mhurhangee/ep-ind-claims huggingface dataset:
Method for forming a sheet metal into a three-dimensional component by sheet metal forming, wherein the sheet metal is heated by conduction to a temperature required for the sheet metal forming by means of a conductive heating device, wherein the conductive heating device has at least two rotatably mounted, roller-shaped electrodes for the conductive application of current to the sheet metal, wherein the sheet metal is guided between at least two cylindrical electrodes which are set in rotation and is heated conductively by means of these electrodes, and the sheet metal is fed from the conductive heating device to a pressing device in the state still heated by the conductive heating by means of the at least two roll-shaped electrodes set in rotation and is there formed by pressing into the three-dimensional component in the state still heated by the conductive heating, wherein the roller-shaped electrodes, which are set in rotation and between which the sheet metal is passed, have a first electrode on one side of the sheet metal and a second electrode on the opposite other side of the sheet metal, characterized in that the current flow through the sheet metal generated for the conductive heating of the sheet metal by the electrodes has a flow direction which runs in the direction of the sheet thickness, whereby the conductive heating is carried out by the current flowing through in a strip of the sheet metal located just between the electrodes, in which the electrodes are essentially in line contact with the sheet metal.
Electric motor with a stator, a rotor and a motor housing, with a first end face and a second end face, which is spaced from the first end face and oriented parallel to the first end face, wherein the rotor and the stator are arranged between the end faces (5,6), wherein the rotor is arranged rotatably within the stator and is supported rotatably on the motor housing by means of an output bearing and at least one support bearing, wherein the output bearing is configured as a rolling bearing, wherein the stator is arranged within the motor housing and fixed on the motor housing in a torque-proof manner and wherein the output bearing is arranged in the region of the first end face and the support bearing in the region of the second end face within the motor housing, characterised in that a minimal output bearing inner diameter is larger than a maximal rotor diameter of the rotor and a maximal support bearing outer diameter, wherein the rotor with support bearing fixed to the rotor can be passed through the output bearing and the stator and wherein mounting of the rotor with the support bearing fixed to it is facilitated from an output side of the electric motor.
An adjustable prosthetic socket system, comprising: a distal end piece having an axis; a frame; wherein the frame has a plurality of elongate fingers (322, 324, 326) each longitudinally extending from the distal end piece, each elongate finger (322, 324, 326) defining at least two segments pivotally connected at an adjoining pivot point and extending in a longitudinal direction relative to the distal end piece, the at least two segments pivotable inwardly or outwardly relative to the axis, the distal end piece having an internal contour adapted to receive a distal end of a residual limb; at least one elongate element connecting to the plurality of fingers (322, 324, 326) and forming part of a circumference of the adjustable socket system in combination with the plurlity of fingers (322, 324, 326) characterised in that the plurality of elongate fingers (322, 324, 326) comprises at least three elongate fingers (322, 324, 326), and in that the distal end piece is bound by the elongate fingers (322, 324, 326). a distal end piece having an axis; a frame; wherein the frame has a plurality of elongate fingers (322, 324, 326) each longitudinally extending from the distal end piece, each elongate finger (322, 324, 326) defining at least two segments pivotally connected at an adjoining pivot point and extending in a longitudinal direction relative to the distal end piece, the at least two segments pivotable inwardly or outwardly relative to the axis, the distal end piece having an internal contour adapted to receive a distal end of a residual limb; at least one elongate element connecting to the plurality of fingers (322, 324, 326) and forming part of a circumference of the adjustable socket system in combination with the plurlity of fingers (322, 324, 326) characterised in that the plurality of elongate fingers (322, 324, 326) comprises at least three elongate fingers (322, 324, 326), and in that the distal end piece is bound by the elongate fingers (322, 324, 326).
A lubricant composition comprising: (a) an oil having a kinematic viscosity at 100 °C of 2.2 to 3.7 mm 2 /s; (b) at least one borate ester having an alkyl group of 4 to 18 carbon atoms in an amount to provide 25 to 300, or 30 to 150, or 50 to 100, parts per million by weight boron to the composition; (c) at least one phosphorus ester in an amount to provide 150 to 650 parts per million by weight phosphorus to the composition; (d) a viscosity index modifier comprising a linear polymer viscosity modifier having dispersant functionality, wherein the linear polymer has a weight average molecular weight of 5,000 to 25,000, and wherein said linear polymer is present in an amount of 0.1 to 4 weight percent; and (e) a borated succinimide dispersant to provide 180 to 270 ppm boron to the lubricant composition; wherein the kinematic viscosity at 100 °C of the lubricant composition is less than or equal to 4.7 mm 2 /s. (a) an oil having a kinematic viscosity at 100 °C of 2.2 to 3.7 mm 2 /s; (b) at least one borate ester having an alkyl group of 4 to 18 carbon atoms in an amount to provide 25 to 300, or 30 to 150, or 50 to 100, parts per million by weight boron to the composition; (c) at least one phosphorus ester in an amount to provide 150 to 650 parts per million by weight phosphorus to the composition; (d) a viscosity index modifier comprising a linear polymer viscosity modifier having dispersant functionality, wherein the linear polymer has a weight average molecular weight of 5,000 to 25,000, and wherein said linear polymer is present in an amount of 0.1 to 4 weight percent; and (e) a borated succinimide dispersant to provide 180 to 270 ppm boron to the lubricant composition;
Premix comprising a) vemurafenib hydrochloride, and b) HMPC-AS, wherein the weight ratio of vemurafenib as free base to HMPC-AS is from 1:1 to 2:1. a) vemurafenib hydrochloride, and b) HMPC-AS,
Vacuum generator according to the ejector principle, which has a multi-step ejector having several nozzles disposed in series, through which an airflow which can be supplied via a compressed air connection is guided at high speed to an air outlet, such that in a communicating chamber surrounding the nozzles an underpressure can be generated, characterised in that in the air outlet is provided a shut-off valve by means of which the air outlet can be closed in an air-tight manner, wherein the chamber (20, 30) in which the underpressure can be generated, has a ventilation opening which is closed by means of a ventilation valve by means of which in cooperation with the shut-off valve a ventilation channel can be opened for ventilating the chamber (20, 30) in which the under pressure can be generated, wherein the shut-off valve and the ventilation valve are in connection via a compressed air channel through which can be guided a compressed air pulse for triggering the shut-off valve.
Foil bearing having at least one foil (16, 18), which is arranged and fixed inside a bearing bushing, wherein the bearing bushing has at least two openings (20, 22, 24) arranged offset with respect to one another in the circumferential direction of the bearing bushing, into which openings two opposite circumferential end sections (16a, 16b, 18a, 18b) of the at least one foil (16, 18) engage, characterized in that the openings (20, 22, 24) are designed as bores.
A doctor blade chamber support (202, 302) of a printing press for fastening a doctor blade chamber (101, 201, 301) which, in a printing position, cooperates with a dosing roll, wherein fastening means are provided on the doctor blade chamber support (202, 302), which hold the doctor blade chamber (101, 201, 301) in a positive-locking manner on the doctor blade chamber support (202, 302) except for one degree of freedom, characterized in that the one degree of freedom is aligned at least during the mounting in the direction of the gravity vector and can be acted upon with a switchable and reversible magnetic force in such a manner that the magnetic force holds the doctor blade chamber (101, 201, 301) optionally at a distance from the doctor blade chamber support (202, 302) or fixes it on the doctor blade chamber support (202, 302).
The use of a radiation-curable laminated sheet or film comprising at least one substrate layer and a top layer for lamination of shaped articles, wherein the top layer consists of radiation-curable material which comprises a binder having a glass transition temperature below 50°C and a content of ethylenically unsaturated groups of more than 2 mol/kg of binder.
A pharmaceutical composition for use in reducing pain, suppressing the exacerbation of pain, and/or treating pain, wherein the pharmaceutical composition contains, as an active ingredient, the compound represented by formula below, or the pharmaceutically permissible salt of any of the same, wherein the pain is not neuropathic pain, where X 1 and Y 1 each independently represent a methyl, ethyl, 1-propyl, 2-propyl or cyclopropyl group, Z 1 represents a halogen atom, a hydroxyl group, or an alkyloxy group having 1 to 4 carbon atoms, and W 1 represents a hydrogen atom. X 1 and Y 1 each independently represent a methyl, ethyl, 1-propyl, 2-propyl or cyclopropyl group, Z 1 represents a halogen atom, a hydroxyl group, or an alkyloxy group having 1 to 4 carbon atoms, and W 1 represents a hydrogen atom.
An aspiration circuit for a fluidics system for selectively controlling aspiration, comprising: an aspiration line operatively connected to a surgical instrument, an aspiration exhaust line operatively connected to a waste receptacle; an aspiration vent line connected at a first end to the aspiration line; and a selectively variable vent valve operatively connected to the aspiration vent line, wherein the variable vent valve may be selectively moved to selectively change aspiration pressure within the aspiration line, wherein the vent valve is a rotary valve that further comprises an input opening, an output opening and a channel that connects the input opening to the output opening; wherein the vent valve may be selectively rotated to selectively position the channel in at least partial communication with the aspiration vent line. an aspiration line operatively connected to a surgical instrument, an aspiration exhaust line operatively connected to a waste receptacle; an aspiration vent line connected at a first end to the aspiration line; and a selectively variable vent valve operatively connected to the aspiration vent line, wherein the variable vent valve may be selectively moved to selectively change aspiration pressure within the aspiration line, wherein the vent valve is a rotary valve that further comprises an input opening, an output opening and a channel that connects the input opening to the output opening; wherein the vent valve may be selectively rotated to selectively position the channel in at least partial communication with the aspiration vent line.
Cooking appliance apparatus, in particular a cooktop apparatus, with at least one mechanical switch (10, 12), at least one driver circuit, which is provided to activate the at least one mechanical switch (10, 12) and which comprises a protection unit and a bypassing unit, which is provided to bypass the protection unit at least partially in at least one operating state, characterised in that the bypassing unit is configured as self-controlling.
A composition comprising the tannase-producing strain Lactobacillus plantarum 299v, DSM 9843, having the ability to adhere to the human intestinal mucosa, in combination with tannin, for use in the prevention and/or treatment of ischemia/reperfusion injury.
Process for obtaining inulin starting from roots of plants belonging to the Cardueae tribe, comprising the steps of: a) Comminuting said roots to obtain cossettes having maximum thickness of 1 cm; b) Leaching by means of at least one cavitation treatment inulin from said cossettes in presence of an aqueous solution; c) separating from step b) an aqueous phase, containing inulin, and a solid phase, containing exhausted cossettes; d) purifying said aqueous phase containing inulin; wherein said cossettes are fed to said leaching step b) at ambient temperature. a) Comminuting said roots to obtain cossettes having maximum thickness of 1 cm; b) Leaching by means of at least one cavitation treatment inulin from said cossettes in presence of an aqueous solution; c) separating from step b) an aqueous phase, containing inulin, and a solid phase, containing exhausted cossettes; d) purifying said aqueous phase containing inulin;
A knitting needle driving cam (40, 70, 80), which is suitable to be mounted to a bottom board of a carriage running in reciprocation along needle beds which are provided as a pair in a flatbed knitting machine, is approximately plate-form and has a cam face (43, 73, 83) to come in contact with a butt protruding from a knitting needle housed in a needle groove of the needle bed, the knitting needle driving cam (40, 70, 80) being cut into a thickness direction from a plate-form surface, which faces the needle bed, characterized in that a zone, where the cam face tilts with respect to the carriage running direction in such a manner than the cam (40, 70, 80) drives a knitting needle by the cam face to advance to and retreat from the needle bed gap, includes a range where an edge on the cam surface side of the cam face is removed at a portion where the plate-form surface changes to the cam face, wherein the range in which the edge is removed falls in a section of 0.2 to 0.4 mm away from the plate-form surface.
Heat transfer device, in particular an exhaust gas heat transfer device, comprising - tubes held at both ends in a tube sheet (3,4), for conducting a gaseous medium, - a housing adjoining the tube sheets (3,4) and enclosing the tubes, to conduct a cooling medium, - at least one diffuser which adjoins the tube sheet (3, 4) and/or the housing on the outlet side or on the inlet side and which has a first flange facing the housing and a second flange facing away therefrom, wherein the at least one diffuser is formed with the two flanges (10, 11) as a one-piece deep-drawn part, characterised in that, - at least two threads are arranged in the region of the second flange, via which threads screw engagement to an upstream or downstream component is possible, - the at least two threads are produced in one piece with the second flange by reshaping, in particular by placing two screw openings through the second flange and subsequent rolling, or the at least two threads are each formed from a nut, which nut is arranged on an inner side of the second flange, in alignment with an associated screw opening. - tubes held at both ends in a tube sheet (3,4), for conducting a gaseous medium, - a housing adjoining the tube sheets (3,4) and enclosing the tubes, to conduct a cooling medium, - at least one diffuser which adjoins the tube sheet (3, 4) and/or the housing on the outlet side or on the inlet side and which has a first flange facing the housing and a second flange facing away therefrom, wherein the at least one diffuser is formed with the two flanges (10, 11) as a one-piece deep-drawn part, - at least two threads are arranged in the region of the second flange, via which threads screw engagement to an upstream or downstream component is possible, - the at least two threads are produced in one piece with the second flange by reshaping, in particular by placing two screw openings through the second flange and subsequent rolling, or the at least two threads are each formed from a nut, which nut is arranged on an inner side of the second flange, in alignment with an associated screw opening.
A method for parking a vehicle, comprising: acquiring parking environment data of a parking environment related to a vehicle and historical parking data in the parking environment, thereby determining a parking risk level of the parking environment; selecting, according to the parking environment data and the historical parking data, a constraint set for parking the vehicle from a plurality of constraint sets, wherein each constraint set of the plurality of constraint sets corresponds to a corresponding parking risk level; and controlling the vehicle to park according to the selected constraint set, wherein each constraint set of the plurality of constraint sets comprises one or more constraints, wherein each constraint refers to a permission or restriction condition related to the parking of the vehicle, and each constraint set including at least one of the following constraints: a position of the user relative to the vehicle; a type of an interaction between the user and the vehicle; a distance between the user and the vehicle; a speed at which the vehicle is parked; and a requirement for the user to supervise the vehicle. acquiring parking environment data of a parking environment related to a vehicle and historical parking data in the parking environment, thereby determining a parking risk level of the parking environment; selecting, according to the parking environment data and the historical parking data, a constraint set for parking the vehicle from a plurality of constraint sets, wherein each constraint set of the plurality of constraint sets corresponds to a corresponding parking risk level; and controlling the vehicle to park according to the selected constraint set, wherein each constraint set of the plurality of constraint sets comprises one or more constraints, wherein each constraint refers to a permission or restriction condition related to the parking of the vehicle, and each constraint set including at least one of the following constraints: a position of the user relative to the vehicle; a type of an interaction between the user and the vehicle; a distance between the user and the vehicle; a speed at which the vehicle is parked; and a requirement for the user to supervise the vehicle. a position of the user relative to the vehicle; a type of an interaction between the user and the vehicle; a distance between the user and the vehicle; a speed at which the vehicle is parked; and a requirement for the user to supervise the vehicle.
A composition for the catalytic reduction of NO x compounds, comprising an active catalyst component deposited on the surface of a porous support; wherein said active component comprises one or more first metal(s) and/or metal oxide(s); and wherein said porous support comprises: a) a crystalline phase comprising titanium dioxide, a titanium-zirconium mixed oxide or a mixture of titanium dioxide and a titanium-zirconium mixed oxide; b) an amorphous phase present on the surface of said crystalline phase, wherein the amorphous phase comprises greater than 50 mol% zirconium oxide; and c) 0.1% to 5% by weight of one or more of second metal oxide(s) and/or a metalloid oxide(s) deposited on the surface of said catalyst support, wherein said second metal oxide(s) is different than the first metal oxide and is titanium dioxide; wherein the porous support comprises a molar ratio of titanium to zirconium of 60:40 to 95:5; wherein said first metal(s) and/or metal oxide(s) exhibit catalytic activity for reduction of NO x compounds; and greater than 25% of the pore volume of said porous support is comprised of pores with a diameter greater than 150 angstroms. a) a crystalline phase comprising titanium dioxide, a titanium-zirconium mixed oxide or a mixture of titanium dioxide and a titanium-zirconium mixed oxide; b) an amorphous phase present on the surface of said crystalline phase, wherein the amorphous phase comprises greater than 50 mol% zirconium oxide; and c) 0.1% to 5% by weight of one or more of second metal oxide(s) and/or a metalloid oxide(s) deposited on the surface of said catalyst support, wherein said second metal oxide(s) is different than the first metal oxide and is titanium dioxide;
A power inductor comprising: a body; at least one base material disposed within the body; at least one coil pattern (310, 320) disposed on at least one surface of the base material; an insulation layer disposed between the coil pattern (310, 320) and the body; and an external electrode disposed outside the body and connected to the coil pattern (310, 320), wherein the body comprises a pulverized sintered ferrite, an insulation material and metal magnetic powder, characterised in that, in the body, a content measured in wt% of the metal magnetic powder is greater than that of the pulverized sintered ferrite. a body; at least one base material disposed within the body; at least one coil pattern (310, 320) disposed on at least one surface of the base material; an insulation layer disposed between the coil pattern (310, 320) and the body; and an external electrode disposed outside the body and connected to the coil pattern (310, 320), wherein the body comprises a pulverized sintered ferrite, an insulation material and metal magnetic powder, characterised in that, in the body, a content measured in wt% of the metal magnetic powder is greater than that of the pulverized sintered ferrite.
A mirror for use in high power optical applications, the mirror comprising: a support plate comprising a synthetic diamond material; and a reflective coating disposed over the support plate, wherein the reflective coating comprises a bonding layer of carbide forming material selected from W, Cr, or Ti, which bonds the reflective coating to the synthetic diamond material in the support plate, a reflective metal layer formed of Au, Ag, Al, Mo, Cu, Ni, Rh, or W, disposed over the bonding layer, and one or more layers of dielectric material disposed over the reflective metal layer, wherein the bonding layer and the reflective metal layer together have a total thickness in a range 50 nm to 10 μm with the reflective metal layer having a thickness of no more than 5 μm, and wherein the support plate and the reflective coating are configured such that the mirror has a reflectivity of at least 99% at an operational wavelength of the mirror, wherein the bonding layer and the reflective metal layer are formed of different materials, and wherein the operational wavelength is one of 10.6 μm, 1.06 μm, 532 nm, 355 nm, or 266 nm. a support plate comprising a synthetic diamond material; and a reflective coating disposed over the support plate, wherein the reflective coating comprises a bonding layer of carbide forming material selected from W, Cr, or Ti, which bonds the reflective coating to the synthetic diamond material in the support plate, a reflective metal layer formed of Au, Ag, Al, Mo, Cu, Ni, Rh, or W, disposed over the bonding layer, and one or more layers of dielectric material disposed over the reflective metal layer, wherein the bonding layer and the reflective metal layer together have a total thickness in a range 50 nm to 10 μm with the reflective metal layer having a thickness of no more than 5 μm, and wherein the support plate and the reflective coating are configured such that the mirror has a reflectivity of at least 99% at an operational wavelength of the mirror, wherein the bonding layer and the reflective metal layer are formed of different materials, and wherein the operational wavelength is one of 10.6 μm, 1.06 μm, 532 nm, 355 nm, or 266 nm.