mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module comprising: a first liquid battery module having a plurality of first liquid battery cells; a first solid-state battery module , which has a larger volume than a volume of the first liquid battery module , the first solid-state battery module having a plurality of first solid-state battery cells; and a second solid-state battery module , which has a larger volume than the volume of the first liquid battery module , wherein the first liquid battery module is disposed between the first solid-state battery module and the second solid-state battery module, and the second solid-state battery module is disposed in contact with the first liquid battery module . a first liquid battery module having a plurality of first liquid battery cells; a first solid-state battery module , which has a larger volume than a volume of the first liquid battery module , the first solid-state battery module having a plurality of first solid-state battery cells; and a second solid-state battery module , which has a larger volume than the volume of the first liquid battery module , wherein the first liquid battery module is disposed between the first solid-state battery module and the second solid-state battery module, and the second solid-state battery module is disposed in contact with the first liquid battery module .
A turbine comprising at least one blade , the at least one blade comprising - at least one suction duct in the blade , having at least one inlet opening for a fluid into which the at least one blade can be immersed; - at least one delivery duct in the blade , having at least one outlet opening for the fluid; wherein the at least one suction duct and the at least one delivery duct are connected to each other; wherein the turbine comprises suction means adapted to generate a flow of fluid from the at least one suction duct to the at least one delivery duct ; wherein said at least one blade comprises a first outer face and a second outer face , opposite to the first outer face ; characterized in that said at least one inlet opening and said at least one outlet opening are at said first outer face ; and said at least one inlet opening and said at least one outlet opening face each other. - at least one suction duct in the blade , having at least one inlet opening for a fluid into which the at least one blade can be immersed; - at least one delivery duct in the blade , having at least one outlet opening for the fluid; wherein the at least one suction duct and the at least one delivery duct are connected to each other; wherein the turbine comprises suction means adapted to generate a flow of fluid from the at least one suction duct to the at least one delivery duct ; wherein said at least one blade comprises a first outer face and a second outer face , opposite to the first outer face ; characterized in that said at least one inlet opening and said at least one outlet opening are at said first outer face ; and said at least one inlet opening and said at least one outlet opening face each other. wherein the at least one suction duct and the at least one delivery duct are connected to each other; wherein the turbine comprises suction means adapted to generate a flow of fluid from the at least one suction duct to the at least one delivery duct ; wherein said at least one blade comprises a first outer face and a second outer face , opposite to the first outer face ; characterized in that said at least one inlet opening and said at least one outlet opening are at said first outer face ; and said at least one inlet opening and said at least one outlet opening face each other.
Cosmetic use of an extract of Diospyros mespiliformis or of a composition comprising it to protect the skin against the harmful cutaneous effects of atmospheric pollution and/or to repair the cutaneous manifestations induced by atmospheric pollution.
A guided wave radar (GWR) system , comprising a coaxial feed-through device (feed-through 100) for coupling a received process connection to a storage tank (tank) , comprising: an inner electrical conductor (probe) ; an outer electrical conductor ; and a dielectric sleeve disposed between said probe and said outer electrical conductor; wherein said dielectric sleeve is configured to provide said feed-through a first coaxial transmission line segment (first CTL segment) providing a substantially 50 ohm impedance and a second coaxial transmission line segment (second CTL segment) which includes one or more sub-segments (100b1, and 100b2 or 100b') having an impedance that is at least forty (40%) percent higher as compared to said substantially 50 ohm impedance, and characterised in that : said outer electrical conductor includes a protruding shoulder at a bottom of said first CTL segment that stops a dielectric ring wherein, the dielectric ring is configured as a load ring which supports the weight of the probe , through protruding metal extensions of the probe thus defining an air chamber around the probe. an inner electrical conductor (probe) ; an outer electrical conductor ; and a dielectric sleeve disposed between said probe and said outer electrical conductor; wherein said dielectric sleeve is configured to provide said feed-through a first coaxial transmission line segment (first CTL segment) providing a substantially 50 ohm impedance and a second coaxial transmission line segment (second CTL segment) which includes one or more sub-segments (100b1, and 100b2 or 100b') having an impedance that is at least forty (40%) percent higher as compared to said substantially 50 ohm impedance, and characterised in that : said outer electrical conductor includes a protruding shoulder at a bottom of said first CTL segment that stops a dielectric ring wherein, the dielectric ring is configured as a load ring which supports the weight of the probe , through protruding metal extensions of the probe thus defining an air chamber around the probe.
- Hydraulic arrangement for connecting a tractor hydraulic brake circuit to a trailer hydraulic brake circuit , said hydraulic arrangement comprising a coupler stage fluidly connecting a source of fluid in pressure to trailer braking hydraulic circuit and a trailer brake valve fluidly connecting said tractor hydraulic brake circuit and said trailer hydraulic brake circuit , said hydraulic arrangement is characterized in comprising a selection pilot stage fluidly connected to said source of fluid in pressure and being fluidly connectable to said trailer hydraulic brake circuit via at least a connector and a selection stage fluidly connected to said selection pilot stage and to said trailer brake valve , said selection stage being configured to impart an actuation signal to said trailer brake valve in function of an hydraulic signal coming from said selection pilot stage .
A display device comprising: a substrate having a display area and a pad area ; the display area comprising a thin film transistor having a source electrode and a drain electrode , a light emitting layer including an organic light emitting film , and a cathode electrode on the light emitting layer; an encapsulation layer disposed on the display area and including a first inorganic film , a first organic film and a second inorganic film , wherein the first organic film is disposed between the first inorganic film and the second inorganic film ; a touch buffer layer disposed on the encapsulation layer; a touch sensing unit disposed on the touch buffer layer comprising a bridge disposed on the touch buffer layer, a touch insulating film disposed on the bridge, and first and second touch electrodes (TEa, TEb) disposed on the touch insulating film; a touch driving line disposed on the touch insulating film and connected to one of the first or second touch electrodes; a touch sensing line disposed on the touch insulating film and connected to the other of the first or second touch electrodes; and a touch pad in the pad area comprising upper and lower pad electrodes, wherein the touch buffer layer and the touch insulating film extend to the pad area . a substrate having a display area and a pad area ; the display area comprising a thin film transistor having a source electrode and a drain electrode , a light emitting layer including an organic light emitting film , and a cathode electrode on the light emitting layer; an encapsulation layer disposed on the display area and including a first inorganic film , a first organic film and a second inorganic film , wherein the first organic film is disposed between the first inorganic film and the second inorganic film ; a touch buffer layer disposed on the encapsulation layer; a touch sensing unit disposed on the touch buffer layer comprising a bridge disposed on the touch buffer layer, a touch insulating film disposed on the bridge, and first and second touch electrodes (TEa, TEb) disposed on the touch insulating film; a touch driving line disposed on the touch insulating film and connected to one of the first or second touch electrodes; a touch sensing line disposed on the touch insulating film and connected to the other of the first or second touch electrodes; and a touch pad in the pad area comprising upper and lower pad electrodes, wherein the touch buffer layer and the touch insulating film extend to the pad area .
An enteric softgel capsule comprising: (a) a fill material; and (b) a shell composition, wherein the fill material comprises at least one pharmaceutically active ingredient, and wherein the shell composition comprises about 40 wt% to about 80 wt% of a gelatin, about 2.0 wt% to about 20 wt% of a low methoxy pectin, about 0.25 wt% to about 4.0 wt% of a cellulose derivative selected from the group consisting of hydroxypropylmethylcellulose, methyl cellulose, hydroxypropyl cellulose, and combinations thereof, and about 15 wt% to about 40 wt% of a plasticizer. (a) a fill material; and (b) a shell composition, wherein the fill material comprises at least one pharmaceutically active ingredient, and wherein the shell composition comprises about 40 wt% to about 80 wt% of a gelatin, about 2.0 wt% to about 20 wt% of a low methoxy pectin, about 0.25 wt% to about 4.0 wt% of a cellulose derivative selected from the group consisting of hydroxypropylmethylcellulose, methyl cellulose, hydroxypropyl cellulose, and combinations thereof, and about 15 wt% to about 40 wt% of a plasticizer.
Process for the separation of the furan compound(s) contained in a feedstock also comprising dimethoxysulfoxide (DMSO), said process successively comprising the following stages: a) a stage a) in which said feedstock is brought into contact with the intermediate aqueous raffinate enriched in DMSO produced in stage c) and the mixture is optionally filtered, b) a stage b) of extraction of said mixture produced in stage a) by an organic solvent chosen from chlorinated solvents, ethers, ketones and aromatic compounds, producing an aqueous raffinate enriched in DMSO and an intermediate organic extract enriched in furan compound(s), c) a stage c) of backextraction of said intermediate organic extract enriched in furan compound(s) produced in stage b) by water added, producing an intermediate aqueous raffinate enriched in DMSO and a purified organic extract, and said intermediate aqueous raffinate is introduced, partially or completely, in stage a). a) a stage a) in which said feedstock is brought into contact with the intermediate aqueous raffinate enriched in DMSO produced in stage c) and the mixture is optionally filtered, b) a stage b) of extraction of said mixture produced in stage a) by an organic solvent chosen from chlorinated solvents, ethers, ketones and aromatic compounds, producing an aqueous raffinate enriched in DMSO and an intermediate organic extract enriched in furan compound(s), c) a stage c) of backextraction of said intermediate organic extract enriched in furan compound(s) produced in stage b) by water added, producing an intermediate aqueous raffinate enriched in DMSO and a purified organic extract, and said intermediate aqueous raffinate is introduced, partially or completely, in stage a).
A flexible transparent electrochromic device, which comprises the following components, each of which is a flexible film: - a working electrode comprising a transparent conducting substrate supporting a working electrode active material; - a counter electrode comprising a transparent conducting substrate supporting a counter electrode active material; - a solid polymer electrolyte (SPE) comprising a lithium salt in a polymer solvent wherein: - the working electrode active material is a polymer having repeat units of general formula (I) wherein R is -CH 2 OH, or -CH 2 OR', R' being selected from the following groups: -R", -(C=O)NH-R" or -(C=O)-R", R" being an alkyl group or an alkenyl group ; wherein, when R is -CH 2 OR' with R' being an alkenyl group, the polymer has isomeric EDOT / ProDOT units of the following formulae: - the counter electrode active material is selected from hexacyanometallates or from transition metal oxides; and - the electrolyte film is a film material that comprises a crosslinked polymer and a lithium salt. - a working electrode comprising a transparent conducting substrate supporting a working electrode active material; - a counter electrode comprising a transparent conducting substrate supporting a counter electrode active material; - a solid polymer electrolyte (SPE) comprising a lithium salt in a polymer solvent wherein: - the working electrode active material is a polymer having repeat units of general formula (I) wherein R is -CH 2 OH, or -CH 2 OR', R' being selected from the following groups: -R", -(C=O)NH-R" or -(C=O)-R", R" being an alkyl group or an alkenyl group ; wherein, when R is -CH 2 OR' with R' being an alkenyl group, the polymer has isomeric EDOT / ProDOT units of the following formulae: - the counter electrode active material is selected from hexacyanometallates or from transition metal oxides; and - the electrolyte film is a film material that comprises a crosslinked polymer and a lithium salt. - the counter electrode active material is selected from hexacyanometallates or from transition metal oxides; and - the electrolyte film is a film material that comprises a crosslinked polymer and a lithium salt.
An optical signalling device having at least one lighting unit comprising at least one lighting element for the optical display of one or a plurality of different operating states of a technical device , wherein at least one electrical and/or electronic terminal unit for connection and/or contacting of at least the technical device is provided, wherein between the terminal unit and the lighting unit at least one electrical and/or electronic connection unit for electrical and/or electronic connection of the terminal unit to the lighting unit is provided, the connection unit having at least one electrical and/or electronic switching element for establishing and/or disconnecting the electrical and/or electronic connection between the lighting unit and the terminal unit , wherein the electrical and/or electronic switching element is also designed as the actuator switch for switching at least one actuating element of a first actuator of the technical device and of a second actuator separate from the technical device , the electrical and/or the electronic connection unit having at least two electrical and/or electronic switching elements for establishing and/or disconnecting the electrical connection between the lighting unit and the terminal unit , at least one branching point with an electrical supply line for electrical energy supply being arranged between the two electrical and/or electronic switching elements , so that two separately switchable electrical circuits or supply circuits can be formed, and at least one control unit being provided for control/open-loop control and/or actuation of the electrical and/or electronic switching element(s) .
Method of producing a hydrocarbon composition, comprising the steps of - providing a biomass raw-material; - gasifying the raw-material by oxygen-blown gasification to produce a raw syngas containing carbon monoxide, carbon dioxide, hydrogen, hydrocarbons and gaseous and particulate impurities, said raw syngas having a hydrogen-to-carbon monoxide ratio of about 0.5 to 1.7; - removing at least an essential part of the impurities to produce a clean syngas; - feeding the clean syngas to a Fischer-Tropsch reactor; - converting in the Fischer-Tropsch reactor at least a significant part of the carbon monoxide and hydrogen contained in the syngas into a hydrocarbon composition containing C 4 -C 90 hydrocarbons; - recovering from the Fischer-Tropsch reactor a hydrocarbon composition which mainly contains hydrocarbons which are solid or semisolid at ambient temperature and pressure; wherein the hydrogen-to-carbon monoxide ratio of the syngas is being raised to about 2.0 at the latest when the syngas is fed into the Fischer-Tropsch reactor, characterized by the combination of - separately recovering from the Fischer-Tropsch reactor an off-gas comprising hydrocarbons which are gaseous at ambient temperature and pressure; - producing hydrogen from the gaseous hydrocarbons of said off-gas by subjecting said hydrocarbons to at least one reforming reaction and to at least one water gas shift reaction, said reactions being carried out in a cascade in the indicated order; and - feeding at least a part of the hydrogen gas produced from recycled off-gas into the clean syngas in order to increase the hydrogen-to-carbon monoxide ratio of said clean syngas. - providing a biomass raw-material; - gasifying the raw-material by oxygen-blown gasification to produce a raw syngas containing carbon monoxide, carbon dioxide, hydrogen, hydrocarbons and gaseous and particulate impurities, said raw syngas having a hydrogen-to-carbon monoxide ratio of about 0.5 to 1.7; - removing at least an essential part of the impurities to produce a clean syngas; - feeding the clean syngas to a Fischer-Tropsch reactor; - converting in the Fischer-Tropsch reactor at least a significant part of the carbon monoxide and hydrogen contained in the syngas into a hydrocarbon composition containing C 4 -C 90 hydrocarbons; - recovering from the Fischer-Tropsch reactor a hydrocarbon composition which mainly contains hydrocarbons which are solid or semisolid at ambient temperature and pressure; - separately recovering from the Fischer-Tropsch reactor an off-gas comprising hydrocarbons which are gaseous at ambient temperature and pressure; - producing hydrogen from the gaseous hydrocarbons of said off-gas by subjecting said hydrocarbons to at least one reforming reaction and to at least one water gas shift reaction, said reactions being carried out in a cascade in the indicated order; and - feeding at least a part of the hydrogen gas produced from recycled off-gas into the clean syngas in order to increase the hydrogen-to-carbon monoxide ratio of said clean syngas.
A semiconductor device , comprising: a substrate ; a first dielectric layer disposed on the substrate , the first dielectric layer around a first metal interconnection ; a second dielectric layer disposed on the first dielectric layer , the second dielectric layer around a via and a second metal interconnection , the second metal interconnection directly contacting the first metal interconnection ; and a third dielectric layer disposed on the second dielectric layer , the third dielectric layer around a first magnetic tunneling junction, MTJ, structure and a third metal interconnection , wherein the third metal interconnection directly contacts the top electrode of the first MTJ structure and the second metal interconnection and the first MTJ structure directly contacts the via, characterized in that the third metal interconnection electrically connects the first metal interconnection to form a short circuit of the first MTJ structure . a substrate ; a first dielectric layer disposed on the substrate , the first dielectric layer around a first metal interconnection ; a second dielectric layer disposed on the first dielectric layer , the second dielectric layer around a via and a second metal interconnection , the second metal interconnection directly contacting the first metal interconnection ; and a third dielectric layer disposed on the second dielectric layer , the third dielectric layer around a first magnetic tunneling junction, MTJ, structure and a third metal interconnection , wherein the third metal interconnection directly contacts the top electrode of the first MTJ structure and the second metal interconnection and the first MTJ structure directly contacts the via, characterized in that the third metal interconnection electrically connects the first metal interconnection to form a short circuit of the first MTJ structure .
A sheet printer comprising a sheet conveyor assembly for transporting a sheet in a transport direction (X) along a print station for printing an image on said sheet , the sheet conveyor assembly comprising: - an upstream and a downstream sheet conveyor adjacent to one another in a transport direction (X) of a sheet on said conveyors to define a transfer region (T) wherein a sheet is transferred between said conveyors , - an air knife assembly positioned at the transfer region (T) for emitting an air current to control the landing of an edge of said sheet on the downstream conveyor , characterized in that the air knife assembly comprises an elongated air knife which extends longitudinally in said transport direction (X), wherein the air knife assembly is configured for emitting an air curtain at a small angle with respect to a central plane extending in the transport direction (X) and perpendicular to a sheet support plane of the downstream conveyor , so that said air curtain and air currents resulting from it flow substantially only perpendicular to said transport direction (X). - an upstream and a downstream sheet conveyor adjacent to one another in a transport direction (X) of a sheet on said conveyors to define a transfer region (T) wherein a sheet is transferred between said conveyors , - an air knife assembly positioned at the transfer region (T) for emitting an air current to control the landing of an edge of said sheet on the downstream conveyor ,