mhurhangee/patent-ind-claim-en huggingface dataset:
A polar coding method, comprising: determining a sequence used to code to-be-coded bits, wherein the sequence comprises N sequence numbers of N polarized channels, the N sequence numbers are arranged in the sequence based on reliability of the N polarized channels, N is a mother code length of a polar code, and N is a positive integer power of 2; and performing polar coding on the to-be-coded bits by using the sequence to obtain coded bits; wherein the method is characterized in that when N = 64, the sequence is: [1, 2, , 17, 33, , 21, 35, 25, , , , 15, 22, , 42, 29, , 45, , , , 40, 30, , 46, 52, 47, 54, 55, 58, 59, 61, 32, 48, 56, 60, 62, 63, 64], wherein element locations of elements in parentheses are changeable; or when N = 128, the sequence is: [1, 2, , 17, 33, , , , , , , 22, , 68, 42, 29, 70, , 77, , , , 52, , 54, 78, , , , 90, , 103, 106, , 107, , , , , , 94, 108, 95, 110, 116, 111, 118, 119, 122, , 125, 96, 112, 120, 124, 126, 127, 1281, wherein element locations of elements in parentheses are changeable; or when N = 512, the sequence is: [1, 2, , 17, 33, , , , , , , , 507, , , 508, 510, 511, 512], wherein element locations of elements in parentheses are changeable. determining a sequence used to code to-be-coded bits, wherein the sequence comprises N sequence numbers of N polarized channels, the N sequence numbers are arranged in the sequence based on reliability of the N polarized channels, N is a mother code length of a polar code, and N is a positive integer power of 2; and performing polar coding on the to-be-coded bits by using the sequence to obtain coded bits; wherein the method is characterized in that when N = 64, the sequence is: [1, 2, , 17, 33, , 21, 35, 25, , , , 15, 22, , 42, 29, , 45, , , , 40, 30, , 46, 52, 47, 54, 55, 58, 59, 61, 32, 48, 56, 60, 62, 63, 64], wherein element locations of elements in parentheses are changeable; or when N = 128, the sequence is: [1, 2, , 17, 33, , , , , , , 22, , 68, 42, 29, 70, , 77, , , , 52, , 54, 78, , , , 90, , 103, 106, , 107, , , , , , 94, 108, 95, 110, 116, 111, 118, 119, 122, , 125, 96, 112, 120, 124, 126, 127, 1281, wherein element locations of elements in parentheses are changeable; or when N = 512, the sequence is: [1, 2, , 17, 33, , , , , , , , 507, , , 508, 510, 511, 512], wherein element locations of elements in parentheses are changeable. [1, 2, , 17, 33, , , , , , , 22, , 68, 42, 29, 70, , 77, , , , 52, , 54, 78, , , , 90, , 103, 106, , 107, , , , , , 94, 108, 95, 110, 116, 111, 118, 119, 122, , 125, 96, 112, 120, 124, 126, 127, 1281, wherein element locations of elements in parentheses are changeable; or when N = 512, the sequence is: [1, 2, , 17, 33, , , , , , , , 507, , , 508, 510, 511, 512], wherein element locations of elements in parentheses are changeable.
A rotation angle detection device of a motor comprising: a sensor configured to output a sensor signal including a sine-wave signal and a cosine-wave signal in accordance with a rotation of a motor rotation shaft of a motor ; a sensor power supply unit configured to supply power to the sensor; a power control unit configured to control the sensor power supply unit to supply power to the sensor continually when a power switch is on and supply power to the sensor intermittently when the power switch is off; and a sensor signal detection unit configured to detect a change in the sine-wave signal and a change in the cosine-wave signal; characterized in that the power control unit sets a drive interval for driving the sensor by providing power intermittently to the sensor to a first time interval when no change is detected in the sine-wave signal and the cosine-wave signal, sets to a second time interval that is shorter than the first time interval when a change in only one of the sine-wave signal and the cosine-wave signal is detected, and sets to a third time interval that is shorter than the second time interval when a change in one of the sine-wave signal and the cosine-wave signal is detected and then a change in the other is detected. a sensor configured to output a sensor signal including a sine-wave signal and a cosine-wave signal in accordance with a rotation of a motor rotation shaft of a motor ; a sensor power supply unit configured to supply power to the sensor; a power control unit configured to control the sensor power supply unit to supply power to the sensor continually when a power switch is on and supply power to the sensor intermittently when the power switch is off; and a sensor signal detection unit configured to detect a change in the sine-wave signal and a change in the cosine-wave signal; characterized in that the power control unit sets a drive interval for driving the sensor by providing power intermittently to the sensor to a first time interval when no change is detected in the sine-wave signal and the cosine-wave signal, sets to a second time interval that is shorter than the first time interval when a change in only one of the sine-wave signal and the cosine-wave signal is detected, and sets to a third time interval that is shorter than the second time interval when a change in one of the sine-wave signal and the cosine-wave signal is detected and then a change in the other is detected.
A combination comprising: (a) CAR peptide of SEQ ID NO: 1; and (b) imatinib or sildenafil for use in treating pulmonary arterial hypertension, wherein the CAR peptide is administered orally and imatinib or sildenafil are administered intravenously. (a) CAR peptide of SEQ ID NO: 1; and (b) imatinib or sildenafil
A map providing device that provides map data describing a map of roads on which a vehicle travels, the map providing device comprising: a storage unit that stores the map data ; a communicator that receives update data describing road information of an update target portion that is an update target in the map data stored in the storage unit ; a searcher that searches for the update target portion included in the map data ; and a processor that reflects, on the map data , the update data corresponding to the update target portion obtained through the search by the searcher , wherein the searcher further includes: a first searcher that searches for the update target portion included in a planned travel route on which the vehicle is scheduled to travel; and a second searcher that searches for the update target portion from an end point of the planned travel route as a starting point of search, characterized in that the second searcher searches for the update target portion if an amount of the update target portion found by the first searcher does not reach a predetermined amount. a storage unit that stores the map data ; a communicator that receives update data describing road information of an update target portion that is an update target in the map data stored in the storage unit ; a searcher that searches for the update target portion included in the map data ; and a processor that reflects, on the map data , the update data corresponding to the update target portion obtained through the search by the searcher , wherein the searcher further includes: a first searcher that searches for the update target portion included in a planned travel route on which the vehicle is scheduled to travel; and a second searcher that searches for the update target portion from an end point of the planned travel route as a starting point of search, a first searcher that searches for the update target portion included in a planned travel route on which the vehicle is scheduled to travel; and a second searcher that searches for the update target portion from an end point of the planned travel route as a starting point of search,
A gas engine system comprising: a gas engine including a crank shaft and a plurality of cylinders arranged in an axial direction of the crank shaft; an exhaust pipe extending over the plurality of cylinders in a bridging manner; a turbocharger disposed at a position that is away in the axial direction of the crank shaft from one end portion of the exhaust pipe; and a catalyst converter that incorporates therein a catalyst that oxidizes uncombusted fuel gas in exhaust gas discharged from the gas engine; wherein the catalyst converter is interposed in a passage extending from an exhaust gas outlet of the exhaust pipe to an exhaust gas inlet of the turbocharger; characterized by : a power generator disposed opposite to the turbocharger, with the gas engine being positioned between the power generator and the turbocharger, the power generator being coupled to the crank shaft; and wherein the catalyst converter is disposed above the power generator. a gas engine including a crank shaft and a plurality of cylinders arranged in an axial direction of the crank shaft; an exhaust pipe extending over the plurality of cylinders in a bridging manner; a turbocharger disposed at a position that is away in the axial direction of the crank shaft from one end portion of the exhaust pipe; and a catalyst converter that incorporates therein a catalyst that oxidizes uncombusted fuel gas in exhaust gas discharged from the gas engine; wherein the catalyst converter is interposed in a passage extending from an exhaust gas outlet of the exhaust pipe to an exhaust gas inlet of the turbocharger; characterized by : a power generator disposed opposite to the turbocharger, with the gas engine being positioned between the power generator and the turbocharger, the power generator being coupled to the crank shaft; and wherein the catalyst converter is disposed above the power generator. a power generator disposed opposite to the turbocharger, with the gas engine being positioned between the power generator and the turbocharger, the power generator being coupled to the crank shaft; and wherein the catalyst converter is disposed above the power generator.
Mobile shopping basket comprising at least one basket , at least one pulling handle and castors , wherein the castors are fastened to a bottom segment of the basket , wherein the bottom segment has a castor insertion recess , wherein the castor insertion recess is divided into an insertion region having a latching element and into a securing region in such a manner that the castor is insertable via the insertion region into the securing region and is securable in the securing region by means of the latching element in the securing region , characterized in that the securing region is arranged at the edge and the insertion region is arranged on the inside, wherein the castor is secured without further additional parts, wherein the securing region comprises a rib-like structure.
Test method for a camera system having a controller and at least one camera , wherein the following method steps are carried out immediately after an operating system of the controller has been loaded : • generating transmissible image data on the basis of at least one original image loaded from an electronic camera memory of the camera as a test image, wherein the at least one original image represents a test pattern, wherein the test pattern has in each case different brightness values, different grayscale values, different pixel surroundings and/or different colour values, wherein serialized image data that represent the loaded original image and are able to be transmitted as transmission test image are generated, and • transmitting the generated image data from the camera to the controller , • generating an intermediate image on the basis of the serialized image data received by the controller by way of a deserializer , • ascertaining a processed image on the basis of the generated intermediate image, • comparing the processed image with at least one reference image, wherein the reference image is loaded from a memory of the controller , wherein the reference image represents an expected image with respect to the image processed on the basis of the loaded transmission test image, and • generating an error signal if the processed image deviates from the reference image. • generating transmissible image data on the basis of at least one original image loaded from an electronic camera memory of the camera as a test image, wherein the at least one original image represents a test pattern, wherein the test pattern has in each case different brightness values, different grayscale values, different pixel surroundings and/or different colour values, wherein serialized image data that represent the loaded original image and are able to be transmitted as transmission test image are generated, and • transmitting the generated image data from the camera to the controller , • generating an intermediate image on the basis of the serialized image data received by the controller by way of a deserializer , • ascertaining a processed image on the basis of the generated intermediate image, • comparing the processed image with at least one reference image, wherein the reference image is loaded from a memory of the controller , wherein the reference image represents an expected image with respect to the image processed on the basis of the loaded transmission test image, and • generating an error signal if the processed image deviates from the reference image.
An avalanche photodiode comprising: a first semiconductor contact layer , formed in a center of a cap layer by local doping , in contact with a first electrode ; a second semiconductor contact layer in contact with a second electrode ; and a multiplication layer formed between the first semiconductor contact layer and the second semiconductor contact layer , wherein the first semiconductor contact layer has smaller area than an area of the multiplication layer ; a N-type InAlAs electric field control layer and a P-type InAlAs electric field control layer formed above and below and adjacent to the multiplication layer ; a light absorbing layer formed between and adjacent to the electric field control layer and the second semiconductor contact layer ; and, an electric field relaxation layer formed between and adjacent to the first semiconductor contact layer and the N-type electric field control layer and configured to be depleted at an operating voltage between the first semiconductor contact layer and the multiplication layer , wherein the first semiconductor contact layer consists of N-type InAlAs, the second semiconductor contact layer consists of P-type InP, the multiplication layer consists of InAlAs, the light absorbing layer consists of undoped InGaAs, the cap layer consists of InAlAs, and the electric field relaxation layer consists of InP. a first semiconductor contact layer , formed in a center of a cap layer by local doping , in contact with a first electrode ; a second semiconductor contact layer in contact with a second electrode ; and a multiplication layer formed between the first semiconductor contact layer and the second semiconductor contact layer , wherein the first semiconductor contact layer has smaller area than an area of the multiplication layer ; a N-type InAlAs electric field control layer and a P-type InAlAs electric field control layer formed above and below and adjacent to the multiplication layer ; a light absorbing layer formed between and adjacent to the electric field control layer and the second semiconductor contact layer ; and, an electric field relaxation layer formed between and adjacent to the first semiconductor contact layer and the N-type electric field control layer and configured to be depleted at an operating voltage between the first semiconductor contact layer and the multiplication layer , wherein the first semiconductor contact layer consists of N-type InAlAs, the second semiconductor contact layer consists of P-type InP, the multiplication layer consists of InAlAs, the light absorbing layer consists of undoped InGaAs, the cap layer consists of InAlAs, and the electric field relaxation layer consists of InP.
A communications device comprising: a wireless radio frequency, RF, transceiver ; and a controller coupled to said wireless RF transceiver and configured to determine a plurality of received signal characteristics and perform a spectral estimation operation associated with a frequency spectrum thereon, wherein the plurality of received signal characteristics comprises a plurality of received sample values, average the sample values via a windowing operation and a Fast Fourier Transform operation; determine a channel selection method characteristic associated with a channel in the frequency spectrum comprising a plurality of channels, wherein said channel selection method characteristic comprises at least an Automatic Link Establishment, ALE, state characteristic, wherein said ALE state characteristic comprises a communication mode of the communication device comprising at least one of ongoing communication mode, handshake mode, passively scanning mode, dwelling mode, transmitting mode or receiving mode; generate a plurality of statistical values for each channel based upon the plurality of received signal characteristics, ALE state characteristic and signal strength characteristics and select a portion of the frequency spectrum for a signal to be transmitted by said wireless RF transceiver based upon the spectral estimation operation, the plurality of statistical values, and the channel selection method characteristic. a wireless radio frequency, RF, transceiver ; and a controller coupled to said wireless RF transceiver and configured to determine a plurality of received signal characteristics and perform a spectral estimation operation associated with a frequency spectrum thereon, wherein the plurality of received signal characteristics comprises a plurality of received sample values, average the sample values via a windowing operation and a Fast Fourier Transform operation; determine a channel selection method characteristic associated with a channel in the frequency spectrum comprising a plurality of channels, wherein said channel selection method characteristic comprises at least an Automatic Link Establishment, ALE, state characteristic, wherein said ALE state characteristic comprises a communication mode of the communication device comprising at least one of ongoing communication mode, handshake mode, passively scanning mode, dwelling mode, transmitting mode or receiving mode; generate a plurality of statistical values for each channel based upon the plurality of received signal characteristics, ALE state characteristic and signal strength characteristics and select a portion of the frequency spectrum for a signal to be transmitted by said wireless RF transceiver based upon the spectral estimation operation, the plurality of statistical values, and the channel selection method characteristic.
Steering column for a motor vehicle, comprising a jacket unit in which a steering spindle is mounted rotatably about a longitudinal axis (L) and which can be connected directly or indirectly to the body of a motor vehicle via a height-adjustment lever , the height-adjustment lever having two side cheeks , between whose inner sides , which are opposite one another with respect to the longitudinal axis (L), the casing unit is received so as to be pivotable about a hinge axis (G), wherein the casing unit having guide grooves extending in the direction of the longitudinal axis (L), wherein at least one sliding body is arranged between a side cheek and the casing unit , which sliding body is slidably displaceable in a guide groove in the direction of the longitudinal axis (L) and is supported on a side cheek , wherein a supporting element is arranged between a sliding body and a side cheek in each case, which supporting element is supported from the inside against the side cheek and presses the sliding body from the outside into the guide groove , characterised in that the hinge axis (G) being arranged above the longitudinal axis (L) and that the casing unit has a lower casing tube which can be connected to the body of a motor vehicle so as to be vertically pivotable about a height adjustment axis and which has the guide grooves , and which accommodates an upper casing tube so as to be telescopically adjustable in the direction of the longitudinal axis. wherein a supporting element is arranged between a sliding body and a side cheek in each case, which supporting element is supported from the inside against the side cheek and presses the sliding body from the outside into the guide groove , characterised in that the hinge axis (G) being arranged above the longitudinal axis (L) and that the casing unit has a lower casing tube which can be connected to the body of a motor vehicle so as to be vertically pivotable about a height adjustment axis and which has the guide grooves , and which accommodates an upper casing tube so as to be telescopically adjustable in the direction of the longitudinal axis.
Coke oven operating machines, with a coke oven transfer machine and a coke oven pushing machine, which comprise a door tool, characterised in that the door tool is designed as a detachable module, such that it can be used as a replacement part for the coke oven transfer machine and the coke oven pushing machine, wherein the detachable module can be connected by a quick-action coupling to the coke oven transfer machine and the coke oven pushing machine and the coke oven transfer machine and the coke pushing machine comprise a chassis, wherein a door tool is arranged with a quick-action connection on the chassis and the quick-action connection comprises a positioning device and a locking device, so that it can be exchanged within the six hours required by the machine technology.
A viscous damper for damping torsional vibrations, the viscous damper comprising: a housing assembly ; an inertia tube disposed within the housing assembly and rotatable with respect to the housing assembly ; and a viscous fluid disposed within the housing assembly , the viscous fluid at least partially enveloping the inertia tube ; wherein the inertia tube has a length and a thickness and characterised in that the length is at least five times greater than the thickness. a housing assembly ; an inertia tube disposed within the housing assembly and rotatable with respect to the housing assembly ; and a viscous fluid disposed within the housing assembly , the viscous fluid at least partially enveloping the inertia tube ; wherein the inertia tube has a length and a thickness and characterised in that the length is at least five times greater than the thickness.
Sensor for recording measured values and outputting data samples, having at least one first register storing a sensor time containing time information about the phase and/or period of the data samples, wherein the first register is readable externally by a control unit, characterized in that the sensor contains at least one second register that is writable externally by the control unit such that the phase and/or the period of the data samples in the sensor is adjusted by the control unit.
A pressure-sensitive adhesive film for the temporary protection of surfaces which comprises a multilayer support coated on only one of its sides with a pressure-sensitive adhesive, said support comprising an odd number of layers, and at least one expanded polyolefin layer including the central layer, said polyolefin being selected from a radical low-density polyethylene, a linear polyethylene, polypropylene, a copolymer of ethylene and propylene, or a mixture of these compounds, said expanded layer comprising one or more additives selected from matting agents, in particular antiblocking agents; slip agents; colorants; UV stabilizers; UV barriers; antioxidants; and anti-aging agents; said film having, after application onto the surface to be protected, a xx (measured by dynamometry according to a protocol adapted from standard AFERA 5001, with a peeling speed from 10 mm/min to 30,000 mm/min) in the range from 1 to 700 cN:cm, preferably from 1 to 400 cN/cm.