mhurhangee/ep-ind-claims huggingface dataset:
Revolving door comprising a wall or walls (2, 3) in which openings (4, 5) for inlet and outlet of persons (6, 6') and/or objects are provided, and rotatable door wings (7, 7.1, 7.2, 7.3) that during use are rotatable around an imaginary central vertical axis in a passage area, said passage area being surrounded by the wall or walls (2, 3), wherein each of said door wings (7, 7.1, 7.2, 7.3) is provided with a slidable door wing part for extending and/or retracting the door wing of which it forms a part, characterized in that each of said door wings (7, 7.1, 7.2, 7.3) substantially comprises slidable door wing parts (7', 7") only so as to provide that the slidable door wing parts (7', 7") of any single door wing (7, 7.1, 7.2, 7.3) are selectable to be placed in at least two positions, a first position wherein said door wing parts (7', 7") are entirely adjacent or next to each other and wherein edges of said door wing parts (7', 7") are adjacent to the wall or walls (2, 3), and wherein said door wing parts (7', 7") extend radially away from said wall or walls (2, 3) towards the imaginary central vertical axis, and a second position wherein said door wing parts (7', 7") are entirely adjacent or next to each other and wherein edges of said door wing parts (7', 7") are adjacent to the central vertical axis, and wherein said door wing parts (7', 7") extend radially away from the central vertical axis towards the wall or walls (2, 3).
An image forming apparatus comprising: an apparatus body; a printing media cassette to receive printing media, the printing media cassette being movably coupled to the apparatus body; a first lever provided at the printing media cassette, the first lever comprising a hinge part turnably coupled to the printing media cassette and a catching part; and a second lever provided in the apparatus body, the second lever being coupled to the first lever, turning, and being separated from the first lever when the printing media cassette is being closed, the second lever comprising a first actuation arm having a receiving groove provided at an end of the first actuation arm for receiving the catching part while the printing media cassette is being closed and a second actuation arm rotatable about the same axis as the first actuation arm, the second actuation arm contacting the catching part when the printing media cassette is being opened; wherein the catching part is separated from the receiving groove when the printing media cassette is in a closed position. an apparatus body; a printing media cassette to receive printing media, the printing media cassette being movably coupled to the apparatus body; a first lever provided at the printing media cassette, the first lever comprising a hinge part turnably coupled to the printing media cassette and a catching part; and a second lever provided in the apparatus body, the second lever being coupled to the first lever, turning, and being separated from the first lever when the printing media cassette is being closed, the second lever comprising a first actuation arm having a receiving groove provided at an end of the first actuation arm for receiving the catching part while the printing media cassette is being closed and a second actuation arm rotatable about the same axis as the first actuation arm, the second actuation arm contacting the catching part when the printing media cassette is being opened; wherein the catching part is separated from the receiving groove when the printing media cassette is in a closed position.
A stage mechanism comprising: a feed screw; a fixed stage having a space portion incorporating the feed screw; a movable stage performing a predetermined movement in response to a rotational motion of the feed screw; a backlash absorbing portion (17, 17') preventing backlash of the feed screw; a deviation preventing portion provided near a first end portion as one end of the feed screw, in contact with a wall of the space portion, and preventing the feed screw from deviating in a direction toward the first end portion; and characterized by further comprising: a pressing force adjusting portion having an end in contact with a second end portion as the other end of the feed screw and adjusting a pressing force by which the feed screw is pressed in a direction from the second end portion side to the first end portion, the other end of the pressing force adjusting portion being fixed to the wall of the space portion. a feed screw; a fixed stage having a space portion incorporating the feed screw; a movable stage performing a predetermined movement in response to a rotational motion of the feed screw; a backlash absorbing portion (17, 17') preventing backlash of the feed screw; a deviation preventing portion provided near a first end portion as one end of the feed screw, in contact with a wall of the space portion, and preventing the feed screw from deviating in a direction toward the first end portion; and characterized by further comprising: a pressing force adjusting portion having an end in contact with a second end portion as the other end of the feed screw and adjusting a pressing force by which the feed screw is pressed in a direction from the second end portion side to the first end portion, the other end of the pressing force adjusting portion being fixed to the wall of the space portion.
A liquid ejection head comprising: a channel member comprising an ejection hole, a pressurizing chamber connected with the ejection hole, an ejection hole surface on an ejection hole side of the channel member, and a pressurizing chamber surface on a pressurizing chamber side of the channel member; a pressurizing part in a pressurizing region of the pressurizing chamber surface; a cover member positioned on the channel member, the cover member having a fixing portion; and a sealing member (62; 262) which seals the cover member and the channel member, wherein the channel member comprises a groove located in the pressurizing chamber surface but outside the pressurizing region, the fixing portion is located in the groove, and the sealing member (62; 262) is located between the fixing portion of the cover member and the groove, characterized in that a clearance of the sealing member (62; 262) is located between the fixing portion and a lower surface of the groove. a channel member comprising an ejection hole, a pressurizing chamber connected with the ejection hole, an ejection hole surface on an ejection hole side of the channel member, and a pressurizing chamber surface on a pressurizing chamber side of the channel member; a pressurizing part in a pressurizing region of the pressurizing chamber surface; a cover member positioned on the channel member, the cover member having a fixing portion; and a sealing member (62; 262) which seals the cover member and the channel member, wherein the channel member comprises a groove located in the pressurizing chamber surface but outside the pressurizing region, the fixing portion is located in the groove, and the sealing member (62; 262) is located between the fixing portion of the cover member and the groove, characterized in that a clearance of the sealing member (62; 262) is located between the fixing portion and a lower surface of the groove.
An injection device comprising an elongate housing (10 1 10 2 10 3 10 4) for receiving in use a syringe or cartridge, the housing having a forward end and a rearward end, and the syringe or cartridge having a needle which projects from the forward end of said housing at least on completion of the injection process, the needle being initially protected by a longitudinally removable sheath, said device further including a removable cap configured to be fitted to the forward end (10 1) of the elongate housing in a pre-injection orientation; said removable cap having a rearwardly extending element configured to engage at its rearward end behind a base of the removable sheath when said removable cap is in its pre-injection orientation, such that upon removal of said cap from the forward end of said elongate housing, said sheath is removed from said needle, characterised in that said cap is further configured to be refitted to the forward end of the elongate housing in a reverse orientation following use of said device, in which said rearwardly extending element extends forward of the housing to shroud said needle.
A system for controlling a heat exchange between different district heating networks, the system comprising: a heat pump connected between a return pipe of a first district heating network and a supply pipe of a second district heating network and configured to perform a heat exchange between a first heat source of the return pipe of the first district heating network and a second heat source of the supply pipe of the second district heating network characterized in that the system further comprises a plurality of temperature sensors (41, 42) configured to acquire temperatures of the first heat source and the second heat source; and a control device configured to control a heat exchange direction of the heat pump between the first heat source and the second heat source based on the temperatures of the first heat source and the second heat source. a heat pump connected between a return pipe of a first district heating network and a supply pipe of a second district heating network and configured to perform a heat exchange between a first heat source of the return pipe of the first district heating network and a second heat source of the supply pipe of the second district heating network a plurality of temperature sensors (41, 42) configured to acquire temperatures of the first heat source and the second heat source; and a control device configured to control a heat exchange direction of the heat pump between the first heat source and the second heat source based on the temperatures of the first heat source and the second heat source.
A sliding leaf with a movable frame comprising locking means and a profile with a chamber housing said locking means (21, 23, 25) within the chamber, and a panel held on the profile by a holding member (12, 13, 14) connectable to the movable frame, whereby the locking means (21, 23, 25) has locking elements and operating means to operate the locking elements characterized in that, the operating means exits from the chamber along a line that is parallel to the panel and penetrates the holding member (12, 13, 14).
A mobile inspection vehicle for obtaining a radiographic image of an object (210, 810), having a surface, outside the vehicle, comprising: a. a backscatter X-ray scanning system comprising an X-ray source (205, 805) and a plurality of detectors (215, 815); b. at least one sensor (220, 820) for determining a distance from at least one of the plurality of detectors to points on the surface of the object; and c. a processor configured for processing the obtained radiographic image by using the determined distance of the surface of the object to obtain an atomic number of material contained in the object characterized in that the processor is configured to implement an adaptive region based averaging method whereby backscattered X-rays from a first region of the object located at a distance greater than a predefined distance from the X-ray source are averaged over a second larger predefined region, causing a linear dimension of the first region to be scaled as a square of the distance from X-ray source to the object. a. a backscatter X-ray scanning system comprising an X-ray source (205, 805) and a plurality of detectors (215, 815); b. at least one sensor (220, 820) for determining a distance from at least one of the plurality of detectors to points on the surface of the object; and c. a processor configured for processing the obtained radiographic image by using the determined distance of the surface of the object to obtain an atomic number of material contained in the object characterized in that the processor is configured to implement an adaptive region based averaging method whereby backscattered X-rays from a first region of the object located at a distance greater than a predefined distance from the X-ray source are averaged over a second larger predefined region, causing a linear dimension of the first region to be scaled as a square of the distance from X-ray source to the object.
A control system for construction machinery, comprising: a hydraulic pump (100, 110); first and second actuators (10, 20) connected to the hydraulic pump (100, 110) through first and second parallel lines (210, 220) respectively and operable by a working oil discharged from the hydraulic pump (100, 110); first and second control valves (310, 320) installed in the first and second parallel lines (210, 220) respectively and configured to control operations of the first and second actuators (10, 20); and first and second spool displacement adjusting valves (410, 420) configured to supply a pilot signal pressure to spools of the first and second control valves (310, 320) in proportion to an inputted control signal to control displacement amounts of the spools of the first and second control valves (310, 320); characterized by a controller configured to receive a manipulation signal for the first actuator and a manipulation signal for the second actuator of an operator for a multiple operation of the first and second actuators (10, 20) and to output the control signal to the first and second spool displacement adjusting valves (410, 420) corresponding to said manipulation signals of the operator, wherein the controller is further configured to limit a spool displacement amount of the second control valve according to the manipulation signal for the first actuator when the manipulation signals for the multiple operation of the first and second actuators (10, 20) are received. a hydraulic pump (100, 110); first and second actuators (10, 20) connected to the hydraulic pump (100, 110) through first and second parallel lines (210, 220) respectively and operable by a working oil discharged from the hydraulic pump (100, 110); first and second control valves (310, 320) installed in the first and second parallel lines (210, 220) respectively and configured to control operations of the first and second actuators (10, 20); and first and second spool displacement adjusting valves (410, 420) configured to supply a pilot signal pressure to spools of the first and second control valves (310, 320) in proportion to an inputted control signal to control displacement amounts of the spools of the first and second control valves (310, 320); characterized by a controller configured to receive a manipulation signal for the first actuator and a manipulation signal for the second actuator of an operator for a multiple operation of the first and second actuators (10, 20) and to output the control signal to the first and second spool displacement adjusting valves (410, 420) corresponding to said manipulation signals of the operator, wherein the controller is further configured to limit a spool displacement amount of the second control valve according to the manipulation signal for the first actuator when the manipulation signals for the multiple operation of the first and second actuators (10, 20) are received.
A milling tool having: a tool shank with a longitudinal axis and a cutting head fastened to the front side of the tool shank, said cutting head having a plurality of cutting edges for machining a workpiece, wherein the tool shank and the cutting head are connected together via a clamping connection, wherein the clamping connection has a protrusion circumferentially having a plurality of clamping faces, and a recess circumferentially having a plurality of centering faces that interact with the clamping faces, wherein the centering faces each have a first region in which the centering faces are at a first distance from the longitudinal axis in a section perpendicular to the longitudinal axis, and the first region transitions into a second region in which the centering faces are at a smaller second distance from the longitudinal axis in the section perpendicular to the longitudinal axis, such that the clamping faces of the protrusion are introducible into the recess between the first regions of the centering faces and are movable, by rotation of the cutting head about the longitudinal axis relative to the tool shank, into a clamping position in which the clamping faces interact in a force-fitting manner with the second regions of the centering faces, characterized in that - between the centering faces - the recess has a plurality of stop portions, projecting radially inwardly with respect to the centering faces, which limit a rotation of the cutting head about the longitudinal axis relative to the tool shank. a tool shank with a longitudinal axis and a cutting head fastened to the front side of the tool shank, said cutting head having a plurality of cutting edges for machining a workpiece, wherein the tool shank and the cutting head are connected together via a clamping connection, wherein the clamping connection has a protrusion circumferentially having a plurality of clamping faces, and a recess circumferentially having a plurality of centering faces that interact with the clamping faces, wherein the centering faces each have a first region in which the centering faces are at a first distance from the longitudinal axis in a section perpendicular to the longitudinal axis, and the first region transitions into a second region in which the centering faces are at a smaller second distance from the longitudinal axis in the section perpendicular to the longitudinal axis, such that the clamping faces of the protrusion are introducible into the recess between the first regions of the centering faces and are movable, by rotation of the cutting head about the longitudinal axis relative to the tool shank, into a clamping position in which the clamping faces interact in a force-fitting manner with the second regions of the centering faces, characterized in that - between the centering faces - the recess has a plurality of stop portions, projecting radially inwardly with respect to the centering faces, which limit a rotation of the cutting head about the longitudinal axis relative to the tool shank.
A non-aqueous electrolyte comprising: (i) a compound represented by the general formula: X-R-SO 2 F wherein R is linear or branched C 1-12 -alkylene or C 1-12 -fluoroalkylene, each optionally containing an ether bond; and X is -CONH 2, -CN, -CON(CH 3) 2 or -CON(C 2 H 5) 2; (ii) a non-aqueous solvent; and (iii) an electrolyte salt. (i) a compound represented by the general formula: X-R-SO 2 F wherein R is linear or branched C 1-12 -alkylene or C 1-12 -fluoroalkylene, each optionally containing an ether bond; and X is -CONH 2, -CN, -CON(CH 3) 2 or -CON(C 2 H 5) 2; (ii) a non-aqueous solvent; and (iii) an electrolyte salt.
A method for printing an edible confection having a three-dimensional crystalline structure, comprising: printing a liquid second layer of material with a printer onto a first layer of material having a crystal structure to form a plurality of walls, wherein each of the plurality of walls physically contacts the first layer of material and extends from the first layer of material at an angle; processing the printed liquid second layer to solidify the plurality of walls; and printing a liquid third layer of material with the printer onto the second layer of material to form a ceiling that physically contacts the plurality of walls to form a plurality of non-random cavities within the confection, wherein the ceiling comprises a surface that intersects a surface of the second layer of material at an angle; characterised by filling the plurality of cavities with a gas comprising at least one of methyl butanoate, ethyl butanoate, methyl hexanoate, ethyl hexanoate, β-damascenone, 2-furfurylthiol, 2-isobutyl-3-methoxypyrazine, guaiacol, 2,3-butanedione, 4-hydroxy-2,5-dimethyl-3 -furanone, and combinations thereof; and forming an outer shell that seals the gas within the plurality of cavities within the confection. printing a liquid second layer of material with a printer onto a first layer of material having a crystal structure to form a plurality of walls, wherein each of the plurality of walls physically contacts the first layer of material and extends from the first layer of material at an angle; processing the printed liquid second layer to solidify the plurality of walls; and printing a liquid third layer of material with the printer onto the second layer of material to form a ceiling that physically contacts the plurality of walls to form a plurality of non-random cavities within the confection, wherein the ceiling comprises a surface that intersects a surface of the second layer of material at an angle;
A heater arrangement comprising a heating flow pipe and a heating return pipe which are connected to heating pipes arranged at angles with respect to them, and comprising a collector pipe which is connected in a fluidic manner to the heating return pipe and which is traversed by the heating flow pipe which is concentrically arranged inside the collector pipe, and wherein the collector pipe is divided in the axial direction into a collector, a socket and a sleeve, wherein the collector is connected to the socket in a non-rotatable manner, wherein the socket and the sleeve can be rotated with respect to each other, but are connected to each other in a waterproof manner, for which purpose the socket is connected to the sleeve via a sealing package, characterized in that the collector runs into the socket and that the socket comprises a projection on the edge thereof which extends radially into a shoulder, which is open upwards and placed at the upper end of the sleeve.
A pulverized coal injecting apparatus of a melting furnace, the pulverized coal injecting apparatus comprising: at least one pulverized coal injecting burner which is installed at an upper portion of a bed of a melting furnace; a control unit which controls an injecting amount of pulverized coal supplied to the pulverized coal injecting burner; and at least one dust burner which is provided below the pulverized coal injecting burner to selectively and additionally inject the pulverized coal into the upper portion of the bed of the melting furnace, wherein the pulverized coal injecting burner is connected to pulverized coal producing equipment to be supplied with pulverized coal or is connected to a pulverized coal distributing valve which is installed between the pulverized coal producing equipment and a tuyere installed in the melting furnace to be supplied with the pulverized coal, characterized in that the at least one pulverized coal injecting burner is provided at an upper portion of the at least one dust burner. at least one pulverized coal injecting burner which is installed at an upper portion of a bed of a melting furnace; a control unit which controls an injecting amount of pulverized coal supplied to the pulverized coal injecting burner; and at least one dust burner which is provided below the pulverized coal injecting burner to selectively and additionally inject the pulverized coal into the upper portion of the bed of the melting furnace, wherein the pulverized coal injecting burner is connected to pulverized coal producing equipment to be supplied with pulverized coal or is connected to a pulverized coal distributing valve which is installed between the pulverized coal producing equipment and a tuyere installed in the melting furnace to be supplied with the pulverized coal, characterized in that the at least one pulverized coal injecting burner is provided at an upper portion of the at least one dust burner.