mhurhangee/patent-ind-claim-en huggingface dataset:
A sample carrier comprising: an elongated thermal-control block having an active surface and an outer surface that face in opposite directions, the thermal-control block including first and second block ends in which a length of the thermal-control block extends therebetween, the active surface having a series of mounting areas that are distributed along the length of the thermal-control block, wherein said mounting areas are for mounting sample substrates; chamber cells configured to be disposed over respective mounting areas of the series of mounting areas and thus over said sample substrates; and a removable cover body configured to be coupled to the thermal-control block with the chamber cells therebetween, the thermal-control block and the chamber cells being shaped to form corresponding reaction chambers therebetween, the removable cover body and the thermal-control block being in fixed positions with respect to each other to form a unitary structure that is configured to be positioned within an assay system, wherein the reaction chambers have corresponding inlets that open in a common direction to an exterior of the sample carrier; characterized in that the chamber cells are separable or removable from the thermal-control block and the removable cover body. an elongated thermal-control block having an active surface and an outer surface that face in opposite directions, the thermal-control block including first and second block ends in which a length of the thermal-control block extends therebetween, the active surface having a series of mounting areas that are distributed along the length of the thermal-control block, wherein said mounting areas are for mounting sample substrates; chamber cells configured to be disposed over respective mounting areas of the series of mounting areas and thus over said sample substrates; and a removable cover body configured to be coupled to the thermal-control block with the chamber cells therebetween, the thermal-control block and the chamber cells being shaped to form corresponding reaction chambers therebetween, the removable cover body and the thermal-control block being in fixed positions with respect to each other to form a unitary structure that is configured to be positioned within an assay system, wherein the reaction chambers have corresponding inlets that open in a common direction to an exterior of the sample carrier; characterized in that the chamber cells are separable or removable from the thermal-control block and the removable cover body.
A lead-acid battery comprising a positive electrode plate, a negative electrode plate, and an electrolyte solution, wherein the positive electrode plate comprises a positive current collector and a positive electrode material, the positive electrode material contains antimony in a content of less than 0.5% by mass, the negative electrode plate comprises a negative electrode material, the negative electrode material contains a polymer compound having a repeating structure of oxy C 2-4 alkylene units, and a content of the polymer compound in the negative electrode material is less than 500 ppm on a mass basis. wherein the positive electrode plate comprises a positive current collector and a positive electrode material, the positive electrode material contains antimony in a content of less than 0.5% by mass, the negative electrode plate comprises a negative electrode material, the negative electrode material contains a polymer compound having a repeating structure of oxy C 2-4 alkylene units, and a content of the polymer compound in the negative electrode material is less than 500 ppm on a mass basis.
Oxygenator (7; 20; 25) for gas exchange in the blood-circulation system comprising a. a housing (8; 26), b. arranged in the housing (8; 26), a first internal chamber (9; 23; 29) for blood, c. arranged in the housing (8; 26), a second internal chamber (10; 24; 30) for gas, d. a membrane (1, 21; 1, 21; 1) separating the first internal chamber (9; 23; 29) and the second internal chamber (10; 24; 30), comprising a silicone layer and a reinforcing structure which reinforces the silicone layer , wherein the silicone layer is homogeneous, characterized in that the reinforcing structure takes the form of a network and an area and has longitudinal elements and transverse elements , wherein the longitudinal elements and the transverse elements take the form of reinforcing filaments or reinforcing fibres which have been joined to one another such that the reinforcing structure has an intrinsic rigidity, wherein the reinforcing structure has a thickness (Dv) which corresponds to the thicknesses of the longitudinal elements and the transverse elements and is selected such that a mesh width (m L ) in the longitudinal direction and a mesh width (m B ) in the transverse direction are greater than thicknesses of the longitudinal elements and of the transverse elements , wherein the mesh width (ms) in the transverse direction is at least five times the thickness of the longitudinal elements , wherein intervening spaces are arranged between the longitudinal elements and the transverse elements of the reinforcing structure , wherein the totality of the intervening spaces forms an area available for flow through the reinforcing structure , wherein the area available for flow is in particular at least 98% of the total area of the reinforcing structure , wherein the direction of flow is the direction of thickness of the membrane . a. a housing (8; 26), b. arranged in the housing (8; 26), a first internal chamber (9; 23; 29) for blood, c. arranged in the housing (8; 26), a second internal chamber (10; 24; 30) for gas, d. a membrane (1, 21; 1, 21; 1) separating the first internal chamber (9; 23; 29) and the second internal chamber (10; 24; 30), comprising a silicone layer and a reinforcing structure which reinforces the silicone layer , wherein the silicone layer is homogeneous,
Method for providing reliable user location information, ULI, of a user transmitting a SIP message via an access network to a server of an IP multimedia subsystem, IMS, located in a trusted domain , comprising the steps of: - identifying by a Proxy Call Session Control Function, P-CSCF, whether the access network is part of the trusted domain , and in case the access network does not form part of the trusted domain : - retrieving, by the P-CSCF , user location information, ULI, from another server located in the trusted domain configured for providing ULI, and - adding, by the P-CSCF , a private user location information, PULI, header comprising the retrieved user location information to the SIP message, wherein the PULI header is added to SIP messages besides a private access network information, PANI, header, and - forwarding, by the P-CSCF , the SIP message including the PULI header to said server of the IMS located in the trusted domain , wherein the step of retrieving user location information from another server located in the trusted domain configured for providing ULI comprises requesting user location information by the P-CSCF from a GSM or GPRS or UMTS or LTE radio access network node , to which the user is also connected, via a Policy and Charging Rules Function server and a location service , and wherein the access network is a non-3GPP-type network . - identifying by a Proxy Call Session Control Function, P-CSCF, whether the access network is part of the trusted domain , and - retrieving, by the P-CSCF , user location information, ULI, from another server located in the trusted domain configured for providing ULI, and - adding, by the P-CSCF , a private user location information, PULI, header comprising the retrieved user location information to the SIP message, wherein the PULI header is added to SIP messages besides a private access network information, PANI, header, and - forwarding, by the P-CSCF , the SIP message including the PULI header to said server of the IMS located in the trusted domain ,
A tool for handling a component, comprising: a first clamp seat for receiving a first surface of the component a second clamp seat for receiving a second surface of the component, the second surface being opposite to the first surface, an actuator for moving the first clamp seat with respect to the second clamp seat to clamp the component between the first clamp seat and the second clamp seat with a predetermined clamping force, an electric motor for driving the actuator , the tool being characterized by further comprising: a control configured to determine currents in the electric motor and to control the electric motor to provide the predetermined clamping force based on the determined currents. a first clamp seat for receiving a first surface of the component a second clamp seat for receiving a second surface of the component, the second surface being opposite to the first surface, an actuator for moving the first clamp seat with respect to the second clamp seat to clamp the component between the first clamp seat and the second clamp seat with a predetermined clamping force, an electric motor for driving the actuator , the tool being characterized by further comprising: a control configured to determine currents in the electric motor and to control the electric motor to provide the predetermined clamping force based on the determined currents.
A battery comprising: a casing that includes a plurality of exterior faces having outer faces facing mutually-different directions and has an arrangement concave part formed; a cell that is housed inside the casing ; and a connector that includes a connection terminal connectable to an electrode terminal of a connection apparatus and is arranged in the arrangement concave part , wherein a face forming the arrangement concave part of the casing is formed as a concave part forming face , and wherein the concave part forming face is present between the exterior faces and the connector , wherein a part of the concave part forming face is formed in an inclining face in which an opening area of the arrangement concave part increases as being further spaced apart from the connector in the opening direction of the arrangement concave part (27, and either wherein the arrangement concave part is open at least in a connection direction of the connection terminal and the electrode terminal, and the concave part forming face is present between the exterior faces and the connector in the connection direction, or wherein the arrangement concave part is open in two orthogonal directions, and the concave part forming face is present between the exterior faces and the connector in each of the two directions. a casing that includes a plurality of exterior faces having outer faces facing mutually-different directions and has an arrangement concave part formed; a cell that is housed inside the casing ; and a connector that includes a connection terminal connectable to an electrode terminal of a connection apparatus and is arranged in the arrangement concave part , wherein a face forming the arrangement concave part of the casing is formed as a concave part forming face , and wherein the concave part forming face is present between the exterior faces and the connector , wherein a part of the concave part forming face is formed in an inclining face in which an opening area of the arrangement concave part increases as being further spaced apart from the connector in the opening direction of the arrangement concave part (27, and either wherein the arrangement concave part is open at least in a connection direction of the connection terminal and the electrode terminal, and the concave part forming face is present between the exterior faces and the connector in the connection direction, or wherein the arrangement concave part is open in two orthogonal directions, and the concave part forming face is present between the exterior faces and the connector in each of the two directions.
A heatable fluid bag, comprising a bag body , a liquid inlet and a power access port being formed in the bag body , an extractable liquid inlet plunger being installed in the liquid inlet , and the power access port being electrically connected with an electrical heating component installed in the bag body , characterized in that the electrical heating component comprises a metal ceramic heating sheet , the metal ceramic heating sheet is encapsulated in a metal protection shell composed of an upper sheet and a lower sheet , a connection base is connected onto the upper sheet , a PVC protection shell is installed in the connection base , the PVC protection shell and the connection base are axially positioned through a threaded sleeve , an upper end of the threaded sleeve is positioned on the PVC protection shell through an annular boss on the PVC protection shell , and a lower end thereof is rotationally installed on a threaded section of the connection base ; a power connector installation shell is installed in the PVC protection shell , a temperature control switch is installed in the power connector installation shell , a copper flat-core power input socket is installed in the power connector installation shell , and a rotary upper cover is installed on the power input socket ; and a wire of the metal ceramic heating sheet penetrates through the metal protection shell and the connection base thereon, then penetrates through the PVC protection shell to enter the power connector installation shell , then is electrically connected with the temperature control switch and a thermal fuse, and then is electrically connected with the power input socket , the power input socket and the rotary-upper cover being configured such that a power plug can be inserted into the power input socket by rotating the rotary upper cover to expose the power input socket .
A spout for a container , comprising: a central duct defining a pouring passage configured to communicate with an interior of the container and extend through an opening of the container ; an outer sidewall extending around the central duct , the outer sidewall configured to engage an interior surface of the container and having an upper end and a flange projecting in a radial direction from the upper end; and a seal ring disposed on the flange of the outer sidewall , wherein the central duct and the outer sidewall comprise a first material having a first durometer and the seal ring comprises a second material having a second durometer less than the first durometer, characterized in that an interior surface of the seal ring is flush with an interior surface of the outer sidewall . a central duct defining a pouring passage configured to communicate with an interior of the container and extend through an opening of the container ; an outer sidewall extending around the central duct , the outer sidewall configured to engage an interior surface of the container and having an upper end and a flange projecting in a radial direction from the upper end; and a seal ring disposed on the flange of the outer sidewall , wherein the central duct and the outer sidewall comprise a first material having a first durometer and the seal ring comprises a second material having a second durometer less than the first durometer, characterized in that an interior surface of the seal ring is flush with an interior surface of the outer sidewall .
An absorption subcooler comprising a first heat exchanger , an absorption chamber , a pump and a condenser , the first heat exchanger operable to: receive refrigerant from a compressor of a refrigeration system ; apply a first cooling stage to the refrigerant; discharge the refrigerant to a gas cooler operable to apply a second cooling stage to the refrigerant; receive a refrigerant-water solution produced in the absorption chamber from the pump ; discharge the water from the refrigerant-water solution to the absorption chamber ; and discharge the refrigerant from the refrigerant-water solution to the condenser . receive refrigerant from a compressor of a refrigeration system ; apply a first cooling stage to the refrigerant; discharge the refrigerant to a gas cooler operable to apply a second cooling stage to the refrigerant; receive a refrigerant-water solution produced in the absorption chamber from the pump ; discharge the water from the refrigerant-water solution to the absorption chamber ; and discharge the refrigerant from the refrigerant-water solution to the condenser .
A method of operating a gas turbine assembly , which comprises a compressor , a combustor , a gas turbine and an exhaust gas duct formed downstream of the gas turbine ; the exhaust gas duct comprising a bearing strut housing and a diffuser ; wherein the bearing strut housing comprises struts and the diffuser comprises struts the method comprising the steps of: operating the gas turbine assembly at a partial load with respect to a base load of the gas turbine assembly ; bypassing a portion of blow-off air from the compressor ; and introducing the portion of blow-off air into the exhaust gas duct , characterized in that the portion of blow-off air is introduced into the exhaust gas duct : - at the upper end of the diffuser (with respect to the exhaust gas flow) via an end disk rotor bore feed through a bearing strut housing or a bearing strut ; and - at the lower end of the diffuser , with respect to the exhaust gas flow, through a strut . operating the gas turbine assembly at a partial load with respect to a base load of the gas turbine assembly ; bypassing a portion of blow-off air from the compressor ; and introducing the portion of blow-off air into the exhaust gas duct , characterized in that the portion of blow-off air is introduced into the exhaust gas duct : - at the upper end of the diffuser (with respect to the exhaust gas flow) via an end disk rotor bore feed through a bearing strut housing or a bearing strut ; and - at the lower end of the diffuser , with respect to the exhaust gas flow, through a strut . - at the upper end of the diffuser (with respect to the exhaust gas flow) via an end disk rotor bore feed through a bearing strut housing or a bearing strut ; and - at the lower end of the diffuser , with respect to the exhaust gas flow, through a strut .
An airfoil comprising: an airfoil body including: a leading edge and a trailing edge with an exterior surface therebetween, wherein the exterior surface includes a suction side , a pressure side and a recessed portion on the pressure side of the airfoil adjacent to the trailing edge, characterized in that : the pressure side further includes a flat non-recessed surface and a flat recessed surface with a continuously curved "S" shaped transition surface therebetween, wherein the trailing edge is an arcuate surface connecting between the suction side and the flat recessed surface of the pressure side , wherein both of the flat surfaces are proximate to the trailing edge, and wherein the flat recessed surface is part of the recessed portion; whereby the flat recessed surface is tangent to the arcuate surface of the trailing edge and is at an angle (α) with respect to the flat non-recessed surface. an airfoil body including: a leading edge and a trailing edge with an exterior surface therebetween, wherein the exterior surface includes a suction side , a pressure side and a recessed portion on the pressure side of the airfoil adjacent to the trailing edge, characterized in that : the pressure side further includes a flat non-recessed surface and a flat recessed surface with a continuously curved "S" shaped transition surface therebetween, wherein the trailing edge is an arcuate surface connecting between the suction side and the flat recessed surface of the pressure side , wherein both of the flat surfaces are proximate to the trailing edge, and wherein the flat recessed surface is part of the recessed portion; whereby the flat recessed surface is tangent to the arcuate surface of the trailing edge and is at an angle (α) with respect to the flat non-recessed surface. the pressure side further includes a flat non-recessed surface and a flat recessed surface with a continuously curved "S" shaped transition surface therebetween, wherein the trailing edge is an arcuate surface connecting between the suction side and the flat recessed surface of the pressure side , wherein both of the flat surfaces are proximate to the trailing edge, and wherein the flat recessed surface is part of the recessed portion; whereby the flat recessed surface is tangent to the arcuate surface of the trailing edge and is at an angle (α) with respect to the flat non-recessed surface.
Luteolin-7-O-glucoside as shown in formula I and/or luteolin-7-O-glucuronide as shown in formula II for use in preventing or treating an eye injury wherein the eye injury is an human retinal injury caused by blue light.
A method for an x-ray system, comprising: during an image-guided interventional procedure, prior to selecting a target, performing a first tomosynthesis scan of a compressed breast with a first collimation at a plurality of angular positions of an x-ray source of the x-ray system; reconstructing a first set of images from first tomosynthesis scan data; responsive to target selection from the first set of images, performing a second tomosynthesis scan of the compressed breast with a second collimation at the plurality of angular positions of the x-ray system; reconstructing a second set of images from the first tomosynthesis scan data; and when an interventional tool is in a pre-fire position, performing a pre-fire tomosynthesis scan of the compressed breast with the interventional tool in the pre-fire position with the second collimation; and reconstructing pre-fire images based on pre-fire scan data from the pre-fire tomosynthesis scan, wherein the first collimation is based on a greater volume of interest; and wherein the second collimation is based on a reduced volume of interest. during an image-guided interventional procedure, prior to selecting a target, performing a first tomosynthesis scan of a compressed breast with a first collimation at a plurality of angular positions of an x-ray source of the x-ray system; reconstructing a first set of images from first tomosynthesis scan data; responsive to target selection from the first set of images, performing a second tomosynthesis scan of the compressed breast with a second collimation at the plurality of angular positions of the x-ray system; reconstructing a second set of images from the first tomosynthesis scan data; and when an interventional tool is in a pre-fire position, performing a pre-fire tomosynthesis scan of the compressed breast with the interventional tool in the pre-fire position with the second collimation; and reconstructing pre-fire images based on pre-fire scan data from the pre-fire tomosynthesis scan, wherein the first collimation is based on a greater volume of interest; and wherein the second collimation is based on a reduced volume of interest.