mhurhangee/patent-ind-claim-en huggingface dataset:
An airless tire , comprising: a plurality of spoke rings (110a-c, 210a-c, 310a-c), including a first spoke ring adjacent to a second spoke ring , wherein each of the plurality of spoke rings (110a-c, 210a-c, 310a-c) includes an annular outer surface (So), an annular inner surface (S I ), and a plurality of spokes (112a-c) extending between the annular outer surfaces (So) and the annular inner surfaces (S I ), and wherein a tread layer extends circumferentially around the annular outer surfaces (So) of the plurality of spoke rings (110a-c, 210a-c, 310a-c), characterized in that : the first spoke ring has a first maximum outer diameter and the second spoke ring has a second maximum outer diameter different from the first maximum outer diameter; and the first spoke ring has a first stiffness and the second spoke ring has a second stiffness different from the first stiffness. wherein each of the plurality of spoke rings (110a-c, 210a-c, 310a-c) includes an annular outer surface (So), an annular inner surface (S I ), and a plurality of spokes (112a-c) extending between the annular outer surfaces (So) and the annular inner surfaces (S I ), and wherein a tread layer extends circumferentially around the annular outer surfaces (So) of the plurality of spoke rings (110a-c, 210a-c, 310a-c), characterized in that : the first spoke ring has a first maximum outer diameter and the second spoke ring has a second maximum outer diameter different from the first maximum outer diameter; and the first spoke ring has a first stiffness and the second spoke ring has a second stiffness different from the first stiffness. the first spoke ring has a first maximum outer diameter and the second spoke ring has a second maximum outer diameter different from the first maximum outer diameter; and the first spoke ring has a first stiffness and the second spoke ring has a second stiffness different from the first stiffness.
A chip for a cartridge with dispensable material, comprising: a non-volatile memory for storing a number tracking amount of dispensable material in the cartridge; a key storage for storing an encryption key; a signature verification module ; and circuit components configured to: receive a first message comprising a first command and an operation input value for a print job at the cartridge ; process the first message, comprising decreasing the number tracking amount of dispensable material in the cartridge ; receive a second message comprising a second command to increase the number tracking amount of dispensable material; validate the second message using the signature validation module and the encryption key; and update the number tracking amount of dispensable material in the cartridge if the validation of the second message succeeds. a non-volatile memory for storing a number tracking amount of dispensable material in the cartridge; a key storage for storing an encryption key; a signature verification module ; and circuit components configured to: receive a first message comprising a first command and an operation input value for a print job at the cartridge ; process the first message, comprising decreasing the number tracking amount of dispensable material in the cartridge ; receive a second message comprising a second command to increase the number tracking amount of dispensable material; validate the second message using the signature validation module and the encryption key; and update the number tracking amount of dispensable material in the cartridge if the validation of the second message succeeds. receive a first message comprising a first command and an operation input value for a print job at the cartridge ; process the first message, comprising decreasing the number tracking amount of dispensable material in the cartridge ; receive a second message comprising a second command to increase the number tracking amount of dispensable material; validate the second message using the signature validation module and the encryption key; and update the number tracking amount of dispensable material in the cartridge if the validation of the second message succeeds.
A method for measuring dimensions of a target object, comprising: - acquiring depth data representative of the physical space, the depth data comprising data of the target object, wherein the depth data is acquired using a handheld 3D-vision device, - converting the depth data into a point cloud, - extracting at least one plane from the point cloud, wherein a flat surface from the point cloud is identified and the flat surface is defined as a plane of the point cloud, - identifying a ground plane from the at least one plane, wherein identifying the ground plane comprises (i) repeatedly identifying a plane in the point cloud, (ii) storing the identified plane and (iii) temporarily removing the identified plane from the point cloud, wherein the ground plane is identified among all stored and identified planes due to its spatial orientation and/or due to its size, after all planes have been identified, stored and removed from the point cloud, - eliminating the ground plane from the point cloud, - extracting at least one point cluster from the remaining point cloud, - identifying a point cluster of the target object, - estimating dimensions of the target object based on the point cluster of the target object. - acquiring depth data representative of the physical space, the depth data comprising data of the target object, wherein the depth data is acquired using a handheld 3D-vision device, - converting the depth data into a point cloud, - extracting at least one plane from the point cloud, wherein a flat surface from the point cloud is identified and the flat surface is defined as a plane of the point cloud, - identifying a ground plane from the at least one plane, wherein identifying the ground plane comprises (i) repeatedly identifying a plane in the point cloud, (ii) storing the identified plane and (iii) temporarily removing the identified plane from the point cloud, wherein the ground plane is identified among all stored and identified planes due to its spatial orientation and/or due to its size, after all planes have been identified, stored and removed from the point cloud, - eliminating the ground plane from the point cloud, - extracting at least one point cluster from the remaining point cloud, - identifying a point cluster of the target object, - estimating dimensions of the target object based on the point cluster of the target object.
Method for operating a driver information system in an ego vehicle , wherein a roadway course in front of the ego vehicle in the direction of travel is captured and a radius of curvature of a curve of the roadway course is determined; movement data of the ego vehicle are captured; a criticality is determined on the basis of the captured movement data and the determined radius of curvature; a driver information display is generated and output; wherein the driver information display comprises a graphical lane object representing the captured roadway course; wherein the graphical lane object has a highlighting feature, which is formed depending on the determined criticality, characterized in that the criticality furthermore depends on the type of measures to be initiated, wherein a first value of the criticality is determined if a deceleration of the vehicle must be initiated, a second value of the criticality is determined if a steering intervention is required, and a third value of the criticality is determined if both a deceleration and a steering intervention must be effected manually in order to safely drive through the curve, and the manifestation of the highlighting feature depends on the determined criticality. a roadway course in front of the ego vehicle in the direction of travel is captured and a radius of curvature of a curve of the roadway course is determined; movement data of the ego vehicle are captured; a criticality is determined on the basis of the captured movement data and the determined radius of curvature; a driver information display is generated and output; wherein the driver information display comprises a graphical lane object representing the captured roadway course; wherein the graphical lane object has a highlighting feature, which is formed depending on the determined criticality, characterized in that the criticality furthermore depends on the type of measures to be initiated, wherein a first value of the criticality is determined if a deceleration of the vehicle must be initiated, a second value of the criticality is determined if a steering intervention is required, and a third value of the criticality is determined if both a deceleration and a steering intervention must be effected manually in order to safely drive through the curve, and the manifestation of the highlighting feature depends on the determined criticality.
Operating device for an illuminant , comprising: a transformer having a primary-side coil arranged on a primary side of the operating device and a secondary-side coil inductively coupled thereto and arranged on a secondary side of the operating device , and a radio interference suppression element , wherein the radio interference suppression element is a radio interference suppression capacitor between the primary side and the secondary side , characterized by an anti-glow device (70; 71) coupled to the radio interference suppression element , wherein the anti-glow device (70; 71) comprises a controllable switching means connected between the radio interference suppression element and a ground potential (P0) of the secondary side , wherein in a first state of the operating device the operating device is configured to switch the controllable switching means into an on state and thus to conductively connect the radio interference suppression element selectively to the ground potential (P0) of the secondary side , and in a second state of the operating device to switch the controllable switching means into an off state and thus to disconnect the radio interference suppression element selectively from the ground potential (P0) in order to suppress a glow of the illuminant . a transformer having a primary-side coil arranged on a primary side of the operating device and a secondary-side coil inductively coupled thereto and arranged on a secondary side of the operating device , and a radio interference suppression element , wherein the radio interference suppression element is a radio interference suppression capacitor between the primary side and the secondary side , characterized by an anti-glow device (70; 71) coupled to the radio interference suppression element , wherein the anti-glow device (70; 71) comprises a controllable switching means connected between the radio interference suppression element and a ground potential (P0) of the secondary side , wherein in a first state of the operating device the operating device is configured to switch the controllable switching means into an on state and thus to conductively connect the radio interference suppression element selectively to the ground potential (P0) of the secondary side , and in a second state of the operating device to switch the controllable switching means into an off state and thus to disconnect the radio interference suppression element selectively from the ground potential (P0) in order to suppress a glow of the illuminant .
Sealing element for providing a seal between a first media space filled with a first medium and a second media space filled with a second medium in the region of a movable component , which is guided or is guidable through the sealing element displaceably along a longitudinal axis of the movable component and/or rotatably along the longitudinal axis , wherein the sealing element comprises a main body , which has two dynamic sealing portions which abut or are abuttable against the movable component , wherein each dynamic sealing portion has a sealing lip , wherein each sealing lip comprises one, two or more sealing edges , wherein the main body is formed from an injection-mouldable, partially fluorinated or fully fluorinated thermoplastic material, characterised in that a fluoropolymer content of the injection-mouldable, partially fluorinated or fully fluorinated thermoplastic material, in respect of its mass and/or its volume, is at least approximately 85%, and in that a carbon fibre content of the injection-mouldable, partially fluorinated or fully fluorinated thermoplastic material, in respect of its mass and/or its volume, is at least approximately 2% and at most approximately 6%.
A method of transmitting data symbols by using Zero-Tail Spread OFDM and Space Time Coding, the method comprising: generating a first group of K-L CP data symbols; conjugating and time-reversing the first group of K-L CP data symbols to generate a reversed-conjugated first group of data symbols; appending N P zeros before and L CP -N P zeros after the reversed-conjugated first group of data symbols to generate a first block of pre-spread symbols; appending N P zeros before and L CP -N P zeros after the first group of K-L CP data symbols to generate a second block of pre-spread symbols; spreading the pre-spread symbols for each of the first and second blocks of pre-spread symbols to create a first block of spread symbols and a second block of spread symbols, respectively; mapping, for each of the first and second blocks of spread symbols, each of the spread symbols to an occupied subcarrier; performing modulation on the first and second blocks of spread data symbols mapped to subcarriers to create a first block of time domain symbols and a second block of time domain symbols, respectively; transmitting the first block of time domain symbols via a first time resource and first antenna and transmitting the second block of time domain symbols via a second time resource and second antenna, where the second time resource is different from the first time resource, wherein K is a number of occupied subcarriers, L CP is a cyclic prefix length, and N P is a number of appended zeros. generating a first group of K-L CP data symbols; conjugating and time-reversing the first group of K-L CP data symbols to generate a reversed-conjugated first group of data symbols; appending N P zeros before and L CP -N P zeros after the reversed-conjugated first group of data symbols to generate a first block of pre-spread symbols; appending N P zeros before and L CP -N P zeros after the first group of K-L CP data symbols to generate a second block of pre-spread symbols; spreading the pre-spread symbols for each of the first and second blocks of pre-spread symbols to create a first block of spread symbols and a second block of spread symbols, respectively; mapping, for each of the first and second blocks of spread symbols, each of the spread symbols to an occupied subcarrier; performing modulation on the first and second blocks of spread data symbols mapped to subcarriers to create a first block of time domain symbols and a second block of time domain symbols, respectively; transmitting the first block of time domain symbols via a first time resource and first antenna and transmitting the second block of time domain symbols via a second time resource and second antenna, where the second time resource is different from the first time resource, wherein K is a number of occupied subcarriers, L CP is a cyclic prefix length, and N P is a number of appended zeros.
A method, comprising: demultiplexing joint Cb/Cr quantized residuals from a video block when a joint chroma coding mode is used for the video block; dequantizing the demultiplexed Cb and Cr data; inverse transforming the dequantized Cb and Cr data; and, decoding said video block using said inverse transformed Cb and Cr data. demultiplexing joint Cb/Cr quantized residuals from a video block when a joint chroma coding mode is used for the video block; dequantizing the demultiplexed Cb and Cr data; inverse transforming the dequantized Cb and Cr data; and, decoding said video block using said inverse transformed Cb and Cr data.
A method for use in a wellbore , the method comprising: providing an apparatus in a downhole annulus in a wellbore , the apparatus comprising a mandrel and a swellable element disposed on the mandrel, wherein the swellable element comprises a material selected to increase in volume when exposed to a downhole stimulus; placing a gravel pack below the apparatus via the downhole annulus in which the apparatus is located; placing a gravel pack above the apparatus; subsequent to placing the gravel packs , causing the swellable element to increase in volume to create an annular barrier in the wellbore characterised in that the method further comprises the step of displacing gravel pack solids into one or more voids as the swellable element swells into a space vacated by the displaced gravel pack solids. providing an apparatus in a downhole annulus in a wellbore , the apparatus comprising a mandrel and a swellable element disposed on the mandrel, wherein the swellable element comprises a material selected to increase in volume when exposed to a downhole stimulus; placing a gravel pack below the apparatus via the downhole annulus in which the apparatus is located; placing a gravel pack above the apparatus; subsequent to placing the gravel packs , causing the swellable element to increase in volume to create an annular barrier in the wellbore characterised in that the method further comprises the step of displacing gravel pack solids into one or more voids as the swellable element swells into a space vacated by the displaced gravel pack solids.
A method for measuring the delay between N pulses having a duration less than 100 picoseconds being propagated in N channels, which comprises the following steps: - collimated emission of these N pulses (1 k ) having the same repetition frequency, - emission of a reference pulse having the same repetition frequency capable of producing interference fringes with each of the N pulses, - for each of the N pulses, detection, by a detector , of the coherent sum of this pulse (1 k ) with the reference pulse , this sum producing said interference fringes, the interference fringes originating from each of the N pulses being distinguishable from one another, characterized in that the reference pulse is emitted with a delay relative to estimated times of arrival of the N pulses on the detector , this delay being adjustable over a determined range of delays, and in that the method further comprises the following steps: - for a delay of the range of delays, simultaneous measurement for the N pulses of N contrasts of the interference fringes, this measurement being reiterated for P other delays of said range, so as to obtain P x N other interference fringe contrasts, - for each of the N pulses, a delay value between this pulse (1 k ) and the reference pulse is determined by the delay corresponding to the maximum contrast out of the P contrasts. - collimated emission of these N pulses (1 k ) having the same repetition frequency, - emission of a reference pulse having the same repetition frequency capable of producing interference fringes with each of the N pulses, - for each of the N pulses, detection, by a detector , of the coherent sum of this pulse (1 k ) with the reference pulse , this sum producing said interference fringes, the interference fringes originating from each of the N pulses being distinguishable from one another, - for a delay of the range of delays, simultaneous measurement for the N pulses of N contrasts of the interference fringes, this measurement being reiterated for P other delays of said range, so as to obtain P x N other interference fringe contrasts, - for each of the N pulses, a delay value between this pulse (1 k ) and the reference pulse is determined by the delay corresponding to the maximum contrast out of the P contrasts.
Mounting support for mounting upper rails for blinds, comprising a support base , a first support limb , and a second support limb which are arranged in a U-shaped manner, wherein the first support limb and the second support limb are arranged parallel to each other and perpendicularly to the support base , and the mounting support can be spread in a reversible manner, wherein the first and second support limb have a spring effect and wherein the first support limb has a first retaining web which is oriented inwards on the end region facing away from the support base , and the second support limb has a second retaining web which is oriented inwards on the end region facing away from the support base , characterised in that a first latch which has a latch surface facing away from the support base and which protrudes inwards is provided at least on the first support limb in order to place a top rail corner region of a cuboidal top rail in an intermediate position, wherein the catch is designed in such a way that the top rail can be pressed upwards from the intermediate position into a mounting position for final fastening via the catch .
A machine comprising: a first group of sprayers configured to form a first layer of binding material; a fiber material distribution component positioned adjacent the first group of sprayers , the fiber material distribution component configured to distribute fiber material onto the first layer of the binding material; a second group of sprayers positioned adjacent the fiber material distribution component , the second group of sprayers configured to form a second layer of the binding material over the distributed fiber material; a channel positioned adjacent the second group of sprayers , the channel configured to supply an asphalt mixture over the second layer of the binding material; and a screed positioned adjacent the channel , the screed positioned to contact the asphalt mixture. a first group of sprayers configured to form a first layer of binding material; a fiber material distribution component positioned adjacent the first group of sprayers , the fiber material distribution component configured to distribute fiber material onto the first layer of the binding material; a second group of sprayers positioned adjacent the fiber material distribution component , the second group of sprayers configured to form a second layer of the binding material over the distributed fiber material; a channel positioned adjacent the second group of sprayers , the channel configured to supply an asphalt mixture over the second layer of the binding material; and a screed positioned adjacent the channel , the screed positioned to contact the asphalt mixture.