mhurhangee/ep-ind-claims huggingface dataset:
Power supply system intended to supply power to an electrical load, the system comprising: - two input terminals, namely a negative terminal and a positive terminal, connected to supply mains delivering an AC voltage; - an input capacitor connected to one of the terminals of the system; - a rectifier module for generating a DC voltage on a DC bus from the AC voltage; and - a bus capacitor (Cb) connected between a positive line and a negative line of the DC bus, characterized in that: - the system includes, in series with the input capacitor and upstream thereof, two normally-on bidirectional semiconductor transistors (T1, T2) connected in series, fabricated in a wide-bandgap material and able to operate in current-limiting mode, - the semiconductor transistors (T1, T2) being of the JFET type and connected back to back in such a way that the drain of a first semiconductor transistor is connected to the supply mains, the drain of a second semiconductor transistor is connected to the input capacitor connected downstream, the sources of the semiconductor transistors (T1, T2) are connected together, and the gates of the two semiconductor transistors (T1, T2) are also connected together and each is looped back onto the common potential of the sources. - two input terminals, namely a negative terminal and a positive terminal, connected to supply mains delivering an AC voltage; - an input capacitor connected to one of the terminals of the system; - a rectifier module for generating a DC voltage on a DC bus from the AC voltage; and - a bus capacitor (Cb) connected between a positive line and a negative line of the DC bus, - the system includes, in series with the input capacitor and upstream thereof, two normally-on bidirectional semiconductor transistors (T1, T2) connected in series, fabricated in a wide-bandgap material and able to operate in current-limiting mode, - the semiconductor transistors (T1, T2) being of the JFET type and connected back to back in such a way that the drain of a first semiconductor transistor is connected to the supply mains, the drain of a second semiconductor transistor is connected to the input capacitor connected downstream, the sources of the semiconductor transistors (T1, T2) are connected together, and the gates of the two semiconductor transistors (T1, T2) are also connected together and each is looped back onto the common potential of the sources.
A system comprising: a plurality of electrodes (24, 26); a sensing module arranged to sense a plurality of bioelectrical brain signals via at least one electrode of the plurality of electrodes; and a processor configured to determine a frequency domain characteristic for each of the plurality of bioelectrical signals, determine a plurality of relative values of the frequency domain characteristic, wherein each of the plurality of relative values is based on at least two of the frequency domain characteristics, and to determine whether a first relative value of the plurality of relative values is greater than or less than at least one other relative value of the plurality of relative values; and wherein, in response to determining that the first relative value is greater than or less than the at least one other relative value, said processor is configured to determine whether a second relative value of the plurality of relative values is greater than or less than another relative value of the plurality of relative values; and to select at least one of the plurality of electrodes for delivering stimulation to the patient based on determining whether the second relative value is greater than or less than the other relative value. a plurality of electrodes (24, 26); a sensing module arranged to sense a plurality of bioelectrical brain signals via at least one electrode of the plurality of electrodes; and a processor configured to determine a frequency domain characteristic for each of the plurality of bioelectrical signals, determine a plurality of relative values of the frequency domain characteristic, wherein each of the plurality of relative values is based on at least two of the frequency domain characteristics, and to determine whether a first relative value of the plurality of relative values is greater than or less than at least one other relative value of the plurality of relative values; and wherein, in response to determining that the first relative value is greater than or less than the at least one other relative value, said processor is configured to determine whether a second relative value of the plurality of relative values is greater than or less than another relative value of the plurality of relative values; and to select at least one of the plurality of electrodes for delivering stimulation to the patient based on determining whether the second relative value is greater than or less than the other relative value.
A method for incorporating additional oxides to affect the magnetic properties of a hexagonal ferrite, the method comprising: providing a y-phase hexagonal ferrite material, the y-phase hexagonal ferrite material including Sr 1.6 Na 0.4 Co 1.6 Sc 0.4 Fe 11 O 22; and incorporating one of the following said additional oxides Sr 3 Co 2 Fe 24 O 41, SrFe 12 O 19 or CoFe 2 O 4 into the y-phase hexagonal ferrite material to form a modified hexagonal ferrite material. providing a y-phase hexagonal ferrite material, the y-phase hexagonal ferrite material including Sr 1.6 Na 0.4 Co 1.6 Sc 0.4 Fe 11 O 22; and incorporating one of the following said additional oxides Sr 3 Co 2 Fe 24 O 41, SrFe 12 O 19 or CoFe 2 O 4 into the y-phase hexagonal ferrite material to form a modified hexagonal ferrite material.
Terrace pedestal suitable for holding one or more floor boards at a distance from an underlying surface, comprising a supporting plate suitable for supporting one or more floor boards, characterized in that the supporting plate is provided with a levelling body for the one or more floor boards, wherein the levelling body is formed from a bituminous material, the levelling body comprises a removable protective layer and the levelling body has a thickness between 1 mm and 10 mm.
A cellulose fiber-based substrate, at least one side of which is coated with an aqueous mixture composed of: a) between 50 and 99 dry weight percentage of at least one water-soluble polymer containing hydroxyl groups, b) between 1 and 50 dry weight percentage of at least one lactone substituted with at least one linear or branched and/or cyclic C 8 - C 30 hydrocarbon chain which may contain heteroatoms, said lactone being a diketene molecule, c) between 1 and 20 dry weight percentage of at least one crosslinking agent, wherein said substrate is a crepe paper or a flat back paper. a) between 50 and 99 dry weight percentage of at least one water-soluble polymer containing hydroxyl groups, b) between 1 and 50 dry weight percentage of at least one lactone substituted with at least one linear or branched and/or cyclic C 8 - C 30 hydrocarbon chain which may contain heteroatoms, said lactone being a diketene molecule, c) between 1 and 20 dry weight percentage of at least one crosslinking agent, wherein said substrate is a crepe paper or a flat back paper.
Method (100, 102, 104) for monitoring the operation of a plain bearing location/arrangement by means of a sensor, wherein the sensor generates a signal, which signal characterizes an oscillation excitation associated with the plain bearing location/arrangement, characterized in that the sensor is a piezoelectric acceleration sensor, and that the piezoelectric acceleration sensor has an oscillatable seismic mass and accordingly a resonance frequency, and that, when the sensor is in an installed situation, the resonance frequency lies within a range of 20 to 70 kHz, and that the signal of the acceleration sensor is evaluated only in a partial frequency range (40, 40', 40") which contains the resonance frequency and is limited by an upper frequency value and a lower frequency value, and that the signal of the acceleration sensor is recorded over time and at a sampling rate, which corresponds to at least twice the upper frequency value, and that an averaged characteristic value is formed from the signal of the acceleration sensor in this partial frequency range (40, 40', 40"), and that a friction state of the plain bearing location/arrangement is inferred on the basis of the characteristic value, and that, starting from a hydrodynamic friction state, a friction state characterized by mixed friction is inferred if the characteristic value increases over the course of time. and that an averaged characteristic value is formed from the signal of the acceleration sensor in this partial frequency range (40, 40', 40"), and that a friction state of the plain bearing location/arrangement is inferred on the basis of the characteristic value, and that, starting from a hydrodynamic friction state, a friction state characterized by mixed friction is inferred if the characteristic value increases over the course of time.
A mechanical overload sensor system comprising: a planetary gear winch having a power supply, drive motor, drive shaft, planetary gear train, case, drum and line, wherein the planetary gear train comprises: a sun gear connected to a drive shaft; a plurality of planet gears located around and engaging with the sun gear, each planet gear with a planet pin securing it to a planet carrier; and a ring gear extending around and engaging with planet gears, the ring gear having a tab located between a switch and biasing means; a first passageway located in the case and extending tangentially from the planetary gear train; the biasing means contained within the first passageway capable of applying a force to the tab on the planetary gear train, the biasing means having a plunger, a plunger pilot, a spring means and an adjustment set screw, the adjustment set screw threadedly engaging the first passageway and holding the plunger pilot in place; and wherein the plunger is biased relative to the pilot plunger by the spring means; and the switch located adjacent to the tab of the planetary gear train; wherein the switch is wired to interrupt the power supply when a force from the line exceeds the force of the biasing means applied on the tab of the planetary gear train. a planetary gear winch having a power supply, drive motor, drive shaft, planetary gear train, case, drum and line, wherein the planetary gear train comprises: a sun gear connected to a drive shaft; a plurality of planet gears located around and engaging with the sun gear, each planet gear with a planet pin securing it to a planet carrier; and a ring gear extending around and engaging with planet gears, the ring gear having a tab located between a switch and biasing means; a sun gear connected to a drive shaft; a plurality of planet gears located around and engaging with the sun gear, each planet gear with a planet pin securing it to a planet carrier; and a ring gear extending around and engaging with planet gears, the ring gear having a tab located between a switch and biasing means; a first passageway located in the case and extending tangentially from the planetary gear train; the biasing means contained within the first passageway capable of applying a force to the tab on the planetary gear train, the biasing means having a plunger, a plunger pilot, a spring means and an adjustment set screw, the adjustment set screw threadedly engaging the first passageway and holding the plunger pilot in place; and wherein the plunger is biased relative to the pilot plunger by the spring means; and the switch located adjacent to the tab of the planetary gear train; wherein the switch is wired to interrupt the power supply when a force from the line exceeds the force of the biasing means applied on the tab of the planetary gear train.
A resource configuration method, comprising: receiving (101, 201, 301), by a terminal, first configuration information and third configuration information sent by a network device, the first configuration information being configured to indicate a first time period of a first search space where first UpLink/DownLink, UL/DL, configuration information is located, and the third configuration information being configured to determine a starting slot location of the first UL/DL configuration information in the first time period; and receiving, by the terminal, the first UL/DL configuration information based on the first time period and the starting slot location in the first time period. receiving (101, 201, 301), by a terminal, first configuration information and third configuration information sent by a network device, the first configuration information being configured to indicate a first time period of a first search space where first UpLink/DownLink, UL/DL, configuration information is located, and the third configuration information being configured to determine a starting slot location of the first UL/DL configuration information in the first time period; and receiving, by the terminal, the first UL/DL configuration information based on the first time period and the starting slot location in the first time period.
An automated warehouse shuttle comprising: - a frame; - an upper surface adapted to support a loading unit; - actuating means for lifting/lowering said upper surface with respect to said frame; - a first set of wheels consisting of wheels (32, 33) which are supported by said frame, are rotatable about first horizontal axes (34, 35), are configured so as to roll along a first and a second direction (5a, 5b), horizontal and orthogonal to each other, and define resting points arranged at a first level; - a motor assembly which drives said first set of wheels to move the shuttle along said first and second direction (5a,5b); characterized by comprising a second set of wheels consisting of wheels (42a, 42b) which are supported by said frame, are rotatable about second horizontal axes, are actuated by said motor assembly so as to roll along said first direction, and define resting points arranged at a second level higher than said first level. - a frame; - an upper surface adapted to support a loading unit; - actuating means for lifting/lowering said upper surface with respect to said frame; - a first set of wheels consisting of wheels (32, 33) which are supported by said frame, are rotatable about first horizontal axes (34, 35), are configured so as to roll along a first and a second direction (5a, 5b), horizontal and orthogonal to each other, and define resting points arranged at a first level; - a motor assembly which drives said first set of wheels to move the shuttle along said first and second direction (5a,5b);
A transgenic atopic dermatitis mouse model comprising a DNA encoding IL-33 under the control of a promoter capable of specifically functioning in the skin, and having one or more features selected from the group consisting of spontaneous onset of dermatitis, increase in the number of inflammatory cells as compared to a corresponding non-transgenic mouse, increase in total IgE concentration, histamine concentration, cytokine concentration and/or chemokine concentration as compared to a corresponding non-transgenic mouse, and increase in scratching time as compared to a corresponding non-transgenic mouse, under SPF (specific pathogen free) breeding conditions. spontaneous onset of dermatitis, increase in the number of inflammatory cells as compared to a corresponding non-transgenic mouse, increase in total IgE concentration, histamine concentration, cytokine concentration and/or chemokine concentration as compared to a corresponding non-transgenic mouse, and increase in scratching time as compared to a corresponding non-transgenic mouse,
A toothed belt comprising a back side, tooth parts, and a tension member embedded in the back side, wherein the back side and the tooth part comprise a urethane resin composition, the tension member is a twisted cord constituted by polyarylate fiber filaments, and wherein the tooth parts have a pitch therebetween of from 0.45 to 0.71 mm, and the cord has a cord diameter of from 0.14 to 0.28 mm. the back side and the tooth part comprise a urethane resin composition, the tension member is a twisted cord constituted by polyarylate fiber filaments, and wherein the tooth parts have a pitch therebetween of from 0.45 to 0.71 mm, and the cord has a cord diameter of from 0.14 to 0.28 mm.
A transmitted light illumination apparatus for a microscope, said transmitted light illumination apparatus comprising - a planar light source, which emits light from its surface - a mirror receiving said emitted light and having a concave mirror surface arranged in the direction of light emitted from the planar light source, wherein the planar light source is arranged in a focus of the concave mirror surface and the mirror condenses the light, - at least one diaphragm element being at least partially opaque and being arranged between the planar light source and the concave mirror surface such that for different positions of the diaphragm element effected by moving the at least one diaphragm element in at least one direction parallel to a plane defined by the planar light source, the planar light source is at least partially covered by the at least one diaphragm element. - a planar light source, which emits light from its surface - a mirror receiving said emitted light and having a concave mirror surface arranged in the direction of light emitted from the planar light source, wherein the planar light source is arranged in a focus of the concave mirror surface and the mirror condenses the light, - at least one diaphragm element being at least partially opaque and being arranged between the planar light source and the concave mirror surface such that for different positions of the diaphragm element effected by moving the at least one diaphragm element in at least one direction parallel to a plane defined by the planar light source, the planar light source is at least partially covered by the at least one diaphragm element.
A white light emitting device comprising: a board; a plurality of light sources mounted on the board, each of the plurality of light sources including a light emitting device configured to emit blue light and a lens; a light converter spaced apart from the board and configured to emit white light in response to blue light being incident on the light converter; and a compensator provided between the board and the light converter and configured to emit white light in response to blue light being incident on the compensator; wherein the compensator includes a plurality of phosphor members formed of a yellow light emitting phosphor; and characterized in that the plurality of phosphor members are arranged in a regular pattern on a circumference of a circle to surround the light emitting device. a board; a plurality of light sources mounted on the board, each of the plurality of light sources including a light emitting device configured to emit blue light and a lens; a light converter spaced apart from the board and configured to emit white light in response to blue light being incident on the light converter; and a compensator provided between the board and the light converter and configured to emit white light in response to blue light being incident on the compensator; wherein the compensator includes a plurality of phosphor members formed of a yellow light emitting phosphor; and characterized in that the plurality of phosphor members are arranged in a regular pattern on a circumference of a circle to surround the light emitting device.
A device for protecting a building against lightning, said device comprising: at least one lightning capture means adapted to receive a direct lightning strike, at least one flow conductor designed for flow of electric current, referred to as "lightning current", which results from said lightning strike from said capture means to earth, wherein said flow conductor, is devoid of a charging component capable of significantly disturbing the flow of the lightning current, said device comprises means for evaluating said lightning current electrically connected to said conductor so as to be able to measure the voltage which appears between the terminals (A, B) of a section (), referred to as the "test section", of said flow conductor having an overall continuity of its structure at the points corresponding to the terminals (A, B), when the latter is traversed by said lightning current, characterized in that the evaluation means of said lightning current are left at a floating potential not connected to the earth. at least one lightning capture means adapted to receive a direct lightning strike, at least one flow conductor designed for flow of electric current, referred to as "lightning current", which results from said lightning strike from said capture means to earth, wherein said flow conductor, is devoid of a charging component capable of significantly disturbing the flow of the lightning current, said device comprises means for evaluating said lightning current electrically connected to said conductor so as to be able to measure the voltage which appears between the terminals (A, B) of a section (), referred to as the "test section", of said flow conductor having an overall continuity of its structure at the points corresponding to the terminals (A, B), when the latter is traversed by said lightning current, characterized in that the evaluation means of said lightning current are left at a floating potential not connected to the earth.
A current loop drive module, comprising: a current loop drive circuit configured to receive a compliance voltage (Vcomp) and operable to generate a current loop signal, based on an output drive signal (Vout; Vout,..., Vout(n)) received from a controller and the compliance voltage, for receipt by an associated load coupled to the drive circuit; a transistor coupled between the drive circuit and the load, the transistor having an output providing the current loop signal; a comparator operable to compare a voltage at a gate of the transistor to a voltage at the load to generate a feedback signal (Vfbk); and a compliance voltage controller operable to dynamically adjust the compliance voltage (Vcomp) based on the feedback signal (Vfbk), wherein the compliance voltage controller decreases the compliance voltage responsive to the voltage at the gate of the transistor being greater than the voltage at the load and increases the compliance voltage responsive to the voltage at the gate of the transistor being less than the voltage at the load. a current loop drive circuit configured to receive a compliance voltage (Vcomp) and operable to generate a current loop signal, based on an output drive signal (Vout; Vout,..., Vout(n)) received from a controller and the compliance voltage, for receipt by an associated load coupled to the drive circuit; a transistor coupled between the drive circuit and the load, the transistor having an output providing the current loop signal; a comparator operable to compare a voltage at a gate of the transistor to a voltage at the load to generate a feedback signal (Vfbk); and a compliance voltage controller operable to dynamically adjust the compliance voltage (Vcomp) based on the feedback signal (Vfbk), wherein the compliance voltage controller decreases the compliance voltage responsive to the voltage at the gate of the transistor being greater than the voltage at the load and increases the compliance voltage responsive to the voltage at the gate of the transistor being less than the voltage at the load.