mhurhangee/ep-ind-claims huggingface dataset:
A method for the manufacture of a micro-structured moulded body (01, 02; 36) with perforated parts, comprising the following steps: - provision of a deformable first film (01; 21) with a thickness of less than 1 mm; - provision of a second film (02; 22), which has openings (03; 23), whose diameters are smaller than 2 mm; - generation of pores (11; 38) in the first film (01; 21), wherein the diameter of the pores (11; 38) is between 10 nm and 10 μm; - arrangement of the first film (01; 21) above the second film (02; 22); - deformation of regions (04; 34) of the first film (01; 21) into the openings (03; 23) of the second film (02; 22), whereby the deformed regions (04; 34) form cavities; and - joining of the first film (01; 21) with the second film (02; 22) to form a single micro-structured moulded body (01, 02; 36), wherein the joining of the first film (01; 21) with the second film (02; 22) takes place by means of diffusion welding, by means of laser welding, by means of ultrasound welding, or by means of a lamination process with an adhesive layer located between the two films; characterised in that the generation of the pores (11; 38) takes place before the deformation of the first film (01; 21) into the regions (04; 34) that are to be deformed, and in regions of the first film (01; 21) that are not to be deformed, wherein the pores (11; 38) in the regions of the first film (01; 21) that are not to be deformed are closed by the joining of the first film (01; 21) with the second film (02; 22). - provision of a deformable first film (01; 21) with a thickness of less than 1 mm; - provision of a second film (02; 22), which has openings (03; 23), whose diameters are smaller than 2 mm; - generation of pores (11; 38) in the first film (01; 21), wherein the diameter of the pores (11; 38) is between 10 nm and 10 μm; - arrangement of the first film (01; 21) above the second film (02; 22); - deformation of regions (04; 34) of the first film (01; 21) into the openings (03; 23) of the second film (02; 22), whereby the deformed regions (04; 34) form cavities; and - joining of the first film (01; 21) with the second film (02; 22) to form a single micro-structured moulded body (01, 02; 36), wherein the joining of the first film (01; 21) with the second film (02; 22) takes place by means of diffusion welding, by means of laser welding, by means of ultrasound welding, or by means of a lamination process with an adhesive layer located between the two films;
A system comprising a labyrinth barrier and two opposing walls, the system comprising: two or more members each defining respective vertical axes, wherein the members are constructed at least in part of a shape memory material having a first energy state and a second energy state, and the members are oriented relative to one another by their respective vertical axes in an original state to create a flow pathway that restricts fluid flow in a direction transverse to the respective vertical axes, whereby two adjacent members are disposed along the two opposing walls, the adjacent members are urged towards one another to further restrict the flow pathway when the shape memory material transitions from the first energy state to the second energy state.
A fluid-cooled ignition lead, comprising: a center conductor for conducting high voltage ignition pulses; an insulation jacket surrounding said center conductor; a flexible conduit surrounding said insulation jacket and being spaced from said jacket such that said ignition lead includes a fluid passage located between said insulation jacket and said conduit; characterized in that, a return path conductor or an innerbraid, said return path conductor or said innerbraid being located radially outwardly of said insulation jacket; and a protective covering; said return path conductor or said innerbraid is located radially outwardly of said flexible conduit and said protective covering overlies and surrounds said return path conductor or innerbraid. a center conductor for conducting high voltage ignition pulses; an insulation jacket surrounding said center conductor; a flexible conduit surrounding said insulation jacket and being spaced from said jacket such that said ignition lead includes a fluid passage located between said insulation jacket and said conduit; characterized in that, a return path conductor or an innerbraid, said return path conductor or said innerbraid being located radially outwardly of said insulation jacket; and a protective covering; said return path conductor or said innerbraid is located radially outwardly of said flexible conduit and said protective covering overlies and surrounds said return path conductor or innerbraid.
Inspection system for the automatic optical inspection of a flat glass pane (1, 14), wherein the inspection system has a conveying device for the linear movement of the flat glass pane (1, 14) along an optical inspection unit, which is part of the inspection system, and a measuring device (6, 15), which, in the direction parallel to the conveying direction of the conveying device, continuously measures the position of the flat glass pane (1, 14) relative to the optical inspection unit, characterised in that the measuring device (6, 15) has a linear scale (7, 16) aligned parallel to the conveying direction and a calliper (8, 17) movable along the same, the relative position of which to the linear scale (7, 16) can be sensorially detected, and wherein one of the two parts linear scale (7, 16) and calliper (8, 17) is arranged in a fixed position relative to the optical inspection unit, and the other part is moveable with the flat glass pane (1, 14).
A method to digitally sign a document, comprising: receiving, by a secure development platform, SDP, from a user device, a request for a digital certificate and corresponding public private key pair; creating, by the SDP, the public private key pair and generating a request for the digital certificate, the SDP comprising an SDP processor coupled to a secure SDP memory; transmitting, by the SDP, the private key of the public private key pair to the secure SDP memory; transmitting, by the SDP, to a Public-key infrastructure PKI, service processor, the request for the digital certificate; if information in the request for the digital certificate is correct: creating, by the PKI service processor, the digital certificate with the public key of the public-private key pair in the request; and receiving, by the SDP, the digital certificate from the PKI service processor; storing the digital certificate in the secure SDP memory; receiving, by the SDP from the user device, a document to digitally sign; transmitting, to the PKI service processor, a request to validate the digital certificate, stored in the secure SDP memory, related to the user device; receiving, from the PKI service processor, an indication of validity of the digital certificate; and if the indication indicates a valid digital certificate: digitally signing by the SDP the document based upon the digital certificate private key created by the SDP; and providing by the SDP the signed document to the user device. receiving, by a secure development platform, SDP, from a user device, a request for a digital certificate and corresponding public private key pair; creating, by the SDP, the public private key pair and generating a request for the digital certificate, the SDP comprising an SDP processor coupled to a secure SDP memory; transmitting, by the SDP, the private key of the public private key pair to the secure SDP memory; transmitting, by the SDP, to a Public-key infrastructure PKI, service processor, the request for the digital certificate; if information in the request for the digital certificate is correct: creating, by the PKI service processor, the digital certificate with the public key of the public-private key pair in the request; and receiving, by the SDP, the digital certificate from the PKI service processor; storing the digital certificate in the secure SDP memory; receiving, by the SDP from the user device, a document to digitally sign; transmitting, to the PKI service processor, a request to validate the digital certificate, stored in the secure SDP memory, related to the user device; receiving, from the PKI service processor, an indication of validity of the digital certificate; and if the indication indicates a valid digital certificate: digitally signing by the SDP the document based upon the digital certificate private key created by the SDP; and providing by the SDP the signed document to the user device. digitally signing by the SDP the document based upon the digital certificate private key created by the SDP; and providing by the SDP the signed document to the user device.
A container comprising: a tray comprising a bottom wall and a peripheral side wall extending upwardly from the bottom wall, which collectively define a compartment, and terminating in a tray rib to at least partially define an open top providing access to the compartment; a blocking wall extending from the tray rib and having an opening; a cover comprising a top wall terminating in a cover rib having a peripheral cover lip; a tab extending from the cover rib and through the opening in the blocking wall; an interference element provided on the tray beneath the tab; at least one line of weakness (362a, 362b) coupling the tab to the cover; wherein the tab is movable between a first position where the line of weakness (362a, 362b) is not severed and a second position where the line of weakness (362a, 362b) is severed, and the tab and interference element are juxtaposed such that the interference element prevents the return of the tab to the first position after the tab is moved to the second position. a tray comprising a bottom wall and a peripheral side wall extending upwardly from the bottom wall, which collectively define a compartment, and terminating in a tray rib to at least partially define an open top providing access to the compartment; a blocking wall extending from the tray rib and having an opening; a cover comprising a top wall terminating in a cover rib having a peripheral cover lip; a tab extending from the cover rib and through the opening in the blocking wall; an interference element provided on the tray beneath the tab; at least one line of weakness (362a, 362b) coupling the tab to the cover; wherein the tab is movable between a first position where the line of weakness (362a, 362b) is not severed and a second position where the line of weakness (362a, 362b) is severed, and the tab and interference element are juxtaposed such that the interference element prevents the return of the tab to the first position after the tab is moved to the second position.
A method for estimating an initial frequency offset by a user equipment, UE, in a mobile communication system in which the UE performs an initial cell search in order to identify a Node B with which the UE can exchange data, the method comprising: performing a first step cell search of a 3-step cell search for identifying the Node B, on each of a plurality of predetermined frequency hypotheses through a primary synchronization channel; storing the cell search results; determining an initial frequency offset estimation value from the cell search results for the plurality of predetermined frequency hypotheses; and estimating a frequency offset using the determined initial frequency offset estimation value, wherein the plurality of predetermined frequency hypotheses are pulse duration modulation, PDM, hypotheses, and the PDM hypotheses are determined by a PDM value and a predetermined PDM space and are located at regular intervals in a loop bandwidth of an automatic frequency controller. performing a first step cell search of a 3-step cell search for identifying the Node B, on each of a plurality of predetermined frequency hypotheses through a primary synchronization channel; storing the cell search results; determining an initial frequency offset estimation value from the cell search results for the plurality of predetermined frequency hypotheses; and estimating a frequency offset using the determined initial frequency offset estimation value, wherein the plurality of predetermined frequency hypotheses are pulse duration modulation, PDM, hypotheses, and the PDM hypotheses are determined by a PDM value and a predetermined PDM space and are located at regular intervals in a loop bandwidth of an automatic frequency controller.
A method for carrying out a cryptographic calculation in an electronic component, according to a determined cryptographic algorithm including at least one nonlinear operation specified on data blocks of k bits, k being an integer greater than 2, the method comprising the following steps: - generating several masked intermediate data blocks of j bits ( b ⊕ m 1, c ⊕ m 2, Δ⊕ n) from an initial data block of k bits (a), j being an integer smaller than k; - applying a nonlinear operation S to at least one of the masked intermediate data blocks of j bits (Δ ⊕ n) by means of a substitution table with 2 j entries producing a modified data block of j bits ( S (Δ) ⊕ n'); - combining the modified data block of j bits and certain at least of said masked intermediate data blocks of j bits into a result block of k bits (a') corresponding to the initial data block of k bits through a transformation including said specified nonlinear operation. - generating several masked intermediate data blocks of j bits ( b ⊕ m 1, c ⊕ m 2, Δ⊕ n) from an initial data block of k bits (a), j being an integer smaller than k; - applying a nonlinear operation S to at least one of the masked intermediate data blocks of j bits (Δ ⊕ n) by means of a substitution table with 2 j entries producing a modified data block of j bits ( S (Δ) ⊕ n'); - combining the modified data block of j bits and certain at least of said masked intermediate data blocks of j bits into a result block of k bits (a') corresponding to the initial data block of k bits through a transformation including said specified nonlinear operation.
A fiber-optic system comprising: a double clad fiber for amplifying light, the double clad fiber having a core, a first clad (13b1) and a second clad (13b2); a single clad fiber for transmitting the light amplified by the double clad fiber, the single clad fiber having a core and a first clad; and a triple clad fiber inserted between the double clad fiber and the single clad fiber, the triple clad fiber including a core, a first clad (14b1), a second clad (14b2) and a third clad (14b3), a fusion splice point provided between the double clad fiber and the triple clad fiber, a fusion splice point provided between the triple clad fiber and the single clad fiber, a heat dissipation section provided at the fusion splice point between the double clad fiber and the triple clad fiber, and a heat dissipation section provided at the fusion splice point between the triple clad fiber and the single clad fiber. a double clad fiber for amplifying light, the double clad fiber having a core, a first clad (13b1) and a second clad (13b2); a single clad fiber for transmitting the light amplified by the double clad fiber, the single clad fiber having a core and a first clad; and a triple clad fiber inserted between the double clad fiber and the single clad fiber, the triple clad fiber including a core, a first clad (14b1), a second clad (14b2) and a third clad (14b3), a fusion splice point provided between the double clad fiber and the triple clad fiber, a fusion splice point provided between the triple clad fiber and the single clad fiber, a heat dissipation section provided at the fusion splice point between the double clad fiber and the triple clad fiber, and a heat dissipation section provided at the fusion splice point between the triple clad fiber and the single clad fiber.
A pneumatic tire having a circumferential tread, the tread comprising a rubber composition comprising, based on parts by weight per 100 parts by weight elastomer (phr): 100 phr of at least one diene-based elastomer comprising: 40 to 90 phr of a styrene/butadiene elastomer having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -50°C to - 85°C, 10 to 60 phr of a high cis 1,4-polybutadiene rubber having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -100°C to - 105°C, 3 to 50 phr of a liquid styrene/butadiene polymer having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -30°C to 0°C and a number average molecular weight (Mn) as measured in accordance with ASTM D 5296-11 in a range of from 1000 to 50000; 50 to 250 phr of a filler comprising a combination of silica and carbon black in a ratio of at least 9/1 together with a silica coupling agent having a moiety reactive with hydroxyl groups on said silica and another different moiety interactive with said diene-based elastomers and/or polymer; 5 to 45 phr of a resin comprising at least one of a terpene, coumarone indene and styrene-alphamethylstyrene resin; and 5 to 50 phr of a vegetable triglyceride oil. 100 phr of at least one diene-based elastomer comprising: 40 to 90 phr of a styrene/butadiene elastomer having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -50°C to - 85°C, 10 to 60 phr of a high cis 1,4-polybutadiene rubber having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -100°C to - 105°C, 3 to 50 phr of a liquid styrene/butadiene polymer having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -30°C to 0°C and a number average molecular weight (Mn) as measured in accordance with ASTM D 5296-11 in a range of from 1000 to 50000; 40 to 90 phr of a styrene/butadiene elastomer having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -50°C to - 85°C, 10 to 60 phr of a high cis 1,4-polybutadiene rubber having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -100°C to - 105°C, 3 to 50 phr of a liquid styrene/butadiene polymer having a Tg as measured in accordance with ASTM D 7426-08 in a range of from -30°C to 0°C and a number average molecular weight (Mn) as measured in accordance with ASTM D 5296-11 in a range of from 1000 to 50000; 50 to 250 phr of a filler comprising a combination of silica and carbon black in a ratio of at least 9/1 together with a silica coupling agent having a moiety reactive with hydroxyl groups on said silica and another different moiety interactive with said diene-based elastomers and/or polymer; 5 to 45 phr of a resin comprising at least one of a terpene, coumarone indene and styrene-alphamethylstyrene resin; and 5 to 50 phr of a vegetable triglyceride oil.
A resin belt comprising: a plurality of teeth disposed at predetermined intervals along a longitudinal direction of the belt on a running surface of a belt body made of a thermoplastic resin; and a cloth covering the teeth, characterized in that: the cloth is a woven cloth obtained by weaving a thermoplastic synthetic resin fiber used as a warp yarn in the longitudinal direction of the belt and a fluorine resin fiber used as a weft yarn in a width direction of the belt; and a crimp of the thermoplastic synthetic resin fiber used in the longitudinal direction of the belt is greater than a crimp of the fluorine resin fiber used in the width direction of the belt. a plurality of teeth disposed at predetermined intervals along a longitudinal direction of the belt on a running surface of a belt body made of a thermoplastic resin; and a cloth covering the teeth, characterized in that: the cloth is a woven cloth obtained by weaving a thermoplastic synthetic resin fiber used as a warp yarn in the longitudinal direction of the belt and a fluorine resin fiber used as a weft yarn in a width direction of the belt; and a crimp of the thermoplastic synthetic resin fiber used in the longitudinal direction of the belt is greater than a crimp of the fluorine resin fiber used in the width direction of the belt. the cloth is a woven cloth obtained by weaving a thermoplastic synthetic resin fiber used as a warp yarn in the longitudinal direction of the belt and a fluorine resin fiber used as a weft yarn in a width direction of the belt; and a crimp of the thermoplastic synthetic resin fiber used in the longitudinal direction of the belt is greater than a crimp of the fluorine resin fiber used in the width direction of the belt.
A hyperfrequency wave generator device, comprising a plurality of magnetrons (12, 14), each magnetron (12, 14) comprising: - a cathode, extending along a longitudinal axis (Z, Z'), and - an anode, surrounding the cathode and comprising an inner surface defining a plurality of resonant cavities distributed along its periphery, the anode also comprising an outer surface, opposite the inner surface, the generator device also comprising at least one waveguide, the or each waveguide extending from the outer surface of the anode of a magnetron (12, 14) toward the outside of said magnetron (12, 14), characterized in that the plurality of resonant cavities of each magnetron (12, 14) comprises a plurality of resonant connecting cavities, or at least one resonant connecting cavity and at least one resonant output cavity, such that: - each resonant connecting cavity comprises a connecting portion to a resonant connecting cavity of another magnetron (12, 14), said connecting portion emerging in the outer surface of the anode, - each resonant output cavity comprises an output portion emerging on the outer surface of the anode, opposite a waveguide, - each resonant connecting cavity of each magnetron (12, 14) is identical to each other resonant connecting cavity and, if said magnetron (12, 14) comprises at least one output cavity, to each resonant output cavity of said magnetron (12, 14). - a cathode, extending along a longitudinal axis (Z, Z'), and - an anode, surrounding the cathode and comprising an inner surface defining a plurality of resonant cavities distributed along its periphery, the anode also comprising an outer surface, opposite the inner surface, - each resonant connecting cavity comprises a connecting portion to a resonant connecting cavity of another magnetron (12, 14), said connecting portion emerging in the outer surface of the anode, - each resonant output cavity comprises an output portion emerging on the outer surface of the anode, opposite a waveguide, - each resonant connecting cavity of each magnetron (12, 14) is identical to each other resonant connecting cavity and, if said magnetron (12, 14) comprises at least one output cavity, to each resonant output cavity of said magnetron (12, 14).
A thermally adjustable surgical tool comprising: a first arm including an electrical conductor, and a ferromagnetic coating covering at least a portion of the electrical conductor; a second arm coupled to the first arm such that the first arm and the second arm are movable toward and away from the other of the first arm and the second arm, the second arm including a sensor that conducts a measurement proximate the ferromagnetic coating; a power supply disposed in communication with the electrical conductor configured to produce oscillating electrical energy to be delivered to the electrical conductor; to thereby heat the ferromagnetic coating to a temperature sufficient to incise tissue captured between the first arm and the second arm; and wherein the power supply is configured to adjust the oscillating electrical energy in response to the measurement. a first arm including an electrical conductor, and a ferromagnetic coating covering at least a portion of the electrical conductor; a second arm coupled to the first arm such that the first arm and the second arm are movable toward and away from the other of the first arm and the second arm, the second arm including a sensor that conducts a measurement proximate the ferromagnetic coating; a power supply disposed in communication with the electrical conductor configured to produce oscillating electrical energy to be delivered to the electrical conductor; to thereby heat the ferromagnetic coating to a temperature sufficient to incise tissue captured between the first arm and the second arm; and wherein the power supply is configured to adjust the oscillating electrical energy in response to the measurement.