mhurhangee/ep-ind-claims huggingface dataset:
A method of reporting, by a user equipment, UE, channel state information, CSI, in a wireless communication system, the method comprising: receiving, by the UE and from a base station, BS, downlink control information, DCI, related to an aperiodic CSI report that is to be performed by the UE in a slot n; determining, by the UE, a value n CQI_ref based on a number of symbols Z ' related to a time for computing the CSI; determining, by the UE, a CSI reference resource as being a slot n - n CQI_ref in a time domain that is to be used for generating the aperiodic CSI report; and transmitting, by the UE and to the BS, the aperiodic CSI report in the slot n, based on the CSI reference resource being slot n - n CQI_ref, characterized in that the n CQI_ref is the smallest value greater than or equal to for which the slot ⌊ Z ′ N symb slot ⌋ n - n CQI_ref satisfies a valid downlink slot criteria, and wherein └·┘ is the floor function and N symb slot is a number of symbols in one slot. receiving, by the UE and from a base station, BS, downlink control information, DCI, related to an aperiodic CSI report that is to be performed by the UE in a slot n; determining, by the UE, a value n CQI_ref based on a number of symbols Z ' related to a time for computing the CSI; determining, by the UE, a CSI reference resource as being a slot n - n CQI_ref in a time domain that is to be used for generating the aperiodic CSI report; and transmitting, by the UE and to the BS, the aperiodic CSI report in the slot n, based on the CSI reference resource being slot n - n CQI_ref, characterized in that the n CQI_ref is the smallest value greater than or equal to for which the slot ⌊ Z ′ N symb slot ⌋ n - n CQI_ref satisfies a valid downlink slot criteria, and wherein └·┘ is the floor function and N symb slot is a number of symbols in one slot.
An electric machine rotation angle measurement device, comprising: a signal conditioning circuit, configured to receive three-phase output voltages UA, UB and UC of an electric machine, and generate a first square wave signal (Sab) corresponding to UA-UB, a second square wave signal (Sbc) corresponding to UB-UC, and a third square wave signal (Sca) corresponding to UC-UA respectively; and a processor, configured to generate a six-fold frequency pulse whenever a jump of any one of the first square wave signal, the second square wave signal, and the third square wave signal is detected during a rotation period of the electric machine, generate compensating pulses between a current six-fold frequency pulse and a next six-fold frequency pulse based on a time interval between the current six-fold frequency pulse and a previous six-fold frequency pulse and a preset compensating subdivision coefficient k, and accumulate a number of the compensating pulses, wherein the number of the compensating pulses is related to a rotation angle of the electric machine. a signal conditioning circuit, configured to receive three-phase output voltages UA, UB and UC of an electric machine, and generate a first square wave signal (Sab) corresponding to UA-UB, a second square wave signal (Sbc) corresponding to UB-UC, and a third square wave signal (Sca) corresponding to UC-UA respectively; and a processor, configured to generate a six-fold frequency pulse whenever a jump of any one of the first square wave signal, the second square wave signal, and the third square wave signal is detected during a rotation period of the electric machine, generate compensating pulses between a current six-fold frequency pulse and a next six-fold frequency pulse based on a time interval between the current six-fold frequency pulse and a previous six-fold frequency pulse and a preset compensating subdivision coefficient k, and accumulate a number of the compensating pulses, wherein the number of the compensating pulses is related to a rotation angle of the electric machine.
A fermentation product having Malva sylvestris or a processed product thereof as a starting material, obtained using one or more microorganisms selected from the group consisting of microorganisms belonging to the genus Lactobacillus, microorganisms belonging to the genus Lactococcus, and microorganisms belonging to the genus Pediococcus.
Axle receiving arrangement for fixing to an axle, said axle receiving arrangement comprising components (12, 14, 16) that can move in opposite directions and in each case move in the direction of an axle that is received by the axle receiving arrangement, - wherein the components (12, 14, 16) that can move in opposite directions are part of a tensioning side or compressing side of the axle receiving arrangement, - wherein the axle receiving arrangement has a tension bracket as a movable component on the tensioning side, and - wherein the tension bracket has a thread in a tension bracket upper part and the thread starts in said tension bracket upper part on an underside of the tension bracket upper part and terminates below an upper side of the tension bracket upper part, characterised in that - for the movability of the tension bracket the thread of the tension bracket is in engagement with a thread of a nut, - a height of the thread in the tension bracket upper part measured in the axial direction of the nut is less than a height of the tension bracket upper part measured likewise in the axial direction of the nut, and - owing to this height different on the upper side of the tension bracket upper part, a circumferential annular gap remains. - wherein the components (12, 14, 16) that can move in opposite directions are part of a tensioning side or compressing side of the axle receiving arrangement, - wherein the axle receiving arrangement has a tension bracket as a movable component on the tensioning side, and - wherein the tension bracket has a thread in a tension bracket upper part and the thread starts in said tension bracket upper part on an underside of the tension bracket upper part and terminates below an upper side of the tension bracket upper part, - for the movability of the tension bracket the thread of the tension bracket is in engagement with a thread of a nut, - a height of the thread in the tension bracket upper part measured in the axial direction of the nut is less than a height of the tension bracket upper part measured likewise in the axial direction of the nut, and - owing to this height different on the upper side of the tension bracket upper part, a circumferential annular gap remains.
Mechanically controllable valve drive comprising a gas exchange valve, wherein a transfer arrangement is paired with the gas exchange valve, wherein the transfer arrangement has an intermediate lever arrangement and a drag lever arrangement, wherein an intermediate lever of the intermediate lever arrangement has a working curve for an operative connection to a drag lever of the drag lever arrangement, wherein the intermediate lever has a first roller element which is operatively connected to a circumferential contour of a camshaft, and wherein the intermediate lever has a second roller element which is rotatably mounted on an axis such that the second roller element is operatively connected to a valve stroke adjusting means such that different valve stroke positions can be set, wherein spring means are provided which engage the intermediate lever arrangement, and wherein guiding means are provided for the intermediate lever arrangement, wherein the guiding means consist of a slotted guide which is engaged by at least one guide roller element that is provided in the region of the second roller element, wherein the working curve of the intermediate lever is essentially formed by two partial regions (30, 32), i.e. a first partial region formed as a circular path about the centre of the axis of the second roller element and a second partial region formed as a continuous lobe curve, wherein the spring means are formed by a torsion spring element, the first end of which rests on a cylinder housing portion and the second end of which acts on a counter bearing rigidly connected with the intermediate lever, and wherein the distance of an axis of the first roller element to the counter bearing is greater than that of the axis of the second roller element such that a force is introduced into the intermediate lever, which both presses the guide roller element against the slotted guide and presses the first roller against the camshaft.
Data capture device (4, 6) for a building system (1, 10) comprising: a housing that can be arranged on a floor (L, F1, F2) of a building or at an entrance to a restricted-access region, the building comprising the building system (1, 10); a display device arranged in the housing; an optical reading device arranged in the housing and embodied to optically detect information from a first information carrier, wherein the optical reading device is arranged such that through an image sensor of the optical reading device light can be received from the direction of a front side of the housing that is accessible to a user; a first reading device arranged in the housing and having a first antenna in order to detect information from a second information carrier by means of radio communication, the first antenna comprising an air coil that has an inner space; and, a control device (38, 41) arranged in the housing and communicatively connected to the display device, the optical reading device, and the first reading device; wherein the image sensor of the optical reading device is arranged entirely or partially in the inner space of the air coil. a housing that can be arranged on a floor (L, F1, F2) of a building or at an entrance to a restricted-access region, the building comprising the building system (1, 10); a display device arranged in the housing; an optical reading device arranged in the housing and embodied to optically detect information from a first information carrier, wherein the optical reading device is arranged such that through an image sensor of the optical reading device light can be received from the direction of a front side of the housing that is accessible to a user; a first reading device arranged in the housing and having a first antenna in order to detect information from a second information carrier by means of radio communication, the first antenna comprising an air coil that has an inner space; and, a control device (38, 41) arranged in the housing and communicatively connected to the display device, the optical reading device, and the first reading device; wherein the image sensor of the optical reading device is arranged entirely or partially in the inner space of the air coil.
A signal processing method, comprising: - measuring a latency between a first signal and a second signal using multiple clock signals of the same frequency but different phases, to obtain a first set of measurement values; - determining a second set of measurement values from the first set of measurement values and phase differences between the multiple clock signals and a zero-phase-difference clock signal, wherein the zero-phase-difference clock signal is a clock signal with a fixed phase which is artificially determined and wherein the values associated with the second set of measurement values are different from each other; - selecting a smaller measurement value from the second set of measurement values as the latency between the first signal and the second signal. - measuring a latency between a first signal and a second signal using multiple clock signals of the same frequency but different phases, to obtain a first set of measurement values; - determining a second set of measurement values from the first set of measurement values and phase differences between the multiple clock signals and a zero-phase-difference clock signal, wherein the zero-phase-difference clock signal is a clock signal with a fixed phase which is artificially determined and wherein the values associated with the second set of measurement values are different from each other; - selecting a smaller measurement value from the second set of measurement values as the latency between the first signal and the second signal.
An infusion or injection device, for example an infusion pump or an injection pen, adapted to obtain liquid medicine from a liquid medicine cartridge with a fluidic connector (13, 14) provided on one proximal end and a displaceable stopper provided on another distal end, wherein said infusion or injection device comprises a spring force assembly for biasing the displaceable stopper, with a spring element arranged along a longitudinal axis; characterized in that the spring force assembly comprises a first brace element arranged on one longitudinal end of the spring element; a second brace element arranged on the other longitudinal end of the spring element; a first coupling element attached to the first brace element and aligned to the longitudinal axis; and a second coupling element attached to the second brace element and aligned to the longitudinal axis; wherein the first coupling element and the second coupling element are operationally coupled to each other in such a way that they restrict the distance between the first brace element and the second brace element to a certain maximum value (dmax), thereby also restricting the possible expansion of the spring element.
A laundry treatment device, in particular a laundry dryer or laundry treatment cabinet, comprising a laundry receiving chamber for receiving laundry, an air preparation system (6, 7, 8) for preparing process air, a fan for conveying process air from the laundry receiving chamber to the air preparation system (6, 7, 8) and back, at least one first filter disposed in the air preparation system (6, 7, 8), a controller for controlling the laundry treatment device, a switching mechanism which can be controlled by the controller, with which the process air can optionally pass through the first filter or past the first filter, and a humidity sensor for measuring the humidity of the process air and/or the laundry, wherein the controller is configured so as to control the switching mechanism depending on a signal of the humidity sensor, wherein the laundry treatment device comprises a valve for selectively passing the process air through the first filter or past the first filter, wherein the valve can is movable by way of the switching mechanism, and a) wherein the air preparation system (6, 7, 8) comprises means for drying and heating the process air, which are made up of an evaporator and a condenser of a heat pump, and/or b) wherein the laundry treatment device comprises a second filter fixedly disposed in the air stream of the process air. a) wherein the air preparation system (6, 7, 8) comprises means for drying and heating the process air, which are made up of an evaporator and a condenser of a heat pump, and/or b) wherein the laundry treatment device comprises a second filter fixedly disposed in the air stream of the process air.
A method for detecting failures in a cell measuring circuit for a vehicle battery comprising a plurality of battery cells, each cell having a cell measuring circuit connected to the cell, the method characterised by comprising: determining a cell voltage of each of the plurality of cells by the respective cell measuring circuit; performing cell balancing to balance a cell voltage for the plurality of cells; determining a cell balancing time for each cell; determining an expected cell balancing time for the plurality of cells; detecting a first cell having a cell balancing time lower than the expected cell balancing time for the plurality of cells; detecting that at least one cell adjacent to the first cell have a cell balancing time higher than the expected cell balancing time for the plurality of cells; and if the difference in cell balancing time between the first cell and the at least one adjacent cell is higher than a predetermined balancing time threshold value, determining that the cell measuring circuit for the first cell is faulty. determining a cell voltage of each of the plurality of cells by the respective cell measuring circuit; performing cell balancing to balance a cell voltage for the plurality of cells; determining a cell balancing time for each cell; determining an expected cell balancing time for the plurality of cells; detecting a first cell having a cell balancing time lower than the expected cell balancing time for the plurality of cells; detecting that at least one cell adjacent to the first cell have a cell balancing time higher than the expected cell balancing time for the plurality of cells; and if the difference in cell balancing time between the first cell and the at least one adjacent cell is higher than a predetermined balancing time threshold value, determining that the cell measuring circuit for the first cell is faulty.
A method for determining a scanning speed of a high-energy beam of a manufacturing device for the additive manufacturing of a component, in particular a component of a turbomachine, comprising the steps: - Guiding the high-energy beam generated by means of a radiation source of the manufacturing device over a surface; - Detecting a section illuminated by the high-energy beam on the surface for a predetermined time period by recording respective brightness values of the surface by means of a detection device during the predetermined time period, wherein the detection device for compliance with the time period predetermined for the detection is switched on and off by means of a pulse generator or an aperture of the detection device is opened and closed; - Calculating the scanning speed as a function of the predetermined time period and the detected illuminated section by means of an evaluation device. - Guiding the high-energy beam generated by means of a radiation source of the manufacturing device over a surface; - Detecting a section illuminated by the high-energy beam on the surface for a predetermined time period by recording respective brightness values of the surface by means of a detection device during the predetermined time period, wherein the detection device for compliance with the time period predetermined for the detection is switched on and off by means of a pulse generator or an aperture of the detection device is opened and closed; - Calculating the scanning speed as a function of the predetermined time period and the detected illuminated section by means of an evaluation device.
A prosthetic heart valve, comprising: a collapsible and expandable stent having an annulus section adjacent a proximal end, an aortic section adjacent a distal end, a transition section tapering outwardly from the annulus section to the aortic section, and a plurality of commissure features disposed between the proximal end and the distal end, the stent including a plurality of struts (130, 414a, 414b), selected ones (414a, 414b) of the struts being directly coupled to the commissure features and having multiple widths (w1, w2, w3) along their length and being wider adjacent the commissure features than at select locations spaced away from the commissure features; and a collapsible and expandable valve assembly, the valve assembly including a plurality of leaflets, two adjacent leaflets forming a leaflet commissure directly connected to the plurality of commissure features, the valve assembly configured to allow blood to flow from the annulus section toward the aortic section and to prevent blood from flowing from the aortic section toward the annulus section, characterized in that the selected ones of the struts include a first pair of proximal struts each coupled to a proximal end of one of the commissure features at a proximal junction and extending within the annulus section toward the proximal end of the stent, and a second pair of distal struts each coupled to a distal end of the one of the commissure features at a distal junction and extending within the transition section toward the distal end of the stent. a collapsible and expandable stent having an annulus section adjacent a proximal end, an aortic section adjacent a distal end, a transition section tapering outwardly from the annulus section to the aortic section, and a plurality of commissure features disposed between the proximal end and the distal end, the stent including a plurality of struts (130, 414a, 414b), selected ones (414a, 414b) of the struts being directly coupled to the commissure features and having multiple widths (w1, w2, w3) along their length and being wider adjacent the commissure features than at select locations spaced away from the commissure features; and a collapsible and expandable valve assembly, the valve assembly including a plurality of leaflets, two adjacent leaflets forming a leaflet commissure directly connected to the plurality of commissure features, the valve assembly configured to allow blood to flow from the annulus section toward the aortic section and to prevent blood from flowing from the aortic section toward the annulus section, characterized in that the selected ones of the struts include a first pair of proximal struts each coupled to a proximal end of one of the commissure features at a proximal junction and extending within the annulus section toward the proximal end of the stent, and a second pair of distal struts each coupled to a distal end of the one of the commissure features at a distal junction and extending within the transition section toward the distal end of the stent.
A method of manufacturing a squirrel-cage rotor for a high-speed small-power squirrel-cage induction motor having a hollow shaft carried in an air bearing, comprising the steps of: providing a hollow shaft with a cylindrical bore, an air-bearing portion and a squirrel-cage portion adjoining the air-bearing portion, each having cylindrical envelope surfaces, with the bore, the air-bearing portion and the squirrel-cage portion having an allowance for post-machining, producing annular recesses at the ends of the squirrel-cage portion and outwardly open conductive-bar grooves terminating in the annular recesses, inserting conductive bars into the conductive-bar grooves and bending the ends of the conductive bars such that the bent ends are embedded in the annular recesses, fixing the conductive bars in the conductive-bar grooves by locally embossing the edges of the conductive-bar grooves at several sites, completely filling the conductive-bar grooves and the annular recesses by introducing braze or solder and brazing or soldering the conductive bars to the hollow shaft, machining the bore of the hollow shaft and honing to final dimension, locating and clamping the hollow shaft in the bore using a mandrel, machining and finish-grinding the cylindrical envelope surfaces of the air-bearing portion and the squirrel-cage portion to final dimensions. providing a hollow shaft with a cylindrical bore, an air-bearing portion and a squirrel-cage portion adjoining the air-bearing portion, each having cylindrical envelope surfaces, with the bore, the air-bearing portion and the squirrel-cage portion having an allowance for post-machining, producing annular recesses at the ends of the squirrel-cage portion and outwardly open conductive-bar grooves terminating in the annular recesses, inserting conductive bars into the conductive-bar grooves and bending the ends of the conductive bars such that the bent ends are embedded in the annular recesses, fixing the conductive bars in the conductive-bar grooves by locally embossing the edges of the conductive-bar grooves at several sites, completely filling the conductive-bar grooves and the annular recesses by introducing braze or solder and brazing or soldering the conductive bars to the hollow shaft, machining the bore of the hollow shaft and honing to final dimension, locating and clamping the hollow shaft in the bore using a mandrel, machining and finish-grinding the cylindrical envelope surfaces of the air-bearing portion and the squirrel-cage portion to final dimensions.