mhurhangee/patent-ind-claim-en huggingface dataset:
Gravity short-tube filler for filling beverages , in particular spirits, into bottles , comprising a product tank for the beverage and filling valves connected thereto which have return air pipes and are designed to terminate the beverage inflow by raising the beverage at least up to the return air pipes , characterised in that control valves for mechanically controllable throttling of the beverage inflow to the filling valves are individually connected upstream of the filling valves , the control valves being connected to the product tank by means of pipes and/or hose lines and/or to the respectively associated filling valve by means of pipes and/or hose lines.
Method for determining the longitudinal viscosity of a liquid provided in at least one measuring chamber having at least one tube , in which the first tube , which is in contact with the liquid , is set into radial vibrations using a piezoelectric effect, wherein the piezoelectric effect of the first tube , which consists of a piezoelectric material, is used to generate the radial vibrations of the first tube , measurement data (Z, V OUT1 , V OUT2 ) for vibration excitation of the liquid by the radial vibrations of the first tube are acquired, and using the measurement data (Z, V OUT1 , V OUT2 ), a damping coefficient (D K ) describing the damping on the basis of the liquid is calculated, via which damping coefficient the longitudinal viscosity of the liquid is determined, wherein the liquid is subjected to a vibration excitation in at least one measuring chamber having a lateral surface or lateral surfaces formed exclusively from parallel straight lines.
An in-vitro method of activating T cells, the method comprising: (a) incubating T cells with diseased cells in the presence of a dimer consisting of two peptide monomers linked to one another, each of said peptide monomers comprising the full length amino acid sequence as set forth in SEQ ID NO: 1, wherein the two peptide monomers each consist of no more than 30 amino acids, wherein the dimer is capable of reducing binding of Placental Immunoregulatory Ferritin (PLIF) to human leukocytes under conditions which allow expansion of said T cells, thereby generating activated T cells; and (b) isolating said activated T cells from said diseased cells. (a) incubating T cells with diseased cells in the presence of a dimer consisting of two peptide monomers linked to one another, each of said peptide monomers comprising the full length amino acid sequence as set forth in SEQ ID NO: 1, wherein the two peptide monomers each consist of no more than 30 amino acids, wherein the dimer is capable of reducing binding of Placental Immunoregulatory Ferritin (PLIF) to human leukocytes under conditions which allow expansion of said T cells, thereby generating activated T cells; and (b) isolating said activated T cells from said diseased cells.
A modular converter , comprising: a plurality of converter cells connected in series, each converter cell comprising: at least one power semiconductor switch for switching a cell current through the converter cell ; a cell capacitor interconnected with the at least one power semiconductor switch , such that the cell capacitor is loadable by the cell current; a controller for switching the at least one power semiconductor switch , wherein the controller is supplyable with auxiliary power from the cell capacitor ; a photovoltaic cell for providing further auxiliary power to the controller; a DC/DC converter arranged to convert a voltage from the photovoltaic cell into a voltage supplied to the cell capacitor ; wherein the modular converter comprises at least one light source , which is galvanically separated from the converter cells and which is adapted for radiating light on one or more of the photovoltaic cells of the converter cells . at least one power semiconductor switch for switching a cell current through the converter cell ; a cell capacitor interconnected with the at least one power semiconductor switch , such that the cell capacitor is loadable by the cell current; a controller for switching the at least one power semiconductor switch , wherein the controller is supplyable with auxiliary power from the cell capacitor ; a photovoltaic cell for providing further auxiliary power to the controller; a DC/DC converter arranged to convert a voltage from the photovoltaic cell into a voltage supplied to the cell capacitor ; wherein the modular converter comprises at least one light source , which is galvanically separated from the converter cells and which is adapted for radiating light on one or more of the photovoltaic cells of the converter cells .
A thermoplastic resin composition, comprising: a first graft copolymer comprising an alkyl (meth)acrylate-based polymer-derived unit, an aromatic vinyl-based monomer-derived unit, and a vinyl cyanide-based monomer-derived unit; a copolymer comprising an aromatic vinyl-based monomer-derived unit and a vinyl cyanide-based monomer-derived unit; a polyester-based elastomer; and a phthalate-based plasticizer, wherein the phthalate-based plasticizer is comprised in an amount of 3 to 20 parts by weight based on 100 parts by weight of the sum of the first graft copolymer, the copolymer, and the polyester-based elastomer. a first graft copolymer comprising an alkyl (meth)acrylate-based polymer-derived unit, an aromatic vinyl-based monomer-derived unit, and a vinyl cyanide-based monomer-derived unit; a copolymer comprising an aromatic vinyl-based monomer-derived unit and a vinyl cyanide-based monomer-derived unit; a polyester-based elastomer; and a phthalate-based plasticizer, wherein the phthalate-based plasticizer is comprised in an amount of 3 to 20 parts by weight based on 100 parts by weight of the sum of the first graft copolymer, the copolymer, and the polyester-based elastomer.
A bra for use in measuring biosignals of a wearer, the bra comprising: a front region ; a rear region ; a pair of side regions extending between the front region and the rear region ; an underband extending below a lower edge of the front region , rear region and side regions , and a measuring apparatus comprising a sensor assembly comprising one or more skin contact sensors , wherein at least a part of the one or more skin contact sensors is provided on an inner panel surface of a panel or panels in one of the side regions , characterised in that all of the sensor assembly is provided in one of the side regions and is not provided in the underband .
Device for absorbing energy released by the local detensioning of a structural cable (C), comprising: - at least one first collar , called "retaining collar", to be fixed to the cable (C), - at least one second collar , called "hammer collar", to be fixed to the cable (C), the retaining and hammer collars being disposed on the cable (C) on either side of the cutting zone (A), - at least one reaction element to be disposed around the cable (C) such that the hammer collar is situated between this reaction element and the retaining collar , the cable (C) being able to slide inside this reaction element , - a link system between the retaining collar and the reaction element , to keep the reaction element at a given distance from the retaining collar , - at least one sacrificial spacer disposed between the reaction element and the hammer collar , configured to be deformed under the effect of the displacement of the hammer collar toward the reaction element upon the detensioning of the cable (C) following the cutting thereof, and to absorb at least a part of the energy released by this detensioning. - at least one first collar , called "retaining collar", to be fixed to the cable (C), - at least one second collar , called "hammer collar", to be fixed to the cable (C), the retaining and hammer collars being disposed on the cable (C) on either side of the cutting zone (A), - at least one reaction element to be disposed around the cable (C) such that the hammer collar is situated between this reaction element and the retaining collar , the cable (C) being able to slide inside this reaction element , - a link system between the retaining collar and the reaction element , to keep the reaction element at a given distance from the retaining collar , - at least one sacrificial spacer disposed between the reaction element and the hammer collar , configured to be deformed under the effect of the displacement of the hammer collar toward the reaction element upon the detensioning of the cable (C) following the cutting thereof, and to absorb at least a part of the energy released by this detensioning.
Insulating element for insulating a structural element in a motor vehicle, the insulating element comprising: a carrier with a first wall and a second wall , wherein the walls are designed and disposed so as to be substantially congruent, and wherein the walls each have opposite first edges and second edges , and with a first rib and a second rib , wherein the ribs are disposed between the walls , and wherein the ribs each extend between the first edge and the second edge , wherein the ribs each are at least half as long as a total distance between the first edges and the second edges in the direction of the ribs ; an expandable material which is disposed between the walls and which is in each case disposed on both sides of the ribs ; and a fixing element for fixing the insulating element in the structural element , wherein the fixing element is disposed in a region of the first edges of the walls ; wherein the ribs subdivide a volume between the two walls in such a manner that between 35% and 65% of this volume is disposed between the ribs ; and wherein the ribs extend substantially up to the first edges of the walls , but are spaced apart from the second edges of the walls by a spacing, wherein this spacing is at least 15% of a length of the ribs , characterized in that the expandable material has an expansion rate of 1000% to 4000%; and in that one region of the walls directly on the second edges is in each case free of expandable material . a carrier with a first wall and a second wall , wherein the walls are designed and disposed so as to be substantially congruent, and wherein the walls each have opposite first edges and second edges , and with a first rib and a second rib , wherein the ribs are disposed between the walls , and wherein the ribs each extend between the first edge and the second edge , wherein the ribs each are at least half as long as a total distance between the first edges and the second edges in the direction of the ribs ; wherein the ribs are disposed between the walls , and wherein the ribs each extend between the first edge and the second edge , wherein the ribs each are at least half as long as a total distance between the first edges and the second edges in the direction of the ribs ; an expandable material which is disposed between the walls and which is in each case disposed on both sides of the ribs ; and a fixing element for fixing the insulating element in the structural element , wherein the fixing element is disposed in a region of the first edges of the walls ; wherein the ribs subdivide a volume between the two walls in such a manner that between 35% and 65% of this volume is disposed between the ribs ; and wherein the ribs extend substantially up to the first edges of the walls , but are spaced apart from the second edges of the walls by a spacing, wherein this spacing is at least 15% of a length of the ribs , characterized in that the expandable material has an expansion rate of 1000% to 4000%; and in that one region of the walls directly on the second edges is in each case free of expandable material .
Device for testing a solar generator of a satellite or solar drone, the solar generator comprising a matrix of single-junction or multi-junction solar cells , each junction being adapted to convert photons of a respective wavelength band into electric current, the test device comprising: - a lighting device adapted to emit light in each of the electric conversion wavelength bands of the junction or junctions of solar cells, the lighting device comprising a matrix of light sources , comprising at least one row of light sources , each light source of the matrix being adapted to emit light in at least one electric conversion wavelength band of the junction or junctions of solar cells , - a control unit of the matrix of light sources, adapted to control the lighting and the extinction of each of the light sources of the matrix individually, the matrix of light sources also being configured so as to be able to illuminate selectively each solar cell of the solar generator by lighting one or more light sources of the matrix, and the lighting device being configured to be able to illuminate each solar cell of the solar generator with a surface light power received by the solar cell higher than at least 130 W/m 2 . - a lighting device adapted to emit light in each of the electric conversion wavelength bands of the junction or junctions of solar cells, the lighting device comprising a matrix of light sources , comprising at least one row of light sources , each light source of the matrix being adapted to emit light in at least one electric conversion wavelength band of the junction or junctions of solar cells , - a control unit of the matrix of light sources, adapted to control the lighting and the extinction of each of the light sources of the matrix individually,
A receiver , comprising: an input node coupled to receive an analog signal; a first switch coupled between the input node and a first node (NETA) ; a second switch coupled between the input node and a second node (NETB) ; a first resistive element coupled between the first node (NETA) and a reference node; a second resistive element coupled between the second node (NETB) and the reference node; a first capacitive element coupled to the first node (NETA) ; a second capacitive element coupled to the second node (NETB) ; and a comparator having a first input coupled to the input node to receive the analog signal, a second input coupled to the reference node to receive a reference voltage, wherein an output of the comparator controls the first and second switches; wherein the first switch comprises a first transistor having a first current electrode coupled to the input node, a second current electrode coupled to the first node (NETA), and a control electrode coupled to the output of the comparator , and the second switch comprises a second transistor having a first current electrode coupled to the input node, a second current electrode coupled to the second node (NETB) , and a control electrode coupled to receive an inverse of the output of the comparator . an input node coupled to receive an analog signal; a first switch coupled between the input node and a first node (NETA) ; a second switch coupled between the input node and a second node (NETB) ; a first resistive element coupled between the first node (NETA) and a reference node; a second resistive element coupled between the second node (NETB) and the reference node; a first capacitive element coupled to the first node (NETA) ; a second capacitive element coupled to the second node (NETB) ; and a comparator having a first input coupled to the input node to receive the analog signal, a second input coupled to the reference node to receive a reference voltage, wherein an output of the comparator controls the first and second switches; wherein the first switch comprises a first transistor having a first current electrode coupled to the input node, a second current electrode coupled to the first node (NETA), and a control electrode coupled to the output of the comparator , and the second switch comprises a second transistor having a first current electrode coupled to the input node, a second current electrode coupled to the second node (NETB) , and a control electrode coupled to receive an inverse of the output of the comparator .
A vehicle rim for a motor vehicle or a trailer for a motor vehicle, wherein the vehicle rim includes a fastening device for fastening the vehicle rim to a wheel hub, wherein the fastening device includes a plurality of openings for passing through wheel bolts and wherein the vehicle rim includes in addition to the fastening device at least one connecting element which is configured for repeated releasable connection of a retaining device for an anti-skid device , the at least one connecting element being arranged within a pitch circle formed by the openings or within a central region of the vehicle rim bounded by the pitch circle , characterized in that the at least one connecting element is formed monolithically with the vehicle rim .
Method for operating an electronic circuit arrangement for electrical current limiting, in particular in a potentially explosive area, which comprises at least one electrical consumer , which is supplied via an electrical supply line with electrical energy from an electrical voltage source , preferably from a rechargeable electrical battery which provides an electrical supply voltage (V 0 ); - according to which at least one of at least two semiconductor switches present in the electrical supply line is switched into an open state, such that the electrical supply line is interrupted, when the electrical voltage (V H ) decreasing as a whole at the semiconductor switches exceeds a predetermined voltage threshold value (V S ); - according to which the at least one semiconductor switch is switched back from the open into the closed state, when an external electrical voltage (V E ) is applied to the electrical consumer . - according to which the external electrical voltage (V E ) applied to the at least one electrical consumer is greater than the electrical supply voltage (V 0 ) provided by the electrical voltage source . - according to which at least one of at least two semiconductor switches present in the electrical supply line is switched into an open state, such that the electrical supply line is interrupted, when the electrical voltage (V H ) decreasing as a whole at the semiconductor switches exceeds a predetermined voltage threshold value (V S ); - according to which the at least one semiconductor switch is switched back from the open into the closed state, when an external electrical voltage (V E ) is applied to the electrical consumer . - according to which the external electrical voltage (V E ) applied to the at least one electrical consumer is greater than the electrical supply voltage (V 0 ) provided by the electrical voltage source .
A cathode material for a lithium secondary battery, comprising: a cathode active material, which is a lithium-transition metal oxide in a particle form; and a lithium phosphate layer formed on a surface of the cathode active material and consisting essentially of Li 3 PO 4 , LiOH, and Li 2 CO 3 . a cathode active material, which is a lithium-transition metal oxide in a particle form; and a lithium phosphate layer formed on a surface of the cathode active material and consisting essentially of Li 3 PO 4 , LiOH, and Li 2 CO 3 .
A use of genetically engineered strains in the preparation of steroidal compounds, characterized in that , the genetically engineered strains lack of hydroxyacyl-coenzyme A dehydrogenase gene, and the steroidal compounds comprise: 22-hydroxy-23,24-bisnorchol-1,4-dien-3-one, 22-hydroxy-23,24-bisnorchol-4-ene-3-one and 9α,22-dihydroxy-23,24-bisnorcho1-4-ene-3-one; wherein, said hydroxyacyl-coenzyme A dehydrogenase gene encodes a protein (i) or (ii) as follows: (i) having an amino acid sequence according to SEQ ID NO 2; (ii) derived by substituting, deleting or inserting one or more amino acids in the amino acid sequence defined by (i) and having the same function as that of the protein of (i). 22-hydroxy-23,24-bisnorchol-1,4-dien-3-one, 22-hydroxy-23,24-bisnorchol-4-ene-3-one and 9α,22-dihydroxy-23,24-bisnorcho1-4-ene-3-one; wherein, said hydroxyacyl-coenzyme A dehydrogenase gene encodes a protein (i) or (ii) as follows: (i) having an amino acid sequence according to SEQ ID NO 2; (ii) derived by substituting, deleting or inserting one or more amino acids in the amino acid sequence defined by (i) and having the same function as that of the protein of (i). (i) having an amino acid sequence according to SEQ ID NO 2; (ii) derived by substituting, deleting or inserting one or more amino acids in the amino acid sequence defined by (i) and having the same function as that of the protein of (i).
A master tooling assembly for ceramic cores, comprising: a backing plate comprising a top surface , side surfaces , and a bottom surface ; a plurality of lithographically derived inserts each comprising a bottom surface , side surfaces , and a positive top surface , wherein the plurality of lithographically derived inserts are pieced together on the top surface of the backing plate ; a second backing plate comprising a top surface , side surfaces , and a bottom surface ; and a second plurality of lithographically derived inserts each comprising a bottom surface , side surfaces , and a positive top surface , wherein the plurality of lithographically derived inserts are pieced together on the top surface of the second backing plate . a backing plate comprising a top surface , side surfaces , and a bottom surface ; a plurality of lithographically derived inserts each comprising a bottom surface , side surfaces , and a positive top surface , wherein the plurality of lithographically derived inserts are pieced together on the top surface of the backing plate ; a second backing plate comprising a top surface , side surfaces , and a bottom surface ; and a second plurality of lithographically derived inserts each comprising a bottom surface , side surfaces , and a positive top surface , wherein the plurality of lithographically derived inserts are pieced together on the top surface of the second backing plate .