the delivery slot is formed in a front wall of the housing, the retaining portion (61, 71) being formed below the delivery slot in a gravitational direction; and a flow path for guiding the liquid having entered the housing to the retaining portion (61, 71), characterised by a platen frame supporting the platen roller, wherein the retaining portion (61, 71) is integrally formed with the platen frame.
A fluid machine system comprising: a plurality of fluid machines (7A, 7B, 7C); and an operation number control device capable of individually controlling start and stop of the fluid machines, wherein the operation number control device sets a continuous operation time (Tc/2, Tc, Tcx2) for each of the fluid machines based on total operation times of the fluid machine and other fluid machines, and when among fluid machines in operation, there is a fluid machine for which the continuous operation time set for the fluid machine has elapsed and there is a fluid machine at stop, the operation number control device causes the fluid machine at stop to start and causes the fluid machine to stop, characterized in that, when among the fluid machines in operation, there is the fluid machine for which the continuous operation time set for the fluid machine has elapsed, and when there is the fluid machine at stop and an elapsed time from stop of the fluid machine at stop is shorter than a predetermined time (Th), the operation number control device causes the fluid machine at stop to start after the predetermined time (Th) has elapsed, and only then causes the fluid machine to stop. a plurality of fluid machines (7A, 7B, 7C); and an operation number control device capable of individually controlling start and stop of the fluid machines, wherein the operation number control device sets a continuous operation time (Tc/2, Tc, Tcx2) for each of the fluid machines based on total operation times of the fluid machine and other fluid machines, and when among fluid machines in operation, there is a fluid machine for which the continuous operation time set for the fluid machine has elapsed and there is a fluid machine at stop, the operation number control device causes the fluid machine at stop to start and causes the fluid machine to stop, characterized in that, when among the fluid machines in operation, there is the fluid machine for which the continuous operation time set for the fluid machine has elapsed, and when there is the fluid machine at stop and an elapsed time from stop of the fluid machine at stop is shorter than a predetermined time (Th), the operation number control device causes the fluid machine at stop to start after the predetermined time (Th) has elapsed, and only then causes the fluid machine to stop.
A vacuum insulation material comprising: a core member including a large number of minute spaces; a cover member having an internal space in which the core member is housed, the internal space being decompression-sealed; and an inspection member provided between the core member and the cover member, characterized in that the inspection member includes a retaining portion disposed on the core member, and a hole formed in the retaining portion; the core member includes a recess having a surface lower than a surrounding surface, and the inspection member is fitted in the recess. a core member including a large number of minute spaces; a cover member having an internal space in which the core member is housed, the internal space being decompression-sealed; and an inspection member provided between the core member and the cover member, characterized in that the inspection member includes a retaining portion disposed on the core member, and a hole formed in the retaining portion; a retaining portion disposed on the core member, and a hole formed in the retaining portion; the core member includes a recess having a surface lower than a surrounding surface, and the inspection member is fitted in the recess.