mhurhangee/ep-ind-claims huggingface dataset:
A work vehicle comprising: an engine; a cooling device; first and second hoses arranged between said engine and said cooling device for connecting said engine and said cooling device; characterised by first and second flanges formed at an outer circumferential face of said first hose to protrude outward of said first hose, and arranged spaced apart from each other; and a third flange formed at an outer circumferential face of said second hose to protrude outward of said second hose, said third flange arranged to overlap with said first and second flanges by extending in a region sandwiched between said first flange and said second flange. an engine; a cooling device; first and second hoses arranged between said engine and said cooling device for connecting said engine and said cooling device; characterised by first and second flanges formed at an outer circumferential face of said first hose to protrude outward of said first hose, and arranged spaced apart from each other; and a third flange formed at an outer circumferential face of said second hose to protrude outward of said second hose, said third flange arranged to overlap with said first and second flanges by extending in a region sandwiched between said first flange and said second flange.
A composition for use in the treatment of a cancer in a patient, the composition comprising Coenzyme Q10, wherein the cancer is selected from the group consisting of melanoma, and squamous cell carcinoma.
A compound needle suitable to be arranged in a needle groove formed in a needle bed of a flat knitting machine, the compound needle including a needle main body, which includes a hook for holding a knitting yarn; a slider, which is slidably combined with the needle main body and which opens and closes the hook; and a needle jack, which engages the needle main body and advances and withdraws the needle main body in a direction along the needle groove, wherein the slider includes, a slider base body, a slider plate, which is arranged in the slider base body to open and close the hook, and a slider arm, which is arranged at an intermediate portion of the slider base body, the needle main body includes a needle jack engagement portion, and an arm-slidably-contacting surface, which is a surface to which the slider arm is brought into slideable contact; and the needle jack includes a distal end engagement portion, which is formed in a distal end region and engages the needle jack engagement portion; characterized in that the slider arm is formed thinner than a thickness of the slider base body; the needle jack engagement portion is formed thinner than a thickness of the needle main body; and the distal end engagement portion has a thickness smaller than or equal to a thickness of the needle jack engagement portion; such that the arm-slidably-contacting surface, on which the slider arm slides is arranged in parallel to the needle jack engagement portion in the thickness direction of the needle main body. a slider base body, a slider plate, which is arranged in the slider base body to open and close the hook, and a slider arm, which is arranged at an intermediate portion of the slider base body, a needle jack engagement portion, and an arm-slidably-contacting surface, which is a surface to which the slider arm is brought into slideable contact; and a distal end engagement portion, which is formed in a distal end region and engages the needle jack engagement portion;
A switched supply device intended to supply an on-board electrical network of a motor vehicle, the network being separated into a network part connected upstream of the device having variable power requirements, and into a network part connected downstream of the device having generally constant power requirements, characterized in that the device includes - a controller intended to command a set of switches - input ports (101, 102, 103) serving to connect at least three electrical energy storage devices (10, 20, 30); - a DC/DC electrical power converter, and furthermore characterized in that - the controller permits the network part which is connected upstream to be supplied selectively from the first storage device, - the controller permits the second storage device to be switched selectively in series with the first storage device so as to supply the network part which is connected upstream; - the controller permits the network part which is connected downstream to be supplied selectively from the first storage device and - the controller permits the network part which is connected downstream to be supplied selectively from the second or from the third storage device and through the DC/DC converter. - a controller intended to command a set of switches - input ports (101, 102, 103) serving to connect at least three electrical energy storage devices (10, 20, 30); - a DC/DC electrical power converter, - the controller permits the network part which is connected upstream to be supplied selectively from the first storage device, - the controller permits the second storage device to be switched selectively in series with the first storage device so as to supply the network part which is connected upstream; - the controller permits the network part which is connected downstream to be supplied selectively from the first storage device and - the controller permits the network part which is connected downstream to be supplied selectively from the second or from the third storage device and through the DC/DC converter.
A process for making polyamide comprising: a) feeding diacid and diamine to a first feed throat of a screw extruder, the screw extruder comprising a first melt zone and a first melt conveying zone downstream of the first feed throat; b) at least partially polymerizing the diacid and the diamine to form a first polyamide; c) feeding a polyetheramine additive to a second feed throat of the screw extruder downstream of the first melt conveying zone, wherein the polyetheramine additive comprises an Amine Hydrogen Equivalent Weight (AHEW) less than 10 percent higher than the idealized Amine Hydrogen Equivalent Weight for the polyetheramine additive; d) incorporating the polyetheramine additive with the first polyamide in a second melt zone and a second melt conveying zone; and e) recovering a second polyamide from the screw extruder downstream from the second melt conveying zone, wherein: i) the relative viscosity of the second polyamide using the ASTM D789 method is from 20 to 60; or ii) the amino end group content is between 15 mpmg and 130 mpmg, wherein mpmg is the number of moles of amino ends present per one million grams of polymer, measured by direct titration with standardized perchloric acid solution; and further comprising feeding a second diacid to step (c) and incorporating the second diacid into the first polyamide in step (d). a) feeding diacid and diamine to a first feed throat of a screw extruder, the screw extruder comprising a first melt zone and a first melt conveying zone downstream of the first feed throat; b) at least partially polymerizing the diacid and the diamine to form a first polyamide; c) feeding a polyetheramine additive to a second feed throat of the screw extruder downstream of the first melt conveying zone, wherein the polyetheramine additive comprises an Amine Hydrogen Equivalent Weight (AHEW) less than 10 percent higher than the idealized Amine Hydrogen Equivalent Weight for the polyetheramine additive; d) incorporating the polyetheramine additive with the first polyamide in a second melt zone and a second melt conveying zone; and e) recovering a second polyamide from the screw extruder downstream from the second melt conveying zone, wherein: i) the relative viscosity of the second polyamide using the ASTM D789 method is from 20 to 60; or ii) the amino end group content is between 15 mpmg and 130 mpmg, wherein mpmg is the number of moles of amino ends present per one million grams of polymer, measured by direct titration with standardized perchloric acid solution; i) the relative viscosity of the second polyamide using the ASTM D789 method is from 20 to 60; or ii) the amino end group content is between 15 mpmg and 130 mpmg, wherein mpmg is the number of moles of amino ends present per one million grams of polymer, measured by direct titration with standardized perchloric acid solution;
A method of determining locations of radio tags and client stations (113, 115, 117) of a wireless network, the method comprising: receiving from a plurality of wireless stations (107, 109, 110) of the wireless network path loss information of the path loss of location frames received at the respective wireless stations, the location frames transmitted by the radio tags and client stations and having a pre-defined frame structure; and determining the location of the client stations and radio tags from the path loss information, wherein the radio tags and client stations use for transmitting a location frame, a common infrastructure configured for radiolocation by path loss measurement, the common infrastructure including a pre-defined protocol common for both the radio tags and the client stations for transmitting information for reception by the plurality of stations of the wireless network for radiolocation, the pre-defined protocol including using the location frame having the pre-defined frame structure. receiving from a plurality of wireless stations (107, 109, 110) of the wireless network path loss information of the path loss of location frames received at the respective wireless stations, the location frames transmitted by the radio tags and client stations and having a pre-defined frame structure; and determining the location of the client stations and radio tags from the path loss information, wherein the radio tags and client stations use for transmitting a location frame, a common infrastructure configured for radiolocation by path loss measurement, the common infrastructure including a pre-defined protocol common for both the radio tags and the client stations for transmitting information for reception by the plurality of stations of the wireless network for radiolocation, the pre-defined protocol including using the location frame having the pre-defined frame structure.
Tool (10, 200) for assembling a seat in a vehicle comprising at least two securing means for fixing said seat to the vehicle, said tool (10, 200) comprising: - at least one central longitudinal surface (11, 211) |0022] arranged to receive said seat in an intermediate position and a docking position, the longitudinal surface (11, 211) of the tool in the assembly position forming a ramp so as to guide the seat from the intermediate position to the docking position of the seat with said securing means, - the longitudinal surface comprising at least two transverse wings each comprising a longitudinal stop (13, 213) in the form of a U arranged to cooperate with one of said securing means in order to immobilize said tool (10, 200) in an assembly position, the two stops (13, 213) being situated on either side of the longitudinal surface (13, 213). - at least one central longitudinal surface (11, 211) |0022] arranged to receive said seat in an intermediate position and a docking position, the longitudinal surface (11, 211) of the tool in the assembly position forming a ramp so as to guide the seat from the intermediate position to the docking position of the seat with said securing means, - the longitudinal surface comprising at least two transverse wings each comprising a longitudinal stop (13, 213) in the form of a U arranged to cooperate with one of said securing means in order to immobilize said tool (10, 200) in an assembly position, the two stops (13, 213) being situated on either side of the longitudinal surface (13, 213).
A joined body, comprising: a porous ceramic; a metal member; and a joint of an oxide ceramic that penetrates into pores of the porous ceramic and joins the porous ceramic to the metal member wherein a penetration depth of the oxide ceramic in the pores of the porous ceramic is in the range of 15 to 50 μm; and wherein the average pore size of the porous ceramic is A (μm), the average particle size of a raw material powder of the oxide ceramic is B (μm), and B/A is in the range of 0.1 to 5.0. a porous ceramic; a metal member; and a joint of an oxide ceramic that penetrates into pores of the porous ceramic and joins the porous ceramic to the metal member wherein a penetration depth of the oxide ceramic in the pores of the porous ceramic is in the range of 15 to 50 μm; and wherein the average pore size of the porous ceramic is A (μm), the average particle size of a raw material powder of the oxide ceramic is B (μm), and B/A is in the range of 0.1 to 5.0.
A liquid container made entirely from natural plant materials comprising: a cap, an upper portion, a body, and a base; wherein a mouth is disposed on a top of the upper portion for connection with the cap and a periphery of the upper portion is extended downward to form a connection segment capable of being mounted into a top end of the body; the cap and the upper portion are both made from plant fiber powder with adhesives; wherein the body is made of a spiral paper tube with at least two layers while the top end of the body and the connection segment of the upper portion are adhered and connected by adhesives; wherein the base is a cup with an opening facing downward and having a bottom surface and a cylindrical wall around the bottom surface; the base with the opening facing downward is mounted into a bottom end of the body and the cylindrical wall of the base is connected to the body by adhesives; characterised in that the cap and upper portion are both produced by mold injection and the base is produced by molding of composite paper with at least two layers and the respective layers of the composite paper have different fiber orientations. a cap, an upper portion, a body, and a base; wherein a mouth is disposed on a top of the upper portion for connection with the cap and a periphery of the upper portion is extended downward to form a connection segment capable of being mounted into a top end of the body; the cap and the upper portion are both made from plant fiber powder with adhesives; wherein the body is made of a spiral paper tube with at least two layers while the top end of the body and the connection segment of the upper portion are adhered and connected by adhesives; wherein the base is a cup with an opening facing downward and having a bottom surface and a cylindrical wall around the bottom surface; the base with the opening facing downward is mounted into a bottom end of the body and the cylindrical wall of the base is connected to the body by adhesives; characterised in that the cap and upper portion are both produced by mold injection and the base is produced by molding of composite paper with at least two layers and the respective layers of the composite paper have different fiber orientations.
A method for reducing or eliminating the build-up of coke deposits on inner surfaces of reactor components accessible to hydrocarbon during hydrocarbon cracking processes, the method comprising: - providing a slurry; - applying the slurry to the said inner surfaces of reactor components; - sintering the said slurry; characterized in that the slurry comprises a perovskite material of formula BaZr 0.3 Ce 0.7 O 3 and an inorganic material, the weight ratio of the inorganic material related to BaZr 0.3 Ce 0.7 O 3 in the sintered coating ranging from 0.1:99.9 to 99.9:0.01, and is selected from the group consisting of: (i) BaZr 0.3 Ce 0.7 O 3, cerium oxide, glycerol, polyvinyl alcohol, and water; (ii) BaZr 0.3 Ce 0.7 O 3, boehmite, glycerol, polyvinyl alcohol, polyethylene glycol octylphenol ether and water; (iii) BaZr 0.3 Ce 0.7 O 3, zinc oxide, glycerol and polyvinyl alcohol; (vi) BaZr 0.3 Ce 0.7 O 3, boehmite, cerium oxide, glycerol and polyvinyl alcohol; (vii) BaZr 0.3 Ce 0.7 O 3, silicon dioxide, glycerol and polyvinyl alcohol. and wherein sintering the said slurry is carried out at 1000 °C in argon atmosphere for 3 hours. - providing a slurry; - applying the slurry to the said inner surfaces of reactor components; - sintering the said slurry; (i) BaZr 0.3 Ce 0.7 O 3, cerium oxide, glycerol, polyvinyl alcohol, and water; (ii) BaZr 0.3 Ce 0.7 O 3, boehmite, glycerol, polyvinyl alcohol, polyethylene glycol octylphenol ether and water; (iii) BaZr 0.3 Ce 0.7 O 3, zinc oxide, glycerol and polyvinyl alcohol; (vi) BaZr 0.3 Ce 0.7 O 3, boehmite, cerium oxide, glycerol and polyvinyl alcohol; (vii) BaZr 0.3 Ce 0.7 O 3, silicon dioxide, glycerol and polyvinyl alcohol.
Method for functionally checking a vacuum switch of a traction converter having at least one AC supply-side four-quadrant chopper and a load-side pulse-controlled converter which are electrically connected in parallel by means of an intermediate circuit capacitor (C ZK) on the DC voltage side, and having a traction transformer with at least one secondary winding, the terminals of which are linked to AC voltage-side terminals (16,18) of the four-quadrant chopper and the primary winding of which can be connected with one terminal to an AC supply voltage ( u N) by means of the vacuum switch, wherein with the vacuum switch open the four-quadrant chopper is driven precisely when the measured AC supply voltage ( u N) is disposed relative in time to the chopper input voltage ( u St) such that a differential voltage (Δ u) measured between AC supply voltage ( u N) and chopper input voltage ( u St) corresponds in terms of amplitude to a predetermined value of a breakdown voltage, wherein a check is subsequently carried out to determine whether a current is flowing from the feeding network to the four-quadrant chopper.
A foldable device comprising: a) a central engagement portion defined by at least one polygon panel, wherein said at least one polygon panel has at least three sides, and wherein the at least one said polygon panel has at least one opening; b) at least one flap portion extending from at least one side of the at least one polygon panel integrally hinged to the at least one side of said polygon panel, wherein said flap portion has at least one flap portion opening; c) at least one slit positioned between the at least one flap portion and said flap portion's adjoining polygon panel; d) at least one tongue portion extending from at least one side of the at least one polygon panel, whereby the at least one tongue is adapted to sequentially engage the at least one slit, the at least one flap portion opening, and the at least one polygon panel opening of identical modules, whereby a plurality of foldable devices (1, 2, 3) may be assembled in a variety of configurations to form three-dimensional bodies, characterized in that the at least one opening of the at least polygon panel is a star shaped opening having a plurality of outer limit points and a plurality of inner limit points, the at least one opening being widest at the outer limit points and narrowest at the inner limit points. a) a central engagement portion defined by at least one polygon panel, wherein said at least one polygon panel has at least three sides, and wherein the at least one said polygon panel has at least one opening; b) at least one flap portion extending from at least one side of the at least one polygon panel integrally hinged to the at least one side of said polygon panel, wherein said flap portion has at least one flap portion opening; c) at least one slit positioned between the at least one flap portion and said flap portion's adjoining polygon panel; d) at least one tongue portion extending from at least one side of the at least one polygon panel, whereby the at least one tongue is adapted to sequentially engage the at least one slit, the at least one flap portion opening, and the at least one polygon panel opening of identical modules, whereby a plurality of foldable devices (1, 2, 3) may be assembled in a variety of configurations to form three-dimensional bodies,
A protective garment comprising a hood with a face area, the face area provided with an elastomeric interface, the elastomeric interface having an opening for engaging and demountably sealing a full-face mask or full-face respirator (41, 51) to the hood, the opening having a forehead edge, a chin edge, and first and second cheek edges, wherein the chin edge is located at the bottom of the opening, and when engaged with the full-face respirator (41, 51) is positioned over the general chin area of the wearer, the forehead edge and the chin edge being incurvate edges with respect to the center of the opening, and the two cheek edges being excurvate edges with respect to the center of the opening; the opening further having a centerline horizontal dimension between the first and second cheek edges and a centerline vertical dimension between the forehead edge and the chin edge, the centerline horizontal dimension being longer than the centerline vertical dimension; the centerline horizontal dimension to centerline vertical dimension aspect ratio being 1.5 or greater. the opening having a forehead edge, a chin edge, and first and second cheek edges, wherein the chin edge is located at the bottom of the opening, and when engaged with the full-face respirator (41, 51) is positioned over the general chin area of the wearer, the forehead edge and the chin edge being incurvate edges with respect to the center of the opening, and the two cheek edges being excurvate edges with respect to the center of the opening; the opening further having a centerline horizontal dimension between the first and second cheek edges and a centerline vertical dimension between the forehead edge and the chin edge, the centerline horizontal dimension being longer than the centerline vertical dimension; the centerline horizontal dimension to centerline vertical dimension aspect ratio being 1.5 or greater.
Safety lighting device comprising a housing having a front signalling face and a lower lighting edge equipped with lighting members, said lighting members comprising a plurality of light-emitting diodes able to emit light rays, said housing being suitable for installation at height in buildings in order to signal and illuminate predefined evacuation routes of said buildings located substantially to the right of said housing; characterised in that said housing comprises: - a plurality of biconvex lenses, each of the biconvex lenses being mounted respectively opposite the light-emitting diodes of said plurality of light-emitting diodes in order to bend said light rays; and, - a plurality of parabolic lenses (50, 52, 54), each of the parabolic lenses being able to be removably installed in line with a biconvex lens in at least two positions opposite each other in order to receive the bent light rays and to re-emit light rays respectively in at least two distinct directions (F, F'). - a plurality of biconvex lenses, each of the biconvex lenses being mounted respectively opposite the light-emitting diodes of said plurality of light-emitting diodes in order to bend said light rays; and, - a plurality of parabolic lenses (50, 52, 54), each of the parabolic lenses being able to be removably installed in line with a biconvex lens in at least two positions opposite each other in order to receive the bent light rays and to re-emit light rays respectively in at least two distinct directions (F, F').