mhurhangee/ep-ind-claims huggingface dataset:
A method for the gravimetric mass metering of bulk solids via a differential metering scale comprising a container with the bulk solid to be metered and a volumetric conveying device, - with which the bulk solid coming from the container is conveyed with a mass flow, - wherein the mass flow temporally follows a target value for a target feed rate, - wherein to determine said mass flow, a signal is determined, - - which represents the total weight of a unit formed by the container and the bulk solid included hereby or - - - by the container and the conveying device and the bulk solid included hereby, - the signal is then processed specifically for the system and/or bulk solid in order to calculate a first signal, representing the mass flow, - from which, together with the target value for the target feed rate, a first regulating unit calculates a first control signal and provides it to a drive of the conveying device, characterized in that the mass flow after leaving the conveying device passes through a mass flow measuring device and a second signal (Fm), representing the mass flow, is measured by the mass flow measuring device and, based on the second signal (Fm), representing the mass flow, and on the first control signal, a second control signal is calculated by a second regulating unit and provided to the drive of the conveying device for controlling the conveying device. - with which the bulk solid coming from the container is conveyed with a mass flow, - wherein the mass flow temporally follows a target value for a target feed rate, - wherein to determine said mass flow, a signal is determined, - - which represents the total weight of a unit formed by the container and the bulk solid included hereby or - - - by the container and the conveying device and the bulk solid included hereby, - - which represents the total weight of a unit formed by the container and the bulk solid included hereby or - - - by the container and the conveying device and the bulk solid included hereby, - the signal is then processed specifically for the system and/or bulk solid in order to calculate a first signal, representing the mass flow, - from which, together with the target value for the target feed rate, a first regulating unit calculates a first control signal and provides it to a drive of the conveying device, characterized in that the mass flow after leaving the conveying device passes through a mass flow measuring device and a second signal (Fm), representing the mass flow, is measured by the mass flow measuring device and, based on the second signal (Fm), representing the mass flow, and on the first control signal, a second control signal is calculated by a second regulating unit and provided to the drive of the conveying device for controlling the conveying device.
A method for treating biomass comprising (a) Feeding biomass to a pressurized prehydrolysis reactor unit; (b) Thermally treating the biomass in the pressurized prehydrolysis reactor unit; (c) Discharging the thermally treated biomass from the pressurized prehydrolysis reactor unit to produce a discharged thermally treated aqueous slurry of biomass; (d) Dewatering the discharged thermally treated aqueous slurry of biomass; (e) Feeding the dewatered thermally treated aqueous slurry of biomass into a cooling unit; (f) Cooling the dewatered thermally treated aqueous slurry of biomass by mixing the dewatered thermally treated aqueous slurry of biomass with a liquid which has a lower temperature than the dewatered thermally treated aqueous slurry of biomass in the cooling unit; (g) Treating the cooled aqueous slurry of biomass with an enzyme. (a) Feeding biomass to a pressurized prehydrolysis reactor unit; (b) Thermally treating the biomass in the pressurized prehydrolysis reactor unit; (c) Discharging the thermally treated biomass from the pressurized prehydrolysis reactor unit to produce a discharged thermally treated aqueous slurry of biomass; (d) Dewatering the discharged thermally treated aqueous slurry of biomass; (e) Feeding the dewatered thermally treated aqueous slurry of biomass into a cooling unit; (f) Cooling the dewatered thermally treated aqueous slurry of biomass by mixing the dewatered thermally treated aqueous slurry of biomass with a liquid which has a lower temperature than the dewatered thermally treated aqueous slurry of biomass in the cooling unit; (g) Treating the cooled aqueous slurry of biomass with an enzyme.
A process for the continuous preparation of polyetheramines of the formula 1 R 2 (NR 1 R 3) n in which n is a number from 1 to 20, R 2 is an organic radical which comprises between 2 and 600 oxyalkylene groups, and R 1 and R 3 are the same or different and are each hydrogen or an organic radical having from 1 to 400 carbon atoms, by combining a compound of the formula 2 with a compound of the formula 3 R 2 n in the presence of hydrogen in a fixed bed reactor with a catalyst which is metallic and whose metal content, based on the dry, reduced catalyst excluding any support material present, either consists of cobalt to an extent of at least 95% by mass or, in the case of the Raney catalysts, consists of metals from the group of cobalt and aluminum to an extent of at least 80% by mass, and which contains less than 5% by mass of copper.
Cosmetic product reservoir comprising: - an outer wall, - an inner wall extending between the outer wall and a main axis of the reservoir, and - cosmetic product, the product being situated exclusively adjacent a surface of the inner wall that faces the outer wall, characterized in that the reservoir has at least two openings facing each other. - an outer wall, - an inner wall extending between the outer wall and a main axis of the reservoir, and - cosmetic product, the product being situated exclusively adjacent a surface of the inner wall that faces the outer wall, characterized in that the reservoir has at least two openings facing each other.
A machine for winding plastic film onto bobbins comprising a motorization group of reels, wherein spindles (16,17,18) are positioned on a rotating plate around a central shaft constrained to a frame of the machine, a motor (86, 86', 86") being provided for each of said spindles (16,17,18), each of said motors (86, 86', 86") being constrained to said frame and being connected to each of said spindles (16,17,18) by means of a belt transmission which comprises a central deflector unit, belts (89, 89', 89"; 95, 95', 95") connecting said central deflector unit, on one side, to said spindles (16,17,18) and on the other, to said motors (86, 86', 86"), wherein said belts are toothed belts (89, 89', 89"; 95, 95', 95") and wherein said rotating plate carries three spindles (16,17,18) positioned at 120° with respect to each other, characterized in that said central deflector unit is aligned with a central shaft outside said frame and comprises three hollow coaxial shafts (93, 93', 93") positioned on an extension of said central shaft with interposition of end bearings (99, 99' 99") so as to allow a reciprocal independent rotation with respect to the extension, said three hollow coaxial shafts (93, 93', 93'') each carrying a pair of toothed pulleys (91, 94; 91', 94'; 91", 94") constrained to ends of said shafts (93, 93', 93") which interact with said belts (89, 89', 89"; 95, 95', 95") for rotating said spindles (16,17,18).
Process for preparing a homogeneous porous layer of biocompatible polymer, comprising the following steps: - a) a quantity Qp of an aqueous solution or suspension of the said polymer, having a viscosity Vp, is poured into a mould in order to form a first sublayer, the surface of the first sublayer being left to the open air, - b) a quantity Qs of solvent, having a viscosity Vs, lower than Vp, is spread uniformly over the surface of the first sublayer so as to form a second sublayer, - c) the first and second sublayers are subjected to a step of freezing and then lyophilisation, in which the said polymer is a polysaccharide chosen from hyaluronic acid, alginic acid and chitosan, salts thereof and mixtures thereof, and in which the solvent is chosen from water and alcohols such as methanol, ethanol, propanol, 1,2-propanediol and isopropanol, and mixtures thereof. - a) a quantity Qp of an aqueous solution or suspension of the said polymer, having a viscosity Vp, is poured into a mould in order to form a first sublayer, the surface of the first sublayer being left to the open air, - b) a quantity Qs of solvent, having a viscosity Vs, lower than Vp, is spread uniformly over the surface of the first sublayer so as to form a second sublayer, - c) the first and second sublayers are subjected to a step of freezing and then lyophilisation,
A multilayer sheet having two surface layers and optionally one or more interior layers, said multilayer sheet comprising a non-foamed thermoplastic polymer surface layer, a foamed thermoplastic polymer layer and an optional non-foamed thermoplastic polymer surface layer and having a total sheet thickness of from at least 0.75 to 20 millimeters ("mm") and a foam to solid thickness ratio of greater than 1 and wherein: (a) the non-foamed thermoplastic polymer surface layer has a thickness in the range of from 0.75 to 6 millimeters ("mm") and (b) the foamed thermoplastic polymer layer has a total density reduction of at least five percent and, in the absence of optional surface layer, is a surface layer. (a) the non-foamed thermoplastic polymer surface layer has a thickness in the range of from 0.75 to 6 millimeters ("mm") and (b) the foamed thermoplastic polymer layer has a total density reduction of at least five percent and, in the absence of optional surface layer, is a surface layer.
A microphone assembly comprising: a housing including an integrally-formed hollow shaft element (208, 210) that is configured to be received by an opening (230, 232) in a base substrate layer of a headliner to define an air path; a circuit board defining a first opening and being positioned within the housing; a gasket element disposed between the circuit board and the shaft element (208, 210) and configured to extend the air path to the circuit board; and a microphone element (214, 216) being positioned above the first opening on a first side of the circuit board and being aligned with the air path such that the air path directs sound from a vehicle cabin through the first opening of the circuit board and to the microphone element (214, 216) wherein each of the shaft element (208, 210) and the gasket element defines a conically-shaped inner surface, wherein the conically-shaped inner surface of the gasket element extends within the housing, and wherein the conically-shaped inner surface of the shaft element (208, 210) extends past the housing to be received by the opening (230, 232) in the base substrate layer of the headliner. a housing including an integrally-formed hollow shaft element (208, 210) that is configured to be received by an opening (230, 232) in a base substrate layer of a headliner to define an air path; a circuit board defining a first opening and being positioned within the housing; a gasket element disposed between the circuit board and the shaft element (208, 210) and configured to extend the air path to the circuit board; and a microphone element (214, 216) being positioned above the first opening on a first side of the circuit board and being aligned with the air path such that the air path directs sound from a vehicle cabin through the first opening of the circuit board and to the microphone element (214, 216) wherein each of the shaft element (208, 210) and the gasket element defines a conically-shaped inner surface, wherein the conically-shaped inner surface of the gasket element extends within the housing, and wherein the conically-shaped inner surface of the shaft element (208, 210) extends past the housing to be received by the opening (230, 232) in the base substrate layer of the headliner.
A method for activating homologous recombination in a cell comprising inhibiting KEAP1 or DCAF10; wherein said method is not a method for treatment of the human or animal body by surgery or therapy, and wherein said method is not a process for modifying the germ line genetic identity of human beings.
A portable communication terminal comprising: a main body, a slide unit slidably combined with a main body, and a rotation unit rotatably combined with a main body by hinge shaft, at a predetermined position of the main body, characterized in that said rotation unit is rotatable towards or away from a top of the main body to close or open, respectively, the top of the main body, wherein the slide unit, while facing the main body, is slidable on a top of the rotation unit to open or close the rotation unit when the top of the main body is closed by the rotation unit, wherein a display unit is disposed on a top of the slide unit, which further comprises: a fourth keypad having a plurality of keys; and a speaker device disposed in an opposite side to the fourth keypad with respect to the slide unit. a main body, a slide unit slidably combined with a main body, and a rotation unit rotatably combined with a main body by hinge shaft, at a predetermined position of the main body, characterized in that said rotation unit is rotatable towards or away from a top of the main body to close or open, respectively, the top of the main body, wherein the slide unit, while facing the main body, is slidable on a top of the rotation unit to open or close the rotation unit when the top of the main body is closed by the rotation unit, wherein a display unit is disposed on a top of the slide unit, which further comprises: a fourth keypad having a plurality of keys; and a speaker device disposed in an opposite side to the fourth keypad with respect to the slide unit.
Louvre system for facade cladding of a rear structure, comprising: at least two mullions (2, 2', 2") and a plurality of louvre blades, wherein each blade is supported from the at least two mullions (2, 2', 2") by a respective bracket (3, 3'; 3") provided to and protruding from a front face of a respective mullion (2, 2', 2"), the louvre system further comprises a mesh structure connected to the at least two mullions (2, 2', 2"), characterised in that the at least two mullions (2, 2', 2") have a substantially square shaped cross section and the mesh structure is confined in the space defined by lateral faces of the at least two mullions (2, 2', 2"). at least two mullions (2, 2', 2") and a plurality of louvre blades, wherein each blade is supported from the at least two mullions (2, 2', 2") by a respective bracket (3, 3'; 3") provided to and protruding from a front face of a respective mullion (2, 2', 2"), the louvre system further comprises a mesh structure connected to the at least two mullions (2, 2', 2"), characterised in that the at least two mullions (2, 2', 2") have a substantially square shaped cross section and the mesh structure is confined in the space defined by lateral faces of the at least two mullions (2, 2', 2").
A method of production of rFSH which includes α2,3- and α2,6-sialylation, the method comprising a step of producing or expressing rFSH in a Per.C6 cell line; wherein the Per.C6 cell line has been engineered to express an α2,3-sialyltransferase.
Anode, in particular an anode for the use in aluminium electrolysis cells, comprising an anode body with a first stub hole for the insertion of a stub for the connection with a voltage source, the anode comprising at least a first aluminium core and a second aluminium core that are arranged inside the anode body for the connection with the voltage source, characterized in that a first distance between the first aluminium core and the bottom of the anode is different from a second distance between the second aluminium core and the bottom of the anode.
A method for manufacturing in situ graphene containing silicon carbide matrix ceramic composites, the method comprising: a) mixing a ceramic powder composition comprising silicon carbide, selected from the group consisting of alpha-phase silicon carbide and beta-phase silicon carbide, and at least one sintering additive; b) densifying the ceramic powder composition by electric current activated/assisted sintering (ECAS), resulting in graphene growth within a ceramic material from the ceramic powder composition. a) mixing a ceramic powder composition comprising silicon carbide, selected from the group consisting of alpha-phase silicon carbide and beta-phase silicon carbide, and at least one sintering additive; b) densifying the ceramic powder composition by electric current activated/assisted sintering (ECAS), resulting in graphene growth within a ceramic material from the ceramic powder composition.
Holding apparatus for holding a drive unit of a deviating mirror arrangement of an optical detection apparatus for a motor vehicle, characterized in that the holding apparatus comprises a holding part, with which a light barrier is formed in one piece, the light barrier being arranged, when the drive unit is being held as intended by the holding apparatus, to subdivide a reflective surface of at least one deviating mirror, mounted rotatably on a rotation axle, of the deviating mirror arrangement into an emission region and a reception region locally on the reflective surface and the holding apparatus having the holding part and the light barrier being static with respect to the at least one rotatably mounted deviating mirror.
A method of producing a packaging structure, comprising: a coating step of coating at least one surface of a first sheet base material and/or a second sheet base material with a latex of a synthetic polyisoprene having a weight average molecular weight of 500,000 to 5,000,000 and/or a styrene-isoprene-styrene block copolymer having a weight average molecular weight of 100,000 to 300,000; a lamination step of sandwiching a medical article between the first sheet base material and the second sheet base material in a state in which at least a part of the first sheet base material and at least a part of the second sheet base material are in contact with each other via a latex coated surface formed on the first sheet base material and/or the second sheet base material to thereby obtain a laminated body; a pressing step of pressing a portion where at least the first sheet base material and the second sheet base material of the laminated body are in contact with each other via the latex coated surface at a temperature of 100°C or less to thereby obtain a pressed laminated body; and a sterilizing step of performing a sterilization treatment on the pressed laminated body. a coating step of coating at least one surface of a first sheet base material and/or a second sheet base material with a latex of a synthetic polyisoprene having a weight average molecular weight of 500,000 to 5,000,000 and/or a styrene-isoprene-styrene block copolymer having a weight average molecular weight of 100,000 to 300,000; a lamination step of sandwiching a medical article between the first sheet base material and the second sheet base material in a state in which at least a part of the first sheet base material and at least a part of the second sheet base material are in contact with each other via a latex coated surface formed on the first sheet base material and/or the second sheet base material to thereby obtain a laminated body; a pressing step of pressing a portion where at least the first sheet base material and the second sheet base material of the laminated body are in contact with each other via the latex coated surface at a temperature of 100°C or less to thereby obtain a pressed laminated body; and a sterilizing step of performing a sterilization treatment on the pressed laminated body.
Burner arrangement with a combustion chamber, a plurality of mixing ducts leading into the combustion chamber, in which ducts combustion air and fuel introduced during proper operation are mixed, and at least one resonator, which comprises a defined resonator volume and resonator openings, the mixing ducts being formed by mixing pipes, which extend axially through an annular space defined between a tubular outer wall, a tubular inner wall arranged radially at a distance from the outer wall, an annular end plate arranged upstream and an annular end plate arranged downstream, the end plates (10, 11) being provided with passage openings (16, 23), which accommodate and/or continue the mixing pipes, the resonator openings of the at least one resonator taking the form of air ducts (17, 24), which extend through at least one of the end plates (10, 11), and the resonator volume of the at least one resonator being formed by at least a portion of the annular space, at least one annular separator plate being provided between the upstream end plate and the downstream end plate, which separator plate comprises passage openings accommodating the mixing pipes and subdivides the annular space into annular space portions (14, 15), the downstream end plate having air ducts, characterized in that the upstream end plate also has air ducts, such that annular space portions (14, 15) define resonator volumes of at least two resonators, which act on different frequencies on the one hand in the cold plenum space and on the other hand in the hot combustion chamber.
Retractable aerodynamic system for a motor vehicle comprising a structure of the vehicle, characterised in that the system comprises at least one aerodynamic flap, a drive means that can rotate the aerodynamic flap about a rotation axis, and at least one member for locking the aerodynamic flap in at least one indexed position with respect to the structure of the vehicle, the locking member being able to transmit forces experienced by the aerodynamic flap to the structure of the vehicle when the aerodynamic flap is locked in the indexed position, the locking member comprising at least one assembly consisting of a spring element and a housing arranged to accommodate at least a portion of the spring element, the housing and the spring element being arranged to be assembled to one another with little clearance, preferably with zero clearance.