mhurhangee/ep-ind-claims huggingface dataset:
A suspension liner sleeve adapted to provide an interface between a residual limb and a prosthetic socket, said liner sleeve comprising: an elongate, generally conical body portion formed of a material that is at least radially elastically extendible from a relaxed non-extended condition and including proximal and distal end areas (24, 26); at least one recessed portion extending around at least one peripheral portion of the liner sleeve body portion between said proximal and distal end areas (24, 26); and at least one resilient seal element secured within the at least one recessed portion and protruding radially therefrom, said at least one resilient seal element extending around the at least one recessed portion; characterized in that said at least one resilient seal element comprises a base member secured to the liner sleeve body portion within the at least one recessed portion, a radially outwardly pitched member connected to a proximal end of the base member and a radially inwardly pitched member connected to a proximal end of the outwardly pitched member. an elongate, generally conical body portion formed of a material that is at least radially elastically extendible from a relaxed non-extended condition and including proximal and distal end areas (24, 26); at least one recessed portion extending around at least one peripheral portion of the liner sleeve body portion between said proximal and distal end areas (24, 26); and at least one resilient seal element secured within the at least one recessed portion and protruding radially therefrom, said at least one resilient seal element extending around the at least one recessed portion; characterized in that said at least one resilient seal element comprises a base member secured to the liner sleeve body portion within the at least one recessed portion, a radially outwardly pitched member connected to a proximal end of the base member and a radially inwardly pitched member connected to a proximal end of the outwardly pitched member.
A dip molding composition comprising, at least: an elastomer that contains a (meth)acrylonitrile-derived structural unit, an unsaturated carboxylic acid-derived structural unit, and a butadiene-derived structural unit in a polymer main chain; an epoxy crosslinking agent; water; and a pH modifier, wherein the elastomer contains the (meth)acrylonitrile-derived structural unit in an amount of 20 to 40% by weight, the unsaturated carboxylic acid-derived structural unit in an amount of 1 to 10% by weight, and the butadiene-derived structural unit in an amount of 50 to 75% by weight, and the epoxy crosslinking agent comprises an epoxy crosslinking agent containing an epoxy compound having three or more epoxy groups in one molecule and has a dissolution rate in water of 10 to 70% as determined by the following measurement method: Method of measuring the dissolution rate in water: 25.0 g of the epoxy crosslinking agent is precisely weighed in a beaker, 225 g of water (25°C) is added thereto, and the resultant is vigorously stirred and mixed at room temperature (23°C ± 2°C) for 15 minutes, after which the resulting mixture is left to stand for 1 hour, and the volume (mL) of an oily matter precipitated on the bottom of the beaker is subsequently measured to calculate the dissolution rate in water using the following equation: Dissolution rate in water % = ( 25.0 − Volume of oily matter mL × Density of epoxy crosslinking agent g / mL / 25.0 × 100; and wherein the dip molding composition further comprises zinc oxide and/or an aluminum complex as a metal crosslinking agent(s). an elastomer that contains a (meth)acrylonitrile-derived structural unit, an unsaturated carboxylic acid-derived structural unit, and a butadiene-derived structural unit in a polymer main chain; an epoxy crosslinking agent; water; and a pH modifier, wherein the elastomer contains the (meth)acrylonitrile-derived structural unit in an amount of 20 to 40% by weight, the unsaturated carboxylic acid-derived structural unit in an amount of 1 to 10% by weight, and the butadiene-derived structural unit in an amount of 50 to 75% by weight, and the epoxy crosslinking agent comprises an epoxy crosslinking agent containing an epoxy compound having three or more epoxy groups in one molecule and has a dissolution rate in water of 10 to 70% as determined by the following measurement method: Method of measuring the dissolution rate in water: 25.0 g of the epoxy crosslinking agent is precisely weighed in a beaker, 225 g of water (25°C) is added thereto, and the resultant is vigorously stirred and mixed at room temperature (23°C ± 2°C) for 15 minutes, after which the resulting mixture is left to stand for 1 hour, and the volume (mL) of an oily matter precipitated on the bottom of the beaker is subsequently measured to calculate the dissolution rate in water using the following equation: Dissolution rate in water % = ( 25.0 − Volume of oily matter mL × Density of epoxy crosslinking agent g / mL / 25.0 × 100; and wherein the dip molding composition further comprises zinc oxide and/or an aluminum complex as a metal crosslinking agent(s).
A method of mixing a first audio signal and a second audio signal individually in at least two playback zones (40, 41, 42, 43) of a vehicle, the method comprising: - receiving the first audio signal and the second audio signal, - determining a loudness of the first audio signal based on a psycho-acoustic model of a human hearing, - establishing type information of the second audio signal, and - individually selecting, for each of the at least two playback zones (40, 41, 42, 43) of the vehicle, a mixing mode (50, 51, 52) depending on the type information of the second audio signal, wherein the mixing mode (50, 51, 52) relates to a relation between signal output gains of the first and second audio signals (10a, 11a), - individually mixing for playback, in each of the at least two playback zones (40, 41, 42, 43), the first audio signal and the second audio signal based on the selected mixing mode (50, 51, 52) and based on the determined loudness. - receiving the first audio signal and the second audio signal, - determining a loudness of the first audio signal based on a psycho-acoustic model of a human hearing, - establishing type information of the second audio signal, and - individually selecting, for each of the at least two playback zones (40, 41, 42, 43) of the vehicle, a mixing mode (50, 51, 52) depending on the type information of the second audio signal, wherein the mixing mode (50, 51, 52) relates to a relation between signal output gains of the first and second audio signals (10a, 11a), - individually mixing for playback, in each of the at least two playback zones (40, 41, 42, 43), the first audio signal and the second audio signal based on the selected mixing mode (50, 51, 52) and based on the determined loudness.
A ball screw comprising: a male component having a plurality of male grooves formed on an outer periphery thereof such that a ball is allowed to roll in the plurality of male grooves; a female component having a plurality of female grooves facing the plurality of male grooves formed on an inner periphery (10, 11) thereof such that the ball is allowed to roll in the plurality of female grooves, and having a circulation path formed therein such that the ball is allowed to circulate through the circulation path; and a seal member arranged at one end, at the other end, or at each of one and the other ends of the female component in an axial direction, wherein the male and female components (2,3) are fitted together in the axial direction, and wherein the seal member includes a hole capable of communicating with the inner periphery (10, 11) of the female component, a fiber layer having a fitting surface formed with a convex part capable of being fitted in the plurality of male grooves of the male component when the male component is inserted into the hole, characterised in that the fitting surface having at' least a surface made of stretchable fibers having gaps thereamong penetrated with rubber such that the fibers are impregnated by and bonded together by the rubber so as to be in line with the plurality of male grooves, and a rubber or resin layer laminated on a surface opposite to the fitting surface of the fiber layer. a male component having a plurality of male grooves formed on an outer periphery thereof such that a ball is allowed to roll in the plurality of male grooves; a female component having a plurality of female grooves facing the plurality of male grooves formed on an inner periphery (10, 11) thereof such that the ball is allowed to roll in the plurality of female grooves, and having a circulation path formed therein such that the ball is allowed to circulate through the circulation path; and a seal member arranged at one end, at the other end, or at each of one and the other ends of the female component in an axial direction, wherein the male and female components (2,3) are fitted together in the axial direction, and wherein the seal member includes a hole capable of communicating with the inner periphery (10, 11) of the female component, a fiber layer having a fitting surface formed with a convex part capable of being fitted in the plurality of male grooves of the male component when the male component is inserted into the hole, characterised in that the fitting surface having at' least a surface made of stretchable fibers having gaps thereamong penetrated with rubber such that the fibers are impregnated by and bonded together by the rubber so as to be in line with the plurality of male grooves, and a rubber or resin layer laminated on a surface opposite to the fitting surface of the fiber layer.
A well completion method, comprising: supporting a swage assembly (24, 26) on a running string; moving at least part of the time a first string to be expanded with respect to said swage assembly (24, 26) to expand said first string; mounting a seal to said first string to seal to said running string and to a surrounding tubular; defining a zone above said seal that, when pressurized, drives said first string over said swage assembly (24, 26). supporting a swage assembly (24, 26) on a running string; moving at least part of the time a first string to be expanded with respect to said swage assembly (24, 26) to expand said first string; mounting a seal to said first string to seal to said running string and to a surrounding tubular; defining a zone above said seal that, when pressurized, drives said first string over said swage assembly (24, 26).
A grass cutting head (10,50), comprising: a spool (12,43, 53) provided with a winding groove configured to wind a grass cutting line; a head housing configured to accommodate at least part of the spool; characterized in that the grass cutting head further comprises: a first guiding structure (16, 521) formed on the head housing or connected to the head housing, the first guiding structure being configured to guide the grass cutting line through the head housing without entering the spool when threading the grass cutting line; and a second guiding structure (125,531) formed on the spool or connected to the spool, the second guiding structure being configured to guide the grass cutting line to leave the first guiding structure and be wound around the winding groove of the spool by relative rotation created between the spool and the head housing when threading the grass cutting line. a spool (12,43, 53) provided with a winding groove configured to wind a grass cutting line; a head housing configured to accommodate at least part of the spool; characterized in that the grass cutting head further comprises: a first guiding structure (16, 521) formed on the head housing or connected to the head housing, the first guiding structure being configured to guide the grass cutting line through the head housing without entering the spool when threading the grass cutting line; and a second guiding structure (125,531) formed on the spool or connected to the spool, the second guiding structure being configured to guide the grass cutting line to leave the first guiding structure and be wound around the winding groove of the spool by relative rotation created between the spool and the head housing when threading the grass cutting line. a first guiding structure (16, 521) formed on the head housing or connected to the head housing, the first guiding structure being configured to guide the grass cutting line through the head housing without entering the spool when threading the grass cutting line; and a second guiding structure (125,531) formed on the spool or connected to the spool, the second guiding structure being configured to guide the grass cutting line to leave the first guiding structure and be wound around the winding groove of the spool by relative rotation created between the spool and the head housing when threading the grass cutting line.
Washing machine for the washing of laundry such as clothes and textiles, which washing machine comprises a housing, wherein the housing comprises: an inlet, for supplying washing water, an outlet, for disposal of washing water, a pump, for pumping the washing water and air, and at least one, preferably a plurality of washing drawers, characterized in that each washing drawer has a pair of conduits (4a, 5a) for fluid tight connection of a respective flexible washing compartment for washing laundry and arranged in the washing drawer, wherein each drawer of the housing is arranged to lead water from the inlet of the housing via conduit to the respective washing compartment arranged therein and, by means of the pump and conduit, to pump air and water out from the respective flexible washing compartment in order to create a pressure difference inside the washing compartment with respect to the surrounding pressure and by that emptying the flexible washing compartment of washing water and air, one or more inflatable outer compartment(s) are arranged externally to the washing compartment to provide pressure on the outside of the washing compartment. an inlet, for supplying washing water, an outlet, for disposal of washing water, a pump, for pumping the washing water and air, and at least one, preferably a plurality of washing drawers, characterized in that each washing drawer has a pair of conduits (4a, 5a) for fluid tight connection of a respective flexible washing compartment for washing laundry and arranged in the washing drawer, wherein each drawer of the housing is arranged to lead water from the inlet of the housing via conduit to the respective washing compartment arranged therein and, by means of the pump and conduit, to pump air and water out from the respective flexible washing compartment in order to create a pressure difference inside the washing compartment with respect to the surrounding pressure and by that emptying the flexible washing compartment of washing water and air, one or more inflatable outer compartment(s) are arranged externally to the washing compartment to provide pressure on the outside of the washing compartment.
A first base station, BS, for handling communication device capabilities, comprising: at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores, and the at least one processing circuit is configured to execute, instructions of: receiving a first band combination, BC, and a second BC, from a communication device, a second BS or a core network, CN; indicating the first BC in a BC information element, IE, to configure the communication device to perform at least one of a transmission and a reception in a frequency band according to the first BC; transmitting a Secondary Node, SN, Addition Request message to a third BS, wherein the SN addition request message comprises the first BC, the second BC, and the BC IE; and receiving a SN Addition Request Acknowledge message for responding to the SN Addition Request message, from the third BS. at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores, and the at least one processing circuit is configured to execute, instructions of: receiving a first band combination, BC, and a second BC, from a communication device, a second BS or a core network, CN; indicating the first BC in a BC information element, IE, to configure the communication device to perform at least one of a transmission and a reception in a frequency band according to the first BC; transmitting a Secondary Node, SN, Addition Request message to a third BS, wherein the SN addition request message comprises the first BC, the second BC, and the BC IE; and receiving a SN Addition Request Acknowledge message for responding to the SN Addition Request message, from the third BS. receiving a first band combination, BC, and a second BC, from a communication device, a second BS or a core network, CN; indicating the first BC in a BC information element, IE, to configure the communication device to perform at least one of a transmission and a reception in a frequency band according to the first BC; transmitting a Secondary Node, SN, Addition Request message to a third BS, wherein the SN addition request message comprises the first BC, the second BC, and the BC IE; and receiving a SN Addition Request Acknowledge message for responding to the SN Addition Request message, from the third BS.
Footwear item comprising: a footwear structure having an upper provided with a mouth, an eyestay, a tip end and a front portion that is between said mouth and said tip end, a first lining housed inside said footwear structure, and first combining means to removably combine said first lining with said upper, wherein said front portion of said upper comprises a vamp and a tongue, wherein said first combining means comprise at least one first through opening arranged on said front portion of said upper, and at least one first appendage externally arranged on said first lining at a position substantially corresponding to said at least one first through opening, wherein said at least one first appendage engages said at least one first through opening, wherein said at least one first appendage is accessible from the outside of said footwear structure, and wherein said at least one first through opening is arranged on said tongue, characterized in that said tongue is provided with a pair of notches arranged on opposite edges, a notch for each edge, thereby defining in said tongue an upper portion of tongue and a lower portion of tongue which are placed respectively above and below said notches, wherein at said upper portion of tongue, said first lining is interposed between said tongue and said eyestay, and wherein at said lower portion of tongue, said tongue is interposed between said first lining and said eyestay.. a footwear structure having an upper provided with a mouth, an eyestay, a tip end and a front portion that is between said mouth and said tip end, a first lining housed inside said footwear structure, and first combining means to removably combine said first lining with said upper, wherein said front portion of said upper comprises a vamp and a tongue, wherein said first combining means comprise at least one first through opening arranged on said front portion of said upper, and at least one first appendage externally arranged on said first lining at a position substantially corresponding to said at least one first through opening, wherein said at least one first appendage engages said at least one first through opening, wherein said at least one first appendage is accessible from the outside of said footwear structure, and wherein said at least one first through opening is arranged on said tongue, characterized in that said tongue is provided with a pair of notches arranged on opposite edges, a notch for each edge, thereby defining in said tongue an upper portion of tongue and a lower portion of tongue which are placed respectively above and below said notches, wherein at said upper portion of tongue, said first lining is interposed between said tongue and said eyestay, and wherein at said lower portion of tongue, said tongue is interposed between said first lining and said eyestay..
A method for detecting a molecule, in particular a trace gas species, in a sample using photothermal spectroscopy, comprising the steps of: - providing a first and a second probe laser beam by splitting a probe laser beam into a first and a second probe laser beam, - directing the first probe laser beam through the sample in a first cavity of a Fabry-Perot interferometer, - directing the second probe laser beam through the sample in a second cavity of the Fabry-Perot interferometer, - providing an excitation laser beam for heating the sample in the first cavity of the Fabry-Perot interferometer, - directing the excitation laser beam through the sample in the first cavity of the Fabry-Perot interferometer, - detecting the transmitted first probe laser beam, - detecting the transmitted second probe laser beam, characterized in that the sample in the second cavity is the same as the sample in the first cavity. - providing a first and a second probe laser beam by splitting a probe laser beam into a first and a second probe laser beam, - directing the first probe laser beam through the sample in a first cavity of a Fabry-Perot interferometer, - directing the second probe laser beam through the sample in a second cavity of the Fabry-Perot interferometer, - providing an excitation laser beam for heating the sample in the first cavity of the Fabry-Perot interferometer, - directing the excitation laser beam through the sample in the first cavity of the Fabry-Perot interferometer, - detecting the transmitted first probe laser beam, - detecting the transmitted second probe laser beam,