mhurhangee/patent-ind-claim-en huggingface dataset:
An applicator for applying a product to the hair, notably a dyeing product, comprising: - a handle , - at least two first rows of teeth extending longitudinally over a distance l 1 from a first application face of the applicator , - a plurality of second rows of teeth , this plurality extending longitudinally over a distance l 2 from a second application face of the applicator that is situated on the opposite side from the first application face , the ratio l 1 / l 2 being less than or equal to 0.75, better still less than or equal to 0.6, the second rows of teeth comprising: - at least two external rows of teeth, - at least one internal row of teeth disposed between the two external rows , the teeth of the external rows being more flexible than the teeth of the internal rows , the first and the second application face having parallel longitudinal axes (P, Q), the handle extending substantially along the axis (P) of the first application face or the handle being in the extension of the second application face , the first application face being less wide than the second application face , the first and the second application face being parallel and separated by a distance of between 10 mm and 30 mm, at least the part of the applicator that bears the first and second application face having an overall T shape in cross-section. - a handle , - at least two first rows of teeth extending longitudinally over a distance l 1 from a first application face of the applicator , - a plurality of second rows of teeth , this plurality extending longitudinally over a distance l 2 from a second application face of the applicator that is situated on the opposite side from the first application face , the ratio l 1 / l 2 being less than or equal to 0.75, better still less than or equal to 0.6, the second rows of teeth comprising: - at least two external rows of teeth, - at least one internal row of teeth disposed between the two external rows , the teeth of the external rows being more flexible than the teeth of the internal rows , the first and the second application face having parallel longitudinal axes (P, Q), the handle extending substantially along the axis (P) of the first application face or the handle being in the extension of the second application face , the first application face being less wide than the second application face , the first and the second application face being parallel and separated by a distance of between 10 mm and 30 mm, at least the part of the applicator that bears the first and second application face having an overall T shape in cross-section.
Method for controlling a wiper system for a motor vehicle, the wiper system comprising at least: - one wiper of a windscreen capable of being displaced between an initial position and an extreme position , - a control unit of a drive motor of the wiper , the method comprising: - a first wiping mode in which the wiper is displaced at least between the initial position and the extreme position , said method being characterized in that : - on reception, by the control unit , of a signal (S) originating from a triggering means , said signal (S) being representative of a phenomenon of suction of a liquid by the wiper when the wiper is displaced from the extreme position to the initial position , the method executes a second wiping mode configured to limit the phenomenon of suction of the liquid by the wiper from an internal position situated between the initial position and the extreme position , and in that the triggering means is configured to automatically detect the phenomenon of suction of the liquid by the wiper . - one wiper of a windscreen capable of being displaced between an initial position and an extreme position , - a control unit of a drive motor of the wiper , - a first wiping mode in which the wiper is displaced at least between the initial position and the extreme position , - on reception, by the control unit , of a signal (S) originating from a triggering means , said signal (S) being representative of a phenomenon of suction of a liquid by the wiper when the wiper is displaced from the extreme position to the initial position , the method executes a second wiping mode configured to limit the phenomenon of suction of the liquid by the wiper from an internal position situated between the initial position and the extreme position , and in that the triggering means is configured to automatically detect the phenomenon of suction of the liquid by the wiper .
A double-drum washing machine, comprising a first outer drum and a second outer drum which are respectively provided with a drum inside, wherein the second outer drum is integrally molded with a connecting part protruding from a surface of the second outer drum , the connecting part extends towards the first outer drum along a radial direction from the surface of the second outer drum , and an end part of the connecting part is in detachable connection with the first outer drum , characterized in that the connecting part comprises a boss, a bottom part of the boss extends along a circumferential direction of an outer wall of the second outer drum , an end part of the boss is in detachable connection with the first outer drum and an upper side of the end part is provided with a curved end face, and the curved end face cooperates with an outer wall of the first outer drum ; a side of the boss is provided with multiple reinforcing ribs extending along an axial direction of the second outer drum and along a direction vertical to the axial direction, said reinforcing ribs being integrally molded with the second outer drum ; and the reinforcing ribs extending along the axial direction of the second outer drum have a step-shaped structure, and a height of the step-shaped structure close to the boss is larger than a height of the step-shaped structure far away from the boss.
A method for obtaining an elevator (100; 200) with a low overhead space and a low pit space, comprising: positioning a car (102; 202) of the elevator (100; 200) to have a space from a vertical wall of a hoist-way ; mounting a governor (116; 206) to the car (102; 202) below a machine that applies a traction force to one or more belts of the elevator (100; 200), the governor (116; 206) fitting in the space between the car (102; 202) and the wall; mounting a sheave (112; 212) to the car (102; 202); characterised in that the space has a width, defined as a distance between the car and the vertical wall of the host-way , of at least 210 mm; the sheave (112; 212) is positioned in a projection of the car (102; 202) to the wall; and the method further comprises fitting a drive configured for controlling the speed of the elevator car (102; 202) by controlling the speed of at least one sheave (112; 212) in the same space. positioning a car (102; 202) of the elevator (100; 200) to have a space from a vertical wall of a hoist-way ; mounting a governor (116; 206) to the car (102; 202) below a machine that applies a traction force to one or more belts of the elevator (100; 200), the governor (116; 206) fitting in the space between the car (102; 202) and the wall; mounting a sheave (112; 212) to the car (102; 202); characterised in that the space has a width, defined as a distance between the car and the vertical wall of the host-way , of at least 210 mm; the sheave (112; 212) is positioned in a projection of the car (102; 202) to the wall; and the method further comprises fitting a drive configured for controlling the speed of the elevator car (102; 202) by controlling the speed of at least one sheave (112; 212) in the same space.
A polyimide, obtained by polymerizing a diamine and an acid dianhydride to give a polyamic acid that is then imidized, wherein the acid dianhydride includes a compound represented by Chemical Formula 1 below.
A hydrogen storage composition, comprising: a complex compound having the composition M x+ Al 3+ (BH 4 - ) 3+x , wherein M is a metal other than Al, characterized in that x is 1, M is an alkali metal, and the alkali metal is selected from the group consisting of Na and K; or M is selected from the group consisting of transition metals and lanthanide rare earth elements; x is a valence number of 1 or 2; wherein the complex compound is a solid material, and the hydrogen storage composition releases hydrogen at a temperature of less than 200°C. a complex compound having the composition M x+ Al 3+ (BH 4 - ) 3+x , wherein M is a metal other than Al, characterized in that x is 1, M is an alkali metal, and the alkali metal is selected from the group consisting of Na and K; or M is selected from the group consisting of transition metals and lanthanide rare earth elements; x is a valence number of 1 or 2; M is a metal other than Al, characterized in that x is 1, M is an alkali metal, and the alkali metal is selected from the group consisting of Na and K; or M is selected from the group consisting of transition metals and lanthanide rare earth elements; x is a valence number of 1 or 2; wherein the complex compound is a solid material, and the hydrogen storage composition releases hydrogen at a temperature of less than 200°C.
A front defroster nozzle device including a narrow blow opening configured to be formed for arrangement in an instrument panel below a windshield of a vehicle and extending in direction of vehicle width, wherein the blow opening is divided into a plurality of sections in longitudinal direction of the vehicle, one of which is a front blow-opening configured to open on the same side as the windshield and the other of which is a rear blow-opening that is adjacent to the front blow-opening and configured to open further inside the vehicle interior than the front blow-opening , and configured so that a current of air from the front blow-opening is mainly sent to left and right end portions of the windshield and a current of air from the rear blow-opening is mainly sent to a central portion of the windshield , characterized in that the front defroster nozzle device is configured so that a volume of air blown from the rear blow-opening per unit time is larger than a volume of air blown from the front blow-opening per unit time, and the front defroster nozzle device includes a blow outlet, which is divided into the front blow-opening and the rear blow-opening by a partition .
A method of processing a single crystal silicon ingot, the method comprising: grinding the single crystal silicon ingot, wherein the single crystal silicon ingot comprises a seed end, a tail end opposite the seed end, and a main body between the seed end and the tail end, wherein the main body is ground to a constant diameter; annealing the ground single crystal silicon ingot at a temperature of between 600°C and 900°C for a duration of at least 1 hour in an ambient atmosphere comprising argon, nitrogen, or a combination of argon and nitrogen; and slicing the annealed single crystal silicon ingot into at least two single crystal silicon wafers. grinding the single crystal silicon ingot, wherein the single crystal silicon ingot comprises a seed end, a tail end opposite the seed end, and a main body between the seed end and the tail end, wherein the main body is ground to a constant diameter; annealing the ground single crystal silicon ingot at a temperature of between 600°C and 900°C for a duration of at least 1 hour in an ambient atmosphere comprising argon, nitrogen, or a combination of argon and nitrogen; and slicing the annealed single crystal silicon ingot into at least two single crystal silicon wafers.
A magnetic assembly for creating three-dimensional structures, said magnetic assembly comprising at least one ferromagnetic element , at least one magnetic element , magnetically couplable to said at least one ferromagnetic element , and at least one support panel having a perimeter edge , said magnetic assembly being characterised in that it further comprises at least one connection element , said at least one connection element comprising a seat for removably housing and retaining a ferromagnetic element or a magnetic element, and at least one peripheral portion suitable for being removably coupled to at least one portion of the perimeter edge of said support panel , becoming locked thereto. at least one ferromagnetic element , at least one magnetic element , magnetically couplable to said at least one ferromagnetic element , and at least one support panel having a perimeter edge , said magnetic assembly being characterised in that it further comprises at least one connection element , said at least one connection element comprising a seat for removably housing and retaining a ferromagnetic element or a magnetic element, and at least one peripheral portion suitable for being removably coupled to at least one portion of the perimeter edge of said support panel , becoming locked thereto.
A blood collection system, comprising: a needle assembly, comprising a needle configured to receive an evacuated blood collection tube; a tubing, comprising a distal end and a proximal end, wherein the proximal end is coupled to the needle assembly, wherein the tubing comprises a first flow channel and a second flow channel, wherein the first flow channel is configured to collapse at a lower pressure differential than the second flow channel. a needle assembly, comprising a needle configured to receive an evacuated blood collection tube; a tubing, comprising a distal end and a proximal end, wherein the proximal end is coupled to the needle assembly, wherein the tubing comprises a first flow channel and a second flow channel, wherein the first flow channel is configured to collapse at a lower pressure differential than the second flow channel.
Timepiece oscillator including a structure and/or a frame , and a plurality of distinct, temporally and geometrically offset, primary resonators, each including at least one inertial mass returned to said structure or to said frame by an elastic return means , and each formed of one or more elementary resonators where said timepiece oscillator includes coupling means arranged to allow the interaction of said resonators, said coupling means including a wheel set arranged to be subjected to a torque or a drive force, said wheel set is subjected to a rotational motion and includes drive and guide means arranged to drive and guide a single control means , which is articulated around a first control axis with a plurality of transmission means each articulated around a second axis of articulation, remote from said single control means , with a said inertial mass of a said primary resonator , and where said resonators and said wheel set are arranged such that the axes of articulation of any two of said resonators and said first control axis of said control means are never coplanar, where said elementary resonators are rotating resonators characterised in that the centres of mass of said elementary resonators remain, during the normal oscillations of said resonators, at a distance less a few tens of micrometres from the respective centres of rotation of said resonators, and in that said wheel set includes an elastic structure forming a radially flexible and tangentially stiff guide member.
A control device for a vehicle lamp, characterized by the control device being configured to determine the presence of a shading body along a road between a subject vehicle and an opposite lane on the basis of information obtained from a navigation system , and being configured to avoid output of a control signal forming a light distribution pattern (Hi1, Hi2, Hi3) which has an irradiation region on an opposite lane side above a horizontal line (H) when determining that the shading body is present.
A method of wireless communication, comprising: contending for access to a first channel of a radio frequency spectrum, the contending performed by a first node operating according to a first radio access technology; and transmitting , by the first node, upon winning contention for access to the first channel: a channel usage beacon signal, CUBS, or a fractional CUBS, F-CUBS, or both to reserve the first channel for a transmission on the first channel; and further transmitting a first channel reservation indication on at least a second channel of the radio frequency spectrum to at least one second node operating according to a second radio access technology, the first channel reservation indication being decodable by the second node operating according to the second radio access technology and informing the second node that the first node intends to occupy the second channel, wherein transmitting the first channel reservation indication occurs: if CUBS is transmitted, then before transmitting the CUBS or after transmitting the CUBS; if F-CUBS is transmitted before the CUBS, then before transmitting the F-CUBS and the CUBS , or after transmitting the F-CUBS and before transmitting the CUBS, or after transmitting the F-CUBS and the CUBS. contending for access to a first channel of a radio frequency spectrum, the contending performed by a first node operating according to a first radio access technology; and transmitting , by the first node, upon winning contention for access to the first channel: a channel usage beacon signal, CUBS, or a fractional CUBS, F-CUBS, or both to reserve the first channel for a transmission on the first channel; a channel usage beacon signal, CUBS, or a fractional CUBS, F-CUBS, or both to reserve the first channel for a transmission on the first channel; and further transmitting a first channel reservation indication on at least a second channel of the radio frequency spectrum to at least one second node operating according to a second radio access technology, the first channel reservation indication being decodable by the second node operating according to the second radio access technology and informing the second node that the first node intends to occupy the second channel, wherein transmitting the first channel reservation indication occurs: if CUBS is transmitted, then before transmitting the CUBS or after transmitting the CUBS; if F-CUBS is transmitted before the CUBS, then before transmitting the F-CUBS and the CUBS , or after transmitting the F-CUBS and before transmitting the CUBS, or after transmitting the F-CUBS and the CUBS. if CUBS is transmitted, then before transmitting the CUBS or after transmitting the CUBS; if F-CUBS is transmitted before the CUBS, then before transmitting the F-CUBS and the CUBS , or after transmitting the F-CUBS and before transmitting the CUBS, or after transmitting the F-CUBS and the CUBS.
An intershaft seal assembly between a first shaft having a shoulder and a second shaft of a bearing compartment of an engine , the seal assembly comprising: a first seal element surrounding the first shaft , the first seal element with a first portion and a second portion, , wherein the first portion is in contact with the first shaft ; a retaining element threadably engaged with the first shaft , wherein the retaining element presses the first seal element against the shoulder of the first shaft ; and a plurality of seal elements , characterized in that : the second portion extends at an angle from an axial centerline of the first shaft , wherein the angle is between 30 to 60 degrees. a first seal element surrounding the first shaft , the first seal element with a first portion and a second portion, , wherein the first portion is in contact with the first shaft ; a retaining element threadably engaged with the first shaft , wherein the retaining element presses the first seal element against the shoulder of the first shaft ; and a plurality of seal elements , characterized in that : the second portion extends at an angle from an axial centerline of the first shaft , wherein the angle is between 30 to 60 degrees.
A method for data transmission, comprising: receiving , by a terminal device, configuration information sent by a network device, the configuration information comprising information of numerology for data transmission, and the numerology comprising a subcarrier spacing and a signal prefix length, wherein the subcarrier spacing is a frequency interval, selected from at least one of 15kHz, 30kHz, 60kHz or 120kHz, between adjacent subcarriers, and the signal prefix length indicates whether the Cyclic Prefix, CP, uses a normal CP or an extended CP; determining , by the terminal device according to the configuration information, the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission; detecting , by the terminal device according to the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission, Downlink Control Information, DCI, sent by a network device and configured to schedule the data; and detecting , by the terminal device, the data sent by the network device according to the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission and the detected DCI. receiving , by a terminal device, configuration information sent by a network device, the configuration information comprising information of numerology for data transmission, and the numerology comprising a subcarrier spacing and a signal prefix length, wherein the subcarrier spacing is a frequency interval, selected from at least one of 15kHz, 30kHz, 60kHz or 120kHz, between adjacent subcarriers, and the signal prefix length indicates whether the Cyclic Prefix, CP, uses a normal CP or an extended CP; determining , by the terminal device according to the configuration information, the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission; detecting , by the terminal device according to the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission, Downlink Control Information, DCI, sent by a network device and configured to schedule the data; and detecting , by the terminal device, the data sent by the network device according to the subcarrier spacing and the signal prefix length comprised in the numerology for data transmission and the detected DCI.