mhurhangee/patent-ind-claim-en huggingface dataset:
An air recycling device intended to be installed on a front of a vehicle for the fresh air supply of an engine, consisting of a channel defined by a bottom wall , two side walls and a top wall , the opening having in addition one air entry means an air escape opening on one of the side walls to circulate air from the air inlet opening to the outlet opening in the canal , and an extraction passage from the water flowing on the bottom wall , characterized that the device has an overpressure wall arranged approximately perpendicular to the canal extension direction , distant from the bottom wall so as to allow water to flow on the bottom wall , between the said bottom wall bottom wall and overpressure wall , the said overpressure wall being arranged between the air drain opening and the water extraction passage .
Vehicle comprising a rebate on which is mounted a joint comprising a U-shaped profile , a flexible inner lip located on one of the branches of the U of the profile , inside the U, in contact with the face of the rebate facing the branch of the U on which is arranged said lip , a zone of contact with the rebate located on the other branch of the U-shaped profile, inside the U, resting on the opposite face of said rebate to that on which the inner lip bears, so that the seal is held on the rabbet by the pinching of said rabbet , the rabbet comprising two projections in proximity to each other and arranged opposite the inner lip , so that said lip is distant from the face of the rabbet in the space between these two projections , characterized in that the seal comprises several inner lips located inside the U-shaped section and bearing on the face of the rebate comprising the projections , so as to be deformed by said projections and to be distant from the face of the rebate between said projections .
A method of wireless communications by a first wireless communications device, comprising: receiving one or more signals from a second wireless communications device; determining a precoder matrix index, PMI, based on the signals; performing a channel-tap compression of the PMI in two stages by determining a first subset of a plurality of taps corresponding to a plurality of beams based on a time domain representation of the PMI, based on a correlation between tap profiles of the plurality of beams, and for each of the plurality of beams, determining a second subset of the first subset, the second subset of taps being the most active taps of the first subset of taps for that beam; and transmitting the channel-tap compressed PMI to the second wireless communications device, wherein the channel-tap compressed PMI comprises information indicative of the first subset and each of the second subsets. receiving one or more signals from a second wireless communications device; determining a precoder matrix index, PMI, based on the signals; performing a channel-tap compression of the PMI in two stages by determining a first subset of a plurality of taps corresponding to a plurality of beams based on a time domain representation of the PMI, based on a correlation between tap profiles of the plurality of beams, and for each of the plurality of beams, determining a second subset of the first subset, the second subset of taps being the most active taps of the first subset of taps for that beam; and transmitting the channel-tap compressed PMI to the second wireless communications device, wherein the channel-tap compressed PMI comprises information indicative of the first subset and each of the second subsets.
A clamping device comprising: a body and a clamping arrangement in the body for clamping a flexible elongate member , the body having a front face opposite to a rear face , and opposite ends, the front face and the rear face extending between the opposite ends; wherein the body defines a through passage for the elongate member , the through passage is defined between a channel and an article engaging wall of the body and extends from one end to the other end, and the body includes a guide formation extending towards the through passage , and wherein the clamping arrangement comprises a clamping member held in the channel , the clamping member being movable along the guide formation towards the through passage to clamp the elongate member in the through passage against the article engaging wall , the clamping arrangement further including an urging member to urge the clamping member towards the through passage ; and a first cooperating formation for cooperating with a second cooperating formation , said second cooperating formation being part of a support arrangement to support the clamping device , wherein; the first cooperating formation comprises a pair of opposed side portions and a bridging portion extending between the side portions , characterised in that each of the side portions is attached to the rear face . a body and a clamping arrangement in the body for clamping a flexible elongate member , the body having a front face opposite to a rear face , and opposite ends, the front face and the rear face extending between the opposite ends; wherein the body defines a through passage for the elongate member , the through passage is defined between a channel and an article engaging wall of the body and extends from one end to the other end, and the body includes a guide formation extending towards the through passage , and wherein the clamping arrangement comprises a clamping member held in the channel , the clamping member being movable along the guide formation towards the through passage to clamp the elongate member in the through passage against the article engaging wall , the clamping arrangement further including an urging member to urge the clamping member towards the through passage ; and a first cooperating formation for cooperating with a second cooperating formation , said second cooperating formation being part of a support arrangement to support the clamping device , wherein; the first cooperating formation comprises a pair of opposed side portions and a bridging portion extending between the side portions , characterised in that each of the side portions is attached to the rear face .
Product, characterized in that it has the structure of general formula (I) below: in which • R 1 , R 2 , R 3 and R 4 represent, independently of one another, H; a C 1 -C 5 alkyl; (CH 2 ) m R' with m equal to an integer ranging from 0 to 3 and R' representing C 6 H 5 (Ph), NO 2 , CO 2 (C 1 -C 3 alkyl), O(C 1 -C 3 alkyl), a halogen selected from Cl, F, Br or I; • "Solid support" represents a conductive material, in particular an electrode or nanoparticles; • the bond " " between the carbon of the 1,4,8,11-tetraazacyclotetradecane macrocycle (cyclam) and the carbon of the C 6 H 4 group represents the divalent radical -(CH 2 ) m - with m equal to an integer ranging from 0 to 3; -CO-NH-; -NH-CO-; • the bond " " between the carbon of the C 6 H 4 group and the solid support is a covalent bond; • M n+ , if it is present, represents a metal cation, with n which is an integer ranging from 1 to 4 and M is selected from the group comprising Ni, Cu, Hg, Zn, Co, Cd and Pb. • R 1 , R 2 , R 3 and R 4 represent, independently of one another, H; a C 1 -C 5 alkyl; (CH 2 ) m R' with m equal to an integer ranging from 0 to 3 and R' representing C 6 H 5 (Ph), NO 2 , CO 2 (C 1 -C 3 alkyl), O(C 1 -C 3 alkyl), a halogen selected from Cl, F, Br or I; • "Solid support" represents a conductive material, in particular an electrode or nanoparticles; • the bond " " between the carbon of the 1,4,8,11-tetraazacyclotetradecane macrocycle (cyclam) and the carbon of the C 6 H 4 group represents the divalent radical -(CH 2 ) m - with m equal to an integer ranging from 0 to 3; -CO-NH-; -NH-CO-; • the bond " " between the carbon of the C 6 H 4 group and the solid support is a covalent bond; • M n+ , if it is present, represents a metal cation, with n which is an integer ranging from 1 to 4 and M is selected from the group comprising Ni, Cu, Hg, Zn, Co, Cd and Pb.
A train configured to receive a radio wave radiated from a base station at a predetermined radiation angle, the train comprising: a receiver disposed inside the train and including an antenna configured to receive the radio wave radiated from the base station at the predetermined radiation angle; a glass structure comprising: a glass ; and a lens disposed on one side of the glass and including a pattern configured to change an incidence angle of the radio wave radiated from the base station and incident on the one side of the glass by adjusting a pattern size or a pattern interval, wherein the glass is a window of the train and the lens is disposed on an outer surface of the window of the train , and wherein the lens has a lens phase curve shape of an asymmetric parabolic structure and a center of the lens is different from a center of the antenna. a receiver disposed inside the train and including an antenna configured to receive the radio wave radiated from the base station at the predetermined radiation angle; a glass structure comprising: a glass ; and a lens disposed on one side of the glass and including a pattern configured to change an incidence angle of the radio wave radiated from the base station and incident on the one side of the glass by adjusting a pattern size or a pattern interval, wherein the glass is a window of the train and the lens is disposed on an outer surface of the window of the train , and wherein the lens has a lens phase curve shape of an asymmetric parabolic structure and a center of the lens is different from a center of the antenna. a glass ; and a lens disposed on one side of the glass and including a pattern configured to change an incidence angle of the radio wave radiated from the base station and incident on the one side of the glass by adjusting a pattern size or a pattern interval, wherein the glass is a window of the train and the lens is disposed on an outer surface of the window of the train , and wherein the lens has a lens phase curve shape of an asymmetric parabolic structure and a center of the lens is different from a center of the antenna.
A game system, comprising: a board comprising a plurality of pegs positioned substantially perpendicular to a board plane of the board , wherein the plurality of pegs are disposed in a plurality of rows spanning between outer edges of the board plane , wherein the board is elevated from horizontal such that the board plane has an angle of between about 10 degrees and about 60 degrees from horizontal, at least one deflector configured to be coupled to at least two pegs aligned with one another; at least one ball configured to move on the board, wherein the plurality of pegs are arranged such that the at least one ball may pass between them; at least one goal configured to be coupled to at least two pegs of the plurality of pegs , wherein the at least one goal is configured to receive the at least one ball passing between the plurality of pegs and moving from the start end of the board toward the goal end ; and characterised in that the plurality of pegs in the plurality of rows are aligned such that the plurality of pegs form cross rows spanning between a start end and a goal end of the board , with pathways between the cross rows , and one offset row spanning between the outer edges of the board plane , wherein the offset row comprises offset pegs disposed within the pathways between the cross rows ; the game system further comprising a plurality of play selectors which determine a play for each player of the game system during each turn of a game. a board comprising a plurality of pegs positioned substantially perpendicular to a board plane of the board , wherein the plurality of pegs are disposed in a plurality of rows spanning between outer edges of the board plane , wherein the board is elevated from horizontal such that the board plane has an angle of between about 10 degrees and about 60 degrees from horizontal, at least one deflector configured to be coupled to at least two pegs aligned with one another; at least one ball configured to move on the board, wherein the plurality of pegs are arranged such that the at least one ball may pass between them; at least one goal configured to be coupled to at least two pegs of the plurality of pegs , wherein the at least one goal is configured to receive the at least one ball passing between the plurality of pegs and moving from the start end of the board toward the goal end ; and characterised in that the plurality of pegs in the plurality of rows are aligned such that the plurality of pegs form cross rows spanning between a start end and a goal end of the board , with pathways between the cross rows , and one offset row spanning between the outer edges of the board plane , wherein the offset row comprises offset pegs disposed within the pathways between the cross rows ; the game system further comprising a plurality of play selectors which determine a play for each player of the game system during each turn of a game.
A shunt resistor comprising a pair of electrode plates spaced apart from each other in a plate surface direction and a resistive alloy plate that connects the pair of electrode plates and that has a predetermined set resistance value, wherein the resistive alloy plate is provided at a surface with a visually recognizable character string pattern that is formed by laser processing and that indicates the set resistance value of the resistive alloy plate , characterized in that a surface area and a carving depth of the character string pattern are set in such a manner that the resistive alloy plate has the set resistance value.
Capacitive level gauge (2; 102) for a container of a medium like compressed gas or liquid, comprising: - a body (4; 104) configured for being mounted on the container - two parallel lamellar electrodes (8, 10; 108, 110) extending from the body (4; 104), for being inside the container and in contact with the medium; - at least one spacer (12; 112) with two slots (12.2) engaging with the two electrodes (8, 10; 108, 110), respectively, maintaining a constant distance between said electrodes; characterized in that the at least one spacer (12; 112) elastically deforms the electrodes (8, 10; 108, 110) so as to generate frictional forces holding said spacer in place without further fixation means. - a body (4; 104) configured for being mounted on the container - two parallel lamellar electrodes (8, 10; 108, 110) extending from the body (4; 104), for being inside the container and in contact with the medium; - at least one spacer (12; 112) with two slots (12.2) engaging with the two electrodes (8, 10; 108, 110), respectively, maintaining a constant distance between said electrodes;
A method for detecting an audio input module, comprising: acquiring (S101) audio input signals received by at least two input signal channels of the audio input module; for each of the audio input signals, filtering (S 102) the audio input signal according to a preset audio output signal of an electronic device where the audio input module is located, to obtain a respective target signal; for each of the audio input signals, determining (S103) a comparison parameter value according to the target signal and the audio input signal, characterized in that the comparison parameter value comprises at least one of an attenuation factor or an echo return loss enhancement, ERLE; the attenuation factor comprises a ratio of the audio input signal to the target signal; and the ERLE comprises a logarithmic value of a square ratio of the audio input signal to the target signal; and determining (S 104) a performance state of the audio input module according to the comparison parameter values. acquiring (S101) audio input signals received by at least two input signal channels of the audio input module; for each of the audio input signals, filtering (S 102) the audio input signal according to a preset audio output signal of an electronic device where the audio input module is located, to obtain a respective target signal; for each of the audio input signals, determining (S103) a comparison parameter value according to the target signal and the audio input signal, characterized in that the comparison parameter value comprises at least one of an attenuation factor or an echo return loss enhancement, ERLE; the attenuation factor comprises a ratio of the audio input signal to the target signal; and the ERLE comprises a logarithmic value of a square ratio of the audio input signal to the target signal; and determining (S 104) a performance state of the audio input module according to the comparison parameter values.
Method for changing the lifting height of an elevator system of a building under construction, wherein the elevator system comprises an elevator shaft comprising a first displaceable platform that restricts the lifting height upwards, characterized in that the first displaceable platform is displaced upwards in the elevator shaft , wherein the first platform is supported on a sliding formwork during displacement.
A method for testing structures for use in a process for the epoxidation of olefins comprising: conducting at least one repetition comprising: causing a plurality of intact structures having a total weight to contact a surface by releasing the plurality of structures at a distance above the surface; wherein the method is characterized by determining the weight percent of the nonintact structures generated by contact with the surface and/or other structures relative to the total weight of the plurality of intact structures caused to contact the surface, wherein the structures are carriers comprising at least 80 weight percent alpha-alumina and less than 30 parts per million acid-leachable alklali metals by weight, the weight percent of the alpha-alumina and the concentration of the acid-leachable alkali metals being calculated on the weight of the support, where the acid-leachable alkali metals are selected from the group consisting of lithium, sodium, potassium, and mixtures thereof. causing a plurality of intact structures having a total weight to contact a surface by releasing the plurality of structures at a distance above the surface; wherein the method is characterized by determining the weight percent of the nonintact structures generated by contact with the surface and/or other structures relative to the total weight of the plurality of intact structures caused to contact the surface, wherein the structures are carriers comprising at least 80 weight percent alpha-alumina and less than 30 parts per million acid-leachable alklali metals by weight, the weight percent of the alpha-alumina and the concentration of the acid-leachable alkali metals being calculated on the weight of the support, where the acid-leachable alkali metals are selected from the group consisting of lithium, sodium, potassium, and mixtures thereof.
A milking apparatus comprising: a liner made from a resiliently deformable material, the liner extending along a longitudinal direction; and a rigid support shell , wherein the liner is mounted on the rigid support shell, wherein the liner comprises: an inner barrel configured to be disposed within the rigid support shell and to define an internal volume of the liner, the inner barrel extending in the longitudinal direction away from an opening at a first end of the liner, through which opening an animal teat is insertable into the internal volume, characterized in that the liner comprises an outer hood configured to lie over an outer surface of the rigid support shell, wherein the outer hood has a longitudinal length commensurate with a longitudinal length of the inner barrel, and wherein the inner barrel is connected to the outer hood at a plurality of longitudinally extending connection regions on an inner surface of the outer hood. a liner made from a resiliently deformable material, the liner extending along a longitudinal direction; and a rigid support shell , wherein the liner is mounted on the rigid support shell, wherein the liner comprises: an inner barrel configured to be disposed within the rigid support shell and to define an internal volume of the liner, the inner barrel extending in the longitudinal direction away from an opening at a first end of the liner, through which opening an animal teat is insertable into the internal volume, characterized in that the liner comprises an outer hood configured to lie over an outer surface of the rigid support shell, wherein the outer hood has a longitudinal length commensurate with a longitudinal length of the inner barrel, and wherein the inner barrel is connected to the outer hood at a plurality of longitudinally extending connection regions on an inner surface of the outer hood. an inner barrel configured to be disposed within the rigid support shell and to define an internal volume of the liner, the inner barrel extending in the longitudinal direction away from an opening at a first end of the liner, through which opening an animal teat is insertable into the internal volume, characterized in that the liner comprises an outer hood configured to lie over an outer surface of the rigid support shell, wherein the outer hood has a longitudinal length commensurate with a longitudinal length of the inner barrel, and wherein the inner barrel is connected to the outer hood at a plurality of longitudinally extending connection regions on an inner surface of the outer hood.
A metal strip coil comprising a metal strip wound around a winding core , wherein the metal strip is wound from one end side toward the other end side of the winding core at a winding angle which is tilted with respect to an axial direction of the winding core , turns back at the other end portion, is wound from the other end side toward the one end side of the winding core at a winding angle which is tilted with respect to the axial direction of the winding core , turns back at the one end portion, and is repeatedly wound in such a manner, characterized in that in the turnback, the metal strip has a turnback portion at which the metal strip is wound in a direction perpendicular to the axial direction of the winding core , and in that turnback portions are formed in a multistage manner from an inner circumference toward an outer circumference, each turnback portion being arcuate in a side view of the metal strip coil , and a line connecting a midpoint of the arcuate arc with a center of the arc is formed so as to rotate stepwise in one direction, in an order of the arcuate turnback portions which are formed in the multistage manner from the inner circumference to the outer circumference. wherein the metal strip is wound from one end side toward the other end side of the winding core at a winding angle which is tilted with respect to an axial direction of the winding core , turns back at the other end portion, is wound from the other end side toward the one end side of the winding core at a winding angle which is tilted with respect to the axial direction of the winding core , turns back at the one end portion, and is repeatedly wound in such a manner, characterized in that in the turnback, the metal strip has a turnback portion at which the metal strip is wound in a direction perpendicular to the axial direction of the winding core , and in that turnback portions are formed in a multistage manner from an inner circumference toward an outer circumference, each turnback portion being arcuate in a side view of the metal strip coil , and a line connecting a midpoint of the arcuate arc with a center of the arc is formed so as to rotate stepwise in one direction, in an order of the arcuate turnback portions which are formed in the multistage manner from the inner circumference to the outer circumference.