mhurhangee/ep-ind-claims huggingface dataset:
A vital-sign detecting system, comprising: a plurality of radio-frequency, RF, tags disposed on detected subjects respectively, only one of the RF tags being turned on at a time and generating an incident RF signal with a predetermined frequency, and the incident RF signal being projected on the corresponding detected subject to generate a corresponding reflected RF signal; and at least one radio-frequency identification, RFID, radar that turns on one of the RF tags, demodulates the reflected RF signal to obtain vital signal of the corresponding detected subject, and identifies the detected subject according to the turned-on RF tag; wherein the RFID radar comprises: a master RFID unit and the RF tag comprises a slave RFID unit, the master RFID unit communicating with the slave RFID unit to turn on the corresponding RF tag; an RF receiver that receives the reflected RF signal; and an RF demodulator that demodulates the reflected RF signal to obtain a baseband signal, and wherein the RFID radar does not generate an RF signal transmitted to the RF tags according to which the incident RF signal is generated. a plurality of radio-frequency, RF, tags disposed on detected subjects respectively, only one of the RF tags being turned on at a time and generating an incident RF signal with a predetermined frequency, and the incident RF signal being projected on the corresponding detected subject to generate a corresponding reflected RF signal; and at least one radio-frequency identification, RFID, radar that turns on one of the RF tags, demodulates the reflected RF signal to obtain vital signal of the corresponding detected subject, and identifies the detected subject according to the turned-on RF tag; wherein the RFID radar comprises: a master RFID unit and the RF tag comprises a slave RFID unit, the master RFID unit communicating with the slave RFID unit to turn on the corresponding RF tag; an RF receiver that receives the reflected RF signal; and an RF demodulator that demodulates the reflected RF signal to obtain a baseband signal, and wherein the RFID radar does not generate an RF signal transmitted to the RF tags according to which the incident RF signal is generated. a master RFID unit and the RF tag comprises a slave RFID unit, the master RFID unit communicating with the slave RFID unit to turn on the corresponding RF tag; an RF receiver that receives the reflected RF signal; and an RF demodulator that demodulates the reflected RF signal to obtain a baseband signal, and wherein the RFID radar does not generate an RF signal transmitted to the RF tags according to which the incident RF signal is generated.
A computing system, comprising: a processing resource; and a storage system (104; 232; 304; 404) coupled to the processing resource via a hybrid interface; wherein the hybrid interface provides an input/output, I/O, access path (173; 471) to the storage system that supports both block level storage I/O access requests having a size greater than a host cache line size and sub-block level storage I/O access requests having a size not greater than a host cache line size; wherein the hybrid interface is configured to: in response to a received data request corresponding to a block level storage I/O access request having a size greater than a host cache line size, manage the data request via a first file system portion of the hybrid interface associated with aggregating data requests whose size is less than a block size; and in response to the data request corresponding to a sub-block level storage I/O access request having a size not greater than the host cache line size, manage the data request via a second file system portion of the hybrid interface associated with preventing data requests from being aggregated to a block sized data request, wherein a size of a respective one of the data requests is less than the block size. a processing resource; and a storage system (104; 232; 304; 404) coupled to the processing resource via a hybrid interface; wherein the hybrid interface provides an input/output, I/O, access path (173; 471) to the storage system that supports both block level storage I/O access requests having a size greater than a host cache line size and sub-block level storage I/O access requests having a size not greater than a host cache line size; wherein the hybrid interface is configured to: in response to a received data request corresponding to a block level storage I/O access request having a size greater than a host cache line size, manage the data request via a first file system portion of the hybrid interface associated with aggregating data requests whose size is less than a block size; and in response to the data request corresponding to a sub-block level storage I/O access request having a size not greater than the host cache line size, manage the data request via a second file system portion of the hybrid interface associated with preventing data requests from being aggregated to a block sized data request, wherein a size of a respective one of the data requests is less than the block size. in response to a received data request corresponding to a block level storage I/O access request having a size greater than a host cache line size, manage the data request via a first file system portion of the hybrid interface associated with aggregating data requests whose size is less than a block size; and in response to the data request corresponding to a sub-block level storage I/O access request having a size not greater than the host cache line size, manage the data request via a second file system portion of the hybrid interface associated with preventing data requests from being aggregated to a block sized data request, wherein a size of a respective one of the data requests is less than the block size.
Passive infrared motion detector with an adjustable detection range in response to the actuation of at least one actuating element, which is mounted inside the motion detector housing and, as a reaction to an actuation, brings about a predetermined change in location along a predetermined adjustment path of a PIR sensor mounted on a printed circuit board/mounting plate in relation to the motion detector housing and in relation to the lens fitted on the motion detector housing, wherein the PIR sensor is arranged longitudinally displaceably in a rectilinear manner on a vertical plane, wherein at least one eccentric configuration that can be actuated by an actuating screw is provided for the vertical and/or horizontal PIR sensor displacement and wherein an adjusting disc is provided on its rear side with an eccentric pin, which engages in a slot of the printed circuit board/mounting plate, whereby a movement of the printed circuit board/mounting plate including the PIR sensor mounted on it takes place within the vertical displacement range when there is rotation of the adjusting disc, wherein the printed circuit board/mounting plate with the mounted PIR sensor is vertically displaceable in a rectilinear manner vertically by means of a first guide, receiving the printed circuit board/mounting plate, and the vertical displacement range of the PIR sensor is thereby defined, characterized in that the printed circuit board/mounting plate with the mounted PIR sensor is horizontally displaceable in a rectilinear manner horizontally by means of a second guide, receiving the printed circuit board/mounting plate, and a horizontal displacement range of the PIR sensor is thereby defined, and a spring element is fastened to the motion detector housing, which element engages in a resilient manner in notches on the outer circumference of the adjusting disc, whereby fixing of a current position of the adjusting disc adjusted by rotation is performed and in that the adjusting disc has on its front side an adjusting groove suitable for the engagement of a tool.
A method for monitoring the use of customer functions in a vehicle, the method comprising the step of detecting at least one state transition of at least one control unit for at least one customer function, wherein the method also comprises at least the step of defining an initial state and an end state of the vehicle and the step of determining at least one use pattern for reaching the end state from the initial state, characterised in that a utilised use pattern and at least one alternative use pattern as compared to the utilised use pattern for reaching the end state from the initial state are determined.
A nut having a first section with a first inner thread extending along a first longitudinal axis, and furthermore having a second section with a second inner thread extending along a second longitudinal axis wherein, in a starting state of the nut, the first longitudinal axis and the second longitudinal axis coincide to form a common longitudinal axis and the nut can be screwed onto a threaded bolt until the first section with a first bearing surface comes to bear with an abutment, and wherein the rotationally-fixed connection between the first section and the second section can be cancelled out by exceeding a predeterminable tightening torque and, upon further rotation, the second section with a second bearing surface comes to bear with a third bearing surface of the first section or a further bearing surface of a further section of the nut, because of relative movement, characterised in that the second bearing surface of the second section and the third bearing surface of the first section or the further bearing surface of the further section are aligned to each other geometrically and the respective sections (10, 16) are aligned to each other in terms of materials such that, upon a further rotation of the second section, a friction torque acting on the second section, which occurs due to friction, is lower than the torque required for breaking off or snapping off the threaded bolt, with the result that the threaded bolt can be broken off or snapped off by further rotation before the first section is motion-coupled to the second section.
Garage door drive which has a garage door drive component which is designed and intended for being fitted above head height, in particular for fastening to a garage ceiling, and which has at least one electrical connection socket for the connection of external electrical devices, characterized in that the connection socket is connected to the garage door drive component by means of a connection cable, and in that the connection socket has a cushioning on its outer side.
An apparatus comprising: a first delay circuit (22b_1) that delays an ultrasound signal in a first channel using a plurality of capacitors; a second delay circuit (22b_2) that delays an ultrasound signal in a second channel using a plurality of capacitors; and a control unit that makes a first write start position in which writing the ultrasound signal in the plurality of capacitors in the first delay circuit is started and a second write start position in which writing the ultrasound signal in the plurality of capacitors in the second delay circuit is started different from each other wherein the control unit makes the first write start position and the second write start position different from each other such that a phase difference between a waveform which represents periodic noise that is superimposed on the ultrasound signal that is delayed by the first delay circuit and a waveform which represents periodic noise that is superimposed on the ultrasound signal that is delayed by the second delay circuit is 180 degrees. a first delay circuit (22b_1) that delays an ultrasound signal in a first channel using a plurality of capacitors; a second delay circuit (22b_2) that delays an ultrasound signal in a second channel using a plurality of capacitors; and a control unit that makes a first write start position in which writing the ultrasound signal in the plurality of capacitors in the first delay circuit is started and a second write start position in which writing the ultrasound signal in the plurality of capacitors in the second delay circuit is started different from each other wherein the control unit makes the first write start position and the second write start position different from each other such that a phase difference between a waveform which represents periodic noise that is superimposed on the ultrasound signal that is delayed by the first delay circuit and a waveform which represents periodic noise that is superimposed on the ultrasound signal that is delayed by the second delay circuit is 180 degrees.
Method for estimating one or more hemodynamic perfusion parameters of an elementary volume - referred to as a voxel - of an organ, said method being implemented by a processing unit of a perfusion imaging analysis system, and comprising a step for estimating one or more hemodynamic parameters from S(t) perfusion signals, the step for estimating said hemodynamic parameter(s) consisting in the evaluation of a posterior marginal distribution for said hemodynamic parameter (s) by the prior assignment of a joint a priori distribution of the Θ parameters of a global perfusion model comprising: - a first relationship between the perfusion signal S ( t) and a concentration C ( t) of a contrast agent circulating in the said voxel over time t; - a second relationship between the concentration C ( t) of a contrast agent, the blood flow BF, a parametric or semi-parametric model C a ( t,Θ a) of an arterial input function and a parametric or semi-parametric model R ( t,Θ R) of a complementary cumulative distribution function of the transit time in the voxel, Θ a and Θ R being the parameters of said C a ( t,Θ a) and R ( t,Θ R) models respectively; characterized in that said global perfusion model also comprises a third relationship ψ(Θ a)=0 between the Θ a parameters of the model of the arterial input function C a ( t,Θ a) consisting of expressing one of the said parameters as a function of the others, the said third relationship being identical for any voxel of interest and being expressed as ∫ 0 + ∞ C a t Θ a dt = C 0 where C 0 is a non-zero arbitrary constant, identical for any voxel of interest. - a first relationship between the perfusion signal S ( t) and a concentration C ( t) of a contrast agent circulating in the said voxel over time t; - a second relationship between the concentration C ( t) of a contrast agent, the blood flow BF, a parametric or semi-parametric model C a ( t,Θ a) of an arterial input function and a parametric or semi-parametric model R ( t,Θ R) of a complementary cumulative distribution function of the transit time in the voxel, Θ a and Θ R being the parameters of said C a ( t,Θ a) and R ( t,Θ R) models respectively;
A method of making a silica crucible in a mold cavity of the type in which air can be drawn through silica grain in the cavity comprising: • forming a first silica grain layer in the mold cavity; • forming a second, synthetic pure silica grain layer on the first silica grain layer whereby the pure silica grain contains less than 20 ppm aluminum; • fusing at least a portion of the second silica grain layer at a first fusion power while drawing no air or a first volume of air by applying an evacuation power through the silica grain; whereby the first fusion power is relatively low and it is controlled so as to form a skin, • fusing any remaining portion of the second silica grain layer and at least a portion of the first silica grain layer at a second fusion power, which is higher than the first fusion power, while drawing a second volume of air which is higher than the first volume of air through the silica by starting respectively increasing the evacuation power; and • sublimating at least a portion of the fused second silica grain layer, namely the silica glass that forms the skin, at a third fusion power which is higher than the second fusion power and greater than 700 kVA. • forming a first silica grain layer in the mold cavity; • forming a second, synthetic pure silica grain layer on the first silica grain layer whereby the pure silica grain contains less than 20 ppm aluminum; • fusing at least a portion of the second silica grain layer at a first fusion power while drawing no air or a first volume of air by applying an evacuation power through the silica grain; whereby the first fusion power is relatively low and it is controlled so as to form a skin, • fusing any remaining portion of the second silica grain layer and at least a portion of the first silica grain layer at a second fusion power, which is higher than the first fusion power, while drawing a second volume of air which is higher than the first volume of air through the silica by starting respectively increasing the evacuation power; and • sublimating at least a portion of the fused second silica grain layer, namely the silica glass that forms the skin, at a third fusion power which is higher than the second fusion power and greater than 700 kVA.
An air blower comprising: a panel; a frame member that is arranged to surround the panel and has a blowout port (13a, 13b, 13c, 13d, 13e, 13f, 13g) of air formed therein; and a fan (11a, 11b, 11c, 11d, 11e, 11f, 30) that sends air to the blowout port (13a, 13b, 13c, 13d, 13e, 13f, 13g), characterized in that the blowout port (13a, 13b, 13c, 13d, 13e, 13f) of the frame member includes at least four blowout ports, a first blowout port is arranged across the panel from a second blowout port, a third blowout port is arranged across the panel from a fourth blowout port, the blowout ports (13a, 13b, 13c, 13d) cause the airflows to go toward mutually different directions, and the frame member produces airflows that are blown out from the first blowout port, the second blowout port, the third blowout port, and the fourth blowout port and collide with each other, thereby producing an air current going forward to the panel. the blowout port (13a, 13b, 13c, 13d, 13e, 13f) of the frame member includes at least four blowout ports, a first blowout port is arranged across the panel from a second blowout port, a third blowout port is arranged across the panel from a fourth blowout port, the blowout ports (13a, 13b, 13c, 13d) cause the airflows to go toward mutually different directions, and the frame member produces airflows that are blown out from the first blowout port, the second blowout port, the third blowout port, and the fourth blowout port and collide with each other, thereby producing an air current going forward to the panel.
A process for isolating a compound of Formula 1 from a product mixture in a solid form, wherein said product mixture comprises said compound of Formula 1 and a polyphenolic-triazine compound or a polyresorcinol triazine compound, wherein Ar 1 and Ar 2 are the same or different and are radicals derived from the compound of Formula 2 by removal of the H atom and wherein R 1 is hydrogen and R 2, R 3, R 4 and R 5, are the same or different and are hydrogen, alkyl of 1 to 24 carbon atoms, haloalkyl of 1 to 24 carbon atoms, aryl of 6 to 24 carbon atoms, alkenyl of 2 to 24 carbon atoms, acyl of 1 to 24 carbon atoms, cycloalkyl of up to 24 carbon atoms, cycloacyl of 5 to 24 carbon atoms, aralkyl of 7 to 24 carbon atoms, or aracyl of 6 to 24 carbons atoms, substituted or unsubstituted biphenylene, substituted or unsubstituted naphthalene, OR, NRR', CONRR', OCOR, CN, SR, SO 2 R, and optionally with either of R 3 and R 4 or R 4 and R 5 taken together being a part of a saturated or unsaturated fused carbocyclic ring and wherein each R, R', R 6, R 7, R 8, R 9, and R 10 are the same or different and each is hydrogen, alkyl of 1 to 24 carbon atoms, haloalkyl of 1 to 24 carbon atoms, aryl of 6 to 24 carbon atoms, alkenyl of 2 to 24 carbon atoms, acyl of 1 to 24 carbon atoms, cycloalkyl of up to 24 carbon atoms, cycloacyl of 5 to 24 carbon atoms, aralkyl of 7 to 24 carbon atoms, or aracyl of 6 to 24 carbons atoms, substituted or unsubstituted biphenylene, substituted or unsubstituted naphthalene, and optionally with either of R 6 and R 7, R 7 and R 8, R 8 and R 9, or R 9 and R 10, taken together being a part of a saturated or unsaturated fused carbocyclic ring optionally containing O, N, or S atoms in the ring, and R 6, R 7, R 8, R 9, and R 10, may be an alkoxy of 1 to 24 carbons, and Y is a direct bond, O, NR", or SR", wherein R" is hydrogen, alkyl of 1 to 24 carbon atoms, haloalkyl of 1 to 24 carbon atoms, aryl of 6 to 24 carbon atoms, alkenyl of 2 to 24 carbon atoms, acyl of 1 to 24 carbon atoms, cycloalkyl of up to 24 carbon atoms, cycloacyl of 5 to 24 carbon atoms, aralkyl of 7 to 24 carbon atoms, or aracyl of 6 to 24 carbons atoms; wherein said process comprises the step of: contacting the product mixture with an organic base selected from the group consisting of cyclic or non-cyclic hydrocarbon compounds having from one to nine carbon atoms and containing at least one alkoxide or amino group to form an isolation blend, and isolating the compound of Formula 1 by filtering the isolation blend after the isolation step. contacting the product mixture with an organic base selected from the group consisting of cyclic or non-cyclic hydrocarbon compounds having from one to nine carbon atoms and containing at least one alkoxide or amino group to form an isolation blend, and isolating the compound of Formula 1 by filtering the isolation blend after the isolation step.
A method in a radio network controller (4a-c) within a radio access network for transmitting common multimedia service data blocks over an Iub interface between the radio network controller and a base station device (5a-e) serving a plurality of cells (6a-h) in which multimedia service joined mobile terminals are located, wherein a common Iub transport is used for transmitting said common multimedia service data blocks, comprising the steps of: - storing (210, 410) the common multimedia service data blocks in a single data frame - including in the single data frame, separately for each of said plurality of cells (6a-h), a time to send the common multimedia service blocks to that cell; and - transmitting (240, 420) said single data frame over the Iub interface to the base station device, which is configured to duplicate said common multimedia service data blocks into separate multimedia service data streams for each of said plurality of cells. - storing (210, 410) the common multimedia service data blocks in a single data frame - including in the single data frame, separately for each of said plurality of cells (6a-h), a time to send the common multimedia service blocks to that cell; and - transmitting (240, 420) said single data frame over the Iub interface to the base station device, which is configured to duplicate said common multimedia service data blocks into separate multimedia service data streams for each of said plurality of cells.
Method for assembling a vehicle opening comprising two panels (10, 30), at least one of the panels comprising a bonding track, one of the panels comprising at least one depression arranged to run at least partially alongside the bonding track once the two panels have been assembled, the depression comprising at least one wall provided with at least one hole, characterised in that the method comprises the following steps: - application of a bead of adhesive on the bonding track, - referencing of the two panels (10, 30) so that the bead of adhesive is placed between the two panels and that the depression of the panel forms a hollow body in combination with the other panel, - blowing of a hot air flow into the hollow body through the or at least one of the holes, and in that the hollow body is located between an edge of the opening and the bead of adhesive, the opening comprising a portion located between the hollow body and the edge, such portion not having a bead of adhesive. - application of a bead of adhesive on the bonding track, - referencing of the two panels (10, 30) so that the bead of adhesive is placed between the two panels and that the depression of the panel forms a hollow body in combination with the other panel, - blowing of a hot air flow into the hollow body through the or at least one of the holes,