mhurhangee/ep-ind-claims huggingface dataset:
A signal processing method, comprising: receiving, by a terminal device, first precoding indication information, wherein the first precoding indication information is used for indicating related information for precoding a data signal; processing, by the terminal device, a received data signal based on the first precoding indication information, characterized in that: the first precoding indication information comprises: a perturbation coefficient value corresponding to a modulation manner adopted by the currently transmitted data signal; a symbol index corresponding to a perturbation vector value; and the perturbation vector value, wherein the perturbation vector value is based on a predefined vector codebook, and the perturbation vector value indicates an index of a target perturbation vector in the vector codebook; wherein the processing, by the terminal device, a received data signal based on the first precoding indication information comprises: determining, by the terminal device, a target perturbation vector on a symbol corresponding to the symbol index, based on the perturbation vector value and the symbol index corresponding to the perturbation vector value; and restoring the data signal that is transmitted on the symbol corresponding to the symbol index, based on the target perturbation vector and the perturbation coefficient value. receiving, by a terminal device, first precoding indication information, wherein the first precoding indication information is used for indicating related information for precoding a data signal; processing, by the terminal device, a received data signal based on the first precoding indication information, characterized in that: the first precoding indication information comprises: a perturbation coefficient value corresponding to a modulation manner adopted by the currently transmitted data signal; a symbol index corresponding to a perturbation vector value; and the perturbation vector value, wherein the perturbation vector value is based on a predefined vector codebook, and the perturbation vector value indicates an index of a target perturbation vector in the vector codebook; a perturbation coefficient value corresponding to a modulation manner adopted by the currently transmitted data signal; a symbol index corresponding to a perturbation vector value; and the perturbation vector value, wherein the perturbation vector value is based on a predefined vector codebook, and the perturbation vector value indicates an index of a target perturbation vector in the vector codebook; wherein the processing, by the terminal device, a received data signal based on the first precoding indication information comprises: determining, by the terminal device, a target perturbation vector on a symbol corresponding to the symbol index, based on the perturbation vector value and the symbol index corresponding to the perturbation vector value; and restoring the data signal that is transmitted on the symbol corresponding to the symbol index, based on the target perturbation vector and the perturbation coefficient value.
Aerosol separator for separating aerosol particles from gas, wherein the aerosol separator features a housing having a housing opening and a cover designed for closing the housing opening, wherein at least one coalescence filter element is insertable into the housing and extractable from the housing through the housing opening, wherein the aerosol separator features a contact surface for the coalescence filter element and wherein the coalescence filter element is tensioned in a slip-resistant manner in the housing in a position of use of the aerosol separator and disposed loosely in the housing in a maintenance position of the aerosol separator in such a way that the coalescence filter element is extractable from the housing, characterized in that - the contact surface is associated with a drawer element, - the aerosol separator features at least one movement means designed to movably support the drawer element in the housing, - the aerosol separator features at least one guiding element for guiding the movement of the drawer element and - the moving means and the guiding element cooperate in such a way that the coalescence filter element is movable through the movement of the drawer element from the maintenance position to the position of use, sealingly tensionable in the housing, and movable from the position of use to the maintenance position, - wherein the guiding element is designed to guide the drawer element both in at least one horizontal direction disposed perpendicularly to the housing axis and simultaneously in at least one axial direction disposed parallel to the housing axis; and characterized in that the cover is a door pivotally mounted on the housing; and in that the drawer element cooperates with the door in such a way that by opening the door the contact surface is movable into the maintenance position and by closing the door the contact surface is movable into the position of use. - the contact surface is associated with a drawer element, - the aerosol separator features at least one movement means designed to movably support the drawer element in the housing, - the aerosol separator features at least one guiding element for guiding the movement of the drawer element and - the moving means and the guiding element cooperate in such a way that the coalescence filter element is movable through the movement of the drawer element from the maintenance position to the position of use, sealingly tensionable in the housing, and movable from the position of use to the maintenance position, - wherein the guiding element is designed to guide the drawer element both in at least one horizontal direction disposed perpendicularly to the housing axis and simultaneously in at least one axial direction disposed parallel to the housing axis; and
Invalid apparatus as herein defined, the apparatus comprising a sound generating device including a monitoring circuit and an audible output device for outputting an audible indication corresponding to the position and/or status/condition of one or more parts of the apparatus and the relative proximity of the apparatus to the user thereof, the monitoring circuit of the sound generating device having a proximity sensor and means for determining the position and/or status/condition of one or more parts of the apparatus, wherein the sound generating device outputs an audible indication corresponding to the relative position and/or status/condition of the or each part of the apparatus, and characterised in that the audible indication of the position and/or status/condition of one or more parts of the apparatus is outputted upon detection by the proximity sensor of the approach of the user towards the apparatus before the position and/or status/condition of the or each part changes and in that the audible indication of the position and/or status/condition of one or more parts of the apparatus is outputted upon detection of a change in the position and/or status/condition of the or each part of the apparatus.
A pouched product for oral use, said pouched product for oral use comprising a filling material and a saliva-permeable pouch, said pouch being made of a saliva-permeable packaging material comprising fibres and enclosing said filling material, said pouch comprising a first seal (107, 109a, 109b) joining at least two plies (201, 203; 221, 223) of said packaging material, characterized in that said at least two plies (201, 203; 221, 223) are interconnected in said first seal (107, 109a, 109b) by inter-ply fibres (209, 211), each of said inter-ply fibres (209, 211, 219) being present in at least two plies (201, 203; 221, 223) of said at least two plies. said pouched product for oral use comprising a filling material and a saliva-permeable pouch, said pouch being made of a saliva-permeable packaging material comprising fibres and enclosing said filling material, said pouch comprising a first seal (107, 109a, 109b) joining at least two plies (201, 203; 221, 223) of said packaging material, characterized in that said at least two plies (201, 203; 221, 223) are interconnected in said first seal (107, 109a, 109b) by inter-ply fibres (209, 211), each of said inter-ply fibres (209, 211, 219) being present in at least two plies (201, 203; 221, 223) of said at least two plies.
A system for use in identifying a person or vehicle (102, 402, 602, 902) carrying a mobile communications device (104, 404, 604, 904), the system comprising: a transmitter (106, 406, 606, 906) arranged to transmit a beacon signal for reception by the mobile communications device; a timing entity (116, 416, 616, 916) communicable with the mobile communications device via a base station apparatus (108, 408, 608, 908), the timing entity being arranged to: receive a plurality of measurement reports from the mobile communications device, each received measurement report indicating a received signal strength of the beacon signal by the mobile communications device; and determine a capture time in dependence on the plurality of measurement reports indicating a relative peak measurement, among the plurality of measurement reports, of the beacon signal by the mobile communications device; and a camera (118, 416, 616, 916) arranged to capture an image at the determined capture time, for use in identifying the person or vehicle, wherein the camera is positioned relative to the transmitter such that the image captured at the determined capture time contains the person or vehicle. a transmitter (106, 406, 606, 906) arranged to transmit a beacon signal for reception by the mobile communications device; a timing entity (116, 416, 616, 916) communicable with the mobile communications device via a base station apparatus (108, 408, 608, 908), the timing entity being arranged to: receive a plurality of measurement reports from the mobile communications device, each received measurement report indicating a received signal strength of the beacon signal by the mobile communications device; and determine a capture time in dependence on the plurality of measurement reports indicating a relative peak measurement, among the plurality of measurement reports, of the beacon signal by the mobile communications device; and receive a plurality of measurement reports from the mobile communications device, each received measurement report indicating a received signal strength of the beacon signal by the mobile communications device; and determine a capture time in dependence on the plurality of measurement reports indicating a relative peak measurement, among the plurality of measurement reports, of the beacon signal by the mobile communications device; and a camera (118, 416, 616, 916) arranged to capture an image at the determined capture time, for use in identifying the person or vehicle, wherein the camera is positioned relative to the transmitter such that the image captured at the determined capture time contains the person or vehicle.
Method of making a brake disc comprising the following operating steps: a) providing a disc brake, comprising a braking band, made in grey cast iron or in steel and provided with two opposite braking surfaces (2a, 2b), each of which defines at least partially one of the two main sides of the disc; b) depositing a material in particle form on the disc using HVOF (High Velocity Oxygen Fuel) technique, or HVAF (High Velocity Air Fuel) technique or KM (Kinetic Metallization) technique to form a protective coating which covers at least one of the two braking surfaces of the braking band, said material in particle form being composed of 70 to 95% in weigh of tungsten carbide, 5% to 15% in weight of cobalt and from 1% to 10% in weight of chromium, wherein the deposition step b) comprises two or more separate deposition passages of the material in particle form on the same surface to form the protective coating, the deposition step b) comprising a first deposition passage of the material in particle form to create a base layer of the coating directly on the disc and a second deposition passage of the material in particle form to create a finishing layer on the base layer, the material in particle form deposited in the first deposition passage having a particle size greater than that deposited in the second deposition passage. a) providing a disc brake, comprising a braking band, made in grey cast iron or in steel and provided with two opposite braking surfaces (2a, 2b), each of which defines at least partially one of the two main sides of the disc; b) depositing a material in particle form on the disc using HVOF (High Velocity Oxygen Fuel) technique, or HVAF (High Velocity Air Fuel) technique or KM (Kinetic Metallization) technique to form a protective coating which covers at least one of the two braking surfaces of the braking band, said material in particle form being composed of 70 to 95% in weigh of tungsten carbide, 5% to 15% in weight of cobalt and from 1% to 10% in weight of chromium,
A printed circuit heat exchanger for a gas comprising: a plurality of heat exchange plates (110, 120, 130) configured to have heating surface units for exchanging heat formed on one sides of the heat exchange plates; and a plurality of passages (150, 160, 170) that are formed in between the plurality of heat exchange plates (110, 120, 130), wherein the plurality of passages (150, 160, 170) comprise: first passages configured to convey a first fluid having a first temperature through the first passages; second passages configured to convey a second fluid through the second passages for transferring heat to the first fluid having the first temperature; wherein the printed circuit heat exchanger is a 3-D channel heat exchanger characterised in that the plurality of passages (150, 160, 170) comprise third passages configured to convey a fluid to prevent freezing in the second passages by transferring heat to at least some of the second passages when a temperature of the second fluid is below a predetermined temperature value (Tref). first passages configured to convey a first fluid having a first temperature through the first passages; second passages configured to convey a second fluid through the second passages for transferring heat to the first fluid having the first temperature; wherein the printed circuit heat exchanger is a 3-D channel heat exchanger characterised in that the plurality of passages (150, 160, 170) comprise third passages configured to convey a fluid to prevent freezing in the second passages by transferring heat to at least some of the second passages when a temperature of the second fluid is below a predetermined temperature value (Tref).
Apparatus for burning solid fuels, in particular a fireplace or tiled stove, fireplace insert or the like, comprising a combustion chamber connected to a combustion air port and an exhaust gas duct (3, 6), the combustion air port being designed to supply primary and secondary combustion air into the combustion chamber, a device for detecting operating parameters of the combustion process being provided and it being possible to change the combustion air supply depending on the detected operating parameters of the combustion process, the device for detecting operating parameters of the combustion process being designed as a control module and being connected to a motor-actuatable adjustment apparatus which can be regulated by the control module and is intended for changing the combustion air supply, and it being possible to control the primary and the secondary combustion air supply in each case by means of the adjustment apparatus via the control module depending on the detected operating parameters of the combustion process, the adjustment apparatus being arranged upstream of a primary air channel and a secondary air channel and being associated with a combustion air collector, and the adjustment apparatus being manually actuatable so as to bypass the motorized actuation and automatically releasing a manual actuation apparatus in the event of a fault and in the event of a power failure, and the actuation apparatus being designed for manual operation as a position indicator for the adjustment apparatus, characterised in that the adjustment apparatus is arranged upstream of a primary air channel and a secondary air channel and is associated with a combustion air collector, and the adjustment apparatus comprises an electric motor which has a magnetic coupling which can be directly coupled in for automatic operation by means of an electromagnet and is automatically released by the dropout of the electromagnet in the event of a power failure.
A cosmetic ink application device comprising: a light source for irradiating human skin with ultraviolet light; an optical sensor for detecting intensities of fluorescence in an ultraviolet range and/or a visible light range emitted from the skin in response to the irradiation of the ultraviolet light; an applicator for applying a cosmetic ink on the skin; a head portion for holding the light source, the optical sensor, and the applicator; and a controller, wherein the controller defines a region on the skin which emits fluorescence having an intensity different from fluorescence emitted from other regions of the skin when irradiated with the ultraviolet light, as a marker region by moving the head portion parallel to a surface of the skin, wherein the controller determines a position for carrying out the ink application based on the marker region, and wherein the controller causes the applicator to apply the ink to a predetermined portion of the skin. a light source for irradiating human skin with ultraviolet light; an optical sensor for detecting intensities of fluorescence in an ultraviolet range and/or a visible light range emitted from the skin in response to the irradiation of the ultraviolet light; an applicator for applying a cosmetic ink on the skin; a head portion for holding the light source, the optical sensor, and the applicator; and a controller, wherein the controller defines a region on the skin which emits fluorescence having an intensity different from fluorescence emitted from other regions of the skin when irradiated with the ultraviolet light, as a marker region by moving the head portion parallel to a surface of the skin, wherein the controller determines a position for carrying out the ink application based on the marker region, and wherein the controller causes the applicator to apply the ink to a predetermined portion of the skin.
An image processing method comprising: heating a thermoreversible recording medium with laser beams to erase an image which has been recorded on the thermoreversible recording medium, the thermoreversible recording medium reversibly changing between a colored state and a decolored state depending on a heating temperature and a cooling time, wherein the thermoreversible recording medium includes a thermoreversible recording layer, the thermoreversible recording layer contains a leuco dye, which is an electron-donating coloring compound, and a reversible color developer, which is an electron-accepting compound; and the thermoreversible recording layer contains a binder resin and a photothermal converting material; heating the thermoreversible recording medium, on which the image has been erased, with the laser beams to record a subsequent image on the thermoreversible recording medium; and measuring at least one of a surface temperature of the thermoreversible recording medium and a recording environmental temperature after a completion of erasing the image but before a beginning of recording the subsequent image to obtain a measured temperature value and controlling a time interval between the completion of erasing the image and the beginning of recording the subsequent image depending on the measured temperature value. heating a thermoreversible recording medium with laser beams to erase an image which has been recorded on the thermoreversible recording medium, the thermoreversible recording medium reversibly changing between a colored state and a decolored state depending on a heating temperature and a cooling time, wherein the thermoreversible recording medium includes a thermoreversible recording layer, the thermoreversible recording layer contains a leuco dye, which is an electron-donating coloring compound, and a reversible color developer, which is an electron-accepting compound; and the thermoreversible recording layer contains a binder resin and a photothermal converting material; heating the thermoreversible recording medium, on which the image has been erased, with the laser beams to record a subsequent image on the thermoreversible recording medium; and measuring at least one of a surface temperature of the thermoreversible recording medium and a recording environmental temperature after a completion of erasing the image but before a beginning of recording the subsequent image to obtain a measured temperature value and controlling a time interval between the completion of erasing the image and the beginning of recording the subsequent image depending on the measured temperature value.
A steel weld metal composition characterized by: from 10.75 to 12.00 wt% Cr, from 0.09 to 0.13 wt% C, from 0.2 to 0.5 wt% Mn, from 0.1 to 0.3 wt% Si, from 0.2 to 0.7 wt% Ni, from 0.1 to 0.5 wt% Mo, from 0.8 to 1.2 wt% Co, from 0.03 to 0.08 wt% Nb, from 0.8 to 1.2 wt% W, from 0.3 to 0.8 wt% Cu, from 0.10 to 0.15 wt% V, from 0.01 to 0.05 wt% Ti, from 0.005 to 0.010 wt% B, and from 0.005 to 0.015 wt% N, wherein the balance of the steel weld metal composition is iron and unavoidable impurities. from 10.75 to 12.00 wt% Cr, from 0.09 to 0.13 wt% C, from 0.2 to 0.5 wt% Mn, from 0.1 to 0.3 wt% Si, from 0.2 to 0.7 wt% Ni, from 0.1 to 0.5 wt% Mo, from 0.8 to 1.2 wt% Co, from 0.03 to 0.08 wt% Nb, from 0.8 to 1.2 wt% W, from 0.3 to 0.8 wt% Cu, from 0.10 to 0.15 wt% V, from 0.01 to 0.05 wt% Ti, from 0.005 to 0.010 wt% B, and from 0.005 to 0.015 wt% N, wherein the balance of the steel weld metal composition is iron and unavoidable impurities.
A lightweight ceramic material comprising: • a ceramic matrix; and • ceramic microspheres; wherein said ceramic material has a density of not more than 1.80 g/cm 3 and a modulus of rupture of at least 15.0 MPa, wherein said ceramic matrix comprises a material selected from the group consisting of cordierite, alumina, aluminasilicates, zirconia, zirconia silicates, mullite and mixtures thereof, and characterised in that the ceramic matrix comprises at least 40 - 75% of cordierite and at least 10 - 50% mullite. • a ceramic matrix; and • ceramic microspheres;