mhurhangee/ep-ind-claims huggingface dataset:
Double-deck vehicle for passenger transport with a lower deck, in the longitudinal direction of which an elongate illumination housing and a side ceiling which adjoins a side wall of the vehicle extend on the ceiling side, the illumination housing and the side ceiling being fastened to the vehicle shell, characterized in that the illumination housing and the side ceiling are arranged next to one another in the transverse direction of the vehicle, and are fastened to an underside of a sandwich panel via a jointly used fastening profile, which sandwich panel forms at least one section of an intermediate ceiling between the lower deck and the upper deck of the vehicle, the fastening profile running in the longitudinal direction of the vehicle and having a cavity section which, together with an adjoining section of a lower covering layer of the sandwich panel, configures a cavity which is filled with adhesive.
A hand drying apparatus comprising: a high pressure airflow generator configured to generate high pressure airflow; a nozzle that discharges the high pressure airflow generated by the high pressure airflow generator; a drying space forming unit that has a hand insertion portion that allows insertion and pulling-out of hands and is formed with a drying space where hands inserted through the hand insertion portion are dried by the high pressure airflow discharged from the nozzle; at least one hand detector constituted of an infrared light emitter and an infrared light receiver configured to detect hands inserted into the drying space that are arranged on the same wall face of the drying space forming unit, wherein driving of the high pressure airflow generator is controlled based on a detection signal from the hand detector; characterized by an infrared light absorber, whose infrared light reflectivity is smaller than that of hands and absorbs infrared lights, which is formed on at least a portion of the wall face of the drying space forming unit that is opposed to the infrared light emitter of the hand detector, wherein a distance between a front face side and a rear face side of the drying space is between 40 millimetres and 100 millimetres. a high pressure airflow generator configured to generate high pressure airflow; a nozzle that discharges the high pressure airflow generated by the high pressure airflow generator; a drying space forming unit that has a hand insertion portion that allows insertion and pulling-out of hands and is formed with a drying space where hands inserted through the hand insertion portion are dried by the high pressure airflow discharged from the nozzle; at least one hand detector constituted of an infrared light emitter and an infrared light receiver configured to detect hands inserted into the drying space that are arranged on the same wall face of the drying space forming unit, wherein driving of the high pressure airflow generator is controlled based on a detection signal from the hand detector; characterized by an infrared light absorber, whose infrared light reflectivity is smaller than that of hands and absorbs infrared lights, which is formed on at least a portion of the wall face of the drying space forming unit that is opposed to the infrared light emitter of the hand detector, wherein a distance between a front face side and a rear face side of the drying space is between 40 millimetres and 100 millimetres.
Vacuum brake booster for a motor vehicle brake system, comprising: - a displaceable force input member which is coupled or is capable of being coupled with a brake pedal, - a chamber arrangement being arranged in a booster housing, having at least one working chamber (22, 24) and at least one vacuum chamber (30, 32), which are separated from one another via at least one movable wall (26, 28), - a control valve assembly being actuatable by the force input member, and - a force output member for transferring an actuating force to a downstream brake system, wherein the at least one working chamber (22, 24) is optionally fluidically connectable to a vacuum power source or the atmosphere via the control valve assembly, and wherein the control valve assembly is coupled to the at least one movable wall (26, 28) for joint movement, wherein the control valve assembly comprises: - a control valve housing in which an actuating piston is arranged displaceably, the actuating piston being coupled to the force input member, and - a first valve seat and a second valve seat, wherein the control valve assembly is biased into a normal position in which at least the first valve seat is closed, characterized by a flow restricting sleeve (60, 160) which in the normal position under preload is at least sectionally in contact with the actuating piston, wherein the flow restricting sleeve (60, 160) is provided with at least one flow restricting window, and wherein the flow restricting sleeve (60, 160) is displaceable by a predetermined functional path from the normal position relative to the control valve housing upon an actuation of the force input member, wherein the flow restricting sleeve (60, 160) is in contact with the actuating piston during this displacement, so that a fluidical connection between the at least one working chamber (22, 24) and the surrounding atmosphere exists via the at least one flow restricting window, and wherein the flow restricting sleeve (60, 160) lifts from the actuating piston when exceeding the functional path. - a displaceable force input member which is coupled or is capable of being coupled with a brake pedal, - a chamber arrangement being arranged in a booster housing, having at least one working chamber (22, 24) and at least one vacuum chamber (30, 32), which are separated from one another via at least one movable wall (26, 28), - a control valve assembly being actuatable by the force input member, and - a force output member for transferring an actuating force to a downstream brake system, - a control valve housing in which an actuating piston is arranged displaceably, the actuating piston being coupled to the force input member, and - a first valve seat and a second valve seat,
Paint material switching path, comprising • a first (12, 72) and a second (18, 74) valve means each having an inlet (14, 20) and an outlet (16, 22), • a hollow cylindrical intermediate piece (24, 76) arranged between the outlet of the first (12, 72) and the inlet of the second (18, 74) valve means, • wherein the inlet of the first valve means (12, 72) is designed to be connected to a continuously pressurised paint material supply, • a manifold channel (26, 78) which can optionally be pressurised and into which the outlet of the second valve means (18, 74) opens out, characterized by • means (28, 80) for measuring the pressure prevailing in the hollow cylindrical intermediate piece (24, 76), • an evaluation device (30, 82) for detecting leaks in at least one of the two valve means (12, 18, 72, 74) based on the characteristic of the measured pressure with respect to time for a given pressure difference between inlet (14, 20) and outlet (16, 22) of the respective valve means (12, 18, 72, 74) at the beginning of the leak detection. • a first (12, 72) and a second (18, 74) valve means each having an inlet (14, 20) and an outlet (16, 22), • a hollow cylindrical intermediate piece (24, 76) arranged between the outlet of the first (12, 72) and the inlet of the second (18, 74) valve means, • wherein the inlet of the first valve means (12, 72) is designed to be connected to a continuously pressurised paint material supply, • a manifold channel (26, 78) which can optionally be pressurised and into which the outlet of the second valve means (18, 74) opens out, • means (28, 80) for measuring the pressure prevailing in the hollow cylindrical intermediate piece (24, 76), • an evaluation device (30, 82) for detecting leaks in at least one of the two valve means (12, 18, 72, 74) based on the characteristic of the measured pressure with respect to time for a given pressure difference between inlet (14, 20) and outlet (16, 22) of the respective valve means (12, 18, 72, 74) at the beginning of the leak detection.
An autonomous vehicle comprising: a first sensor configured to detect a landing strip responsive to the vehicle stopping; a second sensor configured to detect a reference indicator, responsive to the first sensor detecting the landing strip; an analysis module configured to identify reference data associated with the detected reference indicator, wherein the reference data comprises an internet address; a wireless unit configured to wirelessly retrieve an autonomous vehicle instruction based on at least the reference data; and, a control module configured to switch the vehicle into an autonomous operation mode, wherein the autonomous operation mode comprises the control module executing the autonomous vehicle instruction. a first sensor configured to detect a landing strip responsive to the vehicle stopping; a second sensor configured to detect a reference indicator, responsive to the first sensor detecting the landing strip; an analysis module configured to identify reference data associated with the detected reference indicator, wherein the reference data comprises an internet address; a wireless unit configured to wirelessly retrieve an autonomous vehicle instruction based on at least the reference data; and, a control module configured to switch the vehicle into an autonomous operation mode, wherein the autonomous operation mode comprises the control module executing the autonomous vehicle instruction.
An optical scanning device comprising: a cylindrical aperture in which an opening portion is formed, the opening portion restricting a beam path width of a laser beam emitted from a light source; a support member including a cylinder supporting portion that is formed in a shape of a hole extending between a front surface and a rear surface of the support member and that pivotably supports the aperture; and a base portion to which the support member is fixed by adhesion fixing, characterised in that the base portion includes a pass-through portion that is formed to pass through between an upper surface and a lower surface of the base portion and in which the support member is inserted, and the support member has a length such that a lower end portion thereof projects from a lower surface of the base portion in a state where the support member has been inserted in the pass-through portion of the base portion to such a position where the laser beam is incident in the opening portion of the aperture, wherein the pass-through portion includes a restriction portion that includes projections that respectively project from left and right end portions toward an inside of the pass-through portion and restrict movement of the support member in a direction along the pivoting axis of the aperture by being inserted in groove portions formed on the support member to extend in an up-down direction. a cylindrical aperture in which an opening portion is formed, the opening portion restricting a beam path width of a laser beam emitted from a light source; a support member including a cylinder supporting portion that is formed in a shape of a hole extending between a front surface and a rear surface of the support member and that pivotably supports the aperture; and a base portion to which the support member is fixed by adhesion fixing, characterised in that the base portion includes a pass-through portion that is formed to pass through between an upper surface and a lower surface of the base portion and in which the support member is inserted, and the support member has a length such that a lower end portion thereof projects from a lower surface of the base portion in a state where the support member has been inserted in the pass-through portion of the base portion to such a position where the laser beam is incident in the opening portion of the aperture, wherein the pass-through portion includes a restriction portion that includes projections that respectively project from left and right end portions toward an inside of the pass-through portion and restrict movement of the support member in a direction along the pivoting axis of the aperture by being inserted in groove portions formed on the support member to extend in an up-down direction.
A metallic substrate directly coated with a non-conductive primer, the non-conductive primer being at least partially coated on at least one side with a paint comprising reduced graphene oxide and a thermosetting polymer.
A method of communicating information in a communication system, the information comprising a plurality of frames configured for transmission by a transceiver, the method comprising: identifying at least two frames of different types, each of the at least two frames of different types configured for transmission by a transceiver, and the different types including a data frame, a command frame, and a control frame; determining the suitability of a first aggregated frame, comprising at least a portion of each of the at least two frames, for transmission by the transceiver within a first time duration; and formatting (1107, 1108) the first aggregated frame for transmission by the transceiver, if it is determined that the first aggregated frame is suitable for transmission within the first time duration, wherein the aggregated frame further comprises an altered header for each of the at least a portion of the at least two frames of different types, wherein the altered header is a shortened header, wherein each of the shortened headers includes at least one of frame control information, sequence control information, and security information. identifying at least two frames of different types, each of the at least two frames of different types configured for transmission by a transceiver, and the different types including a data frame, a command frame, and a control frame; determining the suitability of a first aggregated frame, comprising at least a portion of each of the at least two frames, for transmission by the transceiver within a first time duration; and formatting (1107, 1108) the first aggregated frame for transmission by the transceiver, if it is determined that the first aggregated frame is suitable for transmission within the first time duration, wherein the aggregated frame further comprises an altered header for each of the at least a portion of the at least two frames of different types, wherein the altered header is a shortened header, wherein each of the shortened headers includes at least one of frame control information, sequence control information, and security information.
Arrangement comprising a conductor bar of an electrical machine, which is encased with a main insulating layer, and external corona shielding, wherein the external corona shielding has a first ply, which encases the main insulating layer, and a second ply, which in turn encases the first ply, wherein each of the plies (20, 21) comprises a conductive impregnable layer (22, 23) each provided with a sliding layer (25, 26), wherein the sliding layers (25, 26) of the two plies (20, 21) face one another, characterized in that each of the sliding layers (25, 26) respectively has a multiplicity of cutouts (30, 31), and in that the two conductive layers (22, 23) are mechanically and electrically connected to one another through these cutouts (30, 31) with the aid of a multiplicity of permanently elastic, electrically conductive connections, wherein the elastic electrically conductive connections are formed by adhesive bonds, wherein the adhesive bonds are produced by means of a conductive adhesive, in particular an electrically conductive silicone or an electrically conductive epoxy adhesive.
A nonaqueous electrolyte secondary battery comprising a positive electrode having a particulate positive active material, and an electrolyte, wherein the positive active material contains a nickel-containing lithium transition metal oxide and has an average particle size of 3 to 15 μm, characterized in that the electrolyte contains a cyclic sulfate compound represented by the following general formula: wherein R 1 and R 2 in the general formula respectively represent groups represented by the formula that are linked with each other, or either of R 1 and R 2 represents a hydrogen atom and the other represents a group represented by the general formula, or the general formula; in the general formula, R 3 represents a group represented by the general formula; portions of symbol * in the formula, the general formula, and the general formula represent a bonding position; and X 1, X 2, and X 3 in the general formula, and the general formula each independently represent a hydrogen atom or a halogen element. wherein R 1 and R 2 in the general formula respectively represent groups represented by the formula that are linked with each other, or either of R 1 and R 2 represents a hydrogen atom and the other represents a group represented by the general formula, or the general formula; in the general formula, R 3 represents a group represented by the general formula; portions of symbol * in the formula, the general formula, and the general formula represent a bonding position; and X 1, X 2, and X 3 in the general formula, and the general formula each independently represent a hydrogen atom or a halogen element.
A protection device for an oscillating power circuit, namely for a demining coil, such device incorporating circuit breaking means positioned between an alternating current supply network and the power circuit, such device wherein it comprises at least one means to measure and analyse the current supplying the power circuit, means able to detect the ceasing of the alternating current and preferably the appearance of a direct current, said means being connected to triggering means ensuring the opening of the circuit breaking means when the ceasing of the alternating current or the appearance of the direct current is detected.
An RFID transponder, consisting of a chip, a first antenna and a dielectric first carrier member preferably having an oblong configuration, the first carrier member being covered with a first metallization at least in sections on a first surface, and the first carrier member being covered with a second metallization at least in sections on a second surface opposite to the first surface, the first metallization and the second metallization being electrically conductively connected to each other, forming the first antenna, the first antenna including two electrical connections (A31, A32), and the chip being electrically connected to the first antenna via the connections (A31, A32), the RFID transponder including a second carrier member, the carrier members (3, 4) being configured in one piece, and the chip being electrically connected to a second antenna via electrical connections (A41, A42) of the second carrier member, the second carrier member being covered with a first metallization at least in sections on a first surface, the second carrier member being covered with a second metallization at least in sections on a second surface opposite to the first surface, the first metallization and the second metallization being electrically conductively connected to each other, forming the second antenna, characterized in that the carrier members (3, 4), which preferably have an oblong configuration, are arranged in different planes.
A keyboard, comprising: a first surface comprising an input portion; a back surface on an opposite side of the keyboard to the first surface; a spine configured to connect the keyboard to a computing device, the spine comprising spine magnetic material; and a hinge connecting the spine to the keyboard, characterized in that the keyboard back surface comprises keyboard magnetic material (220, 322), and wherein in a first mode the spine is in contact with the keyboard back surface and the keyboard magnetic material is magnetically attracted to the spine magnetic material. a first surface comprising an input portion; a back surface on an opposite side of the keyboard to the first surface; a spine configured to connect the keyboard to a computing device, the spine comprising spine magnetic material; and a hinge connecting the spine to the keyboard, characterized in that the keyboard back surface comprises keyboard magnetic material (220, 322), and wherein in a first mode the spine is in contact with the keyboard back surface and the keyboard magnetic material is magnetically attracted to the spine magnetic material.
Belt retractor comprising an electrically actuatable blocking device comprising - a housing having a base plate and an upright first limb, - a blocking lever which is pivotably mounted on the upright first limb and has a steel plate which is spring-loaded by means of a spring, and - an electromagnet which is arranged in the housing, comprising - a coil having a through-opening - a first iron core which is arranged in the through-opening and exerts a magnetic force on the blocking lever via the steel plate when a voltage is applied to the coil, and actuates said lever to trigger a blocking or unblocking movement against the force of the spring, wherein - the movement of the blocking lever is forced by a first magnetic circuit which is formed by the first iron core, the upright first limb and the portions of the base plate and of the blocking lever between the first iron core and the upright first limb, wherein - a damping element is provided which is arranged such that it damps the movement of the blocking lever relative to the housing in at least a portion of the movement curve of the blocking lever, characterized in that - the damping element is formed by at least one elastically deformable hook arranged on the blocking lever. - a housing having a base plate and an upright first limb, - a blocking lever which is pivotably mounted on the upright first limb and has a steel plate which is spring-loaded by means of a spring, and - an electromagnet which is arranged in the housing, comprising - a coil having a through-opening - a first iron core which is arranged in the through-opening and exerts a magnetic force on the blocking lever via the steel plate when a voltage is applied to the coil, and actuates said lever to trigger a blocking or unblocking movement against the force of the spring, wherein - the movement of the blocking lever is forced by a first magnetic circuit which is formed by the first iron core, the upright first limb and the portions of the base plate and of the blocking lever between the first iron core and the upright first limb, wherein - a damping element is provided which is arranged such that it damps the movement of the blocking lever relative to the housing in at least a portion of the movement curve of the blocking lever, characterized in that - the damping element is formed by at least one elastically deformable hook arranged on the blocking lever.