mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a jet pump configured to receive a lower pressure gas from a lower pressure stage of a turbine engine and receive a higher pressure gas from a higher pressure stage of the turbine engine, wherein the jet pump is configured to combine the lower pressure gas and the higher pressure gas to produce a mixed gas, and wherein the jet pump is configured to alter a mixing ratio of the higher pressure gas to the lower pressure gas combined when the jet pump produces the mixed gas; and control circuitry configured to receive a signal indicative of a fluid parameter of the mixed gas, wherein the control circuitry is configured to cause the jet pump to alter the mixing ratio based on the signal, wherein the control circuitry is configured to determine a setpoint for the fluid parameter, and wherein the control circuitry is configured to compare the fluid parameter indicated by the signal with the setpoint and control the jet pump to alter the mixing ratio based on the comparison, and wherein the control circuitry is configured to receive a load signal from a load configured to receive the mixed gas, wherein the control circuitry is configured to determine the setpoint based on the load signal. a jet pump configured to receive a lower pressure gas from a lower pressure stage of a turbine engine and receive a higher pressure gas from a higher pressure stage of the turbine engine, wherein the jet pump is configured to combine the lower pressure gas and the higher pressure gas to produce a mixed gas, and wherein the jet pump is configured to alter a mixing ratio of the higher pressure gas to the lower pressure gas combined when the jet pump produces the mixed gas; and control circuitry configured to receive a signal indicative of a fluid parameter of the mixed gas, wherein the control circuitry is configured to cause the jet pump to alter the mixing ratio based on the signal, wherein the control circuitry is configured to determine a setpoint for the fluid parameter, and wherein the control circuitry is configured to compare the fluid parameter indicated by the signal with the setpoint and control the jet pump to alter the mixing ratio based on the comparison, and wherein the control circuitry is configured to receive a load signal from a load configured to receive the mixed gas, wherein the control circuitry is configured to determine the setpoint based on the load signal.
Access panel configured for fixing to a service aperture in a wind turbine tower wall; said access panel being generally planar; wherein said access panel comprises a main panel and an adjacent sub-panel; wherein said access panel comprises an auxiliary door aperture dimensioned to allow passage of service personnel between said interior region and said exterior; said sub-panel comprising a bearing surface at an edge thereof; said main panel comprising a reference surface at an edge thereof; said main panel and said sub-panel being connectable in abutment along a common seam; said seam comprising a said sub-panel bearing surface and a said main panel reference surface; said main panel being dimensioned to close a main region of a said aperture whereas said sub-panel is dimensioned to close a first sub-region of said aperture, adjacent said main region.
A method for providing a digital user secret that is associated with a protected data object involving: - provision of a data object that is protected by a first user secret; - generation of a first digital user secret data object for the first user secret, wherein the first digital user secret data object comprises first user secret data encompassing the following for the first digital user secret data object: - a first user secret value, - a first user secret type and - a first user secret reference indicating an association between the data object and the first digital user secret data object; - digital encryption of the first digital user secret data object; - generation of a digital data structure associated with the data object, comprising: - a user secret data container containing the encrypted first digital user secret data object; - product reference data indicating an association between the data object and the user secret data container; and - integrity protection data determined for at least the user secret data container and the product reference data and with the help of which data integrity of the user secret data container can be verified; and - storage of the digital data structure in a data storage device. - provision of a data object that is protected by a first user secret; - generation of a first digital user secret data object for the first user secret, wherein the first digital user secret data object comprises first user secret data encompassing the following for the first digital user secret data object: - a first user secret value, - a first user secret type and - a first user secret reference indicating an association between the data object and the first digital user secret data object; - a first user secret value, - a first user secret type and - a first user secret reference indicating an association between the data object and the first digital user secret data object; - digital encryption of the first digital user secret data object; - generation of a digital data structure associated with the data object, comprising: - a user secret data container containing the encrypted first digital user secret data object; - product reference data indicating an association between the data object and the user secret data container; and - integrity protection data determined for at least the user secret data container and the product reference data and with the help of which data integrity of the user secret data container can be verified; and - a user secret data container containing the encrypted first digital user secret data object; - product reference data indicating an association between the data object and the user secret data container; and - integrity protection data determined for at least the user secret data container and the product reference data and with the help of which data integrity of the user secret data container can be verified; and - storage of the digital data structure in a data storage device.
A lens module (100, 100A, 100B), comprising: a base; a lens disposed on the base; a front cover disposed above the base and the lens; at least a shielding plate pivoted on the base and having a first guide portion; and a gasket having a through hole corresponding to the lens and a second guide portion coupled to the first guide portion, wherein the shielding plate limitedly swings with respect to the gasket and the base, characterized in that the base and the front cover are able to rotate relative to each other about a first axis, wherein the gasket is fixed on the front cover and the shielding plate is located between the gasket and the base, wherein the first guide portion is slidably disposed in the second guide portion so that,when the base and the front cover rotate relative to each other about the first axis, the shielding plate can limitedly swing about a second axis (A21, A22, A23, A24) parallel to the first axis and not coaxial between the gasket and the base to move to the through hole so as to cover the lens or move away from the through hole so as to expose the lens. a base; a lens disposed on the base; a front cover disposed above the base and the lens; at least a shielding plate pivoted on the base and having a first guide portion; and a gasket having a through hole corresponding to the lens and a second guide portion coupled to the first guide portion, wherein the shielding plate limitedly swings with respect to the gasket and the base, characterized in that the base and the front cover are able to rotate relative to each other about a first axis, wherein the gasket is fixed on the front cover and the shielding plate is located between the gasket and the base, wherein the first guide portion is slidably disposed in the second guide portion so that,when the base and the front cover rotate relative to each other about the first axis, the shielding plate can limitedly swing about a second axis (A21, A22, A23, A24) parallel to the first axis and not coaxial between the gasket and the base to move to the through hole so as to cover the lens or move away from the through hole so as to expose the lens.
A method for launching an application, comprising: determining (101, 501, 601), in response to an application preloading event being triggered, an application to be preloaded; characterized by preloading (102, 502, 602) resources for launching the application to be preloaded, the application to be preloaded comprising a target application, the resources comprising a first resource for launching the target application, and the first resource comprising network data of the target application, which is dynamically updated on a network side; and in response to receiving an instruction indicative of launching the target application, acquiring the latest network data of the target application and launching the target application based on latest network data of the target application and the first resource preloaded; wherein the method further comprises: sending a notification for forging a focus to the application to be preloaded, and continuously maintaining drawing and updated displaying of the application interface of the application to be preloaded during a preset time period based on the notification for forging a focus; wherein the forged focus is independent from a focus of a foreground application. determining (101, 501, 601), in response to an application preloading event being triggered, an application to be preloaded; preloading (102, 502, 602) resources for launching the application to be preloaded, the application to be preloaded comprising a target application, the resources comprising a first resource for launching the target application, and the first resource comprising network data of the target application, which is dynamically updated on a network side; and in response to receiving an instruction indicative of launching the target application, acquiring the latest network data of the target application and launching the target application based on latest network data of the target application and the first resource preloaded;
Process for preparing a pressure sensitive adhesive tape having a pressure sensitive adhesive based on block copolymers of the general type P -P -P, each block copolymer being composed of one middle (co)polymer block P and two end (co)polymer blocks P, wherein • P represents a (co)polymer of a component A which is composed of at least one monomer A1, which (co)polymer possesses a glass transition temperature of 0°C or below, • P represents a (co)polymer of monomer B which (co)polymer possesses a glass transition temperature of 20°C or above, • the (co)polymer block P is insoluble in the (co)polymer block P, the blocks P and P are immiscible characterized in that • the block copolymers are prepared by polymerization via the Reversible Addition-Fragmentation Chain Transfer (RAFT) mechanism, and • resins that are soluble in polyacrylates are admixed to the block copolymers; • the pressure sensitive adhesive is applied to a backing. • P represents a (co)polymer of a component A which is composed of at least one monomer A1, which (co)polymer possesses a glass transition temperature of 0°C or below, • P represents a (co)polymer of monomer B which (co)polymer possesses a glass transition temperature of 20°C or above, • the (co)polymer block P is insoluble in the (co)polymer block P, the blocks P and P are immiscible • the block copolymers are prepared by polymerization via the Reversible Addition-Fragmentation Chain Transfer (RAFT) mechanism, and • resins that are soluble in polyacrylates are admixed to the block copolymers; • the pressure sensitive adhesive is applied to a backing.
A developing cartridge (1; 1A) for supplying developer to a photosensitive drum, the photosensitive drum being included either in a drawer unit of an image forming apparatus or in a drum cartridge of an image forming apparatus, the developing cartridge (1; 1A) comprising: a casing (10; 10A) configured to accommodate developer therein, the casing (10; 10A) extending in a first direction; a coupling (41; 41A) rotatable about a first axis extending in the first direction, the coupling (41; 41A) being positioned at one side of the casing (10; 10A) in the first direction; and a detection gear (52; 52A) rotatable about a second axis extending in the first direction, the detection gear (52; 52A) being positioned at another side of the casing (10; 10A) in the first direction; characterized in that the developing cartridge further comprises: a storage medium (61; 61A) including an electric contact surface (611; 611A), the electric contact surface (611; 611A) being positioned at the one side of the casing (10; 10A) in the first direction. a casing (10; 10A) configured to accommodate developer therein, the casing (10; 10A) extending in a first direction; a coupling (41; 41A) rotatable about a first axis extending in the first direction, the coupling (41; 41A) being positioned at one side of the casing (10; 10A) in the first direction; and a detection gear (52; 52A) rotatable about a second axis extending in the first direction, the detection gear (52; 52A) being positioned at another side of the casing (10; 10A) in the first direction; characterized in that the developing cartridge further comprises: a storage medium (61; 61A) including an electric contact surface (611; 611A), the electric contact surface (611; 611A) being positioned at the one side of the casing (10; 10A) in the first direction.
A method of selecting connectivity between a source node and a target node in an IP network, said method comprising: requesting at least one IP address for the target node, receiving two or more IP addresses for the target node, determining that one of the received addresses represents connectivity by encapsulation, determining that another of the received addresses represents connectivity by translation, and selecting the address that represents connectivity by encapsulation for communication between the nodes. requesting at least one IP address for the target node, receiving two or more IP addresses for the target node, determining that one of the received addresses represents connectivity by encapsulation, determining that another of the received addresses represents connectivity by translation, and selecting the address that represents connectivity by encapsulation for communication between the nodes.
A light-emitting module (10, 110, 210, 310) comprising: a package substrate that is provided with a recessed portion having an opening at an upper surface thereof; a light-emitting device that is housed in the recessed portion; a window member (30, 130, 230, 330) that is provided on the upper surface such that the window member covers the opening; and a sealing portion (48, 148, 248, 348) that bonds the package substrate and the window member, wherein the window member includes a lens portion (32, 132, 232, 332) facing the light-emitting device and a flange portion (38, 138, 238, 338) that projects from the lens portion and bonds to the sealing portion, the lens portion and the flange portion being formed of the same glass material, wherein the flange portion has a bonding portion (42, 142, 242, 342) that is bonded to the sealing portion and a connecting portion (40, 140, 240, 340) that connects the lens portion and the bonding portion, the thickness of the connecting portion in a direction perpendicular to the projecting direction of the flange portion being smaller than the thickness of the bonding portion, the bonding portion (42,142,242,342) facing the upper surface of the package substrate, and the connecting portion provided away from the upper surface of the package substrate. a package substrate that is provided with a recessed portion having an opening at an upper surface thereof; a light-emitting device that is housed in the recessed portion; a window member (30, 130, 230, 330) that is provided on the upper surface such that the window member covers the opening; and a sealing portion (48, 148, 248, 348) that bonds the package substrate and the window member, wherein the window member includes a lens portion (32, 132, 232, 332) facing the light-emitting device and a flange portion (38, 138, 238, 338) that projects from the lens portion and bonds to the sealing portion, the lens portion and the flange portion being formed of the same glass material, wherein the flange portion has a bonding portion (42, 142, 242, 342) that is bonded to the sealing portion and a connecting portion (40, 140, 240, 340) that connects the lens portion and the bonding portion, the thickness of the connecting portion in a direction perpendicular to the projecting direction of the flange portion being smaller than the thickness of the bonding portion, the bonding portion (42,142,242,342) facing the upper surface of the package substrate, and the connecting portion provided away from the upper surface of the package substrate.
A medical imaging device (100; 300) comprising: an optical imaging module operable to generate image data defining an image of a region of a body part by acquiring samples whose values are indicative of an optical property of the body part at respective sample locations in the region, the samples being acquired by measuring an intensity of light that is or is based on light transmitted through the body part, or light that is or is based on light reflected from the imaged region of the body part, and using a mapping to map the acquired samples to corresponding pixels of the image such that an indication of the sample location of each sample is mapped to a pixel location of a corresponding pixel of the image; a control module configured to control the optical imaging module to generate the image data by acquiring a first sequence of samples whose corresponding pixel locations in the image follow a path (P sparse) that is spanned by pixels (P i) corresponding to the first sequence of samples and extends over a greater portion of the image than an arrangement in an array of a sequence of pixels (P' i) corresponding to a second sequence of samples that the optical imaging module is operable to acquire, wherein a sum of distances between adjacent pixels in the sequence of pixels is equal to a length of the path (P sparse); and a registration module configured to register the image against a reference image comprising an image of a part of the region. an optical imaging module operable to generate image data defining an image of a region of a body part by acquiring samples whose values are indicative of an optical property of the body part at respective sample locations in the region, the samples being acquired by measuring an intensity of light that is or is based on light transmitted through the body part, or light that is or is based on light reflected from the imaged region of the body part, and using a mapping to map the acquired samples to corresponding pixels of the image such that an indication of the sample location of each sample is mapped to a pixel location of a corresponding pixel of the image; a control module configured to control the optical imaging module to generate the image data by acquiring a first sequence of samples whose corresponding pixel locations in the image follow a path (P sparse) that is spanned by pixels (P i) corresponding to the first sequence of samples and extends over a greater portion of the image than an arrangement in an array of a sequence of pixels (P' i) corresponding to a second sequence of samples that the optical imaging module is operable to acquire, wherein a sum of distances between adjacent pixels in the sequence of pixels is equal to a length of the path (P sparse); and a registration module configured to register the image against a reference image comprising an image of a part of the region.
A photocurable composition for three-dimensional stereolithography comprising: a fluorene monomer; a carbazole monomer; a diluent monomer; and a photopolymerization initiator, wherein the carbazole monomer is contained in an amount of up to 25 wt% with respect to a total amount of the fluorene monomer and the carbazole monomer, wherein the diluent monomer is contained in an amount of at least 20 wt% with respect to total solids, and wherein the diluent monomer contains: a compound as a compound represented by formula (provided that no substituent is included); and a compound as a compound represented by formula (provided that a hydroxy group is included as a substituent), with formula being: W-L-P [in formula, W represents an alicyclic hydrocarbon group or an aromatic hydrocarbon group, provided that fluorenyl group is not included; L represents a single bond or a divalent linking group; and P represents a polymerizable group, and in formula, W, L, and P may each have a substituent]. a fluorene monomer; a carbazole monomer; a diluent monomer; and a photopolymerization initiator, wherein the carbazole monomer is contained in an amount of up to 25 wt% with respect to a total amount of the fluorene monomer and the carbazole monomer, wherein the diluent monomer is contained in an amount of at least 20 wt% with respect to total solids, and wherein the diluent monomer contains: a compound as a compound represented by formula (provided that no substituent is included); and a compound as a compound represented by formula (provided that a hydroxy group is included as a substituent), with formula being: W-L-P [in formula, W represents an alicyclic hydrocarbon group or an aromatic hydrocarbon group, provided that fluorenyl group is not included; L represents a single bond or a divalent linking group; and P represents a polymerizable group, and in formula, W, L, and P may each have a substituent]. a compound as a compound represented by formula (provided that no substituent is included); and a compound as a compound represented by formula (provided that a hydroxy group is included as a substituent), with formula being: W-L-P [in formula, W represents an alicyclic hydrocarbon group or an aromatic hydrocarbon group, provided that fluorenyl group is not included; L represents a single bond or a divalent linking group; and P represents a polymerizable group, and in formula, W, L, and P may each have a substituent].