mhurhangee/patent-ind-claim-en huggingface dataset:
Gangway for connecting a first car of a multi-car vehicle to a second car , the gangway having • a first vehicle mounting plate at a first end for mounting the gangway to the first car , • a second vehicle mounting plate at a second end for mounting the gangway to the second car or a frame arranged at the second end for mounting the gangway to a second gangway, • a first frame arranged between the first vehicle mounting plate and the second vehicle mounting plate or arranged between the first vehicle mounting plate and the frame arranged at the second end for mounting the gangway to a second gangway, • a second frame arranged between the first vehicle mounting plate and the first frame , wherein a bellows is attached to at least one of the first frame , the second frame , the first vehicle mounting plate and the second vehicle mounting plate or the frame arranged at the second end for mounting the gangway to a second gangway, and wherein at least one floor plate is provided and the floor plate is supported by the first frame , the second frame , the first vehicle mounting plate , the second vehicle mounting plate or the frame arranged at the second end for mounting the gangway to a second gangway characterized by at least one hoop , wherein • the bellows is attached to the hoop , • the hoop does not support the floor plate and • the hoop is arranged between the first vehicle mounting plate and the second frame or arranged between the second frame and the first frame or the first frame and the second vehicle mounting plate or arranged between the first frame and a frame arranged at the second end for mounting the gangway to a second gangway. • a first vehicle mounting plate at a first end for mounting the gangway to the first car , • a second vehicle mounting plate at a second end for mounting the gangway to the second car or a frame arranged at the second end for mounting the gangway to a second gangway, • a first frame arranged between the first vehicle mounting plate and the second vehicle mounting plate or arranged between the first vehicle mounting plate and the frame arranged at the second end for mounting the gangway to a second gangway, • a second frame arranged between the first vehicle mounting plate and the first frame , • the bellows is attached to the hoop , • the hoop does not support the floor plate and • the hoop is arranged between the first vehicle mounting plate and the second frame or arranged between the second frame and the first frame or the first frame and the second vehicle mounting plate or arranged between the first frame and a frame arranged at the second end for mounting the gangway to a second gangway.
A power tool comprising: a housing ; a motor supported within the housing, the motor having an output shaft operable at maximum speed greater than 10,000 revolutions per minute; a battery configured to power the motor, the battery having an output voltage greater than 40 volts; a support arm extending from the housing and defining a longitudinal axis , the support arm including a first arm portion coupled to the housing and a second arm portion coupled to the first arm portion; a drive pulley coupled to the output shaft, which is rotatably coupled to the first arm portion, the drive pulley defining a first axis ; a driven pulley coupled to the second arm portion, the driven pulley defining a second axis spaced from the first axis; a synchronous belt connecting the drive pulley and the driven pulley; and a cutting wheel coupled to the driven pulley, the cutting wheel having a diameter greater than 22.9 cm (9 inches), wherein the second arm portion is movable relative to the first arm portion between a first configuration and a second configuration offset 180 degrees from the first configuration about the longitudinal axis, thereby relocating the cutting wheel to another side of the support arm, and wherein a distance between the first axis and the second axis is substantially the same in both the first configuration and the second configuration. a housing ; a motor supported within the housing, the motor having an output shaft operable at maximum speed greater than 10,000 revolutions per minute; a battery configured to power the motor, the battery having an output voltage greater than 40 volts; a support arm extending from the housing and defining a longitudinal axis , the support arm including a first arm portion coupled to the housing and a second arm portion coupled to the first arm portion; a drive pulley coupled to the output shaft, which is rotatably coupled to the first arm portion, the drive pulley defining a first axis ; a driven pulley coupled to the second arm portion, the driven pulley defining a second axis spaced from the first axis; a synchronous belt connecting the drive pulley and the driven pulley; and a cutting wheel coupled to the driven pulley, the cutting wheel having a diameter greater than 22.9 cm (9 inches), wherein the second arm portion is movable relative to the first arm portion between a first configuration and a second configuration offset 180 degrees from the first configuration about the longitudinal axis, thereby relocating the cutting wheel to another side of the support arm, and wherein a distance between the first axis and the second axis is substantially the same in both the first configuration and the second configuration.
A method of attaching a polypeptide to a surface, comprising: obtaining a surface comprising a plurality of free amine groups attached to said surface; attaching a photoactivatable conjugation compound to said surface by contacting said surface with a conjugation solution comprising said photoactivatable conjugation compound, wherein said photoactivatable conjugation compound comprises an activated carboxylic acid group, and wherein said activated carboxylic acid group binds to the free amine groups attached to said surface; contacting said surface with a polypeptide; and selectively exposing said surface to electromagnetic radiation, wherein said electromagnetic radiation activates said attached photoactivatable conjugation compound and wherein said attached activated photoactivatable conjugation compound binds to said polypeptide, thereby attaching said polypeptide to said surface. obtaining a surface comprising a plurality of free amine groups attached to said surface; attaching a photoactivatable conjugation compound to said surface by contacting said surface with a conjugation solution comprising said photoactivatable conjugation compound, wherein said photoactivatable conjugation compound comprises an activated carboxylic acid group, and wherein said activated carboxylic acid group binds to the free amine groups attached to said surface; contacting said surface with a polypeptide; and selectively exposing said surface to electromagnetic radiation, wherein said electromagnetic radiation activates said attached photoactivatable conjugation compound and wherein said attached activated photoactivatable conjugation compound binds to said polypeptide, thereby attaching said polypeptide to said surface.
A method for separating a plurality of packaging blanks provided for packaging articles, in which method - a plurality of packaging blanks are received by a packaging magazine as a stack in a standing or lying position, wherein a particular packaging blank arranged foremost or topmost of the stack is removed by means of a handling device from a specified removal position of the packaging magazine from the standing or lying stack and is deposited on a horizontal conveyor device, whereupon the packaging magazine advances a further packaging blank into the removal position at a specified transport speed, which further packaging blank is then arranged foremost or topmost, wherein - data on the remaining height or length of the standing or lying stack is determined via at least one sensor system and transmitted to a control device and/or regulating device (S), characterised in that the control device and/or regulating device (S) derives information on a thickness of the removed packaging blanks in consideration of the data and in additional consideration of a cycle frequency of the removal of packaging blanks carried out by the handling device and outputs the derived information for a user in a visible manner and/or takes the derived information into consideration in the context of a further control and/or regulation of the transport speed of the packaging magazine and/or of the cycle frequency of the handling device . - a plurality of packaging blanks are received by a packaging magazine as a stack in a standing or lying position, wherein a particular packaging blank arranged foremost or topmost of the stack is removed by means of a handling device from a specified removal position of the packaging magazine from the standing or lying stack and is deposited on a horizontal conveyor device, whereupon the packaging magazine advances a further packaging blank into the removal position at a specified transport speed, which further packaging blank is then arranged foremost or topmost, wherein - data on the remaining height or length of the standing or lying stack is determined via at least one sensor system and transmitted to a control device and/or regulating device (S),
A microcurrent stimulation device, comprising: - a current output circuit for applying a treatment microcurrent to a treatment location detected on a human user; and - an adaptive trigger circuit configured to: - detect a sequence of first impedance values at a corresponding sequence of locations on the user's face ; - dynamically derive an impedance threshold based on an average of the detected impedance values as a selected percentage of an average of the detected impedance values; - detect a second impedance value at the treatment location, - compare the second impedance value with the impedance threshold, and - trigger the current output circuit to apply the treatment microcurrent at the treatment location when the impedance threshold is satisfied at the treatment location , wherein the threshold is satisfied when a predetermined number of successive measurements has a value lower than the threshold, - average the detected second impedance value into the average of the detected impedance values if the value is higher than the threshold. - a current output circuit for applying a treatment microcurrent to a treatment location detected on a human user; and - an adaptive trigger circuit configured to: - detect a sequence of first impedance values at a corresponding sequence of locations on the user's face ; - dynamically derive an impedance threshold based on an average of the detected impedance values as a selected percentage of an average of the detected impedance values; - detect a second impedance value at the treatment location, - compare the second impedance value with the impedance threshold, and - trigger the current output circuit to apply the treatment microcurrent at the treatment location when the impedance threshold is satisfied at the treatment location , wherein the threshold is satisfied when a predetermined number of successive measurements has a value lower than the threshold, - average the detected second impedance value into the average of the detected impedance values if the value is higher than the threshold. - detect a sequence of first impedance values at a corresponding sequence of locations on the user's face ; - dynamically derive an impedance threshold based on an average of the detected impedance values as a selected percentage of an average of the detected impedance values; - detect a second impedance value at the treatment location, - compare the second impedance value with the impedance threshold, and - trigger the current output circuit to apply the treatment microcurrent at the treatment location when the impedance threshold is satisfied at the treatment location , wherein the threshold is satisfied when a predetermined number of successive measurements has a value lower than the threshold, - average the detected second impedance value into the average of the detected impedance values if the value is higher than the threshold.
An organic EL element including a light emission surface and a back surface as both main surfaces, the organic EL element comprising: a light-pervious substrate ; a light-pervious anode layer ; a light-emitting functional layer ; and a metal cathode layer in order from a side of the light emission surface , the light-emitting functional layer including: a green red light emitting unit ; a unit connection mechanism; and a blue light emitting unit , the unit connection mechanism being configured to inject electrons to a side of the green red light emitting unit and holes to a side of the blue light emitting unit when energized, the green red light emitting unit comprising a green red mixed phosphorescent light-emitting layer that includes: a green phosphorescent material; a red phosphorescent material; and a host material for a phosphorescent light-emitting layer, the green red light emitting unit emitting green light and red light when energized, the blue light emitting unit including: a blue fluorescent light-emitting layer that emits blue light when energized; and an HTL adjustment layer (4B1) adjacent to the blue fluorescent light-emitting layer on a side of the unit connection mechanism, the HTL adjustment layer (4B1) being a hole transporting layer having an average thickness of 50 nm or more, wherein the EL element is configured to emit white light from the light emission surface . the organic EL element comprising: a light-pervious substrate ; a light-pervious anode layer ; a light-emitting functional layer ; and a metal cathode layer in order from a side of the light emission surface , the light-emitting functional layer including: a green red light emitting unit ; a unit connection mechanism; and a blue light emitting unit , the unit connection mechanism being configured to inject electrons to a side of the green red light emitting unit and holes to a side of the blue light emitting unit when energized, the green red light emitting unit comprising a green red mixed phosphorescent light-emitting layer that includes: a green phosphorescent material; a red phosphorescent material; and a host material for a phosphorescent light-emitting layer, the green red light emitting unit emitting green light and red light when energized, the blue light emitting unit including: a blue fluorescent light-emitting layer that emits blue light when energized; and an HTL adjustment layer (4B1) adjacent to the blue fluorescent light-emitting layer on a side of the unit connection mechanism, the HTL adjustment layer (4B1) being a hole transporting layer having an average thickness of 50 nm or more, wherein the EL element is configured to emit white light from the light emission surface . a blue fluorescent light-emitting layer that emits blue light when energized; and an HTL adjustment layer (4B1) adjacent to the blue fluorescent light-emitting layer on a side of the unit connection mechanism, the HTL adjustment layer (4B1) being a hole transporting layer having an average thickness of 50 nm or more, wherein the EL element is configured to emit white light from the light emission surface .
Contact system for contacting an aluminium braided shield with a contact element , comprising - an electrically conductive cable having an inner electrical conductor , a primary insulation surrounding the inner electrical conductor , and a secondary insulation surrounding the primary insulation ; - the aluminium braided shield which comprises a plurality of aluminium wires and which is arranged so as to extend at least in part between the primary insulation and the secondary insulation of the electrically conductive cable ; - the contact element which can be pushed onto the electrically conductive cable and which comprises an outer sleeve and an inner sleeve that can be pushed at least in part into the outer sleeve , wherein the inner sleeve has a first contact surface and the outer sleeve has a second contact surface , wherein the first and/or second contact surface has regions with a differently sized cross-section with respect to a conductor axis of the electrically conductive cable , wherein the contact surfaces are designed to clamp and to contact the aluminium wires of the aluminium braided shield , wherein the contact system can be brought into a contact position by axially pushing the inner sleeve and the outer sleeve one inside the other with the interposition of the aluminium wires of the aluminium braided shield , in which contact position the aluminium wires of the aluminium braided shield are clamped between the contact surfaces and are contacted with the contact element , characterized in that the first contact surface has at least one step with a circumferential contact edge so as to define a region in which, when the inner sleeve and the outer sleeve are axially pushed one inside the other, a pressure peak forms in order to clamp the aluminium braided shield , and in that the aluminium braided shield is contacted by the contact edge in the contact position. - an electrically conductive cable having an inner electrical conductor , a primary insulation surrounding the inner electrical conductor , and a secondary insulation surrounding the primary insulation ; - the aluminium braided shield which comprises a plurality of aluminium wires and which is arranged so as to extend at least in part between the primary insulation and the secondary insulation of the electrically conductive cable ; - the contact element which can be pushed onto the electrically conductive cable and which comprises an outer sleeve and an inner sleeve that can be pushed at least in part into the outer sleeve ,
A method for transmitting broadcast signals, the method including: Low Density Parity Check, LDPC, encoding Data Pipe, DP, data according to a code rate; bit interleaving the LDPC encoded DP data; mapping the bit interleaved DP data onto constellations; time interleaving the mapped DP data ; building at least one signal frame by arranging the time interleaved DP data; inserting Continual Pilots, CPs, in the built signal frame; modulating data in the built signal frame by Orthogonal Frequency Division Multiplexing, OFDM, method; and transmitting the broadcast signals having the modulated data, characterized in that the inserted CPs include a first subset and a second subset for a 32K Fast Fourier Transform, FFT, size, and a location of a CP in the second subset is obtained by applying reversing and shifting operation to the location of a respective CP in the first subset. Low Density Parity Check, LDPC, encoding Data Pipe, DP, data according to a code rate; bit interleaving the LDPC encoded DP data; mapping the bit interleaved DP data onto constellations; time interleaving the mapped DP data ; building at least one signal frame by arranging the time interleaved DP data; inserting Continual Pilots, CPs, in the built signal frame; modulating data in the built signal frame by Orthogonal Frequency Division Multiplexing, OFDM, method; and transmitting the broadcast signals having the modulated data, characterized in that the inserted CPs include a first subset and a second subset for a 32K Fast Fourier Transform, FFT, size, and a location of a CP in the second subset is obtained by applying reversing and shifting operation to the location of a respective CP in the first subset.
Method for simulating a surface roughness type on a surface of at least an aircraft part , the method comprising the following steps: a) selecting the surface roughness type that is going to be simulated, b) providing parameters associated to the selected surface roughness type, said parameters at least comprising the maximum roughness and density of said surface roughness type, c) obtaining a pattern according to the parameters provided on step b), d) providing at least an aircraft part having a surface thickness higher than the maximum roughness parameter, e) forming the pattern on at least a portion of the surface of the provided aircraft part by means of a laser, and f) obtaining the aircraft part with the selected roughness type simulated; wherein the pattern is a projection lattice comprising a plurality of longitudinal projections and a plurality of transverse projections being perpendicular to the longitudinal projections , both pluralities of projections having a height corresponding to the maximum roughness of selected surface roughness type, so that where each two consecutive longitudinal projections intersect with two consecutive transverse projections a recess is formed. a) selecting the surface roughness type that is going to be simulated, b) providing parameters associated to the selected surface roughness type, said parameters at least comprising the maximum roughness and density of said surface roughness type, c) obtaining a pattern according to the parameters provided on step b), d) providing at least an aircraft part having a surface thickness higher than the maximum roughness parameter, e) forming the pattern on at least a portion of the surface of the provided aircraft part by means of a laser, and f) obtaining the aircraft part with the selected roughness type simulated;
A scraper blade unit for a belt conveyor comprising: a first scraper blade comprising two or more projections ; a second blade comprising two or more projections ; each of the individual projections of said first and second scraper blades having a width w 1 , and each said individual projection being separated by a gap having a width w 2 ; the width w 2 of said gap being greater than or equal to the width w 1 of said individual projection ; each of first and second scraper blades being attachable to a support beam; characterised that in use, said two or more projections of the first scraper blade may bend over and become interleaved with said two or more projections of the second scraper blade; such that said two or more projections of the first scraper blade may occupy the gaps between said two or more projections of the second scraper blade. a first scraper blade comprising two or more projections ; a second blade comprising two or more projections ; each of the individual projections of said first and second scraper blades having a width w 1 , and each said individual projection being separated by a gap having a width w 2 ; the width w 2 of said gap being greater than or equal to the width w 1 of said individual projection ; each of first and second scraper blades being attachable to a support beam; characterised that in use, said two or more projections of the first scraper blade may bend over and become interleaved with said two or more projections of the second scraper blade; such that said two or more projections of the first scraper blade may occupy the gaps between said two or more projections of the second scraper blade.