mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for preventing a vibration of a clutch pedal for a vehicle, comprising: a body having a component installation space formed therein; a valve piston installed in the component installation space, and having an end wall of a CRC/CSC side, the end wall of a CRC/CSC side provided with a first oil passage hole, and an outer circumferential surface provided with a first oil passage groove communicating both ends of the valve piston; a valve installed in the valve piston, and having an end wall of a CMC side and an outer circumferential surface provided with a second oil passage groove communicating both ends of the valve; a first spring pushing the valve piston toward the CMC side to closely contact the valve piston with an end wall of the component installation space and to thereby block the first oil passage groove of the valve piston; and a second spring pushing the valve toward the CRC/CSC side to closely contact the valve with the end wall of a CRC/CSC side of the valve piston and to thereby block the second oil passage groove of the valve. a body having a component installation space formed therein; a valve piston installed in the component installation space, and having an end wall of a CRC/CSC side, the end wall of a CRC/CSC side provided with a first oil passage hole, and an outer circumferential surface provided with a first oil passage groove communicating both ends of the valve piston; a valve installed in the valve piston, and having an end wall of a CMC side and an outer circumferential surface provided with a second oil passage groove communicating both ends of the valve; a first spring pushing the valve piston toward the CMC side to closely contact the valve piston with an end wall of the component installation space and to thereby block the first oil passage groove of the valve piston; and a second spring pushing the valve toward the CRC/CSC side to closely contact the valve with the end wall of a CRC/CSC side of the valve piston and to thereby block the second oil passage groove of the valve.
Coagulation electrode, comprising - a mounting ring, - a multiplicity of lamellae (53 - 53"'), which are mounted on the mounting ring from an open state to a closed state, for forming electrode sections; characterized in that said lamellae are mounted pivotably in the manner of an iris diaphragm, wherein the coagulation electrode furthermore comprises - a slotted ring, which is arranged rotatably in relation to the mounting ring and, with guide members (52, 52'), engages on the lamellae in such a way that, upon a rotation of the slotted ring in relation to the mounting ring, the lamellae (53 - 53'") are pivoted from the closed state to the open state, and vice versa, wherein the mounting ring and the slotted ring are each configured in two parts, in such a way that they are movable away from each other together with the lamellae (53 - 53"') mounted on the mounting ring or engaging with the slotted ring. - a mounting ring, - a multiplicity of lamellae (53 - 53"'), which are mounted on the mounting ring from an open state to a closed state, for forming electrode sections; characterized in that said lamellae are mounted pivotably in the manner of an iris diaphragm, wherein the coagulation electrode furthermore comprises - a slotted ring, which is arranged rotatably in relation to the mounting ring and, with guide members (52, 52'), engages on the lamellae in such a way that, upon a rotation of the slotted ring in relation to the mounting ring, the lamellae (53 - 53'") are pivoted from the closed state to the open state, and vice versa, wherein the mounting ring and the slotted ring are each configured in two parts, in such a way that they are movable away from each other together with the lamellae (53 - 53"') mounted on the mounting ring or engaging with the slotted ring.
Plug-in system having slots for accommodating protective devices having electrical contacts, wherein the plug-in system has a lower part on an underside, on which part busbars can be arranged, and an upper part which is made of electrically insulating material and is releasable from the lower part in a non-destructive manner on a top side arranged opposite the underside, the upper part having openings through which the electrical contacts of the protective devices can make direct contact with the busbars when the protective devices are plugged onto the plug-in system, and the openings being configured in such a manner that the plug-in system is shockproof to IP XXB on the top side, the upper part and lower part being latchable into one another or being screwable to one another in such a manner that the upper part is releasable from the lower part only from the underside of the plug-in system, characterized in that all busbars are accessible from the top side at the slots.
A multi-specific engineered protein comprising a first amino acid sequence of an immunoglobulin, a scaffolding protein, or an antigen-binding portion of an immunoglobulin or scaffolding protein that specifically binds a target molecule and a second amino acid sequence of a single chain variable fragment (scFv) that specifically binds a metal chelate comprising DOTA or an active variant thereof, wherein the scFv comprises the amino acid sequence of residues 1-244 of SEQ ID NO: 11 in Fig. 3 as represented by SEQ ID NO: 12.
A batch process for remediation of soils contaminated with toxic metals and organic pollutants, in a series of batch processes, said batch process comprising: (a) washing a solid phase of contaminated soil with washing solution, said washing solution comprising a chelating agent, wherein soluble complexes of the chelating agent with the toxic metals are formed in the washing solution, the pH of the solution being adjusted from pH 4 to pH 13 and the washing solution being further amended with supporting compound such as surfactants, emulsifiers, detergents and solvents; (b) separation of the solid phase from the washing solution by filtration to obtain a washed solid phase and process water; (c) rinsing the washed solid phase with a rinsing solution to obtain a rinsed solid phase and a used rinsing solution; (d) alkalinisation of the process water obtained in step (b) and of the used rinsing solution of step (c) to a pH value above pH10 using a Ca-containing base, thereby precipitating metal hydroxides; (e) removal of the precipitated metal hydroxides from the process water of step (d); (f) subsequent acidification of the process water of step (e) to below pH 3, thereby precipitating the chelating agent in the process water; (g) subsequent removal of said precipitated chelating agent from the process water; (h) subsequent treatment of said process water by oxidative degradation in an oxidation process, thereby obtaining a cleansed process water; wherein a first part of said cleansed process water of step (h) is used as rinsing solution in step (c) of the subsequent batch process in said series of batch processes, and a second part of said cleansed process water of step (h) is combined with removed precipitated chelating agent from step (g) to prepare a washing solution used in step (a) of the subsequent batch process in said series of batch processes. (a) washing a solid phase of contaminated soil with washing solution, said washing solution comprising a chelating agent, wherein soluble complexes of the chelating agent with the toxic metals are formed in the washing solution, the pH of the solution being adjusted from pH 4 to pH 13 and the washing solution being further amended with supporting compound such as surfactants, emulsifiers, detergents and solvents; (b) separation of the solid phase from the washing solution by filtration to obtain a washed solid phase and process water; (c) rinsing the washed solid phase with a rinsing solution to obtain a rinsed solid phase and a used rinsing solution; (d) alkalinisation of the process water obtained in step (b) and of the used rinsing solution of step (c) to a pH value above pH10 using a Ca-containing base, thereby precipitating metal hydroxides; (e) removal of the precipitated metal hydroxides from the process water of step (d); (f) subsequent acidification of the process water of step (e) to below pH 3, thereby precipitating the chelating agent in the process water; (g) subsequent removal of said precipitated chelating agent from the process water; (h) subsequent treatment of said process water by oxidative degradation in an oxidation process, thereby obtaining a cleansed process water;
Push window device comprising a rectangular window frame for fitting into a window opening in which window frame at least two window elements are arranged, wherein the window frame is formed from a profile running all the way around comprising a floor-side profile section, a ceiling-side profile section and two side profile sections, wherein the profile running all the way around is manufactured from plastic and in its cross-section incorporates at least two seating portions disposed adjacent to one another to seat one window element (3, 4) each, characterised in that the seating portions fit onto an arrangement of projecting elements disposed parallelly to one another by which the channels extending at right angles to the seating portions are formed to at least partly seat static elements, wherein on the floor-side profile section a base sash frame that incorporates force transmission supports that are directly or indirectly connected to static elements located in the channels is arranged in such a way that they absorb the loads acting on the static elements of the floor-side profile section.
A monoclonal antibody, wherein the monoclonal antibody can specifically bind to an epitope peptide consisting of amino acid residues from positions 119 to 125 of HBsAg protein; wherein the monoclonal antibody is the monoclonal antibody produced by the hybridoma cell line HBs-E6F6, wherein the hybridoma cell line HBs-E6F6 is deposited in China Center for Type Culture Collection(CCTCC), with a deposition number of CCTCC NO.C201270;; or is a chimeric antibody in which the variable region thereof is from the monoclonal antibody produced by said the-hybridoma cell line and the constant region thereof is from a human antibody; wherein the monoclonal antibody is capable of reducing serum level of HBV DNA and/or HBsAg in a subject.
Method for producing an acoustic shield for covering an automobile engine, said method comprising the following operations: - providing a side glass felt layer incorporating a thermosetting resin, said layer having a relative stress-strain characteristic in compression, measured according to the protocol described in standard ISO 3386-1:1986, less than 1 kPa, and in particular less than 0.3 kPa, - providing a back polyurethane foam layer with a density between 8 and 15 g/l and a relative stress-strain characteristic in compression, measured according to the protocol described in standard ISO 3386-1:1986, between 3 and 25 kPa, - hot compressing said layers stacked one upon the other in a mould. - providing a side glass felt layer incorporating a thermosetting resin, said layer having a relative stress-strain characteristic in compression, measured according to the protocol described in standard ISO 3386-1:1986, less than 1 kPa, and in particular less than 0.3 kPa, - providing a back polyurethane foam layer with a density between 8 and 15 g/l and a relative stress-strain characteristic in compression, measured according to the protocol described in standard ISO 3386-1:1986, between 3 and 25 kPa, - hot compressing said layers stacked one upon the other in a mould.
A method for biometric identification for a device having a plurality of user profiles, comprising: detecting (202, 304) biometric information at a first time while a first user profile is being displayed; comparing (204, 314) the detected biometric information with corresponding stored biometric information associated with a stored second user profile of the plurality of user profiles; initiating a timer for a predetermined period of time in response to the comparison, the predetermined period of time being set by the timer, wherein the timer has a value configurable for each user profile; determining whether the biometric information is detected at a second time after expiry of the timer; and if the biometric information is detected at the second time, loading and displaying (216, 316) the second user profile. detecting (202, 304) biometric information at a first time while a first user profile is being displayed; comparing (204, 314) the detected biometric information with corresponding stored biometric information associated with a stored second user profile of the plurality of user profiles; initiating a timer for a predetermined period of time in response to the comparison, the predetermined period of time being set by the timer, wherein the timer has a value configurable for each user profile; determining whether the biometric information is detected at a second time after expiry of the timer; and if the biometric information is detected at the second time, loading and displaying (216, 316) the second user profile.
A terminal box comprising: a main body; at least one pair of terminal strips which are connectable to a positive electrode and a negative electrode of a solar cell module; and a backflow prevention diode bridged between the terminal strips to connect the terminal strips; wherein the blackflow prevention diode comprises a pair of lead wires, the terminal strip comprises a pair of pinching parts for supporting one of the lead wires, each of which pinching part supports said lead wire in a pinched state, and the terminal strip and the backflow prevention diode are contained in the main body, characterized in that the terminal strip further comprises: a supporting part for supporting said one of the lead wires of the backflow prevention diode in a mounted state, the supporting part being disposed between said pair of pinching parts; and a recess which is provided between the supporting part and the pinching part and configured to position a connecting solder upon connecting the lead wire and the terminal strip. a main body; at least one pair of terminal strips which are connectable to a positive electrode and a negative electrode of a solar cell module; and a backflow prevention diode bridged between the terminal strips to connect the terminal strips; wherein the blackflow prevention diode comprises a pair of lead wires, the terminal strip comprises a pair of pinching parts for supporting one of the lead wires, each of which pinching part supports said lead wire in a pinched state, and the terminal strip and the backflow prevention diode are contained in the main body, characterized in that the terminal strip further comprises: a supporting part for supporting said one of the lead wires of the backflow prevention diode in a mounted state, the supporting part being disposed between said pair of pinching parts; and a supporting part for supporting said one of the lead wires of the backflow prevention diode in a mounted state, the supporting part being disposed between said pair of pinching parts; and a recess which is provided between the supporting part and the pinching part and configured to position a connecting solder upon connecting the lead wire and the terminal strip.
Device with a manipulator unit which comprises a driveable manipulator arm on a main body of the manipulator unit, wherein a lifting arrangement with a plurality of separate flexible pulling elements (11, 12) is provided, on which lifting arrangement the manipulator unit can be lowered and/or raised in a freely suspended manner, wherein coupling means acting between the flexible pulling elements (11, 12) and the main body of the manipulator unit are provided such that in the suspended state of the manipulator unit on the pulling elements (11, 12) the main body is adjustable in order to set a predefined spatial orientation of the main body, characterised in that a main plane of the manipulator unit can be tilted from a vertical orientation into a horizontal orientation by a tilting movement, wherein the main plane is a surface side of the main body.
A method for evaluating user perception performed by a system, comprising: acquiring a perception evaluation result of each service among multiple services used by a user; allocating a corresponding service weight value to each service according to service parameter information of each service used by the user, wherein the service weight value refers to a ratio of each service to the multiple services; and generating an overall perception evaluation result of the multiple services used by the user according to all perception evaluation results and corresponding service weight values. acquiring a perception evaluation result of each service among multiple services used by a user; allocating a corresponding service weight value to each service according to service parameter information of each service used by the user, wherein the service weight value refers to a ratio of each service to the multiple services; and generating an overall perception evaluation result of the multiple services used by the user according to all perception evaluation results and corresponding service weight values.
A rail vehicle having a vehicle frame, supported on on-track undercarriages, and a vehicle superstructure with at least one driver's cabin, wherein a motive drive comprises an electric motor supplied by means of an electric energy store which is arranged within at least one fire protection cabinet separated from the driver's cabin, characterized in that the energy store has a tempering by means of a liquid dielectric which additionally functions as an extinguishing medium, wherein a dielectric tank is located above the fire protection cabinet wherein the dielectric tank is connected to the fire protection cabinet via a fire-fighting line lockable by a controllable valve in that way that in the event of a shut-down of the rail vehicle, the fire-fighting line is opened by means of the valve which has become currentless.
A display device comprising: a substrate (110, 120); and formed on said substrate (110, 120): a plurality of data lines disposed on the substrate (110, 120); a first color filter disposed between a first data line and a second data line that are adjacent to each other among the data lines; a first dummy color filter configured to: overlap a third data line that is adjacent to the first data line, be separated from the first color filter, and display a same color as that of the first color filter; and a second color filter disposed at a region between the first data line and the third data line and configured to display a color different from that of the first color filter, wherein a thickness of the first dummy color filter is smaller than that of the first color filter, and a portion of the second color filter is disposed on the first dummy color filter characterized in that a width of the third data line is smaller than a width of the first data line and/or of the second data line. a substrate (110, 120); and formed on said substrate (110, 120): a plurality of data lines disposed on the substrate (110, 120); a plurality of data lines disposed on the substrate (110, 120); a first color filter disposed between a first data line and a second data line that are adjacent to each other among the data lines; a first dummy color filter configured to: overlap a third data line that is adjacent to the first data line, be separated from the first color filter, and display a same color as that of the first color filter; and overlap a third data line that is adjacent to the first data line, be separated from the first color filter, and display a same color as that of the first color filter; and a second color filter disposed at a region between the first data line and the third data line and configured to display a color different from that of the first color filter, wherein a thickness of the first dummy color filter is smaller than that of the first color filter, and a portion of the second color filter is disposed on the first dummy color filter characterized in that a width of the third data line is smaller than a width of the first data line and/or of the second data line.
Rail arrangement, in particular for embedding in a concrete component or the like, comprising an anchorless rail and a filling body (30, 51, 52, 53, 54, 55, 56), wherein the rail comprises two side walls (11, 12) and a base that extend in a longitudinal direction of the rail, wherein the side walls (11, 12) are connected to each other via the base, wherein the side walls (11, 12) have inner sides (14, 15), wherein the base has an inner side, wherein the inner sides (14, 15) of the side walls (11, 12) and the inner side of the base together delimit a receiving space, wherein the filling body (30, 51, 52, 53, 54, 55, 56) is arranged in the receiving space and lies against the inner side of the base, wherein the base has a flat outer side facing away from the filling body (30, 51, 52, 53, 54, 55, 56), wherein the side walls (11, 12) lie opposite each other separated by a centre plane extending in the longitudinal direction perpendicularly to the outer side of the base, wherein at least one of the two side walls (11, 12) has a hook portion (18, 19) which in a direction from the inner side of the base to the filling body (30, 51, 52, 53, 54, 55, 56) is inclined away from the centre plane, wherein the rail has a receiving space height measured perpendicularly to the outer side of the base from the inner side of the base as far as an end side (21, 22), facing away from the base, of the at least one side wall (11, 12), wherein the filling body (30, 51, 52, 53, 54, 55, 56) has a filling body height, measured perpendicularly to the outer side of the base, wherein the filling body height corresponds to 60% to 110%, in particular 90% to 110% of the receiving space height, wherein a clearance (R1, R2, R1', R2') is formed between the filling body (30, 51, 52, 53, 54, 55, 56) and the hook portion (18, 19), wherein the clearance (R1, R2, R1', R2') extends over at least 50% of a height of the hook portion (18, 19), measured parallel to the centre plane, wherein an imaginary cuboid (60, 61) extends in the receiving space from the side wall (11, 12) assigned to the hook portion (18, 19) as far as the centre plane, wherein a first side surface (62, 64) of the cuboid (60, 61) is formed by part of the inner side of the base, and wherein a second side surface (63, 65) of the cuboid (60, 61) is formed by part of the centre plane, wherein the imaginary cuboid (60, 61) extends over the entire receiving space height, characterized in that the clearance (R1, R2, R1', R2') protrudes into the imaginary cuboid (60, 61).
Ruminal bypass composition comprising a gluconic acid and/or one or more salts thereof and a controlled release agent, wherein the controlled release agent is selected from the group consisting of fatty acids, partly or fully hydrogenated animal oils, partly or fully hydrogenated vegetable oils, and mixtures of two or more ingredients selected from fatty acids, partly or fully hydrogenated animal oils, and partly or fully hydrogenated vegetable oils, and wherein the gluconic acid and/or one or more salts thereof is incorporated in a matrix of the controlled release agent.