mhurhangee/ep-ind-claims huggingface dataset:
A damper system for a vehicle comprising: a shock absorber having a plurality of digital valves, wherein each of the plurality of digital valves is controllable to a first position or to a second position, and the shock absorber is operable at one of multiple damping states based on the plurality of digital valves; and a damper module electrically coupled to each of the digital valves and controlling each of the digital valves to a desired position based on a damper setting received from a master module, the damper module applying an actuation current pulse for switching the digital valve from the first position to the second position, wherein the desired position is either the first position or the second position, the damper module determines a target damping state of the shock absorber based on the damper setting, the target damping state is one of the multiple damping states, and the damper module performs a switch operation to control the plurality of digital valves to a given desired position when the target damping state is different from a present damping state, characterized in that the damper module predefines each of the digital valves as either a primary valve or a secondary valve, and the digital valve, as the secondary valve, is switched from the first position to the second position after the primary valve is switched from the first position to the second position and after a preset time period has lapsed. a shock absorber having a plurality of digital valves, wherein each of the plurality of digital valves is controllable to a first position or to a second position, and the shock absorber is operable at one of multiple damping states based on the plurality of digital valves; and a damper module electrically coupled to each of the digital valves and controlling each of the digital valves to a desired position based on a damper setting received from a master module, the damper module applying an actuation current pulse for switching the digital valve from the first position to the second position, wherein the desired position is either the first position or the second position, the damper module determines a target damping state of the shock absorber based on the damper setting, the target damping state is one of the multiple damping states, and the damper module performs a switch operation to control the plurality of digital valves to a given desired position when the target damping state is different from a present damping state, characterized in that the damper module predefines each of the digital valves as either a primary valve or a secondary valve, and the digital valve, as the secondary valve, is switched from the first position to the second position after the primary valve is switched from the first position to the second position and after a preset time period has lapsed.
A portable, non-invasive glucose measuring apparatus comprising: a probe configured to present an oscillating, non-uniform electric field onto a predetermined part of a human body; said probe also configured to present a collimated light beam onto said predetermined part and to direct scattered light into a detector (25,58); a processor in communication with said probe, said processor executing a program that produces a time autocorrelation related to said scattered light; said program comparing said autocorrelation, or a function of said autocorrelation, against a calibration to determine a glucose level characterized in that said non-uniform electric field is formed by a first and second electrode, said first electrode (11, 42) being a ring or partial ring; said second electrode (12, 41) being located at a point in proximity to a center-point of said ring; a probe configured to present an oscillating, non-uniform electric field onto a predetermined part of a human body; said probe also configured to present a collimated light beam onto said predetermined part and to direct scattered light into a detector (25,58); a processor in communication with said probe, said processor executing a program that produces a time autocorrelation related to said scattered light; said program comparing said autocorrelation, or a function of said autocorrelation, against a calibration to determine a glucose level characterized in that said non-uniform electric field is formed by a first and second electrode, said first electrode (11, 42) being a ring or partial ring; said second electrode (12, 41) being located at a point in proximity to a center-point of said ring;
A computer-implemented method comprising: performing a secret-sharing operation of a secret-sharing scheme adapted to split an input to a function into input shares capable of being recovered by a recovery operation of the secret-sharing scheme, the input to the function being received from a client device; causing the input shares to be received by different physical computing devices, the different physical computing devices capable of jointly executing a multiparty computation protocol effective to evaluate a functionality associated with the function and the secret-sharing scheme resulting in each of the different physical computing devices producing different output shares; receiving the different output shares from the different physical computing devices; and performing the recovery operation on the different output shares effective to determine an output to the function, characterised in that one of the different physical computing devices is dedicated solely to the client device from which the input to the function is received for a predetermined period of time, wherein performing the secret-sharing operation comprises performing two polynomial-time algorithms, the two polynomial-time algorithms being adapted to prevent the input from being calculated based on any subset of the input shares. performing a secret-sharing operation of a secret-sharing scheme adapted to split an input to a function into input shares capable of being recovered by a recovery operation of the secret-sharing scheme, the input to the function being received from a client device; causing the input shares to be received by different physical computing devices, the different physical computing devices capable of jointly executing a multiparty computation protocol effective to evaluate a functionality associated with the function and the secret-sharing scheme resulting in each of the different physical computing devices producing different output shares; receiving the different output shares from the different physical computing devices; and performing the recovery operation on the different output shares effective to determine an output to the function, characterised in that one of the different physical computing devices is dedicated solely to the client device from which the input to the function is received for a predetermined period of time, wherein performing the secret-sharing operation comprises performing two polynomial-time algorithms, the two polynomial-time algorithms being adapted to prevent the input from being calculated based on any subset of the input shares.
A locking system for a door, the locking system comprising a lock, an outer housing (48, 148) adapted to be mounted to an outside face of the door, and an inner housing (18, 184) adapted to be mounted to an inside face of the door, a wire conduit (40, 140) mounted to one of the inner housing (18, 184) and the outer housing (48, 148) and adapted to extend across the door to the other one of the inner housing (18, 184) and the outer housing (48, 148), the wire conduit (40, 140) having two telescoping members (42, 44, 142, 144), and at least one wire extending inside the wire conduit (40, 140) and adapted to be connected between a first locking system component housed in the outer housing (48, 148) and a second locking system component housed in the inner housing (18, 184), wherein the two telescoping members (42, 44, 142, 144) include a base member (42, 142) and an extension member (44, 144), the base member (42, 142) having a proximal end secured to said one of the inner housing (18, 184) and the outer housing (48, 148) and a distal end adapted to extend into the door.
Refrigeration appliance with a receiving housing, into which an electrical capacitor is inserted, which has a cable side and a cable free side, characterised in that the receiving housing has a clearance for extending the capacitor on the cable free side of the capacitor, wherein the receiving housing comprises a first and a second housing shell,, wherein on the interior the first housing shell and/or the second housing shell comprises spacer fins (119-1, 119-2) for distancing the inserted capacitor from the interior of the receiving housing, wherein the spacer fins on the cable side of the capacitor are arranged so as to rotate around the interior of the receiving housing.
A ski boot comprising a rigid shell which is adapted to accommodate the foot of the user, and has the bottom part structured to couple with a ski binding device or the like; a rigid cuff which is adapted to enclose the leg of the user, and is pivotally joined to the shell so as to be able to pivot about a rotation axis substantially perpendicular to the midplane of the boot; a rigid and oblong tongue which is arranged resting on the upper part of the shell, astride the midplane of the boot, and has its front end hinged to the shell so as to be able to tilt forward while remaining substantially on the midplane of the boot; and shell closing means selectively adapted to tighten the shell against the foot of the user; wherein the shell closing means comprise: one or more anchoring teeth that protrude from the shell, beneath a first longer lateral edge of the tongue, and are adapted to engage in latching manner corresponding coupling seats specifically made in the body of the tongue, so as to prevent the tongue from moving skimming over the surface of the shell transversally to the midplane of the boot; and a manually-operated transversal tensioning mechanism which is arranged astride the shell and the tongue along a second longer lateral edge of the tongue opposite to said first longer lateral edge of the tongue, and is structured so as to pull the tongue towards the lateral side of the shell that flanks said second longer lateral edge of the tongue.
A method comprising: removably attaching (step 1504) segmented ring details (852, 854, 856) to aircraft skin details; attaching (step 1506) stringers to the skin details to create skin assemblies (412, 414, 416); positioning (step 1508) the skin assemblies (412, 414, 416) at a support structure defining a contour; fastening (step 1510) frames to the skin assemblies (412, 414, 416) to create a panel; removably installing (step 1512) a spreader section onto the panel to complete assembly of a brace prior to removal of the panel, wherein the brace comprises the spreader section and a segmented ring assembly, which segmented ring assembly includes the segmented ring details (852, 854, 856); transporting (step 1514) the panel while the brace enforces the contour; attaching (step 1516) the brace to other braces for other panels (420, 430, 440) to form a barrel section of a fuselage for an aircraft, while the brace enforces the contour; and removing (step 1518) the brace from the barrel section after the barrel section has been formed. removably attaching (step 1504) segmented ring details (852, 854, 856) to aircraft skin details; attaching (step 1506) stringers to the skin details to create skin assemblies (412, 414, 416); positioning (step 1508) the skin assemblies (412, 414, 416) at a support structure defining a contour; fastening (step 1510) frames to the skin assemblies (412, 414, 416) to create a panel; removably installing (step 1512) a spreader section onto the panel to complete assembly of a brace prior to removal of the panel, wherein the brace comprises the spreader section and a segmented ring assembly, which segmented ring assembly includes the segmented ring details (852, 854, 856); transporting (step 1514) the panel while the brace enforces the contour; attaching (step 1516) the brace to other braces for other panels (420, 430, 440) to form a barrel section of a fuselage for an aircraft, while the brace enforces the contour; and removing (step 1518) the brace from the barrel section after the barrel section has been formed.
A quantitative X-ray analysis method, comprising: receiving X-ray fluorescence data of a pressed sample prepared using an additional binder; initialising an assumed quantity of binder; calculating the concentration of a plurality of components of the sample based on the X-ray fluorescence data and the assumed quantity of binder; changing the assumed quantity of binder based on the results of the step of calculating the concentration of a plurality of components; repeating the step of calculating the concentration of a plurality of components of the sample and the step of changing the assumed quantity of binder until the calculations converge; and outputting the concentration of components of the sample. receiving X-ray fluorescence data of a pressed sample prepared using an additional binder; initialising an assumed quantity of binder; calculating the concentration of a plurality of components of the sample based on the X-ray fluorescence data and the assumed quantity of binder; changing the assumed quantity of binder based on the results of the step of calculating the concentration of a plurality of components; repeating the step of calculating the concentration of a plurality of components of the sample and the step of changing the assumed quantity of binder until the calculations converge; and outputting the concentration of components of the sample.
A pharmaceutical composition comprising, a) -2,4,6-trimethoxystyryl-3-[(carboxymethyl)amino]-4-methoxybenzylsulphone and pharmaceutically acceptable salts thereof, b) basic pre-treated low molecular weight polyethylene glycol comprising one or more of PEG 200, PEG 300, PEG 400, PEG 600 and/or PEG 800; c) undiluted pH of about 11.0 to about 14.0; and d) less than 5% water or aqueous solution for example less than or equal to 2% water or aqueous solution. a) -2,4,6-trimethoxystyryl-3-[(carboxymethyl)amino]-4-methoxybenzylsulphone and pharmaceutically acceptable salts thereof, b) basic pre-treated low molecular weight polyethylene glycol comprising one or more of PEG 200, PEG 300, PEG 400, PEG 600 and/or PEG 800; c) undiluted pH of about 11.0 to about 14.0; and d) less than 5% water or aqueous solution for example less than or equal to 2% water or aqueous solution.
A method of determining the position, in particular angular position, of a part which is movably arranged relative to one or a plurality of groups of sensors, in particular which is movably arranged in a rotational or linear manner, wherein the part has a material measure which can be detected by the sensors, wherein by means of a transformation, two signals are generated from the sensor signals generated by the sensors, which two signals are 90° phase-shifted in relation to one another, wherein the position of the part is determined from the signals, wherein the material measure is realised by poles of one or a plurality of permanent magnets, the signals are corrected by means of a correction procedure before determination of the position characterised in that the sum of the sensor signals, divided by the number of the sensor signals, is determined as a third signal upon transformation, wherein an interference signal is determined from the course of the third signal, which interference signal is used to correct the signals during the correction procedure, wherein for determination of the position, the arc tangent or arc cotangent of the quotient is determined from the first and the second signal, wherein the transformation is a Clarke transformation, wherein the group is such that three sensor signals are generated. wherein the part has a material measure which can be detected by the sensors, wherein by means of a transformation, two signals are generated from the sensor signals generated by the sensors, which two signals are 90° phase-shifted in relation to one another, wherein the position of the part is determined from the signals, wherein the material measure is realised by poles of one or a plurality of permanent magnets, the signals are corrected by means of a correction procedure before determination of the position characterised in that the sum of the sensor signals, divided by the number of the sensor signals, is determined as a third signal upon transformation, wherein an interference signal is determined from the course of the third signal, which interference signal is used to correct the signals during the correction procedure, wherein for determination of the position, the arc tangent or arc cotangent of the quotient is determined from the first and the second signal, wherein the transformation is a Clarke transformation, wherein the group is such that three sensor signals are generated.
A link, comprising: a first portion that abuts a first face of the link; a second portion that abuts a second face of the link; a first bore located on a first end of the link; a second bore located on a second end of the link; and a material located between the first portion and the second portion and extending between the first bore and the second bore, wherein the material creates a separation between the first portion and the second portion to facilitate placement of the first bore and the second bore around outer diameters of corresponding mating members of a track chain, wherein the material is removable to remove the separation from between the first portion and the second portion. a first portion that abuts a first face of the link; a second portion that abuts a second face of the link; a first bore located on a first end of the link; a second bore located on a second end of the link; and a material located between the first portion and the second portion and extending between the first bore and the second bore, wherein the material creates a separation between the first portion and the second portion to facilitate placement of the first bore and the second bore around outer diameters of corresponding mating members of a track chain, wherein the material is removable to remove the separation from between the first portion and the second portion.
A carton comprising a top panel, a first side panel and a second side panel and comprising a slot-type carrying handle formed in the top panel and the first side panel, the slot type carrying handle comprising a line of separation (58, 58a) extending at least substantially transversely across the top panel of the carton and into the first and second side panels, the line of separation being disposed at a location that is spaced from the longitudinal centre of the top panel such that the length of the top panel on one of opposite sides of the line of separation is less than the length of the top panel on the other of the opposite sides of the line of separation, the slot type carrying handle comprising a lifting edge that is spaced from the line of separation and that is disposed on the one side of the line of separation, the slot type carrying handle further comprising a first stress relief mechanism provided in the first side panel, characterised by the first stress relief mechanism comprising: a linear crease line extending away from said lifting edge at the hinged connection between the top panel and the first side panel towards a portion of the line of separation disposed in the first side panel; a connecting nick portion; and a frangible line having a linear stem section and an arcuate stop; said connecting nick portion being disposed at the end of the linear crease line and at the start of the frangible line, said linear stem section being acutely angled relative to a notional line disposed normal to the hinged connection between the top panel and the first side panel, the linear stem section being angled away from said lifting edge and terminating at the arcuate stop which is disposed at a location spaced below the hinged connection between the top panel and the first side panel, the arcuate stop being disposed on the one side of the line of separation.
Device for producing a tool head of a tool from a tool blank having a tool shank, the device comprising a rotary drive for the tool blank and a receptacle for the tool shank, wherein the receptacle comprises an air bearing for directly supporting the tool shank of the tool blank, and the tool shank of the tool blank is frictionally coupled to the rotary drive designed as a stepper motor.
Surge arrester comprising a gas-tight discharge chamber that is formed by at least one insulating body and two electrodes (7, 13), wherein the electrodes (7, 13) each have a pin-shaped free end that extends into the discharge chamber and the free ends (9, 15) are aligned with respect to one another, wherein the electrodes have an electrode spacing with respect to one another and a wall spacing (a) is the spacing between the outer face of the free ends (9, 15) and the adjacent insulating body inner wall, wherein the electrode spacing is equal to twice the wall spacing (a) or is less than twice the wall spacing (a), wherein the electrode spacing is between 8 mm and 16 mm and the wall spacing (a) is between 5 mm and 9 mm, wherein the discharge chamber comprises a gas charge that comprises nitrogen or a gas charge that comprises nitrogen and hydrogen, and wherein at least the insulating body inner wall of the discharge chamber is free of an arcing strip.
Gas fired radiant emitter (100, 400), comprising - a burner deck onto which premix gas is combusted when the emitter is in use; and - a metal plate (120, 420) provided at the combustion side of the burner deck, for acting as radiant screen; wherein the metal plate (120, 420) is at least over part of its surface - and preferably over its full surface - spaced from the burner deck; wherein the metal plate (120, 420) comprises a plurality of elongated slots (122, 126, 128, 130, 422, 426, 428, 430) for passage through the metal plate (120, 420) of flue gas generated on the burner deck; wherein the plurality of elongated slots (122, 126, 128, 130, 422, 426, 428, 430) comprise a first elongated slot (122, 422), wherein the first elongated slot (122, 422) has a first tangent (123, 423) along a position along its length; wherein the plurality of elongated slots (122, 126, 128, 130, 422, 426, 428, 430) comprise a second elongated slot (126, 426), wherein the second elongated slot (126, 426) has a second tangent (127,427) along a position along its length; wherein the angle between the first tangent (123, 423) and the second tangent (127, 427) is between 45° and 135°, preferably between 75° and 105°. - a burner deck onto which premix gas is combusted when the emitter is in use; and - a metal plate (120, 420) provided at the combustion side of the burner deck, for acting as radiant screen;