mhurhangee/ep-ind-claims huggingface dataset:
A urea injection system for an internal combustion engine, comprising - an injection nozzle for injecting urea and air into an exhaust duct of the internal combustion engine, - a urea inlet connectable to a urea source, - a urea line for supplying urea from the urea inlet to the injection nozzle, - an air line for supplying air to the injection nozzle, and - a purging line for supplying purging air to the urea line, which purging line is provided with a purging valve for controlling the flow of purging air from the purging line to the urea line, characterized in that the urea line is provided with a valve for allowing and preventing the flow of urea from the urea inlet to the injection nozzle, and the purging line is connected to the urea line between the valve and the injection nozzle, and that the purging line is connected to the urea line to a location that is nearer to the valve than the injection nozzle. - an injection nozzle for injecting urea and air into an exhaust duct of the internal combustion engine, - a urea inlet connectable to a urea source, - a urea line for supplying urea from the urea inlet to the injection nozzle, - an air line for supplying air to the injection nozzle, and - a purging line for supplying purging air to the urea line, which purging line is provided with a purging valve for controlling the flow of purging air from the purging line to the urea line,
Dispensing device for dispensing a sheet-like flat product, in particular made of paper, comprising at least one conveying roller and at least one drive device (4, 5), with which the at least one conveying roller can be set in rotation, wherein the at least one drive device comprises at least one actuation element and at least one rotatable coupling element with at least one lever arm, and wherein the at least one actuation element is formed as a linear slide and the at least one drive device comprises a conversion device for converting a linear movement of the linear slide into a rotational movement of the at least one coupling element, characterized in that the at least one coupling element is permanently in engagement with the at least one conveying roller, and in that the at least one drive device (4, 5) and/or the at least one conveying roller comprises at least one freewheel device, which is formed such that the at least one conveying roller can be set in rotation when the linear slide moves in a first direction and the at least one conveying roller can be decoupled from the movement of the linear slide when the linear slide moves in a second direction contrary to the first direction.
A control system in which a plurality of apparatuses (100, 90) in time synchronization with one another are connected to a network, wherein the network is configured to transfer a frame periodically exchanged by the plurality of apparatuses, the plurality of apparatuses include at least one control device and an apparatus controlled by the control device, each of the plurality of apparatuses is connected over the network, to a first apparatus configured to transmit a frame that arrives at each of the plurality of apparatuses and a second apparatus configured to receive a frame transmitted from each of the plurality of apparatuses, and each of the apparatuses includes information on a frame transfer path (170, 86) and transfer timing (180, 87) based on synchronous time, characterized in that: when a frame does not arrive at defined time through the transfer path and when a condition associated with a cycle is satisfied, at least one of the plurality of apparatuses is configured to transmit a resend request through the transfer path to the first apparatus connected to the network. the network is configured to transfer a frame periodically exchanged by the plurality of apparatuses, the plurality of apparatuses include at least one control device and an apparatus controlled by the control device, each of the plurality of apparatuses is connected over the network, to a first apparatus configured to transmit a frame that arrives at each of the plurality of apparatuses and a second apparatus configured to receive a frame transmitted from each of the plurality of apparatuses, and each of the apparatuses includes information on a frame transfer path (170, 86) and transfer timing (180, 87) based on synchronous time, characterized in that: when a frame does not arrive at defined time through the transfer path and when a condition associated with a cycle is satisfied, at least one of the plurality of apparatuses is configured to transmit a resend request through the transfer path to the first apparatus connected to the network.
An insulated glazing unit having controllable radiation transmittance, said insulated glazing unit comprising: a spacer defining a framed area capable of allowing radiation transmission therethrough; a first glazing pane attached to said spacer; a second glazing pane attached to said spacer, said glazing panes arranged such that an inner surface of said first glazing pane and an inner surface of said second glazing pane face each other and are spaced apart from each other; a pane conductive layer disposed on said inner surface of said first glazing pane; a dielectric layer disposed on said pane conductive layer; a shade affixed to said first glazing pane, said shade including a resilient layer and a shade conductive layer, wherein said shade is adapted to extend along a length of the framed area from a retracted configuration having a first surface area substantially permitting radiation transmission through said framed area to an extended configuration having a second surface area substantially controlling radiation transmission through said framed area; and a controller operable to apply and remove an electric drive of voltage or current between said pane conductive layer and said shade conductive layer, whereby, when an electric drive of voltage or current is applied between said pane conductive layer and said shade conductive layer a potential difference between said pane conductive layer and said shade conductive layer causes said shade to extend from said retracted configuration to said extended configuration, characterized in that the shade conductive layer is substantially transparent. a spacer defining a framed area capable of allowing radiation transmission therethrough; a first glazing pane attached to said spacer; a second glazing pane attached to said spacer, said glazing panes arranged such that an inner surface of said first glazing pane and an inner surface of said second glazing pane face each other and are spaced apart from each other; a pane conductive layer disposed on said inner surface of said first glazing pane; a dielectric layer disposed on said pane conductive layer; a shade affixed to said first glazing pane, said shade including a resilient layer and a shade conductive layer, wherein said shade is adapted to extend along a length of the framed area from a retracted configuration having a first surface area substantially permitting radiation transmission through said framed area to an extended configuration having a second surface area substantially controlling radiation transmission through said framed area; and a controller operable to apply and remove an electric drive of voltage or current between said pane conductive layer and said shade conductive layer, whereby, when an electric drive of voltage or current is applied between said pane conductive layer and said shade conductive layer a potential difference between said pane conductive layer and said shade conductive layer causes said shade to extend from said retracted configuration to said extended configuration, characterized in that the shade conductive layer is substantially transparent.
A High Temperature Superconductor, HTS, magnet (400, 500, 600, 700, 800) comprising: a coil formed of nested concentric windings wound around an axis of the coil, each winding comprising HTS material; and first and second conductor elements (404A, 404B) each comprising respective electrical contact surfaces through which to supply electric current to, or receive electric current from, a portion of a respective at least one of the windings, each electrical contact surface providing electrical contact between the conductor element and an axial edge of the coil at least partially around the path of the respective at least one of the windings, and characterised by the electrical contact surface of the first conductor element being located closer to the axis than the electrical contact surface of the second conductor element, whereby electrical current supplied to the coil through the first conductor element circulates around successive windings of the coil before being received by the second conductor element. a coil formed of nested concentric windings wound around an axis of the coil, each winding comprising HTS material; and first and second conductor elements (404A, 404B) each comprising respective electrical contact surfaces through which to supply electric current to, or receive electric current from, a portion of a respective at least one of the windings, each electrical contact surface providing electrical contact between the conductor element and an axial edge of the coil at least partially around the path of the respective at least one of the windings, and characterised by the electrical contact surface of the first conductor element being located closer to the axis than the electrical contact surface of the second conductor element, whereby electrical current supplied to the coil through the first conductor element circulates around successive windings of the coil before being received by the second conductor element.
A compound of the formula B-L-A wherein B is a receptor binding ligand that binds to a target cell receptor, L is a polyvalent linker that comprises one or more hydrophilic spacer linkers, and A represents one or more diagnostic, therapeutic, or imaging agents, wherein at least one of the hydrophilic spacer linkers comprises at least three polyhydroxyl groups.
A cosmetic case having air tightness, comprising: 1) an outer case assembly comprising a case body and a case cover, the case body comprising a first accommodation chamber comprising an opening; and 2) an inner disk assembly comprising a disk body, a disk cover, an outer slot, and a seal ring, the disk body comprising a second accommodation chamber for accommodating cosmetics; wherein the opening of the first accommodation chamber faces an upper surface of the case body with reference to a usage direction of the cosmetic case; the case cover is hinged to the case body and adapted to open and close the opening of the first accommodation chamber; the inner disk assembly is disposed detachably in the first accommodation chamber; an opening of the second accommodation chamber faces an upper surface of the disc body; the disk cover is hinged to the disc body and adapted to open and close the opening of the second accommodation chamber; the outer slot is positioned around an outer side wall of the second accommodation chamber and the seal ring is housed in the outer slot; and the seal ring is detachably in interference connection to an opening side of the second accommodation chamber; characterized in that the seal ring comprises an inner ring body and an outer ring body having different hardness; and the outer ring body is fitted over an outer side of the inner ring body and is integrated with the inner ring body through injection molding. 1) an outer case assembly comprising a case body and a case cover, the case body comprising a first accommodation chamber comprising an opening; and 2) an inner disk assembly comprising a disk body, a disk cover, an outer slot, and a seal ring, the disk body comprising a second accommodation chamber for accommodating cosmetics; the opening of the first accommodation chamber faces an upper surface of the case body with reference to a usage direction of the cosmetic case; the case cover is hinged to the case body and adapted to open and close the opening of the first accommodation chamber; the inner disk assembly is disposed detachably in the first accommodation chamber; an opening of the second accommodation chamber faces an upper surface of the disc body; the disk cover is hinged to the disc body and adapted to open and close the opening of the second accommodation chamber; the outer slot is positioned around an outer side wall of the second accommodation chamber and the seal ring is housed in the outer slot; and the seal ring is detachably in interference connection to an opening side of the second accommodation chamber; characterized in that the seal ring comprises an inner ring body and an outer ring body having different hardness; and the outer ring body is fitted over an outer side of the inner ring body and is integrated with the inner ring body through injection molding.
Stackable spacer adapted to support a reinforcement grid, where the spacer comprises a circumferential body section having an upper support surface adapted to support the reinforcement grid, and a plurality of leg sections each having a foot adapted to be placed on a mould surface for the concrete, where the outer shape of the circumferential body section is larger than a mesh in the reinforcement grid that is to be supported, wherein each side wall of a leg section is inclined with respect to a vertical direction and that a leg section is provided with a void adapted to house a leg section of another spacer, such that a plurality of watt spacers can be stacked in each other with the leg sections of one spacer extending into the corresponding voids of a subsequent spacer, such that the side wall of a leg section is parallel with the side wall of a leg section of the subsequent spacer, and that the spacer comprises a central opening having a rim which is adapted to be used for an automated distribution of the spacer, characterized in that the stackable spacer is a wall spacer and each foot is pointed or is provided with a radius such that a small footprint is provided.
A rotating electric machine for driving a vehicle comprising: a stator that comprises a stator core in which a plurality of slots extending in a direction of a rotation axis are arranged circumferentially and a stator coil inserted into the slots; and a rotor that is rotatably provided in the stator through a gap, characterized in that: the stator coil is constituted with conducting wires, and a cross section of a protruding portion of each of the conducting wires that protrudes from the slots in a coil end portion (60A, 60B) of the stator coil is formed into a substantially trapezoidal shape wherein the conducting wires are alternately offset in the direction of rotation of the rotating electric machine; and further comprising an outlet port (154A, 154B) for refrigerant, RF, that is provided in such a position that the refrigerant,RF, discharged from the outlet port (154A, 154B) contacts with the protruding portions. a stator that comprises a stator core in which a plurality of slots extending in a direction of a rotation axis are arranged circumferentially and a stator coil inserted into the slots; and a rotor that is rotatably provided in the stator through a gap, characterized in that: the stator coil is constituted with conducting wires, and a cross section of a protruding portion of each of the conducting wires that protrudes from the slots in a coil end portion (60A, 60B) of the stator coil is formed into a substantially trapezoidal shape wherein the conducting wires are alternately offset in the direction of rotation of the rotating electric machine; and further comprising an outlet port (154A, 154B) for refrigerant, RF, that is provided in such a position that the refrigerant,RF, discharged from the outlet port (154A, 154B) contacts with the protruding portions. the stator coil is constituted with conducting wires, and a cross section of a protruding portion of each of the conducting wires that protrudes from the slots in a coil end portion (60A, 60B) of the stator coil is formed into a substantially trapezoidal shape wherein the conducting wires are alternately offset in the direction of rotation of the rotating electric machine; and further comprising an outlet port (154A, 154B) for refrigerant, RF, that is provided in such a position that the refrigerant,RF, discharged from the outlet port (154A, 154B) contacts with the protruding portions.
A complex formed from hypericin or a hypericin salt and polyvinylpyrrolidone, characterized in that the mean proportion by weight of hypericin or of hypericin salt with respect to the total complex is more than 6 % by weight.
Texturing machine having a multiplicity of processing positions (24.1, 24.2) which are disposed beside one another along a longitudinal machine side of a multipart machine frame, wherein a process frame for receiving a plurality of process assemblies (8, 9, 10, 11), a winding frame for receiving a plurality of winding assemblies, and a creel frame for receiving a plurality of supply packages are disposed so as to be distributed across a plurality of operator levels (30.1, 30.2), characterized in that the process frame having the process assemblies (8, 9, 10, 11) is disposed on an upper operator level (30.2) along an operator aisle, and in that the winding frame having the winding assemblies is disposed on the lower operator level (30.1) along a doffing aisle in which in each case one stair access which connects the upper operator aisle to the lower operator level (30.1) is configured at the end sides of the machine frame.
A unit for forming a layer of at least one first batch (2a; 2b,.., 2n) and one second batch (2b; 2a,.., 2n) of respective first groups (3a; 3b,.., 3n) and second groups (3b; 3a,.., 3n) of articles, comprising: - a first conveying line (5a; 5b,.., 5n) which may be fed with a first row of said first groups (3a; 3b,.., 3n) and which outputs, in use, said first batch (2a; 2b,.., 2n) separated from the remaining said first groups (3a; 3b,.., 3n) travelling parallel to a first direction; and - at least one second conveying line (5b; 5a,.., 5n) which may be fed with a second row of said second groups (3b; 3a,.., 3n) and which outputs, in use, said second batch (2b; 2a,.., 2n) separated from the remaining said second groups (3b; 3a,.., 3n) travelling parallel to said first direction; characterized by comprising control means configured for receiving a signal associated to a misalignment between said first batch (2a; 2b,.., 2b) and second batch (2b; 2a,.., 2n) along a second direction transversal to said first direction, and for generating a modified first speed profile (V2a'; V2b',.., V2n') for at least one conveyor (7a, 7b,.., 7n; 8a, 8b,.., 8n) of said first conveying line (5a; 5b,.., 5n) or of said second conveying line (5b; 5a,.., 5n), so as to recover said misalignment. - a first conveying line (5a; 5b,.., 5n) which may be fed with a first row of said first groups (3a; 3b,.., 3n) and which outputs, in use, said first batch (2a; 2b,.., 2n) separated from the remaining said first groups (3a; 3b,.., 3n) travelling parallel to a first direction; and - at least one second conveying line (5b; 5a,.., 5n) which may be fed with a second row of said second groups (3b; 3a,.., 3n) and which outputs, in use, said second batch (2b; 2a,.., 2n) separated from the remaining said second groups (3b; 3a,.., 3n) travelling parallel to said first direction;
A device for the anaesthesia control of a slaughter animal comprising a stimulation unit by means of which a stimulation impulse can be delivered to the slaughter animal and comprising an image acquisition unit with an image acquisition range, wherein the image acquisition unit is designed as a 3D camera and wherein in the image acquisition range a portion of a surface of the slaughter animal can be optically recorded and in which pixels in the portion of the surface can be recorded and made available as transferable pixel data, and comprising an analysis unit, which is connected to the image acquisition unit and which registers the pixel data provided by the image acquisition unit and by means of which an active movement of the slaughter animal can be determined from the pixel data recorded and by menas of which a control result can be provided as an output if an active movement of the slaughter animal has been determined.
A cassette for storage of medical instruments, the cassette comprising at least one spring sheet including at least one holding means for retaining a medical instrument therein, the holding means comprising an aperture forming a passage through the spring sheet for receiving the medical instrument and at least one spring element provided adjacent to the passage for exerting a biasing spring force to retain the medical instrument within the passage, wherein the spring sheet, including the at least one holding means, is made of a metal or a metal alloy, characterized in that the spring sheet further includes, in addition and separately to the at least one holding means, at least one secondary holding means, the at least one secondary holding means being made of a metal or a metal alloy and comprising a through-hole and a cylindrical extension piece, said extension piece having a through-bore comprising an undercut, which undercut allows formation of a snap-fit connection to a complementary protrusion provided on the surface of a further medical instrument, the extension piece being welded or otherwise connected to the spring sheet such that it forms an extension of the spring sheet. at least one spring sheet including at least one holding means for retaining a medical instrument therein, the holding means comprising an aperture forming a passage through the spring sheet for receiving the medical instrument and at least one spring element provided adjacent to the passage for exerting a biasing spring force to retain the medical instrument within the passage, wherein the spring sheet, including the at least one holding means, is made of a metal or a metal alloy, characterized in that the spring sheet further includes, in addition and separately to the at least one holding means, at least one secondary holding means, the at least one secondary holding means being made of a metal or a metal alloy and comprising a through-hole and a cylindrical extension piece, said extension piece having a through-bore comprising an undercut, which undercut allows formation of a snap-fit connection to a complementary protrusion provided on the surface of a further medical instrument, the extension piece being welded or otherwise connected to the spring sheet such that it forms an extension of the spring sheet.
Panel, comprising two panel surfaces (1, 2) located at a distance from one another, webs (3, 3') made from fibrous material which is impregnated with a hardened means extending transversely between the panel surfaces and attached to these panel surfaces, and core elements located between the webs (3, 3') and panel surfaces (1, 2), wherein adjacent webs (3, 3') are interconnected by partitions made from fibrous material which is impregnated with a hardened means, characterized in that each web forms part of a length of web material which also extends over the panel surfaces (1,2) facing away from one another, in that the webs are each designed continuously in one unit in the longitudinal direction thereof and in that the partitions located in each case between a pair of webs form part of a continuous length of partition material which is disposed meanderingly between these webs and the length of partition material alternately comprises partitions and connection pieces attached to a web.
A nonaqueous electrolyte for secondary batteries comprising an electrolyte salt, a compound represented by general formula: wherein R 1 and R 2 each independently represent an alkyl group having 1 to 8 carbon atoms, and a compound represented by general formula: wherein R 3 and R 4 each independently represent an alkyl group having 1 to 8 carbon atoms, dissolved in an organic solvent, wherein the ratio of the content of the compound represented by general formula to the sum of the content of the compound represented by general formula and the content of the compound represented by general formula is 0.1 to 8% by mass.