mhurhangee/patent-ind-claim-en huggingface dataset:
Temperature measurement method for a vehicle having an axle and a temperature sensor mounted or integrated at a location on the axle , wherein the temperature sensor is configured for capturing a temperature or temperature change of the axle at the location of the temperature sensor , comprising the steps of: A) capturing the temperature or the temperature change of the axle at the location of the temperature sensor by means of the temperature sensor and generating corresponding measurement signals that are representative of the temperature or the temperature change of the axle ; B) passing on the measurement signals to an evaluation unit ; C) generating an output signal for signalling optically and/or acoustically and/or haptically a piece of information in dependence on the measurement signals in the evaluation unit , wherein the piece of information is representative of the temperature or the temperature change of the axle ; D) signalling optically and/or acoustically and/or haptically the piece of information in dependence on the output signal, wherein - the vehicle comprises a weighing system having a weighing sensor for measuring an axle load on the axle , - the temperature sensor is a temperature sensor of the weighing system , which is additionally used for correcting measurement signals generated with the aid of the weighing sensor. A) capturing the temperature or the temperature change of the axle at the location of the temperature sensor by means of the temperature sensor and generating corresponding measurement signals that are representative of the temperature or the temperature change of the axle ; B) passing on the measurement signals to an evaluation unit ; C) generating an output signal for signalling optically and/or acoustically and/or haptically a piece of information in dependence on the measurement signals in the evaluation unit , wherein the piece of information is representative of the temperature or the temperature change of the axle ; D) signalling optically and/or acoustically and/or haptically the piece of information in dependence on the output signal, wherein - the vehicle comprises a weighing system having a weighing sensor for measuring an axle load on the axle , - the temperature sensor is a temperature sensor of the weighing system , which is additionally used for correcting measurement signals generated with the aid of the weighing sensor. - the vehicle comprises a weighing system having a weighing sensor for measuring an axle load on the axle , - the temperature sensor is a temperature sensor of the weighing system , which is additionally used for correcting measurement signals generated with the aid of the weighing sensor.
A vacuum cleaner filter bag comprising: a bottom member ; a cover member , wherein an inflow opening is provided in the cover member and a holding plate at least partially surrounding the inflow opening is connected to the cover member ; and at least four intermediate members which are interposed between the bottom member and the cover member each comprising a through opening aligned with the inflow opening of the cover member ; wherein the intermediate members are configured as filter elements each comprising a nonwoven fabric and/or a fibrous web; wherein the intermediate member immediately adjoining the bottom member is connected to the bottom member along the outer edge of the intermediate member or along the edge of the through opening ; and wherein adjacent intermediate members are alternately joined along the edges of the through openings and along the outer edge thereof. a bottom member ; a cover member , wherein an inflow opening is provided in the cover member and a holding plate at least partially surrounding the inflow opening is connected to the cover member ; and at least four intermediate members which are interposed between the bottom member and the cover member each comprising a through opening aligned with the inflow opening of the cover member ; wherein the intermediate members are configured as filter elements each comprising a nonwoven fabric and/or a fibrous web; wherein the intermediate member immediately adjoining the bottom member is connected to the bottom member along the outer edge of the intermediate member or along the edge of the through opening ; and wherein adjacent intermediate members are alternately joined along the edges of the through openings and along the outer edge thereof.
A medical device for treating a portion of a reproductive system of a female patient, the medical device comprising: an elongate member having a proximal end , a distal end , and a lumen extending therebetween; a handle connected to the proximal end of the elongate member; an end effector assembly connected to the distal end of the elongate member; an elongate manipulation member , the end effector assembly having a proximal portion , a distal portion, and a central portion extending therebetween along a longitudinal axis of the elongate manipulation member; and a cutting device configured to extend from the elongate manipulation member, wherein the cutting device has a retracted configuration in which the cutting device is withdrawn into the elongate manipulation member and a deployed configuration in which the cutting device extends radially away from the longitudinal axis of the elongate manipulation member, characterized in that the elongate manipulation member is slidable relative to the end effector assembly such that the elongate manipulation member extends from the end effector assembly an elongate member having a proximal end , a distal end , and a lumen extending therebetween; a handle connected to the proximal end of the elongate member; an end effector assembly connected to the distal end of the elongate member; an elongate manipulation member , the end effector assembly having a proximal portion , a distal portion, and a central portion extending therebetween along a longitudinal axis of the elongate manipulation member; and a cutting device configured to extend from the elongate manipulation member, wherein the cutting device has a retracted configuration in which the cutting device is withdrawn into the elongate manipulation member and a deployed configuration in which the cutting device extends radially away from the longitudinal axis of the elongate manipulation member, characterized in that the elongate manipulation member is slidable relative to the end effector assembly such that the elongate manipulation member extends from the end effector assembly
An optical fiber sensing layer , wherein, the optical fiber sensing layer comprises: two layers of pressure-sensitive assembly films which are vertically superposed and flexible, and at least one layer of flexible and smooth film which vertically separates a space between the two layers of pressure-sensitive assembly films into at least two interlayers ; each interlayer is provided with at least one optical fiber row which extends along a first direction and has several horizontally S-shaped concatenated cablings , a bending portion of each horizontally S-shaped cabling of the optical fiber row of the two vertically adjacent interlayers is staggered alternately in the first direction; a luminance decay signal is generated when the optical fiber row deforms axially; the area on the pressure-sensitive assembly where the optical fiber row is arranged forms an optical fiber sensing area , mechanical deformation of the optical fiber row of the optical fiber sensing area and the pressure-sensitive assembly film are reflected by measuring the luminance decay signal generated by the optical fiber row . two layers of pressure-sensitive assembly films which are vertically superposed and flexible, and at least one layer of flexible and smooth film which vertically separates a space between the two layers of pressure-sensitive assembly films into at least two interlayers ; each interlayer is provided with at least one optical fiber row which extends along a first direction and has several horizontally S-shaped concatenated cablings , a bending portion of each horizontally S-shaped cabling of the optical fiber row of the two vertically adjacent interlayers is staggered alternately in the first direction; a luminance decay signal is generated when the optical fiber row deforms axially; the area on the pressure-sensitive assembly where the optical fiber row is arranged forms an optical fiber sensing area , mechanical deformation of the optical fiber row of the optical fiber sensing area and the pressure-sensitive assembly film are reflected by measuring the luminance decay signal generated by the optical fiber row .
A holding system comprising a securing arrangement and a board holder for fixing a cover arrangement on the securing arrangement , wherein the cover arrangement has a receiving element , wherein the board holder is provided with a lever element and a stand device with a resilient detent element , wherein the stand device forms a pivot point of a lever and the lever element and also the resilient detent element form two arms of the lever and in particular in an assembly position a longitudinal axis of the lever is oriented substantially parallel to the securing arrangement , characterised by a holding element , which is located on the lever element , is partially movable and is unidirectionally yielding, wherein the holding element is configured to block a tensile force acting on the holding element , so that the holding element prevents a lifting of the lever element and allows movement of the lever element from the assembly position only in the direction of the securing arrangement, and the resilient detent element is arranged in such a way that the resilient detent element , when the cover arrangement moves in the direction of the securing arrangement at a suitable distance from the board holder, which is arranged in the assembly position, initially deflects in the direction of the lever element and, on account of a blocking, a rotation about the stand device forming the pivot point is prevented by the holding element, and, as the resilient detent element moves further, latches in the opposite direction in the receiving element , so that the board holder is transferred into a holding position and the cover arrangement is fixed on the securing arrangement , wherein an upper end of the holding element located on the lever element , when pressure is applied to the lever element , is movable in the direction of the securing arrangement and the resilient detent element is arranged in such a way that, as a result of a pressure effect or a tension effect on the lever element in the direction of the securing arrangement , the resilient detent element is levered by means of a rotation of the lever about the stand device from the receiving element , so that the fixing of the cover arrangement on the securing arrangement is reversibly releasable, wherein the holding element has, at a lower end, an asymmetrical thickening substantially parallel to the securing arrangement , so that the holding element introduced into an asymmetrical recess in the securing arrangement is anchorable by rotation through 90°, or the holding element has a barb at the lower end, so that the holding element is securable in a recess in the securing arrangement by means of a blocking.
A method of preparing a polypyrrole polymer, comprising: mixing pyrrole with a solution comprising at least one ketone or aldehyde compound to form an intermediate product; and mixing the intermediate product with at least one oxidizing reagent to form the polypyrrole polymer. mixing pyrrole with a solution comprising at least one ketone or aldehyde compound to form an intermediate product; and mixing the intermediate product with at least one oxidizing reagent to form the polypyrrole polymer.
Device for fastening a component to an item of motor vehicle equipment , in particular to a fuel tank, having: - a block of vertical axial orientation that is able to form a spacer between the item of equipment and the component , has a cylindrical overall shape and is able to fastened to the item of equipment, in particular by adhesive bonding or welding; - a bolt/nut assembly having a threaded shank that is able to extend axially through a hole in the component, one of the two elements thereof being integral with the block and the other being independent and able to be screwed on and off; characterized in that the block has an axial through-housing in which the bolt that is integral with the block is arranged, the threaded shank of said bolt protruding axially downward beyond a lower transverse face of the block . - a block of vertical axial orientation that is able to form a spacer between the item of equipment and the component , has a cylindrical overall shape and is able to fastened to the item of equipment, in particular by adhesive bonding or welding; - a bolt/nut assembly having a threaded shank that is able to extend axially through a hole in the component, one of the two elements thereof being integral with the block and the other being independent and able to be screwed on and off;
A seal system for a gas turbine engine comprising: a segmented annular seal support including a plurality of carriage arc segments arranged circumferentially in circumferential carriage joints ; and a segmented annular seal retained by the segmented annular seal support including seal arc segments radially supported by carriage arc segments of the plurality of carriage arc segments and arranged end-to-end in circumferential seal joints , wherein the circumferential seal joints are circumferentially offset from the circumferential carriage joints ; characterised in that each of the carriage arc segments includes a radially inner side wall , first and second axial side walls that extend radially-outwardly from the radially inner side wall , and a third axial side wall that extends radially-inwardly from the radially inner side wall ; and in that the radially inner side wall defines a periphery and rails located at the periphery. a segmented annular seal support including a plurality of carriage arc segments arranged circumferentially in circumferential carriage joints ; and a segmented annular seal retained by the segmented annular seal support including seal arc segments radially supported by carriage arc segments of the plurality of carriage arc segments and arranged end-to-end in circumferential seal joints , wherein the circumferential seal joints are circumferentially offset from the circumferential carriage joints ; characterised in that each of the carriage arc segments includes a radially inner side wall , first and second axial side walls that extend radially-outwardly from the radially inner side wall , and a third axial side wall that extends radially-inwardly from the radially inner side wall ; and in that the radially inner side wall defines a periphery and rails located at the periphery.
A method to operate a camera of an aerial vehicle, the method comprising: under control of one or more computing devices configured with executable instructions, determining a first flight transition in which the aerial vehicle is transitioning between a first flight that includes a substantially horizontal component and a second flight that includes a substantially vertical component; and in response to determining the first flight transition, sending instructions that cause an adjustable visor to be extended from a frame of the aerial vehicle and positioned between the camera and a light source to block a portion of the light from the light source from entering a lens of the camera. under control of one or more computing devices configured with executable instructions, determining a first flight transition in which the aerial vehicle is transitioning between a first flight that includes a substantially horizontal component and a second flight that includes a substantially vertical component; and in response to determining the first flight transition, sending instructions that cause an adjustable visor to be extended from a frame of the aerial vehicle and determining a first flight transition in which the aerial vehicle is transitioning between a first flight that includes a substantially horizontal component and a second flight that includes a substantially vertical component; and in response to determining the first flight transition, sending instructions that cause an adjustable visor to be extended from a frame of the aerial vehicle and positioned between the camera and a light source to block a portion of the light from the light source from entering a lens of the camera.
A method being executed by a computing device , the method comprising: receiving a first user input; determining a status of a first device having a first predetermined priority; determining a status of a second device having a second predetermined priority, different from the first priority; determining a confidence score for the first device based on the first user input and the status of the first device ; determining a confidence score for the second device based on the first user input and the status of the second device ; associating the first user input with the first or second device based on the first user input, the confidence score of the first device and the confidence score of the second device, wherein, when the confidence score of the first device and the confidence score of the second device are both within a specified range, the first user input is associated with the device with the higher predetermined priority; and communicating an instruction to the associated device to execute an operation related to the first user input on the associated device. receiving a first user input; determining a status of a first device having a first predetermined priority; determining a status of a second device having a second predetermined priority, different from the first priority; determining a confidence score for the first device based on the first user input and the status of the first device ; determining a confidence score for the second device based on the first user input and the status of the second device ; associating the first user input with the first or second device based on the first user input, the confidence score of the first device and the confidence score of the second device, wherein, when the confidence score of the first device and the confidence score of the second device are both within a specified range, the first user input is associated with the device with the higher predetermined priority; and communicating an instruction to the associated device to execute an operation related to the first user input on the associated device.
Implant system comprising at least a medical bone screw and a hip-joint acetabular implant having at least one clearance hole through which the medical bone screw can be inserted in such a way that the medical bone screw can be pivoted at least in one direction of the clearance hole , wherein the medical bone screw has a shaft-shaped bone thread part for fastening the hip-joint acetabular implant to a patient bone, which has a core diameter and an outer-thread diameter and at the proximal end of which a two-part, angle-adjustable head part is connected, the two-part, angle-adjustable head part is formed from a head piece , which is formed in one piece with the bone-thread part , which is preferably rotationally symmetrical, more preferably partially spherical, and a head piece provided separately from the bone-thread part , the head piece provided separately from the bone-thread part has an upper side and a lower side , and a clearance hole having an undercut or a funnel shape or tulip shape is formed therein, and the clearance hole has a proximal clearance-hole diameter (Dp) at the upper side and a distal clearance-hole diameter at the lower side , characterized in that the clearance hole furthermore has an inner thread with an inner-thread diameter between the upper side and the lower side , the inner thread corresponding to the outer thread of the shaft-shaped bone-thread part , wherein the inner-thread diameter is greater than the outer-thread diameter and the distal clearance-hole diameter is greater than the core diameter, and by screwing the shaft-shaped bone thread part into the clearance hole , the shaft-shaped bone-thread part is inserted into the head piece provided separately from the bone-thread part, in such a way that the head piece formed in one piece with the latter rests in an axially fixed manner on the undercut or in the funnel shape or tulip shape, but a pivoting movement of the shaft-shaped bone thread part with respect to the separate head piece is allowed in at least one or exclusively one pivoting plane.
An information display device arranged to display information in an aircraft cockpit, the device comprising a first processor unit (6.1) arranged to be connected to a unit supplying critical flight data that are the speed and the altitude of the aircraft, and a second processor unit (6.2) arranged to be connected to an altitude database containing the coordinates of a mesh of a territory together with the associated altitudes, and to a photographic database containing the coordinates of the same mesh of the same territory together with associated photographs, the first processor unit also being connected to a display and to the second processor unit, the first processor unit and the second processor unit each comprising a computer (9.1, 9.2) and a memory (11.1, 11.2), the computer of the second unit being arranged to construct a terrain rendering image on the basis of information from the altitude database and from the photographic database, and to transmit the image to the computer of the first processor unit, which is arranged to modify the image by incorporating therein information from the unit and to transmit the modified image to the display.
A method performed by a wireless device , the method comprising: selecting a repetition mapping for In-Phase/Quadrature-Phase, I/Q, symbol repetitions within an Orthogonal Frequency Division Multiplexing, OFDM, or Discrete Fourier Transform spread OFDM, DFT-s-OFDM, symbol of an uplink transmission, the I/Q symbol repetitions being for application of an intra data symbol Orthogonal Cover Code, OCC, to the I/Q symbol repetitions; and transmitting an uplink transmission using the selected repetition mapping. selecting a repetition mapping for In-Phase/Quadrature-Phase, I/Q, symbol repetitions within an Orthogonal Frequency Division Multiplexing, OFDM, or Discrete Fourier Transform spread OFDM, DFT-s-OFDM, symbol of an uplink transmission, the I/Q symbol repetitions being for application of an intra data symbol Orthogonal Cover Code, OCC, to the I/Q symbol repetitions; and transmitting an uplink transmission using the selected repetition mapping.