mhurhangee/ep-ind-claims huggingface dataset:
An induction cooker, comprising: a rectifying device, configured to receive an alternating-current voltage and to convert the alternating-current voltage into a direct-current voltage; a first energy-storage device, coupled to the rectifying device and configured to receive the direct-current voltage and to store energy; a switch device, coupled to the first energy-storage device and configured to be controlled by a control signal; a second energy-storage device, coupled to the switch device, wherein the capacitance of the second energy-storage unit is greater than the capacitance of the first energy-storage unit; a first heating device, coupled to the first energy-storage device and the switch device; and a control device, coupled to the switch device and the first heating device, wherein the control device configured to generate the control signal to control the switch device to be turned off, so that the first heating device generates a first output current according to the energy of the first energy-storage device, the control device determines whether a first pot is disposed on the first heating device according to a change state of the first output current, when determining that the first pot is disposed on the first heating device, the control device generates the control signal to control the switch device to be turned on, so that the first energy-storage device is coupled to the second energy-storage device. a rectifying device, configured to receive an alternating-current voltage and to convert the alternating-current voltage into a direct-current voltage; a first energy-storage device, coupled to the rectifying device and configured to receive the direct-current voltage and to store energy; a switch device, coupled to the first energy-storage device and configured to be controlled by a control signal; a second energy-storage device, coupled to the switch device, wherein the capacitance of the second energy-storage unit is greater than the capacitance of the first energy-storage unit; a first heating device, coupled to the first energy-storage device and the switch device; and a control device, coupled to the switch device and the first heating device, wherein the control device configured to generate the control signal to control the switch device to be turned off, so that the first heating device generates a first output current according to the energy of the first energy-storage device, the control device determines whether a first pot is disposed on the first heating device according to a change state of the first output current, when determining that the first pot is disposed on the first heating device, the control device generates the control signal to control the switch device to be turned on, so that the first energy-storage device is coupled to the second energy-storage device.
An amorphous form of vilanterol trifenatate, characterised by the X-ray powder diffraction (XRPD) pattern, obtained using copper K-alpha1 radiation, depicted in Figure 1.
Cover for bench backs, the cover being designed to be pulled over the back of a bench, - the cover having a surface facing the seat and a longer rear surface, - the surface facing the seat and the rear surface being connected to one another on the left-hand side and right-hand side via two lateral parts, - the cover having a substantially planar pattern, characterised in that - the ratio of the length of a lateral part to the length of the lateral edge of the surface facing the seat is between 1:6 and 1:1.2. - the cover having a surface facing the seat and a longer rear surface, - the surface facing the seat and the rear surface being connected to one another on the left-hand side and right-hand side via two lateral parts, - the cover having a substantially planar pattern, characterised in that - the ratio of the length of a lateral part to the length of the lateral edge of the surface facing the seat is between 1:6 and 1:1.2.
A device for measuring fluid pressure on a wind turbine rotor blade, comprising: a flexible layer having a first surface adapted for fixing the flexible layer to the wind turbine rotor blade, and having a second surface opposite the first surface, the second surface having a plurality of recesses; a plurality of pressure sensors, provided in respective recesses, said pressure sensors being offset with respect to each other; and at least two wires connected to each respective pressure sensor for connecting the respective pressure sensor to a signal receiving unit, wherein channels are provided in the first surface; and wherein the at least two wires are provided in the channels. a flexible layer having a first surface adapted for fixing the flexible layer to the wind turbine rotor blade, and having a second surface opposite the first surface, the second surface having a plurality of recesses; a plurality of pressure sensors, provided in respective recesses, said pressure sensors being offset with respect to each other; and at least two wires connected to each respective pressure sensor for connecting the respective pressure sensor to a signal receiving unit, wherein channels are provided in the first surface; and wherein the at least two wires are provided in the channels.
A computer-implemented method for validating a transaction in a blockchain system comprising a plurality of nodes, the method comprising: providing a partial signature for the transaction by a node in the blockchain system; broadcasting the partial signature to all other nodes in the blockchain system verifying, at each of the other nodes, the partial signature for the transaction; and validating the transaction by iteratively providing, broadcasting and verifying partial signatures provided by the other nodes in the blockchain system until it has been determined that a cumulative signature score based on the verified partial signatures reaches a signature threshold. providing a partial signature for the transaction by a node in the blockchain system; broadcasting the partial signature to all other nodes in the blockchain system verifying, at each of the other nodes, the partial signature for the transaction; and validating the transaction by iteratively providing, broadcasting and verifying partial signatures provided by the other nodes in the blockchain system until it has been determined that a cumulative signature score based on the verified partial signatures reaches a signature threshold.
A suction nozzle for being connected to a dirt container of a cleaning device through a suction hose, said suction nozzle having one or more air inlet channels causing airflows entering the suction nozzle through those air inlet channels, when a vacuum is generated within the dirt container and/or within the suction hose and the nozzle orifice is placed against a surface to be cleaned, to have directions, which are substantially parallel to the surface to be cleaned and substantially tangential to the opening of the suction hose into the suction nozzle, whereby a whirlwind is formed within the suction nozzle, which whirlwind continues at least partly through the suction hose to the dirt container, characterised in that the suction nozzle is designed to have a front side being designed so that one or more substantially parallel oncoming airflows enter the suction nozzle through and/or under the front side along substantially the full width thereof when a vacuum is generated within the dirt container and/or within the suction hose and the suction nozzle is moved with the front side first across a surface to be cleaned.
Method for interferometric determination of various biometric parameters of an eye, in which the eye is illuminated by a measurement beam from a measurement light source and by a fixation marker from a fixation light source and recorded with the reflections that arose by an image sensor, and in which the angular deviation of the optical axis of the eye from the optical axis of the biometric measurement system is determined by an evaluation unit from the position of the reflections in relation to the centre point of the pupil or iris, wherein, prior to determining the various biometric parameters, the biometric measurement system is aligned by virtue of A) the eye illuminated by the fixation light source with a laterally displaced fixation marker for the purposes of a re-fixation of the on the basis of the calculated angular deviation, B) the eye recorded with the reflections that arose by the image sensor, C) the angle deviation of the optical axis of the eye from the optical axis of the biometric measurement system determined by the evaluation unit from the position of the reflections in relation to the centre point of the pupil or iris, characterized in that, furthermore, D) the established angle deviation is compared to a predetermined tolerance by the evaluation unit and E) method steps A) to D) are repeated if the established angular deviation exceeds a predetermined tolerance, and, otherwise, various biometric parameters of an eye are determined by virtue of F) the measurement light reflected by the eye being detected in the form of virtually diffraction-limited subsurface scattered light, G) said light being superposed as a measurement beam onto an external reference beam and guided onto a measurement sensor, and H) the interferometric measurement signals being evaluated by the evaluation unit. A) the eye illuminated by the fixation light source with a laterally displaced fixation marker for the purposes of a re-fixation of the on the basis of the calculated angular deviation, B) the eye recorded with the reflections that arose by the image sensor, C) the angle deviation of the optical axis of the eye from the optical axis of the biometric measurement system determined by the evaluation unit from the position of the reflections in relation to the centre point of the pupil or iris, characterized in that, furthermore, D) the established angle deviation is compared to a predetermined tolerance by the evaluation unit and E) method steps A) to D) are repeated if the established angular deviation exceeds a predetermined tolerance, and, F) the measurement light reflected by the eye being detected in the form of virtually diffraction-limited subsurface scattered light, G) said light being superposed as a measurement beam onto an external reference beam and guided onto a measurement sensor, and H) the interferometric measurement signals being evaluated by the evaluation unit.
A gelatin derivative comprising at least two kinds of organic compounds, each covalently bonded to a functional group of a gelatin molecule, the organic compounds being at least an alkyldiamine and a polyethylene glycol derivative represented by the following formula: wherein R is a straight or branched alkyl group or alkenyl group both having 1 to 24 carbon atoms, OA is an oxyalkylene group having 3 to 4 carbon atoms, the oxyalkylene group and an oxyethylene group may be added in the block state or randomly, a and b are respectively an average addition mole number of oxyalkylene group and that of the oxyethylene group, and satisfy the following formulas; 0≦a≦200, 4≦b≦2000, and a/(a+b)≦0.5, Z is O or OC, and m is an integer of 0 to 3.
A double-jet type film cooling structure comprising: one or more pairs of injection holes (5a, 5b) which are provided on a wall surface facing a high-temperature gas passage and inject a cooling medium to the passage; a single supply passage provided inside a wall to supply the cooling medium to the each pair of injection holes (5a, 5b); and a separating section provided between the injection holes (5a, 5b) forming the each pair in a location forward relative to rear ends of the injection holes (5a, 5b) to separate the cooling medium supplied from the supply passage into components flowing to the injection holes (5a, 5b) forming the each pair, respectively; wherein an injection direction (A, B) of the cooling medium is set to be inclined with respect to a flow direction of the high-temperature gas so that the components of the cooling medium injected from the injection holes (5a, 5b) forming the each pair form swirl flows (S1, S2) oriented in directions to push the components of the cooling medium against the wall surface; the separating section is positioned on a direction in which the cooling medium travels and is formed as a flat surface against which a part of the cooling medium collides and which has no bent portion; characterized in that the injection holes (5a, 5b) forming the each pair are circular holes opened on the wall surface from an oblique direction and are opened in a substantially oval shape on the wall surface. one or more pairs of injection holes (5a, 5b) which are provided on a wall surface facing a high-temperature gas passage and inject a cooling medium to the passage; a single supply passage provided inside a wall to supply the cooling medium to the each pair of injection holes (5a, 5b); and a separating section provided between the injection holes (5a, 5b) forming the each pair in a location forward relative to rear ends of the injection holes (5a, 5b) to separate the cooling medium supplied from the supply passage into components flowing to the injection holes (5a, 5b) forming the each pair, respectively; wherein an injection direction (A, B) of the cooling medium is set to be inclined with respect to a flow direction of the high-temperature gas so that the components of the cooling medium injected from the injection holes (5a, 5b) forming the each pair form swirl flows (S1, S2) oriented in directions to push the components of the cooling medium against the wall surface; the separating section is positioned on a direction in which the cooling medium travels and is formed as a flat surface against which a part of the cooling medium collides and which has no bent portion; characterized in that the injection holes (5a, 5b) forming the each pair are circular holes opened on the wall surface from an oblique direction and are opened in a substantially oval shape on the wall surface.
A system for switching focus between devices of participants participating in a communication session, the focus indicating the participant that has the floor in the communication session, the system comprising: a connector (111a-c, 112a-c, 200, 307) to link a device (101a-c, I03, 105, 107, 199, 301, 312) to a master control apparatus (109, 303), the connector including: an actuator, wherein the actuator is configured to trigger a signal representing a focus request indicating that a participant wishes to share information with other participants; and a one-wire bidirectional serial bus to bi-directionally communicatively couple the device to the master control apparatus, wherein when the actuator is actuated by the participant requesting the focus, the one-wire bidirectional serial bus is configured to transmit the signal to the master control apparatus, the signal representing the focus request for the device in question to shift focus to the participant making the focus request, and characterised in that: the connector is part of cabling for carrying audio and visual signals for the communication session, the actuator being communicatively coupled to a single pin of the connector and wherein the single pin selected for integration with the actuator is a redundant part of the cabling. an actuator, wherein the actuator is configured to trigger a signal representing a focus request indicating that a participant wishes to share information with other participants; and a one-wire bidirectional serial bus to bi-directionally communicatively couple the device to the master control apparatus, wherein when the actuator is actuated by the participant requesting the focus, the one-wire bidirectional serial bus is configured to transmit the signal to the master control apparatus, the signal representing the focus request for the device in question to shift focus to the participant making the focus request, and
An anhydrous liquid antiperspirant composition comprising: a) a carrier comprising i) at least one member chosen from a cation and zwitterion and ii) a hydrogen bond donor, wherein an amount of carrier is greater than an amount of any other material in the composition, and b) at least one active chosen from an antiperspirant and a deodorant active, wherein the cation and/or zwitterion and the hydrogen bond donor form a deep eutectic solvent. a) a carrier comprising i) at least one member chosen from a cation and zwitterion and ii) a hydrogen bond donor, wherein an amount of carrier is greater than an amount of any other material in the composition, and b) at least one active chosen from an antiperspirant and a deodorant active, wherein the cation and/or zwitterion and the hydrogen bond donor form a deep eutectic solvent.
Twin-disc fertilizer spreader with a mechanical, hydraulic or electric drive train for driving the distributor discs, at least one means for setting the spreader to various working widths and spreading materials and/or types of distribution and an adjustable metering element for each distributor disc, which metering element can be controlled by a computer-controlled control unit, wherein the current velocity, the setpoint quantity for spreading per area and the working width can be input into the computer, and the metering element can be regulated with the setpoint mass flow calculated therefrom, wherein a sensor is provided for recording the idling torque in the case of closed metering valves and unloaded distributor disc and the entire torque when the distributor disc is loaded with the setpoint mass flow are measured and the idling torque is subtracted from the total torque in order to determine the torque which is caused by the fertilizer mass flow, characterized in that at least one temperature sensor is arranged in the drive train, wherein during each idling mode measurement the temperature or temperatures of the drive trains are measured and are assigned to this idling torque and stored.
Method, comprising: a) providing a gas in a liquified state, b) guiding the gas provided in step a) through a first vaporizing means such that the gas is partly evaporated, c) guiding a first fraction of the gas from the first vaporizing means via a turbine to a consumer process, and guiding a second fraction of the gas from the first vaporizing means via a second vaporizing means and the turbine to the consumer process, characterized in that upon leaving the first vaporizing means the second fraction comprises a greater percentage of the gas in the liquified state than the first fraction, and wherein the turbine drives a generator so as to generate electric energy. a) providing a gas in a liquified state, b) guiding the gas provided in step a) through a first vaporizing means such that the gas is partly evaporated, c) guiding a first fraction of the gas from the first vaporizing means via a turbine to a consumer process, and guiding a second fraction of the gas from the first vaporizing means via a second vaporizing means and the turbine to the consumer process, characterized in that upon leaving the first vaporizing means the second fraction comprises a greater percentage of the gas in the liquified state than the first fraction, and wherein the turbine drives a generator so as to generate electric energy.
Method for manufacturing at least one absorbent pad comprising the steps of providing a material web, applying a super absorbent onto the material web, wherein at least one margin area perpendicular to the machine direction of the material web remains free of the super absorbent, folding of the material web via the superabsorbent, in a way that the material web is at least partially formed in two layers, folding at least of the at least one superabsorbent-free margin area over the two-layered area, wherein the material web is folded in v-form in the first step and folded in v-form again in a further step, wherein the margin areas are substantially lying on top of each other after the first folding, calendering of the folded material web, laminating of the folded material web with a laminating material.
Tyre for heavy load vehicle wheels comprising a tread band and two sidewalls opposite to each other relative to said tread band; at least one of said sidewalls comprising a portion of sidewall provided with at least one sidewall wear indicator, characterized in that said sidewall wear indicator comprises at least a first circumferential groove comprising at least one portion with increased section; said first circumferential groove has a substantial continuous circumferential development around the rotation axis of the tyre which means that along a circumference concentric to the rotation axis, the first circumferential groove is continuous or has small interruptions lower than 5% of the extension of said circumference.
A method of dicing a semiconductor wafer comprising a plurality of integrated circuits on a front side thereof and a metallization on a backside thereof, wherein the method comprises patterning the metallization on the backside of the semiconductor wafer with a first laser scribing process to provide the first plurality of laser scribe lines on the backside of the semiconductor wafer, and die marking the backside of the semiconductor wafer during the first laser scribing process, forming a mask on the front side; patterning, from the front side, the mask with a second laser scribing process to provide a patterned mask with a second plurality of scribe lines, wherein the first plurality of laser scribe lines and the second plurality of laser scribe lines terminate at the semiconductor wafer or extend as first trenches and as second trenches into the semiconductor wafer exposing regions of the semiconductor wafer between the integrated circuits, wherein the second plurality of scribe lines is aligned with the first plurality of scribe lines; and wherein the method further comprises plasma etching the semiconductor wafer through the second plurality of scribe lines to singulate the integrated circuits. wherein the method comprises patterning the metallization on the backside of the semiconductor wafer with a first laser scribing process to provide the first plurality of laser scribe lines on the backside of the semiconductor wafer, and die marking the backside of the semiconductor wafer during the first laser scribing process, forming a mask on the front side; patterning, from the front side, the mask with a second laser scribing process to provide a patterned mask with a second plurality of scribe lines, wherein the first plurality of laser scribe lines and the second plurality of laser scribe lines terminate at the semiconductor wafer or extend as first trenches and as second trenches into the semiconductor wafer exposing regions of the semiconductor wafer between the integrated circuits, wherein the second plurality of scribe lines is aligned with the first plurality of scribe lines; and wherein the method further comprises plasma etching the semiconductor wafer through the second plurality of scribe lines to singulate the integrated circuits.