mhurhangee/patent-ind-claim-en huggingface dataset:
A hybrid module for a motor vehicle for coupling an internal combustion engine and a transmission, comprising a hybrid module housing , which forms a housing interior which is divided by a partition wall so that, in the housing interior , at least one chamber is designed as a dry space , which is separated from a wet region by the partition wall , and wherein the hybrid module has an electrical machine in the dry space and has a second clutch device in the wet region , in particular a double clutch device, characterised in that the electrical machine and a first clutch device are arranged in the dry space and an output side of the first clutch device is mechanically coupled to the input side of the second clutch device by means of an intermediate shaft , wherein the intermediate shaft is supported at least radially on the partition wall by at least one bearing unit .
An electrorheological fluid, - comprising dielectric particles, wherein the dielectric particles have a dielectric constant greater than 10 and a resistivity greater than 10 Ω·m, - conductor particles that are a solid with a resistivity less than 10 -3 Ω·m when a temperature is less than 20°C and that are selected from one or more of metal, carbon and a conductive organic matter, and - insulating oil, wherein the dielectric particles are evenly dispersed in the insulating oil and have a radius of 50 nm to 5 μm, and the conductor particles are inlaid in an interior and on a surface of the dielectric particles, and have a radius of 0.2 nm to 100 nm. - comprising dielectric particles, wherein the dielectric particles have a dielectric constant greater than 10 and a resistivity greater than 10 Ω·m, - conductor particles that are a solid with a resistivity less than 10 -3 Ω·m when a temperature is less than 20°C and that are selected from one or more of metal, carbon and a conductive organic matter, and - insulating oil,
A curable composition comprising: a polymerizable compound represented by formula ; and inorganic particles, (in formula , L a represents a divalent linking group, and the divalent linking group includes at least one of a divalent aromatic group, a divalent polycyclic aliphatic group and an alkylene group having at least an aromatic group; Ar represents an aromatic group; and R represents an aromatic group optionally having one or more substituents or a polycyclic aliphatic group optionally having one or more substituents). a polymerizable compound represented by formula ; and inorganic particles, (in formula , L a represents a divalent linking group, and the divalent linking group includes at least one of a divalent aromatic group, a divalent polycyclic aliphatic group and an alkylene group having at least an aromatic group; Ar represents an aromatic group; and R represents an aromatic group optionally having one or more substituents or a polycyclic aliphatic group optionally having one or more substituents).
An apparatus comprising: a first propeller including at least two blades, a first tip and a second tip located at opposite ends of the first propeller , the first propeller associated with a first plane of rotation; a second propeller including at least two blades, a third tip and a fourth tip located at opposite ends of the second propeller , the second propeller associated with a second plane of rotation that is parallel to the first plane of rotation, wherein the first propeller , the second propeller , or both the first and second propellers is or are configured to vary a pitch of blades of the first propeller and/or of the second propeller, respectively; a first tip connector (508 , 1002 , 1102 ) that extends between the first tip and the third tip ; and a second tip connector (508 , 1002 , 1102 ) that extends between the second tip and the fourth tip, the first tip connector (508 , 1002 , 1102 ) and the second tip connector (508 ) creating continuous structure joining the first propeller and the second propeller , wherein the first tip connector (508 , 1002 , 1102 ) and the second tip connector (508 , 1002 , 1102 ) are formed of a malleable material configured to permit movement of the pitch of blades of the first propeller and/or blades of the second propeller while maintaining the continuous structure joining the first propeller and the second propeller . a first propeller including at least two blades, a first tip and a second tip located at opposite ends of the first propeller , the first propeller associated with a first plane of rotation; a second propeller including at least two blades, a third tip and a fourth tip located at opposite ends of the second propeller , the second propeller associated with a second plane of rotation that is parallel to the first plane of rotation, wherein the first propeller , the second propeller , or both the first and second propellers is or are configured to vary a pitch of blades of the first propeller and/or of the second propeller, respectively; a first tip connector (508 , 1002 , 1102 ) that extends between the first tip and the third tip ; and a second tip connector (508 , 1002 , 1102 ) that extends between the second tip and the fourth tip, the first tip connector (508 , 1002 , 1102 ) and the second tip connector (508 ) creating continuous structure joining the first propeller and the second propeller , wherein the first tip connector (508 , 1002 , 1102 ) and the second tip connector (508 , 1002 , 1102 ) are formed of a malleable material configured to permit movement of the pitch of blades of the first propeller and/or blades of the second propeller while maintaining the continuous structure joining the first propeller and the second propeller .
A chimeric antigen receptor (CAR) system comprising; (i) a receptor component comprising an antigen binding domain, a transmembrane domain and first binding domain which comprises a single domain binder which binds an agent; and (ii) an intracellular signalling component comprising a signalling domain and a second binding domain which binds the single domain binder of the first binding domain of the receptor component; wherein, binding of the first and second binding domains is disrupted by the presence of an agent, such that in the absence of the agent, the receptor component and the signalling component heterodimerize and binding of the antigen binding domain to antigen results in signalling through the signalling domain; whereas in the presence of the agent, the receptor component and the signalling component do not heterodimerize and binding of the antigen binding domain to antigen does not result in signalling through the signalling domain, wherein the first binding domain is not TetR. (i) a receptor component comprising an antigen binding domain, a transmembrane domain and first binding domain which comprises a single domain binder which binds an agent; and (ii) an intracellular signalling component comprising a signalling domain and a second binding domain which binds the single domain binder of the first binding domain of the receptor component;
Passenger transport vehicle, having an air conditioning unit which comprises a refrigeration circuit operated using a refrigerant, wherein the refrigeration circuit has a condenser with an associated condenser fan for conveying cooling air , and an evaporator , which belongs to an air treatment part of the air conditioning unit, for controlling the temperature of supply air which is conveyed by means of a supply air fan into a passenger compartment of the vehicle, characterized in that - within the air conditioning unit, a flow channel for the cooling air and a flow channel for the supply air are fluidically separated from one another by a common partition wall , - the partition wall has a closable degassing device (14; 22; 23) which can be switched between a closed state for normal operation of the air conditioning unit and an open state for emergency operation of the air conditioning unit, in which the degassing device (14; 22; 23) fluidically connects the flow channel for the cooling air and the flow channel for the supply air directly together, and - in the region of the vehicle to which the supply air is admitted there is provided a detector for the refrigerant which is connected via signals to the degassing device (14; 22; 23) such that, when it detects the refrigerant, it initiates actuation of the degassing device (14; 22; 23) so that the degassing device assumes its open state. - within the air conditioning unit, a flow channel for the cooling air and a flow channel for the supply air are fluidically separated from one another by a common partition wall , - the partition wall has a closable degassing device (14; 22; 23) which can be switched between a closed state for normal operation of the air conditioning unit and an open state for emergency operation of the air conditioning unit, in which the degassing device (14; 22; 23) fluidically connects the flow channel for the cooling air and the flow channel for the supply air directly together, and - in the region of the vehicle to which the supply air is admitted there is provided a detector for the refrigerant which is connected via signals to the degassing device (14; 22; 23) such that, when it detects the refrigerant, it initiates actuation of the degassing device (14; 22; 23) so that the degassing device assumes its open state.
A mechanical circulatory support system, comprising: an implantable blood pump; a controller communicatively coupled to the implantable blood pump; a signal processor configured to receive a first inaudible signal from the controller associated with an alarm of the mechanical circulatory support system and to generate a second alarm signal based on the first inaudible signal, wherein the signal processor is configured to be positioned external to a skin of a patient; and a bone conductor implant configured to be anchored into a bone behind an ear of the patient and coupled to the signal processor, the bone conductor implant configured to transmit the second alarm signal along the bone of the patient to an inner ear such that the second alarm signal is audibly perceived by the patient. an implantable blood pump; a controller communicatively coupled to the implantable blood pump; a signal processor configured to receive a first inaudible signal from the controller associated with an alarm of the mechanical circulatory support system and to generate a second alarm signal based on the first inaudible signal, wherein the signal processor is configured to be positioned external to a skin of a patient; and a bone conductor implant configured to be anchored into a bone behind an ear of the patient and coupled to the signal processor, the bone conductor implant configured to transmit the second alarm signal along the bone of the patient to an inner ear such that the second alarm signal is audibly perceived by the patient.
A method for manufacturing a power semiconductor circuit device equipped with a power semiconductor element, the method comprising: - mounting at least the power semiconductor element on one surface of a base board and forming a plurality of grooves which are for joining in an opposite surface of the base board ; - molding the base board and the power semiconductor element in a state where partial surfaces of the base board , including the base board surface opposite to the surface on which the power semiconductor element is mounted and side surfaces, are exposed so as to expose the grooves ; wherein the molding by the resin is molded by a die having a unit which presses a periphery of the base board , and then, fixing a plurality of heat dissipating fins by caulking to the plurality of grooves of the base board , wherein the periphery of the base board is formed with either a step portion wherein the die is pressed against the lower surface of the step portion during the molding, or is formed with a tapered portion wherein the die is pressed against the tapered portion during the molding. - mounting at least the power semiconductor element on one surface of a base board and forming a plurality of grooves which are for joining in an opposite surface of the base board ; - molding the base board and the power semiconductor element in a state where partial surfaces of the base board , including the base board surface opposite to the surface on which the power semiconductor element is mounted and side surfaces, are exposed so as to expose the grooves ;
A transfer sheet comprising, in order: a cured liquid crystal composition layer; a block layer; and a thermoplastic welded layer, wherein the cured liquid crystal composition layer is formed by curing a liquid crystal composition including a polymerizable liquid crystal compound, the block layer includes a (meth)acrylic polymer, the thermoplastic welded layer and the block layer are in direct contact with each other, and the thermoplastic welded layer includes a thermoplastic resin and an ultraviolet curable resin. a cured liquid crystal composition layer; a block layer; and a thermoplastic welded layer, wherein the cured liquid crystal composition layer is formed by curing a liquid crystal composition including a polymerizable liquid crystal compound, the block layer includes a (meth)acrylic polymer, the thermoplastic welded layer and the block layer are in direct contact with each other, and the thermoplastic welded layer includes a thermoplastic resin and an ultraviolet curable resin.
A double wall for a combustion chamber for aircraft gas turbine, the double wall comprising an inner wall configured to be in contact with the combustion reaction and an outer wall , spaced apart from the inner wall , comprising a plurality of ports having a circular cross-section so as to allow circulation of cooling air flows (F), external to the outer wall , which cool the inner wall , the inner wall being free from perforation so as to prohibit any circulation of a cooling air flow (F) to the center of the combustion chamber , the inner wall comprising a plurality of projecting members towards the outer wall , each projecting member comprising a foot portion and a cylindrical head portion of circular cross-section, the head portion extending into a circular cross-section port of the plurality of ports in order to define a calibrated flow cross-section between the projecting member and the port for the passage of a cooling air flow (F), the outer wall comprising an outer face, each projecting member comprises an end face extending as an extension to the outer face of the outer wall .
A flexible plastic film comprising: a support substrate having an elastic modulus of 4 GPa or more as measured according to ASTM D882 and a thickness in a range of 20 to 200 μm; and a coating layer formed on at least one surface of the support substrate, wherein the coating layer comprises a crosslinked copolymer of a 3- to 6-functional acrylate-based binder and a 7- to 20-functional urethane acrylate-based binder; and inorganic fine particles having a bimodal particle size distribution including a first inorganic fine particle group having d 50 of 20 to 35nm and a second inorganic fine particle group having d 50 of 40 to 130 nm, wherein the particles size distribution by number is determined in the state of a dispersed solution by using dynamic laser light diffraction scattering method using Malvern Zetasizer Nano-ZS 90. a support substrate having an elastic modulus of 4 GPa or more as measured according to ASTM D882 and a thickness in a range of 20 to 200 μm; and a coating layer formed on at least one surface of the support substrate, wherein the coating layer comprises a crosslinked copolymer of a 3- to 6-functional acrylate-based binder and a 7- to 20-functional urethane acrylate-based binder; and inorganic fine particles having a bimodal particle size distribution including a first inorganic fine particle group having d 50 of 20 to 35nm and a second inorganic fine particle group having d 50 of 40 to 130 nm, wherein the particles size distribution by number is determined in the state of a dispersed solution by using dynamic laser light diffraction scattering method using Malvern Zetasizer Nano-ZS 90.
A pressure sensitive adhesive comprising a hyperbranched polymer, the hyperbranched polymer comprising at least one silsesquioxane core and at least two polymer chains chemically bound to each of said silsesquioxane core, wherein the at least two polymer chains emanate from a central silicate core to form a hyperbranched polymer, wherein the hyperbranched polymer is formed by a hydrolyzable and condensable or only a condensable precursor, the precursor having a formula: R-Si(X) 3-a (Y) a wherein R is one of a nonhydrolyzable organic group, a nonhydrolyzable oligomer chain, and a nonhydrolyzable polymer chain, X is a hydrolyzable group, Y is an organofunctional group, and the value of "a" is selected from the group consisting of 0, 1, 2, and combinations thereof, wherein X is selected from the group consisting of halogen, acyloxy, ketoximate, alkoxy, and combinations thereof, wherein the number average molecular weight (Mn) of the precursor is within a range of from 2,000 to 300,000 g/mole, determined by gel permeation chromatography as described in the description, and wherein the pressure sensitive adhesive is free of crosslinking. wherein the at least two polymer chains emanate from a central silicate core to form a hyperbranched polymer, wherein the hyperbranched polymer is formed by a hydrolyzable and condensable or only a condensable precursor, the precursor having a formula: R-Si(X) 3-a (Y) a wherein R is one of a nonhydrolyzable organic group, a nonhydrolyzable oligomer chain, and a nonhydrolyzable polymer chain, X is a hydrolyzable group, Y is an organofunctional group, and the value of "a" is selected from the group consisting of 0, 1, 2, and combinations thereof, wherein X is selected from the group consisting of halogen, acyloxy, ketoximate, alkoxy, and combinations thereof, wherein the number average molecular weight (Mn) of the precursor is within a range of from 2,000 to 300,000 g/mole, determined by gel permeation chromatography as described in the description, and wherein the pressure sensitive adhesive is free of crosslinking.
A reinforcing bar binding machine which is configured to detachably mount a wire reel thereto, to feed a wire from the mounted wire reel, to feed the wire to a guide part provided at a tip portion of a binding machine main body , to curl the wire at the guide part , to feed the wire around reinforcing bars positioned at an inner side of the guide part so that the wire is wound around the reinforcing bars , to cut the wire with a wire cutting mechanism , and to twist the wound wire to thus bind the reinforcing bars , wherein the wire cutting mechanism is a cutter including a fixed blade (32, 52, 62, 82, 93, 10 2, 112, 122, 1062, 1072, 1093, 1102) and a moveable blade which is configured to slide or swing to the fixed blade to cut the wire , the fixed blade having a wire penetration hole , wherein the guide part is provided with a holding device that is configured to bend and hold the cut end portion-side of the wire cut and separated in conjunction with a cutting operation of the moveable blade , wherein the holding device is a bending part formed at a tip portion of the moveable blade and the bending part includes a bending projection having a substantially triangular shape formed at an upper end of the movable blade and the moveable blade is configured to push the cut end portion-side of the cut and separated wire in a cutting wherein the wire cutting mechanism is a cutter including a fixed blade (32, 52, 62, 82, 93, 10 2, 112, 122, 1062, 1072, 1093, 1102) and a moveable blade which is configured to slide or swing to the fixed blade to cut the wire , the fixed blade having a wire penetration hole , wherein the guide part is provided with a holding device that is configured to bend and hold the cut end portion-side of the wire cut and separated in conjunction with a cutting operation of the moveable blade , wherein the holding device is a bending part formed at a tip portion of the moveable blade and the bending part includes a bending projection having a substantially triangular shape formed at an upper end of the movable blade and the moveable blade is configured to push the cut end portion-side of the cut and separated wire in a cutting
An apparatus for cleaning a surface , the apparatus comprising: a body defining a cavity , the body terminating in a distal end that is adapted, in use, to be in the vicinity of a surface to be cleaned such that a chamber including the cavity is defined by the body and the surface to be cleaned; at least one cleaning liquid inlet for flow of a cleaning liquid into the chamber; a divider , wherein the divider divides the chamber into a first portion and a second portion , the second portion, in use, being in fluid communication with the surface to be cleaned; and an acoustic transducer associated with the first portion of the chamber to introduce acoustic energy into the chamber, wherein the divider is positioned between the acoustic transducer and the distal end of the body; wherein the divider is adapted to permit the passage of acoustic energy therethrough from the first portion of the chamber to the second portion of the chamber to thereby allow pressure fluctuations to be generated at the surface to be cleaned; characterised in that the divider is stepped back from the distal end of the body , such that a part of the second portion of the chamber is located within the cavity , and in that the divider is adapted to, in use, allow cleaning liquid to flow therethrough from the first portion of the chamber into the second portion of the chamber; and in that a skirt is arranged around the distal end of the body adapted to retain the cleaning liquid in the second portion of the chamber in contact with the surface to be cleaned. a body defining a cavity , the body terminating in a distal end that is adapted, in use, to be in the vicinity of a surface to be cleaned such that a chamber including the cavity is defined by the body and the surface to be cleaned; at least one cleaning liquid inlet for flow of a cleaning liquid into the chamber; a divider , wherein the divider divides the chamber into a first portion and a second portion , the second portion, in use, being in fluid communication with the surface to be cleaned; and an acoustic transducer associated with the first portion of the chamber to introduce acoustic energy into the chamber, wherein the divider is positioned between the acoustic transducer and the distal end of the body; wherein the divider is adapted to permit the passage of acoustic energy therethrough from the first portion of the chamber to the second portion of the chamber to thereby allow pressure fluctuations to be generated at the surface to be cleaned; characterised in that the divider is stepped back from the distal end of the body , such that a part of the second portion of the chamber is located within the cavity , and in that the divider is adapted to, in use, allow cleaning liquid to flow therethrough from the first portion of the chamber into the second portion of the chamber; and in that a skirt is arranged around the distal end of the body adapted to retain the cleaning liquid in the second portion of the chamber in contact with the surface to be cleaned.
Pump arrangement for arrangement on a nuclear reactor and for conveying transfer liquid which has been heated in the reactor, said pump arrangement having a motor part and a pump part which comprises a casing , characterized by a diffuser , which is arranged in an interior of the casing , and a valve device , which is arranged in the interior of the casing , wherein an opening of the diffuser is realized as a valve seat for a valve body of the valve device .