mhurhangee/ep-ind-claims huggingface dataset:
A circuit (700, 800) comprising: a control circuit (709, 813) configured to be coupled to an input of a power system, the control circuit coupled to detect whether an electrical energy source is coupled to an input of the power system by sensing a current in a resistor (775, 875) in which current is to flow to provide a starting current for the operation of the control circuit (709, 813) when the electrical energy source is coupled to the input of the power system; and a switch internal to the control circuit and configured to be coupled to the input of the power system by the resistor (775, 875), the control circuit coupled to drive the switch in a first operating mode when the electrical energy source is coupled to the input of the power system, the control circuit coupled to drive the switch in a second operating mode when the electrical energy source is uncoupled from the input of the power system, wherein a capacitance coupled between input terminals of the input of the power system is discharged through the switch to a threshold voltage in less than a maximum period of time from when the electrical power source is uncoupled from the input terminals of the power system. a control circuit (709, 813) configured to be coupled to an input of a power system, the control circuit coupled to detect whether an electrical energy source is coupled to an input of the power system by sensing a current in a resistor (775, 875) in which current is to flow to provide a starting current for the operation of the control circuit (709, 813) when the electrical energy source is coupled to the input of the power system; and a switch internal to the control circuit and configured to be coupled to the input of the power system by the resistor (775, 875), the control circuit coupled to drive the switch in a first operating mode when the electrical energy source is coupled to the input of the power system, the control circuit coupled to drive the switch in a second operating mode when the electrical energy source is uncoupled from the input of the power system, wherein a capacitance coupled between input terminals of the input of the power system is discharged through the switch to a threshold voltage in less than a maximum period of time from when the electrical power source is uncoupled from the input terminals of the power system.
System for cultivating and harvesting mushrooms, with a plurality of picking frames which are located in a picking zone, wherein the mushrooms growing on a substrate are arranged on one level on the picking frames, wherein at least one transverse conveyor is provided in the picking zone, the transverse conveyor being a belt conveyor which spans a plurality of picking frames arranged next to one another and has a conveying direction transverse to the longitudinal extent of the picking frames, characterized in that the transverse conveyor is movable in a motorized manner transversely with respect to its conveying direction at a variable speed.
Thermal storage capacity device for a vehicle, comprising an enclosure that houses a duct and at least one tube containing a phase-change material, the at least one tube being wound around the duct to form a coil, the duct delimiting a first space in which a fluid is able to circulate, the coil comprising a second space in which the fluid is able to circulate, characterized in that the duct comprises radial openings that place the first space and the second space in communication.
Method for installing tower fittings by introducing at least two separate supply modules (3, 4) into a wind turbine tower, wherein a separate supply module (3, 4) structurally comprises one segment each of at least two system components (33, 34, 35, 36) of the wind turbine tower, and wherein an upper segment end (30, 40) is arranged on an upper edge (37, 47), and a lower segment end (31, 41) on a lower edge (38, 48), of the supply module (3, 4), comprising the following steps: arranging the upper edge (37, 47) of a first separate supply module at an upper end of the wind turbine tower; connecting an upper segment end of the first separate supply module to a lower segment end of a corresponding system component (33, 34, 35, 36) of a second separate supply module; and arranging the upper edge of the second separate supply module at the upper end of the wind turbine tower. arranging the upper edge (37, 47) of a first separate supply module at an upper end of the wind turbine tower; connecting an upper segment end of the first separate supply module to a lower segment end of a corresponding system component (33, 34, 35, 36) of a second separate supply module; and arranging the upper edge of the second separate supply module at the upper end of the wind turbine tower.
A turbomachinery assembly for an internal combustion engine, the turbomachinery assembly including a venturi apparatus (310; 410) having at least one motive inlet, at least one feed inlet, and an outlet, wherein said feed inlet is connected directly or indirectly to a turbine outlet; said motive inlet is connected directly or indirectly to a compressor outlet in such a manner that said motive and feed inlet do not share flow sources, and the venturi outlet is connected, either directly or indirectly, to an exhaust network for conveying exhaust gases to the atmosphere, characterised in that; the turbomachinery assembly includes a secondary path of the compressor outlet with a valve (305; 405) which receives control signals from an ECU (Engine Control Unit), the valve being configured to control a degree of compressor choke, wherein the valve (305; 405) on the secondary path of the compressor outlet is configured to allow the engine to increase boost pressures and reduce turbo lag by throttling the flow through the secondary path during load increments; and the secondary path is connected to the motive inlet of the venturi apparatus which is thereby configured to entrain a fraction of compressed air from the compressor outlet as a motive fluid. said feed inlet is connected directly or indirectly to a turbine outlet; said motive inlet is connected directly or indirectly to a compressor outlet in such a manner that said motive and feed inlet do not share flow sources, and the venturi outlet is connected, either directly or indirectly, to an exhaust network for conveying exhaust gases to the atmosphere, characterised in that;
An aircraft comprising multiple air data probes and an air data probe contamination monitor comprising: multiple air data sensor probes (14,16,18,20), at least two first probes (14,16) being located on one side of the aircraft, and at least two second probes (18,20) being located on an opposite side of the aircraft, each one of the probes (14,16) being operable to generate a parameter value from an airflow passing by the aircraft when the aircraft is in flight; and at least two vanes (32,34), a first one of the vanes being located on one side of the aircraft, a second one of the vanes being located on an opposite side of the aircraft, each one of the two vanes (32,34) being operable to generate a parameter value from a direction of an airflow passing by the aircraft when the aircraft is in flight, each of the two vanes (32,34) also being operable to calculate an angle of attack value from the generated parameter value of the direction of the airflow, wherein the first probes (14,16) are located on the same side of the aircraft as the first vane, and wherein the second probes (18,20) are located on the same side of the aircraft as the second vane; and a processor that is operable to compare the generated parameter value from the first probes (14,16) to the generated parameter value from each of the second probes (18,20) in turn to determine if the first probe (14,16) is contaminated or not, a not contaminated condition being confirmed if the generated parameter value from the first probe (14,16) is in agreement with the generated parameter value of at least one of the second probes (18,20). multiple air data sensor probes (14,16,18,20), at least two first probes (14,16) being located on one side of the aircraft, and at least two second probes (18,20) being located on an opposite side of the aircraft, each one of the probes (14,16) being operable to generate a parameter value from an airflow passing by the aircraft when the aircraft is in flight; and at least two vanes (32,34), a first one of the vanes being located on one side of the aircraft, a second one of the vanes being located on an opposite side of the aircraft, each one of the two vanes (32,34) being operable to generate a parameter value from a direction of an airflow passing by the aircraft when the aircraft is in flight, each of the two vanes (32,34) also being operable to calculate an angle of attack value from the generated parameter value of the direction of the airflow, wherein the first probes (14,16) are located on the same side of the aircraft as the first vane, and wherein the second probes (18,20) are located on the same side of the aircraft as the second vane; and a processor that is operable to compare the generated parameter value from the first probes (14,16) to the generated parameter value from each of the second probes (18,20) in turn to determine if the first probe (14,16) is contaminated or not, a not contaminated condition being confirmed if the generated parameter value from the first probe (14,16) is in agreement with the generated parameter value of at least one of the second probes (18,20).
A damping device (20, 20a, 20b, 20c, 20d, 20e, 20f, 20g), comprising: a housing having an inner wall defining a chamber, and an opening communicating with the chamber, the chamber being filled with a damping medium; a cover assembly arranged adjacent to the opening of the housing; a piston rod penetrating through the cover assembly; a piston connected to the piston rod and movable relative to the housing, the piston comprising an extension part and an expansion part located between the piston rod and the extension part, wherein a width of the expansion part is greater than a width of the piston rod; and an elastic member arranged in the chamber of the housing and configured to provide an elastic force to the piston; wherein the inner wall of the housing has a groove configured to allow at least one portion of the damping medium to pass through, the groove is parallel to a longitudinal direction of the housing and has a first end and a second end opposite to the first end, characterized in that the groove has a constant cross section area from the first end of the groove to the second end of the groove, and the first end of the groove is connected to an end of the housing opposite to the opening. a housing having an inner wall defining a chamber, and an opening communicating with the chamber, the chamber being filled with a damping medium; a cover assembly arranged adjacent to the opening of the housing; a piston rod penetrating through the cover assembly; a piston connected to the piston rod and movable relative to the housing, the piston comprising an extension part and an expansion part located between the piston rod and the extension part, wherein a width of the expansion part is greater than a width of the piston rod; and an elastic member arranged in the chamber of the housing and configured to provide an elastic force to the piston; wherein the inner wall of the housing has a groove configured to allow at least one portion of the damping medium to pass through, the groove is parallel to a longitudinal direction of the housing and has a first end and a second end opposite to the first end, characterized in that the groove has a constant cross section area from the first end of the groove to the second end of the groove, and the first end of the groove is connected to an end of the housing opposite to the opening.
An axle generator arrangement for a brake system for a railway vehicle, the generator comprising a peg adapted to be driven by rotation of the axle, whereby rotation of peg rotating magnets, which magnets being parts of the generator thereby generate electricity, the arrangement further comprising a coupling element, the peg being adapted to drivingly engage with the coupling element, which coupling element is adapted to transmit rotation from the axle to the peg, wherein the coupling element comprises an opening slot adapted to receive the peg, the coupling element being configured to permit motion relative to the peg in five degrees of freedom, characterised in that the coupling element comprises two external substantially parallel sides and two internal substantially parallel sides perpendicular to the external sides such that the coupling element is adapted to permit motion with five degrees of freedom relative to the axle.
A floor covering made of wood material, consisting of a support plate, a first veneer on the upper side, which are joined together by a synthetic resin, and optionally with an overlay and/or an underlay, and a second veneer, wherein the second veneer on the underside of the support plate is intended to ensure balanced stress conditions in the product as a counter-layer, and wherein the first veneer is compressed on the upper side by at least 30% of the original thickness, and the synthetic resin penetrates at least 30% of the veneer thickness of the first veneer.
A method of through-air drying a tissue web comprising the steps of transferring a wet tissue web to a first through-air drying fabric and through-air drying the wet web while supported by the first through-air drying fabric to a consistency from 40 to 80 percent to yield a partially dewatered web; transferring the partially dewatered web to second through-air drying fabric and through-air drying the partially dewatered web while supported by the second through-air drying fabric to a consistency of from 60 to 100 percent.
A method for detecting the surface of a liquid sample in a sample container of a metering device, in particular, of a pipetting automat, having a pipetting device, which is moveable to and from the sample container, wherein the pipetting device comprises at least one pipetting tube with a pipetting piston moveable therein and a pipetting tip attachable, in particular, exchangeable, to the at least one pipetting tube, and having a pressure sensor assigned to the at least one pipetting tube, wherein the method comprises the following steps: moving the pipetting tip towards the sample container, moving the pipetting piston in a direction opposite the movement direction of the pipetting tip, recording the pressure existing in the pipetting tip, and comparing a pressure measurement value representing the recorded pressure to a target measurement value, recording a pressure difference moment (I, LL), at which the pressure measurement value is outside of a tolerance range determined by the target measurement value, characterized in that said method additionally comprises the step of: determining whether the recorded pressure measurement value, in the case of continued recording of the pressure in the pipetting tip, is within the tolerance range of the target measurement value during a period of time measured since the pressure difference moment (I, LL). moving the pipetting tip towards the sample container, moving the pipetting piston in a direction opposite the movement direction of the pipetting tip, recording the pressure existing in the pipetting tip, and comparing a pressure measurement value representing the recorded pressure to a target measurement value, recording a pressure difference moment (I, LL), at which the pressure measurement value is outside of a tolerance range determined by the target measurement value, characterized in that said method additionally comprises the step of: determining whether the recorded pressure measurement value, in the case of continued recording of the pressure in the pipetting tip, is within the tolerance range of the target measurement value during a period of time measured since the pressure difference moment (I, LL). determining whether the recorded pressure measurement value, in the case of continued recording of the pressure in the pipetting tip, is within the tolerance range of the target measurement value during a period of time measured since the pressure difference moment (I, LL).
Vehicle transportation installation by cable, comprising a cable to haul a vehicle, a frame mounted stationary, a bull-wheel coupled to the cable and mounted rotatable on the frame so as to be able to drive the cable, and a measurement device configured to measure at least one data item concerning movement of the bull-wheel, the measurement device being mounted on the bull-wheel characterized in that the measurement device comprises a gyroscope configured to measure at least an angular speed and at least an angular acceleration of the bull-wheel along a rotation axis of the bull-wheel and/or an accelerometer configured to measure at least a speed and at least an acceleration of the bull-wheel along a translation axis of the bull-wheel.
A container holding member capable of holding a plurality of bottomed tubular medical containers, which are vials or ampules, wherein the container holding member comprises: a flat plate-like substrate section having a plurality of through holes each penetrating one surface and the other surface; and a plurality of tubular housing sections each having an upper side opening end on a side of the one surface of the substrate section and a lower side opening end on a side of the other surface and each protruding upward or downward from a hole edge of each of the through holes, and the tubular housing sections are each configured to be capable of holding each of the medical containers in a state where an outer bottom surface of each of the medical containers protrudes downward from the lower side opening end when the medical containers are housed in the tubular housing sections, characterized in that the tubular housing sections each comprise a projection portion at a portion of an inner circumferential wall surface of each of the tubular housing sections, the projection portion being provided to project toward an inside of each of the tubular housing sections, the tubular housing sections each comprise a flange portion at the lower side opening end, the flange portion being provided to extend from an inner circumferential wall surface in each of the tubular housing sections toward an inside of each of the tubular housing sections, and the flange portion is provided in a circular manner over the whole circumference of the lower end of the tubular housing sections and forms the lower side opening end. a flat plate-like substrate section having a plurality of through holes each penetrating one surface and the other surface; and a plurality of tubular housing sections each having an upper side opening end on a side of the one surface of the substrate section and a lower side opening end on a side of the other surface and each protruding upward or downward from a hole edge of each of the through holes, and the tubular housing sections are each configured to be capable of holding each of the medical containers in a state where an outer bottom surface of each of the medical containers protrudes downward from the lower side opening end when the medical containers are housed in the tubular housing sections, characterized in that the tubular housing sections each comprise a projection portion at a portion of an inner circumferential wall surface of each of the tubular housing sections, the projection portion being provided to project toward an inside of each of the tubular housing sections, the tubular housing sections each comprise a flange portion at the lower side opening end, the flange portion being provided to extend from an inner circumferential wall surface in each of the tubular housing sections toward an inside of each of the tubular housing sections, and the flange portion is provided in a circular manner over the whole circumference of the lower end of the tubular housing sections and forms the lower side opening end.
A cosmetic method for treating dry skin comprising topically applying to skin in need thereof a topical skin composition comprising an effective amount of Silybum marianum extract and Momordica grosvenori fruit extract, wherein the Silybum marianum extract is a hydroalcoholic extract and the Momordica grosvenori fruit extract is a hydroglycolic extract, wherein the composition is formulated for dry skin and wherein the composition further includes an effective amount of Linum usitatissimum seed extract and hydrolyzed algin, wherein the Linum usitatissimum seed extract is a hydroglycolic extract and wherein the hydrolyzed algin is obtained from Laminaria digitata or is an aqueous solution of an oligosaccharide produced by controlled enzymatic depolymerization of membranous polysaccharides from Laminaria digitata, wherein topical application of the composition treats the skin.
An LED device (27, 27') to be connected to a connector having a plurality of metal springs arranged to make two rows, the LED device (27, 27') comprising: a pair of metal contacts; a device body made of plastic by insert-molding the metal contacts to have a recess on an upper surface thereof, one ends of the pair of metal contacts being exposed adjacent to each other at a bottom of the recess of the device body, the other ends of the pair of metal contacts protruding from a lower surface of the device body, thereby forming two terminal portions each of which has a plate shape perpendicular to the lower surface and extends along the lower surface in accordance with a shape of each of the rows; and LED bare chips placed in the recess of the device body and mounted directly on the one ends of the pair of metal contacts, respectively, wherein power supply to the bare chips and heat dissipation from the bare chips are carried out through the metal contacts, when the LED device (27, 27') is connected to the connector, the terminal portions are configured to come in contact with the rows of the metal springs, respectively, to effectively carry out the power supply and the heat dissipation. a pair of metal contacts; a device body made of plastic by insert-molding the metal contacts to have a recess on an upper surface thereof, one ends of the pair of metal contacts being exposed adjacent to each other at a bottom of the recess of the device body, the other ends of the pair of metal contacts protruding from a lower surface of the device body, thereby forming two terminal portions each of which has a plate shape perpendicular to the lower surface and extends along the lower surface in accordance with a shape of each of the rows; and LED bare chips placed in the recess of the device body and mounted directly on the one ends of the pair of metal contacts, respectively, wherein power supply to the bare chips and heat dissipation from the bare chips are carried out through the metal contacts, when the LED device (27, 27') is connected to the connector, the terminal portions are configured to come in contact with the rows of the metal springs, respectively, to effectively carry out the power supply and the heat dissipation.