mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for firing a unit cell for a solid oxide fuel cell, the apparatus comprising: multiple setters configured to support stacks; and a pair of supports coupled to the setters and configured to support the setters, wherein both surfaces (10a, 10b) of the setter are made of different materials, and a height thereof is adjustable along the supports, wherein one surface of the setter is made of a material non-reactive to an electrolyte, and the other surface of the setter is made of a material non-reactive to an anode, and the one surface and other surface of the setter may be alternately arranged along the supports. multiple setters configured to support stacks; and a pair of supports coupled to the setters and configured to support the setters, wherein both surfaces (10a, 10b) of the setter are made of different materials, and a height thereof is adjustable along the supports, wherein one surface of the setter is made of a material non-reactive to an electrolyte, and the other surface of the setter is made of a material non-reactive to an anode, and the one surface and other surface of the setter may be alternately arranged along the supports.
Method for producing an inductive sensor apparatus, wherein, in the method, a coil is inserted into a pot-type core, wherein the coil inserted into a circumferential groove of the pot-type core is a self-supporting coil without a coil body, wherein: - the pot-type core has a depression or a through-hole, - the electrical connections (11, 12) of the coil are electrically connected directly to an evaluation circuit of the sensor apparatus, characterized in that: - a projection of a printed circuit board, with the evaluation circuit of the sensor apparatus, is introduced into the depression or the through-hole of the pot-type core, - the electrical connections of the coil are soldered directly to connection surfaces (32, 33) on the printed circuit board of the evaluation circuit by virtue of the electrical connections (11, 12) already prepositioned on the electrical connection surfaces (32, 33) being soldered on after the printed circuit board has been introduced, - wherein connection ends (11a, 12a) of the electrical connections (11, 12) are mechanically stiffened before or after the coil has been inserted into the pot-type core, and flexurally stiff connections (11, 12) are formed, specifically before the connection ends (11a, 12a) are soldered onto the printed circuit board, in order to simplify the subsequent soldering of the connection ends onto the printed circuit board. - the pot-type core has a depression or a through-hole, - the electrical connections (11, 12) of the coil are electrically connected directly to an evaluation circuit of the sensor apparatus, characterized in that: - a projection of a printed circuit board, with the evaluation circuit of the sensor apparatus, is introduced into the depression or the through-hole of the pot-type core, - the electrical connections of the coil are soldered directly to connection surfaces (32, 33) on the printed circuit board of the evaluation circuit by virtue of the electrical connections (11, 12) already prepositioned on the electrical connection surfaces (32, 33) being soldered on after the printed circuit board has been introduced, - wherein connection ends (11a, 12a) of the electrical connections (11, 12) are mechanically stiffened before or after the coil has been inserted into the pot-type core, and flexurally stiff connections (11, 12) are formed, specifically before the connection ends (11a, 12a) are soldered onto the printed circuit board, in order to simplify the subsequent soldering of the connection ends onto the printed circuit board.
Method of producing a crystalline semiconductor foil with an integrated electric field, comprising: - doping a fluid semiconductor with a doping substance having an equilibrium segregation coefficient k 0 where k 0 < 0.01, - filling a casting frame with the fluid semiconductor; - drawing a foil from the casting frame containing said fluid semiconductor in a production direction by passing a substrate band underneath the casting frame, wherein the substrate band has a lower temperature than the fluid semiconductor in the bottom of the casting frame, so that a bottom layer of the fluid semiconductor crystallises on the substrate band as a crystallized layer and the semiconductor foil is produced on the substrate band on one side of the casting frame characterised by: - cooling said fluid semiconductor in such a way that the crystallised layer is thicker at the output end of the casting frame and the crystal growth speed decreases in a direction essentially perpendicular to the substrate band, by keeping the respective temperature of the substrate and the fluid semiconductor to be supplied constant for creating a gradient doping profile in the crystalline semiconductor foil that has a desired high value on one side of the foil. - doping a fluid semiconductor with a doping substance having an equilibrium segregation coefficient k 0 where k 0 < 0.01, - filling a casting frame with the fluid semiconductor; - drawing a foil from the casting frame containing said fluid semiconductor in a production direction by passing a substrate band underneath the casting frame, wherein the substrate band has a lower temperature than the fluid semiconductor in the bottom of the casting frame, so that - cooling said fluid semiconductor in such a way that the crystallised layer is thicker at the output end of the casting frame and the crystal growth speed decreases in a direction essentially perpendicular to the substrate band, by keeping the respective temperature of the substrate and the fluid semiconductor to be supplied constant for creating a gradient doping profile in the crystalline semiconductor foil that has a desired high value on one side of the foil.
A vehicle comprising: an internal combustion engine equipped on a front side of a partition wall defining a front edge of a vehicle cabin space; an exhaust apparatus through which exhaust gas exhausted from the internal combustion engine passes; and a side sill extending along a vehicle front-rear direction on a side of a floor forming a floor surface of the vehicle cabin space, characterized in that the side sill comprises a recess having a cross section recessed toward a vehicle-width-direction inner side from a vehicle-width-direction outer side in a cross-sectional view orthogonal to the vehicle front-rear direction and extending in the vehicle front-rear direction, and the exhaust apparatus is disposed at the recess. an internal combustion engine equipped on a front side of a partition wall defining a front edge of a vehicle cabin space; an exhaust apparatus through which exhaust gas exhausted from the internal combustion engine passes; and a side sill extending along a vehicle front-rear direction on a side of a floor forming a floor surface of the vehicle cabin space, characterized in that the side sill comprises a recess having a cross section recessed toward a vehicle-width-direction inner side from a vehicle-width-direction outer side in a cross-sectional view orthogonal to the vehicle front-rear direction and extending in the vehicle front-rear direction, and the exhaust apparatus is disposed at the recess.
Device for skin gloss detection, said device comprising: - an illumination unit configured to illuminate a skin area at a flashing rate, - an imaging unit configured to acquire images of the skin area at an imaging rate, which is different than said flashing rate, wherein images of the skin area while the illumination by said illumination unit is on and images of the skin area while the illumination by said illumination unit is off are acquired, and - a processing unit configured to process acquired images by detecting the amount of gloss in the skin area from a specular reflection component and a diffuse component in at least one first partial image of the skin area representing a portion of an image acquired by the imaging unit while the skin area is illuminated by said illumination unit and at least one second partial image of the skin area representing a portion of an image acquired by the imaging unit while the skin area is not illuminated by said illumination unit. - an illumination unit configured to illuminate a skin area at a flashing rate, - an imaging unit configured to acquire images of the skin area at an imaging rate, which is different than said flashing rate, wherein images of the skin area while the illumination by said illumination unit is on and images of the skin area while the illumination by said illumination unit is off are acquired, and - a processing unit configured to process acquired images by detecting the amount of gloss in the skin area from a specular reflection component and a diffuse component in at least one first partial image of the skin area representing a portion of an image acquired by the imaging unit while the skin area is illuminated by said illumination unit and at least one second partial image of the skin area representing a portion of an image acquired by the imaging unit while the skin area is not illuminated by said illumination unit.
A method of configuring a luminaire in a network of luminaires in which respective luminaires constitute respective nodes of a wireless communication network, the luminaire comprising storage means containing ranks and respective lighting effect definitions, the method comprising: - a neighbour identification step (S30, S32, S34) in which the luminaire identifies neighbouring luminaires and respective distances with respect to the neighbouring luminaires from respective signals received from the respective neighbouring luminaires, which comprise respective identifiers (L1-L6) that uniquely identify the respective neighbouring luminaires, so as to obtain respective distance indications for the respective neighbouring luminaires; characterized in that the method further comprises: - a ranking step in which at least a part of the respective neighbouring luminaires that have been identified are ranked depending on their respective distance indications, so that each of the ranked neighbouring luminaires has a rank among a set of possible ranks that depends on the distance indication for the luminaire; - a step of assigning the ranked neighbouring luminaires to the lighting effect definitions included in the storage means according to the respective ranks. - a neighbour identification step (S30, S32, S34) in which the luminaire identifies neighbouring luminaires and respective distances with respect to the neighbouring luminaires from respective signals received from the respective neighbouring luminaires, which comprise respective identifiers (L1-L6) that uniquely identify the respective neighbouring luminaires, so as to obtain respective distance indications for the respective neighbouring luminaires; - a ranking step in which at least a part of the respective neighbouring luminaires that have been identified are ranked depending on their respective distance indications, so that each of the ranked neighbouring luminaires has a rank among a set of possible ranks that depends on the distance indication for the luminaire; - a step of assigning the ranked neighbouring luminaires to the lighting effect definitions included in the storage means according to the respective ranks.
An electrical connection device comprising a plug connector having a plug body and an insertion portion that projects outwardly from said plug body and that has a rectangular cross section, said plug body having a first side surface parallel to one of two long sides of said insertion portion, and a second side surface parallel to one of two short sides of said insertion portion, characterized by said first side surface being provided with a first fixing hole, said second side surface being provided with a second fixing hole; and a positioning module including a mounting member, a first fixing member and two second fixing members, said mounting member having a main body and two positioning structures connected to said main body, said main body having a main plate portion and two side plate portions respectively connected to two opposite sides of said main plate portion, said main plate portion being provided with a through hole for extension of said first fixing member therethrough, said positioning structures being respectively connected to said side plate portions, each of said positioning structures having an abutment surface parallel to an end surface of said insertion portion which is distal from said plug body, said second fixing members being respectively disposed on said positioning structures, each of said second fixing members having a connecting portion protruding from said abutment surface of a respective one of said positioning structures; wherein said through hole in said mounting member can be selectively disposed to align with said first fixing hole so as to fix said first fixing member in said first fixing hole and to connect together said positioning module and said plug connector to form a first assembly state of said electrical connection device, or to align with said second fixing hole so as to fix said first fixing member in said second fixing hole and to connect together said positioning module and said plug connector to form a second assembly state of said electrical connection device; wherein said positioning structures and said second fixing members are located proximate to said short sides of said insertion portion in the first assembly state, and are located proximate to said long sides of said insertion portion in the second assembly state; wherein said plug body further has a third side surface opposite to said second side surface, and wherein, in the first assembly state, said main body of said mounting member covers said plug body of said plug connector with said main plate portion abutting against said first side surface and said side plate portions respectively abutting against said second and third side surfaces (112, 115) of said plug body; and wherein said plug body has a square cross section and further has a fourth side surface opposite to said first side surface, and wherein, in the second assembly state, said main body of said mounting member covers said plug body of said plug connector with said main plate portion abutting against said second side surface and said side plate portions respectively abutting against said first and fourth side surfaces (111, 116) of said plug body.
Apparatus for positioning a sinking tunnel section, comprising a frame with two substantially vertically extending legs which at their upper ends are connected by a substantially horizontally extending frame part, which frame is devised for extending with its legs outwardly of two opposite transverse sides of the tunnel section and extending with its frame part above the roof of the tunnel section, wherein the lower ends of the legs are vertically movable relative to the sinking tunnel section and wherein the legs each are provided with clamping members for engaging said opposite transverse sides of the tunnel section, which clamping members are settable substantially in the plane defined by the legs and frame part of the frame, characterized in that the frame is provided with suspension means with which the tunnel section can be suspended, wherein the frame part consists of a beam and wherein the legs are hingedly connected to the beam.
A process for the removal of at least one hydrogen halide selected from hydrogen chloride, hydrogen fluoride, hydrogen iodide, hydrogen bromide and mixtures thereof from a fluid hydrocarbon-containing stream comprising hydrogen, hydrocarbons, water and hydrogen halide, wherein said process comprises contacting said fluid stream with a sorbent material in a packed bed, said sorbent material comprising a reaction product of at least one alumina and at least one solid metal carbonate, wherein the solid metal carbonate is at least one sesquicarbonate; wherein the sorbent is produced by mixing at least one powder alumina compound with a solid powder metal carbonate together with water or an aqueous solution of at least one salt to form a mixture, followed by heating said mixture to a temperature up to 100°C for a period sufficient for said solid metal carbonate and said alumina to react to form an aluminium containing hydroxycarbonate, having Dawsonite crystals having a particle size of less than 20 nm (200 Angstroms); and wherein the metal in the solid metal carbonate is sodium.
An energy-delivery device suitable for delivery of energy to tissue, comprising: an antenna assembly; a chamber defined about the antenna assembly; a cable assembly having a proximal end suitable for connection to an electrosurgical energy source; and a flexible, fluid-cooled shaft coupled in fluid communication with the chamber, wherein the flexible, fluid-cooled shaft is configured to contain a length of the cable assembly therein and adapted to remove heat along the length of the cable assembly during delivery of energy to the antenna assembly; wherein the flexible, fluid-cooled shaft comprises: the cable assembly; a first tubular member coaxially disposed around the cable assembly and defining a fluid inflow conduit between the first tubular member and the cable assembly; and a second tubular member coaxially disposed around the first tubular member and defining a fluid outflow conduit between the first tubular member and the second tubular member, wherein the cable assembly includes: an inner conductor having a distal end; an outer conductor coaxially-disposed around the inner conductor and having a distal end; and a dielectric material disposed therebetween, and wherein the antenna assembly includes an electrically-conductive proximal arm having a proximal end and a distal end, the proximal end electrically coupled to and coaxially-disposed about the distal end of the outer conductor. an antenna assembly; a chamber defined about the antenna assembly; a cable assembly having a proximal end suitable for connection to an electrosurgical energy source; and a flexible, fluid-cooled shaft coupled in fluid communication with the chamber, wherein the flexible, fluid-cooled shaft is configured to contain a length of the cable assembly therein and adapted to remove heat along the length of the cable assembly during delivery of energy to the antenna assembly; wherein the flexible, fluid-cooled shaft comprises: the cable assembly; a first tubular member coaxially disposed around the cable assembly and defining a fluid inflow conduit between the first tubular member and the cable assembly; and a second tubular member coaxially disposed around the first tubular member and defining a fluid outflow conduit between the first tubular member and the second tubular member, wherein the cable assembly the cable assembly; a first tubular member coaxially disposed around the cable assembly and defining a fluid inflow conduit between the first tubular member and the cable assembly; and a second tubular member coaxially disposed around the first tubular member and defining a fluid outflow conduit between the first tubular member and the second tubular member, wherein the cable assembly an inner conductor having a distal end; an outer conductor coaxially-disposed around the inner conductor and having a distal end; and a dielectric material disposed therebetween, and wherein the antenna assembly includes an electrically-conductive proximal arm having a proximal end and a distal end, the proximal end electrically coupled to and coaxially-disposed about the distal end of the outer conductor.
A flex circuit (100; 500) for connecting to both sides of a touch sensor panel, comprising: a base film (110; 510) having first and second opposing surfaces, a width, and first and second ends terminating in first and second attachment areas (104, 106; 504, 506), the first and second attachment areas widened as compared to the width of the base film; and a layer of conductive traces formed on the first surface of the base film, the second surface formed free of conductive material, the conductive traces on the first surface terminating with conductors (120, 124; 520, 524) in the first and second attachment areas; wherein the base film further includes a third end terminating in a tail (104; 504), and wherein the conductors in the first and second attachment areas are routed to the tail; wherein the base film and conductive traces form a flexible stackup capable of allowing the first end to be bent for attachment of the first and second attachment areas to first and second opposing sides, respectively, of the touch sensor panel; and wherein the conductors in the first attachment area are located along a length of the first attachment area and the conductors in the second attachment area are located along a width of the second attachment area at one or more distal ends of the second attachment area for making electrical connections with the first and second opposing sides of the touch sensor panel in areas that do not directly oppose each other. a base film (110; 510) having first and second opposing surfaces, a width, and first and second ends terminating in first and second attachment areas (104, 106; 504, 506), the first and second attachment areas widened as compared to the width of the base film; and a layer of conductive traces formed on the first surface of the base film, the second surface formed free of conductive material, the conductive traces on the first surface terminating with conductors (120, 124; 520, 524) in the first and second attachment areas; wherein the base film further includes a third end terminating in a tail (104; 504), and wherein the conductors in the first and second attachment areas are routed to the tail;
An electrical switching apparatus comprising: a plurality of poles (58,60,62), each of said poles comprising a terminal (4,8,4',8'), the terminal (4,8') of a first one of said poles being proximate the terminal (8,4') of a second one of said poles: and a jumper (2;32;42;52) electrically connected between the terminal of the first one of said poles and the terminal of the second one of said poles, characterised in that said jumper comprises a plurality of heat transfer members (16,18,20,22;34,36,38,40;44,46;57), each of said heat transfer members being separated from others of said heat transfer members. a plurality of poles (58,60,62), each of said poles comprising a terminal (4,8,4',8'), the terminal (4,8') of a first one of said poles being proximate the terminal (8,4') of a second one of said poles: and a jumper (2;32;42;52) electrically connected between the terminal of the first one of said poles and the terminal of the second one of said poles, characterised in that said jumper comprises a plurality of heat transfer members (16,18,20,22;34,36,38,40;44,46;57), each of said heat transfer members being separated from others of said heat transfer members.