mhurhangee/ep-ind-claims huggingface dataset:
A method of registering a person as an authorized user of an internet of things (IoT) device, the method comprising: acquiring, by a portable device, biometric data or a combination of pieces of biometric data of a person; encrypting the biometric data or the combination of pieces of biometric data of the person using a public key certificate; generating a biometric code from the encrypted biometric data; acquiring unique identity data of an IoT device which is different from the portable device; encrypting the IoT device identity data; generating an IoT device code from the encrypted unique identity data of the IoT device; inserting, in an extension field of the public key certificate stored in the portable device, a verification code that contains the biometric code and the IoT device code; generating a pair of a private key and a public key, wherein the private key contains the verification code; and transmitting the public key to a remote entity that is in communication with the IoT device, thereby enabling the remote entity to register the person as an authorized user of the IoT device. acquiring, by a portable device, biometric data or a combination of pieces of biometric data of a person; encrypting the biometric data or the combination of pieces of biometric data of the person using a public key certificate; generating a biometric code from the encrypted biometric data; acquiring unique identity data of an IoT device which is different from the portable device; encrypting the IoT device identity data; generating an IoT device code from the encrypted unique identity data of the IoT device; inserting, in an extension field of the public key certificate stored in the portable device, a verification code that contains the biometric code and the IoT device code; generating a pair of a private key and a public key, wherein the private key contains the verification code; and transmitting the public key to a remote entity that is in communication with the IoT device, thereby enabling the remote entity to register the person as an authorized user of the IoT device.
Speed limiter system for an elevator with a car, comprising a speed limiter riding on a car, a non-rigid cable for stationary tensioning along the travel path of a car between two fixed points where the lower and upper ends of the non-rigid cable are anchored, two spring elements (13, 14) that hold the non-rigid cable floatingly tensioned between them, characterized in that the speed limiter system comprises an actuator for attachment to or integration into the non-rigid cable and a switch actuated by the actuator, and the actuator is designed such that the non-rigid cable, when installed and ready for operation, can move a distance of +/- Δ L relative to the contact back and forth without actuating the contact, and is designed to actuate the contact when either a tensile force occurs in the non-rigid cable that displaces the non-rigid cable in the region of the actuator by a distance greater than - Δ L or when the non-rigid cable relaxes to a degree that it displaces by a distance greater than + Δ L.
Foldable box comprising a rim and comprising: a floor; and two longitudinal-side and transverse-side exterior walls (14a, 14b; 16a, 16b) which are foldable in relation to the floor and are located opposite one another in pairs, respectively, and two lock elements (18a, 18b) having integrated rim areas; wherein the longitudinal-side and transverse-side exterior walls (14a, 14b; 16a, 16b) each comprise a hinge (15a, 15b; 17a, 17b) and a free end located opposite the hinge (15a, 15b; 17a, 17b), the two longitudinal-side exterior walls (14a, 14b) each forming a rim area (14ar, 14br) along the free end; wherein the two lock elements (18a, 18b) are arranged at the free ends of the transverse-side exterior walls (16a, 16b) such that the integrated rim areas of the two lock elements (18a, 18b) and the two rim areas (14ar, 14br) of the longitudinal-side exterior walls (14a, 14b) form the rim in the folded-open state of the foldable box; wherein the two lock elements (18a, 18b) are mounted to be moveable in relation to the transverse-side exterior walls (16a, 16b) to form a locking mechanism, characterized in that the two lock elements (18a, 18b) may be transferred from a respective locking state to a releasing state by a movement in a direction away from the floor. a floor; and two longitudinal-side and transverse-side exterior walls (14a, 14b; 16a, 16b) which are foldable in relation to the floor and are located opposite one another in pairs, respectively, and two lock elements (18a, 18b) having integrated rim areas; wherein the longitudinal-side and transverse-side exterior walls (14a, 14b; 16a, 16b) each comprise a hinge (15a, 15b; 17a, 17b) and a free end located opposite the hinge (15a, 15b; 17a, 17b), the two longitudinal-side exterior walls (14a, 14b) each forming a rim area (14ar, 14br) along the free end; wherein the two lock elements (18a, 18b) are arranged at the free ends of the transverse-side exterior walls (16a, 16b) such that the integrated rim areas of the two lock elements (18a, 18b) and the two rim areas (14ar, 14br) of the longitudinal-side exterior walls (14a, 14b) form the rim in the folded-open state of the foldable box; wherein the two lock elements (18a, 18b) are mounted to be moveable in relation to the transverse-side exterior walls (16a, 16b) to form a locking mechanism, characterized in that the two lock elements (18a, 18b) may be transferred from a respective locking state to a releasing state by a movement in a direction away from the floor.
An unwinder for unwinding reels (B1, B2) of web material (N1, N2) comprising: a first unwinding position, in which a first reel is positioned during at least a part of an unwinding cycle; a second unwinding position, to which said first reel is transferred when it must be replaced with a second reel; a stand-by position, in which said second reel is kept in stand by; a first unwinding member associated with said stand-by position, arranged and controlled to start rotation of said second reel when the first reel must be replaced with the second reel a second unwinding member, comprising at least one endless flexible element characterized in that said second member extends from the first unwinding position to the second unwinding position, and is arranged and controlled so that the first reel is maintained in contact with said second unwinding member and in rotation by means of said second unwinding member in said first unwinding position, in said second unwinding position and while it is being transferred from said first unwinding position to said second unwinding position.
A process for the preparation of a polyarylether copolymer comprising the step of converting a reaction mixture (R G) comprising as components at least one aromatic dihalogen component at least one sugar alcohol selected from the group consisting of isosorbide, isomannide and isoidide, at least one aromatic dihydroxy component, at least one dihydroxy polyalkylene oxide, wherein the reaction mixture (R G) comprises 10 to 70 mol% of component and 29.5 to 65 mol% of component and from 0.5 to 5 mol% of component, based on the total amount of components, and contained in the reaction mixture (R G). at least one aromatic dihalogen component at least one sugar alcohol selected from the group consisting of isosorbide, isomannide and isoidide, at least one aromatic dihydroxy component, at least one dihydroxy polyalkylene oxide, wherein the reaction mixture (R G) comprises 10 to 70 mol% of component and 29.5 to 65 mol% of component and from 0.5 to 5 mol% of component, based on the total amount of components, and contained in the reaction mixture (R G).
An organic wastewater treatment method for organically treating organic wastewater containing nitrogen and phosphorus in activated sludge in an organic wastewater treatment device including: a biological treatment tank in which a plurality of biological treatment units are connected in series, wherein each biological treatment unit includes a pair of an anoxic tank (10, 10a to 10d) and an aerobic tank (20, 20a to 20d), the anoxic tank (10, 10a to 10d) being disposed on an upstream side along a flow of the organic wastewater, while the aerobic tank (20, 20a to 20d) being disposed on a downstream side of the flow and provided with a membrane separation device immersed in activated sludge therein; and a sludge return path for returning the activated sludge from the aerobic tank (20, 20d) disposed on a most downstream side to the anoxic tank (10, 10a) disposed on a most upstream side, the method comprising: providing an anaerobic tank and anaerobically treating the organic wastewater delivered via a raw water introduction path in the anaerobic tank, and dividing and supplying the anaerobically treated organic wastewater from the anaerobic tank to the anoxic tank (10, 10a to 10d) of each biological treatment unit via a respective raw water supply path (5, 5a to 5d); biologically treating the organic wastewater by repeating a denitrification process in the anoxic tank (10, 10a to 10d) and a nitrification process in the aerobic tank (20, 20a to 20d); discharging membrane-permeated liquid from the membrane separation device in each biological treatment unit as treated water; and returning the activated sludge from each of the anoxic tanks (10, 10a to 10d) to the anaerobic tank via a respective anaerobic tank return path (6, 6a to 6d). providing an anaerobic tank and anaerobically treating the organic wastewater delivered via a raw water introduction path in the anaerobic tank, and dividing and supplying the anaerobically treated organic wastewater from the anaerobic tank to the anoxic tank (10, 10a to 10d) of each biological treatment unit via a respective raw water supply path (5, 5a to 5d); biologically treating the organic wastewater by repeating a denitrification process in the anoxic tank (10, 10a to 10d) and a nitrification process in the aerobic tank (20, 20a to 20d); discharging membrane-permeated liquid from the membrane separation device in each biological treatment unit as treated water; and returning the activated sludge from each of the anoxic tanks (10, 10a to 10d) to the anaerobic tank via a respective anaerobic tank return path (6, 6a to 6d).
A foil comprising fluorescent colored fibers, wherein the colored fibers are marked with a first luminescent substance, wherein the first luminescent substance emits a first luminescent light under first excitation conditions, wherein the colored fibers at least partially consist of an adhesive, wherein the colored fibers are marked with a second luminescent substance, the second luminescent substance emits a second luminescent light under second excitation conditions, the first and second excitation conditions are not identical, the first and second luminescent lights differ spectrally, and wherein the colored fibers are fastened by means of the adhesive to the surface of the foil, wherein the foil is a plastic foil, the colored fibers are arranged on the foil in a random pattern, and the colored fibers have at least one first subregion and at least one second subregion, the subregions are arranged next to each other transverse to the direction of the fibers, the at least one first subregion consists of the adhesive, the at least one first subregion is marked with the first luminescent substance and the at least one second subregion is marked with the second luminescent substance.
Audio generator, configured to generate an audio signal from an input signal and target data, the target data representing the audio signal, comprising: A first processing block (40, 50, 50a-50h), configured to receive first data (15, 59a) derived from the input signal and to output first output data, wherein the first output data comprises a plurality of channels, and a second processing block, configured to receive, as second data, the first output data or data derived from the first output data, wherein the first processing block comprises for each channel of the first output data: a conditioning set of learnable layers (71, 72, 73) configured to process the target data to obtain conditioning features parameters (74, 75); and a styling element, configured to apply the conditioning feature parameters (74, 75) to the first data (15, 59a) or normalized first data (59, 76'); and wherein the second processing block is configured to combine the plurality of channels of the second data to obtain the audio signal, characterized in that the first processing block (40, 50, 50a-50k) further comprises: a further set of learnable layers (61a, 62a, 61b, 62b), configured to process data derived from the first data (15, 59, 59a, 59b) using a second activation function (63a, 64a, 63b, 64b), wherein the second activation function (63a, 64a, 63b, 64b) is a gated activation function. A first processing block (40, 50, 50a-50h), configured to receive first data (15, 59a) derived from the input signal and to output first output data, wherein the first output data comprises a plurality of channels, and a second processing block, configured to receive, as second data, the first output data or data derived from the first output data, wherein the first processing block comprises for each channel of the first output data: a conditioning set of learnable layers (71, 72, 73) configured to process the target data to obtain conditioning features parameters (74, 75); and a styling element, configured to apply the conditioning feature parameters (74, 75) to the first data (15, 59a) or normalized first data (59, 76'); and a conditioning set of learnable layers (71, 72, 73) configured to process the target data to obtain conditioning features parameters (74, 75); and a styling element, configured to apply the conditioning feature parameters (74, 75) to the first data (15, 59a) or normalized first data (59, 76'); and wherein the second processing block is configured to combine the plurality of channels of the second data to obtain the audio signal, a further set of learnable layers (61a, 62a, 61b, 62b), configured to process data derived from the first data (15, 59, 59a, 59b) using a second activation function (63a, 64a, 63b, 64b), wherein the second activation function (63a, 64a, 63b, 64b) is a gated activation function.
A solid-oxide cell, comprising: a pair of mutually facing first and second main surfaces (n1, n2); and a pair of mutually facing first and second side surfaces (m1, m2) for connecting the first and the second main surfaces (n1, n2) together; a long shape porous substrate comprising a gas-flow passage in a longitudinal direction along the first and second main surfaces (n1, n2); and an element part provided on the first main surface of the porous substrate and comprising a first electrode layer, a solid electrolyte layer and a second electrode layer; a thickness (T12, T11) at both end portions in the longitudinal direction of the porous substrate being greater than a thickness at a center portion in the longitudinal direction of the porous substrate, wherein a width (B11, B12) at the both end portions in the longitudinal direction of the porous substrate is greater than a width at the center portion in the longitudinal direction of the porous substrate. a pair of mutually facing first and second main surfaces (n1, n2); and a pair of mutually facing first and second side surfaces (m1, m2) for connecting the first and the second main surfaces (n1, n2) together; a long shape porous substrate comprising a gas-flow passage in a longitudinal direction along the first and second main surfaces (n1, n2); and an element part provided on the first main surface of the porous substrate and comprising a first electrode layer, a solid electrolyte layer and a second electrode layer; a thickness (T12, T11) at both end portions in the longitudinal direction of the porous substrate being greater than a thickness at a center portion in the longitudinal direction of the porous substrate, a thickness (T12, T11) at both end portions in the longitudinal direction of the porous substrate being greater than a thickness at a center portion in the longitudinal direction of the porous substrate,
Vehicle wheel rotary feedthrough being free of a wheel load, the vehicle wheel rotary feedthrough comprising a) a first rotary feedthrough part, comprising a first channel, b) a second rotary feedthrough part which can be rotated relatively to the first rotary feedthrough part and which comprises a second channel, c) a transfer region established between the rotary feedthrough parts (15, 18) which ca) pneumatically connects the first channel to the second channel and cb) is sealed by sealing units (45, 46) for providing a sealing effect d) a sealing effect control chamber (33; 34), da) into which a sealing control channel (75; 76) opens by which it is possible to bias the sealing effect control chamber (33; 34) with a sealing control pressure and db) which is closed by the sealing unit (45, 46) like a moveable piston, the sealing effect of the sealing unit (45, 46) being changeable dependent on the sealing control pressure in the sealing effect control chamber (33; 34), characterized in that e) the sealing effect control chamber (33; 34) is closed with the exception of the connection to the sealing control channel (75; 76) so that there is no flow through the sealing effect control chamber (33; 34). a) a first rotary feedthrough part, comprising a first channel, b) a second rotary feedthrough part which can be rotated relatively to the first rotary feedthrough part and which comprises a second channel, c) a transfer region established between the rotary feedthrough parts (15, 18) which ca) pneumatically connects the first channel to the second channel and cb) is sealed by sealing units (45, 46) for providing a sealing effect ca) pneumatically connects the first channel to the second channel and cb) is sealed by sealing units (45, 46) for providing a sealing effect d) a sealing effect control chamber (33; 34), da) into which a sealing control channel (75; 76) opens by which it is possible to bias the sealing effect control chamber (33; 34) with a sealing control pressure and db) which is closed by the sealing unit (45, 46) like a moveable piston, the sealing effect of the sealing unit (45, 46) being changeable dependent on the sealing control pressure in the sealing effect control chamber (33; 34), da) into which a sealing control channel (75; 76) opens by which it is possible to bias the sealing effect control chamber (33; 34) with a sealing control pressure and db) which is closed by the sealing unit (45, 46) like a moveable piston, the sealing effect of the sealing unit (45, 46) being changeable dependent on the sealing control pressure in the sealing effect control chamber (33; 34),
An inter-blade element (14, 14a) for a water turbine runner blade, said inter-blade element (14, 14a) comprising a profile, and a plug, forming a basis of the profile for being inserted into a corresponding hole made in a blade.
A plug connector for electrically connecting an electric vehicle to a charging device, comprising a plug or a socket and an electromechanically driven locking device, wherein the plug or the socket is configured for establishing an electrical connection to a second socket or a second plug of a second plug connector associated with the electric vehicle or the charging device, the locking device is movable axially to the plug-in direction of the plug or the socket to mechanically lock and/or unlock an interconnected plug/socket pair, and the locking device and/or the plug or the socket has a centring device configured in such a way that the locking device can be detachably fastened in a form-fitting manner to the plug or to the socket in a position predetermined by the centring device.
Method for joining edges and/or surfaces of a profile in a profiling installation for longitudinally forming a virtually endless material strip or profile or a plate into an at least partially closed profile shape, wherein the material strip or profile or the plate is formed in the profiling installation by means of a plurality of roll forming tools into a profile which is closed per se or is partially closed, and said profile is secured in a joining zone of the profiling installation by a joining method, such as, in particular, welding, brazing, adhesive bonding or folding, during a longitudinal pass of the profile, with a longitudinally running joining seam being formed, characterized in that the profile passes in the joining zone through a planar joining arrangement in order to feed the profile in a controlled manner to a joining point and to stabilize said profile in particular at and/or downstream of the joining point, and/or to ensure that the profile is dimensionally stable during and after joining, wherein forces or magnitudes of force components which act on the profile from at least one subsection of the planar joining arrangement are detected in the joining zone, and wherein the planar joining arrangement consists of a number of joining rollers, around which a flexible belt, a link belt, a link chain or a chain-like structure is looped, in particular as in the case of a conveyor belt, in order to make contact with the profile by way of a planar contact region which moves together with the profile and distributes the holding pressure in as planar a manner as possible to the profile. wherein the material strip or profile or the plate is formed in the profiling installation by means of a plurality of roll forming tools into a profile which is closed per se or is partially closed, and said profile is secured in a joining zone of the profiling installation by a joining method, such as, in particular, welding, brazing, adhesive bonding or folding, during a longitudinal pass of the profile, with a longitudinally running joining seam being formed, characterized in that the profile passes in the joining zone through a planar joining arrangement in order to feed the profile in a controlled manner to a joining point and to stabilize said profile in particular at and/or downstream of the joining point, and/or to ensure that the profile is dimensionally stable during and after joining, wherein forces or magnitudes of force components which act on the profile from at least one subsection of the planar joining arrangement are detected in the joining zone, and wherein the planar joining arrangement consists of a number of joining rollers, around which a flexible belt, a link belt, a link chain or a chain-like structure is looped, in particular as in the case of a conveyor belt, in order to make contact with the profile by way of a planar contact region which moves together with the profile and distributes the holding pressure in as planar a manner as possible to the profile.
A hearing assistance device, comprising: a housing; hearing assistance electronics disposed in the housing; and a battery door coupled to a conductive hinge member, the battery door comprising an integrated switch that is connected to the hearing assistance electronics using the conductive hinge member; wherein the conductive hinge member includes an electrically conductive hinge pin. a housing; hearing assistance electronics disposed in the housing; and a battery door coupled to a conductive hinge member, the battery door comprising an integrated switch that is connected to the hearing assistance electronics using the conductive hinge member;