mhurhangee/ep-ind-claims huggingface dataset:
A system for providing a pressurized liquid, comprising: - a reservoir for holding the liquid having an outlet and an inlet, - a pressure boosting device, - a first valve, - a separate filter chamber having an inlet and at least one outlet, and - a compressible, closed buffer body, wherein the pressure boosting device is coupled to the filter chamber and is adapted to increase a pressure of the fluid within the filter chamber, wherein the first valve is arranged between the inlet of the reservoir and the filter chamber and is adapted to open towards the reservoir when a minimum pressure of the liquid in the filter chamber is reached or exceeded, and characterized in that the buffer body is arranged in the filter chamber so that it can be bypassed by liquid. - a reservoir for holding the liquid having an outlet and an inlet, - a pressure boosting device, - a first valve, - a separate filter chamber having an inlet and at least one outlet, and - a compressible, closed buffer body, wherein the pressure boosting device is coupled to the filter chamber and is adapted to increase a pressure of the fluid within the filter chamber, wherein the first valve is arranged between the inlet of the reservoir and the filter chamber and is adapted to open towards the reservoir when a minimum pressure of the liquid in the filter chamber is reached or exceeded, and characterized in that the buffer body is arranged in the filter chamber so that it can be bypassed by liquid.
Device for cutting dough pieces, in particular baguettes, comprising: - cutting tools, such as a translating or rotating saw; having a cutting direction; - at least one clamping device, mutually movable with respect to the cutting tools in the cutting direction, the clamping device comprising: • a first and a second clamping part (1, 2), ▪ extending in a direction at an angle between 0 and 90, and in particular 30 and 60 degrees with the cutting direction; ▪ movable with respect to each other for adjusting the width of the space to fit the dough piece; ▪ defining a space for the dough piece in between them, ▪ comprising at least one pair of apertures, arranged behind each other in the direction of movement, for enabling cutting tools to cut a dough piece in the clamp at least partially; • actuation means, for moving the clamping parts (1,2) towards and/or from each other. - cutting tools, such as a translating or rotating saw; having a cutting direction; - at least one clamping device, mutually movable with respect to the cutting tools in the cutting direction, the clamping device comprising: • a first and a second clamping part (1, 2), ▪ extending in a direction at an angle between 0 and 90, and in particular 30 and 60 degrees with the cutting direction; ▪ movable with respect to each other for adjusting the width of the space to fit the dough piece; ▪ defining a space for the dough piece in between them, ▪ comprising at least one pair of apertures, arranged behind each other in the direction of movement, for enabling cutting tools to cut a dough piece in the clamp at least partially; • actuation means, for moving the clamping parts (1,2) towards and/or from each other. • a first and a second clamping part (1, 2), ▪ extending in a direction at an angle between 0 and 90, and in particular 30 and 60 degrees with the cutting direction; ▪ movable with respect to each other for adjusting the width of the space to fit the dough piece; ▪ defining a space for the dough piece in between them, ▪ comprising at least one pair of apertures, arranged behind each other in the direction of movement, for enabling cutting tools to cut a dough piece in the clamp at least partially; ▪ extending in a direction at an angle between 0 and 90, and in particular 30 and 60 degrees with the cutting direction; ▪ movable with respect to each other for adjusting the width of the space to fit the dough piece; ▪ defining a space for the dough piece in between them, ▪ comprising at least one pair of apertures, arranged behind each other in the direction of movement, for enabling cutting tools to cut a dough piece in the clamp at least partially; • actuation means, for moving the clamping parts (1,2) towards and/or from each other.
A communication device for handling a radio link monitoring, called RLM hereinafter, wherein the communication device comprises: at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores instructions, and the at least one processing circuit is configured to execute the instructions of: counting a number of at least one successive sync indication, when performing the RLM; stopping counting the number of the at least one successive sync indication, when the number of the at least one successive sync indication is equal to or greater than a threshold value; and continuing counting the number of the at least one successive sync indication, when the number of the at least one successive sync indication is smaller than the threshold value. at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores instructions, and the at least one processing circuit is configured to execute the instructions of: counting a number of at least one successive sync indication, when performing the RLM; stopping counting the number of the at least one successive sync indication, when the number of the at least one successive sync indication is equal to or greater than a threshold value; and continuing counting the number of the at least one successive sync indication, when the number of the at least one successive sync indication is smaller than the threshold value. counting a number of at least one successive sync indication, when performing the RLM; stopping counting the number of the at least one successive sync indication, when the number of the at least one successive sync indication is equal to or greater than a threshold value; and continuing counting the number of the at least one successive sync indication, when the number of the at least one successive sync indication is smaller than the threshold value.
A drug delivery system, comprising: a sensor having a base component and a housing component positioned on the base component, the base component extending beyond a periphery of the housing component, a bottom surface of the base component configured to attach to a body of a user; and a drug delivery device having a base component and a housing component positioned on the base component, the drug delivery device having an opening in the base component and extending into the housing component configured to cover all portions of the sensor other than the bottom surface of the base component of the sensor, the drug delivery device having a recess surrounding the opening, the recess configured to cover the base component of the sensor, the drug delivery device configured to store a liquid drug, wherein the bottom surface of the sensor is coplanar with a bottom surface of the drug delivery device when the sensor is positioned within the opening of the drug delivery device, wherein the sensor includes a sensing cannula configured to extend from a center of the bottom surface of the base component of the sensor, wherein the drug delivery device includes an infusion cannula configured to extend from a periphery of the bottom surface of the drug delivery device, wherein the infusion cannula is configured to extend at a first position at any rotational position relative to the sensing cannula and spaced a first, distance from the sensing cannula. a sensor having a base component and a housing component positioned on the base component, the base component extending beyond a periphery of the housing component, a bottom surface of the base component configured to attach to a body of a user; and a drug delivery device having a base component and a housing component positioned on the base component, the drug delivery device having an opening in the base component and extending into the housing component configured to cover all portions of the sensor other than the bottom surface of the base component of the sensor, the drug delivery device having a recess surrounding the opening, the recess configured to cover the base component of the sensor, the drug delivery device configured to store a liquid drug, wherein the bottom surface of the sensor is coplanar with a bottom surface of the drug delivery device when the sensor is positioned within the opening of the drug delivery device, wherein the sensor includes a sensing cannula configured to extend from a center of the bottom surface of the base component of the sensor, wherein the drug delivery device includes an infusion cannula configured to extend from a periphery of the bottom surface of the drug delivery device, wherein the infusion cannula is configured to extend at a first position at any rotational position relative to the sensing cannula and spaced a first, distance from the sensing cannula.
Rail vehicle having at least one pneumatic spring for supporting a railcar body, wherein at least one mechanically actuatable valve is disposed in at least one air supply/discharge line of the at least one pneumatic spring for the purpose of controlling the air exchange of the at least one pneumatic spring, characterised in that at least one controllable switching means is provided in the at least one air supply/discharge line between the at least one mechanical valve and the at least one pneumatic spring for the purpose of controlling the air exchange in such a manner that the air exchange can be throttled, or that at least one controllable switching means (SAM") is disposed between the at least one mechanical valve and at least one pressure source and at least one further controllable switching means (SAM') is disposed in a line (LEI') connecting the at least one mechanical valve to an environment for the purpose of controlling the air exchange in such a manner that the air exchange can be throttled.
An electrochemical measurement method in which a working electrode that supplies or receives electrons to or from a measurement target to cause an oxidation-reduction reaction and a counter electrode connected to the working electrode through an external power source are provided in an electrolytic solution containing the measurement target, and a measuring voltage is applied between the working electrode and the counter electrode to measure a current flowing between the working electrode and the counter electrode in proportion to the amount of the measurement target, wherein the working electrode is provided on a bottom of an electrolytic solution well containing the electrolytic solution; and a measurement target eliminating thin-wire electrode is provided on the bottom, the measurement target eliminating thin-wire electrode being made of thin wire stretched in such a shape that extends from one point on the bottom upward into space in the electrolytic solution well and back to another point on the bottom, the electrochemical measurement method performs: a measurement target elimination step of eliminating the measurement target by applying an eliminating voltage having the same polarity as the measuring voltage between the measurement target eliminating thin-wire electrode and the counter electrode to oxidize or reduce the measurement target; a measurement target diffusion step of diffusing a new measurement target after stopping the application of the eliminating voltage; and an electrochemical measurement step of measuring the current by applying the measuring voltage between the working electrode and the counter electrode after the new measurement target is diffused. a measurement target elimination step of eliminating the measurement target by applying an eliminating voltage having the same polarity as the measuring voltage between the measurement target eliminating thin-wire electrode and the counter electrode to oxidize or reduce the measurement target; a measurement target diffusion step of diffusing a new measurement target after stopping the application of the eliminating voltage; and an electrochemical measurement step of measuring the current by applying the measuring voltage between the working electrode and the counter electrode after the new measurement target is diffused.
An electrically driven rail vehicle including at least one electrical device and an assembly (11; 111; 211; 311; 411), the assembly (11; 111; 211; 311; 411) comprising: - a plurality of high-voltage electrical apparatuses for powering or controlling the electrical device, and - an enclosure that is not hermetic with respect to the ambient air, the enclosure containing the electrical apparatuses and defining an inner volume filled with inner air, the vehicle being characterized in that the assembly (11; 111; 211; 311; 411) further includes a dehumidifying device capable of producing a flow of air that is less humid than the ambient air, the flow of air emerging in the inner volume, the enclosure being situated near a roof defined by a body of the vehicle, or on the roof, or inside or below the body. - a plurality of high-voltage electrical apparatuses for powering or controlling the electrical device, and - an enclosure that is not hermetic with respect to the ambient air, the enclosure containing the electrical apparatuses and defining an inner volume filled with inner air,
A hydraulic control device for a vehicle, the vehicle including an engine, and a transmission, the hydraulic control device comprising: a mechanical variable-capacity oil pump driven by the engine, and configured to supply hydraulic pressure to a drive unit of the vehicle; an electronic control unit configured to (i) calculate a target discharge volume of the mechanical variable-capacity oil pump using a plurality of parameters of the transmission, including: a target input torque of the transmission of the vehicle, a target discharge flow volume of the mechanical variable-capacity oil pump and a rotation speed of an input shaft of the vehicle, and (ii) control the mechanical variable-capacity oil pump based on the target discharge volume. a mechanical variable-capacity oil pump driven by the engine, and configured to supply hydraulic pressure to a drive unit of the vehicle; an electronic control unit configured to (i) calculate a target discharge volume of the mechanical variable-capacity oil pump using a plurality of parameters of the transmission, including: a target input torque of the transmission of the vehicle, a target discharge flow volume of the mechanical variable-capacity oil pump and a rotation speed of an input shaft of the vehicle, and (ii) control the mechanical variable-capacity oil pump based on the target discharge volume. (i) calculate a target discharge volume of the mechanical variable-capacity oil pump using a plurality of parameters of the transmission, including: a target input torque of the transmission of the vehicle, a target discharge flow volume of the mechanical variable-capacity oil pump and a rotation speed of an input shaft of the vehicle, and (ii) control the mechanical variable-capacity oil pump based on the target discharge volume.
An apparatus for a wireless communication system, wherein the apparatus is configured to be connected to at least one user device, UE, of the wireless communication system via a sidelink for a sidelink communication with the at least one UE, wherein, for a unicast transmission to the UE, the apparatus is configured to transmit a sidelink frame (F n) having a certain frame duration, a first part of the sidelink frame including control signaling (C 1) and a second part of the sidelink frame including a data packet (D 1), the sidelink frame indicating to the UE whether a feedback is to be returned to the apparatus, the feedback indicating a successful reception of data at the UE and/or a sidelink channel condition, and wherein, in case the feedback from the UE is desired, the apparatus is configured to - transmit in the second part of the sidelink frame (F n) an indication that the feedback is to be provided by the UE, and - receive from the UE, in a subsequent sidelink frame (F n+1), the feedback for data transmitted in the sidelink frame, the subsequent sidelink frame (F n+1) including a control signaling (C 2) and a data packet (D 2), the data packet (D 2)being shortened by a remaining duration, and the feedback being transmitted during the remaining duration in the subsequent sidelink frame (F n+1). wherein the apparatus is configured to be connected to at least one user device, UE, of the wireless communication system via a sidelink for a sidelink communication with the at least one UE, wherein, for a unicast transmission to the UE, the apparatus is configured to transmit a sidelink frame (F n) having a certain frame duration, a first part of the sidelink frame including control signaling (C 1) and a second part of the sidelink frame including a data packet (D 1), the sidelink frame indicating to the UE whether a feedback is to be returned to the apparatus, the feedback indicating a successful reception of data at the UE and/or a sidelink channel condition, and wherein, in case the feedback from the UE is desired, the apparatus is configured to - transmit in the second part of the sidelink frame (F n) an indication that the feedback is to be provided by the UE, and - receive from the UE, in a subsequent sidelink frame (F n+1), the feedback for data transmitted in the sidelink frame, the subsequent sidelink frame (F n+1) including a control signaling (C 2) and a data packet (D 2), the data packet (D 2)being shortened by a remaining duration, and the feedback being transmitted during the remaining duration in the subsequent sidelink frame (F n+1). - transmit in the second part of the sidelink frame (F n) an indication that the feedback is to be provided by the UE, and - receive from the UE, in a subsequent sidelink frame (F n+1), the feedback for data transmitted in the sidelink frame, the subsequent sidelink frame (F n+1) including a control signaling (C 2) and a data packet (D 2), the data packet (D 2)being shortened by a remaining duration, and the feedback being transmitted during the remaining duration in the subsequent sidelink frame (F n+1).
A method for use in correcting a signal from a tachometer coupled to a rotating shaft in a wind turbine, said method comprising: receiving a raw tachometer signal from the tachometer, the signal indicating the speed and/or angular position of the shaft; determining a cyclic error existing in the raw tachometer signal; and providing a corrective signal to adjust a torque within the wind turbine based at least in part on the determined cyclic error; characterised in that the method further comprising dividing each revolution of the received raw signal into a predetermined number of segments, wherein each segment is associated with an angular portion of the shaft. receiving a raw tachometer signal from the tachometer, the signal indicating the speed and/or angular position of the shaft; determining a cyclic error existing in the raw tachometer signal; and providing a corrective signal to adjust a torque within the wind turbine based at least in part on the determined cyclic error; characterised in that the method further comprising dividing each revolution of the received raw signal into a predetermined number of segments, wherein each segment is associated with an angular portion of the shaft.
Use of a coating composition in dry powder form, wherein the coating composition comprises at least one organic carrier material in the form of particles having a volume mean diameter of 8 to 200 μm, the carrier material being selected from waxes having a melting point of ≥ 50° Centigrade, and at least one biological agent having an activity against at least one pathogen of a monocotyledonous plant as a coating on a seed of a monocotyledonous plant.
A pressure sensor arrangement, comprising: a pressure sensor configured to sense a pressure of a process fluid and provide a pressure sensor output; characterized in that the pressure arrangement comprises a capillary or fill tube (93, 94; 156; 158; 400) configured to couple the pressure of the process fluid to the pressure sensor; wherein the pressure sensor comprises a quartz crystal mounted to the capillary or fill tube (93, 94; 156, 158; 400) wherein the quartz crystal has a resonate frequency which is related to the pressure received by the capillary or fill tube (93, 94; 156, 158; 400); and a circuitry configured to measure the resonate frequency of the quartz crystal and responsively provides an output indicative of the pressure of the process fluid as a function of the resonate frequency of the quartz crystal. a pressure sensor configured to sense a pressure of a process fluid and provide a pressure sensor output; characterized in that the pressure arrangement comprises a capillary or fill tube (93, 94; 156; 158; 400) configured to couple the pressure of the process fluid to the pressure sensor; wherein the pressure sensor comprises a quartz crystal mounted to the capillary or fill tube (93, 94; 156, 158; 400) wherein the quartz crystal has a resonate frequency which is related to the pressure received by the capillary or fill tube (93, 94; 156, 158; 400); and a circuitry configured to measure the resonate frequency of the quartz crystal and responsively provides an output indicative of the pressure of the process fluid as a function of the resonate frequency of the quartz crystal.
A transdermal delivery composition comprising a hyaluronic acid-protein conjugate, for use in preventing or treating of a skin-associated condition and a disease required for long-term periodic treatment using protein, wherein the protein is hGH, interferon-alpha, erythropoietin, TRAIL (Tumor necrosis factor-related apoptosis-inducing ligand) or insulin, and the protein is delivered transdermally, wherein the hyaluronic acid-protein conjugate is represented by Chemical formula 2 wherein in chemical formula 2, P is a water-soluble protein, the sum of m, n, and 1 is an integer of 50 to 10,000, the sum of n and 1 is an integer of 5 to 5,000, and 1 is an integer of 1 to 100. P is a water-soluble protein, the sum of m, n, and 1 is an integer of 50 to 10,000, the sum of n and 1 is an integer of 5 to 5,000, and 1 is an integer of 1 to 100.