mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: a generally planar first semiconductor chip comprising a first side and second side opposite the first side , the first side associated with a first source conductive pad , the second side associated with a first drain conductive pad ; a first gate pad overlying a portion of the first side ; a first source terminal comprising a metallic strip assembly with a series of pocket chambers spaced apart from each other and partially filled with a phase-change material filling ; a first drain terminal spaced apart from the first source terminal by a dielectric layer; and the first source terminal bonded to the first source conductive pad via a bonding interface material , characterized in that the first source terminal assembly comprises: an inner source section ; an outer source section spaced apart from the inner source section and a parallel to the inner source section ; a plurality of conductive vertically-extending source stem sections that extend between the inner source section and the outer source section , wherein each of the stem sections comprise a metallic strip with one or more pocket chambers partially filled with a phase-change material filling . a generally planar first semiconductor chip comprising a first side and second side opposite the first side , the first side associated with a first source conductive pad , the second side associated with a first drain conductive pad ; a first gate pad overlying a portion of the first side ; a first source terminal comprising a metallic strip assembly with a series of pocket chambers spaced apart from each other and partially filled with a phase-change material filling ; a first drain terminal spaced apart from the first source terminal by a dielectric layer; and the first source terminal bonded to the first source conductive pad via a bonding interface material , characterized in that the first source terminal assembly comprises: an inner source section ; an outer source section spaced apart from the inner source section and a parallel to the inner source section ; a plurality of conductive vertically-extending source stem sections that extend between the inner source section and the outer source section , wherein each of the stem sections comprise a metallic strip with one or more pocket chambers partially filled with a phase-change material filling . an inner source section ; an outer source section spaced apart from the inner source section and a parallel to the inner source section ; a plurality of conductive vertically-extending source stem sections that extend between the inner source section and the outer source section , wherein each of the stem sections comprise a metallic strip with one or more pocket chambers partially filled with a phase-change material filling .
A fluoropolymer coating composition, comprising: a fluoropolymer base component present in an amount of between 80 wt.% and 95 wt.% based on the total solids weight of all fluoropolymers in said coating composition, said fluoropolymer base component comprising at least one fluoropolymer including high molecular weight polytetrafluoroethylene (HPTFE) in the form of an aqueous dispersion and having a number average molecular weight (M n ) of at least 500,000; wherein said at least one high molecular weight polytetrafluoroethylene (HPTFE) includes a modifying co-monomer in an amount less than 1 wt.% based on the weight of said high molecular weight polytetrafluoroethylene (HPTFE); and a blended fluoropolymer composition present in an amount of between 5 wt.% and 20 wt.% based on the total solids weight of all fluoropolymers in said coating composition, said blended fluoropolymer composition comprising: at least one low molecular weight polytetrafluoroethylene (LPTFE) in the form of an aqueous dispersion, and having a number average molecular weight (M n ) of less than 500,000, and having a first melt temperature (T m ) of 332°C or less; and at least one melt-processible fluoropolymer (MPF), said at least one melt-processible fluoropolymer (MPF) being in the form of an aqueous dispersion. a fluoropolymer base component present in an amount of between 80 wt.% and 95 wt.% based on the total solids weight of all fluoropolymers in said coating composition, said fluoropolymer base component comprising at least one fluoropolymer including high molecular weight polytetrafluoroethylene (HPTFE) in the form of an aqueous dispersion and having a number average molecular weight (M n ) of at least 500,000; wherein said at least one high molecular weight polytetrafluoroethylene (HPTFE) includes a modifying co-monomer in an amount less than 1 wt.% based on the weight of said high molecular weight polytetrafluoroethylene (HPTFE); and a blended fluoropolymer composition present in an amount of between 5 wt.% and 20 wt.% based on the total solids weight of all fluoropolymers in said coating composition, said blended fluoropolymer composition comprising: at least one low molecular weight polytetrafluoroethylene (LPTFE) in the form of an aqueous dispersion, and having a number average molecular weight (M n ) of less than 500,000, and having a first melt temperature (T m ) of 332°C or less; and at least one melt-processible fluoropolymer (MPF), said at least one melt-processible fluoropolymer (MPF) being in the form of an aqueous dispersion. at least one low molecular weight polytetrafluoroethylene (LPTFE) in the form of an aqueous dispersion, and having a number average molecular weight (M n ) of less than 500,000, and having a first melt temperature (T m ) of 332°C or less; and at least one melt-processible fluoropolymer (MPF), said at least one melt-processible fluoropolymer (MPF) being in the form of an aqueous dispersion.
A method of manufacturing a packaged mineral fibre insulating material selected from the group consisting of: (i) material having a) a Recovered Thickness of at least 95%; and b) an Ordinary Parting Strength of at least 95 g/g; and c) a Weathered Parting Strength of at least 75 g/g; and (ii) material having a) an Ordinary Compression Strength of at least 60 kPa; and b) a Weathered Compression Strength of at least 25 kPa; comprising the steps of i) applying an organic, formaldehyde free binder in aqueous solution to the mineral fibres at a pH of greater than 5, wherein the binder is based on a reducing sugar and includes at least one Maillard reaction product; ii) curing the product so that it contains a quantity of less than 15% by weight of binder; and iii) packaging the insulating material. (i) material having a) a Recovered Thickness of at least 95%; and b) an Ordinary Parting Strength of at least 95 g/g; and c) a Weathered Parting Strength of at least 75 g/g; and a) a Recovered Thickness of at least 95%; and b) an Ordinary Parting Strength of at least 95 g/g; and c) a Weathered Parting Strength of at least 75 g/g; and (ii) material having a) an Ordinary Compression Strength of at least 60 kPa; and b) a Weathered Compression Strength of at least 25 kPa; a) an Ordinary Compression Strength of at least 60 kPa; and b) a Weathered Compression Strength of at least 25 kPa; i) applying an organic, formaldehyde free binder in aqueous solution to the mineral fibres at a pH of greater than 5, wherein the binder is based on a reducing sugar and includes at least one Maillard reaction product; ii) curing the product so that it contains a quantity of less than 15% by weight of binder; and iii) packaging the insulating material.
A method for handling call recording failures for a contact center comprising: receiving by a processor information on a first media controller currently assigned to a telephony call handled by resources associated with the contact center, the first media controller bridging a first media path between a first and a second communication device and recording, into a storage device, media exchanged in the first media path during the telephony call, wherein the bridging of the first media path includes establishing a first media session between the first communication device and the first media controller, and establishing a second media session between the first media controller and the second communication device, wherein the first media controller transmits and receives media to and from the first communication device via the established first media session; detecting by the processor failure of the first media controller during the telephony call, wherein the failure of the first media controller tears down the first media path; and in response to detecting the failure, bridging by the processor a second media path between the first and second communication devices until a second media controller is identified; and in response to the second media controller being identified, signaling the second media controller to bridge and record media exchanged during the telephony call. receiving by a processor information on a first media controller currently assigned to a telephony call handled by resources associated with the contact center, the first media controller bridging a first media path between a first and a second communication device and recording, into a storage device, media exchanged in the first media path during the telephony call, wherein the bridging of the first media path includes establishing a first media session between the first communication device and the first media controller, and establishing a second media session between the first media controller and the second communication device, wherein the first media controller transmits and receives media to and from the first communication device via the established first media session; detecting by the processor failure of the first media controller during the telephony call, wherein the failure of the first media controller tears down the first media path; and in response to detecting the failure, bridging by the processor a second media path between the first and second communication devices until a second media controller is identified; and in response to the second media controller being identified, signaling the second media controller to bridge and record media exchanged during the telephony call.
A method of manufacturing an intraocular lens , the method comprising: adding a first amount of a lens material to a first lens forming mold portion ; positioning a mask with an aperture on a protruding pin of a positioning mold portion , the protruding pin being configured to center the mask in the intraocular lens ; joining the first lens forming mold portion and the positioning mold portion ; and partially curing the first amount of the lens material, wherein positioning the mask on the protruding pin comprises positioning the mask adjacent to a shoulder portion of the protruding pin having a diameter larger than the aperture of the mask , the shoulder portion being configured to control the depth of the mask in the intraocular lens . adding a first amount of a lens material to a first lens forming mold portion ; positioning a mask with an aperture on a protruding pin of a positioning mold portion , the protruding pin being configured to center the mask in the intraocular lens ; joining the first lens forming mold portion and the positioning mold portion ; and partially curing the first amount of the lens material, wherein positioning the mask on the protruding pin comprises positioning the mask adjacent to a shoulder portion of the protruding pin having a diameter larger than the aperture of the mask , the shoulder portion being configured to control the depth of the mask in the intraocular lens .
A method for manufacturing a section of a fuselage , the method comprising: positioning a plurality of uncured stiffeners onto a mandrel assembly ; rotating the mandrel assembly ; laminating fiber tape over the plurality of uncured stiffeners on the rotating mandrel assembly , wherein laminating fiber tape over the plurality of uncured stiffeners includes laying fiber tape having a plurality of unidirectional fiber strands preimpregnated with resin, wherein the fibers of the fiber tape are interwoven with another material into a cloth tape; cocuring the plurality of uncured stiffeners and the fiber tape ; and attaching at least one frame section at least proximate to the plurality of stiffeners after cocuring. positioning a plurality of uncured stiffeners onto a mandrel assembly ; rotating the mandrel assembly ; laminating fiber tape over the plurality of uncured stiffeners on the rotating mandrel assembly , wherein laminating fiber tape over the plurality of uncured stiffeners includes laying fiber tape having a plurality of unidirectional fiber strands preimpregnated with resin, wherein the fibers of the fiber tape are interwoven with another material into a cloth tape; cocuring the plurality of uncured stiffeners and the fiber tape ; and attaching at least one frame section at least proximate to the plurality of stiffeners after cocuring.
An Internet anti-attack method, comprising: Receiving (S201), by an authentication server , a service access request, sent by a user , via a content delivery network node group, wherein the service access request includes an IP address of the user, wherein the service access request is a request that has passed a verification by the content delivery network node group; and Sending (S202), by the authentication server, an access authentication request to a security gateway , wherein the access authentication request includes the IP address of the user, and the access authentication request is used to instruct the security gateway to allow a service-serving request that includes the IP address of the user to be sent to a service server . Receiving (S201), by an authentication server , a service access request, sent by a user , via a content delivery network node group, wherein the service access request includes an IP address of the user, wherein the service access request is a request that has passed a verification by the content delivery network node group; and Sending (S202), by the authentication server, an access authentication request to a security gateway , wherein the access authentication request includes the IP address of the user, and the access authentication request is used to instruct the security gateway to allow a service-serving request that includes the IP address of the user to be sent to a service server .
A method of installation, at a construction (C) lining a shore (S) at a shoreline of a body of water (W), of a self-actuating flood guard unit which, when deployed in a series, can be used to provide a shoreline defense against a rising body of water, the method of installation comprising providing: a buoyant gate having proximal , distal , and lateral sides a height from the proximal to distal sides, and a width between the lateral sides, a first vertical boundary wall connected to the construction (C) at an end of the first vertical boundary wall , a second vertical boundary wall connected to the construction (C) at an end of the second vertical boundary wall , substantially parallel to first boundary wall and spaced from said first vertical boundary wall a distance at least sufficient to accommodate the width of the buoyant gate , and pivotation members comprising a stationary member connected to said construction (C) and a moveable member moveably joined to said stationary member , said moveable member being connected to said proximal side of said buoyant gate and pivotable about a horizontal axis normal to said boundary walls (24 and 26), said pivotation members (32 and 34) locating said proximal side of the buoyant gate at a selected elevation (E) spaced from normally inundated ground (G) under the body of water (W), between said boundary walls , for pivotation of the gate rotationally upwardly about said axis between the boundary walls on rise of water above said elevation buoyantly lifting the gate. a buoyant gate having proximal , distal , and lateral sides a height from the proximal to distal sides, and a width between the lateral sides, a first vertical boundary wall connected to the construction (C) at an end of the first vertical boundary wall , a second vertical boundary wall connected to the construction (C) at an end of the second vertical boundary wall , substantially parallel to first boundary wall and spaced from said first vertical boundary wall a distance at least sufficient to accommodate the width of the buoyant gate , and pivotation members comprising a stationary member connected to said construction (C) and a moveable member moveably joined to said stationary member , said moveable member being connected to said proximal side of said buoyant gate and pivotable about a horizontal axis normal to said boundary walls (24 and 26), said pivotation members (32 and 34) locating said proximal side of the buoyant gate at a selected elevation (E) spaced from normally inundated ground (G) under the body of water (W), between said boundary walls , for pivotation of the gate rotationally upwardly about said axis between the boundary walls on rise of water above said elevation buoyantly lifting the gate.
A method for narrowband multi-carrier operation implemented by a network node configured to communicate with a wireless device in a communication system, the method comprising: causing transmission of a Medium Access Control, MAC, control element, CE, to the wireless device , including control information configured to trigger reporting of the downlink channel quality of one of a plurality of carriers, wherein the MAC CE assigns the carrier to the wireless device and causes the wireless device to enter radio resource control, RRC, connected mode; receiving (S 138) in an uplink control information field of a MAC CE, an indication of a downlink channel quality for at least one of the plurality of carriers assigned to the wireless device causing transmission of a Medium Access Control, MAC, control element, CE, to the wireless device , including control information configured to trigger reporting of the downlink channel quality of one of a plurality of carriers, wherein the MAC CE assigns the carrier to the wireless device and causes the wireless device to enter radio resource control, RRC, connected mode; receiving (S 138) in an uplink control information field of a MAC CE, an indication of a downlink channel quality for at least one of the plurality of carriers assigned to the wireless device
A method for identifying a surface, feature, or structure in an eye: producing a 3-dimensional image of the anterior segment of the eye using an OCT system; reducing the image to a set of XYZ triples, each XYZ triple representing an edge pixel in the image; applying a least squares technique to fit the set of XYZ triples to a mathematical surface; applying a series of least squares techniques to the image information so as to iteratively include a greater number of XYZ triples in each successive least squares fit technique; and identifying the surface, feature, or structure based on the fit of the least squares technique. producing a 3-dimensional image of the anterior segment of the eye using an OCT system; reducing the image to a set of XYZ triples, each XYZ triple representing an edge pixel in the image; applying a least squares technique to fit the set of XYZ triples to a mathematical surface; applying a series of least squares techniques to the image information so as to iteratively include a greater number of XYZ triples in each successive least squares fit technique; and identifying the surface, feature, or structure based on the fit of the least squares technique.
A method of making a self-engaging fastener product, the method comprising: weaving longitudinally continuous warp fibers with weft fibers to form a woven fabric, the longitudinally continuous warp fibers including base warp fibers and monofilament warp fibers woven to extend from the base ; and severing the monofilament warp fibers at a distance from the base to form severed ends characterized in that engageable heads are arranged in a pattern of hexagonal groupings of heads bordering central regions void of heads, with each head spaced from edges of the pattern being part of three adjacent groupings, wherein a proportion of the area of the product covered by the heads is between 30 and 60 percent. weaving longitudinally continuous warp fibers with weft fibers to form a woven fabric, the longitudinally continuous warp fibers including base warp fibers and monofilament warp fibers woven to extend from the base ; and severing the monofilament warp fibers at a distance from the base to form severed ends characterized in that engageable heads are arranged in a pattern of hexagonal groupings of heads bordering central regions void of heads, with each head spaced from edges of the pattern being part of three adjacent groupings, wherein a proportion of the area of the product covered by the heads is between 30 and 60 percent.
A method for creating verifiable data streams, the method being performed by a device and comprising: creating a first hash value by hashing a combination of a first portion of the data stream and a first metadata associated with a data stream ; creating a second hash value by hashing a combination of a second portion of the data stream and a second metadata associated with the data stream ; creating a third hash value by hashing a combination comprising the first hash value and the second hash value ; and uploading to a database a first verified hash value, wherein the first verified hash value is based on the third hash value . creating a first hash value by hashing a combination of a first portion of the data stream and a first metadata associated with a data stream ; creating a second hash value by hashing a combination of a second portion of the data stream and a second metadata associated with the data stream ; creating a third hash value by hashing a combination comprising the first hash value and the second hash value ; and uploading to a database a first verified hash value, wherein the first verified hash value is based on the third hash value .
An in-cell touch panel, comprising: an array substrate provided with top-gate thin-film transistors, TFTs, ; a plurality of mutually independent self-capacitance electrodes arranged in a same layer and disposed on a layer provided with the top-gate TFTs of the array substrate ; a touch detection chip configured to determine according to the self capacitance principle a touch position by detection of capacitance variation of the self-capacitance electrodes in a touch period; and a plurality of wirings disposed beneath the layer provided with the top-gate TFTs of the array substrate and configured to connect the self-capacitance electrodes to the touch detection chip , in which orthographic projections of patterns of the wirings on the array substrate shield patterns of active layers of the top-gate TFTs from light, wherein the self-capacitance electrodes are arranged in a same layer as a pixel electrode layer on the array substrate ; and patterns of the self-capacitance electrodes are disposed at gaps between two adjacent pixel electrodes. an array substrate provided with top-gate thin-film transistors, TFTs, ; a plurality of mutually independent self-capacitance electrodes arranged in a same layer and disposed on a layer provided with the top-gate TFTs of the array substrate ; a touch detection chip configured to determine according to the self capacitance principle a touch position by detection of capacitance variation of the self-capacitance electrodes in a touch period; and a plurality of wirings disposed beneath the layer provided with the top-gate TFTs of the array substrate and configured to connect the self-capacitance electrodes to the touch detection chip , in which orthographic projections of patterns of the wirings on the array substrate shield patterns of active layers of the top-gate TFTs from light, wherein the self-capacitance electrodes are arranged in a same layer as a pixel electrode layer on the array substrate ; and patterns of the self-capacitance electrodes are disposed at gaps between two adjacent pixel electrodes.