mhurhangee/ep-ind-claims huggingface dataset:
A compressed gas operated instrument comprising a connector for a compressed gas cartridge to which the compressed gas cartridge is connectable in sealed manner by a supply channel for compressed gas flowing out of the compressed gas cartridge, and also comprising a regulating valve in the supply channel which governs the stream of compressed gas flowing through the supply channel, wherein the regulating valve comprises a valve body which is mounted in a valve chamber through which the supply channel extends, said valve body being displaceable in the valve chamber and sealed with respect to the wall of the valve chamber by means of a first seal, wherein the valve body is connected on the upstream side thereof in sealed manner to a connector element by means of a second seal and is also displaceable with respect to the connector element by displacement thereof in the valve chamber, wherein the connector element comprises a continuous flow channel and is connected at the inlet end thereof to the supply channel in sealed manner, wherein the valve body comprises a flow passage which is connected at the outlet end thereof to the supply channel (66, 18) located downstream of the valve chamber, wherein the valve body is displaceable in the valve chamber against the direction of flow between an open position in which there is a flowing connection between the flow channel of the connector element and the flow passage of the valve body and a closed position in which the valve body abuts in sealed manner against the flow channel of the connector element thereby closing it, wherein the valve body is biased in the direction of the open position by a spring element, wherein the cross-sectional area of the valve body surrounded by the first seal is larger than the cross-sectional area surrounded by the second seal, wherein a closure body is mounted in the supply channel downstream of the regulating valve (68, 74) in displaceable manner, said closure body being displaceable by a connector fitting that is inserted into the supply channel from the downstream side thereof from a closed position located downstream into an open position located upstream, wherein the closure body unblocks the passage through the flow channel in the open position and blocks it in the closed position, and wherein the closure body comprises a passage which permits a very much reduced current of the compressed gas to flow past the closure body even when the closure body is positioned in the closed position.
A baby car seat allowing a position change, the baby car seat comprising: a base body; a car seat frame installed at an upper side of the base body and mounted with a car seat configured to accommodate a baby; a direction changing unit configured to allow a direction of the car seat frame to be changed relative to the base body; a tilting unit configured to allow an angle of the car seat frame to be changed relative to the base body; and an operation unit configured to operate the direction changing unit and the tilting unit, wherein the operation unit operates the direction changing unit and the tilting unit such that a direction of the direction changing unit and an angle of the tilting unit are changed. a base body; a car seat frame installed at an upper side of the base body and mounted with a car seat configured to accommodate a baby; a direction changing unit configured to allow a direction of the car seat frame to be changed relative to the base body; a tilting unit configured to allow an angle of the car seat frame to be changed relative to the base body; and an operation unit configured to operate the direction changing unit and the tilting unit, wherein the operation unit operates the direction changing unit and the tilting unit such that a direction of the direction changing unit and an angle of the tilting unit are changed.
A vehicle braking system comprising a first braking electronic control unit which is operable to control the operation of a first set of vehicle brakes, a second braking electronic control unit which is operable to control the operation of a second set of vehicle brakes, and a first connection between the first and second braking ECUs (20, 24) by means of which an electrical braking control signal may be transmitted between the first and second braking ECUs (20, 24), the first braking ECU being provided with a first wireless signal receiver by means of which data from a further vehicle concerning the braking of the further vehicle may be received, wherein the second braking ECU is provided with a second wireless signal receiver by means of which data from a further vehicle concerning the braking of the further vehicle may be received, and is programmed to, in the event of a failure of the first wireless signal receiver, transmit either the data received from the further vehicle or information or instructions based on the data received from the further vehicle, to the first braking ECU via the first connection.
An apparatus for installing a field fiber in a fiber optic connector having a stub fiber therein and evaluating at least one characteristic of a splice between said stub fiber and said field fiber, at least a portion of said fiber optic connector being at least one of transparent or translucent, said apparatus comprising: a light source for injecting a light into said fiber optic connector via said stub fiber, some of said injected light radiating through said fiber optic connector; a digital camera, said digital camera capturing a digital image of said fiber optic connector; and a digital processor, said digital processor using said digital image to evaluate light radiating through said fiber optic connector to determine said at least one characteristic of said splice, characterized in that: said digital processor further evaluates a spatial pattern of said light radiating through said fiber optic connector, and wherein said digital processor further evaluates said spatial pattern of said light radiating through said fiber optic connector from at least two zones of said fiber optic connector, wherein said at least two zones include at least two of a stub fiber zone, a splice zone, and a field fiber zone. a light source for injecting a light into said fiber optic connector via said stub fiber, some of said injected light radiating through said fiber optic connector; a digital camera, said digital camera capturing a digital image of said fiber optic connector; and a digital processor, said digital processor using said digital image to evaluate light radiating through said fiber optic connector to determine said at least one characteristic of said splice, characterized in that: said digital processor further evaluates a spatial pattern of said light radiating through said fiber optic connector, and wherein said digital processor further evaluates said spatial pattern of said light radiating through said fiber optic connector from at least two zones of said fiber optic connector, wherein said at least two zones include at least two of a stub fiber zone, a splice zone, and a field fiber zone.
A method for differentiating human neural progenitor cells into dopaminergic neurons, which comprises culturing human neural progenitor cells in a medium comprising fusaric acid.
A shower device comprising a guide rail with a U-shaped cross-section and a slide that is slidably arranged in the guide rail, wherein the slide has a holder for receiving a hand shower, wherein the slide features a slide skid, wherein the slide skid has respectively at least one guide element (12, 13) on each side, wherein the guide elements (12, 13) disposed on both sides of the slide skid are mounted in corresponding guide grooves disposed in both legs of the rail with a U-shaped cross-section, characterized in that at least the at least one guide element (12, 13) disposed on one side of the slide skid can be received by the slide skid, so that it is movable in the direction of the slide skid, wherein because of the mobility of the at least one guide element in the slide skid, the slide is displaceable transversely to the longitudinal axis (arrow 40) of the U-shaped guide rail in such a manner that the at least one other guide element (12, 13) on the opposite side of the slide skid disengages from the guide groove dedicated to this at least one other guide element (12, 13).
A dental implant replica for a physical dental model, the dental implant replica comprising: a coronal end; an apical end; a coronal portion extending to the coronal end; a cylindrical apical portion extending to the apical end and including a circumventing indentation; an anti-rotation portion located between the coronal portion and the apical portion and including at least two anti-rotation external convex element (28; 28a-c), each external convex element (28; 28a-c) extending in a longitudinal direction of the dental implant replica over the full height of the anti-rotation portion; and a prosthetic connection interface located at the coronal end. a coronal end; an apical end; a coronal portion extending to the coronal end; a cylindrical apical portion extending to the apical end and including a circumventing indentation; an anti-rotation portion located between the coronal portion and the apical portion and including at least two anti-rotation external convex element (28; 28a-c), each external convex element (28; 28a-c) extending in a longitudinal direction of the dental implant replica over the full height of the anti-rotation portion; and a prosthetic connection interface located at the coronal end.
A multi-pulse propulsion system comprising: at least one pulse chamber containing at least one propellant for igniting during at least one pulse of the multi-pulse propulsion system; a first igniter configured to initiate the at least one pulse by igniting the at least one propellant contained in the at least one pulse chamber, the first igniter being controlled by a main system controller; at least one additional pulse chamber containing at least one additional propellant for igniting during at least one additional pulse of the multi-pulse propulsion system, wherein the at least one additional pulse is subsequent to and separate from the at least one pulse, wherein the at least one additional propellant is not ignited until the at least one additional pulse; and at least one passive fuzing system configured to initiate the at least one additional pulse, the at least one passive fuzing system comprising a sensor and a second igniter, the sensor being configured to sense an environmental condition and/or a ballistic condition, and the second igniter being configured to provide a stimulus that causes ignition of the at least one additional propellant in response to the sensor sensing that the environmental condition and/or the ballistic condition has reached or exceeded one or more threshold values, wherein the passive fuzing system is operable independent of a connection to the main system controller. at least one pulse chamber containing at least one propellant for igniting during at least one pulse of the multi-pulse propulsion system; a first igniter configured to initiate the at least one pulse by igniting the at least one propellant contained in the at least one pulse chamber, the first igniter being controlled by a main system controller; at least one additional pulse chamber containing at least one additional propellant for igniting during at least one additional pulse of the multi-pulse propulsion system, wherein the at least one additional pulse is subsequent to and separate from the at least one pulse, wherein the at least one additional propellant is not ignited until the at least one additional pulse; and at least one passive fuzing system configured to initiate the at least one additional pulse, the at least one passive fuzing system comprising a sensor and a second igniter, the sensor being configured to sense an environmental condition and/or a ballistic condition, and the second igniter being configured to provide a stimulus that causes ignition of the at least one additional propellant in response to the sensor sensing that the environmental condition and/or the ballistic condition has reached or exceeded one or more threshold values, wherein the passive fuzing system is operable independent of a connection to the main system controller.
An isolated antibody, or an antigen binding portion thereof, which binds to human HER3, characterized in that the heavy chain variable domain comprises a CDR1H region comprising the amino acid sequence of SEQ ID NO: 1, a CDR2H region comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 2, and SEQ ID NO: 3 and a CDR3H region comprising the amino acid sequence of SEQ ID NO: 4, and the light chain variable domain comprises a CDR1L region comprising the amino acid sequence of SEQ ID NO: 5, a CDR2L region comprising the amino acid sequence selected from the group consisting of SEQ ID NO: 6 and SEQ ID NO: 7, and a CDR3L region comprising the amino acid sequence of SEQ ID NO: 8, wherein SEQ ID NO: 2 is combined with SEQ ID NO: 6 and wherein SEQ ID NO: 3 is combined with SEQ ID NO: 7. a CDR1H region comprising the amino acid sequence of SEQ ID NO: 1, a CDR2H region comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 2, and SEQ ID NO: 3 and a CDR3H region comprising the amino acid sequence of SEQ ID NO: 4, a CDR1L region comprising the amino acid sequence of SEQ ID NO: 5, a CDR2L region comprising the amino acid sequence selected from the group consisting of SEQ ID NO: 6 and SEQ ID NO: 7, and a CDR3L region comprising the amino acid sequence of SEQ ID NO: 8,
A method for forming a transistor device having a multilayer structure, comprising: embossing a surface of a substrate so as to depress first and second regions of the substrate relative to at least a third region of the substrate; treating the surface of the substrate with a surface modification process that has a different effect on the depressed regions of the substrate relative to the non-depressed regions of the substrate whereby the raised regions and the depressed regions are given different surface energies; and depositing conductive or semiconductive material from solution onto the first and second regions of the substrate so as to form source and drain electrodes on the first and second regions, wherein the source and drain electrodes are electrically insulated from each other by the third region, wherein the deposition of the conductive or semiconductive material is defined by the surface energy of the substrate in the first and second regions; wherein the third region is a ridge wherein the width of the ridge defines a length of a channel of the transistor device; and wherein the treating comprises applying a flat stamp to the surface of the substrate. embossing a surface of a substrate so as to depress first and second regions of the substrate relative to at least a third region of the substrate; treating the surface of the substrate with a surface modification process that has a different effect on the depressed regions of the substrate relative to the non-depressed regions of the substrate whereby the raised regions and the depressed regions are given different surface energies; and depositing conductive or semiconductive material from solution onto the first and second regions of the substrate so as to form source and drain electrodes on the first and second regions, wherein the source and drain electrodes are electrically insulated from each other by the third region, wherein the deposition of the conductive or semiconductive material is defined by the surface energy of the substrate in the first and second regions; wherein the third region is a ridge wherein the width of the ridge defines a length of a channel of the transistor device; and wherein the treating comprises applying a flat stamp to the surface of the substrate.
A steam methane reformer using a high performing metal fiber burner, comprising: a reforming part which is provided with a plurality of reaction tubes in which a catalyst for steam-reforming hydrocarbon materials and producing hydrogen is disposed; a combustion part which is provided with a premixed metal fiber burner for generating heat required for the steam reforming reaction of the reaction tubes; a raw material supplying part for supplying hydrocarbon materials to the reaction tube; and a hydrogen discharging part for discharging hydrogen produced through the steam reforming reaction by the catalyst of the reaction tube, characterized in that the premixed metal fiber burner comprises: a main body formed with a cylindrical premixing chamber in which air, fuel and hydrogen are mixed; a metal fiber mat which is formed at one side of the main body to form a flame; a fuel/air supplying part which is formed at the other side of the main body to supply the air or fuel; a hydrogen supplying part which is formed at another side of the main body to supply the hydrogen; and ignition part for igniting the metal fiber mat. a reforming part which is provided with a plurality of reaction tubes in which a catalyst for steam-reforming hydrocarbon materials and producing hydrogen is disposed; a combustion part which is provided with a premixed metal fiber burner for generating heat required for the steam reforming reaction of the reaction tubes; a raw material supplying part for supplying hydrocarbon materials to the reaction tube; and a hydrogen discharging part for discharging hydrogen produced through the steam reforming reaction by the catalyst of the reaction tube, a main body formed with a cylindrical premixing chamber in which air, fuel and hydrogen are mixed; a metal fiber mat which is formed at one side of the main body to form a flame; a fuel/air supplying part which is formed at the other side of the main body to supply the air or fuel; a hydrogen supplying part which is formed at another side of the main body to supply the hydrogen; and ignition part for igniting the metal fiber mat.
An adjustment system for connections between metal structures which consists of two plates, comprising: - a plate provided with four radial slits where one part of the structure to be connected can be joined; - a second plate provided with four circular slits where another part of the structure to be connected can be joined; - joining screw pins which pass through the radial slits in plate and through the circular slits in plate in order to join the two parts by means of the corresponding nuts which tighten the said plates together, it being possible to adjust the position of the two plates (1 and 2) with respect to their movement on axes X, Y. and Z. - a plate provided with four radial slits where one part of the structure to be connected can be joined; - a second plate provided with four circular slits where another part of the structure to be connected can be joined; - joining screw pins which pass through the radial slits in plate and through the circular slits in plate in order to join the two parts by means of the corresponding nuts which tighten the said plates together,
A nacelle assembly for a gas turbine engine comprising: a first nacelle section; and a second nacelle section including a leading edge and a trailing edge and movable relative to the first nacelle section for modifying an area of a nozzle opening; characterized in that at least one non-powered stiffener is attached between the second nacelle section and the first nacelle section, the at least one stiffener comprising a first base portion mounted to the first nacelle section, a second base section mounted to the second nacelle section, and a connecting member received within each of the first base portion and the second base portion. a first nacelle section; and a second nacelle section including a leading edge and a trailing edge and movable relative to the first nacelle section for modifying an area of a nozzle opening; characterized in that at least one non-powered stiffener is attached between the second nacelle section and the first nacelle section, the at least one stiffener comprising a first base portion mounted to the first nacelle section, a second base section mounted to the second nacelle section, and a connecting member received within each of the first base portion and the second base portion.
A system to provide automatic compensation for frequency attenuation of a video signal transmitted over a cable, comprising: an equalizer that is configured to receive a video signal that was transmitted over a cable, provides compensation for frequency attenuation that occurred during the transmission over the cable, and outputs a compensated video signal; and a compensation controller that is configured to adjust automatically the compensation provided by the equalizer based on comparisons of one or more portions of the compensated video signal to one or more reference voltage levels; wherein each line of the compensated video signal includes a horizontal sync portion, followed by a breezeway portion, followed a color burst portion if the video signal is color, followed by an active video portion; wherein the compensation controller is configured to compare the horizontal sync portion of the compensated video signal to a sync level reference voltage, the breezeway portion of the compensated video signal to a blanking level reference voltage, and the color burst portion of the compensated video signal to a burst level reference voltage if the video signal is color; and wherein the compensation controller is configured to automatically adjust the compensation provided by the equalizer based on results of the comparisons. an equalizer that is configured to receive a video signal that was transmitted over a cable, provides compensation for frequency attenuation that occurred during the transmission over the cable, and outputs a compensated video signal; and a compensation controller that is configured to adjust automatically the compensation provided by the equalizer based on comparisons of one or more portions of the compensated video signal to one or more reference voltage levels;
Pressing element for manufacturing coated panels, more specifically laminate panels, wherein this pressing element comprises a metal plate having at least two sections which exhibit a surface structure suitable for forming a structure on in each case one of the aforementioned laminate panels, and having a first zone which extends in a first direction between the aforementioned two sections, wherein the aforementioned surface structure defines a lowest point and a highest point, wherein the aforementioned first zone comprises a first chamber which is located at a depth below the aforementioned highest point and at most 0.3 mm below the aforementioned lowest point, but preferably at the level of or above the lowest point, characterized in that the pressing element has at least two rows of in each case at least two aforementioned sections with an aforementioned first zone, wherein, between the aforementioned rows, a second zone also extends in a second direction transverse to the aforementioned first direction, and in that the chambers of the aforementioned first and second zones, at least at the location of their intersection, are configured to be shallower than their overall depth.