mhurhangee/ep-ind-claims huggingface dataset:
Electrical power supply disconnector used in a protection module protecting against electrical faults to make or break the connection between current conductors and a power supply circuit, said power supply disconnector being characterized in that it comprises: - a housing of rectangular section, comprising a top wall and a bottom wall, the internal faces of the top wall and of the bottom wall facing one another and delimiting a central passage oriented along a central axis, the bottom wall bearing, on its internal face, at least one bottom contact blade, the top wall bearing, on its internal face, at least one first top contact blade, said first top contact blade being situated facing the first bottom contact blade along a contact axis, and - a slide arranged to slide in the central passage in the direction of the central axis, characterized in that the slide is adapted to support at least one first electricity-conducting bar, said first bar being oriented along the contact axis and arranged to electrically connect the first bottom contact blade and the first top contact blade when said slide is in a first position. - a housing of rectangular section, comprising a top wall and a bottom wall, the internal faces of the top wall and of the bottom wall facing one another and delimiting a central passage oriented along a central axis, the bottom wall bearing, on its internal face, at least one bottom contact blade, the top wall bearing, on its internal face, at least one first top contact blade, said first top contact blade being situated facing the first bottom contact blade along a contact axis, and - a slide arranged to slide in the central passage in the direction of the central axis,
A method for assembling an optical connector comprising a ferrule member having a ferrule body holding a built-in fiber, a first housing for accommodating the ferrule member, and a second housing for introducing therein an optical fiber to be connected to the built-in fiber, the method comprising the steps of: mounting a protection cap to the ferrule body; fusion-splicing the optical fiber introduced in the second housing and the built-in fiber to each other; and inserting the protection cap mounted with the ferrule body into the first housing, so as to assemble the first and second housings to each other. mounting a protection cap to the ferrule body; fusion-splicing the optical fiber introduced in the second housing and the built-in fiber to each other; and inserting the protection cap mounted with the ferrule body into the first housing, so as to assemble the first and second housings to each other.
Laminated packaging material for packaging of liquid food products, comprising a barrier film, which barrier film comprises a substrate layer in the form of a web or sheet, and a first barrier coating of an amorphous diamond-like carbon, the laminated packaging material further comprising a bulk layer of paper or paperboard or other cellulose-based material, a first outermost liquid tight, heat sealable polymer layer providing the outermost surface of a packaging container made from the laminated packaging material, and a second, innermost liquid tight, heat sealable polymer layer on the opposite, inner and second side of the barrier film, the second, innermost polymer layer providing the innermost surface of a packaging container made from the packaging material to be in contact with the packed product, the barrier film being bonded to a first side of the bulk layer by a bonding layer, the bonding layer being in direct contact with the first coating of amorphous DLC, said first outermost liquid tight, heat sealable polymer layer being applied on the opposite, second and outer, side of the bulk layer, while said second innermost liquid tight, heat sealable polymer layer is applied on the inner side of the barrier film, which is opposite to the side that is bonded to the bulk layer, wherein the substrate layer is a polymer film selected from the group consisting of films based on any of polyesters or polyamides or blends thereof, or multilayer films having a surface layer comprising any of said polymers or blends thereof, and wherein the substrate layer of the barrier film has an adhesion-promoting primer coating of an amorphous diamond-like carbon on its other side, opposite the side coated with the barrier coating, and wherein the barrier film is bonded to the second innermost liquid tight, heat sealable polymer layer by means of the adhesion-promoting primer coating, being a second coating of DLC.
A system for hot-dip galvanization of automotive components for mass production hot-dip galvanization of a large number of identical or similar automotive components, the system comprising a hot-dip galvanization device for hot-dip galvanization of the automotive components and with a galvanizing bath comprising a molten zinc/aluminum alloy, wherein a conveying device is provided, comprising at least one goods carrier for conveying a group of automotive components to be fastened to the goods carrier, wherein a flux application device is provided for flux application to the surface of the automotive components, characterized in that a handling device is provided for feeding, immersing and removal an isolated automotive component into and from the molten zinc/aluminium alloy galvanization bath of the hot-dip galvanization device and in that the handling device has at least one handling means arranged between the flux application device and the hot-dip galvanization device, wherein the handling means is designed such that it takes one of the automotive components from the group of automotive components and then feeds it to the hot-dip galvanization device for individual hot-dip galvanization and wherein the handling means is configured such that an isolated automotive component dips into an immersion region of the galvanization bath, then moves from the immersion region to an adjacent removal region and is subsequently removed in the removal region.
A method for testing a plurality of processing modules (11, 12) of exhaust gas of a motor vehicle which are installed along an exhaust line and including: - a plurality of processing modules (11, 12) of nitrogen oxides by selective catalytic reduction, each processing module (11, 12) being arranged so as to be able to store a maximum mass of ammonia, - injection means of ammonia or of an ammonia precursor, such as urea, upstream of the plurality of processing modules (11, 12) of nitrogen oxides, - means for measuring the presence of at least one species among nitrogen oxides and ammonia, downstream of the plurality of processing modules (11, 12), the method including: a testing phase with the steps consisting of: - stopping during a predetermined time an injection of ammonia or of ammonia precursor, - injecting, upstream of the processing modules (11, 12), a quantity of ammonia or of ammonia precursor, leading to a mass of ammonia to be stored which is at least greater than a maximum storage mass of ammonia of a single processing module (11, 12) and less than the sum of the maximum storage masses of all the processing modules (11, 12), - measuring a level of ammonia and/or of nitrogen oxides downstream of the plurality of processing modules (11, 12), an analysis phase with the step consisting of: - comparing the measured level of ammonia and/or of nitrogen oxides with a predetermined threshold. - a plurality of processing modules (11, 12) of nitrogen oxides by selective catalytic reduction, each processing module (11, 12) being arranged so as to be able to store a maximum mass of ammonia, - injection means of ammonia or of an ammonia precursor, such as urea, upstream of the plurality of processing modules (11, 12) of nitrogen oxides, - means for measuring the presence of at least one species among nitrogen oxides and ammonia, downstream of the plurality of processing modules (11, 12), - stopping during a predetermined time an injection of ammonia or of ammonia precursor, - injecting, upstream of the processing modules (11, 12), a quantity of ammonia or of ammonia precursor, leading to a mass of ammonia to be stored which is at least greater than a maximum storage mass of ammonia of a single processing module (11, 12) and less than the sum of the maximum storage masses of all the processing modules (11, 12), - measuring a level of ammonia and/or of nitrogen oxides downstream of the plurality of processing modules (11, 12), an analysis phase with the step consisting of: - comparing the measured level of ammonia and/or of nitrogen oxides with a predetermined threshold. - comparing the measured level of ammonia and/or of nitrogen oxides with a predetermined threshold.
A modulator/demodulator device for sending and receiving data over a transmission channel on an electricity network, the device being connected to the transmission channel by an additional line, the device including a signal processor unit connected to at least one power supply unit and to coupling means (3, 16, 18) providing coupling between the signal processor unit and the transmission channel, the data traveling via the coupling means, the device being characterized in that the coupling means (3, 16, 18) comprise an input stage (16, 18) of the power supply unit.
A switch assembly comprising a switch and a servo drive system for the switch, the servo drive system including - a motor for driving the switch; - a power section for supplying power to the motor; and - a control unit embodied as a programmable safety controller for actuating the power section depending on a desired value; characterized, that the control unit includes a first and second processor unit (6, 7); and is designed to run a program in order to implement a switching command for the switch, wherein the first and second processor unit (6, 7) run the program in parallel. - a motor for driving the switch; - a power section for supplying power to the motor; and - a control unit embodied as a programmable safety controller for actuating the power section depending on a desired value; characterized, that the control unit includes a first and second processor unit (6, 7); and is designed to run a program in order to implement a switching command for the switch, wherein the first and second processor unit (6, 7) run the program in parallel.
A method for producing a multisegment filter of the tobacco-processing industry, wherein initially, a group (47, 47') of filter segments (40, 40', 41, 41 ', 42, 43) is combined, and the group (47, 47') of filter segments (40, 40', 41, 41 ', 42, 43) is conveyed in a direction transverse to its longitudinal axis, wherein the group (47, 47') of filter segments (40, 40', 41, 41', 42, 43) has a first front face and a second front face, wherein one filter segment of the group (47, 47') of filter segments (40, 40', 41, 41', 42, 43) that has the first front face is cut into a first part and a second part, characterized in that the first part or the second part is regrouped on the outside on the side of the group (47, 47') of filter segments (40, 40', 41, 41', 42, 43) with the second front face.
A packaged oral care implement comprising: a blister package having a receiving cavity; and an oral care implement positioned within the receiving cavity; the blister package comprising a panel, the panel comprising a tear-away portion and a base portion, the tear-away portion comprising an edge lying substantially flush with the base portion; characterized by a protuberance extending from an inner surface of the tear-away portion, and a force-application area, the protuberance located between the edge and the force-application area; and by the edge protruding outwardly from the base portion when a force is applied to the force-application area as a result of the protuberance acting as a fulcrum. a blister package having a receiving cavity; and an oral care implement positioned within the receiving cavity; the blister package comprising a panel, the panel comprising a tear-away portion and a base portion, the tear-away portion comprising an edge lying substantially flush with the base portion; characterized by a protuberance extending from an inner surface of the tear-away portion, and a force-application area, the protuberance located between the edge and the force-application area; and by the edge protruding outwardly from the base portion when a force is applied to the force-application area as a result of the protuberance acting as a fulcrum.
A swelling tape for a secondary battery, the swelling tape comprising a base layer and an adhesive swelling layer, wherein the adhesive swelling layer comprises a water-based self-healing binder; and the water-based self-healing binder comprises alginate. wherein the adhesive swelling layer comprises a water-based self-healing binder; and the water-based self-healing binder comprises alginate.
Control method for lifting height preselection for an industrial truck having a load receiving means, in particular a load fork, which is guided in a vertically movable fashion on a lifting frame, wherein a specific lifting height which is to be moved to can be selected, in that in a first step the load receiving means is moved in the direction of the lifting height (R1-R6) which is to be moved to with an operated control device, in that the load receiving means is raised or lowered, and when an additional switch is activated, or alternatively without an additional switch in the case of a reduction of the lifting speed below a specific lifting speed threshold value, the next programmed-in lifting height which is to be reached is selected and the lifting movement is stopped automatically at said lifting height by the control device, characterized in that a selection is made between positioning in or removing from a storage means by subsequent brief activation of the additional switch or alternatively of the operated control device.
A system comprising: a translation server operable to perform machine translation obtaining translation model data from a translation model for translation between a source language and a target language and language model data from a language model for the target language, the translation server further operable to translate text in the source language into the target language using the obtained translation model data and language model data, the translation server comprising: a request queue operable to temporarily store requests for language model data to be obtained for translating a segment in the source language, a local segment translation server cache (630, 631) operable to store language model data obtained by the requests by the translation server, wherein the local segment translation cache (630, 631) is configured to store selected language model data obtained during a translating of a current segment so that all language model n-grams needed for the current segment are available within the segment translation server; and wherein the translation server is configured to send queued requests together to one or more language model servers. a translation server operable to perform machine translation obtaining translation model data from a translation model for translation between a source language and a target language and language model data from a language model for the target language, the translation server further operable to translate text in the source language into the target language using the obtained translation model data and language model data, the translation server comprising: a request queue operable to temporarily store requests for language model data to be obtained for translating a segment in the source language, a local segment translation server cache (630, 631) operable to store language model data obtained by the requests by the translation server, wherein the local segment translation cache (630, 631) is configured to store selected language model data obtained during a translating of a current segment so that all language model n-grams needed for the current segment are available within the segment translation server; and wherein the translation server is configured to send queued requests together to one or more language model servers.
Steering device for a two-track vehicle, having a steering handle, during the rotary actuation (D1, D2) of which the steerable vehicle wheels can be turned by a wheel steering angle, and having a control unit, by means of which a steering actuator for setting the wheel steering angle can be electrically actuated as a function of driving operation parameters and independently of the steering handle, and a clutch can be electrically actuated, with which a mechanical steering connection between the steering handle and the steerable vehicle wheels can be coupled or released, wherein the control unit executes an automatic evasive maneuver (Δt N) in the presence of a risk of collision, in which, at a decoupling time (t E), the control unit completely disengages the clutch between the steering handle and the steerable vehicle wheels, and the control unit actuates the steering actuator in such a way that the vehicle briefly leaves its lane and is optionally subsequently brought back into the lane, characterized in that the steering handle is assigned a brake which can be electrically actuated by the control unit, and in that the control unit actuates the brake during the emergency escape maneuver (Δt N) in such a way that the steering handle is stationary in its rotational position at the decoupling time (t E) during the emergency escape maneuver (Δt N).
Electrically conductive contact element (1, 51, 52, 54) for connecting a contact wire (10, 63, 65, 67) to a printed circuit board, wherein the contact element (1, 51, 52, 54) has a pin (24, 53, 55, 56) which is designed to be pressed into the printed circuit board, and the contact element (1, 51, 52, 54) has a wire receptacle which is designed to make contact with and to securely hold a longitudinal section of the contact wire (10, 63, 65, 67) in a cutting-in and/or pressing-in manner during insertion into the wire receptacle, characterized in that the wire receptacle is designed to receive and to make contact with the contact wire (10, 63, 65, 67) in a transverse axis which runs with at least one transverse component or transversely to a pin longitudinal axis of the pin (24, 53, 55, 56), wherein an electrically conductive portion of the contact element (1, 51, 52, 54) has at least two contact sections (18, 22) with different material properties to one another, wherein the contact element (1, 51, 52, 54) has a contact section comprising the pin (24, 53, 55, 56) and has a contact section (32, 34) connected to the contact section comprising the pin (24, 53, 55, 56) and comprising the wire receptacle, wherein the contact section comprising the pin (24, 53, 55, 56) is formed from a stiffer and harder material than the contact section (32, 34) comprising the wire receptacle.
Pressurized gas storage device comprising at least two gas storage volumes that are connected to a gas transport grid, wherein the gas storage volumes communicate with one another via at least one first collection line and are connected to the gas transport grid via at least one second collection line, further comprising at least one compressor that is arranged between the second collection line and the first collection line, and at least one power machine and at least one generator, wherein at least the power machine is arranged between the second collection line and the first collection line, wherein the compressor and the power machine are connected in parallel and counter to one another between the second collection line and the first collection line, and wherein the compressor and the power machine are connected such that gas can be transferred between the gas storage volumes, either using a pressure gradient in the case of operation of the generator or generating a pressure gradient in the case of operation of the compressor.
A mesh cable tray made from a single piece of polymeric material, having a U-shaped cross-section, with a bottom wall and two side walls, and made up of a plurality of parallel longitudinal rods and a plurality of parallel transverse rods, said longitudinal rods and transverse rods intersecting with one another, forming a mesh and being joined to one another at the intersections with one another, said longitudinal rods and transverse rods being coplanar at the intersections with one another, characterized in that at least one of said bottom wall and said side walls comprises at least one ring delimiting a through hole, said ring being formed by a rod branch (6a, 6b, 6c, 6d, 6e) extending from at least one of said longitudinal rods and transverse rods, said ring being coplanar with said longitudinal rods and said transverse rods in the bottom wall or in the side wall comprising said ring.
A system comprising a wireless power receiver and a connecting unit, the wireless power receiver comprising: a substrate configured to change a direction of a magnetic field received from a transmission side; a coil unit including a first connection terminal, a second connection terminal and a coil, wherein the coil is configured to wirelessly receive power, wherein the coil is formed as a conductive pattern on or inside the substrate, and wherein the first connection terminal is located at one end of the coil and the second connection terminal is provided at the other end of the coil, characterized in that the substrate has a receiving space formed therein for the connecting unit, wherein the connecting unit includes a first connection terminal of the connecting unit for connecting to the first connection terminal of the coil unit and a second connection terminal of the connecting unit for connecting to the second connection terminal of the coil unit. a substrate configured to change a direction of a magnetic field received from a transmission side; a coil unit including a first connection terminal, a second connection terminal and a coil, wherein the coil is configured to wirelessly receive power, wherein the coil is formed as a conductive pattern on or inside the substrate, and wherein the first connection terminal is located at one end of the coil and the second connection terminal is provided at the other end of the coil, characterized in that the substrate has a receiving space formed therein for the connecting unit, wherein the connecting unit includes a first connection terminal of the connecting unit for connecting to the first connection terminal of the coil unit and a second connection terminal of the connecting unit for connecting to the second connection terminal of the coil unit.