mhurhangee/ep-ind-claims huggingface dataset:
An inlet airflow assembly for a ventilator, the ventilator including a housing, an inlet port, a flow generator structured to generate a flow of gas, and an outlet port structured to discharge the flow of gas from the housing, the inlet airflow assembly being characterized in comprising: a cover member structured to be selectively coupled to the housing of the ventilator at or about the inlet port, the cover member comprising a first side, a second side disposed opposite the first side, a plurality of walls (210, 212) extending substantially perpendicularly outwardly from the first side, and an inlet aperture extending through the cover member, the inlet aperture being structured to deliver a gas to the inlet port of the ventilator; a number of filtering members (250,260) disposed between the first side of the cover member and the housing of the ventilator, wherein at least one filtering member includes a plurality of slots (216, 218) extending therethrough, wherein at least some of the plurality of walls (210, 212) extend through the slots in order to maintain the position of the at least one filter member with respect to the cover member; and a fastening mechanism structured to fasten the cover member to the housing of the ventilator, thereby securing the cover member and the number of filtering members with respect to the housing, wherein the inlet airflow assembly is removable from the housing, without requiring the remainder of the ventilator to be disassembled. a cover member structured to be selectively coupled to the housing of the ventilator at or about the inlet port, the cover member comprising a first side, a second side disposed opposite the first side, a plurality of walls (210, 212) extending substantially perpendicularly outwardly from the first side, and an inlet aperture extending through the cover member, the inlet aperture being structured to deliver a gas to the inlet port of the ventilator; a number of filtering members (250,260) disposed between the first side of the cover member and the housing of the ventilator, wherein at least one filtering member includes a plurality of slots (216, 218) extending therethrough, wherein at least some of the plurality of walls (210, 212) extend through the slots in order to maintain the position of the at least one filter member with respect to the cover member; and a fastening mechanism structured to fasten the cover member to the housing of the ventilator, thereby securing the cover member and the number of filtering members with respect to the housing, wherein the inlet airflow assembly is removable from the housing, without requiring the remainder of the ventilator to be disassembled.
A coated film structure comprising: a substrate layer comprising a polymer film substrate; an overcoat layer comprising at least one hydrophobic styrene copolymer and a crosslinker, wherein the at least one hydrophobic styrene copolymer is selected from the group consisting of styrene-acrylic copolymers stabilized with alkali-soluble resins, alkali-soluble acrylic copolymers, acid functional styrene-acrylic copolymers, and carboxylated styrene-butadiene rubber dispersions, and wherein the crosslinker is selected from the group consisting of: a multivalent metal salt and a metal oxide; and at least one intermediate layer disposed between the substrate layer and the overcoat layer, the intermediate layer comprising aluminum oxide. a substrate layer comprising a polymer film substrate; an overcoat layer comprising at least one hydrophobic styrene copolymer and a crosslinker, wherein the at least one hydrophobic styrene copolymer is selected from the group consisting of styrene-acrylic copolymers stabilized with alkali-soluble resins, alkali-soluble acrylic copolymers, acid functional styrene-acrylic copolymers, and carboxylated styrene-butadiene rubber dispersions, and wherein the crosslinker is selected from the group consisting of: a multivalent metal salt and a metal oxide; and at least one intermediate layer disposed between the substrate layer and the overcoat layer, the intermediate layer comprising aluminum oxide.
A motorcycle comprising: a frame forming part of a motorcycle body; a unit swing engine pivotally attached to the frame; a radiator for cooling the unit swing engine, the radiator being disposed laterally of the unit swing engine; a radiator cover disposed so as to cover the lateral outside of the radiator; a hose having one end connected to the radiator; characterised in that the motorcycle further comprises a recovery tank to which another end of the is connected; and the radiator cover has an air inlet that is open in a direction tilted toward a forward side of the motorcycle at a predetermined angle with respect to the motorcycle width direction, and wherein a plurality of fins are arranged in the air inlet of the radiator cover. a frame forming part of a motorcycle body; a unit swing engine pivotally attached to the frame; a radiator for cooling the unit swing engine, the radiator being disposed laterally of the unit swing engine; a radiator cover disposed so as to cover the lateral outside of the radiator; a hose having one end connected to the radiator; characterised in that the motorcycle further comprises a recovery tank to which another end of the is connected; and the radiator cover has an air inlet that is open in a direction tilted toward a forward side of the motorcycle at a predetermined angle with respect to the motorcycle width direction, and wherein a plurality of fins are arranged in the air inlet of the radiator cover.
A method for the production of stacks of sheets, wherein to bridge a vertical distance between a feed plane of the sheets and a floor plane a storage platform is designed as a vertically extendable and retractable stack receiving table, wherein on the stack receiving table a palette (1, 100) is positioned, on which the sheets are placed into stacks, wherein the receiving table is moved into an upper end position with the help of a lifting device and the sheets are fed continually to the palette (1, 100), wherein during the continual feeding the stack receiving table together with the palette (1, 100) is lowered continually in order to guarantee a consistent stack formation, wherein when the desired stack height is achieved, the stack changing device travels between two sheets and separates these completely from each other, wherein the subsequent stack is formed on the upper side of a slide valve, wherein the slide valve is lowered continually, while the receiving table moves into its lower end position at the level of the floor area and the palette (1, 100) together with the formed stack is transported away, wherein then the stack receiving table together with a new, empty palette (1, 100) is moved to the height of the stack changing device and the slide valve of the stack changing device is returned horizontally back to its starting position and thereby unloads the forming stack onto the empty palette (1, 100), wherein then the palette (1, 100) or the stack receiving table is again lowered continually, until the desired stack height is achieved and the slide valve of the stack changing device moves again between two sheets in order to separate the stacks, wherein a palette centring device is used at least at the start of the transfer of the stack to the palette (1, 100), characterised in that the palette centring device is integrated into the structure of the stack changing device.
Use of a deformable, coated radius filler in a Resin Infusion process for making composite parts, wherein the coated radius filler comprises: a continuous or elongated fibrous structure; a tacky, resin surface coating that is substantially uniform in thickness; and an inner portion that is free of resin.
A method of manufacturing lube base oil from a C18 or more linear alpha-olefin, comprising: a) providing a C18 or more linear alpha-olefin or a mixture thereof; b) converting the C18 or more linear alpha-olefin or mixture thereof into a C18 or more linear internal-olefin or a mixture thereof by a double bond shift reaction at a temperature ranging from 250°C to less than 400°C in the presence of a catalyst having a weak acid site, wherein b) is performed in a fixed bed reactor at a weight hourly space velocity (WHSV) of 0.01 - 50 hr -1 and at an inactive carrier gas flow rate of 10 - 1000 seem, wherein the catalyst having a weak acid site is alumina, silica-alumina, zirconia, iron oxide, vanadium oxide, or alumina-supported mesoporous silica, wherein in b), a weight reduction of the C18 or more linear internal-olefin or mixture thereof relative to the C18 or more linear alpha-olefin or mixture thereof is 5% or less; and c) oligomerizing the C18 or more linear internal-olefin or mixture thereof, thus synthesizing a hydrocarbon in a lube base oil range, wherein c) is performed in the presence of a cationic polymerization catalyst, and the cationic polymerization catalyst is zeolite, clay, SAPO, A1PO, or a catalyst configured such that aluminum is supported on mesoporous silica, wherein c) is performed at a temperature of 120-400°C, in c), the hydrocarbon in the lube base oil range has a α/β value of 1 - 10 (where α is a number of carbon atoms of a longest carbon chain in the hydrocarbon, and β is a number of carbon atoms of a shortest carbon chain in the hydrocarbon), and includes a dimer and a trimer or more (T+) hydrocarbon of the C18 or more linear internal-olefin or mixture thereof, with a D/T+ weight ratio ranging from 0.1 to 100, and the lube base oil has a viscosity index of at least 130, a pour point of -20°C or less, and a cloud point of -20°C or less. a) providing a C18 or more linear alpha-olefin or a mixture thereof; b) converting the C18 or more linear alpha-olefin or mixture thereof into a C18 or more linear internal-olefin or a mixture thereof by a double bond shift reaction at a temperature ranging from 250°C to less than 400°C in the presence of a catalyst having a weak acid site, wherein b) is performed in a fixed bed reactor at a weight hourly space velocity (WHSV) of 0.01 - 50 hr -1 and at an inactive carrier gas flow rate of 10 - 1000 seem, wherein the catalyst having a weak acid site is alumina, silica-alumina, zirconia, iron oxide, vanadium oxide, or alumina-supported mesoporous silica, wherein in b), a weight reduction of the C18 or more linear internal-olefin or mixture thereof relative to the C18 or more linear alpha-olefin or mixture thereof is 5% or less; and c) oligomerizing the C18 or more linear internal-olefin or mixture thereof, thus synthesizing a hydrocarbon in a lube base oil range,
A portable device comprising: a housing having at least one component positioned within the housing, the at least one component having top and bottom surfaces; a coil antenna having a continuous loop that includes an upper loop and a lower loop to form a figure-eight arrangement, the upper loop includes an opposite sense of rotation against the lower loop, wherein the coil antenna is wrapped to the top and bottom surfaces of the at least one component; and a flux guide installed between the component and the coil antenna, the flux guide being configured to, when in receive mode, facilitate magnetic flux at the upper loop and the lower loop to induce current of the same phase, the flux guide being further configured to, when in transmit mode, facilitate the magnetic flux at the upper loop and the lower loop to generate magnetic fields of the same direction. a housing having at least one component positioned within the housing, the at least one component having top and bottom surfaces; a coil antenna having a continuous loop that includes an upper loop and a lower loop to form a figure-eight arrangement, the upper loop includes an opposite sense of rotation against the lower loop, wherein the coil antenna is wrapped to the top and bottom surfaces of the at least one component; and a flux guide installed between the component and the coil antenna, the flux guide being configured to, when in receive mode, facilitate magnetic flux at the upper loop and the lower loop to induce current of the same phase, the flux guide being further configured to, when in transmit mode, facilitate the magnetic flux at the upper loop and the lower loop to generate magnetic fields of the same direction.
Display device comprising, from a front face (1 av) towards a rear face (1 ar): - a panel suitable for generating a visible display on the front face, - a ground plane suitable for protecting the panel from the electromagnetic environment, and - a processing unit connected to the panel in order to control the panel display, said processing unit comprising an antenna for receiving and/or emitting a wave (4 1) for connection to a wireless network which supplies the processing unit with a stream of data intended for controlling the display, the display device being characterized in that it further comprises a plurality of adjustable elements connected to the processing unit, each adjustable element having an impedance which can be modified by the processing unit in order to change the manner in which the wave is reflected and/or transmitted by the adjustable elements, these adjustable elements being located on the rear side of the ground plane. - a panel suitable for generating a visible display on the front face, - a ground plane suitable for protecting the panel from the electromagnetic environment, and - a processing unit connected to the panel in order to control the panel display, said processing unit comprising an antenna for receiving and/or emitting a wave (4 1) for connection to a wireless network which supplies the processing unit with a stream of data intended for controlling the display, the display device being characterized in that it further comprises a plurality of adjustable elements connected to the processing unit, each adjustable element having an impedance which can be modified by the processing unit in order to change the manner in which the wave is reflected and/or transmitted by the adjustable elements, these adjustable elements being located on the rear side of the ground plane.
Heating device for heating up a flow of air, comprising: - a housing comprising at least one heating module intended to have the flow of air that is to be heated up passing through it, - a control module mounted in the housing, comprising: • a support for a control circuit controlling the said heating module, and • at least one connector for connecting the support at least to the said heating module, characterized in that the connector comprises a plurality of conducting tracks over which is overmoulded a sealing gasket designed to separate the zone of the housing comprising the said heating module from the volume of the housing comprising the said support, so as to protect the control circuit with respect to the zone of the housing comprising the said heating module. - a housing comprising at least one heating module intended to have the flow of air that is to be heated up passing through it, - a control module mounted in the housing, comprising: • a support for a control circuit controlling the said heating module, and • at least one connector for connecting the support at least to the said heating module, • a support for a control circuit controlling the said heating module, and • at least one connector for connecting the support at least to the said heating module,
A walking aid apparatus comprising a sitting member which a user sits astride and a leg link coupled to a connection provided on the undersurface of the sitting member in such a way as to be free to swing in the lateral direction via the connection, the leg link having a rotary joint in the middle thereof and a lower end of the leg link being coupled via a further joint to a landing member which is attachable to one of the user's right and left feet, and a driving source for driving the rotary joint to generate a weight relief assist force which is transmitted by the leg link to a body of the user via the sitting member thereby reducing a load on a leg of the user, the connection being adapted in such a way that a lateral swinging fulcrum of the leg link is located above a top surface of a portion of the sitting member to which the user's weight is applied; characterised in that: the connection includes a pair of arc-shaped guide tracks extending in a lateral direction, each laterally extending guide track having a center of curvature above the sitting member and the leg link swinging laterally along the laterally extending guide tracks, by which the center of curvature of the laterally extending guide tracks acts as the lateral swinging fulcrum of the leg link, said pair of laterally extending guide tracks being located one in front of the other with respect to a longitudinal direction; and wherein the leg link is movably engaged with an arc-shaped guide track extending in the longitudinal direction, the longitudinally extending guide track being movably engaged at its ends with the pair of laterally extending guide tracks, and wherein the longitudinally extending arc-shaped guide track has a center of curvature above the sitting member, by which the center of curvature of the longitudinally extending guide track acts as the forward and backward swinging fulcrum of the leg link. the connection includes a pair of arc-shaped guide tracks extending in a lateral direction, each laterally extending guide track having a center of curvature above the sitting member and the leg link swinging laterally along the laterally extending guide tracks, by which the center of curvature of the laterally extending guide tracks acts as the lateral swinging fulcrum of the leg link, said pair of laterally extending guide tracks being located one in front of the other with respect to a longitudinal direction; and wherein the leg link is movably engaged with an arc-shaped guide track extending in the longitudinal direction, the longitudinally extending guide track being movably engaged at its ends with the pair of laterally extending guide tracks, and wherein the longitudinally extending arc-shaped guide track has a center of curvature above the sitting member, by which the center of curvature of the longitudinally extending guide track acts as the forward and backward swinging fulcrum of the leg link.
A dynamic Insulating Glass Unit window assembly, comprising: a first conductive material layer formed on a substrate, the first conductive material layer comprising at least two zones that are each electrically isolated from each other; an electrochromic stack formed on at least a portion of a first selected zone of the first conductive material layer; a second conductive material layer formed on at least a portion of the electrochromic stack to overlap and electrically contact at least an edge of a second selected zone of the first conductive material layer without making any electrical contact with the first zone of the first conductive material layer; a first bus bar formed directly on the second selected zone of the first conductive material layer, which also electrically contacts the second conductive material layer without electrically contacting the first zone of the first conductive material layer, the first bus bar being located entirely within a sealed volume of the window assembly; and a second bus bar formed directly on the first selected zone, the second bus bar being located entirely outside the sealed volume of the window assembly. a first conductive material layer formed on a substrate, the first conductive material layer comprising at least two zones that are each electrically isolated from each other; an electrochromic stack formed on at least a portion of a first selected zone of the first conductive material layer; a second conductive material layer formed on at least a portion of the electrochromic stack to overlap and electrically contact at least an edge of a second selected zone of the first conductive material layer without making any electrical contact with the first zone of the first conductive material layer; a first bus bar formed directly on the second selected zone of the first conductive material layer, which also electrically contacts the second conductive material layer without electrically contacting the first zone of the first conductive material layer, the first bus bar being located entirely within a sealed volume of the window assembly; and a second bus bar formed directly on the first selected zone, the second bus bar being located entirely outside the sealed volume of the window assembly.
Vacuum mixing device for the mixing of polymethylmethacrylate bone cement from a monomer liquid and a cement powder, whereby the vacuum mixing device comprises at least one cartridge comprising an internal space, which can be evacuated, for the mixing of the bone cement; a mixing facility for mixing the content of the internal space of the at least one cartridge that is arranged such as to be mobile in the internal space; a receptacle for accommodating a separate container that contains the monomer liquid or comprising an integrated container containing the monomer liquid; an opening facility that is arranged in the area of the receptacle such as to be mobile with respect to the receptacle such that a motion of the opening facility allows a separate container arranged in the receptacle to be opened by the opening facility, or the opening facility is arranged in the area of the integrated container such as to be mobile with respect to the integrated container such that a motion of the opening facility allows the integrated container to be opened by the opening facility; a vacuum pump, in which a mobile vacuum plunger for generation of a negative pressure is arranged and which limits a vacuum pump space of the vacuum pump; a pressure pump, in which a mobile pump plunger for conveying a liquid is arranged and limits a pressure pump space of the pressure pump; a connecting line that connects the internal space of the at least one cartridge to the vacuum pump space of the vacuum pump; and a fluid connection that connects the internal space of the at least one cartridge to the pressure pump space of the pressure pump, whereby the vacuum mixing device comprises an operating element that can be operated from outside, whereby the vacuum plunger can be moved manually in the vacuum pump by means of the operating element; the pump plunger in the pressure pump can be moved manually by means of the same operating element; the opening facility can be moved against the receptacle or against the integrated container by means of the same operating element, and whereby the mixing facility can be moved in the internal space of the cartridge by means of the same operating element in order to mix the content of the internal space of the cartridge.
A saddle type vehicle comprising: an engine; a seat; an air cleaner disposed behind the engine, under the seat; an air intake path providing communication between the engine and the air cleaner; and a frame supporting the engine, the seat and the air cleaner; wherein the air cleaner includes: a case having an intake portion for taking air in and connected to the air intake path at a more forward position than the intake portion; and a filter unit disposed at a position more rearward than the air intake path and more forward than the intake portion, the air intake path has an open end on the case side, and characterised by that the case includes: a first case portion opening in a first of two sides in a width direction of the saddle type vehicle; and a second case portion opening in a second of the two sides in the width direction of the vehicle and connected to the first case portion from said first side, and by that the filter unit overlaps the open end in a rear view of the vehicle and is across a joint region between the first case portion and the second case portion in a plan view of the vehicle.