mhurhangee/ep-ind-claims huggingface dataset:
Heat treatment device, where required having a downstream hot forming device, for example a press, for metallic workpieces, preferably sheet metal parts of a vehicle body, comprising - a first heating station, - a downstream second heating station, - where required, one or several further downstream heating station(s), - a transfer device to lead the workpieces to and/or from the heating stations, and - a control device for the operation of the transfer device and/or the operation of the heating stations, wherein it is provided that, - the first heating station is formed in such a way that the workpiece taken into it or the workpieces taken into it can each be heated to a predetermined temperature for the first heating station within a predetermined dwell time for the first heating station, - the second heating station has more workpiece intake spaces than the first heating station, and is formed in such a way that the workpieces taken into it can each be heated to a predetermined temperature for the second heating station within a predetermined dwell time for the second heating station, which is greater than the predetermined dwell time for the first heating station and/or can be kept constant at this predetermined temperature, wherein the predetermined temperature for the second heating station is approximately equal to or higher than the predetermined temperature for the first heating station, characterised in that, at least one of the heating stations and/or the workpiece intake space (12a-14a) and/or the workpiece intake spaces (12a-14a) of at least one of the heating stations can be adjusted in terms of position. - a first heating station, - a downstream second heating station, - where required, one or several further downstream heating station(s), - a transfer device to lead the workpieces to and/or from the heating stations, and - a control device for the operation of the transfer device and/or the operation of the heating stations, wherein it is provided that, - the first heating station is formed in such a way that the workpiece taken into it or the workpieces taken into it can each be heated to a predetermined temperature for the first heating station within a predetermined dwell time for the first heating station, - the second heating station has more workpiece intake spaces than the first heating station, and is formed in such a way that the workpieces taken into it can each be heated to a predetermined temperature for the second heating station within a predetermined dwell time for the second heating station, which is greater than the predetermined dwell time for the first heating station and/or can be kept constant at this predetermined temperature, wherein the predetermined temperature for the second heating station is approximately equal to or higher than the predetermined temperature for the first heating station,
A device for the ultrasonic welding of a first component to a second component of an electronic cigarette or of an electronic cigarette cartridge, wherein both components (2, 7) are made of a plastic material; the device comprises an ultrasound generator, which delivers an electric pulse to a vibrating assembly, which, in turn, comprises a converter designed to turn the electric pulse into a mechanical vibration movement and transfers it to a sonotrode, which directly transmits the energy in the form of vibrations to the two components (2, 7) to be welded; the sonotrode is designed so as to simultaneously weld a plurality (n 1) of first components to the respective second components and cooperates with a plurality of striker elements, each associated to a respective first component and to a respective second component to be welded; the device is characterised in that each striker element is connected to a sensor, which is designed to detect a parameter (X 1) of the welding process carried out to weld the first component to the second component and to control the welding process carried out to weld the first component to the second component as a function of the parameter (X 1).
A method applied to control the liquid level in a pump system for liquid media comprising: - providing at least one pump having a suction side and a delivery side, - providing a control unit connected to the at least one pump (2; 13), characterised in that the method further comprises: - connecting a first and a second medium source (B1,B2) to two controllable valves (7-1, 7-2), - connecting the at least two controllable valves (7-1, 7-2) on one side (5-1, 5-2) thereof to the suction side, - controlling the valves (7-1, 7-2) by the control unit connected thereto, such that each valve (7-1; 7-2) only allows passage of medium from the first source or second source connected to their respective other valve sides, and - at least one level sensor connected to the control unit, which level sensor is positioned at least near that source where, in the case of a critical level being exceeded, medium is pumped away. - providing at least one pump having a suction side and a delivery side, - providing a control unit connected to the at least one pump (2; 13), characterised in that the method further comprises: - connecting a first and a second medium source (B1,B2) to two controllable valves (7-1, 7-2), - connecting the at least two controllable valves (7-1, 7-2) on one side (5-1, 5-2) thereof to the suction side, - controlling the valves (7-1, 7-2) by the control unit connected thereto, such that each valve (7-1; 7-2) only allows passage of medium from the first source or second source connected to their respective other valve sides, and - at least one level sensor connected to the control unit, which level sensor is positioned at least near that source where, in the case of a critical level being exceeded, medium is pumped away.
A transmission management system configured to receive a request of start of communication between transmission terminals, comprising: a reception unit configured to receive an input of relay device identification information identifying a relay device to be used to relay information transmitted/received between the transmission terminals; characterized by a communication control determining unit configured to determine whether control associated with the start of communication between the terminals can or cannot be executed by the transmission management system using the identified relay device based on domain information included in the relay device identification; and a relay request transmission unit to configured to transmit a relay request information indicating a request of the start of the relay of information to another transmission management system capable of controlling the start of communication using the relay device identified by the relay device identification information based on the relay device identification information received by the reception unit if the communication control determining unit determines, as result of the determination whether control associated with the start of communication between the terminals can or cannot be executed by the transmission management system, that the control cannot be executed. a reception unit configured to receive an input of relay device identification information identifying a relay device to be used to relay information transmitted/received between the transmission terminals; characterized by a communication control determining unit configured to determine whether control associated with the start of communication between the terminals can or cannot be executed by the transmission management system using the identified relay device based on domain information included in the relay device identification; and a relay request transmission unit to configured to transmit a relay request information indicating a request of the start of the relay of information to another transmission management system capable of controlling the start of communication using the relay device identified by the relay device identification information based on the relay device identification information received by the reception unit if the communication control determining unit determines, as result of the determination whether control associated with the start of communication between the terminals can or cannot be executed by the transmission management system, that the control cannot be executed.
An armrest for office chairs, comprising an L-shaped tubular bracket with the horizontal part engagable in the support structure of the seating portion, a tubular sleeve provided upperly with a pad, said tubular sleeve being slidable relative to the vertical part of said L-shaped bracket, characterised in that: - a lateral surface of the vertical part of the L-shaped bracket is provided with a plurality of horizontal parallel slots connected together by a vertical slot, - a lateral surface of the tubular sleeve is provided with an aperture able to selectively face said slots, and characterised by comprising a lever-type push-element having one end inserted into a seat provided in the outer lateral surface of the sleeve, an intermediate transverse rib which rests on the outer surface of the sleeve and forms the fulcrum for the push-element, and its other end provided with an appendix inserted into the aperture and engaged, when in the rest configuration, in one of the slots and disengagable therefrom by pressing on said other end toward the sleeve. - a lateral surface of the vertical part of the L-shaped bracket is provided with a plurality of horizontal parallel slots connected together by a vertical slot, - a lateral surface of the tubular sleeve is provided with an aperture able to selectively face said slots,
A method for preparing a composition for culturing a brain organoid, comprising: (a) decellularizing brain tissue, wherein the brain tissue is stirred in a decellularizing solution and 95% or more of cells of the brain tissue is removed by the decellularization; (b) drying the brain tissue; and (c) gelating the brain tissue, wherein the brain tissue and Matrigel are mixed to obtain a hydrogel containing a decellularized brain extracellular matrix (dBEM) in an amount of 0.01 to 2.0 mg/mL. (a) decellularizing brain tissue, wherein the brain tissue is stirred in a decellularizing solution and 95% or more of cells of the brain tissue is removed by the decellularization; (b) drying the brain tissue; and (c) gelating the brain tissue, wherein the brain tissue and Matrigel are mixed to obtain a hydrogel containing a decellularized brain extracellular matrix (dBEM) in an amount of 0.01 to 2.0 mg/mL.
Dosing apparatus for pasty foodstuffs, comprising a distribution chamber radially provided with a delivery nozzle, and a radial supply conduit of the pasty foodstuff upstream of said delivery nozzle, said nozzle being provided with closing means, and a piston, provided with actuating means, sliding in said distribution chamber from a position of at least partial opening of said delivery nozzle to a position of complete closure thereof; the means of closure of said delivery nozzle being suitably loaded so as to permit delivery when the stroke of the piston is in the position of complete closure of said supply conduit; the actuating means of the piston comprising an inter-resistant lever, fulcrated to a support (4, 5) connected to the distribution chamber, and cooperating with the end of the piston opposite that facing the distribution chamber, in which the end of the piston cooperating by contact with a portion of the outer side wall of the lever suitably shaped, by suitable sliding means, and in which said distribution chamber is obtained longitudinally in an elongated monolithic body, characterised in that said distribution chamber is separated by suitable sealing means from a second chamber, coaxial and concentric to the distribution chamber, in which the end of the piston cooperating with the lever slides, in said second chamber are provided two axially formed through slits facing each other, which are acting as guiding means of said lever, and being provided removable closing means of said second chamber. said distribution chamber is separated by suitable sealing means from a second chamber, coaxial and concentric to the distribution chamber, in which the end of the piston cooperating with the lever slides, in said second chamber are provided two axially formed through slits facing each other, which are acting as guiding means of said lever, and being provided removable closing means of said second chamber.
A method (200; 300) for data determination for a computer tomography recording of a test object, comprising: detecting a sequence of different subsets of measurement transmission recordings of the test object at predetermined, different measurement angle positions to acquire an overall number of measurement transmission recordings based on the different subsets of measurement transmission recordings; and determining reference information based on the reference transmission recordings, wherein the reference information indicates an interference on the measurement transmission recordings each at the different reference times. detecting a sequence of different subsets of measurement transmission recordings of the test object at predetermined, different measurement angle positions to acquire an overall number of measurement transmission recordings based on the different subsets of measurement transmission recordings; and determining reference information based on the reference transmission recordings, wherein the reference information indicates an interference on the measurement transmission recordings each at the different reference times.
A gas barrier multilayer structure precursor comprising a support and, formed thereon, a gas barrier layer precursor comprising layers and, wherein comprises - a polycarboxylic acid polymer (x), and - at least one compound (y), selected from compounds of formula, hydrolysates and condensates thereof: Si 3 Z wherein R each individually is C 1-6 -alkyl, Z is an organic group containing a glycidyloxy or amino group; and - optionally an additive, wherein the weight ratio of (x) to (y), with (y) given in terms of silane coupling agents of formula, is 99.5:0.5 to 80.0:20.0, and the additive, if present, is present in amount such that the weight ratio of (x) to the additive is in the range of 70:30 to 99.9:0.1; and comprises a polyvalent metal compound (z); wherein the infrared absorption spectrum, analyzed by a transmission method, of layer isolated from the support and layer shows a ratio (α/β) of the maximum peak heights (α) in the range of 1,490-1,659 cm -1 and (β) in the range of 1,660-1,750 cm -1 of < 1. comprises - a polycarboxylic acid polymer (x), and - at least one compound (y), selected from compounds of formula, hydrolysates and condensates thereof: Si 3 Z wherein R each individually is C 1-6 -alkyl, Z is an organic group containing a glycidyloxy or amino group; and - optionally an additive, wherein the weight ratio of (x) to (y), with (y) given in terms of silane coupling agents of formula, is 99.5:0.5 to 80.0:20.0, and the additive, if present, is present in amount such that the weight ratio of (x) to the additive is in the range of 70:30 to 99.9:0.1; and - a polycarboxylic acid polymer (x), and - at least one compound (y), selected from compounds of formula, hydrolysates and condensates thereof: Si 3 Z wherein R each individually is C 1-6 -alkyl, Z is an organic group containing a glycidyloxy or amino group; and - optionally an additive, wherein the weight ratio of (x) to (y), with (y) given in terms of silane coupling agents of formula, is 99.5:0.5 to 80.0:20.0, and the additive, if present, is present in amount such that the weight ratio of (x) to the additive is in the range of 70:30 to 99.9:0.1; and comprises a polyvalent metal compound (z);
A system, comprising: an intermediate member sub-assembly comprising an orbiting planetary gearing system, one or more sliders, and one or more slider rods; at least one crankshaft (202, 204) coupled to the intermediate member sub-assembly; wherein the orbiting planetary gearing system couples linear motion of the intermediate member sub-assembly to rotational motion of the at least one crankshaft (202, 204), wherein the orbiting planetary gearing system comprises a plurality of planet gears coupled to a planet carrier, wherein teeth of each of the plurality of planet gears engage with teeth of a ring gear and with teeth of a crank spur gear associated with the at least one crankshaft (202, 204), wherein the planet carrier moves vertically along the one or more slider rods, wherein the one or more slider rods is coupled to the one or more sliders, and wherein each of the one or more sliders move horizontally along one or more slider bearings. an intermediate member sub-assembly comprising an orbiting planetary gearing system, one or more sliders, and one or more slider rods; at least one crankshaft (202, 204) coupled to the intermediate member sub-assembly; wherein the orbiting planetary gearing system couples linear motion of the intermediate member sub-assembly to rotational motion of the at least one crankshaft (202, 204), wherein the orbiting planetary gearing system comprises a plurality of planet gears coupled to a planet carrier, wherein teeth of each of the plurality of planet gears engage with teeth of a ring gear and with teeth of a crank spur gear associated with the at least one crankshaft (202, 204), wherein the planet carrier moves vertically along the one or more slider rods, wherein the one or more slider rods is coupled to the one or more sliders, and wherein each of the one or more sliders move horizontally along one or more slider bearings.
Optical unit of a light curtain monitoring a protective field, said optical unit comprising: a plurality of radiation emitting and/or radiation receiving elements (116, 118, 120) for transmitting and/or receiving radiation beams forming said light curtain, and an elongated support element forming an outer housing of said optical unit (105, 105a, 105b), said support element comprising a housing body and two end caps separate from the housing body, wherein said support element extends along a longitudinal axis of the optical unit between two opposing peripheral regions which comprise each one of the end caps, wherein each end cap is connectable in an abutting manner with another end cap of an adjacent other optical unit (105, 105a, 105b), and wherein the end caps form peripheral walls of the optical unit, and wherein said radiation emitting and/or radiation receiving elements (116, 118, 120) are arranged on at least one optical module (110, 112) within said support element to form a row, characterised in that the optical module is mounted within the support element in a way that the end caps directly accommodate a distal part of the optical module and that in said row the outermost radiation emitting and/or radiation receiving elements (116, 118, 120) are located inside one of the end caps and directly adjacent to the peripheral walls of the optical unit. a plurality of radiation emitting and/or radiation receiving elements (116, 118, 120) for transmitting and/or receiving radiation beams forming said light curtain, and an elongated support element forming an outer housing of said optical unit (105, 105a, 105b), said support element comprising a housing body and two end caps separate from the housing body, wherein said support element extends along a longitudinal axis of the optical unit between two opposing peripheral regions which comprise each one of the end caps, wherein each end cap is connectable in an abutting manner with another end cap of an adjacent other optical unit (105, 105a, 105b), and wherein the end caps form peripheral walls of the optical unit, and wherein said radiation emitting and/or radiation receiving elements (116, 118, 120) are arranged on at least one optical module (110, 112) within said support element to form a row, characterised in that the optical module is mounted within the support element in a way that the end caps directly accommodate a distal part of the optical module and that in said row the outermost radiation emitting and/or radiation receiving elements (116, 118, 120) are located inside one of the end caps and directly adjacent to the peripheral walls of the optical unit.
A two part curable composition comprising: (a) a first part comprising a cyanoacrylate component and a cationic catalyst; and (b) a second part comprising a cationic curable component, wherein when mixed together the cationic catalyst initiates cure of the cationic curable component. (a) a first part comprising a cyanoacrylate component and a cationic catalyst; and (b) a second part comprising a cationic curable component,
An apparatus comprising an eluent generator adapted to supply eluent at a pressure of at least 6.98MPa and a degas assembly, the degas assembly comprising: a low pressure fluid channel for carrying a wash fluid at a first pressure; a pressurized channel for carrying eluent from the eluent generator including a gas at a second pressure higher than the first pressure; a degas separator defining a fluid barrier between the low pressure fluid channel and the pressurized fluid channel, the degas separator configured to retain liquid in the pressurized fluid channel and allow gas to flow through the degas separator to the low pressure fluid channel; wherein the pressurized fluid channel extends along an outer periphery of the low pressure fluid channel, wherein the degas separator is a gas permeable membrane. a low pressure fluid channel for carrying a wash fluid at a first pressure; a pressurized channel for carrying eluent from the eluent generator including a gas at a second pressure higher than the first pressure; a degas separator defining a fluid barrier between the low pressure fluid channel and the pressurized fluid channel, the degas separator configured to retain liquid in the pressurized fluid channel and allow gas to flow through the degas separator to the low pressure fluid channel; wherein the pressurized fluid channel extends along an outer periphery of the low pressure fluid channel, wherein the degas separator is a gas permeable membrane.
Device for producing a milk foam for a hot and/or cold beverage machine, particularly for a coffee machine, with a milk pump for conveying the milk foam and a reprocessing device for the milk foam for changing the consistency of the milk foam, characterised in that the reprocessing device comprises a homogeniser, which is provided for reducing and distributing the air bubbles of the milk foam and which has a reducing region in which a plurality of baffle bodies are arranged, between which a channel labyrinth, which is provided in order to be flowed through by the milk/air mixture, extends.