mhurhangee/ep-ind-claims huggingface dataset:
A power supply connector in which a front surface part is provided with a plurality of insertion parts including a pair of large current charging insertion parts into which large current charging plugs are inserted and a pair of signal pin insertion parts (7a, 7b), a rear surface part is provided with a plurality of connector pins including a pair of large current charging connector pins, and a pair of signal pins (12a, 12b), and these connector pins are connected with a circuit board or a metal plate to form a large current charging connector part configured by the pair of large current charging insertion parts, the pair of signal pin insertion parts, the pair of large current charging connector pins and the pair of signal pins, wherein: the large current charging connector part is configured by two positionally divided sections, respectively disposed in the vicinity of both ends as viewed from the front surface part with a space therebetween, and characterised in that a low current charging connector part is disposed in a position between these two divided sections, and the low current charging connector part includes a plug insertion hole on the front surface part and a pair of low current charging connector pins horizontally disposed between the pair of large current charging connector pins on the rear surface of the power supply connector. the large current charging connector part is configured by two positionally divided sections, respectively disposed in the vicinity of both ends as viewed from the front surface part with a space therebetween, and characterised in that a low current charging connector part is disposed in a position between these two divided sections, and the low current charging connector part includes a plug insertion hole on the front surface part and a pair of low current charging connector pins horizontally disposed between the pair of large current charging connector pins on the rear surface of the power supply connector.
A solid cosmetic composition comprising (i) a natural colourant wherein the natural colourant is an organic pigment; (ii) tapioca starch in an amount of from 4% to 35% by weight of the solid cosmetic composition; and (iii) mica. (i) a natural colourant wherein the natural colourant is an organic pigment; (ii) tapioca starch in an amount of from 4% to 35% by weight of the solid cosmetic composition; and (iii) mica.
A parking assistance device that controls a vehicle speed of a vehicle during parking to assist parking of the vehicle, wherein the vehicle speed of the vehicle during parking is increased in accordance with a behavior during parking or from previous parking of the vehicle, characterized in that the vehicle speed of the vehicle during parking is increased based on presence or absence of a brake operation by a driver during previous parking and when parking is continuously performed a predetermined number of times without brake operation by the driver in a period until previous parking. wherein the vehicle speed of the vehicle during parking is increased in accordance with a behavior during parking or from previous parking of the vehicle, characterized in that the vehicle speed of the vehicle during parking is increased based on presence or absence of a brake operation by a driver during previous parking and when parking is continuously performed a predetermined number of times without brake operation by the driver in a period until previous parking.
Method for separating aluminium during calcium silicate production from mineral feed materials (2, 3) containing calcium, silicon, and aluminium, and comprising mineral raw materials and residual materials, and comprising the following method steps: a) comminution and mixing of the feed materials with alkali carbonates, comprising sodium carbonate and/or potassium carbonate and/or lithium carbonate, to form a material mixture, wherein a molar ratio is adjusted of calcium/silicon of between 1/1 and 3/1 and a molar ratio of alkali/aluminium of 1/1 to 3/1, and thereby the concentration of alkali carbonates in the material mixture amounts to at least 2% by weight, b) calcination of the material mixture in a gas atmosphere with a CO 2 partial pressure of between 0.05 and 0.2 MPa at 850 to 1050 °C, wherein CO 2 is released and a calcined product consisting of water-insoluble calcium silicates and water-soluble aluminium compounds is formed, c) a first elution of the calcined product with liquid water or a fluid aqueous alkali hydroxide solution and/or alkali carbonate solution at temperatures of between 0 and 100 °C, wherein aluminium in the form of alkali-aluminates (alkali-AI 4) goes into solution, d) solid/liquid separation into a solution rich in alkali-AI 4 and an alkali-containing solid rich in calcium silicate, and e) precipitation and separation of aluminium-hydroxide Al 3 from the solution rich in alkali-AI 4 by the addition of seed crystals and/or by the addition of CO 2 or a gas containing CO 2, wherein alkali hydroxides and/or alkali carbonates are formed and remain in the solution. a) comminution and mixing of the feed materials with alkali carbonates, comprising sodium carbonate and/or potassium carbonate and/or lithium carbonate, to form a material mixture, wherein a molar ratio is adjusted of calcium/silicon of between 1/1 and 3/1 and a molar ratio of alkali/aluminium of 1/1 to 3/1, and thereby the concentration of alkali carbonates in the material mixture amounts to at least 2% by weight, b) calcination of the material mixture in a gas atmosphere with a CO 2 partial pressure of between 0.05 and 0.2 MPa at 850 to 1050 °C, wherein CO 2 is released and a calcined product consisting of water-insoluble calcium silicates and water-soluble aluminium compounds is formed, c) a first elution of the calcined product with liquid water or a fluid aqueous alkali hydroxide solution and/or alkali carbonate solution at temperatures of between 0 and 100 °C, wherein aluminium in the form of alkali-aluminates (alkali-AI 4) goes into solution, d) solid/liquid separation into a solution rich in alkali-AI 4 and an alkali-containing solid rich in calcium silicate, and e) precipitation and separation of aluminium-hydroxide Al 3 from the solution rich in alkali-AI 4 by the addition of seed crystals and/or by the addition of CO 2 or a gas containing CO 2, wherein alkali hydroxides and/or alkali carbonates are formed and remain in the solution.
A tubular heat exchanger comprising inner tubes bundled together, a tube case provided with through holes for said inner tubes, a bend pipe and a device for closing at least one of said inner tubes in the tubular heat exchanger, said device charaterized by a main body provided with inner tube through holes (302a, 302b) and at least one plug (304a, 304b) configured to be inserted into said at least one inner tube, wherein the main body is dimensioned to be clamped between said bend pipe and said tube case of the tubular heat exchanger, the device comprising bolt openings providing for that the device can be fastened using bolts.
A current transformer circuit comprising: a current transformer; an oscillator electrically connected to the current transformer and configured to force the current transformer into saturation in an oscillating manner thereby resulting in an oscillating signal in the current transformer; an open and short CT detection circuit electrically connected to the oscillator and operable to facilitate determination of the connection and stability state of said current transformer by creating a frequency monitor of the oscillating signal in the current transformer; and a processor electrically connected to the open and short CT detection circuit and configured to: monitor and record the oscillating frequency of the oscillating signal; determine that said current transformer has a shorted or open connection if said oscillating frequency falls to zero; and manipulate the operation of an electrical power system in accordance with said determination. a current transformer; an oscillator electrically connected to the current transformer and configured to force the current transformer into saturation in an oscillating manner thereby resulting in an oscillating signal in the current transformer; an open and short CT detection circuit electrically connected to the oscillator and operable to facilitate determination of the connection and stability state of said current transformer by creating a frequency monitor of the oscillating signal in the current transformer; and a processor electrically connected to the open and short CT detection circuit and configured to: monitor and record the oscillating frequency of the oscillating signal; determine that said current transformer has a shorted or open connection if said oscillating frequency falls to zero; and manipulate the operation of an electrical power system in accordance with said determination. monitor and record the oscillating frequency of the oscillating signal; determine that said current transformer has a shorted or open connection if said oscillating frequency falls to zero; and manipulate the operation of an electrical power system in accordance with said determination.
Sensor arrangement for determining at least one parameter of a fluid medium flowing through a duct structure, in particular an intake air mass flow of an internal combustion engine, wherein the sensor arrangement has a sensor housing, in particular a plug-in sensor which is inserted or can be inserted into a flow pipe and in which the duct structure is formed, and at least one sensor chip for determining the parameter of the fluid medium, which sensor chip is arranged in the duct structure, wherein the sensor housing has an inlet into the duct structure, which inlet faces counter to a main flow direction of the fluid medium, and an outlet out of the duct structure, wherein the duct structure comprises a main duct and a measuring duct, wherein the measuring duct branches away from the main duct, wherein the sensor chip is arranged in the measuring duct, wherein the main duct and the measuring duct jointly issue into the outlet out of the duct structure, wherein the main duct has at least one first main duct section, in which the measuring duct branches away, and a second main duct section, wherein the second main duct section adjoins a combining section of the duct structure, in which combining section the measuring duct and the main duct are combined, wherein the second main duct section is arranged at an angle (β) of from 10° to 135° in relation to the first main duct section, characterized in that the main duct has a curved main duct section which connects the first main duct section and the second main duct section, wherein a maximum distance of the curved main duct section from the inlet in the main flow direction is from 10.0 mm to 20.0 mm, wherein the curved main duct section has at least two radii of curvature (124, 126), wherein a first radius of curvature, which is located upstream of the second radius of curvature with respect to the main flow direction, is from 3.0 mm to 10.0 mm and the second radius of curvature is from 1.5 mm to 10.0 mm.
A cover sheet comprising a first end, a second end, a first side and a second side; an air mover; a first layer comprising a vapour permeable material; a second layer comprising a spacer material; and a third layer, wherein: the second layer is between the first layer and the third layer; and the air mover is configured to create air flow through the spacer material; characterised in that the first layer is substantially bonded to the second layer in the entire region between the first and second ends (5002, 504) and between the first and second sides (506, 508), and the third layer is substantially bonded to the second layer in the entire region between the first and second ends (502, 504) and between the first and second sides (506, 508).
A dry lubricant composition comprising: from 0.1 wt-% - 25 wt-% of one or more fatty acids from 50 wt-% - 90 wt-% of one or more mineral oils; from 0.01 wt-% -15 wt-% of one or more sorbitan esters; from 0.1 wt-% - 20 wt-% of one or more nonionic surfactants wherein the nonionic surfactant is an alcohol alkoxylate, EO/PO block copolymer, or an alkyl phenol alkoxylate; and from 0.001 wt-% - 10 wt-% of one or more polyglycols, wherein the composition is substantially-free of water, and provides lubricity for metal and plastic conveyors; from 0.1 wt-% - 25 wt-% of one or more fatty acids from 50 wt-% - 90 wt-% of one or more mineral oils; from 0.01 wt-% -15 wt-% of one or more sorbitan esters; from 0.1 wt-% - 20 wt-% of one or more nonionic surfactants wherein the nonionic surfactant is an alcohol alkoxylate, EO/PO block copolymer, or an alkyl phenol alkoxylate; and from 0.001 wt-% - 10 wt-% of one or more polyglycols, wherein the composition is substantially-free of water, and provides lubricity for metal and plastic conveyors;
A cooling system comprising adjacent cooling deltas (21, 31) being cooled by a cooling air and being arranged along a path, the cooling system comprising cooling deltas (21, 31) consisting of two cooling columns arranged at an angle (α) of 40° to 60° with respect to each other, characterised in that the cooling deltas (21, 31) are arranged in groups (22, 32), the cooling deltas (21, 31) of a group (22, 32) are arranged in essentially the same orientation and define an essentially straight path-section (24, 34), wherein the path-sections (24, 34) of adjacent groups (22, 32) form a zigzagged path (20, 30), and wherein the pairs of adjacent groups (22, 32) form individual complex delta units (23, 33) being open from an incoming direction of the cooling air and having distribution and collection pipes.
A cable, comprising: a linear conductor; a plurality of hollow tubes made of resin and which are disposed around the conductor so that an air layer is formed around the conductor, the hollow tubes extending in a longitudinal direction of the conductor; an insulating protective member configured to protect the conductor and the plurality of hollow tubes; and a partitioning portion provided in at least one hollow tube among the plurality of hollow tubes, the partitioning portion being configured to partition an interior of the hollow tube; characterized in that the partitioning portion is formed by the hollow tube being pressed such that an inner circumferential surface and an outer circumferential surface of the hollow tube deform, so that the inner circumferential surface of the hollow tube is joined together and so that a portion of the outer circumferential surface located at the partitioning portion is positioned more inward than a portion of the outer circumferential surface not located at the partitioning portion. a linear conductor; a plurality of hollow tubes made of resin and which are disposed around the conductor so that an air layer is formed around the conductor, the hollow tubes extending in a longitudinal direction of the conductor; an insulating protective member configured to protect the conductor and the plurality of hollow tubes; and a partitioning portion provided in at least one hollow tube among the plurality of hollow tubes, the partitioning portion being configured to partition an interior of the hollow tube; characterized in that the partitioning portion is formed by the hollow tube being pressed such that an inner circumferential surface and an outer circumferential surface of the hollow tube deform, so that the inner circumferential surface of the hollow tube is joined together and so that a portion of the outer circumferential surface located at the partitioning portion is positioned more inward than a portion of the outer circumferential surface not located at the partitioning portion.
Method for the production of a continuous double-walled pipe consisting of preferably thermoplastic plastic material, said pipe having corrugated pipe sections and sleeve pipe sections, by extrusion of an outer tube (Sa) forming the outer pipe of the double-walled pipe and of an inner tube (Si) forming the inner pipe of the double-walled pipe in a moulding channel with at least one section having a corrugated moulding surface and at least one section having a preferably smooth, cylindrical or slightly conical sleeve moulding surface; wherein it is provided that, a) to shape a corrugated pipe section, the outer tube (Sa) is extruded into the corrugated moulding surface and is brought into contact with the corrugated moulding surface, and the inner tube (Si) is extruded into the outer tube (Sa) and brought into contact with the outer tube (Sa) lying on the corrugated moulding surface in the region of the corrugation troughs of the outer tube (Sa); b) to shape a sleeve section, the outer tube (Sa) is extruded into the sleeve moulding surface and is brought into contact with the sleeve moulding surface and the inner tube (Si) is extruded into the outer tube (Sa), which is already in contact along the entire axial length of the sleeve moulding surface, and is thereby brought into contact with the inner side of said outer tube (Sa) which is already in contact with the sleeve moulding surface along the entire axial length of the sleeve moulding surface, characterised in that c) the pressure acting on the inner side of the outer tube (Sa) is reduced shortly before the outer tube (Sa) is extruded into the sleeve moulding surface, and d) the pressure acting on the inner side of the inner tube (Si) is increased, before or at the same time as the inner tube being extruded into the outer tube (Sa) which is already lying on the sleeve moulding surface. a) to shape a corrugated pipe section, the outer tube (Sa) is extruded into the corrugated moulding surface and is brought into contact with the corrugated moulding surface, and the inner tube (Si) is extruded into the outer tube (Sa) and brought into contact with the outer tube (Sa) lying on the corrugated moulding surface in the region of the corrugation troughs of the outer tube (Sa); b) to shape a sleeve section, the outer tube (Sa) is extruded into the sleeve moulding surface and is brought into contact with the sleeve moulding surface and the inner tube (Si) is extruded into the outer tube (Sa), which is already in contact along the entire axial length of the sleeve moulding surface, and is thereby brought into contact with the inner side of said outer tube (Sa) which is already in contact with the sleeve moulding surface along the entire axial length of the sleeve moulding surface, c) the pressure acting on the inner side of the outer tube (Sa) is reduced shortly before the outer tube (Sa) is extruded into the sleeve moulding surface, and d) the pressure acting on the inner side of the inner tube (Si) is increased, before or at the same time as the inner tube being extruded into the outer tube (Sa) which is already lying on the sleeve moulding surface.
A handy phototherapy apparatus comprising: a housing; an ultraviolet light source received in the housing; a light guide path formed in the housing such that ultraviolet light from the ultraviolet light source passes through the light guide path; an irradiation window provided at a leading end of the light guide path such that the ultraviolet light exits from the irradiation window; characterised by further comprising: an observation window provided in at least one of side surfaces of the light guide path in the vicinity of the irradiation window. a housing; an ultraviolet light source received in the housing; a light guide path formed in the housing such that ultraviolet light from the ultraviolet light source passes through the light guide path; an irradiation window provided at a leading end of the light guide path such that the ultraviolet light exits from the irradiation window; characterised by further comprising: an observation window provided in at least one of side surfaces of the light guide path in the vicinity of the irradiation window.
Load carrier for transporting and/or storing goods, in particular in the form of a dolly, comprising a platform consisting of a plastic, on whose upper side a bearing surface for the goods or for a device for receiving the goods is provided, and on whose underside a plurality of castors (16a, 16b, 16c, 16d) are arranged, wherein at least one castor comprises a lever which is designed in the form of a brake or locking lever and can be actuated by foot, wherein the platform comprises a cavity at the edge, arranged above the lever, which provides access to the lever, and wherein the cavity extends above the entire height of the platform, in particular from its upper side to its underside, characterised in that the cavity is designed curved.
An isolated antibody which binds to redIL-33, or antigen-binding fragment thereof, wherein the antibody or antigen-binding fragment thereof comprises a VHCDR1 having the sequence of SEQ ID NO: 543, a VHCDR2 having the sequence of SEQ ID NO: 544, a VHCDR3 having the sequence of SEQ ID NO: 545, a VLCDR1 having the sequence of SEQ ID NO: 548, a VLCDR2 having the sequence of SEQ ID NO: 549, and a VLCDR3 having the sequence of SEQ ID NO: 550.
A tabbed sealing member for bonding to a rim surrounding a container opening, the tabbed sealing member comprising: a lower member including at least a seal layer for bonding to a container rim; an upper member including one or more layers and partially bonded to the lower member and including a free portion thereof not bonded to the lower member; a hinge joint formed by the partial bond between the upper member and the lower member, the hinge joint permitting the upper member free portion to pivot away from the lower member to form a gripping tab; a folded sheet with a first folded portion bonded to the upper member free portion, a second folded portion bonded to a portion of the lower member below the free portion, and a dead fold aligned with the hinge joint, an inner surface of the first folded portion is not bonded to a facing inner surface of the second folded portion; and characterised by a partial layer between the upper member and the lower member forming the partial bond therebetween, the thickness of the partial layer is consistent to the thickness of the folded sheet when folded. a lower member including at least a seal layer for bonding to a container rim; an upper member including one or more layers and partially bonded to the lower member and including a free portion thereof not bonded to the lower member; a hinge joint formed by the partial bond between the upper member and the lower member, the hinge joint permitting the upper member free portion to pivot away from the lower member to form a gripping tab; a folded sheet with a first folded portion bonded to the upper member free portion, a second folded portion bonded to a portion of the lower member below the free portion, and a dead fold aligned with the hinge joint, an inner surface of the first folded portion is not bonded to a facing inner surface of the second folded portion; and characterised by a partial layer between the upper member and the lower member forming the partial bond therebetween, the thickness of the partial layer is consistent to the thickness of the folded sheet when folded.