mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a glass sheet, said method comprising the steps of: causing the glass sheet to travel in a traveling direction; separating the glass sheet which is moving using a scoreless separation device (703a, 703b) which comprises a separation mechanism that generates a stress profile within the moving glass sheet that produces a crack in a predefined location within the moving glass sheet to shear off an edge (706a, 706b) of the moving glass sheet; separating and removing the sheared-off edge (706a, 706b); wherein after the edge (706a, 706b) has been sheared off of the moving glass sheet, directing a remaining portion of the moving glass sheet away from the traveling direction and to a take-up roller; and winding the remaining portion of the moving glass sheet onto the take-up roller. causing the glass sheet to travel in a traveling direction; separating the glass sheet which is moving using a scoreless separation device (703a, 703b) which comprises a separation mechanism that generates a stress profile within the moving glass sheet that produces a crack in a predefined location within the moving glass sheet to shear off an edge (706a, 706b) of the moving glass sheet; separating and removing the sheared-off edge (706a, 706b); wherein after the edge (706a, 706b) has been sheared off of the moving glass sheet, directing a remaining portion of the moving glass sheet away from the traveling direction and to a take-up roller; and winding the remaining portion of the moving glass sheet onto the take-up roller.
Use of a reactor vessel in a fluid coking unit comprising said reactor and a heater wherein the reactor vessel comprises a stripping section at its bottom for stripping occluded hydrocarbons from coke product, said stripping section including horizontally arrayed, sparged stripping sheds (18, 30) disposed in vertically spaced tiers in each of which the sheds are disposed parallel to one another and with the sheds arranged in pairs of tiers at successively vertical locations in the stripper rotated angularly from the sheds in an adjacent pair of tiers by 90°, each stripper shed being in the form of an inverted-V section comprising a pair of flat sides extending downwards from the apex of the V where the two sides meet to bottom edges that run parallel to the apex with a flat lip extending downwards from the bottom edge of each side to increase the chamber defined by the section, each side having a row of apertures offset from the apex by 10 to 35% of the width of the side, at the center of each aperture, the total area of the apertures relative to the total surface area of each side, including apertures, being from 0.1 to 2 percent of the surface area of the sides.
A battery block, comprising: a metallic case that includes a plurality of pipe-shaped members; and wherein the pipe-shaped members are obtained by bending rectangular metal plates and by brazing the mating faces of the metal plates, and the pipe-shaped members are joined at mating faces respectively, the plurality of pipe-shaped members are joined to each other and are integrated with each other, the joining of the pipe-shaped members at the mating faces and the joining between the pipe-shaped members are realized by brazed joints, characterized by: a plurality of unit cells that are accommodated in the pipe-shaped members, respectively, and a gap between the mating faces is 0.05 to 0.2 mm. a metallic case that includes a plurality of pipe-shaped members; and wherein the pipe-shaped members are obtained by bending rectangular metal plates and by brazing the mating faces of the metal plates, and the pipe-shaped members are joined at mating faces respectively, the plurality of pipe-shaped members are joined to each other and are integrated with each other, the joining of the pipe-shaped members at the mating faces and the joining between the pipe-shaped members are realized by brazed joints, characterized by: a plurality of unit cells that are accommodated in the pipe-shaped members, respectively, and a gap between the mating faces is 0.05 to 0.2 mm. a plurality of unit cells that are accommodated in the pipe-shaped members, respectively, and a gap between the mating faces is 0.05 to 0.2 mm.
Fastening element (10; 30; 50; 80) having a dowel sleeve of plastics material, and an impaction element (14; 34; 54; 84) for driving into the dowel sleeve, wherein the impaction element expands the dowel sleeve at least in portions in the radial direction when driving the impaction element into the dowel sleeve, wherein the impaction element (14; 34; 54; 84) has a shank and a head, wherein the shank is provided at least in portions with a thread formation and the head is provided with an external drive configuration, wherein the head has an impact portion which, proceeding from the external drive configuration, extends to the free end of the head, and wherein the impact portion has a cylindrical shape and a smaller external diameter than the external drive configuration.
Apparatus for manufacturing pocketed coil springs, the apparatus comprising a retention mechanism for retaining first and second plies of material relative to an operative axis of the apparatus, and providing relative movement between the plies of material and an insertion mechanism (1a, 1b), along the operative axis of the apparatus, between each actuation of the insertion mechanism (1a, 1b), and the insertion mechanism (1a, 1b) having at least a first insertion member and a second insertion member, wherein, upon each actuation of the insertion mechanism (1a, 1b), the first insertion member inserts a first coil spring between the plies of material to a first location on a first side of the operative axis of the apparatus, and the second insertion member inserts a second coil spring between the plies of material to a second location on a second, opposite side of the operative axis of the apparatus, and at a different position on the operative axis of the apparatus relative to the first location, such that the first and second coil springs (20a, 20b) inserted by the first and second insertion members (1a, 1b) are arranged diagonally between the plies of material relative to the operative axis of the apparatus.
Handheld work apparatus having a guide tube, wherein, at a first end of the guide tube, a first mass body is arranged, wherein, at a second end of the guide tube, a second mass body is arranged, wherein one of the mass bodies comprises at least one housing and the other of the mass bodies comprises at least one tool, wherein the tool is driven by a drive motor, wherein, in the interior of the guide tube, energy transmission means for driving the tool are guided between the first end and the second end, wherein, between the first end of the guide tube and the first mass body, a first anti-vibration element is arranged, characterized in that the guide tube comprises, in the direction of its longitudinal centre axis, at least a first rigid portion and a second rigid portion, in that the second portion has an end face facing the first mass body, in that the end face is at a distance (di), measured in the direction of the longitudinal centre axis, from an end face of the first mass body that faces the second mass body, and in that the two portions (13, 14) are connected together at a butt joint, wherein the first portion and the second portion are connected together via at least one second antivibration element at the butt joint.
A holder for an aerosol generating article having a heat source, the holder comprising: a body defining an passage configured to receive the aerosol generating article; and a retainer longitudinally moveable relative to the body from a first position to a second position, the retainer comprising a deflectable arm and a retention member extending from the arm and configured to retain the aerosol generating article within the passage of the body when the retainer is in the first position, wherein movement of the retainer to the second position causes the arm to deflect to provide access for introducing or withdrawing the aerosol generating article from the passage of the body. a body defining an passage configured to receive the aerosol generating article; and a retainer longitudinally moveable relative to the body from a first position to a second position, the retainer comprising a deflectable arm and a retention member extending from the arm and configured to retain the aerosol generating article within the passage of the body when the retainer is in the first position, wherein movement of the retainer to the second position causes the arm to deflect to provide access for introducing or withdrawing the aerosol generating article from the passage of the body.
A method for producing aluminum nitride crystals, the method comprising: bubbling gas containing N atoms into a melt of a Ga-Al alloy; and epitaxially growing aluminum nitride crystals on a seed crystal substrate in said melt of the Ga-Al alloy; wherein, a temperature of the above-mentioned melt of the Ga-Al alloy is set at not less than 1000 degrees C and not more than 1500 degrees C to epitaxially grow aluminum nitride crystals, wherein the above-mentioned seed crystal substrate is a nitrided sapphire substrate, and wherein the above-mentioned nitrided sapphire substrate is annealed at a temperature of not less than 900 degrees C and not more than 1500 degrees C.
A preliminary product for the production of prosthetic teeth for a dental prosthesis, wherein the preliminary product consists of a plastics material and the preliminary product having a plurality of prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51) and a mounting geometry, the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51) having a preformed coronal surface and a preformed circumferential surface (5, 6, 7) which adjoins the coronal surface, the mounting geometry having at least one strut (2, 42, 52), wherein the at least one strut (2, 42, 52) is embodied in one piece with at least one of the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51), wherein the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51) are fixable in position with the mounting geometry in a mount of a CAM apparatus in such a way that the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51) are mechanically machinable with the CAM apparatus, wherein the at least one strut (2, 42, 52) of the mounting geometry is connected to the prosthetic teeth (1, 11, 21, 31, 41, 51) at the coronal surface or the circumferential surface (5, 6, 7) or the coronal surface and the circumferential surface (5, 6, 7) of at least one prosthetic tooth of the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51), characterized in that none of the at least one strut (2, 42, 52) of the mounting geometry is arranged on a basal surface of the at least one prosthetic tooth of the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51). the mounting geometry having at least one strut (2, 42, 52), wherein the at least one strut (2, 42, 52) is embodied in one piece with at least one of the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51), wherein the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51) are fixable in position with the mounting geometry in a mount of a CAM apparatus in such a way that the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51) are mechanically machinable with the CAM apparatus, wherein the at least one strut (2, 42, 52) of the mounting geometry is connected to the prosthetic teeth (1, 11, 21, 31, 41, 51) at the coronal surface or the circumferential surface (5, 6, 7) or the coronal surface and the circumferential surface (5, 6, 7) of at least one prosthetic tooth of the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51), characterized in that none of the at least one strut (2, 42, 52) of the mounting geometry is arranged on a basal surface of the at least one prosthetic tooth of the prefabricated prosthetic teeth (1, 11, 21, 31, 41, 51).
Spray vehicle for applying a two-component epoxy adhesive comprising one or more storage spaces (1,2,4) and a heating device for these components, a mixing device for mixing the components and conduits to a spray body provided at the rear of the spray vehicle, characterized in, that the spray body has a variable length, wherein the spray vehicle comprises 6-10 nozzles coupled to the spray body, wherein the nozzles are positioned equidistant from each other and further characterized in that each of the 6-10 nozzles can be individually switched off automatically.
A culture method for producing a defined enzyme mixture and/or metabolite mixture being optimized for the fermentation of one or more target substrates and being suitable for the enzymatic extraction (hydrolytic saccharification) of sugar beet chips, grass silage, corn silage or other polysaccaride containing material by contacting an inoculating mixed culture of microorganisms, after optimum inocculation, in a solid-phase bioreactor with a rape extraction material as inducer substrate alone, where the microorganisms are selected from the genera Penicillium spec., Aspergillus spec., Trichoderma spec., Fusarium spec., Eurotium spec., Absidia spec., Neurospora spec., Mucor spec., Chaetomium spec., Rhizopus spec., Trametes spec., Pleurotus spec., Phanerochaete spec., Nematoloma spec., Agaricus spec. and Streptomyces spec., and by keeping the mixed culture under an appropriate selection pressure by a suitable selection of the moisture content (water activity), and by a specific induction by the inducer substrate, and by sequentially adding the one or more target substrates to the mixed culture during the course of the cultivation.
A device comprising: a first reservoir to serve as a source of a printable composition; a pump fluidically coupled to the first reservoir and a second reservoir to pump the printable composition from the first reservoir to the second reservoir, wherein the second reservoir is to store the printable composition; the device characterized by comprising: a sensor fluidically coupled between the pump and the second reservoir; and a controller to direct the pump according to a first operation to identify a first reservoir status based on the sensor, and to direct the pump according to a second operation to identify a second reservoir status based on the sensor. a first reservoir to serve as a source of a printable composition; a pump fluidically coupled to the first reservoir and a second reservoir to pump the printable composition from the first reservoir to the second reservoir, wherein the second reservoir is to store the printable composition; the device characterized by comprising: a sensor fluidically coupled between the pump and the second reservoir; and a controller to direct the pump according to a first operation to identify a first reservoir status based on the sensor, and to direct the pump according to a second operation to identify a second reservoir status based on the sensor. a sensor fluidically coupled between the pump and the second reservoir; and a controller to direct the pump according to a first operation to identify a first reservoir status based on the sensor, and to direct the pump according to a second operation to identify a second reservoir status based on the sensor.
Ceramic material with negative temperature coefficient of the electrical resistance, having a structure that is based on a system selected from Ni-Co-Mn-O, Ni-Mn-O and Co-Mn-O and comprises at least one dopant which is selected from the group of the lanthanoids and is present in a proportion of up to 10 mol% inclusive in the ceramic material, wherein the ceramic material has a spinel structure of the general formula AB 2 O 4, where: - A is selected from Ni, Co, Mn, Mg, Sr, Zn, Ca, Zr, Cu and combinations thereof, - B is selected from Mn, Co, Al, Fe, Ti and combinations thereof, - A comprises at least Ni and B comprises at least Mn or A comprises at least Ni and B comprises at least Mn and Co or A comprises at least Mn or Co and B comprises at least Co or Mn, wherein the dopant is disposed at the B position of the spinel structure. - A is selected from Ni, Co, Mn, Mg, Sr, Zn, Ca, Zr, Cu and combinations thereof, - B is selected from Mn, Co, Al, Fe, Ti and combinations thereof, - A comprises at least Ni and B comprises at least Mn or A comprises at least Ni and B comprises at least Mn and Co or A comprises at least Mn or Co and B comprises at least Co or Mn,
An axial stirring impeller comprising: a plurality of blades arranged at intervals in a rotational direction with reference to the central axis of rotation, wherein each of the plurality of blades has a front portion close to a front end edge with reference to the rotational direction, at least the front portion is inclined to a plane orthogonal to the central axis of rotation in a cross section in the rotational direction at an angle of 20° to 40° toward the front end edge, each of the plurality of blades has a front surface facing forward and a back surface facing backward with reference to the rotational direction that are formed therein, the front surface being located on a lower side and the back surface being located on an upper side, and each of the plurality of blades comprises a tapered portion that is tapered to have a tip angle of 30° to 50° in the cross section in the rotational direction, on the front end edge. a plurality of blades arranged at intervals in a rotational direction with reference to the central axis of rotation, wherein each of the plurality of blades has a front portion close to a front end edge with reference to the rotational direction, at least the front portion is inclined to a plane orthogonal to the central axis of rotation in a cross section in the rotational direction at an angle of 20° to 40° toward the front end edge, each of the plurality of blades has a front surface facing forward and a back surface facing backward with reference to the rotational direction that are formed therein, the front surface being located on a lower side and the back surface being located on an upper side, and each of the plurality of blades comprises a tapered portion that is tapered to have a tip angle of 30° to 50° in the cross section in the rotational direction, on the front end edge.
Automotive lighting appliance comprising an internal wall, and a mini-LED lighting device which is coupled to said internal wall and comprises: a support circuit board formed by one or more support portions and a plurality of flat plate-shaped mini-LED electronic modules, which are firmly coupled to said one or more support portions of said support circuit board, next to each other, so as to form a light emitting surface configured to emit light, wherein each mini-LED electronic module comprises: a flat plate-shaped circuit base, which has a first surface firmly fixed to a first face of said support circuit board, and a second surface opposite the first surface, a mini-LED array comprising a plurality of mini-LEDs which are arranged on said second surface of the circuit base and have a pre-established pitch, with respect to each other, a LED-driver which is firmly arranged on the first surface of the circuit base and is electrically connected to the mini-LED array of said mini-LED electronic module, the LED-driver is configured to control said mini-LED array. a support circuit board formed by one or more support portions and a plurality of flat plate-shaped mini-LED electronic modules, which are firmly coupled to said one or more support portions of said support circuit board, next to each other, so as to form a light emitting surface configured to emit light, wherein each mini-LED electronic module comprises: a flat plate-shaped circuit base, which has a first surface firmly fixed to a first face of said support circuit board, and a second surface opposite the first surface, a mini-LED array comprising a plurality of mini-LEDs which are arranged on said second surface of the circuit base and have a pre-established pitch, with respect to each other, a LED-driver which is firmly arranged on the first surface of the circuit base and is electrically connected to the mini-LED array of said mini-LED electronic module, the LED-driver is configured to control said mini-LED array. a flat plate-shaped circuit base, which has a first surface firmly fixed to a first face of said support circuit board, and a second surface opposite the first surface, a mini-LED array comprising a plurality of mini-LEDs which are arranged on said second surface of the circuit base and have a pre-established pitch, with respect to each other, a LED-driver which is firmly arranged on the first surface of the circuit base and is electrically connected to the mini-LED array of said mini-LED electronic module, the LED-driver is configured to control said mini-LED array.
A motor vehicle having a body and a glazing, the body being adapted to receive the glazing and have the glazing secured thereto by a bead of bonding material and the glazing having at least one electrical component and at least one soldered electrical connector located thereon, characterized in that the soldered electrical connector is arranged to be clamped between the glazing and a component of the vehicle and to engage a portion of the body upon securing the glazing to the body and the vehicle further comprising a resilient member located between the body and the soldered electrical connector arranged to engage the soldered electrical connector upon securing the glazing to the body.
A surface conditioning composition comprising a bivalent or trivalent metal phosphate particles and having a pH of 3 to 12, wherein a D 50 of the bivalent or trivalent metal phosphate particles is no more than 3 μm, and the surface conditioning composition further comprises a phenolic compound selected from the group consisting of flavonoid, tannin, gallic acid, lignin, catechin and pyrogallol and a stabilizer selected from the group consisting of phosphonic acid, phytic acid, polyphosphoric acid, phosphonic acid group-containing acrylic resin and vinylic resin, carboxyl group-containing acrylic resin and vinylic resin, saccharide, layered clay mineral, colloidal silica, and acrylamide. a phenolic compound selected from the group consisting of flavonoid, tannin, gallic acid, lignin, catechin and pyrogallol and a stabilizer selected from the group consisting of phosphonic acid, phytic acid, polyphosphoric acid, phosphonic acid group-containing acrylic resin and vinylic resin, carboxyl group-containing acrylic resin and vinylic resin, saccharide, layered clay mineral, colloidal silica, and acrylamide.