mhurhangee/patent-ind-claim-en huggingface dataset:
Dental coil comprising a retainer , a first element and a second element , wherein the first element consists of a dimensionally stable material and comprises a recess which is suitable for receiving a mouth region and/or a nose region of a patient when the dental coil is positioned in a manner appropriate for use on a jaw region of the patient , wherein the second element has a flexible element which is designed to allow it to be shaped to conform to the contour of the jaw region of the patient by means of the flexible element, wherein the first element and the second element have an antenna which is embodied to receive radiofrequency signals in a frequency and power range of a magnetic resonance measurement, wherein the retainer is mechanically connected to the first element and/or the second element , wherein the first element and/or the second element can be positioned relative to the patient by means of the retainer and wherein the retainer is embodied to hold the first element and/or the second element in the position appropriate for use on the jaw region of the patient , characterised in that the retainer has a guide mechanism having a guide axis, wherein the guide axis is aligned substantially parallel to a line of intersection of a sagittal plane and a transverse plane on the jaw region of the patient , wherein the guide mechanism is embodied to position the first element relative to the retainer along the guide axis in order to set a distance between the first element and the jaw region of the patient .
A method for transmitting uplink control information, comprising: determining (S101), by a user equipment, a Physical Uplink Control Channel, PUCCH, switching carrier group and a maximum feedback delay, wherein the PUCCH switching carrier group comprises one licensed primary carrier and N unlicensed carriers, and N is an integer more than or equal to 1; performing (S102), by the user equipment, Listen Before Talk, LBT, detection for the unlicensed carriers in the PUCCH switching carrier group during the maximum feedback delay; and when the LBT detection succeeds, selecting one of the unlicensed carriers to transmit uplink control information; or when the LBT detection fails, transmitting the uplink control information over the licensed primary carrier. determining (S101), by a user equipment, a Physical Uplink Control Channel, PUCCH, switching carrier group and a maximum feedback delay, wherein the PUCCH switching carrier group comprises one licensed primary carrier and N unlicensed carriers, and N is an integer more than or equal to 1; performing (S102), by the user equipment, Listen Before Talk, LBT, detection for the unlicensed carriers in the PUCCH switching carrier group during the maximum feedback delay; and when the LBT detection succeeds, selecting one of the unlicensed carriers to transmit uplink control information; or when the LBT detection fails, transmitting the uplink control information over the licensed primary carrier.
A method of making an oxidized cellulose comprising: bleaching a cellulosic pulp using a four-stage bleaching process, wherein at least one stage of the four-stage bleaching process is an oxidizing stage comprising oxidizing the pulp with hydrogen peroxide and at least one catalyst chosen from at least one of a copper-containing catalyst and an iron-containing catalyst under acidic conditions, and wherein the four-stage bleaching process comprises a sequence chosen from at least one of D 0 E(OX)D 1 , D 0 ED 1 (OX), D 0 (OX)D 1 (OX), or D 0 (OX)D 1 D 2 . bleaching a cellulosic pulp using a four-stage bleaching process, wherein at least one stage of the four-stage bleaching process is an oxidizing stage comprising oxidizing the pulp with hydrogen peroxide and at least one catalyst chosen from at least one of a copper-containing catalyst and an iron-containing catalyst under acidic conditions, and wherein the four-stage bleaching process comprises a sequence chosen from at least one of D 0 E(OX)D 1 , D 0 ED 1 (OX), D 0 (OX)D 1 (OX), or D 0 (OX)D 1 D 2 .
A heating engine control circuit to control operation of a heater of a non-nicotine electronic vaping device, the heating engine control comprising: a rail converter circuit configured to convert a power supply voltage into a power signal based on a vaping enable signal, the vaping enable signal being a pulse width modulated signal; and characterised by a gate driver circuit including an integrated gate driver (U2003), the integrated gate (U2003) configured to control application of power to the heater of the non-nicotine electronic vaping device based on the power signal, a first enable signal and a second enable signal. a rail converter circuit configured to convert a power supply voltage into a power signal based on a vaping enable signal, the vaping enable signal being a pulse width modulated signal; and characterised by a gate driver circuit including an integrated gate driver (U2003), the integrated gate (U2003) configured to control application of power to the heater of the non-nicotine electronic vaping device based on the power signal, a first enable signal and a second enable signal.
An assembly of two adjacent angular sectors of a fixed blade ring of a turbomachine , in particular of a stator vane or a turbine stator, each sector extending at a predetermined angle about an axis A of the fixed blade ring and comprising, with respect to the axis A of said fixed blade ring , a radially outer platform , a radially inner platform , at least two vanes extending between said platforms , and at least one block of honeycomb abradable material extending inwardly of the inner platform between transverse ends of the sector , characterized in that the block of abradable material of each angular sector comprises at least one transverse end wall which is shaped according to a toothed profile (54a1, 54a2) comprising at least one tooth (56a1, 56a2) of radial orientation (R), extending along an entire radial thickness of said block , in that said at least one transverse end wall of said adjacent angular sectors face one another, and in that said toothed profiles (54a1, 54a2) are complementary.
An additive fabrication apparatus configured to form a plurality of layers of material on a build platform by directing actinic radiation onto a liquid photopolymer , the additive fabrication apparatus comprising: a container ; the build platform ; a supporting liquid arranged within the container; characterized in that a leveling element is arranged adjacent to the supporting liquid ; and at least one controller is configured to move the leveling element through the supporting liquid along an upper surface of the supporting liquid. a container ; the build platform ; a supporting liquid arranged within the container; characterized in that a leveling element is arranged adjacent to the supporting liquid ; and at least one controller is configured to move the leveling element through the supporting liquid along an upper surface of the supporting liquid.
An impact modifier composition comprising one or more core/shell polymers which comprise: a crosslinked core having from 98 to 99.9 wt% units derived from butyl acrylate and from 0.1 to 2 wt% units derived from allyl acrylate crosslinker containing a vinylically unsaturated moiety with an acrylate free radical reactivity ratio from 0.8 to 1.2 and one or more non-acrylate vinylically unsaturated moiety(ies) with an acrylate free radical reactivity ratio(s) greater than 1, wherein the crosslinked core has a swell ratio in THF between 7 and 15 and a glass transition temperature, Tg, of less than or equal to 10 °C; and a shell having 100 wt% units derived from methyl methacrylate monomers and having a Tg of greater than 20 °C. a crosslinked core having from 98 to 99.9 wt% units derived from butyl acrylate and from 0.1 to 2 wt% units derived from allyl acrylate crosslinker containing a vinylically unsaturated moiety with an acrylate free radical reactivity ratio from 0.8 to 1.2 and one or more non-acrylate vinylically unsaturated moiety(ies) with an acrylate free radical reactivity ratio(s) greater than 1, wherein the crosslinked core has a swell ratio in THF between 7 and 15 and a glass transition temperature, Tg, of less than or equal to 10 °C; and a shell having 100 wt% units derived from methyl methacrylate monomers and having a Tg of greater than 20 °C.
Magnetic material for producing a rare-earth permanent magnet comprising one or more rare-earth metals (RE) and one or more transition metals (TM) or transition-metal alloys (TML) for generating a permanent magnetic field, and a proportion made up of at least one nanomaterial comprising nanotubes for improving the mechanical properties of the magnetic material , characterised in that the nanotubes are carbon nanotubes that are functionalised on their outer surface by arranging OH end groups, NH 2 end groups or metals on the outer surface.
Method for producing a vehicle tyre with the following steps: a) providing an unvulcanized green tyre, b) vulcanizing the green tyre by a vulcanizing apparatus, the vulcanizing apparatus comprising at least one mould segment by means of which a first visually visible code is applied in the region of the sidewall of the vehicle tyre, the code comprising a multiplicity of article-specific items of information for the produced vehicle tyre, c) removing the vulcanized vehicle tyre from the vulcanizing apparatus, d) providing the vulcanized vehicle tyre at an apparatus for engraving a second visually visible code, e) engraving the second visually visible code onto a region of the outer side of the vehicle tyre, the second visually visible code comprising a multiplicity of tyre-specific items of information for the produced vehicle tyre, the tyre-specific items of information being different for each produced vehicle tyre, the first and second codes being applied in the form of a composite QR code to a region of the sidewall of the vehicle tyre, the first code being applied on a first subregion of the QR code and the second code being applied in step e) in the second subregion of the QR code , f) finishing the vehicle tyre by further steps. a) providing an unvulcanized green tyre, b) vulcanizing the green tyre by a vulcanizing apparatus, the vulcanizing apparatus comprising at least one mould segment by means of which a first visually visible code is applied in the region of the sidewall of the vehicle tyre, the code comprising a multiplicity of article-specific items of information for the produced vehicle tyre, c) removing the vulcanized vehicle tyre from the vulcanizing apparatus, d) providing the vulcanized vehicle tyre at an apparatus for engraving a second visually visible code, e) engraving the second visually visible code onto a region of the outer side of the vehicle tyre, the second visually visible code comprising a multiplicity of tyre-specific items of information for the produced vehicle tyre, the tyre-specific items of information being different for each produced vehicle tyre, the first and second codes being applied in the form of a composite QR code to a region of the sidewall of the vehicle tyre, the first code being applied on a first subregion of the QR code and the second code being applied in step e) in the second subregion of the QR code , f) finishing the vehicle tyre by further steps.
An oral care implement comprising: a handle ; a head coupled to the handle , the head having a front surface and an opposing rear surface ; an elastomeric component (200; 300) positioned on at least one of the handle and the head , the elastomeric component (200; 300) comprising a body , characterized in that a plurality of first particles (202; 302) are embedded in the body (201; 301); and a plurality of second particles (203; 303) are embedded in the body (201; 301); wherein the body (201; 301) comprises a transparent or translucent elastomeric material; and wherein the plurality of first particles (202; 302) comprise a first color and the plurality of second particles (203; 303) comprise a second color, the first color being different than the second color. a handle ; a head coupled to the handle , the head having a front surface and an opposing rear surface ; an elastomeric component (200; 300) positioned on at least one of the handle and the head , the elastomeric component (200; 300) comprising a body , characterized in that a plurality of first particles (202; 302) are embedded in the body (201; 301); and a plurality of second particles (203; 303) are embedded in the body (201; 301); wherein the body (201; 301) comprises a transparent or translucent elastomeric material; and wherein the plurality of first particles (202; 302) comprise a first color and the plurality of second particles (203; 303) comprise a second color, the first color being different than the second color.
A method for facilitating secure bidirectional communication between a first device and a second device sharing a master key, each of the first device and the second device maintaining an index to an element of the shared master key to avoid duplicate use of elements of the shared master key, the first device configured to begin encryption key selection from one end of the shared master key and the second device configured to begin encryption key selection from the opposite end of the shared master key, and wherein operably each index maintained by the first device and the second device are moved in opposite directions, the method comprising, at the first device: obtaining a first index; forming an encrypted first message by encrypting a first message from the first device to the second device using a first message key, wherein the first message key comprises a sequence of bits of a first key length selected from the master key starting at the first index; obtaining an updated first index, wherein the updated first index is a sum of the first index and the first key length; and transmitting , to the second device, the encrypted first message and the first index. obtaining a first index; forming an encrypted first message by encrypting a first message from the first device to the second device using a first message key, wherein the first message key comprises a sequence of bits of a first key length selected from the master key starting at the first index; obtaining an updated first index, wherein the updated first index is a sum of the first index and the first key length; and transmitting , to the second device, the encrypted first message and the first index.
An electronic device, comprising: a window panel comprising a front area and a curved area extending from the front area; a display panel disposed beneath the window panel ; a fixed part ; and wherein the display panel comprises a front display area , a side display area extending from the front display area so as to be curved, and a wiring area extending from the side display area, and characterized by : a bracket which fixes the display panel and a portion of the fixed part , and has a seating area for fixing the wiring area wherein the fixed part supports curved shapes of the side display area and the wiring area . a window panel comprising a front area and a curved area extending from the front area; a display panel disposed beneath the window panel ; a fixed part ; and wherein the display panel comprises a front display area , a side display area extending from the front display area so as to be curved, and a wiring area extending from the side display area, and characterized by : a bracket which fixes the display panel and a portion of the fixed part , and has a seating area for fixing the wiring area wherein the fixed part supports curved shapes of the side display area and the wiring area . a bracket which fixes the display panel and a portion of the fixed part , and has a seating area for fixing the wiring area wherein the fixed part supports curved shapes of the side display area and the wiring area .
A process to treat a natural gas stream by removing heavier hydrocarbons comprising C5, C6 and heavier hydrocarbons, said process comprising: sending said natural gas stream through an adsorbent bed to remove said heavier hydrocarbons and producing a product stream comprising C1 to C4 hydrocarbons; sending a portion of said product stream through a regeneration heater to produce a heated regeneration gas stream; sending said heated regeneration gas stream through said adsorbent bed to desorb said heavier hydrocarbons; and cooling said regeneration gas stream and sending a cooled regeneration gas stream to a separation unit to divide said regeneration gas stream into a liquid stream comprising heavier hydrocarbons and a recovered regeneration gas stream; wherein said separation unit comprises a refluxed absorber; wherein said recovered regeneration gas stream is combined with said product stream and is sent through a chiller or condenser; and wherein said chiller or condenser produces a liquid stream to be returned to said separation unit. sending said natural gas stream through an adsorbent bed to remove said heavier hydrocarbons and producing a product stream comprising C1 to C4 hydrocarbons; sending a portion of said product stream through a regeneration heater to produce a heated regeneration gas stream; sending said heated regeneration gas stream through said adsorbent bed to desorb said heavier hydrocarbons; and cooling said regeneration gas stream and sending a cooled regeneration gas stream to a separation unit to divide said regeneration gas stream into a liquid stream comprising heavier hydrocarbons and a recovered regeneration gas stream; wherein said separation unit comprises a refluxed absorber; wherein said recovered regeneration gas stream is combined with said product stream and is sent through a chiller or condenser; and
A method for estimating a wind speed at a wind turbine, said wind turbine comprising a rotor carrying a set of wind turbine blades, each wind turbine blade having a variable pitch angle, the method comprising the steps of: - obtaining a rotational speed, ω, of the rotor, - obtaining a pitch angle, θ, of the wind turbine blades, - deriving a blade torsion contribution, based on the obtained rotational speed, ω, and the obtained pitch angle, θ, - calculating an adjusted pitch angle, θ', as a sum of the obtained pitch angle, θ, and the derived blade torsion contribution, and - estimating a wind speed, v est , based on the obtained rotational speed, ω, and the calculated adjusted pitch angle, θ'; - wherein the step of estimating a wind speed, v est , comprises using a c P look-up table comprising interrelated values of rotational speed, ω, wind speed, v, adjusted pitch angle, θ', and power coefficient, c P ; and - estimating a power output, P est , of the wind turbine, and comparing the estimated power output, P est , to a measured power output, P meas , of the wind turbine. - obtaining a rotational speed, ω, of the rotor, - obtaining a pitch angle, θ, of the wind turbine blades, - deriving a blade torsion contribution, based on the obtained rotational speed, ω, and the obtained pitch angle, θ, - calculating an adjusted pitch angle, θ', as a sum of the obtained pitch angle, θ, and the derived blade torsion contribution, and - estimating a wind speed, v est , based on the obtained rotational speed, ω, and the calculated adjusted pitch angle, θ'; - wherein the step of estimating a wind speed, v est , comprises using a c P look-up table comprising interrelated values of rotational speed, ω, wind speed, v, adjusted pitch angle, θ', and power coefficient, c P ; and - estimating a power output, P est , of the wind turbine, and comparing the estimated power output, P est , to a measured power output, P meas , of the wind turbine.
Method for monitoring the exposure of one or more subjects to a magnetic field in an environment, comprising the steps of: - providing a spatial map of the components of said magnetic field in said environment; - detecting, over time, a spatial position of said one or more subjects in said environment; and, - characterised by extracting for each detected position from said map a corresponding value of the magnetic field associated with said detected position; and - processing said values of magnetic field extracted over time to assess whether they exceed predetermined safety thresholds. - providing a spatial map of the components of said magnetic field in said environment; - detecting, over time, a spatial position of said one or more subjects in said environment; and, - characterised by extracting for each detected position from said map a corresponding value of the magnetic field associated with said detected position; and - processing said values of magnetic field extracted over time to assess whether they exceed predetermined safety thresholds.
Group or system for the quick emersion of a submersible or a submarine (S) and/or for controlling the travel or advancement of a submersible or a submarine (S), which group or system delimits a combustion chamber and comprises a mass of solid fuel housed in or leading to said combustion chamber as well as a container of fluid oxidant and a device for dispensing combustion gas mounted at the top or downstream of the combustion chamber , characterized in that said group comprises a decomposition unit set to decompose or separate said fluid oxidant exiting from said container , said combustion chamber being mounted at the head or downstream of said decomposition unit , such that said fluid oxidant decomposed or separated from said decomposition unit is dispensed into the combustion chamber on or in contact with said solid fuel, so as to cause a combustion reaction between said fluid oxidant and said solid fuel , whose combustion gases are emitted by means of said dispensing device .
A method for estimating a location of a terminal device of a non-terrestrial cellular data communication network , the non-terrestrial cellular data communication network comprising at least one airborne or spaceborne base station moving along a flight trajectory , the terminal device and a location service node storing information describing each base station's respective flight trajectory, the method comprising: at said at least one airborne or spaceborne base station, transmitting a reference timing signal; at the terminal device, accumulating over time the respective arrival times of the reference timing signal received from three different positions taken by at least one base station; at the terminal device, computing, from said arrival times, at least two arrival time differences with respect to one reference arrival time; at the terminal device, transmitting said computed differences to said location service node, through one of said base stations ; at said location service node, receiving said computed differences, computing a location estimate of said terminal device using said computed differences and said stored information describing each base station's respective flight trajectory, and transmitting said location estimate to said terminal device, through one of said base stations; at the terminal device, receiving said location estimate from one of said base stations and storing it in a memory element. at said at least one airborne or spaceborne base station, transmitting a reference timing signal; at the terminal device, accumulating over time the respective arrival times of the reference timing signal received from three different positions taken by at least one base station; at the terminal device, computing, from said arrival times, at least two arrival time differences with respect to one reference arrival time; at the terminal device, transmitting said computed differences to said location service node, through one of said base stations ; at said location service node, receiving said computed differences, computing a location estimate of said terminal device using said computed differences and said stored information describing each base station's respective flight trajectory, and transmitting said location estimate to said terminal device, through one of said base stations; at the terminal device, receiving said location estimate from one of said base stations and storing it in a memory element.