mhurhangee/ep-ind-claims huggingface dataset:
A base station apparatus that communicates with a mobile station apparatus using a multicarrier scheme, the base station apparatus comprising: a transmitter (102-1,..., 102-Na) configured to transmit pilot signals to the mobile station apparatus for a communication band used in the multicarrier scheme, the communication band being divided into a plurality of divided frequency bands and each divided frequency band including a plurality of subcarriers, the pilot signals being for use by the mobile station apparatus to set a transmission format based on space multiplexing adaptability detected for each divided frequency band; and a receiver (102-1,..., 102-Na) configured to receive the transmission format which is set by the mobile station apparatus for each of the plurality of divided frequency bands, the transmission format including a spatial multiplexing number and information on transmission/reception weight. a transmitter (102-1,..., 102-Na) configured to transmit pilot signals to the mobile station apparatus for a communication band used in the multicarrier scheme, the communication band being divided into a plurality of divided frequency bands and each divided frequency band including a plurality of subcarriers, the pilot signals being for use by the mobile station apparatus to set a transmission format based on space multiplexing adaptability detected for each divided frequency band; and a receiver (102-1,..., 102-Na) configured to receive the transmission format which is set by the mobile station apparatus for each of the plurality of divided frequency bands, the transmission format including a spatial multiplexing number and information on transmission/reception weight.
A fuel cell assembly, comprising: a separator plate; a first flow field layer and a second flow field layer associated with the separator plate, an electrolyte retaining matrix (6, 6'); a cathode catalyst layer; an anode catalyst layer; and a condensation zone; characterised by the flow field layers (12, 12') having an acid absorption rate of less than 0.10 mg.khr -1.cm -2; the electrolyte retaining matrix (6, 6') having a reaction rate with phosphoric acid of less than 0.010 mg.khr -1.cm -2; the condensation zone providing an evaporative phosphoric acid loss rate of less than 0.27 mg.khr -1.cm -2; and comprising hydrophilic substrates (10, 10') associated with the catalyst layers (8, 8'), the hydrophilic substrates (10, 10') having an initial transferable phosphoric acid content of less than 45 mg/cm 2. a separator plate; a first flow field layer and a second flow field layer associated with the separator plate, an electrolyte retaining matrix (6, 6'); a cathode catalyst layer; an anode catalyst layer; and a condensation zone; characterised by the flow field layers (12, 12') having an acid absorption rate of less than 0.10 mg.khr -1.cm -2; the electrolyte retaining matrix (6, 6') having a reaction rate with phosphoric acid of less than 0.010 mg.khr -1.cm -2; the condensation zone providing an evaporative phosphoric acid loss rate of less than 0.27 mg.khr -1.cm -2; and comprising hydrophilic substrates (10, 10') associated with the catalyst layers (8, 8'), the hydrophilic substrates (10, 10') having an initial transferable phosphoric acid content of less than 45 mg/cm 2.
A communication method in a frequency division duplex system, comprising: receiving, by a first terminal device, first dedicated signaling sent by a network device, and obtaining a first configuration message; and sending, based on the first configuration message, first information to the network device by using a second transmission frame structure, and receiving second information that is sent by the network device by using the second transmission frame structure, wherein the second transmission frame structure has a first fixed delay relative to a first transmission frame structure, and the first transmission frame structure is a frame structure that is used by a second terminal device to send third information to the network device and that is used by the network device to send fourth information to the second terminal device. receiving, by a first terminal device, first dedicated signaling sent by a network device, and obtaining a first configuration message; and sending, based on the first configuration message, first information to the network device by using a second transmission frame structure, and receiving second information that is sent by the network device by using the second transmission frame structure, wherein the second transmission frame structure has a first fixed delay relative to a first transmission frame structure, and the first transmission frame structure is a frame structure that is used by a second terminal device to send third information to the network device and that is used by the network device to send fourth information to the second terminal device.
A device for allowing a user to walk or run on the spot in an arbitrary direction, the device comprising a stationary central platform surrounded by a convex polygon shaped deck in level therewith, said deck being divided into trapezoid shaped roller conveyors, wherein each conveyor has rollers in parallel with the trapezoid bases, the shorter one of these adjoining said platform and the longer one of these forming a side of said polygonal shape, and wherein the rollers of said conveyors are driven in order to move a user stepping thereon back to said central platform, wherein said rollers are continuous circular cylindrical, and that beneath each conveyor there is a driving means for frictional driving engagement with said rollers from below, characterized in that said driving means comprises an endless belt extending along the roller conveyor in frictional driving engagement with all rollers thereof, and said driving means frictionally engages the conveyor rollers in a central part of these, said rollers being journalled at end parts thereof in resiliently mounted bearings.
Process for controlling the effect of a warhead, the cylindrical explosive charge of which has a defined porosity, wherein at least part of the explosive charge is compressed by means of application of pressure, wherein the explosive charge, which has a low density below the detonation limit, is at least partially compacted to a higher density by means of controlled compression, beginning from one side of the explosive charge, characterized by a compaction in the direction of the principal axis from a lower density below the detonation limit to a higher density above the detonation limit.
Procedure for operating a circuit configuration • With a power source • With an LED array (1, 2, 3) connected to the power source in a series, where the LED array (1, 2, 3) is comprised of at least two series circuits (1, 2,3) that contain a minimum of one LED (D1, D2, D3) and one controllable circuit element (S1, S2, S3) • With one control and/or regulation system for the LED array (1, 2,3) and • With one voltage sensor The control and/or regulation system activates the controllable circuit elements and the power source in such a way that the following occurs: • The control and/or regulation system uses a control pulse at the control input of the controllable circuit element (S1, S2, S3) to trigger closing of the controllable circuit element (S1, S2, S3) of at least one series circuit (1, 2, 3) of the LED array (1, 2,3) during a cycle period (Tcycle) lasting a pulse period duration (T1, T2, T3) that is determined by the control and/or regulation system. • During consecutive cycle periods (Tcycle) for the control and/or regulation system of one of the controllable circuit elements in the circuit series, only closing operations are triggered in a time period designated for diagnostics (Tdiag). This is characterized by the fact that: • Shortly before or right when the pulse period (T1, T2, T3) ends, the control and/or regulation system controls the power source so that the current is reduced by the amount of current that flows through the series circuit (1, 2, 3), whose controllable circuit element (S1, S2, S3) is triggered to open by the control and/or regulation system at the end of the pulse period (T1, T2, T3). • With a power source • With an LED array (1, 2, 3) connected to the power source in a series, where the LED array (1, 2, 3) is comprised of at least two series circuits (1, 2,3) that contain a minimum of one LED (D1, D2, D3) and one controllable circuit element (S1, S2, S3) • With one control and/or regulation system for the LED array (1, 2,3) and • With one voltage sensor • The control and/or regulation system uses a control pulse at the control input of the controllable circuit element (S1, S2, S3) to trigger closing of the controllable circuit element (S1, S2, S3) of at least one series circuit (1, 2, 3) of the LED array (1, 2,3) during a cycle period (Tcycle) lasting a pulse period duration (T1, T2, T3) that is determined by the control and/or regulation system. • During consecutive cycle periods (Tcycle) for the control and/or regulation system of one of the controllable circuit elements in the circuit series, only closing operations are triggered in a time period designated for diagnostics (Tdiag). • Shortly before or right when the pulse period (T1, T2, T3) ends, the control and/or regulation system controls the power source so that the current is reduced by the amount of current that flows through the series circuit (1, 2, 3), whose controllable circuit element (S1, S2, S3) is triggered to open by the control and/or regulation system at the end of the pulse period (T1, T2, T3).
A round baler for forming cylindrical bales of crop material, the baler comprising: - a main frame comprising opposing side walls (17, 17'); - means (26, 27, 28) for defining a bale forming chamber with a transverse inlet, these means (26, 27, 28) comprising an apron assembly, comprising crop engaging means disposed between the side walls (17, 17'), and configured to rotate a formed bale in a first direction; - these means (23, 27, 28) further comprising at least one roll extending along the width of the bale forming chamber and configured to rotate in the direction opposite to the first direction, the roll comprises a plurality of segments, arranged side-by-side in the axial direction of the roll, the segments being fixed to the rotation axis of the roll; - means for feeding crop material to the bale forming chamber through the inlet whereby the crop material accumulated in the bale forming chamber is engaged by the crop engaging means to form the crop material into a compacted cylindrical package in the bale forming chamber; - a supply of a continuous sheet of wrapping material (n); - a dispensing assembly, comprising insertion means, for selectively dispensing the sheet of wrapping material (n) into the bale forming chamber for wrapping the periphery of the cylindrical package of crop material to form a round bale, whereby the sheet of wrapping material (n) is inserted in a space directly in the vicinity of the roll, characterised in that stationary plates are mounted in the spaces between the segments, at least one of the plates comprising a cam-like extension, protruding from the roll surface for preventing wrapping material from wrapping around the roll. - a main frame comprising opposing side walls (17, 17'); - means (26, 27, 28) for defining a bale forming chamber with a transverse inlet, these means (26, 27, 28) comprising an apron assembly, comprising crop engaging means disposed between the side walls (17, 17'), and configured to rotate a formed bale in a first direction; - these means (23, 27, 28) further comprising at least one roll extending along the width of the bale forming chamber and configured to rotate in the direction opposite to the first direction, the roll comprises a plurality of segments, arranged side-by-side in the axial direction of the roll, the segments being fixed to the rotation axis of the roll; - means for feeding crop material to the bale forming chamber through the inlet whereby the crop material accumulated in the bale forming chamber is engaged by the crop engaging means to form the crop material into a compacted cylindrical package in the bale forming chamber; - a supply of a continuous sheet of wrapping material (n); - a dispensing assembly, comprising insertion means, for selectively dispensing the sheet of wrapping material (n) into the bale forming chamber for wrapping the periphery of the cylindrical package of crop material to form a round bale, whereby the sheet of wrapping material (n) is inserted in a space directly in the vicinity of the roll,
A polygon scanner for detecting objects in a monitored area, the polygon scanner having a light transmitter for transmitting a light beam into the monitored area, a light receiver for receiving the light beam reflected from objects in the monitored area, an evaluation unit for evaluating a received signal of the light receiver and a rotatable mirror unit for periodic deflection of the light beam, the mirror unit comprising a plurality of mirror facets in order to scan an angular section a plurality of times per revolution of the mirror unit with a respective mirror facet as a monitoring area, wherein at least some of the mirror facets have a mutually different curvature, characterized in that at least one of the mirror facets is configured as a free-form surface whose curvature is adapted to the angle of incidence of the transmitted light beam on the mirror facet varying during the rotation of the mirror unit and is curved so that a same focal position is set for the varying angles of incidence.
An insert (110, 210, 310, 410, 510) comprising: - a core (132, 232, 332, 432, 532); and - one or more extensions (130, 230, 330, 430, 530) extending from the core; wherein the insert includes an elastomeric portion; and wherein the insert is adapted to be inserted into a tubular cavity (112, 212, 312, 412, 512) so that vibrations of the cavity are reduced as compared to the cavity with no insert; characterized in that the elastomeric portion is formed from - up to 60% by weight of elastomer; - between 15% and 25% by weight polymeric material selected from acetates, ethylenes, acrylates, and combinations thereof; and - between 15% and 25% by weight filler selected from mineral fillers and stone type fillers. - a core (132, 232, 332, 432, 532); and - one or more extensions (130, 230, 330, 430, 530) extending from the core; - up to 60% by weight of elastomer; - between 15% and 25% by weight polymeric material selected from acetates, ethylenes, acrylates, and combinations thereof; and - between 15% and 25% by weight filler selected from mineral fillers and stone type fillers.
Saw, in particular a chop saw, a sliding chop saw, a mitre saw or a sliding compound mitre saw, comprising: a machine head carrying a saw blade and a saw blade cover, a workpiece support, which is preferably penetrated by a through passage for the saw blade, and a holder, on which the machine head is received pivotably relative to the workpiece support in a vertical plane, between an upper saw blade position, in which the saw blade is located above the workpiece support, and a lower saw blade position, in which the saw blade can engage a workpiece resting on the workpiece support, wherein the saw blade cover has a plurality of segments which are mounted on the machine head so as to be telescopable in and out, preferably about the axis of rotation of the saw blade, and which are telescoped out in the upper saw blade position as a saw blade protection and are telescoped in in the lower saw blade position in order to release the saw blade for sawing, and wherein a linkage connecting the holder and the saw blade cover is provided which pushes the segments of the saw blade cover together when the machine head is pressed down, and wherein a number of luminaires are provided which are connected to a voltage source (13; 14) via a switch, characterized in that the switch, preferably microswitch, is mounted above and/or below the linkage on the holder so that it is actuated by the linkage when the machine head is pushed down from the upper saw blade position, wherein the number of luminaires are connected via the switch to a voltage source (13; 14) when the machine head is pushed down from the upper saw blade position. a machine head carrying a saw blade and a saw blade cover, a workpiece support, which is preferably penetrated by a through passage for the saw blade, and a holder, on which the machine head is received pivotably relative to the workpiece support in a vertical plane, between an upper saw blade position, in which the saw blade is located above the workpiece support, and a lower saw blade position, in which the saw blade can engage a workpiece resting on the workpiece support, wherein the saw blade cover has a plurality of segments which are mounted on the machine head so as to be telescopable in and out, preferably about the axis of rotation of the saw blade, and which are telescoped out in the upper saw blade position as a saw blade protection and are telescoped in in the lower saw blade position in order to release the saw blade for sawing, and wherein a linkage connecting the holder and the saw blade cover is provided which pushes the segments of the saw blade cover together when the machine head is pressed down, and wherein a number of luminaires are provided which are connected to a voltage source (13; 14) via a switch, characterized in that the switch, preferably microswitch, is mounted above and/or below the linkage on the holder so that it is actuated by the linkage when the machine head is pushed down from the upper saw blade position, wherein the number of luminaires are connected via the switch to a voltage source (13; 14) when the machine head is pushed down from the upper saw blade position.
A combination or formulation comprising: a) a luteinizing hormone-releasing hormone (LHRH) or a LHRH analog; and b) curcumin or a curcumin analog, wherein said LHRH or LHRH analog is fused or conjugated to said curcumin or curcumin analog; and c) an anti-cell proliferative drug, wherein the anti-cell proliferative drug comprises gemcitabine or 5-fluorouracil. a) a luteinizing hormone-releasing hormone (LHRH) or a LHRH analog; and b) curcumin or a curcumin analog, wherein said LHRH or LHRH analog is fused or conjugated to said curcumin or curcumin analog; and c) an anti-cell proliferative drug, wherein the anti-cell proliferative drug comprises gemcitabine or 5-fluorouracil.
A method of detecting a urination event for a livestock animal, wherein the livestock animal has two rear legs, the method including the steps of: a. placing an acoustic sensor on a rear leg; b. monitoring for an audio signal of specific sound intensity and/or spectral signature; c. measuring the duration of said audio signal; and d. determining whether the duration of said audio signal corresponds to a urination event. a. placing an acoustic sensor on a rear leg; b. monitoring for an audio signal of specific sound intensity and/or spectral signature; c. measuring the duration of said audio signal; and d. determining whether the duration of said audio signal corresponds to a urination event.
A rolling device for a switch rail of a pair of points assigned to a stock rail comprising a roller carrier receiving at least one roller, which roller carrier is spring-mounted via a spring element on a rail bearing plate configured as a sliding plate or a slide chair plate, wherein the switch rail rests on the roller, at least during the adjustment process, and the roller carrier is arranged in a pivotable, spring-mounted manner on a retaining plate connected to the rail bearing plate and about an axis of the retaining plate, wherein the spring element has a spring element supported in a housing on a plate of a piston rod and opposite on a housing wall, characterized in that the roller carrier is located immediately to the side next to the rail bearing plate in the installed state between two turnout sleepers or rail fastening points, and that the piston rod is guided through a vertical leg of the roller carrier and a limit stop configured below a horizontal leg with a gap to the roller on the retaining plate and a threaded nut is screwed onto its projecting threaded end.
An annuloplasty device comprising first and second support rings having a coiled configuration in which the first and second support rings are arranged as a coil around a central axis, wherein the first and second support rings are configured to be arranged on opposite sides of native heart valve leaflets of a heart valve, the first and second support rings have respective free ends (104, 104'), a line attached at a proximal connection at a proximal tip (105, 105') of a first end of one of the free ends, wherein the proximal connection comprises a lumen sized to receive a distal tip of the line, wherein the first end is configured to be compressed to clamp the distal tip of the line inside the lumen. first and second support rings having a coiled configuration in which the first and second support rings are arranged as a coil around a central axis, wherein the first and second support rings are configured to be arranged on opposite sides of native heart valve leaflets of a heart valve, the first and second support rings have respective free ends (104, 104'), a line attached at a proximal connection at a proximal tip (105, 105') of a first end of one of the free ends, wherein the proximal connection comprises a lumen sized to receive a distal tip of the line, wherein the first end is configured to be compressed to clamp the distal tip of the line inside the lumen.
Composition comprising a single active agent for use in the therapy of a metabolic disorder, wherein the single active agent is fibroblast growth factor-7, wherein the metabolic disorder is one or more of obesity, type II diabetes, insulin resistance, hyperinsulinemia, and hyperlipidemia.
A spectrometer comprising: a detector (122, 760, 860, 960) a capacitor (766, 866, 966); an amplifier (764, 864, 964) including an input and an output, the output being coupled with the capacitor (766, 866, 966); a collector (120, 768, 868, 968) coupled with the input of the amplifier configured to collect ions that contact the collector (120, 768, 868, 968); and an offset circuit (776, 876, 976) coupled with the output of the amplifier, and to the capacitor, wherein the capacitor is connected to the input of the amplifier; wherein the offset circuit (776, 876, 976) is configured to selectively offset the output of the amplifier to maintain the output of the amplifier within the dynamic range of the amplifier. a detector (122, 760, 860, 960) a capacitor (766, 866, 966); an amplifier (764, 864, 964) including an input and an output, the output being coupled with the capacitor (766, 866, 966); a collector (120, 768, 868, 968) coupled with the input of the amplifier configured to collect ions that contact the collector (120, 768, 868, 968); and an offset circuit (776, 876, 976) coupled with the output of the amplifier, and to the capacitor, wherein the capacitor is connected to the input of the amplifier; wherein the offset circuit (776, 876, 976) is configured to selectively offset the output of the amplifier to maintain the output of the amplifier within the dynamic range of the amplifier.