mhurhangee/ep-ind-claims huggingface dataset:
Operator control apparatus for the operator control of at least one functional device of a motor vehicle, having a screen (11, 12) that has a touch-sensitive surface (13, 14) and having a control device for actuation of the screen (11, 12), wherein the control device is designed to display a plurality of graphical symbols, which are associated with different operator control functions of the functional device, on the screen (11, 12) and, after reception of an input that a user makes to select one of the displayed symbols by touching the touch-sensitive surface (13, 14), to output control signals for performing the operator control function associated with the selected symbol, wherein the screen (11, 12) is configured as electronic paper, characterized in that the operator control apparatus comprises a further screen (11, 12), separate from the one screen (11, 12), having a further touch-sensitive surface (13, 14) and the control device is designed - to display a predetermined group of graphical symbols, which are associated with different operator control functions of the at least one functional device, on the one screen (11, 12), - to subject an input that the user makes by touching the one screen (11, 12) and/or the further screen (11, 12) to pattern recognition for a predetermined pattern (20, 21), and, - following recognition of the pattern (20, 21), to display the same group of symbols on the further screen (11, 12). - to display a predetermined group of graphical symbols, which are associated with different operator control functions of the at least one functional device, on the one screen (11, 12), - to subject an input that the user makes by touching the one screen (11, 12) and/or the further screen (11, 12) to pattern recognition for a predetermined pattern (20, 21), and, - following recognition of the pattern (20, 21), to display the same group of symbols on the further screen (11, 12).
Transdermal therapeutic system comprising a backing that is impermeable to the active substance(s), a layer containing the active substance(s) or several layers containing the active substance(s), optionally a detachable protective layer, with at least one of the layers containing the active substance(s) having elongated hollow bodies provided with a filler or several fillers, characterized in that the filler or fillers can be released from the hollow bodies by changing the structure of the latter.
A form for supporting a volume of a viscous substance encapsulating at least a portion of an object while the viscous substance solidifies to form a seal, the form comprising: a non-metallic solidified material; a distal axial opening; a proximal axial opening; and a lateral wall between the distal axial opening and the proximal axial opening, wherein the lateral wall comprises: an outwardly facing surface having a surface area, and at least one through lateral opening, wherein the at least one through lateral opening is partially or fully bounded by the lateral wall, characterized in that at least a portion of the at least one through lateral opening is spiral-shaped. a non-metallic solidified material; a distal axial opening; a proximal axial opening; and a lateral wall between the distal axial opening and the proximal axial opening, wherein the lateral wall comprises: an outwardly facing surface having a surface area, and at least one through lateral opening, wherein the at least one through lateral opening is partially or fully bounded by the lateral wall, characterized in that at least a portion of the at least one through lateral opening is spiral-shaped. an outwardly facing surface having a surface area, and at least one through lateral opening, wherein the at least one through lateral opening is partially or fully bounded by the lateral wall, characterized in that at least a portion of the at least one through lateral opening is spiral-shaped.
Injection system comprising an ultrasound device for characterizing the flow of resin entering and leaving an injection mold during the phase of impregnation by said resin of a preform contained in said injection mold, characterized in that it includes two ultrasound sensors (21, 22) arranged respectively in the vicinity of the inlet port where the resin enters the injection mold, outside said mold, and in the vicinity of the outlet port where the resin leaves said mold, each sensor emitting an ultrasound wave towards the end of the mold in the vicinity of which it is positioned and receiving the ultrasound wave reflected by the medium.
An optical-microwave-quantum transducer comprising: a first nanophotonic slab and a second nanophotonic slab, wherein each of the first and second nanophotonic slabs (52, 54) includes an optical region and a superconducting region; the first nanophotonic slab further comprising a pair of torsional beams anchored to a substrate to facilitate relative rotation between the first and second nanophotonic slabs (52, 54) about an axis of rotation; wherein a gap between the optical region of the first and second nanophotonic slabs (52, 54) forms an optical cavity in response to an optical signal, wherein an optical signal exciting the optical cavity induces mechanical oscillation of the first nanophotonic slab about the axis of rotation; and wherein a superconducting cavity is formed by the first and second nanophotonic slabs (52, 54) and an inductor that are spatially separated; wherein the mechanical oscillation induces electrical modulation on the superconducting cavity coupled to the superconducting regions of the first and second nanophotonic slabs (52, 54); or wherein an electrical modulation of the superconducting cavity induces a mechanical oscillation of the first nanophotonic slab which induces optical excitation in the optical cavity. a first nanophotonic slab and a second nanophotonic slab, wherein each of the first and second nanophotonic slabs (52, 54) includes an optical region and a superconducting region; the first nanophotonic slab further comprising a pair of torsional beams anchored to a substrate to facilitate relative rotation between the first and second nanophotonic slabs (52, 54) about an axis of rotation; wherein a gap between the optical region of the first and second nanophotonic slabs (52, 54) forms an optical cavity in response to an optical signal, wherein an optical signal exciting the optical cavity induces mechanical oscillation of the first nanophotonic slab about the axis of rotation; and wherein a superconducting cavity is formed by the first and second nanophotonic slabs (52, 54) and an inductor that are spatially separated; wherein the mechanical oscillation induces electrical modulation on the superconducting cavity coupled to the superconducting regions of the first and second nanophotonic slabs (52, 54); or wherein an electrical modulation of the superconducting cavity induces a mechanical oscillation of the first nanophotonic slab which induces optical excitation in the optical cavity. wherein the mechanical oscillation induces electrical modulation on the superconducting cavity coupled to the superconducting regions of the first and second nanophotonic slabs (52, 54); or wherein an electrical modulation of the superconducting cavity induces a mechanical oscillation of the first nanophotonic slab which induces optical excitation in the optical cavity.
A thrust reverser comprising at least one mobile element provided with at least one device for locking a mobile element of a thrust reverser, said thrust reverser comprising: - a hook having a crooked end, - a hookable part mounted on the mobile element and configured to cooperate with said hook, and - a double detection system detecting closure and locking comprising a sensor, - a first means of detecting the hookable part and of activation of a second means of detection of the crooked end of the hook, - the first means of detection comprises a setting lever, and - characterized in that the second detection means comprises at least one mobile part (17, 18, 19, 22) and/or a floating part connected to the sensor. - a hook having a crooked end, - a hookable part mounted on the mobile element and configured to cooperate with said hook, and - a double detection system detecting closure and locking comprising a sensor, - a first means of detecting the hookable part and of activation of a second means of detection of the crooked end of the hook, - the first means of detection comprises a setting lever, and - characterized in that the second detection means comprises at least one mobile part (17, 18, 19, 22) and/or a floating part connected to the sensor.
A method for producing patchoulol and 7-epi-a-selinene comprising a) contacting farnesyl pyrophosphate with at least one polypeptide having a patchoulol and 7-epi-a-selinene synthase activity and comprising an amino acid sequence at least 70% identical to SEQ ID NO: 1; wherein said contacting is in vitro, or in vivo in a non-human organism or cell transformed to express said polypeptide; and b) optionally, isolating the patchoulol and 7-epi-a-selinene produced in step a). a) contacting farnesyl pyrophosphate with at least one polypeptide having a patchoulol and 7-epi-a-selinene synthase activity and comprising an amino acid sequence at least 70% identical to SEQ ID NO: 1; wherein said contacting is in vitro, or in vivo in a non-human organism or cell transformed to express said polypeptide; and b) optionally, isolating the patchoulol and 7-epi-a-selinene produced in step a).
An optical connector that is assembled onto a terminal of an optical fiber cable where an optical fiber and tension bodies extending in a longitudinal direction of the optical fiber are integrated, the optical connector comprising: a ferrule to which a built-in optical fiber is inserted and fixed; a housing that receives the ferrule and the built-in optical fiber movably in the longitudinal direction; and a fixing cap that is mounted on the housing, wherein the housing includes a plug frame, and a stop ring configured to be fitted and fixed to a rear end of the plug frame, wherein the stop ring includes a base, and a fixing portion, wherein the fixing portion extends rearward from a rear end portion of the base and having an outer peripheral surface provided with a screw portion, wherein the tension bodies leading from the terminal of the optical fiber cable are interposed between the housing and the fixing cap, and the fixing cap is configured to be screwed onto and fixed to the fixing portion, and wherein the base includes swollen convex portions formed at a rear end portion of side surfaces of the base, the swollen convex portions protrude outward from the side surfaces of the base and increase the area of the portions of the base facing the fixing cap, and the tension bodies are interposed between the swollen convex portions and a front end surface of the fixing cap for increasing the fixing strength of the tension bodies that are interposed between the base and the fixing cap. a ferrule to which a built-in optical fiber is inserted and fixed; a housing that receives the ferrule and the built-in optical fiber movably in the longitudinal direction; and a fixing cap that is mounted on the housing, wherein the housing includes a plug frame, and a stop ring configured to be fitted and fixed to a rear end of the plug frame, wherein the stop ring includes a base, and a fixing portion, wherein the fixing portion extends rearward from a rear end portion of the base and having an outer peripheral surface provided with a screw portion, wherein the tension bodies leading from the terminal of the optical fiber cable are interposed between the housing and the fixing cap, and the fixing cap is configured to be screwed onto and fixed to the fixing portion, and wherein the base includes swollen convex portions formed at a rear end portion of side surfaces of the base, the swollen convex portions protrude outward from the side surfaces of the base and increase the area of the portions of the base facing the fixing cap, and the tension bodies are interposed between the swollen convex portions and a front end surface of the fixing cap for increasing the fixing strength of the tension bodies that are interposed between the base and the fixing cap.
Pump for circulating a fluid in an installation, such as a hydraulic installation, said pump comprising an inlet chamber having a first and a second inlet port (2, 3) for fluid, and a discharge chamber having an outlet port for fluid, the pump further comprising a drive member for driving fluid from one of the first and second inlet ports (2, 3) to the outlet port, an obstruction member selectively operable to obstruct the first or the second inlet port (2, 3), and an actuator integral with the obstruction member and configured to actuate said obstruction member, characterized in that the pump comprises a first support mounted on the inlet chamber, and in that the actuator is mounted on a second support cooperating with the first support to ensure the releasable coupling of the actuator with the obstruction member, so as to allow the actuator to be assembled without tools with the obstruction member and to disassemble the actuator from the obstruction member without tools, by assembling and disassembling the first and second supports (8, 9).
A method in a network of a data publisher device distributing data content to receiving devices (11, 12) in the network, characterized in comprising: encrypting, at the data publisher device, the data content with a symmetric encryption key shared with the receiving devices (11, 12); distributing, from the data publisher device, the encrypted data content to one of the receiving devices; receiving (S303, S307), at another one of the receiving devices, the encrypted data content from said one of the receiving devices; sending, from the data publisher device, a subset of the encrypted data content to said another one of the receiving devices upon request; and verifying, at said another one of the receiving devices, whether or not the subset of the encrypted data content received from the data publisher device matches a selected section of the encrypted data content received from said one of the receiving devices in the network, wherein a match indicates that the encrypted data content received from said one of the receiving devices can be trusted. encrypting, at the data publisher device, the data content with a symmetric encryption key shared with the receiving devices (11, 12); distributing, from the data publisher device, the encrypted data content to one of the receiving devices; receiving (S303, S307), at another one of the receiving devices, the encrypted data content from said one of the receiving devices; sending, from the data publisher device, a subset of the encrypted data content to said another one of the receiving devices upon request; and verifying, at said another one of the receiving devices, whether or not the subset of the encrypted data content received from the data publisher device matches a selected section of the encrypted data content received from said one of the receiving devices in the network, wherein a match indicates that the encrypted data content received from said one of the receiving devices can be trusted.
An apparatus in a plurality of apparatuses participating in multi-party computation, the apparatus implementing a protocol to perform zero-knowledge proof in secret-distribution-based multi-party computation, the apparatus comprising: an acquisition unit that acquires a share of data related to a matter to be certified; a first output unit that outputs an output share (ii) of an evidence (τ) obtained as a result of performing calculation of proposition function by the multi-party computation using the acquired share as an input so that reconstruction is performed to obtain the evidence (τ) using the output shares of the evidence collected from the plurality of apparatuses participating in the multi-party computation; and a second output unit that outputs an output share (ni) of a proof obtained as a result of performing calculation according to the protocol using the acquired share as an input in a case where a proof by the zero-knowledge proof is requested from a verifier terminal in addition to the output share of the evidence, wherein verification in the zero-knowledge proof is performed by performing reconstruction to obtain the proof (π) using the output shares of the proof collected from the plurality of apparatuses participating in the multi-party computation. an acquisition unit that acquires a share of data related to a matter to be certified; a first output unit that outputs an output share (ii) of an evidence (τ) obtained as a result of performing calculation of proposition function by the multi-party computation using the acquired share as an input so that reconstruction is performed to obtain the evidence (τ) using the output shares of the evidence collected from the plurality of apparatuses participating in the multi-party computation; and a second output unit that outputs an output share (ni) of a proof obtained as a result of performing calculation according to the protocol using the acquired share as an input in a case where a proof by the zero-knowledge proof is requested from a verifier terminal in addition to the output share of the evidence, wherein verification in the zero-knowledge proof is performed by performing reconstruction to obtain the proof (π) using the output shares of the proof collected from the plurality of apparatuses participating in the multi-party computation.
An electrode pad on a conductive semiconductor substrate comprising: a conductive substrate; an insulating material film formed on the conductive substrate; an electrode pad formed on the insulating material film; and a wiring electrode (11b, 11c) formed on said insulating material film, connected to said electrode pad, and having a width different from that of said electrode pad, wherein a first thickness (t 1) of a first region of said insulating material film on which at least said electrode pad is formed is greater than a second thickness (t 0) of a second region of said insulating material film on which at least part of said wiring electrode (11b, 11c) is formed and which is a region other than said first region, the width of said wiring electrode (11b, 11c) is smaller than the size of said electrode pad, and said insulating material film has a protruding portion in which said first region protrudes to the surface side, characterized in that a metal ribbon or a metal wire is connected to said electrode pad, said electrode pad has a surface area necessary for providing the connection to the metal ribbon or the metal wire, respectively, and the first region of said insulating material film has said first thickness (t 1) and the second region has the second thickness (t 0) according to said surface area as to match a characteristic impedance of 50 Ohms. a conductive substrate; an insulating material film formed on the conductive substrate; an electrode pad formed on the insulating material film; and a wiring electrode (11b, 11c) formed on said insulating material film, connected to said electrode pad, and having a width different from that of said electrode pad, wherein a first thickness (t 1) of a first region of said insulating material film on which at least said electrode pad is formed is greater than a second thickness (t 0) of a second region of said insulating material film on which at least part of said wiring electrode (11b, 11c) is formed and which is a region other than said first region, the width of said wiring electrode (11b, 11c) is smaller than the size of said electrode pad, and said insulating material film has a protruding portion in which said first region protrudes to the surface side, characterized in that a metal ribbon or a metal wire is connected to said electrode pad, said electrode pad has a surface area necessary for providing the connection to the metal ribbon or the metal wire, respectively, and the first region of said insulating material film has said first thickness (t 1) and the second region has the second thickness (t 0) according to said surface area as to match a characteristic impedance of 50 Ohms.
A process for making a structured film, comprising steps of: (a) extruding a molten material through an extrusion die having at least one profiled die lip to form a molten extrudate having first and second major extrudate surfaces (101, 102) and having a first structural feature in the first major extrudate surface; (b) bringing the molten extrudate into contact with a tool surface comprising one or more second structural features so as to cause a portion of the first structural feature in the first major extrudate surface to contact at least one of the second structural features on the tool surface; and (c) cooling the molten extrudate to provide the structured film; wherein a ratio of a cross-web cross-sectional area of the first structural feature to a cross-web cross-sectional area of a second structural feature is 1.0. (a) extruding a molten material through an extrusion die having at least one profiled die lip to form a molten extrudate having first and second major extrudate surfaces (101, 102) and having a first structural feature in the first major extrudate surface; (b) bringing the molten extrudate into contact with a tool surface comprising one or more second structural features so as to cause a portion of the first structural feature in the first major extrudate surface to contact at least one of the second structural features on the tool surface; and (c) cooling the molten extrudate to provide the structured film;
Method for a radiator or a choke, wherein the radiator or the choke has a plurality of radiator elements which are arranged parallel to one another and through which an air flow can flow in parallel, and, between two radiator elements, at least one device for resolving the boundary layer of the air flow flowing between the radiator elements is provided, characterized in that the device for resolving the boundary layer is attached to a radiator which is already in operation and which is connected to a transformer.
Circular brush for interchangeable arrangement on a carrier (12; 112), which can be arranged in a rotatable manner on a sweeper or cleaning machine, having a disc-form circular-plate body for torque-transmitting fastening on the carrier (12; 112), wherein, on at least part of its outer circumference, the circular-plate body comprises a form-fitting structure (26; 36; 46; 56; 66; 76) for forming a torque-transmitting connection between the carrier (12; 112) and the circular-plate body, characterized in that the form-fitting structure (26; 36; 46; 56; 66; 76) is of undulating, toothed or serrated configuration in the circumferential and radial directions.
Bacillus Calmette-Guérin for use in treating an established autoimmune disease in a human, wherein the autoimmune disease is selected from insulin-dependent diabetes mellitus, multiple sclerosis, premature ovarian failure, scleroderma, Sjögren's disease, lupus, vitiligo, alopecia, polyglandular failure, Grave's disease, hypothyroidism, polymyositis, pemphigus, Crohn's disease, colitis, autoimmune hepatitis, hypopituitarism, myocarditis, Addison's disease, an autoimmune skin disease, uveitis, pernicious anemia, hypoparathyroidism, and rheumatoid arthritis, characterized in that said use further comprises: i) periodically monitoring the cell death rate of autoimmune cells in said human; and ii) periodically adjusting the dosage of BCG administered to said human based on the monitoring of step i), wherein said use results in increasing the number of functional cells of a predetermined type in said human. i) periodically monitoring the cell death rate of autoimmune cells in said human; and ii) periodically adjusting the dosage of BCG administered to said human based on the monitoring of step i),