mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing a security service, comprising: a first block cipher (210, 320) configured to be used as a random number generator; and a second block cipher (220, 310) configured to be used to perform encryption/decryption for the security service, wherein the first block cipher (210, 320) as the random number generator is configured to provide a generated random number to the second block cipher (220, 310), which is used to perform encryption/decryption, and the second block cipher (220, 310) being configured to use the generated random number to mask intermediate results of the encryption/decryption, wherein the masking is used to block transfer of information via external attacks, and wherein roles of the first block cipher (210, 320) generating the random number and transmitting it to the second block cipher (229, 310) and the second block cipher (220, 310) receiving the random number from the first block cipher (210, 320) and performing encryption/decryption - are exchangeable. a first block cipher (210, 320) configured to be used as a random number generator; and a second block cipher (220, 310) configured to be used to perform encryption/decryption for the security service, wherein the first block cipher (210, 320) as the random number generator is configured to provide a generated random number to the second block cipher (220, 310), which is used to perform encryption/decryption, and the second block cipher (220, 310) being configured to use the generated random number to mask intermediate results of the encryption/decryption, wherein the masking is used to block transfer of information via external attacks, and wherein roles of the first block cipher (210, 320) generating the random number and transmitting it to the second block cipher (229, 310) and the second block cipher (220, 310) receiving the random number from the first block cipher (210, 320) and performing encryption/decryption - are exchangeable.
A method for processing video data comprising a sequence of successive image frames representing alternating left and right images of corresponding stereoscopic images to be displayed on a display device; the method comprises: receiving a first image frame (F i) from a video data source; providing a first echo image (E i) based on the first image frame (F i) and on the technology used in the display; calculating a first echo compensated image frame (F i ') by subtracting the difference (E i-1 -E i) of the first echo image (E i) and a second echo image (E i-1) from the first image frame (F i); wherein the second echo image (E i-1) is provided based on an second echo compensated image frame (F i-1), which is calculated from an image frame preceding the first image frame (F i), and based on the technology used in the display. receiving a first image frame (F i) from a video data source; providing a first echo image (E i) based on the first image frame (F i) and on the technology used in the display; calculating a first echo compensated image frame (F i ') by subtracting the difference (E i-1 -E i) of the first echo image (E i) and a second echo image (E i-1) from the first image frame (F i); wherein the second echo image (E i-1) is provided based on an second echo compensated image frame (F i-1), which is calculated from an image frame preceding the first image frame (F i), and based on the technology used in the display.
A method for producing a manure-derived cellulose acetate at atmospheric pressure, by separating manure into useful components, comprising the steps of: a. subjecting the manure to a flocculation treatment (wherein the flocculant optionally comprises of ferric chloride (FeCl 3) or aluminium sulfate (Al 2 (SO 4) 3) and a filtration treatment where fractions having different particle size are separated by using different mesh sizes to obtain solid fractions having a high lignocellulose content; b. pulping the manure-derived solid fractions with high lignocellulose content at atmospheric pressure with a monocarboxylic acid carrier solution (wherein the monocarboxylic acid optionally comprises of acetic acid) using a bleaching process comprising of ozone or a peroxyacid to produce a dissolving-grade cellulose pulp; c. acetylating the manure-derived dissolving-grade cellulose pulp with acetic anhydride and a catalyst (optionally comprising of sulfuric acid (H 2 SO 4) and sodium bisulfate (NaHSO 4)) in the monocarboxylic acid carrier solution to produce cellulose acetate; d. extracting fermentable components from the different fractions of the manure to produce monocarboxylic acids for use in the monocarboxylic acid carrier solution. a. subjecting the manure to a flocculation treatment (wherein the flocculant optionally comprises of ferric chloride (FeCl 3) or aluminium sulfate (Al 2 (SO 4) 3) and a filtration treatment where fractions having different particle size are separated by using different mesh sizes to obtain solid fractions having a high lignocellulose content; b. pulping the manure-derived solid fractions with high lignocellulose content at atmospheric pressure with a monocarboxylic acid carrier solution (wherein the monocarboxylic acid optionally comprises of acetic acid) using a bleaching process comprising of ozone or a peroxyacid to produce a dissolving-grade cellulose pulp; c. acetylating the manure-derived dissolving-grade cellulose pulp with acetic anhydride and a catalyst (optionally comprising of sulfuric acid (H 2 SO 4) and sodium bisulfate (NaHSO 4)) in the monocarboxylic acid carrier solution to produce cellulose acetate; d. extracting fermentable components from the different fractions of the manure to produce monocarboxylic acids for use in the monocarboxylic acid carrier solution.
A method for displaying content to a user through a user interface, comprising: providing a three-dimensional user interface on a display device connected to a data or processor of a data processing system, by executing computer executable software modules stored in a memory of the data processing system; displaying on the display device on which the user interface is rendered a first plurality of selectable menu items selectable by a user using a remote control device; responsive to the user selecting one menu item of the first plurality of menu items, displaying the selected one menu item on a simulated first plane (1001, 1401, 2301) in a three-dimensional graphical space, and displaying the plurality of menu items other than the one selected menu item on a simulated second plane (1003, 1403, 2303) in the three-dimensional graphical space, wherein the first plane (1001, 1401, 2301) is in front of the second plane (1003, 1403, 2303) in the three-dimensional graphical space as viewed by a user of the user interface; and displaying on the first plane (1001, 1401, 2301) a second plurality of menu items corresponding to the selected one menu item.
A method of designing a contact lens comprising: a) Acquiring wavefront data for both distance and near stimulus; b) Converting the wavefront data to a radial power map; and c) Generating a lens power profile that includes correction factors for near and distance vision based on wavefront data and pupil size, wherein the lens power increases with increasing chord diameter from the centre of the lens in order to neutralize a natural power shift in the near wavefront power, wherein the previously defined correction factor for near vision is confined to an inner central region being an optical zone diameter corresponding to a pupil size present when a near wavefront is measured, and wherein the lens power profile reverts to the correction factor for distance vision outside of the inner central region. a) Acquiring wavefront data for both distance and near stimulus; b) Converting the wavefront data to a radial power map; and c) Generating a lens power profile that includes correction factors for near and distance vision based on wavefront data and pupil size,
A high entropy alloy article comprising Co, Cr, Fe, Ni, and Ti elements, each element in content of 5 atomic percent to 35 atomic percent, more than 0 atomic percent to 8 atomic percent of Mo, and remainder substances of unavoidable impurities, wherein an intermetallic compound phase of acicular crystals is dispersedly precipitated in the matrix phase crystals of the high entropy alloy article.
A Long Term Evolution cell detecting apparatus in a multi-cell environment, the apparatus comprising: a secondary synchronization signal reference signal generating unit configured for generating reference signals of all SSSs included in a specific subframe; a memory configured for storing a reference phase difference sequence with respect to the reference signal of the SSS generated by the SSS reference signal generating unit; a Fast Fourier Transformation operation unit configured for performing an FFT operation with respect to a received radio signal to output a primary synchronization signal and an SSS; a time synchronization acquisition unit configured for acquiring LTE time synchronization by the PSS output from the FFT operation unit; and a cell detection unit configured for detecting an LTE cell by the time synchronization information acquired by the time synchronization acquisition unit and a correlation between a phase difference sequence of a received SSS output from the FFT operation unit and the reference phase difference sequence stored in the memory; wherein the specific subframe is a subframe 0 or a subframe 5, and a total number of the SSSs is 168; and wherein the phase difference sequence generated for the reference phase difference sequence with respect to the reference signal of the SSS and for the phase difference sequence of a received SSS is determined by r n = x n ⋅ conj x n + 1, where n represents a number from 0 to 61, x(n) represents SSSs of subframes 0 and 5, and conj represents a conjugate operation. a secondary synchronization signal reference signal generating unit configured for generating reference signals of all SSSs included in a specific subframe; a memory configured for storing a reference phase difference sequence with respect to the reference signal of the SSS generated by the SSS reference signal generating unit; a Fast Fourier Transformation operation unit configured for performing an FFT operation with respect to a received radio signal to output a primary synchronization signal and an SSS; a time synchronization acquisition unit configured for acquiring LTE time synchronization by the PSS output from the FFT operation unit; and a cell detection unit configured for detecting an LTE cell by the time synchronization information acquired by the time synchronization acquisition unit and a correlation between a phase difference sequence of a received SSS output from the FFT operation unit and the reference phase difference sequence stored in the memory; wherein the specific subframe is a subframe 0 or a subframe 5, and a total number of the SSSs is 168; and wherein the phase difference sequence generated for the reference phase difference sequence with respect to the reference signal of the SSS and for the phase difference sequence of a received SSS is determined by r n = x n ⋅ conj x n + 1, where n represents a number from 0 to 61, x(n) represents SSSs of subframes 0 and 5, and conj represents a conjugate operation.
An article comprising a plurality of substrates, and an adhesive bonded between at least two of the plurality of substrates, wherein the adhesive comprises a polycarbonate copolymer comprising reacted resorcinol, siloxane, and bisphenol-A, wherein at least one of the plurality of substrates is a polyimide substrate, with the proviso that the polyimide substrate does not include a poly(4,4'-oxydiphenylene-pyromellitimide).
Method of control, for controlling a transformation machine, intended to act on plate elements intended to form containers, the transformation machine comprising at least: - transformation members, adapted to produce at least one action, inducing, directly or indirectly, a transformation of each plate element, each transformation member being configured to function according to at least one adjustable parameter; - a graphic control interface, configured to display control zones (24.1, 24.2, 26.1, 26.2, 28.1, 28.2) so as to enable an operator to individually enter controls; and - a processing unit connected to the graphic control interface and to the transformation members; the method comprising: - a display step, wherein the graphic control interface displays at least one image representing a plate element or a container formed by a plate element, and the control zones (24.1, 24.2, 26.1, 26.2, 28.1, 28.2) which are superimposed on the image and which symbolise respectively the characteristic variables of the transformations to be induced on each plate element; and - a receiving step, wherein the processing unit receives one of the entry controls individually by the operator by activating a control zone (24.1, 24.2, 26.1, 26.2, 28.1, 28.2); characterised in that it comprises: - a control step, wherein, in response to the control entered individually, the processing unit generates at least two respective adjustment signals, correlated by a predetermined adjustment rule, so as to adjust at least two respective adjustable parameters, such that the corresponding transformation members induce a change in the characteristic variable. - transformation members, adapted to produce at least one action, inducing, directly or indirectly, a transformation of each plate element, each transformation member being configured to function according to at least one adjustable parameter; - a graphic control interface, configured to display control zones (24.1, 24.2, 26.1, 26.2, 28.1, 28.2) so as to enable an operator to individually enter controls; and - a processing unit connected to the graphic control interface and to the transformation members; - a display step, wherein the graphic control interface displays at least one image representing a plate element or a container formed by a plate element, and the control zones (24.1, 24.2, 26.1, 26.2, 28.1, 28.2) which are superimposed on the image and which symbolise respectively the characteristic variables of the transformations to be induced on each plate element; and - a receiving step, wherein the processing unit receives one of the entry controls individually by the operator by activating a control zone (24.1, 24.2, 26.1, 26.2, 28.1, 28.2); - a control step, wherein, in response to the control entered individually, the processing unit generates at least two respective adjustment signals, correlated by a predetermined adjustment rule, so as to adjust at least two respective adjustable parameters, such that the corresponding transformation members induce a change in the characteristic variable.
A solid state electrical generator comprising: an electrically conductive housing a radiation responsive material, supported within the electrically conductive housing, the radiation responsive material being responsive to background radiation within a nuclear power generating facility outside of a nuclear reactor, but close enough to irradiated nuclear fuel rods to generate sufficient electricity to operate or to substantially fully charge batteries that operate emergency equipment within the facility; characterized in that said conductive housing has a front section and a back section with an insulator seal gasket base plate disposed between the front section and the back section, with a front side of the front section forming a collector; an electrical insulation material is situated between the radiation responsive material and the insulator seal gasket base plate and between the radiation responsive material and the front section of the housing; said radiation responsive material is supported within the front section of the electrically conductive housing and comprises a gamma radiator substantially sandwiched against a gamma and electron radiator, and an electrical lead is connected to the radiation responsive material and configured to convey an electrical output of the sufficient electricity to the batteries or the emergency equipment. an electrically conductive housing a radiation responsive material, supported within the electrically conductive housing, the radiation responsive material being responsive to background radiation within a nuclear power generating facility outside of a nuclear reactor, but close enough to irradiated nuclear fuel rods to generate sufficient electricity to operate or to substantially fully charge batteries that operate emergency equipment within the facility;
A minimal access tool that mounts to a user so that the tool may roll about the user's forearm, the tool comprising: a frame (2101, 2151, 5405) comprising an elongate tool shaft having a tool axis; characterized in that the tool further comprises: a cuff (2108, 5401) that is configured to attach to the user's wrist or forearm; a first gimbal (2106, 5401) rotationally coupled between the frame and the cuff so that there is a first rotational degree of freedom between the frame and the cuff about a first axis; and a bearing between the frame and the cuff and configured to slide or roll relative to the frame or the first gimbal so that there is a roll rotational degree of freedom between the frame and the cuff about the tool axis; wherein, when the cuff is attached to the user's wrist or forearm, the tool axis and the first axis intersect within the user's wrist or forearm. a frame (2101, 2151, 5405) comprising an elongate tool shaft having a tool axis; characterized in that the tool further comprises: a cuff (2108, 5401) that is configured to attach to the user's wrist or forearm; a first gimbal (2106, 5401) rotationally coupled between the frame and the cuff so that there is a first rotational degree of freedom between the frame and the cuff about a first axis; and a bearing between the frame and the cuff and configured to slide or roll relative to the frame or the first gimbal so that there is a roll rotational degree of freedom between the frame and the cuff about the tool axis; wherein, when the cuff is attached to the user's wrist or forearm, the tool axis and the first axis intersect within the user's wrist or forearm. a cuff (2108, 5401) that is configured to attach to the user's wrist or forearm; a first gimbal (2106, 5401) rotationally coupled between the frame and the cuff so that there is a first rotational degree of freedom between the frame and the cuff about a first axis; and a bearing between the frame and the cuff and configured to slide or roll relative to the frame or the first gimbal so that there is a roll rotational degree of freedom between the frame and the cuff about the tool axis; wherein, when the cuff is attached to the user's wrist or forearm, the tool axis and the first axis intersect within the user's wrist or forearm.
A crosslinked aminosilicone polymer comprising average unit formula: where each R is an independently selected monovalent hydrocarbon group of 1 to 6 carbon atoms; each L1 is an independently selected linking moiety, where L1 bonds with D7; each L2 is an independently selected linking moiety, where L2 bonds with D4; each D1 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms; each D2 is an independently selected divalent hydrocarbon group of 1 or more carbon atoms; each D3 is independently selected from a covalent bond or a divalent hydrocarbon group of 1 or more carbon atoms; each D4 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms, an aminofunctional alkylene group of 2 or more carbon atoms, or a group which is a reaction product of NH reacting with an epoxy functionality; each R1 is independently a hydrogen atom or a covalent bond linking to D8; each D5 is an independently selected divalent hydrocarbon group of 1 or more carbon atoms; each D6 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms. D7 is an oxygen atom when subscript x > 0, and D7 is absent when x = 0; each subscript x is independently 0, 1, or 2; each D8 is a divalent hydrocarbon group of 1 or more carbon atoms; subscript a is 1 or more; subscript b is 1 or more; subscript c is 2 or more; subscript d is 0 or more; subscript e is 0 or more; a quantity (c + d + e) is up to 2000; with the proviso that subscripts a and b and group D4 are selected such that the crosslinked aminosilicone polymer has >0 to 10% amine content. each R is an independently selected monovalent hydrocarbon group of 1 to 6 carbon atoms; each L1 is an independently selected linking moiety, where L1 bonds with D7; each L2 is an independently selected linking moiety, where L2 bonds with D4; each D1 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms; each D2 is an independently selected divalent hydrocarbon group of 1 or more carbon atoms; each D3 is independently selected from a covalent bond or a divalent hydrocarbon group of 1 or more carbon atoms; each D4 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms, an aminofunctional alkylene group of 2 or more carbon atoms, or a group which is a reaction product of NH reacting with an epoxy functionality; each R1 is independently a hydrogen atom or a covalent bond linking to D8; each D5 is an independently selected divalent hydrocarbon group of 1 or more carbon atoms; each D6 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms. D7 is an oxygen atom when subscript x > 0, and D7 is absent when x = 0; each subscript x is independently 0, 1, or 2; each D8 is a divalent hydrocarbon group of 1 or more carbon atoms; subscript a is 1 or more; subscript b is 1 or more; subscript c is 2 or more; subscript d is 0 or more; subscript e is 0 or more; a quantity (c + d + e) is up to 2000; with the proviso that subscripts a and b and group D4 are selected such that the crosslinked aminosilicone polymer has >0 to 10% amine content.
A method for configuring sidelink transmission resource, characterized in comprising: receiving scheduling information from a network device, wherein the scheduling information is used for configuring the SL transmission resource of a terminal; and obtaining a start timepoint of a SL transmission of the terminal, wherein the start timepoint is a first one available resource in a resource pool not earlier than a target timepoint; wherein, the target timepoint is associated with a time-related parameter, and the time-related parameter is derived from the terminal or is determined according to the scheduling information, wherein the scheduling information is an RRC signaling, and the RRC signaling is used for configuring a first type of SL configured grant; the time-related parameter is a second timepoint determined according to the RRC signaling; and the second timepoint is determined according to a slot in which the RRC signaling is located. receiving scheduling information from a network device, wherein the scheduling information is used for configuring the SL transmission resource of a terminal; and obtaining a start timepoint of a SL transmission of the terminal, wherein the start timepoint is a first one available resource in a resource pool not earlier than a target timepoint; wherein, the target timepoint is associated with a time-related parameter, and the time-related parameter is derived from the terminal or is determined according to the scheduling information, wherein the scheduling information is an RRC signaling, and the RRC signaling is used for configuring a first type of SL configured grant; the time-related parameter is a second timepoint determined according to the RRC signaling; and the second timepoint is determined according to a slot in which the RRC signaling is located.