mhurhangee/ep-ind-claims huggingface dataset:
A central column for a toroidal field coil, the central column comprising a plurality of segments, each segment comprising first and second sets of parallel arrays of HTS tapes, the HTS tapes arranged such that c-axes of ReBCO crystal structures of the HTS tapes within each array are parallel to each other, and such that planes of the HTS layers of the HTS tapes within each segment are perpendicular to a respective radius of the central column which passes through the segment, wherein: each HTS tape has a c-angle which is an angle between a perpendicular to a plane of an HTS layer of the HTS tape and the c-axis of the ReBCO crystal structure of the tape; the HTS tapes of each array within the first set of arrays are HTS tapes of a first type having a first c-angle; the HTS tapes of each array (1011, 1012) within the second set of arrays are HTS tapes of a second type having a second c-angle which is greater than the first c-angle; wherein, within each segment, the first set of arrays are arranged closer to the respective radius than the second set of arrays. each HTS tape has a c-angle which is an angle between a perpendicular to a plane of an HTS layer of the HTS tape and the c-axis of the ReBCO crystal structure of the tape; the HTS tapes of each array within the first set of arrays are HTS tapes of a first type having a first c-angle; the HTS tapes of each array (1011, 1012) within the second set of arrays are HTS tapes of a second type having a second c-angle which is greater than the first c-angle; wherein, within each segment, the first set of arrays are arranged closer to the respective radius than the second set of arrays.
A method to suppress operation mode bounce of a buck-boost switching regulator and have low ripple/glitch when a mode change is required, the method comprising the step of: providing the buck-boost switching regulator, configured to operate in buck, buck-boost, or in boost operation mode only, comprising an error amplifier, PWM pulse generators (72, 73), and logic circuits driving switches of the buck-boost regulator; characterized by the step of: increasing error amplifier) output voltage range over which the buck-boost switching regulator stays in a present operation mode resulting in hysteresis between the error amplifier output voltage and output voltage of the buck-boost switching regulator in regard of a transition from buck mode to buck-boost mode or from buck-boost mode to buck mode or from buck-boost mode to boost mode or from boost mode to buck-boost mode to suppress operation mode bounce in order to minimize number of transitions between operation modes and related switching and to minimize ripples when a change of an operation mode is required. providing the buck-boost switching regulator, configured to operate in buck, buck-boost, or in boost operation mode only, comprising an error amplifier, PWM pulse generators (72, 73), and logic circuits driving switches of the buck-boost regulator; characterized by the step of: increasing error amplifier) output voltage range over which the buck-boost switching regulator stays in a present operation mode resulting in hysteresis between the error amplifier output voltage and output voltage of the buck-boost switching regulator in regard of a transition from buck mode to buck-boost mode or from buck-boost mode to buck mode or from buck-boost mode to boost mode or from boost mode to buck-boost mode to suppress operation mode bounce in order to minimize number of transitions between operation modes and related switching and to minimize ripples when a change of an operation mode is required. increasing error amplifier) output voltage range over which the buck-boost switching regulator stays in a present operation mode resulting in hysteresis between the error amplifier output voltage and output voltage of the buck-boost switching regulator in regard of a transition from buck mode to buck-boost mode or from buck-boost mode to buck mode or from buck-boost mode to boost mode or from boost mode to buck-boost mode to suppress operation mode bounce in order to minimize number of transitions between operation modes and related switching and to minimize ripples when a change of an operation mode is required.
Control system of a bicycle electronic system comprising: - at least one pair of control devices (11,12) comprising a main control device and at least one respective redundant control device to impart manual commands to said bicycle electronic system, wherein: - at least one first control device (11,12) of said at least one pair of control devices (11,12) comprises a containment casing, containing inside it at least one switch (19,20,22), and at least one manual actuation member (16,17,21) faced at said containment casing and acting on a respective switch (19,20,22) of said at least one switch (19,20,22) for imparting said manual commands to said bicycle electronic system, characterized in that said containment casing is provided with a housing seat housing at least one input multiplier, which is connected to said at least one switch (19,20,22) to receive said manual commands when said at least one manual actuation member (16,17,21) activates said respective switch (19,20,22), wherein said at least one input multiplier is connected to at least one switch (19,20,22) of the other control device (11, 12) of said at least one pair of control devices (11,12), the at least one input multiplier receiving the manual commands entered by said at least one pair of control devices (11,12), and routing them into said bicycle electronic system. - at least one pair of control devices (11,12) comprising a main control device and at least one respective redundant control device to impart manual commands to said bicycle electronic system, - at least one first control device (11,12) of said at least one pair of control devices (11,12) comprises a containment casing, containing inside it at least one switch (19,20,22), and at least one manual actuation member (16,17,21) faced at said containment casing and acting on a respective switch (19,20,22) of said at least one switch (19,20,22) for imparting said manual commands to said bicycle electronic system,
Apparatus for endovascularly replacing a patient's heart valve, the apparatus comprising an expandable anchor supporting a replacement valve and a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, the anchor and replacement valve being adapted for percutaneous delivery and deployment to replace the patient's heart valve, wherein the apparatus is collapsed for delivery within a delivery system that comprises anchor actuation elements, wherein a proximally or distally directed force is applied on the anchor by the anchor actuation elements without passing any portion of a deployment system through a center opening of the replacement valve, the anchor and the replacement valve being further adapted to permit blood flow through the replacement valve and to prevent blood backflow through the replacement valve after the replacement valve exits the catheter and before final deployment of the anchor.
Dryer having a drying chamber for laundry items to be dried, a process air duct, in which are disposed a fan for conveying process air, a heat sink, a heat source and a lint filter, having a control unit, a liquid sensor (9, 10, 30), a flushing device (11, 15) and a collection device for condensation and/or lint, wherein the collection device is embodied as a lint receptacle with a filter, which is permeable to aqueous liquid, but retains lint, and with a trough for receiving the liquid allowed through the filter, and the trough is assigned at least one fill level sensor (9, 10), with which an aqueous liquid that has flowed out of the lint receptacle through the filter into the trough can be detected, characterised in that a time measuring device is provided which allows the measurement of a time lag between a flushing of a dryer component (12, 21), a sensor signal of the at least one fill level sensor (9, 10) and/or a sensor signal of a lint receptacle sensor for determining the presence of an aqueous liquid in the lint receptacle, and the control unit is designed to measure the time lag measured by the time measuring device as a measure of the fill level F of the lint receptacle.
An in vitro method of evaluating or monitoring a patient, wherein the patient has suffered a trauma selected from the group consisting of a head injury, a blunt force trauma, a broken bone and a burn, the method comprising the following steps: a. measuring the oxidation-reduction potential of a body fluid sample of the patient selected from serum or plasma; and b. performing one or both of the following steps: i. determining if the ORP is significantly different than the ORP of the same body fluid from normal patients; and/or ii. if the ORP of the body fluid of the patient has been measured at least one time prior to the current measurement, determining if the ORP has increased or decreased compared to the prior measurement(s). a. measuring the oxidation-reduction potential of a body fluid sample of the patient selected from serum or plasma; and b. performing one or both of the following steps: i. determining if the ORP is significantly different than the ORP of the same body fluid from normal patients; and/or ii. if the ORP of the body fluid of the patient has been measured at least one time prior to the current measurement, determining if the ORP has increased or decreased compared to the prior measurement(s). i. determining if the ORP is significantly different than the ORP of the same body fluid from normal patients; and/or ii. if the ORP of the body fluid of the patient has been measured at least one time prior to the current measurement, determining if the ORP has increased or decreased compared to the prior measurement(s).
A configurable subsea wet-mateable connector comprising a receptacle connector body and a plug connector body; the receptacle connector body of the connector further comprising at least two replaceable receptacle inserts chosen from at least one of a power connector unit, a data connector unit, an optical fibre connector unit, a pneumatic connector unit or a fluid connector unit; and the subsea plug connector unit comprising at least two replaceable plug inserts comprising the same at least two of the power connector unit, data connector unit, optical fibre connector unit, pneumatic connector unit or fluid connector unit.
An inflatable implant comprising at least one inflation channel for forming an inflatable structure of the inflatable implant; and an inflation media disposed within the at least one inflation channel, wherein the inflation media comprises a mixture of an epoxy resin and a hardener, the mixture is configured to have an average viscosity of less than 100 mPa·s (100 cps) at 37°C over the first 10 minutes after mixing, and gel at 37°C in less than 2.5 hours after mixing to form a gelled mixture; - wherein the epoxy resin comprises a first compound having at least one N,N-bis(oxiran-2-ylmethyl)aniline segment and a second compound having at least two oxirane groups on a backbone of no more than five carbons; and the hardener comprising at least one cycloaliphatic amine; and - wherein the first compound is 40% to 60% by weight and the second compound is 40% to 60% by weight of the epoxy resin. - wherein the epoxy resin comprises a first compound having at least one N,N-bis(oxiran-2-ylmethyl)aniline segment and a second compound having at least two oxirane groups on a backbone of no more than five carbons; and the hardener comprising at least one cycloaliphatic amine; and - wherein the first compound is 40% to 60% by weight and the second compound is 40% to 60% by weight of the epoxy resin.
Collating track for flat goods with - a conveying device which in its longitudinal direction exhibits a plurality of collecting areas which are arranged one behind another and in which the goods are collected and transported in a conveying direction with a conveying speed, - at least one exchangeable feeder station or a plurality of exchangeable feeder stations which hold goods and are arranged along the conveying device so that the goods held in the feeder stations can be released in the collecting areas, - and a control device which is coupled with the conveying device and the feeder stations in order to control the release of the goods from the feeder stations into the collecting areas, characterised in that exchangeable feeder stations (4a, 4) can be inserted at any working positions in the collating track and the control device is configured to receive information from which the control device determines the absolute release position of the or each feeder station (4a, 4) along the conveying device at which the respective feeder station (4a, 4) releases the goods held in it onto the conveying device. - a conveying device which in its longitudinal direction exhibits a plurality of collecting areas which are arranged one behind another and in which the goods are collected and transported in a conveying direction with a conveying speed, - at least one exchangeable feeder station or a plurality of exchangeable feeder stations which hold goods and are arranged along the conveying device so that the goods held in the feeder stations can be released in the collecting areas, - and a control device which is coupled with the conveying device and the feeder stations in order to control the release of the goods from the feeder stations into the collecting areas,
An apparatus for mixing at least a first fluid phase having a first density and a second fluid phase having a second density, the apparatus comprising; at least one container, the container comprising at least one inlet for a multiphase flow and at least one outlet at a lower axial end of the container, a hollow flow regulating device axially arranged within the container, wherein a first end of the flow regulating device is arranged in a distance from the outlet providing a drainage gap between the flow regulating device and the outlet, which drainage gap has a drainage area, the flow regulating device comprising a number of perforations along the axial length thereof and a discharge means in a first end, which discharge means opens towards the outlet, characterized in that the flow regulating device is connected to a position adjustment device, the position adjustment device being arranged to move the flow regulating device in the axial direction, thereby adjusting the drainage area of the drainage gap.
An ottoman, in particular an ottoman for children, comprising an outer casing, the outer casing containing a padding material or a filling fluid, and a base housed in a bottom of the casing, said base having an upper face and a lower face, characterized in that said base has (a) a first stable shape in which the lower face of the base is substantially planar and (b) a second stable shape in which at least one central portion of the lower face of the base is rounded and convex from a point of view below the lower face.
Dispensing and mixing device comprising at least a functional portion, a handle that defines a cavity containing a substance adapted to be dispensed by said dispensing and mixing device by means of the opening of a flap, said handle comprising a grooved portion and a lid adapted to overlap each other and mutually engage mechanically to operatively define said cavity closed, and said flap being elastically deformable and being also adapted to alternatively open said cavity when urged and to close said cavity when not urged, characterized in that said lid and said grooved portion are operatively connected to each other through at least a hinge. said handle comprising a grooved portion and a lid adapted to overlap each other and mutually engage mechanically to operatively define said cavity closed, and said flap being elastically deformable and being also adapted to alternatively open said cavity when urged and to close said cavity when not urged, characterized in that said lid and said grooved portion are operatively connected to each other through at least a hinge.
Synchronizing mechanism for a correlated seat-backrest movement of an office chair, having a base support which is placeable on a chair column, a seat support and a backrest support, wherein the backrest support is flexibly connected directly both to the base support so as to be pivotable about a transverse axis (11, 13) and to the seat support in such a manner that a pivoting movement of the backrest from an initial position into a rearwardly pivoted position induces an immediate lowering movement of the rear region of the seat support, when viewed in the longitudinal direction of the chair, rearwardly downward and wherein the seat support is flexibly connected to the base support by means of a coupling element which is hinged to the seat support and to the base support in such a manner that when the backrest performs the pivoting movement from the initial position into the rearwardly pivoted position, an immediate lifting movement of the front region of the seat support, when viewed in the chair longitudinal direction, is effected rearwardly upward, wherein a spring mechanism is provided for adjusting the pivoting resistance of the backrest, which spring mechanism comprises at least one spring element which connects the base support to the backrest support, wherein, a rear coupling element, which is connected rigidly to the backrest support or is realized as an integral component part of the backrest support, is defined as a result of the positions of the hinging points (13, 15) of the backrest support on the base support, on the one hand, and on the seat support, on the other hand, the position and/or length of which rear coupling element, with consideration to the position and/or length of a front coupling element which is arranged between the seat support and the base support, influences the correlated seat-backrest movement to be achieved, characterized in that the hinging point of the front coupling element on the seat support, when viewed in the longitudinal direction of the seat, lies in front of the hinging point of the front coupling element on the base support in each position of the backrest support.
A molded article obtained by melt molding a vinylidene fluoride-based copolymer obtained by copolymerizing vinylidene fluoride and a compound represented by formula below: wherein R 1, R 2 and R 3 are each independently a hydrogen atom, a chlorine atom or an alkyl group having from 1 to 5 carbon atoms, and X' is an atomic group having a molecular weight not greater than 472, a main chain of which is constructed of from 1 to 19 atoms.
Stimulation device for electrotherapy, in particular defibrillator and/or external pacemaker device, - comprising at least two contact electrodes (11, 12) that can be applied to suitable stimulation positions on the body of a patient and via which the body of the patient can be subjected to current pulses, wherein the first of the at least two contact electrodes (11, 12) acts as a charging electrode having positive polarity and the second of the at least two contact electrodes (11, 12) acts as a discharging electrode having negative polarity with respect to an emitted current pulse, and - comprising a current pulse generator that is or can be connected to the contact electrodes (11, 12) via line connections (21, 17), characterised by a signal evaluation unit that is or can be connected to the contact electrodes (11, 12), wherein the device is adapted, by means of the contact electrodes (11, 12) applied to the body of the patient, to record the body's own signals specific to the respective application location of the contact electrodes and to transmit them to the evaluation unit, wherein the evaluation unit is adapted to determine the actual application positions of the contact electrodes (11, 12) on the body of the patient on the basis of the specific signals determined by means of the contact electrodes (11, 12). - comprising at least two contact electrodes (11, 12) that can be applied to suitable stimulation positions on the body of a patient and via which the body of the patient can be subjected to current pulses, wherein the first of the at least two contact electrodes (11, 12) acts as a charging electrode having positive polarity and the second of the at least two contact electrodes (11, 12) acts as a discharging electrode having negative polarity with respect to an emitted current pulse, and - comprising a current pulse generator that is or can be connected to the contact electrodes (11, 12) via line connections (21, 17),
A method for wireless communications, comprising: receiving at least two data streams, wherein each data stream from the at least two data streams was transmitted over a wireless channel; performing inner decoding of the at least two data streams using a first set of a priori log-likelihood ratios, LLRs, and a channel matrix to obtain a first set of extrinsic LLRs of transmitted bits of the at least two data streams; performing outer decoding of the first set of extrinsic LLRs to obtain a second set of a posteriori LLRs and decoded bits of the at least two data streams; cancelling interference of a data stream from the decoded bits and from the second set of a posteriori LLRs of the at least two data streams to obtain a signal with cancelled interference, if two or more independent data streams of the at least two data streams were simultaneously transmitted from multiple antennas; and applying feedback processing using the signal with cancelled interference to obtain the channel matrix with updated coefficients and the updated first set of a priori LLRs, wherein the channel matrix with updated coefficients and the updated first set of a priori LLRs will be used for the inner decoding of the signal with cancelled interference, if the two or more independent data streams were simultaneously transmitted from multiple antennas. receiving at least two data streams, wherein each data stream from the at least two data streams was transmitted over a wireless channel; performing inner decoding of the at least two data streams using a first set of a priori log-likelihood ratios, LLRs, and a channel matrix to obtain a first set of extrinsic LLRs of transmitted bits of the at least two data streams; performing outer decoding of the first set of extrinsic LLRs to obtain a second set of a posteriori LLRs and decoded bits of the at least two data streams; cancelling interference of a data stream from the decoded bits and from the second set of a posteriori LLRs of the at least two data streams to obtain a signal with cancelled interference, if two or more independent data streams of the at least two data streams were simultaneously transmitted from multiple antennas; and applying feedback processing using the signal with cancelled interference to obtain the channel matrix with updated coefficients and the updated first set of a priori LLRs, wherein the channel matrix with updated coefficients and the updated first set of a priori LLRs will be used for the inner decoding of the signal with cancelled interference, if the two or more independent data streams were simultaneously transmitted from multiple antennas.
Apparatus for supplying voltage to a person protection system in a vehicle comprising a switching unit and a voltage supply unit, which provides an operating voltage (U dd) to the person protection system, wherein the switching unit of the voltage supply unit provides a supply voltage (U B) when the supply voltage (U B) exceeds a preset threshold value voltage level (U B1, U B2), characterized by configuration means, which provide various reference voltage levels (U R1, U R2) as threshold value voltage level (U B1, U B2) for the switching unit.