mhurhangee/ep-ind-claims huggingface dataset:
An automatic strand, belt or chain tensioner that shifts a tensioner pulley between a drive powering pulley (7, 8) and a pulley being powered (7, 8), the tensioner comprising a slide to which the tensioner pulley is attached and which shifts along a first guideway being fitted to a casing, and a component by which the slide with the tensioner pulley is shifted, characterized in that - the slide has at its lower part a second guideway with an indent, whose bearing surface is tilted towards a direction of the shift; - the component by which the slide with the tensioner pulley is shifted constitutes a key having mutually tilted upper and lower working surfaces (10, 11), wherein an angle between the working surfaces (10, 11) of the key is equal to a tilting angle of the bearing surface of the intend: wherein - the key cooperates with the first guideway and the second guideway in such a way that the upper surface of the key rests upon a lower surface of the first guideway, while the lower surface of the key touches the bearing surface of the indent; and - under a constant force exerted on the key, for instance by a spring, the key is adapted to shift along a direction of the force and the slide with the tensioner pulley is adapted to shift downwards. - the slide has at its lower part a second guideway with an indent, whose bearing surface is tilted towards a direction of the shift; - the component by which the slide with the tensioner pulley is shifted constitutes a key having mutually tilted upper and lower working surfaces (10, 11), wherein an angle between the working surfaces (10, 11) of the key is equal to a tilting angle of the bearing surface of the intend: - the key cooperates with the first guideway and the second guideway in such a way that the upper surface of the key rests upon a lower surface of the first guideway, while the lower surface of the key touches the bearing surface of the indent; and - under a constant force exerted on the key, for instance by a spring, the key is adapted to shift along a direction of the force and the slide with the tensioner pulley is adapted to shift downwards.
Device for protecting against voltage surges, comprising: - a surge arrester with nonlinear elements that vary with voltage; - a disconnection device with electrical contacts (4, 6) electrically arranged in series with the surge arrester, said disconnection device comprising: - a first connection electrode electrically linked to a first connection area; - a second connection electrode electrically linked to a second connection area; - a third, moving arc-switching electrode electrically linked to the second connection area; - an actuation mechanism that moves the third, moving arc-switching electrode in order to cause the permanent opening of the electrical contacts (4, 6), characterized in that it comprises a disconnector to counter AC or DC short-circuit currents that is connected in series between the third, moving arc-switching electrode and the second connection area, - said disconnector being bypassed when an electric arc is switched between the first connection electrode and the second connection electrode; - said disconnector transitioning from an electrically closed state to an electrically open state when AC or DC short-circuit electric currents having an energy below a trip energy threshold flow therethrough, said trip energy threshold corresponding to the threshold above which 10/350- or 8/20-type lightning wave electric currents cause the permanent opening of the electrical contacts (4, 6). - a surge arrester with nonlinear elements that vary with voltage; - a disconnection device with electrical contacts (4, 6) electrically arranged in series with the surge arrester, said disconnection device comprising: - a first connection electrode electrically linked to a first connection area; - a second connection electrode electrically linked to a second connection area; - a third, moving arc-switching electrode electrically linked to the second connection area; - an actuation mechanism that moves the third, moving arc-switching electrode in order to cause the permanent opening of the electrical contacts (4, 6), - a first connection electrode electrically linked to a first connection area; - a second connection electrode electrically linked to a second connection area; - a third, moving arc-switching electrode electrically linked to the second connection area; - an actuation mechanism that moves the third, moving arc-switching electrode in order to cause the permanent opening of the electrical contacts (4, 6), - said disconnector being bypassed when an electric arc is switched between the first connection electrode and the second connection electrode; - said disconnector transitioning from an electrically closed state to an electrically open state when AC or DC short-circuit electric currents having an energy below a trip energy threshold flow therethrough, said trip energy threshold corresponding to the threshold above which 10/350- or 8/20-type lightning wave electric currents cause the permanent opening of the electrical contacts (4, 6).
An optical receiving circuit comprising: a photodiode; and a transimpedance amplifier configured to supply an electrical power to the photodiode; wherein a characteristic impedance of a wiring between an anode of the photodiode and the transimpedance amplifier is higher than a characteristic impedance of a wiring between a cathode of the photodiode and the transimpedance amplifier, characterized in that a ground is placed in a lower layer of the wiring between the cathode of the photodiode and the transimpedance amplifier, and no ground is placed in a lower layer of the wiring between the anode of the photodiode and the transimpedance amplifier, wherein the photodiode and the transimpedance amplifier are formed on an SOI substrate, wherein the SOI substrate comprises an Si02 layer interposed between an Si substrate and a surface Si layer, wherein the ground placed in the lower layer of the wiring between the cathode of the photodiode and the transimpedance amplifier is formed by an SOI layer, wherein a part of the SOI layer corresponding to the wiring between the cathode of the photodiode and the transimpedance amplifier is ion implanted in order to create the ground. a photodiode; and a transimpedance amplifier configured to supply an electrical power to the photodiode; wherein a characteristic impedance of a wiring between an anode of the photodiode and the transimpedance amplifier is higher than a characteristic impedance of a wiring between a cathode of the photodiode and the transimpedance amplifier, characterized in that a ground is placed in a lower layer of the wiring between the cathode of the photodiode and the transimpedance amplifier, and no ground is placed in a lower layer of the wiring between the anode of the photodiode and the transimpedance amplifier, wherein the photodiode and the transimpedance amplifier are formed on an SOI substrate, wherein the SOI substrate comprises an Si02 layer interposed between an Si substrate and a surface Si layer, wherein the ground placed in the lower layer of the wiring between the cathode of the photodiode and the transimpedance amplifier is formed by an SOI layer, wherein a part of the SOI layer corresponding to the wiring between the cathode of the photodiode and the transimpedance amplifier is ion implanted in order to create the ground.
An electrowetting optical device comprising: a conductive liquid; a non-conductive liquid comprising from 5 % w/w to 40 % w/w of a transmission recovery agent having Formula and/or Formula: wherein R 1 is an alkyl, fluoroalkyl, or alkoxy group; and a dielectric surface in contact with both the conductive and non-conductive liquids, wherein the conductive and non-conductive liquids are non-miscible. a conductive liquid; a non-conductive liquid comprising from 5 % w/w to 40 % w/w of a transmission recovery agent having Formula and/or Formula: wherein R 1 is an alkyl, fluoroalkyl, or alkoxy group; and a dielectric surface in contact with both the conductive and non-conductive liquids, wherein the conductive and non-conductive liquids are non-miscible.
An electrical heating device having the following features: - a PTC heating element, in particular having a jacket made of a ceramic material; - at least one rib for the dissipation of heat of the PTC heating element; - a contact layer which is arranged on a main surface of the PTC heating element and is thermally and/or electrically coupled between the PTC heating element and the at least one rib, wherein the contact layer is designed to transfer heat from this main surface of the PTC heating element to the rib; - a further rib which is arranged on a side of a further contact layer opposite the PTC heating element, wherein the further contact layer is arranged on a side of the PTC element on a further main surface of the same opposite the contact layer; - at least one separator element having an electrically insulating material on a surface of the separator element, wherein the separator element covers a secondary surface of the PTC heating element at least partially and/or covers a secondary surface of the contact layer at least partially, wherein the separator element is designed to enable an electrical insulation of the PTC heating element, wherein the separator element has a minimum creep distance on an outer surface of the separator element, in particular of about 2.0 mm, and a recess, characterised in that the recess in the separator element is arranged between the rib and the further rib, but away from the contact layer. - a PTC heating element, in particular having a jacket made of a ceramic material; - at least one rib for the dissipation of heat of the PTC heating element; - a contact layer which is arranged on a main surface of the PTC heating element and is thermally and/or electrically coupled between the PTC heating element and the at least one rib, wherein the contact layer is designed to transfer heat from this main surface of the PTC heating element to the rib; - a further rib which is arranged on a side of a further contact layer opposite the PTC heating element, wherein the further contact layer is arranged on a side of the PTC element on a further main surface of the same opposite the contact layer; - at least one separator element having an electrically insulating material on a surface of the separator element, wherein the separator element covers a secondary surface of the PTC heating element at least partially and/or covers a secondary surface of the contact layer at least partially, wherein the separator element is designed to enable an electrical insulation of the PTC heating element,
A method of mounting a guide vane stage comprising an inner shroud and an outer shroud that are coaxial, being interconnected by substantially radial airfoils, the method being characterized in that it comprises the steps consisting in: a) engaging the radially outer ends of the airfoils in orifices in the outer shroud, and engaging the radially inner ends of said airfoils with clearance gaps in orifices in the inner shroud; b) fastening the outer ends of the airfoils to the outer shroud, e.g. by welding; c) holding plates bearing against the outer surface of the inner shroud so that the plates cover the gaps formed between the openings in the inner shroud and the airfoils at least partially and in leaktight manner, the plates being positioned circumferentially between the airfoils; d) applying a sealing resin to the inner surface of the inner shroud in such a manner that the resin fills the gaps and the radially inner ends of the airfoils are embedded in the resin. a) engaging the radially outer ends of the airfoils in orifices in the outer shroud, and engaging the radially inner ends of said airfoils with clearance gaps in orifices in the inner shroud; b) fastening the outer ends of the airfoils to the outer shroud, e.g. by welding; c) holding plates bearing against the outer surface of the inner shroud so that the plates cover the gaps formed between the openings in the inner shroud and the airfoils at least partially and in leaktight manner, the plates being positioned circumferentially between the airfoils; d) applying a sealing resin to the inner surface of the inner shroud in such a manner that the resin fills the gaps and the radially inner ends of the airfoils are embedded in the resin.
A communication system comprising a plurality of communication apparatuses (101-108, 110), each of which comprises transmission means and receiving means for wireless communication in the communication system, the system comprising determination means configured to obtain information on link qualities between the communication apparatuses, characterized in that the determination means is configured to determine, based on said link qualities, communication apparatuses (101, 104) to simultaneously transmit a same piece of data through multiple data transmissions (701, 704) using different radio wave multiplex types, wherein the transmission means are configured to transmit said piece of data using the different radio wave multiplex types based on the determination by the determination means, so that the communication apparatuses (101, 104) determined by the determination means perform the multiple data transmissions (701, 704) with a synchronized timing. determination means configured to obtain information on link qualities between the communication apparatuses, characterized in that the determination means is configured to determine, based on said link qualities, communication apparatuses (101, 104) to simultaneously transmit a same piece of data through multiple data transmissions (701, 704) using different radio wave multiplex types, wherein the transmission means are configured to transmit said piece of data using the different radio wave multiplex types based on the determination by the determination means, so that the communication apparatuses (101, 104) determined by the determination means perform the multiple data transmissions (701, 704) with a synchronized timing.
A storm water delay device comprising a coherent fibre substrate and at least one first conduit and at least one second conduit, each conduit having first and second open ends, wherein the first open end of the first conduit and the first open end of the second conduit are each independently in fluid communication with the substrate, wherein the first conduit is at a greater height than the second conduit, wherein at least a portion of the substrate is disposed between the first and second conduits, characterised in that the substrate is a man-made vitreous fibre substrate (MMVF substrate), wherein the MMVF substrate comprises man-made vitreous fibres bonded with a cured binder composition, wherein the MMVF substrate has a density in the range 60 to 200 kg/m 3, and wherein the MMVF substrate comprises a hydrophilic binder and/or a wetting agent.
Safety device for an elevator with an elevator controller, a drive device controlled by a control unit, a service brake and an elevator car, the elevator car having at least one elevator car door, and it being possible by means of the safety device to prevent the elevator car from leaving a stop (18, 19, 20) in an uncontrolled manner with the elevator car door open, the safety device comprising a measuring device, an evaluating device and a braking device, the position of the elevator car in relation to at least one door zone formed at a stop (18, 19, 20) and the acceleration and/or speed of the elevator car within the door zone being detectable by means of the measuring device, and the evaluating device comprising the elevator controller and the control unit, and it being possible by means of the evaluating device to recognize from output signals of the measuring device when the at least one door zone is left with the elevator car door open and also when inadmissible accelerations and/or speeds of the elevator car within the door zone are reached, and, in each case, to activate the switching-off of a drive motor and the application of the service brake, and the length of the door zone being of such dimensions that the elevator car comes to a halt within the range of one meter after the stop (18, 19, 20), characterized in that the evaluating device monitors unreliable measured values with respect to their plausibility.
A vehicle control apparatus comprising: an information acquisition device configured to acquire information related to at least one motor in a vehicle and information related to a plurality of wheel speed sensors; a calculator configured to determine an estimated wheel speed value according to the information related to the at least one motor and the information related to the plurality of wheel speed sensors; and a controller configured to determine an air pressure state of a tire corresponding to each of the plurality of wheel speed sensors of the vehicle according to the estimated wheel speed value and the information related to the plurality of wheel speed sensors, wherein the controller is configured to: estimate the wheel speed value of the defective wheel speed sensor using the information related to the at least one motor and wheel speed values of wheel speed sensors among the plurality of wheel speed sensors in which the failure has not occurred when at least one wheel speed sensor among the plurality of wheel speed sensors fails, and determine the tire pressure using the estimated wheel speed value. an information acquisition device configured to acquire information related to at least one motor in a vehicle and information related to a plurality of wheel speed sensors; a calculator configured to determine an estimated wheel speed value according to the information related to the at least one motor and the information related to the plurality of wheel speed sensors; and a controller configured to determine an air pressure state of a tire corresponding to each of the plurality of wheel speed sensors of the vehicle according to the estimated wheel speed value and the information related to the plurality of wheel speed sensors, wherein the controller is configured to: estimate the wheel speed value of the defective wheel speed sensor using the information related to the at least one motor and wheel speed values of wheel speed sensors among the plurality of wheel speed sensors in which the failure has not occurred when at least one wheel speed sensor among the plurality of wheel speed sensors fails, and determine the tire pressure using the estimated wheel speed value. estimate the wheel speed value of the defective wheel speed sensor using the information related to the at least one motor and wheel speed values of wheel speed sensors among the plurality of wheel speed sensors in which the failure has not occurred when at least one wheel speed sensor among the plurality of wheel speed sensors fails, and determine the tire pressure using the estimated wheel speed value.
Water-, solvent- and phthalate-free one-component parquet adhesive based on silane-terminated polyalkylene oxide oligomers, characterised in that it contains or consists of the following materials: a) 10 to 30% by weight of a moisture-reactive silane-terminated polyalkylene oxide binding agent having an average molecular weight of 6,000 to 20,000g/mol, wherein the silane functions are connected to the oligomeric backbone by urethane and/or urea groups, b) 30 to 60% by weight of a surface hydrophobised chalk powder having an average particle diameter of 0.8 to 4.0μm, c) 2 to 10% by weight of a surface hydrophobised chalk powder having an average particle diameter of 0.2 to 0.7μm, d) 3 to 15% by weight of a surface hydrophobised wollastonite having an average needle length of 15 to 60μm and an average aspect ratio of 3:1 to 12:1, e) 0.2 to 3% by weight of a moisture-reactive silane-modified drying agent, and f) 0.3 to 4% by weight of a moisture-reactive silane-modified bonding agent, wherein the percentage values refer to the weight of the ready-for-use parquet adhesive and the total of components a) to f) is 45.5% to 100%. a) 10 to 30% by weight of a moisture-reactive silane-terminated polyalkylene oxide binding agent having an average molecular weight of 6,000 to 20,000g/mol, wherein the silane functions are connected to the oligomeric backbone by urethane and/or urea groups, b) 30 to 60% by weight of a surface hydrophobised chalk powder having an average particle diameter of 0.8 to 4.0μm, c) 2 to 10% by weight of a surface hydrophobised chalk powder having an average particle diameter of 0.2 to 0.7μm, d) 3 to 15% by weight of a surface hydrophobised wollastonite having an average needle length of 15 to 60μm and an average aspect ratio of 3:1 to 12:1, e) 0.2 to 3% by weight of a moisture-reactive silane-modified drying agent, and f) 0.3 to 4% by weight of a moisture-reactive silane-modified bonding agent,
Pertuzumab, Trastuzumab and chemotherapy for use in neoadjuvant treatment of early-stage HER2-positive breast cancer in a patient, wherein the patient's early-stage HER2-positive breast cancer has not spread beyond the breast or the axillary lymph nodes, wherein the chemotherapy comprises carboplatin-based chemotherapy comprising Carboplatin followed by docetaxel, and wherein 6 cycles of Pertuzumab, Trastuzumab and chemotherapy are administered to the patient every 3 weeks, wherein: a. the Pertuzumab, Trastuzumab, and carboplatin-based chemotherapy are administered intravenously to the patient on day 1 of each cycle for all 6 cycles; b. the dose for Docetaxel is 75 mg/m 2 for all 6 cycles; c. the Carboplatin dose is area under the curve equals 6 using Calvert's Formula; d. the Trastuzumab dose is 8 mg/kg on day 1 of the first treatment and 6 mg/kg every 3 weeks thereafter; and e. the Pertuzumab dose is 840 mg on day 1 of the first treatment and 420 mg every 3 weeks thereafter. a. the Pertuzumab, Trastuzumab, and carboplatin-based chemotherapy are administered intravenously to the patient on day 1 of each cycle for all 6 cycles; b. the dose for Docetaxel is 75 mg/m 2 for all 6 cycles; c. the Carboplatin dose is area under the curve equals 6 using Calvert's Formula; d. the Trastuzumab dose is 8 mg/kg on day 1 of the first treatment and 6 mg/kg every 3 weeks thereafter; and e. the Pertuzumab dose is 840 mg on day 1 of the first treatment and 420 mg every 3 weeks thereafter.
A power transmission belt in the form of an endless belt, comprised of at least one belt material with a belt longitudinal direction and a belt width, which extends transversely to said longitudinal direction, featuring one belt back, a tension member zone with several tension members, which are arranged parallel and at a distance from one another across the belt width, and a power transmission zone which connects to the tension member zone, characterised by the fact that the tension members are formed of at least two narrow strips of a pretensioned plastic material, said strips being arranged next to one another across the belt width, the stripes having a distance from each other across the belt width, the distance being filled by the belt material, the distance being between 1/2 and 1/6 of the width of the strip, wherein the strips that form the tension members are formed by way of a spiral winding of a strip across the belt width.