mhurhangee/ep-ind-claims huggingface dataset:
Electrical multilayer component, - comprising a monolithic main body, comprising a plurality of ceramic layers and at least one electrode layer, arranged alternately one above another, - wherein the main body has two end surfaces (4, 4') lying opposite one another and two side surfaces (5, 5') lying opposite one another, - comprising a plurality of external electrodes (6, 6') and at least three internal electrodes (7, 8, 9), - wherein each internal electrode (7, 8, 9) is assigned a respective external electrode (6, 6'), - wherein at least one first internal electrode proceeding from an end surface (4, 4') and at least one second internal electrode proceeding from an opposite end surface (4, 4') are at a first distance (a) from one another and form a first electrical functional unit, which has the function of a capacitor or of a varistor, and - wherein at least one third internal electrode proceeds from a side surface (5, 5'), said at least one third internal electrode being at a second distance (b) from the second internal electrode and forming with the second internal electrode a second electrical functional unit, which has the function of a capacitor or of a varistor, characterized in that the internal electrodes (7, 8) forming the first functional unit, the internal electrodes (8, 9) forming the second functional unit or the internal electrodes (7, 8, 9) forming the first functional unit and the second functional unit are arranged in the same electrode layer. - comprising a monolithic main body, comprising a plurality of ceramic layers and at least one electrode layer, arranged alternately one above another, - wherein the main body has two end surfaces (4, 4') lying opposite one another and two side surfaces (5, 5') lying opposite one another, - comprising a plurality of external electrodes (6, 6') and at least three internal electrodes (7, 8, 9), - wherein each internal electrode (7, 8, 9) is assigned a respective external electrode (6, 6'), - wherein at least one first internal electrode proceeding from an end surface (4, 4') and at least one second internal electrode proceeding from an opposite end surface (4, 4') are at a first distance (a) from one another and form a first electrical functional unit, which has the function of a capacitor or of a varistor, and - wherein at least one third internal electrode proceeds from a side surface (5, 5'), said at least one third internal electrode being at a second distance (b) from the second internal electrode and forming with the second internal electrode a second electrical functional unit, which has the function of a capacitor or of a varistor,
A modifier for polycarbonate, comprising: a graft polymer having 30 to 80 parts by mass of a main chain composed of an ethylene-based polymer (a) and 70 to 20 parts by mass of a graft chain composed of a structural unit derived from a vinyl-based monomer (b), with a total amount of the main chain and the graft chain of 100 parts by mass; and a graft polymer prepared by graft polymerization of a vinyl-based monomer to a rubbery polymer, at a mass ratio: = 9 to 98: 91 to 2, wherein the vinyl-based monomer (b) comprises an aromatic vinyl monomer and a vinyl cyanide monomer, a ratio of an absorbance in the vicinity of 2238 cm -1 derived from the vinyl cyanide monomer (α2) to an absorbance in the vicinity of 1602 cm -1 derived from the aromatic vinyl monomer (α1), α2/α1, is 0.3 or more and 0.85 or less, and wherein the absorbance is measured by using a Fourier transform infrared spectrometer as described in the description. a graft polymer having 30 to 80 parts by mass of a main chain composed of an ethylene-based polymer (a) and 70 to 20 parts by mass of a graft chain composed of a structural unit derived from a vinyl-based monomer (b), with a total amount of the main chain and the graft chain of 100 parts by mass; and a graft polymer prepared by graft polymerization of a vinyl-based monomer to a rubbery polymer, at a mass ratio: = 9 to 98: 91 to 2, wherein the vinyl-based monomer (b) comprises an aromatic vinyl monomer and a vinyl cyanide monomer, a ratio of an absorbance in the vicinity of 2238 cm -1 derived from the vinyl cyanide monomer (α2) to an absorbance in the vicinity of 1602 cm -1 derived from the aromatic vinyl monomer (α1), α2/α1, is 0.3 or more and 0.85 or less, and wherein the absorbance is measured by using a Fourier transform infrared spectrometer as described in the description.
Apparatus for subsequently sealing a flange connection between two insulating housing sections of an insulating housing, which is filled with insulating gas, in high-voltage technology, having - a covering hood which is intended to be mounted on the flange connection of the insulating housing and which, in addition to the flange connection, forms supporting regions by way of which the mounted covering hood is supported on the insulating housing, - sealing means which are arranged on the supporting regions, characterized in that - clamping means (8, 9) for clamping the covering hood are provided on the insulating housing, so that a gas-tight clamping fit is provided, and in that - the covering hood has a gas-filling valve with which a sealed-off gas chamber which is delimited by the insulating housing and the covering hood can be filled with a counterpressure gas. - a covering hood which is intended to be mounted on the flange connection of the insulating housing and which, in addition to the flange connection, forms supporting regions by way of which the mounted covering hood is supported on the insulating housing, - sealing means which are arranged on the supporting regions, characterized in that - clamping means (8, 9) for clamping the covering hood are provided on the insulating housing, so that a gas-tight clamping fit is provided, and in that - the covering hood has a gas-filling valve with which a sealed-off gas chamber which is delimited by the insulating housing and the covering hood can be filled with a counterpressure gas.
An adhesive composition comprising: a modified polyolefin; a modified polyolefin containing propylene in an amount of 30 mol% or more and having a melting point higher than that of the modified polyolefin; and a thermoplastic resin, wherein the molar ratio of propylene/1-butene in the modified polyolefin is 98 to 40/2 to 60, and the molar ratio of propylene/1-butene in the modified polyolefin is 99 to 55/1 to 45, and wherein the thermoplastic resin is a styrene-based elastomer or olefin-based elastomer. a modified polyolefin; a modified polyolefin containing propylene in an amount of 30 mol% or more and having a melting point higher than that of the modified polyolefin; and a thermoplastic resin, wherein the molar ratio of propylene/1-butene in the modified polyolefin is 98 to 40/2 to 60, and the molar ratio of propylene/1-butene in the modified polyolefin is 99 to 55/1 to 45, and wherein the thermoplastic resin is a styrene-based elastomer or olefin-based elastomer.
A corner piece for interconnecting frame members, comprising: a first plate member defining an inner face, an opposite outer face, a first side face, an opposite second side face, and an end face, the first plate member including a bolt-receiving bore therethrough extending along a first axis at an acute angle to the inner face; a second plate member defining an inner face contiguous with the inner face of the first plate member, an outer face, a first side face, an opposite second side face, and an end face, the second plate member including a bolt-receiving bore extending between the inner face and the outer face thereof along a second axis at an acute angle to the inner face thereof and generally parallel to the inner face of the first plate member; a first lip extending along a first lip axis, projecting outwardly from the outer face of the first plate member along a plane generally perpendicular to the outer face of the first plate member, and being disposed along the entire length of the outer face of the first plate member; and a second lip extending along a second lip axis, projecting outwardly from the outer face of the second plate member along the plane, and being disposed along the entire length of the outer face of the second plate member, the plane being generally perpendicular to the outer face of the second plate member; wherein the first axis is generally parallel to the inner face of the second plate member. a first plate member defining an inner face, an opposite outer face, a first side face, an opposite second side face, and an end face, the first plate member including a bolt-receiving bore therethrough extending along a first axis at an acute angle to the inner face; a second plate member defining an inner face contiguous with the inner face of the first plate member, an outer face, a first side face, an opposite second side face, and an end face, the second plate member including a bolt-receiving bore extending between the inner face and the outer face thereof along a second axis at an acute angle to the inner face thereof and generally parallel to the inner face of the first plate member; a first lip extending along a first lip axis, projecting outwardly from the outer face of the first plate member along a plane generally perpendicular to the outer face of the first plate member, and being disposed along the entire length of the outer face of the first plate member; and a second lip extending along a second lip axis, projecting outwardly from the outer face of the second plate member along the plane, and being disposed along the entire length of the outer face of the second plate member, the plane being generally perpendicular to the outer face of the second plate member; wherein the first axis is generally parallel to the inner face of the second plate member.
An ozone generation system comprising: a) at least one modular ozone generating device having an upper housing and lower housing; b) the upper housing enclosing electrical components for providing high energy power to at least one ozone generator cell within said device to produce an ozone generation output; c) the lower housing formed by a multiplicity of section layers enclosing the at least one ozone generator cell and including a means for cooling the at least one ozone generator cell; d) the at least one ozone generator cell comprising at least one plasma generation pathway; e) an orifice formed in the at least one ozone generator cell for maintaining a known and controllable pressure drop across said at least one ozone generator cell; and f) a plurality of ports formed in one of the multiplicity of section layers of the lower housing for porting at least oxygen in and ozone out. a) at least one modular ozone generating device having an upper housing and lower housing; b) the upper housing enclosing electrical components for providing high energy power to at least one ozone generator cell within said device to produce an ozone generation output; c) the lower housing formed by a multiplicity of section layers enclosing the at least one ozone generator cell and including a means for cooling the at least one ozone generator cell; d) the at least one ozone generator cell comprising at least one plasma generation pathway; e) an orifice formed in the at least one ozone generator cell for maintaining a known and controllable pressure drop across said at least one ozone generator cell; and f) a plurality of ports formed in one of the multiplicity of section layers of the lower housing for porting at least oxygen in and ozone out.
A blade unit for a safety razor, comprising: a blade housing comprising a plurality of blades having respective cutting edges lying in a shaving plane and being arranged to exert a cutting action when moved across a user's skin in a shaving direction (d); and a guard in front of the cutting edges and a cap to the rear of the cutting edges, the guard including an elongate lubricating strip, and the cap including a convex lubricating pad having a convex skin-contacting surface and a rear edge curved in a single arc shape along its entirety, the convex lubricating pad being curved to conform to a supporting non-flexible concave back portion, wherein a skin-contacting surface of the convex lubricating pad is greater than a skin-contacting surface of the elongate lubricating strip, the convex lubricating pad and the elongate lubricating strip together extend along at least 60%, preferably at least 80%, of an outer perimeter of the blade unit, the convex lubricating pad extends along at least 30%, preferably at least 40%, of the outer perimeter of the blade unit, and no separate frame is provided around an outer perimeter for fixing the convex lubricating pad, so that the convex lubricating pad rear edge meets flush with the non-flexible concave back portion, providing a smooth, lubricated rear edge of the blade unit. a blade housing comprising a plurality of blades having respective cutting edges lying in a shaving plane and being arranged to exert a cutting action when moved across a user's skin in a shaving direction (d); and a guard in front of the cutting edges and a cap to the rear of the cutting edges, the guard including an elongate lubricating strip, and the cap including a convex lubricating pad having a convex skin-contacting surface and a rear edge curved in a single arc shape along its entirety, the convex lubricating pad being curved to conform to a supporting non-flexible concave back portion, wherein a skin-contacting surface of the convex lubricating pad is greater than a skin-contacting surface of the elongate lubricating strip, the convex lubricating pad and the elongate lubricating strip together extend along at least 60%, preferably at least 80%, of an outer perimeter of the blade unit, the convex lubricating pad extends along at least 30%, preferably at least 40%, of the outer perimeter of the blade unit, and no separate frame is provided around an outer perimeter for fixing the convex lubricating pad, so that the convex lubricating pad rear edge meets flush with the non-flexible concave back portion, providing a smooth, lubricated rear edge of the blade unit.
A method for manufacturing a piston ring, comprising; providing a piston ring base having an unchamfered face surface, and a gap between two gap surfaces of the ring; grit blasting the face surface to create a roughened texture having an average surface roughness R a of.3μm - 1.5μm; depositing a coating on the roughened face surface and chamfer surface via physical vapor deposition; and lapping the coating to remove peaks in the surfaces without penetrating the coating, so that the coated surfaces contain plateaus and valleys; wherein the grit blasting is applied with a grit size of between 120 and 220; wherein the grit blasting takes place at angles of 35° and 55° to the face surface of the piston ring; wherein the coating is a metal nitride or a diamond-like carbon. providing a piston ring base having an unchamfered face surface, and a gap between two gap surfaces of the ring; grit blasting the face surface to create a roughened texture having an average surface roughness R a of.3μm - 1.5μm; depositing a coating on the roughened face surface and chamfer surface via physical vapor deposition; and lapping the coating to remove peaks in the surfaces without penetrating the coating, so that the coated surfaces contain plateaus and valleys; wherein the grit blasting is applied with a grit size of between 120 and 220; wherein the grit blasting takes place at angles of 35° and 55° to the face surface of the piston ring; wherein the coating is a metal nitride or a diamond-like carbon.
A lock (100; 300; 400) comprising: - a stator, - a rotor rotatably mounted relative to the stator about an axis, called the axis Δ, and having a key insertion channel along which the axis Δ extends, - elements (A, B, C, D, E, F, G, H; A, B, C, D, E, F, G) for blocking the rotor succeeding one another along the axis Δ and each separated from the next one by a distance, called «step», the blocking elements being configured to detect the insertion of a compatible key into the channel to enable the rotation of the rotor relative to the stator, - at least two steps having different values (P1, P2), respectively called first step value and second step value, characterized in that the second step value is a multiple of the first step value. - a stator, - a rotor rotatably mounted relative to the stator about an axis, called the axis Δ, and having a key insertion channel along which the axis Δ extends, - elements (A, B, C, D, E, F, G, H; A, B, C, D, E, F, G) for blocking the rotor succeeding one another along the axis Δ and each separated from the next one by a distance, called «step», the blocking elements being configured to detect the insertion of a compatible key into the channel to enable the rotation of the rotor relative to the stator, - at least two steps having different values (P1, P2), respectively called first step value and second step value, characterized in that the second step value is a multiple of the first step value.
Alkyd resin obtainable by polycondensation reactions between - a polyol; - a polycarboxylic acid or a cyclic carboxylic anhydride; - a keto fatty acid; - optionally an unsaturated fatty acid; wherein the keto fatty acid and the optional unsaturated fatty acid are free or comprised in a triglyceride; and wherein the oxygen of the carbonyl group of the keto fatty acid is positioned at the ninth carbon atom or at a carbon atom above the ninth, position of carbon atoms being given according to IUPAC nomenclature. - a polyol; - a polycarboxylic acid or a cyclic carboxylic anhydride; - a keto fatty acid; - optionally an unsaturated fatty acid; wherein the keto fatty acid and the optional unsaturated fatty acid are free or comprised in a triglyceride; and wherein the oxygen of the carbonyl group of the keto fatty acid is positioned at the ninth carbon atom or at a carbon atom above the ninth, position of carbon atoms being given according to IUPAC nomenclature.
Method for inductively charging a battery of a vehicle parked on a location (EPj) by a system comprising a) a mobile box capable of moving, by image analysis from the environment located at least in front of it, to a chosen location of said vehicle to transfer by induction electrical energy produced from a current supplied by a power cable, and b) a base supplying said current to said power cable, characterized in that it comprises i) a first stage in which, in the event of reception by said mobile box d information defining said recharging, said mobile box moves from an initial position to a reference element (ERj) associated with said location (EPj) and detectable in said environment images, ii) a second step in which said mobile casing moves from said reference element (ERj) to said place chosen in recording at least one position on a path that it follows, then starts said recharging, and iii) a third step in which, once said recharging is finished, said mobile box moves to said element (ERj) by going back through each recorded position, then up to said initial position by locating oneself with respect to said reference element (ERj) by analyzing said environment images.
A method of operating hydrocyclone where the cyclone comprises a separation chamber which in use is arranged to generate an internal air core for effecting a material separation process, the method comprising: - measuring both a vibrational parameter of the separation chamber and a stability parameter of the internal air core during operation of the hydrocyclone; - performing a comparison of these measurements with predefined corresponding parameters of the hydrocyclone which are indicative of a stable and/or unstable operation thereof; and - adjusting an operational parameter of the hydrocyclone dependent on the comparison. - measuring both a vibrational parameter of the separation chamber and a stability parameter of the internal air core during operation of the hydrocyclone; - performing a comparison of these measurements with predefined corresponding parameters of the hydrocyclone which are indicative of a stable and/or unstable operation thereof; and - adjusting an operational parameter of the hydrocyclone dependent on the comparison.
Ventilation, heating and/or air-conditioning installation comprising at least: - a housing delimiting at least one circulation chamber for an air stream, - at least a first heat exchanger, a second heat exchanger and a third heat exchanger each configured to produce a heat exchange between the air stream and a refrigerant flowing through a refrigerant circuit, the first heat exchanger, the second heat exchanger and the third heat exchanger being part of the same refrigerant circuit, the circulation chamber comprising a first duct, a second duct and a zone arranged to supply an air stream to the first duct and/or the second duct, the first duct and the second duct emerging in a mixing chamber, characterized in that the zone comprises the first heat exchanger, the second duct comprising the second heat exchanger and the third heat exchanger. - a housing delimiting at least one circulation chamber for an air stream, - at least a first heat exchanger, a second heat exchanger and a third heat exchanger each configured to produce a heat exchange between the air stream and a refrigerant flowing through a refrigerant circuit, the first heat exchanger, the second heat exchanger and the third heat exchanger being part of the same refrigerant circuit,
A palletizing device for a stacking of layers of at least two rows of filled bags into a stack of bags, having a slider device with a frame and a sliding surface for the formation of a layer of filled bags and a feeding device with at least one feed belt for the feeding of filled bags into a feed position on the sliding surface, wherein the slider device has a sliding table next to the sliding surface and a slider for a sliding of the filled bags from a sliding position on the sliding surface onto the sliding table, characterized in that the sliding surface has at least one conveying device for a movement of the filled bags from the feed position into the sliding position, wherein the feed belt is designed in such a manner that a feed distance between the feed position and the sliding position is less than a sliding distance between the sliding position and the frame of the slider device on the feed end of the feed belt, wherein the feed belt protrudesbeyond the frame of the slider device into the slider device, or the frame of the slider device has a frame section through which the feed end of the feed belt protrudes, wherein the feeding device has a calibration means for a variation of the feed distance.