mhurhangee/ep-ind-claims huggingface dataset:
A dried gel sheet manufacturing apparatus, the apparatus comprising: an applying unit comprising gravure rolls (22a and 22b) to apply a hydrogel composition reserved in a reserving tank on a supporting member which is conveyed together with a lower film (Fa), an upper film (Fb) being adhered onto a top surface of a sheet shaped hydrogel applied on the supporting member while moving the sheet shaped hydrogel; a cooling drying unit formed such that a conveyor which transports the sheet shaped hydrogel protected by the upper and lower films (Fb and Fa) is disposed on a bottom of a cooling housing and a cooling plate which cools the sheet shaped hydrogel to be converted into a sheet shaped solidified gel is disposed above the conveyor; and a heating drying unit comprising a heater roll group formed by a plurality of heater rolls and a nozzle unit configured to supply warm air between heater rolls in the heating housing and configured to move the sheet shaped solidified gel from which the upper and lower films (Fb and Fa) are separated through the heater roll group so that front and rear surfaces thereof are heated and dried by the ironing and warm air to be converted into a gel sheet. an applying unit comprising gravure rolls (22a and 22b) to apply a hydrogel composition reserved in a reserving tank on a supporting member which is conveyed together with a lower film (Fa), an upper film (Fb) being adhered onto a top surface of a sheet shaped hydrogel applied on the supporting member while moving the sheet shaped hydrogel; a cooling drying unit formed such that a conveyor which transports the sheet shaped hydrogel protected by the upper and lower films (Fb and Fa) is disposed on a bottom of a cooling housing and a cooling plate which cools the sheet shaped hydrogel to be converted into a sheet shaped solidified gel is disposed above the conveyor; and a heating drying unit comprising a heater roll group formed by a plurality of heater rolls and a nozzle unit configured to supply warm air between heater rolls in the heating housing and configured to move the sheet shaped solidified gel from which the upper and lower films (Fb and Fa) are separated through the heater roll group so that front and rear surfaces thereof are heated and dried by the ironing and warm air to be converted into a gel sheet.
A modular structure for installing an artificial playing field comprising, (1,101) in sequence: a stabilising layer (12,112) forming a plurality of compartments (14,114) for receiving a granular infill (16,116); a separation layer (20,120) for location over the stabilising layer to retain the infill; a water distributing layer (22,122); and an artificial turf layer (24,124), characterized in that the separation layer (20,120) is impermeable, whereby the separation layer (12,112) need not be totally waterproof and need only serve to limit transport of water perpendicular through the separation layer (12,112), while encouraging transport along the separation layer (12,112) through the water distributing layer (22,122). a stabilising layer (12,112) forming a plurality of compartments (14,114) for receiving a granular infill (16,116); a separation layer (20,120) for location over the stabilising layer to retain the infill; a water distributing layer (22,122); and an artificial turf layer (24,124), characterized in that the separation layer (20,120) is impermeable, whereby the separation layer (12,112) need not be totally waterproof and need only serve to limit transport of water perpendicular through the separation layer (12,112), while encouraging transport along the separation layer (12,112) through the water distributing layer (22,122).
An energy-saving device for a rolling plant, comprising: a first rolling stand for rolling the material being rolled of a metallic material conveyed on a rolling line; a second rolling stand arranged on the downstream side of the first rolling stand; a third rolling stand arranged on the downstream side of the second rolling stand; a first inter-stand cooling system which is provided between the first rolling stand and the second rolling stand to pour cooling water onto the conveyed material being rolled; a second inter-stand cooling system which is provided between the second rolling stand and the third rolling stand to pour cooling water onto the conveyed material being rolled; usage state changeover means for changing over the state in which the second rolling stand rolls the material being rolled and the state in which the second rolling stand does not roll the material being rolled; and characterized in that the energy saving device further comprises water-pouring location setting means (60, S100-S130) as a control unit configured to control the rolling plant so as to prohibit the first inter-stand cooling system from pouring cooling water and to permit the second inter-stand cooling system to pour cooling water in the state in which the first rolling stand rolls the material being rolled and the second rolling stand does not roll the material being rolled. a first rolling stand for rolling the material being rolled of a metallic material conveyed on a rolling line; a second rolling stand arranged on the downstream side of the first rolling stand; a third rolling stand arranged on the downstream side of the second rolling stand; a first inter-stand cooling system which is provided between the first rolling stand and the second rolling stand to pour cooling water onto the conveyed material being rolled; a second inter-stand cooling system which is provided between the second rolling stand and the third rolling stand to pour cooling water onto the conveyed material being rolled; usage state changeover means for changing over the state in which the second rolling stand rolls the material being rolled and the state in which the second rolling stand does not roll the material being rolled; and a second inter-stand cooling system which is provided between the second rolling stand and the third rolling stand to pour cooling water onto the conveyed material being rolled; usage state changeover means for changing over the state in which the second rolling stand rolls the material being rolled and the state in which the second rolling stand does not roll the material being rolled; and characterized in that the energy saving device further comprises water-pouring location setting means (60, S100-S130) as a control unit configured to control the rolling plant so as to prohibit the first inter-stand cooling system from pouring cooling water and to permit the second inter-stand cooling system to pour cooling water in the state in which the first rolling stand rolls the material being rolled and the second rolling stand does not roll the material being rolled.
A hardenable multi-part acrylic composition comprising a storage stable liquid first part, a storage stable liquid second part and optionally, a third or further liquid parts, the parts being operable to form a cement which hardens to a solid upon mixing of the parts together, the composition comprising an acrylic monomer component, an initiator component, acrylic polymer particles and a radiopacifying filler, the initiator component being present in an amount effective to polymerize the acrylic monomer component upon being mixed and/or activated therewith characterized in that at least some of the radiopacifying filler is encapsulated within and/or adsorbed on the acrylic polymer particles in a liquid part, wherein the acrylic polymer particles with encapsulated and/or adsorbed radiopacifying filler are present in a liquid carrier in the liquid first part and/or liquid second part and wherein the liquid carrier is other than monomer.
Flap valve, which has a valve housing with a flow channel, in the flow cross-section of which a valve disc is disposed such that it can swivelled around a swivel axis between an open position and a shutoff position, wherein sealing elements (7,7a,7b,9), which can be pressed against one another, are disposed on the outer circumference of the valve disc and on the inner circumference of the flow channel, and they have at least one annular metal sealing lip(7,7a,7b), which is produced in an additive method from metal material and bears in the shutoff position with elastic preload on an oppositely situated, likewise annular metal mating sealing face, wherein - eather the metal sealing lip (7,7a,7b) is in disposed on the outer circumference of the valve disc and the mating sealing face is disposed on the inner circumference of the flow channel - or the mating sealing face is disposed on the outer circumference of the valve disc and the metal sealing lip(7,7a,7b) is disposed on the inner circumference of the flow channel characterised in, that the metal sealing lip (7,7a,7b) has circumferential portions whose flexual strength is different by shape, cross-sectional geometry and or alloy of the used metallic manufacturing material as a function of the distance of these circumferential portions relative to swivel axis the valve disc. - eather the metal sealing lip (7,7a,7b) is in disposed on the outer circumference of the valve disc and the mating sealing face is disposed on the inner circumference of the flow channel - or the mating sealing face is disposed on the outer circumference of the valve disc and the metal sealing lip(7,7a,7b) is disposed on the inner circumference of the flow channel
A method for handling encryption and decryption of access keys of an electronic device, the method comprising the steps of: creating, by a first organization, a first asymmetric key pair, AKP, delivering (S204, S206) a private key of the first AKP to a second organization, receiving, by a fourth organization, a public key of the first AKP, creating, by the fourth organization, a second AKP, storing, by the fourth organization, a public key of the second AKP in an electronic device and configuring the electronic device to encrypt at least one access key of the electronic device using the public key of the second AKP, encrypting, by the fourth organization, a private key of the second AKP using the public key of the first AKP, delivering, by the fourth organization, the encrypted private key of the second AKP to a third organization, delivering, by the third organization, the encrypted private key of the second AKP to the second organization, decrypting, by the second organization, the encrypted at least one access key of the electronic device by: decrypting the encrypted private key of the second AKP using the private key of the first AKP, decrypting the encrypted at least one access key of the electronic device using the decrypted private key of the second AKP. creating, by a first organization, a first asymmetric key pair, AKP, delivering (S204, S206) a private key of the first AKP to a second organization, receiving, by a fourth organization, a public key of the first AKP, creating, by the fourth organization, a second AKP, storing, by the fourth organization, a public key of the second AKP in an electronic device and configuring the electronic device to encrypt at least one access key of the electronic device using the public key of the second AKP, encrypting, by the fourth organization, a private key of the second AKP using the public key of the first AKP, delivering, by the fourth organization, the encrypted private key of the second AKP to a third organization, delivering, by the third organization, the encrypted private key of the second AKP to the second organization, decrypting, by the second organization, the encrypted at least one access key of the electronic device by: decrypting the encrypted private key of the second AKP using the private key of the first AKP, decrypting the encrypted at least one access key of the electronic device using the decrypted private key of the second AKP. decrypting the encrypted private key of the second AKP using the private key of the first AKP, decrypting the encrypted at least one access key of the electronic device using the decrypted private key of the second AKP.
A fusion protein, which comprises, from N-terminus to C-terminus, (a) a chimeric antigen receptor that specifically binds to a CD20, (b) a 2A peptide and (c) a OX40 protein wherein; said CAR has a structure of scFv - CD3zeta; the amino acid sequence of said scFv - CD3zeta is as set forth in SEQ ID No.1; the amino acid sequence of said 2A peptide is as set forth in SEQ ID No.7, SEQ ID No.8, SEQ ID No.9 or SEQ ID No.10; and the amino acid sequence of said OX40 protein is as set forth in SEQ ID No.2. said CAR has a structure of scFv - CD3zeta; the amino acid sequence of said scFv - CD3zeta is as set forth in SEQ ID No.1; the amino acid sequence of said 2A peptide is as set forth in SEQ ID No.7, SEQ ID No.8, SEQ ID No.9 or SEQ ID No.10; and the amino acid sequence of said OX40 protein is as set forth in SEQ ID No.2.
A solid-fuel-fired burner (20;20A;20B;20C) that is to be used in a burner section of a solid-fuel-fired boiler, the boiler performing low-NOx combustion separately in the burner section and in an additional-air injection section, the solid-fuel-fired burner (20;20A;20B;20C) comprising: a fuel burner for injecting powdered solid-fuel and air into a furnace of the boiler, the fuel burner including a coal primary port for injecting the powdered solid-fuel conveyed by primary air into the furnace, said coal primary port having splitting members arranged in a plurality of directions in a grid-like pattern to provide crossing parts at which the splitting members cross near the center of the outlet opening of the fuel burner at a flow-path front part of the coal primary port so as to function as an internal flame stabilizing mechanism near the center of the outlet opening of the fuel burner, and a secondary port that is provided so as to surround the coal primary port and is arranged to inject part of a secondary air, wherein fuel burner does not have a flame stabilizing mechanism at the outer circumference thereof; and secondary-air injection ports (30;30A;34L,34R;30B) for injecting secondary air without performing flame stabilization, wherein the secondary-air injection ports (30;30A;34L,34R;30B) are disposed above and below and/or on the right and left sides of the fuel burner and have an airflow adjustment means. a fuel burner for injecting powdered solid-fuel and air into a furnace of the boiler, the fuel burner including a coal primary port for injecting the powdered solid-fuel conveyed by primary air into the furnace, said coal primary port having splitting members arranged in a plurality of directions in a grid-like pattern to provide crossing parts at which the splitting members cross near the center of the outlet opening of the fuel burner at a flow-path front part of the coal primary port so as to function as an internal flame stabilizing mechanism near the center of the outlet opening of the fuel burner, and a secondary port that is provided so as to surround the coal primary port and is arranged to inject part of a secondary air, wherein fuel burner does not have a flame stabilizing mechanism at the outer circumference thereof; and secondary-air injection ports (30;30A;34L,34R;30B) for injecting secondary air without performing flame stabilization, wherein the secondary-air injection ports (30;30A;34L,34R;30B) are disposed above and below and/or on the right and left sides of the fuel burner and have an airflow adjustment means.
Cogeneration power plant, comprising: a heating device with an inlet into which a working medium flows, and with an outlet out of which the working medium flows; an energy generator with an inlet into which the working medium flows, and with an outlet out of which the working medium flows; and a heat pump, characterized in that the heat pump is configured for cooling at least some of the working medium from the outlet of the heating device; and the heat pump further heats some of the working medium from the outlet of the heating device and the heated working medium is supplied to the inlet of the heating device. a heating device with an inlet into which a working medium flows, and with an outlet out of which the working medium flows; an energy generator with an inlet into which the working medium flows, and with an outlet out of which the working medium flows; and a heat pump, characterized in that the heat pump is configured for cooling at least some of the working medium from the outlet of the heating device; and the heat pump further heats some of the working medium from the outlet of the heating device and the heated working medium is supplied to the inlet of the heating device.
A watertight electrical board, comprising a cabinet made of polyester, with an IPX9 protection degree, and having a protection and venting system; said board being characterized in that said protection and venting system comprises a casing, made of plastic material, which is internally provided with an oleophobic membrane made of expanded polytetrafluoroethylene (ePTFE); said casing comprising a fastening head and being inserted in a hole formed in a wall of said board; said casing being locked in said hole by means of a fastening nut.
A welding torch comprising: - a first trigger conductor; - a second trigger conductor; - a mechanically actuated trigger switch having a trigger open position and a trigger closed position, wherein the trigger switch is configured to block electron flow between the first trigger conductor and the second trigger conductor while in the trigger open position; and - an electrically actuated training switch coupled with the mechanically actuated trigger switch via a conductor, wherein the electrically actuated training switch is configured to close when the electrically actuated training switch receives a trigger enable signal from control circuitry configured to selectively control the training switch between the open position and the closed position, and wherein welding power flows through the welding torch only while both the electrically actuated training switch is closed and the mechanically actuated trigger switch is in the trigger closed position, wherein the training switch is configured to be in the open position while in a simulation mode, and to be in the closed position while in a live-arc mode. - a first trigger conductor; - a second trigger conductor; - a mechanically actuated trigger switch having a trigger open position and a trigger closed position, wherein the trigger switch is configured to block electron flow between the first trigger conductor and the second trigger conductor while in the trigger open position; and - an electrically actuated training switch coupled with the mechanically actuated trigger switch via a conductor, wherein the electrically actuated training switch is configured to close when the electrically actuated training switch receives a trigger enable signal from control circuitry configured to selectively control the training switch between the open position and the closed position, and wherein welding power flows through the welding torch only while both the electrically actuated training switch is closed and the mechanically actuated trigger switch is in the trigger closed position, wherein the training switch is configured to be in the open position while in a simulation mode, and to be in the closed position while in a live-arc mode.
A cellulosic fiber composition comprising: cellulose fiber and an anionic water-compatible polymer comprising i) a polymer segment formed from at least one ethylenically unsaturated monomer substituted with at least one aryl group and at least one -S(=O) 2 OR 1 or - OS(=O) 2 p R 1 moiety, wherein p is 0 or 1, R 1 is, independently at each occurrence, H, alkyl, aryl, or a cation, ii) a polymer segment formed from at least one ethylenically unsaturated anionic or nonionic monomer, wherein the polymer has a weight average molecular weight of greater than 5 million; and the term "aryl" means an aromatic carbocyclic moiety of up to 20 carbon atoms, which may be a single ring monocyclic or multiple rings polycyclic, up to three rings fused together or linked covalently, wherein any suitable ring position of the aryl moiety may be covalently linked to the defined chemical structure; and each alkyl and aryl is contemplated as being optionally substituted. cellulose fiber and an anionic water-compatible polymer comprising i) a polymer segment formed from at least one ethylenically unsaturated monomer substituted with at least one aryl group and at least one -S(=O) 2 OR 1 or - OS(=O) 2 p R 1 moiety, wherein p is 0 or 1, R 1 is, independently at each occurrence, H, alkyl, aryl, or a cation, ii) a polymer segment formed from at least one ethylenically unsaturated anionic or nonionic monomer, i) a polymer segment formed from at least one ethylenically unsaturated monomer substituted with at least one aryl group and at least one -S(=O) 2 OR 1 or - OS(=O) 2 p R 1 moiety, wherein p is 0 or 1, R 1 is, independently at each occurrence, H, alkyl, aryl, or a cation, ii) a polymer segment formed from at least one ethylenically unsaturated anionic or nonionic monomer, wherein the polymer has a weight average molecular weight of greater than 5 million; and the term "aryl" means an aromatic carbocyclic moiety of up to 20 carbon atoms, which may be a single ring monocyclic or multiple rings polycyclic, up to three rings fused together or linked covalently, wherein any suitable ring position of the aryl moiety may be covalently linked to the defined chemical structure; and each alkyl and aryl is contemplated as being optionally substituted.
System comprising an optical device and a sterile covering for the optical device wherein the sterile covering comprises a window element and a shell characterized in that the shell is attached to the window element, wherein the shell has an opening closed by the window element, wherein the shell has an edge region, wherein the edge region is mounted on the window element, wherein the opening being surrounded by the edge region, characterized in that the opening has a smaller cross-sectional area than the window element, wherein the optical device comprises a mounting adapter or a locking element for the window element, wherein the shell and the window element are connectable by an adhesive or a welded connection, wherein the edge region is arranged at least partially not directly adjacently to the edges of the window element.
A system, for delivering implantable endoprostheses comprising: a guide catheter; an adaptor being configured to be secured to the guide catheter, the adaptor defining a lumen configured to receive a portion of a catheter assembly comprising an inner member at least partially surrounded by an outer sheath; a sleeve configured to be disposed between the outer sheath of the catheter assembly and the adaptor when the catheter assembly is disposed in the lumen of the adaptor;wherein the sleeve includes a first tube, a second tube and a third tube and wherein the sleeve is a telescoping sleeve such that the first tube is configured to slide within the second tube and the second tube is configured to slide within the third tube; wherein the sleeve comprises one or more materials having a tensile strength of at least about 63 MPa. a guide catheter; an adaptor being configured to be secured to the guide catheter, the adaptor defining a lumen configured to receive a portion of a catheter assembly comprising an inner member at least partially surrounded by an outer sheath; a sleeve configured to be disposed between the outer sheath of the catheter assembly and the adaptor when the catheter assembly is disposed in the lumen of the adaptor;wherein the sleeve includes a first tube, a second tube and a third tube and wherein the sleeve is a telescoping sleeve such that the first tube is configured to slide within the second tube and the second tube is configured to slide within the third tube; wherein the sleeve comprises one or more materials having a tensile strength of at least about 63 MPa.