mhurhangee/ep-ind-claims huggingface dataset:
An automobile cabin side-wall structure, comprising: a synthetic resin shock-absorbing member in a shape of a polygonal cylinder, which is fixed to a back face of a trim material attached in order to cover a side wall panel face on an automobile cabin side, which is open at one side thereof facing the trim material, and which has a flange portion projected to outside at a peripheral edge, whereby collision energy is absorbed when the shock-absorbing member is crushed and deformed in response to a collision load at time of a vehicle side collision, whereby faces of a connecting portion between adjacent side walls in a peripheral wall of the shock-absorbing member are formed in an arc shape, characterized in that the structure further comprising a slit for compression buckling adjustment, which has a necessary length and is formed at an approximately top part of the arc shape in an input direction of the collision load, in a range between a corner part having a cut-out curved face where the peripheral wall and an end wall of the shock-absorbing member are adjoined to each other, and the flange portion.
A separable optical fiber ribbon wherein a plurality of colored optical fibers arranged in parallel are coated with a collective coating resin so as to be integrated into an optical fiber ribbon, and a plurality of said optical fiber ribbons are arranged in parallel and coated with a binding resin; and wherein said binding resin is obtained by curing a UV-curable resin composition satisfying the condition represented by the following expression: 1.0 × 10 − 4 ≤ W ⋅ N / 100 M W ≤ 4.0 × 10 − 4 where W is the compounding ratio [wt%] of a urethane acrylate compound contained in the resin composition, N is the number of urethane groups in one molecule of said urethane acrylate compound, and M W is the average molecular weight of said urethane acrylate compound, and wherein said collective coating resin is obtained by curing a UV-curable resin composition containing 0.5 to 0.9 wt.% of 2-methyl-1-[4-(methylthio)phenyl]-2-morpholino-propane-1-on based on the total composition amount and 1.0 to 1.5 wt.% of 2,4,6-trimethylbenzoyl diphenyl phosphine oxide based on the total composition amount.
A gasket, particularly for electric cables, comprising a main body made of elastic material, a through-hole passes longitudinally through said main body and constitutes the seat of a cable to be insulated; a longitudinal slit passes through said main body and connects said through-seat to the outside, allowing, by elastic deformability of said main body, the insertion of said cable in said through-seat; a presser, which is part of a containment body, acting on said gasket forming a cable gland; said gasket being characterized in that said through-hole has differentiated cross-sections: a first cross-section, which is connected to a second wider cross-section, which in turn is connected to a central cross-section, which is smaller than said second cross-section and in turn is connected to a terminal cross-section; said main body being more easily deformable, or softer, at said narrower central cross-section, so that when said gasket is closed inside said cable gland formed by said presser and by said containment body, said cable is completely surrounded within the through-seat.
Electrical apparatus for automatically opening, closing and/or locking a leaf/sash of a door or of a window, in particular door closer, with a drive associated with the leaf/sash or a frame and a lever arrangement provided between the drive and the frame or leaf/sash and used for the transmission of force, wherein the lever arrangement comprises a lever that is provided with a sliding block guided in a slide rail, and wherein the lever arrangement comprises power transmission means for supplying power to at least one electrical component that is associated with the leaf/sash, of the apparatus, wherein the slide rail comprises means for supplying power to the sliding block, and means for transferring power from the sliding block to the lever arrangement are provided, characterized in that the means for transferring power from the sliding block to the lever arrangement comprise a cable, wherein the cable is guided in a corresponding recess of the sliding block by way of at least one turn and the sliding block is able to be screwed to the lever, or the means for transferring power from the sliding block to the lever arrangement comprise a sliding block bolt that is connected to the lever arrangement, is able to be clipped into the sliding block, and has separate electrical contact regions for the various electrical poles (a, b) with which spring plates come into contact when the sliding block bolt is clipped in, wherein an electrical contact region is directly connected to the electrically conductive main body of the lever arrangement, or the sliding block is able to be screwed to the lever arrangement and the means for transferring power from the sliding block to the lever arrangement comprise spring pins, as a result of which direct electrical contact is able to be established with the lever arrangement by screwing the sliding block to the lever arrangement. the slide rail comprises means for supplying power to the sliding block, and means for transferring power from the sliding block to the lever arrangement are provided, characterized in that the means for transferring power from the sliding block to the lever arrangement comprise a cable, wherein the cable is guided in a corresponding recess of the sliding block by way of at least one turn and the sliding block is able to be screwed to the lever, or the means for transferring power from the sliding block to the lever arrangement comprise a sliding block bolt that is connected to the lever arrangement, is able to be clipped into the sliding block, and has separate electrical contact regions for the various electrical poles (a, b) with which spring plates come into contact when the sliding block bolt is clipped in, wherein an electrical contact region is directly connected to the electrically conductive main body of the lever arrangement, or the sliding block is able to be screwed to the lever arrangement and the means for transferring power from the sliding block to the lever arrangement comprise spring pins, as a result of which direct electrical contact is able to be established with the lever arrangement by screwing the sliding block to the lever arrangement.
A compressor section comprising: a centrifugal impeller operable to rotate around an axis extending between a front and a rear, the centrifugal impeller having blades extending between a compressor inlet and a compressor outlet, the compressor inlet oriented towards the front and axially relative the axis, the compressor outlet oriented radially outwardly relative the axis, a diffuser having a diffusion flow path extending radially between a diffuser inlet and a diffuser outlet, the diffuser inlet in fluid flow communication with the compressor outlet, the diffusion flow path between a rear wall (62; 262) and a front wall; and a collector extending circumferentially around the axis, having a collector inlet in fluid communication with the diffuser outlet, and a collector outlet; characterized in that the compressor section further comprises hollow structural members (70; 170; 270) protruding rearwardly from the rear wall (62; 262), the hollow structural members (70; 170; 270) being circumferentially interspaced from one another, each hollow structural member (70; 170; 270) having a length extending radially along the rear wall (62; 262) and having an internal conduit extending radially inwardly along the length, between a conduit inlet in fluid communication with the diffuser outlet and a conduit outlet located radially inwardly from the conduit inlet. a centrifugal impeller operable to rotate around an axis extending between a front and a rear, the centrifugal impeller having blades extending between a compressor inlet and a compressor outlet, the compressor inlet oriented towards the front and axially relative the axis, the compressor outlet oriented radially outwardly relative the axis, a diffuser having a diffusion flow path extending radially between a diffuser inlet and a diffuser outlet, the diffuser inlet in fluid flow communication with the compressor outlet, the diffusion flow path between a rear wall (62; 262) and a front wall; and a collector extending circumferentially around the axis, having a collector inlet in fluid communication with the diffuser outlet, and a collector outlet; characterized in that the compressor section further comprises hollow structural members (70; 170; 270) protruding rearwardly from the rear wall (62; 262), the hollow structural members (70; 170; 270) being circumferentially interspaced from one another, each hollow structural member (70; 170; 270) having a length extending radially along the rear wall (62; 262) and having an internal conduit extending radially inwardly along the length, between a conduit inlet in fluid communication with the diffuser outlet and a conduit outlet located radially inwardly from the conduit inlet.
A breathable item of clothing (50,500), comprising: - an external enclosure (51,510), the surface of which has at least one opening for evacuating perspiration in the vapor phase in an upper region of said item of clothing (50,500), - a breathable external covering which comprises means for the external retention of water, - an internal layer to be directed toward the body of the user of said item of clothing (50,500), forming an interspace by virtue of means (16, 116, 216) for spacing said external covering from the body of the user, for the passage of perspiration in the vapor phase, produced by the body, and channeled within said interspace, to said external covering, wherein said external covering, said means for external retention of water, and said internal layer are placed in a breathable preassembled insert, which is arranged at said at least one opening and is adapted to form for it a protection and a support both during assembly and during operation and wherein said insert is joined along the perimeter of said at least one opening by joining means characterized in that said retention means comprise a waterproof and breathable functional layer. - an external enclosure (51,510), the surface of which has at least one opening for evacuating perspiration in the vapor phase in an upper region of said item of clothing (50,500), - a breathable external covering which comprises means for the external retention of water, - an internal layer to be directed toward the body of the user of said item of clothing (50,500), forming an interspace by virtue of means (16, 116, 216) for spacing said external covering from the body of the user, for the passage of perspiration in the vapor phase, produced by the body, and channeled within said interspace, to said external covering, wherein said external covering, said means for external retention of water, and said internal layer are placed in a breathable preassembled insert, which is arranged at said at least one opening and is adapted to form for it a protection and a support both during assembly and during operation and wherein said insert is joined along the perimeter of said at least one opening by joining means characterized in that said retention means comprise a waterproof and breathable functional layer.
A force or pressure sensor comprising a composite material having a force- or pressure-dependent resistance, the composite material comprising particles of one or more inorganic chalcogenide dispersed in an insulating material, characterised in that at least one said chalcogenide comprises a pyrite.
Acoustic valve for hearing protection, the valve comprising a housing placeable or integrated in an ear plug to form a seal between an auditory canal of an ear and an external surrounding, the housing comprising - a sound passage extending through the housing for allowing at least partial transmission of sound from the external surroundings into the auditory canal; - an impulse filter comprising a rigid plate forming an enclosed volume within the sound passage, wherein the rigid plate comprises at least one perforation for passing part of the sound from the external surroundings via the perforation into the enclosed volume; and - an acoustic filter for flattening an acoustic transfer function of sound from the external surroundings into the auditory canal, the acoustic filter comprising a mesh arranged in the sound passage between the rigid plate and the auditory canal, characterized in that the mesh comprises a grid forming a plurality of openings through the grid, wherein a cross-section surface of the openings is between 0.5 to 20 percent of the total cross-section surface of the mesh. - a sound passage extending through the housing for allowing at least partial transmission of sound from the external surroundings into the auditory canal; - an impulse filter comprising a rigid plate forming an enclosed volume within the sound passage, wherein the rigid plate comprises at least one perforation for passing part of the sound from the external surroundings via the perforation into the enclosed volume; and - an acoustic filter for flattening an acoustic transfer function of sound from the external surroundings into the auditory canal, the acoustic filter comprising a mesh arranged in the sound passage between the rigid plate and the auditory canal, characterized in that the mesh comprises a grid forming a plurality of openings through the grid, wherein a cross-section surface of the openings is between 0.5 to 20 percent of the total cross-section surface of the mesh.
An electrochemical element comprising: a metal substrate having a plurality of through holes; an electrode layer provided over a front face of the metal substrate; and an electrolyte layer provided over the electrode layer, wherein the through holes are provided passing through the front face and a back face of the metal substrate, the electrode layer is provided in a region larger than a region, of the metal substrate, in which the through holes are provided, and the electrolyte layer has a first portion coating the electrode layer, and a second portion that is in contact with the front face of the metal substrate wherein the electrode layer is made of cermet, and an upper part, of the electrode layer, that is adjacent to the electrolyte layer has a content ratio of metal or metal oxide mixed in the cermet material which is lower than the content ratio of metal or metal oxide mixed in the cermet material of a lower part thereof adjacent to the metal substrate. a metal substrate having a plurality of through holes; an electrode layer provided over a front face of the metal substrate; and an electrolyte layer provided over the electrode layer, wherein the through holes are provided passing through the front face and a back face of the metal substrate, the electrode layer is provided in a region larger than a region, of the metal substrate, in which the through holes are provided, and the electrolyte layer has a first portion coating the electrode layer, and a second portion that is in contact with the front face of the metal substrate wherein the electrode layer is made of cermet, and an upper part, of the electrode layer, that is adjacent to the electrolyte layer has a content ratio of metal or metal oxide mixed in the cermet material which is lower than the content ratio of metal or metal oxide mixed in the cermet material of a lower part thereof adjacent to the metal substrate.
Leak detection device comprising a gas analyzer, a vacuum pump, a first gas inlet, and a second gas inlet, a first multi-way valve having a first inlet and at least a first and a second outlet (34, 38), wherein the inlet of the first multi-way valve is connected to the first gas inlet, characterized in that the leak detection device further comprises a second multi-way valve having a first inlet and at least a first and a second outlet (36, 40), wherein the inlet of the second multi-way valve is connected to the second gas inlet, wherein the two first outlets of the two multi-way valves (14, 22) are connected to the gas analyzer, and the two second outlets of the two multi-way valves (14, 22) are connected to the vacuum pump, wherein the multi-way valves (14, 22) are configured and controlled by a valve control device such that the inlet of the first multi-way valve is connected to its first outlet if the inlet of the second multi-way valve is connected to its second outlet and the two multi-way valves (14, 22) are synchronously switched. a first multi-way valve having a first inlet and at least a first and a second outlet (34, 38), wherein the inlet of the first multi-way valve is connected to the first gas inlet, characterized in that the leak detection device further comprises a second multi-way valve having a first inlet and at least a first and a second outlet (36, 40), wherein the inlet of the second multi-way valve is connected to the second gas inlet, wherein the two first outlets of the two multi-way valves (14, 22) are connected to the gas analyzer, and the two second outlets of the two multi-way valves (14, 22) are connected to the vacuum pump, wherein the multi-way valves (14, 22) are configured and controlled by a valve control device such that the inlet of the first multi-way valve is connected to its first outlet if the inlet of the second multi-way valve is connected to its second outlet and the two multi-way valves (14, 22) are synchronously switched.
An electrical distribution apparatus comprising: a backplane for supporting a plurality of electrical devices, said backplane comprising a first side edge and a second side edge; a bus bar assembly coupled to said backplane; a frame that supports said backplane; and at least one positioning member (146, 302) that facilitates positioning said backplane relative to said frame, said at least one positioning member (146, 302) at least partially supporting said backplane such that said backplane is positionable between a first position and a second position, wherein said backplane contacts said frame in the second position, characterized in that at least one of said at least one positioning member (146, 302) comprises a first flange and a second flange, said first flange extending from said first side edge of said backplane, and said second flange extending from said second side edge of said backplane. a backplane for supporting a plurality of electrical devices, said backplane comprising a first side edge and a second side edge; a bus bar assembly coupled to said backplane; a frame that supports said backplane; and at least one positioning member (146, 302) that facilitates positioning said backplane relative to said frame, said at least one positioning member (146, 302) at least partially supporting said backplane such that said backplane is positionable between a first position and a second position, wherein said backplane contacts said frame in the second position, characterized in that at least one of said at least one positioning member (146, 302) comprises a first flange and a second flange, said first flange extending from said first side edge of said backplane, and said second flange extending from said second side edge of said backplane.
A component for a fuel cell including a metal gas diffusion layer (M-GDL) plate and a bipolar plate, the M-GDL having a diffusion area in which a plurality of apertures extend through the M-GDL and a frame area surrounding the diffusion area, and the BPP having a plurality of gas flow channels on a surface thereof to define a flow field area, and characterised in that the frame area is laminated to the BPP to create a fluid impervious seal between the M-GDL and BPP about the frame area.
A spiral-wound acid gas separation membrane element comprising: a wound body including: a separation membrane; a feed-side channel component; a permeate-side channel component; a sealing section; and a perforated core tube, the separation membrane, the feed-side channel component, and the permeate-side channel component being in a laminated state, being wound around the perforated core tube and having a width direction parallel to the core tube, the separation membrane including: a separate functional layer including: an acid gas carrier that reversibly reacts with acid gas; and an acid gas separation membrane resin; and a support layer including a porous membrane, characterized in that the permeate-side channel component is greater at least in an across-the-width direction of the permeate-side channel component than the separation membrane thus forming a gap between the permeate-side channel component and the separation membrane in the width direction, and the sealing section is provided at each of both widthwise ends of the separation membrane thereby filling in the gap. a wound body including: a separation membrane; a feed-side channel component; a permeate-side channel component; a sealing section; and a perforated core tube, a separation membrane; a feed-side channel component; a permeate-side channel component; a sealing section; and the separation membrane, the feed-side channel component, and the permeate-side channel component being in a laminated state, being wound around the perforated core tube and having a width direction parallel to the core tube, the separation membrane including: a separate functional layer including: an acid gas carrier that reversibly reacts with acid gas; and an acid gas separation membrane resin; and a support layer including a porous membrane, a separate functional layer including: an acid gas carrier that reversibly reacts with acid gas; and an acid gas separation membrane resin; and an acid gas carrier that reversibly reacts with acid gas; and an acid gas separation membrane resin; and a support layer including a porous membrane, characterized in that the permeate-side channel component is greater at least in an across-the-width direction of the permeate-side channel component than the separation membrane thus forming a gap between the permeate-side channel component and the separation membrane in the width direction, and the sealing section is provided at each of both widthwise ends of the separation membrane thereby filling in the gap.