mhurhangee/patent-ind-claim-en huggingface dataset:
A printing device comprising: a liquid composition having a viscosity of from 2 to 15 mPa•s and a static surface tension of from 20 to 50 mN/m; a liquid composition container that contains the liquid composition; a liquid composition applying device configured to apply the liquid composition to a contact-target member ; and a contact member configured to make contact with a region to which the liquid composition has been applied in the contact-target member , wherein the contact member is a solid or hollow cylindrical roller, characterized in that the contact member comprises a liquid composition holding layer configured to hold the liquid composition , an adhesive layer that fixes the liquid composition holding layer , and a core in this order from a side that makes contact with the region, wherein the liquid composition holding layer has a thickness of from 200 to 1,300 μm, wherein a contact angle of pure water on the liquid composition holding layer is 120 degrees or more, wherein the adhesive layer comprises an adhesive member formed by curing an adhesive. a liquid composition having a viscosity of from 2 to 15 mPa•s and a static surface tension of from 20 to 50 mN/m; a liquid composition container that contains the liquid composition; a liquid composition applying device configured to apply the liquid composition to a contact-target member ; and a contact member configured to make contact with a region to which the liquid composition has been applied in the contact-target member , wherein the contact member is a solid or hollow cylindrical roller, characterized in that the contact member comprises a liquid composition holding layer configured to hold the liquid composition , an adhesive layer that fixes the liquid composition holding layer , and a core in this order from a side that makes contact with the region, wherein the liquid composition holding layer has a thickness of from 200 to 1,300 μm, wherein a contact angle of pure water on the liquid composition holding layer is 120 degrees or more, wherein the adhesive layer comprises an adhesive member formed by curing an adhesive.
Wound dressing comprising - a backing layer composed of a nonwoven, - a wound pad comprising a shell and an absorbent core containing SAP particles , - a first adhesive layer arranged between the backing layer and the wound pad , wherein the backing layer and the first adhesive layer cover the wound pad , such that the wound dressing has an adhesive edge , and wherein the wound dressing does not comprise a layer which is non-releasably connected to the adhesive edge and to a wound-facing side of the shell of the wound pad, such that the wound dressing can be fastened at a wound site by means of the adhesive edge and the wound-facing side of the shell of the wound pad can form a wound contact layer of the wound dressing. - a backing layer composed of a nonwoven, - a wound pad comprising a shell and an absorbent core containing SAP particles , - a first adhesive layer arranged between the backing layer and the wound pad ,
A hybrid electric propulsion system comprising: a gas turbine engine (20; 120) comprising a low speed spool and a high speed spool , the low speed spool comprising a low pressure compressor and a low pressure turbine , and the high speed spool comprising a high pressure compressor and a high pressure turbine ; a mechanical power transmission configured to at least one of extract power from and supply power to at least one of the low speed spool and the high speed spool; an electric machine configured to augment rotational power of at least one of the low speed spool and the high speed spool; and a controller operable to: determine a rotational speed of the low speed spool; determine a rotational speed of the high speed spool; determine if a predetermined operational zone of operation based on the determined rotational speeds is present; and when a predetermined operational zone is determined, control a power augmentation of at least one of the low speed spool and the high speed spool to limit dwell operation of the gas turbine engine within the predetermined operational zone; wherein the predetermined operational zone is based on a rotor dynamics critical speed range of at least one of the low speed spool and the high speed spool . a gas turbine engine (20; 120) comprising a low speed spool and a high speed spool , the low speed spool comprising a low pressure compressor and a low pressure turbine , and the high speed spool comprising a high pressure compressor and a high pressure turbine ; a mechanical power transmission configured to at least one of extract power from and supply power to at least one of the low speed spool and the high speed spool; an electric machine configured to augment rotational power of at least one of the low speed spool and the high speed spool; and a controller operable to: determine a rotational speed of the low speed spool; determine a rotational speed of the high speed spool; determine if a predetermined operational zone of operation based on the determined rotational speeds is present; and when a predetermined operational zone is determined, control a power augmentation of at least one of the low speed spool and the high speed spool to limit dwell operation of the gas turbine engine within the predetermined operational zone; determine a rotational speed of the low speed spool; determine a rotational speed of the high speed spool; determine if a predetermined operational zone of operation based on the determined rotational speeds is present; and when a predetermined operational zone is determined, control a power augmentation of at least one of the low speed spool and the high speed spool to limit dwell operation of the gas turbine engine within the predetermined operational zone; wherein the predetermined operational zone is based on a rotor dynamics critical speed range of at least one of the low speed spool and the high speed spool .
A suction device for intraoral use, comprising a suction line and a tongue guard, which suction line is essentially bent in a U-shape, the suction line, as a suction tube , and the tongue guard being formed by a molded part , wherein the suction pipe comprises a connection for a suction tube , and wherein, in the course of the suction pipe , an upper U-leg and a lower U-leg adjoin the connection , wherein the lower U-leg comprises suction openings and is surrounded by a suction sponge extending around the lower U-leg and covering the suction openings, the legs extending distally away from a mesial U-center region in a horizontal direction, and the suction pipe terminates at the distal end of the lower U-leg with an end suction opening which is covered by the suction sponge , characterized in that the suction pipe is endsidedly tapered in a nozzle-shaped manner at the distal end of the lower U-leg .
A dispensing mechanism for administering a dosage of a medicament from an injection device, the mechanism comprising: a dosage setting means for setting a dose of medicament to be administered; expelling means for expelling a medicament from a medicament container; a coupling means operatively coupled with the dosage setting means and the expelling means , wherein the coupling means is arranged to convert displacement of the dosage setting means into a displacement of the expelling means in a first direction, wherein the expelling means includes a ratchet means comprising a first and a second set of teeth on an upper surface of the expelling means, and wherein the mechanism includes a first and a second independently moveable resisting pawl means facing a common side of the ratchet means , the first and the second resisting pawl means being configured to engage with the ratchet means and resist displacement of the expelling means in a second direction opposite to said first direction by engaging the rear faces of the ratchet teeth , wherein the first set of teeth is arranged to engage with the first resisting pawl means and the second set of teeth is arranged to engage with the second resisting pawl means and wherein engaging faces of the second set of teeth are arranged offset from engaging faces of the first set of teeth on the ratchet means. a dosage setting means for setting a dose of medicament to be administered; expelling means for expelling a medicament from a medicament container; a coupling means operatively coupled with the dosage setting means and the expelling means , wherein the coupling means is arranged to convert displacement of the dosage setting means into a displacement of the expelling means in a first direction, wherein the expelling means includes a ratchet means comprising a first and a second set of teeth on an upper surface of the expelling means, and wherein the mechanism includes a first and a second independently moveable resisting pawl means facing a common side of the ratchet means , the first and the second resisting pawl means being configured to engage with the ratchet means and resist displacement of the expelling means in a second direction opposite to said first direction by engaging the rear faces of the ratchet teeth , wherein the first set of teeth is arranged to engage with the first resisting pawl means and the second set of teeth is arranged to engage with the second resisting pawl means and wherein engaging faces of the second set of teeth are arranged offset from engaging faces of the first set of teeth on the ratchet means.
A therapeutic agent for use in treating sepsis and/or septic shock, comprising an Arid5A inhibitor as an active ingredient, wherein the Arid5A inhibitor reduces the expression of IL-6 and has no effect on the expression of TNF-α, and is at least one substance selected from the group consisting of a nucleic acid oligo and an Arid5A antibody.
A support structure defining a flat support surface for supporting a web material, the support structure comprising a number of beams each of which has a cross-section elongated in a first direction (z) normal to the support surface , the beam having a ruler edge extending in a second direction (x) in parallel with the support surface , the support surface being defined by the ruler edges of the beams, the support structure further comprising a number of adjustment mechanisms for adjusting the positions of the ruler edges in the first direction (z), characterized in that each beam has a base part and a ruler part , the ruler part defining the ruler edge and being connected to the base part by at least three adjustment mechanisms distributed over the length of the beam, and each adjustment mechanism comprises a lever that is pivotable relative to the base part about a fixed fulcrum , is connected to the ruler part by an articulated link , and has an adjustment arm with a free end that is adjustable in its position in the first direction (z) relative to the base part .
A display apparatus for a multi display apparatus that comprises a plurality of display apparatuses, the display apparatus comprising: an input interface comprising input circuitry configured to receive an image signal corresponding to an image; wireless communicators each comprising wireless communication circuitry and provided at four sides of the display apparatus; a controller configured to: set one of the display apparatuses as a reference display apparatus based on wireless communication through the wireless communication circuitry of the wireless communicators, set coordinates of the display apparatus within the multi display apparatus, determine a size of the multi display apparatus, select an area within the image corresponding to the coordinates of the display apparatus from the image signal; and display the selected area on a display of the display apparatus, wherein the controller is configured to set the display apparatus as the reference display apparatus if the display apparatus has the lowest intrinsic ID number of the plurality of display apparatuses. an input interface comprising input circuitry configured to receive an image signal corresponding to an image; wireless communicators each comprising wireless communication circuitry and provided at four sides of the display apparatus; a controller configured to: set one of the display apparatuses as a reference display apparatus based on wireless communication through the wireless communication circuitry of the wireless communicators, set coordinates of the display apparatus within the multi display apparatus, determine a size of the multi display apparatus, select an area within the image corresponding to the coordinates of the display apparatus from the image signal; and display the selected area on a display of the display apparatus, wherein the controller is configured to set the display apparatus as the reference display apparatus if the display apparatus has the lowest intrinsic ID number of the plurality of display apparatuses. set one of the display apparatuses as a reference display apparatus based on wireless communication through the wireless communication circuitry of the wireless communicators, set coordinates of the display apparatus within the multi display apparatus, determine a size of the multi display apparatus, select an area within the image corresponding to the coordinates of the display apparatus from the image signal; and display the selected area on a display of the display apparatus, wherein the controller is configured to set the display apparatus as the reference display apparatus if the display apparatus has the lowest intrinsic ID number of the plurality of display apparatuses.
A network device comprising a base , a bracket , a functional component, a position detector , and a main controller ; wherein the bracket is rotatably connected to the base , the functional component is carried on the bracket , and the functional component is rotatable along with the bracket ; the position detector comprises a Hall sensor and a magnetic element , one of the Hall sensor and the magnetic element being fixed to the base , the other of the Hall sensor and the magnetic element being fixed to the bracket and rotatable along with the bracket , and a distance between the Hall sensor and the magnetic element remaining unchanged in a direction perpendicular to a rotation plane of the bracket ; the Hall sensor is disposed within a range of a magnetic field of the magnetic element ; when the Hall sensor rotates relative to the magnetic element , the Hall sensor senses a change in the magnetic field of the magnetic element and outputs a detection signal; the main controller is configured to determine a position of the functional component relative to the base according to the detection signal.
Solar thermal system comprising a collector , a primary circuit through which a fluid which is heated by the collector circulates, a secondary domestic water circuit , and a tank in which the fluid of the primary circuit heats the domestic water of the secondary circuit , the tank comprising a technical fluid heating area in which the primary circuit is partially housed, and a transmission area comprising walls demarcating a central channel as a chimney, and openings going through said walls , allowing the temperature stratification of a technical fluid housed in the tank depending on the temperature, the technical fluid being heated by the primary circuit and in turn heating the domestic water of the secondary circuit , the transmission area being communicated with a domestic water heating area in which the secondary circuit is partially housed, characterized in that the walls are substantially planar, the central channel being demarcated by two walls each of which including a first part demarcating the technical fluid heating area of the tank in which the primary circuit is partially housed, and a second part continuous to said first part , the second parts being arranged facing one another, the tank being substantially planar and extending below the surface of the collector .
A rubber composition for a marine hose comprising an acrylonitrile-butadiene rubber, carbon black, silica, resorcin, and hexamethylene tetramine; wherein an acrylonitrile amount of the acrylonitrile-butadiene rubber is not less than 35 mass% and not greater than 48 mass%; wherein a rate of decrease, defined as mass % = 100 − amount of rubber flowing of heated rubber composition / initial amount of rubber flowing of rubber composition × 100 ; in an amount of rubber flowing of a heated rubber composition, where an amount of rubber flowing of a heated rubber composition is an amount (g) of the heated rubber composition obtained by subjecting the initial rubber composition to a heating treatment under a condition of 110 °C for 3 hours, filling a chamber including an orifice of having a diameter of 1.5 mm with 30.0 g of the heated rubber composition, extruding the heated rubber composition from the chamber at a surface pressure of 0.05 MPa under a condition of 148 °C for 10 minutes, and discharging the heated rubber composition from the orifice, and where an initial amount of rubber flowing is an amount (g) of the rubber composition obtained by filling a chamber including an orifice of having a diameter of 1.5 mm with 30.0 g of the rubber composition, extruding the rubber composition from the chamber at a surface pressure of 0.05 MPa under a condition of 148 °C for 10 minutes, and discharging the rubber composition from the orifice, is not greater than 20 mass%. wherein an acrylonitrile amount of the acrylonitrile-butadiene rubber is not less than 35 mass% and not greater than 48 mass%; wherein a rate of decrease, defined as mass % = 100 − amount of rubber flowing of heated rubber composition / initial amount of rubber flowing of rubber composition × 100 ; in an amount of rubber flowing of a heated rubber composition, where an amount of rubber flowing of a heated rubber composition is an amount (g) of the heated rubber composition obtained by subjecting the initial rubber composition to a heating treatment under a condition of 110 °C for 3 hours, filling a chamber including an orifice of having a diameter of 1.5 mm with 30.0 g of the heated rubber composition, extruding the heated rubber composition from the chamber at a surface pressure of 0.05 MPa under a condition of 148 °C for 10 minutes, and discharging the heated rubber composition from the orifice, and where an initial amount of rubber flowing is an amount (g) of the rubber composition obtained by filling a chamber including an orifice of having a diameter of 1.5 mm with 30.0 g of the rubber composition, extruding the rubber composition from the chamber at a surface pressure of 0.05 MPa under a condition of 148 °C for 10 minutes, and discharging the rubber composition from the orifice, is not greater than 20 mass%.
Coupling , at least consisting of a first coupling half on the drive side and a second coupling half on the output side, at least the second coupling half having, starting from the drive or output shaft and being connected thereto in a positively locking, non-positive and/or integrally joined manner, at least two hollow cylinders which are arranged above one another, are connected to one another in a positively locking, non-positive and/or integrally joined manner, and are arranged in a bore of the second coupling half which is arranged parallel to the rotational axis of the drive or output shaft in the second coupling half , characterized in that , at least in the region of the bore, the first hollow cylinder and the second coupling half consist of electrically conducting material, and the second hollow cylinder consists of electrically insulating material, and at least the first hollow cylinder having at least partially a knurled portion at least on its outer circumferential face on the side which faces away from the drive or output shaft , and at least the inner circumferential face of the second coupling half having at least partially a knurled portion in the region of the bore, and the second hollow cylinder having a complete at least positively locking contact at least over the entire circumference with the outer circumferential face of the first hollow cylinder and the inner circumferential face of the second coupling half .
A stent insertion apparatus comprising a first stent , an artificial blood vessel surrounding an outer side of the first stent , and a guide member configured to guide movement of the first stent inserted into a human body along a first guide wire inserted into a main area of stenosis to be installed in the main area of stenosis, wherein the guide member includes a fixing part configured to fix leading end portions of guide tubes into which second guide wires for installing second stents are inserted, the second stents being inserted into branched areas of stenosis, which branch from the main area of stenosis, to be installed in the branched area of stenosis, and wherein through holes are formed in the artificial blood vessel and the guide tubes pass through the through holes to be fixed. a first stent , an artificial blood vessel surrounding an outer side of the first stent , and a guide member configured to guide movement of the first stent inserted into a human body along a first guide wire inserted into a main area of stenosis to be installed in the main area of stenosis, wherein the guide member includes a fixing part configured to fix leading end portions of guide tubes into which second guide wires for installing second stents are inserted, the second stents being inserted into branched areas of stenosis, which branch from the main area of stenosis, to be installed in the branched area of stenosis, and wherein through holes are formed in the artificial blood vessel and the guide tubes pass through the through holes to be fixed.
A method for controlling a wind turbine, the method comprising the steps: providing a load-reducing control strategy that may be activated, determining an operational load using one or more blade load sensors mounted on the turbine to measure the flapwise or edgewise bending of at least one rotor blade of the wind turbine, correcting the operational load to obtain a corrected operational load being an estimate of the load that would have been measured had the load-reducing control strategy not been activated, determining a damage signal based on the corrected operational load and, when the damage signal exceeds a pre-determined threshold level, activating the load-reducing control strategy to the wind turbine to mitigate potential damage to the component. providing a load-reducing control strategy that may be activated, determining an operational load using one or more blade load sensors mounted on the turbine to measure the flapwise or edgewise bending of at least one rotor blade of the wind turbine, correcting the operational load to obtain a corrected operational load being an estimate of the load that would have been measured had the load-reducing control strategy not been activated, determining a damage signal based on the corrected operational load and, when the damage signal exceeds a pre-determined threshold level, activating the load-reducing control strategy to the wind turbine to mitigate potential damage to the component.