mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for processing signals received from a mutual inductance current sensor having a first transfer function, the apparatus for measuring a signal corresponding to an alternating current having a fundamental frequency, wherein the apparatus is configured to measure up to a predetermined harmonic of the fundamental frequency, the apparatus comprising: a low-pass filter which receives a signal from the current sensor, the low-pass filter having a second transfer function configured to attenuate one or more harmonic components of the signal, wherein the second transfer function of the low-pass filter has a -3 dB corner frequency which lies between the fundamental frequency and the predetermined harmonic; an analogue-to-digital converter which receives and digitises a filtered signal output from the low-pass filter; a controller configured to process a digitised current signal from the analogue-to-digital converter using a digital processing chain configured to compensate for the frequency and phase responses of the first transfer function and the second transfer function. a low-pass filter which receives a signal from the current sensor, the low-pass filter having a second transfer function configured to attenuate one or more harmonic components of the signal, wherein the second transfer function of the low-pass filter has a -3 dB corner frequency which lies between the fundamental frequency and the predetermined harmonic; an analogue-to-digital converter which receives and digitises a filtered signal output from the low-pass filter; a controller configured to process a digitised current signal from the analogue-to-digital converter using a digital processing chain configured to compensate for the frequency and phase responses of the first transfer function and the second transfer function.
A device (DISP) for balancing electric voltages at the terminals of the electric cells of a group of three electric cells (CELL_ i, CELL i+1, CELL i+2) disposed in series, comprising first means (DELIV1) for delivering a first electric voltage equal to the half-sum of the electric voltages at the terminals of said group of three cells, second means (DELIV2) for delivering a second electric voltage equal to the sum of the electric voltage at the terminals of a cell disposed at one end of said group of three cells and to half the electric voltage at the terminals of the cell disposed in the middle of said group of three cells, a comparator (COMP) for comparing said first voltage (V 1) and said second voltage (V 2) comprising an electric voltage amplifier, first controlled branching means (DERIV1) for branching the electric current of a terminal of a cell disposed at one end of said group of three cells towards the other terminal of said cell so as to discharge said cell, second controlled branching means (DERIV2) for branching the electric current of a terminal of the cell disposed at the other end of said group of three cells towards the other terminal of said cell so as to discharge said cell and control means (COMM) adapted to control said first branching means (DERIV1) and said second branching means (DERIV2) according to the information received from the comparator (COMP).
A method for using a bit-level operation to enable non-orthogonal multiple access, NoMA, communication using a standard modulator, the method comprising: • generating, by a transmitter, an output bit-stream from an input bit-stream in accordance with a bit-level operation on the input bit-stream, such that a length of the output bit-stream is greater than a length of the input bit-stream, the input bit-stream being an error-detection/correction encoded bit-stream; • modulating, by the transmitter, the output bit-stream in accordance with the standard modulator to obtain a sequence of symbols, wherein, for at least one bit in the input bit-stream, a value of the bit of the input bit-stream is mapped to at least two symbols of the sequence of symbols, and wherein the standard modulator is one of Quadrature Amplitude Modulation, QAM, modulator, a Binary Phase Shift Keying, BPSK, modulator, π 2 − BPSK modulator, and a Quadrature Phase Shift Keying, QPSK, modulator; • mapping, by the transmitter, the sequence of symbols to resource elements to obtain a NoMA signal; and • transmitting, by the transmitter, the NoMA signal to a receiver. • generating, by a transmitter, an output bit-stream from an input bit-stream in accordance with a bit-level operation on the input bit-stream, such that a length of the output bit-stream is greater than a length of the input bit-stream, the input bit-stream being an error-detection/correction encoded bit-stream; • modulating, by the transmitter, the output bit-stream in accordance with the standard modulator to obtain a sequence of symbols, wherein, for at least one bit in the input bit-stream, a value of the bit of the input bit-stream is mapped to at least two symbols of the sequence of symbols, and wherein the standard modulator is one of Quadrature Amplitude Modulation, QAM, modulator, a Binary Phase Shift Keying, BPSK, modulator, π 2 − BPSK modulator, and a Quadrature Phase Shift Keying, QPSK, modulator; • mapping, by the transmitter, the sequence of symbols to resource elements to obtain a NoMA signal; and • transmitting, by the transmitter, the NoMA signal to a receiver.
Extractor hood for installation in a wall unit, in which the suction region is connected to a fan unit, the suction region being designed such that it is surrounded by a telescopic frame and comprising a filter region and a deflector plate, which is movable relative to said filter region, and the suction region being designed such that it can be retracted into a wall unit when the extractor hood is in a non-operating position and can be extended on the bottom of the wall unit when the extractor hood is in its operating position, characterised in that the fan unit is designed such that it can be positioned in a fixed position in a wall unit and in that the frame comprising the suction region is designed such that it can move into the operating position relative to the fan unit, and in that the filter region of the suction region is connected to the fan unit in a flow-conducting manner by means of a flexible connecting element.
An alarm device housing: a detection device adapted to detect an occurrence of an abnormal condition within a monitoring area; a transmission device adapted to transmit an alarm signal when the detection device detects the abnormal condition; and an output device adapted to output an alarm characterized in that the output device is adapted to output the alarm at a first volume at substantially the same time as transmission of the alarm signal by the transmission device, and then to change the volume of the alarm from the first volume to a different second volume when a predetermined time has elapsed since transmission of the alarm signal. a detection device adapted to detect an occurrence of an abnormal condition within a monitoring area; a transmission device adapted to transmit an alarm signal when the detection device detects the abnormal condition; and an output device adapted to output an alarm characterized in that the output device is adapted to output the alarm at a first volume at substantially the same time as transmission of the alarm signal by the transmission device, and then to change the volume of the alarm from the first volume to a different second volume when a predetermined time has elapsed since transmission of the alarm signal.
An illumination device, comprising: - a LED chip, providing light in multi-directions, wherein the LED chip comprises: a sapphire substrate with a growth surface and a second surface opposite to the growth surface, and a plurality of LED structures (3, 14) disposed on the growth surface and having a plurality of light emitting surfaces not covered by the sapphire substrate, whereby the plurality of light emitting surfaces not covered by the sapphire substrate and at least a part of the growth surface without the LED structures (3, 14) form a first main surface where light is emitted from, and wherein light emitted from at least one of the LED structures (3, 14) passes through the sapphire substrate and emerges from the second surface, - a first support comprising a surface connected to the sapphire substrate of the LED chip, the surface being parallel to the growth surface of the sapphire substrate, - a bonding layer formed between the LED chip and the first support; and - a supporting base associated with the first support, and forming a first angle with the sapphire substrate of the LED chip and the first support, wherein the first angle ranges from 30 degrees to 150 degrees, characterized in that the first support is formed as a monolithically integrated part of the supporting base. - a LED chip, providing light in multi-directions, wherein the LED chip comprises: a sapphire substrate with a growth surface and a second surface opposite to the growth surface, and a plurality of LED structures (3, 14) disposed on the growth surface and having a plurality of light emitting surfaces not covered by the sapphire substrate, whereby the plurality of light emitting surfaces not covered by the sapphire substrate and at least a part of the growth surface without the LED structures (3, 14) form a first main surface where light is emitted from, and wherein light emitted from at least one of the LED structures (3, 14) passes through the sapphire substrate and emerges from the second surface, a sapphire substrate with a growth surface and a second surface opposite to the growth surface, and a plurality of LED structures (3, 14) disposed on the growth surface and having a plurality of light emitting surfaces not covered by the sapphire substrate, whereby the plurality of light emitting surfaces not covered by the sapphire substrate and at least a part of the growth surface without the LED structures (3, 14) form a first main surface where light is emitted from, and wherein light emitted from at least one of the LED structures (3, 14) passes through the sapphire substrate and emerges from the second surface, - a first support comprising a surface connected to the sapphire substrate of the LED chip, the surface being parallel to the growth surface of the sapphire substrate, - a bonding layer formed between the LED chip and the first support; and - a supporting base associated with the first support, and forming a first angle with the sapphire substrate of the LED chip and the first support, wherein the first angle ranges from 30 degrees to 150 degrees,
A door lock comprising - a motor for a motorized adjustment of a latch and/or of a latch bolt of the door lock; and - a freewheel gear via which a driving torque of the motor can be transmitted to the latch and/or to the latch bolt, wherein the freewheel gear has an input element which is drive-effectively coupled to the motor and an output element which is drive-effectively coupled to the latch and/or to the latch bolt; wherein the freewheel gear further has at least one coupling element which is movable between a coupling position in which it drive-effectively couples the input element and the output element to one another and a freewheeling position in which it drive-effectively decouples the input element and the output element from one another; and wherein the input element has a drive contour which is configured to take along the coupling element when the input element is driven by the motor, characterized in that the freewheel gear further has a guide element having a guide contour which is configured to urge the coupling element into the coupling position when said coupling element is taken along by the input element. - a motor for a motorized adjustment of a latch and/or of a latch bolt of the door lock; and - a freewheel gear via which a driving torque of the motor can be transmitted to the latch and/or to the latch bolt, wherein the freewheel gear has an input element which is drive-effectively coupled to the motor and an output element which is drive-effectively coupled to the latch and/or to the latch bolt; wherein the freewheel gear further has at least one coupling element which is movable between a coupling position in which it drive-effectively couples the input element and the output element to one another and a freewheeling position in which it drive-effectively decouples the input element and the output element from one another; and wherein the input element has a drive contour which is configured to take along the coupling element when the input element is driven by the motor, characterized in that the freewheel gear further has a guide element having a guide contour which is configured to urge the coupling element into the coupling position when said coupling element is taken along by the input element.
An electrophoretic analysis method for evaluating quality of RNA by a waveform analysis of an electrophoresis waveform, comprising: evaluating quality of RNA on a basis of a feature value corresponding to a position of a degradation product peak that appears in accordance with degradation of RNA in a region on a low-molecular-weight side relative to an 18S peak in the electrophoresis waveform, and shifts to the low-molecular-weight side with further degradation of RNA.
An endoprobe for microsurgical procedures comprising: a hand-piece; a motor; a cannula assembly coupled to the hand-piece; a transmission system coupling the motor to the cannula assembly; the cannula assembly comprising: an outer tube able to rotate about a longitudinal axis; an inner tube concentric with the outer tube, able to rotate about the longitudinal axis; the outer tube and the inner tube each having a proximal end and a distal end; characterized in that: the handpiece comprises the motor; and the transmission system rotates the outer tube in a first direction and the inner tube in a second, opposing direction about the longitudinal axis; and further wherein a proximal space formed between the proximal ends of the outer tube and the inner tube comprises at least a portion of the transmission system. a hand-piece; a motor; a cannula assembly coupled to the hand-piece; a transmission system coupling the motor to the cannula assembly; the cannula assembly comprising: an outer tube able to rotate about a longitudinal axis; an inner tube concentric with the outer tube, able to rotate about the longitudinal axis; the outer tube and the inner tube each having a proximal end and a distal end; characterized in that: the handpiece comprises the motor; and the transmission system rotates the outer tube in a first direction and the inner tube in a second, opposing direction about the longitudinal axis; and further wherein a proximal space formed between the proximal ends of the outer tube and the inner tube comprises at least a portion of the transmission system. an outer tube able to rotate about a longitudinal axis; an inner tube concentric with the outer tube, able to rotate about the longitudinal axis; the outer tube and the inner tube each having a proximal end and a distal end; characterized in that: the handpiece comprises the motor; and the transmission system rotates the outer tube in a first direction and the inner tube in a second, opposing direction about the longitudinal axis; and further wherein a proximal space formed between the proximal ends of the outer tube and the inner tube comprises at least a portion of the transmission system. the handpiece comprises the motor; and the transmission system rotates the outer tube in a first direction and the inner tube in a second, opposing direction about the longitudinal axis; and further wherein a proximal space formed between the proximal ends of the outer tube and the inner tube comprises at least a portion of the transmission system.
A method for determining in a subject's biological sample the relative proportions of papillary renal cell carcinoma (pRCC), clear cell renal cell carcinoma (ccRCC), and chromophobe renal cell carcinoma (chRCC), the method comprising: (a) Assaying a biological sample to determine expression level values of - at least one of the signature genes listed in Table 1, - at least one of the signature genes listed in Table 2, and - at least one of the signature genes listed in Table 3, whereby the biological sample has been provided from a subject suspected of being affected by RCC, (b) Subjecting the obtained expression level values to a signal separation method, thereby determining relative proportions of pRCC, ccRCC, and chRCC in said biological sample. (a) Assaying a biological sample to determine expression level values of - at least one of the signature genes listed in Table 1, - at least one of the signature genes listed in Table 2, and - at least one of the signature genes listed in Table 3, whereby the biological sample has been provided from a subject suspected of being affected by RCC, - at least one of the signature genes listed in Table 1, - at least one of the signature genes listed in Table 2, and - at least one of the signature genes listed in Table 3, whereby the biological sample has been provided from a subject suspected of being affected by RCC, (b) Subjecting the obtained expression level values to a signal separation method, thereby determining relative proportions of pRCC, ccRCC, and chRCC in said biological sample.
A bus bar connector system for removably connecting at least two electronic components to each other, comprising, a bus bar module (70; 71) that includes a bus bar with a first blade for connecting to a first electronic component, a second blade for connecting to a second electronic component, and a covered segment extending between and connecting the first and second blades (73, 74); and a cover that is made from an insulating material and that is connected to the bus bar and extends over the covered segment of the bus bar; characterized by a first electrical connector operably connected to a printed circuit board in the first electronic component, wherein the first electrical connector includes a first mating portion; and a first adapter plug (40; 41) including a second mating portion, wherein the second mating portion engages the first mating portion to establish an electrical connection between the first electrical connector and the first adapter plug, and a conductive receptacle configured to receive the first blade of the bus bar, wherein the conductive receptacle is electrically connected to the second mating portion such that the first adapter plug establishes an electrical connection between the bus bar and the first electrical connector.
An operation processing device comprising: an acquisition circuit (102, 105) that acquires statistical information on distribution of bits in fixed point number data after execution of an instruction on the fixed point number data, and an update circuit that updates a decimal point position of the fixed point number data, wherein the acquisition circuit includes a circuit that acquires a position of a most significant bit or a least significant bit that does not match a sign bit in the fixed point number data after execution of the instruction. an acquisition circuit (102, 105) that acquires statistical information on distribution of bits in fixed point number data after execution of an instruction on the fixed point number data, and an update circuit that updates a decimal point position of the fixed point number data, wherein the acquisition circuit includes a circuit that acquires a position of a most significant bit or a least significant bit that does not match a sign bit in the fixed point number data after execution of the instruction.
Peak detector for a synchronized switch harvesting on inductor converter, the peak detector comprising a comparator; a filter configured to detect a voltage peak on a piezoelectric element connected to an input of the peak detector and to reject false voltage peak detections, wherein the filter is configured to filter an output voltage of the piezoelectric element and provide a filtered signal to an input of the comparator, the filter having a differentiating transfer characteristic for low frequencies and an integrating transfer characteristic for high frequencies, the filter thus being configured to detect the peaks of the piezoelectric voltage for low frequencies and to reject detection of false peaks that have higher frequencies, wherein a magnitude transfer function of the filter has a maximum at a frequency between the low frequency range and the high frequency range.
Plug-in connector part comprising a plug-in housing which has at least one plug-in section (20, 21) which, in a manner plugged-in in an insertion direction, can be connected to a mating plug-in connector part for the purpose of electrically contact-connecting the plug-in connector part to the mating plug-in connector part, and has a compensating device which is arranged on the plug-in housing and has a housing (30, 31), a carrier element which is connected to the plug-in housing and is arranged on the housing (30, 31), and a spring element which prestresses the carrier element in relation to the housing (30, 31), wherein the carrier element can be moved relative to the housing (30, 31) with elastic deformation of the spring element, wherein the carrier element, by way of a base section, is held in an interior of the housing (30, 31), characterized in that the carrier element has a pin element which is arranged on the base section and, by way of the pin element, passes through an opening of the housing (30, 31), wherein the pin element can be moved transversely to the insertion direction in the opening.
A replaceable shaving assembly comprising: a blade unit; and an interface element (60, 65, 70) configured to removeably connect the blade unit to a handle, on which the blade unit is pivotably mounted, the interface element comprising spaced apart rigid portions connected by a flexible return element, the return element providing a pivoting connection between the blade unit and handle, wherein the interface element comprises a handle interface element configured to receive the handle and extending from one of the rigid portions, and a blade unit interface element configured to be mounted on the blade unit and extending from the other rigid portion; characterised in that the handle interface element is designed to interface with a handle by magnetic interaction; wherein the return element comprises two spaced apart elastomeric members that extend in a direction generally perpendicular to a longitudinal axis of the blade unit, and each of the elastomeric members connects a pair of the spaced apart rigid portions. a blade unit; and an interface element (60, 65, 70) configured to removeably connect the blade unit to a handle, on which the blade unit is pivotably mounted, the interface element comprising spaced apart rigid portions connected by a flexible return element, the return element providing a pivoting connection between the blade unit and handle, wherein the interface element comprises a handle interface element configured to receive the handle and extending from one of the rigid portions, and a blade unit interface element configured to be mounted on the blade unit and extending from the other rigid portion; characterised in that the handle interface element is designed to interface with a handle by magnetic interaction; wherein the return element comprises two spaced apart elastomeric members that extend in a direction generally perpendicular to a longitudinal axis of the blade unit, and each of the elastomeric members connects a pair of the spaced apart rigid portions.