mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic circuit including a hydraulic machine and a pressure accumulator connected by pipelines, this machine generating pressure oscillations in the circuit according to a range of excitation frequencies, characterized in that it comprises two variants of this circuit (14, 16) comprising two pipelines (14, 16) of different length arranged in parallel forming each circuit variant when one or other of these pipelines is closed, giving different modal responses to the excitation frequencies, and controlled means (10, 12) implementing one or other (14, 16) of these variants, being actuated according to the rotation speed of the hydraulic machine and its excitation frequency, the changes of circuit variant being realized at intersections of the curves of modal response (20, 24) of each of these variants, for using the circuit variant giving the lowest modal response.
A syringe tip cap comprising - a body having two end faces (22, 23), wherein one of the end faces is provided with an opening leading to an axial blind bore having a bottom and an inner side wall, and - an insert consisting of elastic material fitted into the bore and having two end faces, wherein one end face abuts to the bottom of the bore and the other is exposed to the bore, characterized in that - a surface of the insert is coated with a fluoropolymer film at least on the exposed end face, - said body consisting of an elastic material designed to give a tight and stable fit of the cap to a syringe tip, - the elastic material is natural or synthetic rubber, - the fluoropolymer film comprises polytetrafluorethylene, fluoroethylene-propylene copolymer or ethylene-tetrafluoroethylene copolymer, - the elastic material of the body is different from that of the insert, - and in that the the fluoropolymer film at the exposed end face of the insert is configured to be pressed to an opening of a syringe tip to provide a tight seal resistant to the contents of the syringe. - a body having two end faces (22, 23), wherein one of the end faces is provided with an opening leading to an axial blind bore having a bottom and an inner side wall, and - an insert consisting of elastic material fitted into the bore and having two end faces, wherein one end face abuts to the bottom of the bore and the other is exposed to the bore, characterized in that - a surface of the insert is coated with a fluoropolymer film at least on the exposed end face, - said body consisting of an elastic material designed to give a tight and stable fit of the cap to a syringe tip, - the elastic material is natural or synthetic rubber, - the fluoropolymer film comprises polytetrafluorethylene, fluoroethylene-propylene copolymer or ethylene-tetrafluoroethylene copolymer, - the elastic material of the body is different from that of the insert, - and in that the the fluoropolymer film at the exposed end face of the insert is configured to be pressed to an opening of a syringe tip to provide a tight seal resistant to the contents of the syringe.
A process for the quasi-continuous thermal production of hydrogen from water vapor by associating oxygen to a reaction partner to release hydrogen and regenerating the reaction partner at a higher temperature to release bound oxygen, characterized in that: said release of hydrogen and regeneration of the reaction partner at a higher temperature to release bound oxygen are performed in sequential reversible steps in at least two radiation-heated reaction chambers in parallel, in each of which at least one reactant selected from the group comprising zinc oxides and/or manganese oxides and/or lanthanum oxides and/or oxides of general formula M x 2+ Zn 1-x 2+ Fe 2 O 4, wherein M is a divalent metal ion selected from the group of Mg, Ca, Mn, Fe, Co, Ni, Cu, Zn, Sr, Sn, Ba, Cd or Pb, wherein x is a number within a range of from 1 to 5; and/or mixtures of such oxides is locally fixed and provided as a coating on a ceramic support structure, wherein sunlight is supplied to the reaction chambers by means of optical systems, and cyclically alternating reaction conditions in the reaction chambers are provided by a cyclic change of the temperatures of the reaction chambers by changing the reaction chambers relative to the radiation source, wherein a temperature within a range of from 504 °C to 900 °C is set in a first reaction chamber, and a temperature within a range of from 1000 °C to 1400 °C is set in a second reaction chamber. said release of hydrogen and regeneration of the reaction partner at a higher temperature to release bound oxygen are performed in sequential reversible steps in at least two radiation-heated reaction chambers in parallel, in each of which at least one reactant selected from the group comprising zinc oxides and/or manganese oxides and/or lanthanum oxides and/or oxides of general formula M x 2+ Zn 1-x 2+ Fe 2 O 4, wherein M is a divalent metal ion selected from the group of Mg, Ca, Mn, Fe, Co, Ni, Cu, Zn, Sr, Sn, Ba, Cd or Pb, wherein x is a number within a range of from 1 to 5; and/or mixtures of such oxides is locally fixed and provided as a coating on a ceramic support structure, wherein sunlight is supplied to the reaction chambers by means of optical systems, and cyclically alternating reaction conditions in the reaction chambers are provided by a cyclic change of the temperatures of the reaction chambers by changing the reaction chambers relative to the radiation source, wherein a temperature within a range of from 504 °C to 900 °C is set in a first reaction chamber, and a temperature within a range of from 1000 °C to 1400 °C is set in a second reaction chamber.
A method for controlling media content delivery comprising: establishing communications via a data channel between a media content source and a media device for delivery of media content; establishing communications via a backchannel (1102; 1104; 1106) between the media content source and the media device, wherein the backchannel is separate from the data channel; receiving, at the media device, a user command; sending, in a first format, media control information based on the user command from the media device via the backchannel; receiving the media control information in the first format at a clearinghouse; processing the media control information at the clearinghouse into a second format that is understandable by the media content source; transmitting the processed media control information from the clearinghouse to the media content source; and controlling, at the media content source, the delivery of the media content to the media device via the data channel in response to the media control information sent from the media device via the backchannel. establishing communications via a data channel between a media content source and a media device for delivery of media content; establishing communications via a backchannel (1102; 1104; 1106) between the media content source and the media device, wherein the backchannel is separate from the data channel; receiving, at the media device, a user command; sending, in a first format, media control information based on the user command from the media device via the backchannel; receiving the media control information in the first format at a clearinghouse; processing the media control information at the clearinghouse into a second format that is understandable by the media content source; transmitting the processed media control information from the clearinghouse to the media content source; and controlling, at the media content source, the delivery of the media content to the media device via the data channel in response to the media control information sent from the media device via the backchannel.
Steering system assembly for commercial vehicles, the steering system comprising: - a steering axle, - a power steering, - leverages (2,3,4,5) to transmit the steering motion from the power steering to a spindle arm of a steering wheel spindle of the steering axle, the power steering being arranged over the steering axle and substantially at the steering axles, said leverages (2,3,4,5) comprising a swinging arm having a fulcrum on the power steering and suitable to lie in a vertical longitudinal plane of the vehicle; characterised in that the spindle arm is arranged vertically under said fulcrum. - a steering axle, - a power steering, - leverages (2,3,4,5) to transmit the steering motion from the power steering to a spindle arm of a steering wheel spindle of the steering axle,
A stop lamp operation controller for supplying a battery voltage (Vb) to a stop lamp via a brake detection switching element which is turned ON during a braking operation of a vehicle, wherein the stop lamp operation controller comprises: a primary line and a secondary line aligned in parallel between the brake detection switching element and the stop lamp; a first relay for placing the secondary line in a non-conductive state during an excited state and alternatively placing the secondary line in a conductive state during a non-exited state; a second relay for placing the primary line in a non-conductive state during an excited state and alternatively placing the primary line in a conductive state during a non-excited state; a rapid braking condition judgment means for judging a rapid braking condition; characterized in that when both the first relay and the second relay are in the non-excited state the battery voltage (Vb) can be supplied to the stop lamp through the primary line and the secondary line during a braking operation of the vehicle, and in that a control means places the first relay in the excited state and periodically placing the second relay in the non-excited state and the excited state, when a rapid braking condition is judged by the rapid braking condition judgment means, and alternatively places both the first relay and the second relay in the non-excited state, when a rapid braking condition is not judged by the rapid braking condition means. a primary line and a secondary line aligned in parallel between the brake detection switching element and the stop lamp; a first relay for placing the secondary line in a non-conductive state during an excited state and alternatively placing the secondary line in a conductive state during a non-exited state; a second relay for placing the primary line in a non-conductive state during an excited state and alternatively placing the primary line in a conductive state during a non-excited state; a rapid braking condition judgment means for judging a rapid braking condition; characterized in that when both the first relay and the second relay are in the non-excited state the battery voltage (Vb) can be supplied to the stop lamp through the primary line and the secondary line during a braking operation of the vehicle, and in that a control means places the first relay in the excited state and periodically placing the second relay in the non-excited state and the excited state, when a rapid braking condition is judged by the rapid braking condition judgment means, and alternatively places both the first relay and the second relay in the non-excited state, when a rapid braking condition is not judged by the rapid braking condition means.
A method of pyrolysis (thermal decomposition) of solid bulk organic waste, especially sewage sludge and sludge from biogas station in a reactor, wherein the solid bulk organic waste is fed to the reaction space of the reactor, around which a heated hollow casing of the reaction space is arranged in the inner space of the reactor, which forms the duct of the heat transfer medium, separated from the inner space of the reactor, and during passage of the solid bulk organic waste through this reaction space its pyrolysis takes place, whereby the solid bulk organic waste and solid products of pyrolysis come-out from the reaction space by the action of gravity into the inner space of the reactor below the reaction space, while its movement throught the reaction space is decelerated by a counter flow of the steam and gas product of the pyrolysis coming through the reaction space.
Combination of a TGF-beta inhibitor selected from the group consisting of an ALK-5 inhibitor, a neutralizing pan-anti-TGF-beta antibody, a neutralizing antibody against TGF-beta-1, or/and -2, or/and -3, a neutralizing anti-TGF-beta receptor type I or/and type II or/and type III antibody or binding fragments thereof, with IL-2 and GM-CSF for use in a method of treating a malignant tumor in a patient, wherein the TGF-beta inhibitor and IL-2 and GM-CSF are injected intratumorally.
A baling press comprising: a bale pressing channel; a ram reciprocally movable in a pressing chamber portion of the bale pressing channel for pressing material in the bale pressing channel; a feeding chute communicating with the pressing chamber via a feed passage forming a downstream end of the feeding chute; a feeding chute valve which, in closed position, closes off the feeding chute near the pressing channel; and a closure movable between an open and a closed position, the closure closing off an opening in a wall of the pressing chamber when the closure is in a closed position and allowing a person to at least partially access the pressing chamber via the opening when the closure is in an open position; characterized by: a lock (21; 121; 221) with a bolt (22; 122) movable for locking and unlocking the closure, said lock (21; 121; 221) being operable for unlocking the closure; and an operating member (35; 135; 235) arranged for being operated by the feeding chute valve when the feeding chute valve is in the closed position, said operating member (35; 135; 235) being coupled to the lock (21; 121; 221) for unlocking or allowing unlocking of the lock (21; 121; 221) only if the operating member (35; 135; 235) is operated by the feeding chute valve in or near its closed position. a bale pressing channel; a ram reciprocally movable in a pressing chamber portion of the bale pressing channel for pressing material in the bale pressing channel; a feeding chute communicating with the pressing chamber via a feed passage forming a downstream end of the feeding chute; a feeding chute valve which, in closed position, closes off the feeding chute near the pressing channel; and a closure movable between an open and a closed position, the closure closing off an opening in a wall of the pressing chamber when the closure is in a closed position and allowing a person to at least partially access the pressing chamber via the opening when the closure is in an open position; characterized by: a lock (21; 121; 221) with a bolt (22; 122) movable for locking and unlocking the closure, said lock (21; 121; 221) being operable for unlocking the closure; and an operating member (35; 135; 235) arranged for being operated by the feeding chute valve when the feeding chute valve is in the closed position, said operating member (35; 135; 235) being coupled to the lock (21; 121; 221) for unlocking or allowing unlocking of the lock (21; 121; 221) only if the operating member (35; 135; 235) is operated by the feeding chute valve in or near its closed position. a lock (21; 121; 221) with a bolt (22; 122) movable for locking and unlocking the closure, said lock (21; 121; 221) being operable for unlocking the closure; and an operating member (35; 135; 235) arranged for being operated by the feeding chute valve when the feeding chute valve is in the closed position, said operating member (35; 135; 235) being coupled to the lock (21; 121; 221) for unlocking or allowing unlocking of the lock (21; 121; 221) only if the operating member (35; 135; 235) is operated by the feeding chute valve in or near its closed position.
A terephthalic acid production process comprising: isolating solids comprising terephthalic acid from a product isolation feed stream in a product isolation zone to thereby produce an isolated product comprising isolated solids, wherein said isolated solids comprise purified terephthalic acid particles and oxidation byproducts, wherein said oxidation byproducts include at least one compound selected from the group consisting of isophthalic acid, phthalic acid, trimellitic acid, 2,5,4'-tricarboxybiphenyl, 2,5,4'-tricarboxybenzophenone, para-toluic acid (p-TAc), 4-carboxybenzaldehyde (4-CBA), naphthalene dicarboxylic acid, monocarboxyfluorenones, and dicarboxyfluorenones, and are formed in said production process, wherein said oxidation byproducts exit said product isolation zone with said isolated solids and are combined with said isolated product to form a combined stream wherein said combined stream has oxidation byproducts in the range of 1,000 to 100,000 ppmw.
A security element for an object to be protected, such as e.g. a security paper, value document or the like, which has a substrate with a plurality of microreflectors disposed in a pattern and a plurality of microstructures which together with the microreflectors produce an image perceptible to a viewer, characterized in that - each microstructure is configured as a reflective grating and associated with one of the microreflectors, thereby forming grating reflectors each consisting of one microreflector and at least one grating, - each grating is so configured that it diffracts visible radiation incident from a half-space into a first diffraction order and toward the associated microreflector, - in each grating reflector the grating and the microreflector are matched to each other such that the microreflector reflects radiation diffracted by the grating into the first diffraction order back into the half-space as return radiation, and - within the pattern at least one of the following properties of the grating reflectors varies to produce the image: diffracting property of the gratings, position of the gratings relative to the respectively associated microreflector, reflecting property of the microreflectors. - each microstructure is configured as a reflective grating and associated with one of the microreflectors, thereby forming grating reflectors each consisting of one microreflector and at least one grating, - each grating is so configured that it diffracts visible radiation incident from a half-space into a first diffraction order and toward the associated microreflector, - in each grating reflector the grating and the microreflector are matched to each other such that the microreflector reflects radiation diffracted by the grating into the first diffraction order back into the half-space as return radiation, and - within the pattern at least one of the following properties of the grating reflectors varies to produce the image: diffracting property of the gratings, position of the gratings relative to the respectively associated microreflector, reflecting property of the microreflectors.
Method for the in-vitro detection / prediction of an imminent childbirth, comprising a step of simultaneous search, in a sample of vaginal or cervical secretions, for markers of the group consisting of intact insulin-like growth factor-binding protein 1 (IGFBP-1 intact), total insulin-like growth factor-binding protein 1 comprising the intact insulin-like growth factor-binding protein 1 and a N-Terminal fragment of insulin-like growth factor-binding protein 1 (total IGFBP-1 B) and Interleukin 6 (IL- 6), imminent childbirth is detected / predicted when at least two of the group markers consisting of intact insulin-like growth factor-binding protein 1 (IGFBP-1 intact), total insulin-like growth factor-binding protein 1 (IGFBP-1 total) and interleukin 6 (IL-6), are detected.
A laser scanning microscope comprising: an exciting observation light source emitting exciting observation light; a stimulation light source emitting stimulation light; a first scanning portion that two-dimensionally scans the exciting observation light emitted from the exciting observation light source across a specimen; a second scanning portion that sets a two-dimensional position on the specimen to which the stimulation light emitted from the stimulation light source is irradiated; an optical path combining portion that brings the exciting observation light scanned by the first scanning portion and the stimulation light positioned by the second scanning portion to an identical optical path; an objective lens that irradiates the specimen with the exciting observation light and/or the stimulation light passed through the optical path combining portion, and also converges fluorescence light emitted from the specimen; and a detecting portion that detects the fluorescence light converged by the objective lens, wherein the optical path combining portion is disposed so as to be in an optically conjugate relationship with the first scanning portion and the second scanning portion, and wherein the optical path combining portion comprises an optical element having no wavelength dependence. an exciting observation light source emitting exciting observation light; a stimulation light source emitting stimulation light; a first scanning portion that two-dimensionally scans the exciting observation light emitted from the exciting observation light source across a specimen; a second scanning portion that sets a two-dimensional position on the specimen to which the stimulation light emitted from the stimulation light source is irradiated; an optical path combining portion that brings the exciting observation light scanned by the first scanning portion and the stimulation light positioned by the second scanning portion to an identical optical path; an objective lens that irradiates the specimen with the exciting observation light and/or the stimulation light passed through the optical path combining portion, and also converges fluorescence light emitted from the specimen; and a detecting portion that detects the fluorescence light converged by the objective lens, wherein the optical path combining portion is disposed so as to be in an optically conjugate relationship with the first scanning portion and the second scanning portion, and wherein the optical path combining portion comprises an optical element having no wavelength dependence.