mhurhangee/ep-ind-claims huggingface dataset:
A method for finding a wearable device, applied to an electronic device, comprising: receiving a first event from the wearable device, wherein the first event comprises a wearing event or a taking-off event; determining that a current scenario is a home scenario, indicating that the electronic device is located in a preset residence area, in response to receiving the first event; obtaining a first life scenario, which is a usage scenario, in response to receiving the first event if it is determined that the electronic device is located in the preset residence area; recording an association relationship between the first event and the first life scenario; displaying a first interface in response to a first user operation on a first application program; wherein the first interface comprises a first option for finding the wearable device; and displaying a second interface in response to a user operation of selecting the first option; wherein the second interface comprises first information and second information that are corresponding to the wearable device, the first information is associated with the second information, the first information corresponds to the first life scenario, and the second information corresponds to the first event. receiving a first event from the wearable device, wherein the first event comprises a wearing event or a taking-off event; determining that a current scenario is a home scenario, indicating that the electronic device is located in a preset residence area, in response to receiving the first event; obtaining a first life scenario, which is a usage scenario, in response to receiving the first event if it is determined that the electronic device is located in the preset residence area; recording an association relationship between the first event and the first life scenario; displaying a first interface in response to a first user operation on a first application program; wherein the first interface comprises a first option for finding the wearable device; and displaying a second interface in response to a user operation of selecting the first option; wherein the second interface comprises first information and second information that are corresponding to the wearable device, the first information is associated with the second information, the first information corresponds to the first life scenario, and the second information corresponds to the first event.
A connection device for installing an electrical device at a ceiling, comprising: a connection interface for receiving an electric cable, a connection interface for providing electric power to the electrical device, a supporting element configured to be connected to a concrete ceiling structure and to support the electrical device, and an opening for receiving the electric cable and a ceiling fastener from the ceiling structure; the ceiling fastener being selected from the group consisting of a bolt, a screw or an assembly of a threaded rod and a nut; characterized by the opening comprising a slot in the supporting element for slidably receiving the body of the ceiling fastener, and the slot comprising a fixing portion smaller than the head of the ceiling fastener, said portion of the supporting element being configured to suspend the connection device from the head of the ceiling fastener. a connection interface for receiving an electric cable, a connection interface for providing electric power to the electrical device, a supporting element configured to be connected to a concrete ceiling structure and to support the electrical device, and an opening for receiving the electric cable and a ceiling fastener from the ceiling structure; the ceiling fastener being selected from the group consisting of a bolt, a screw or an assembly of a threaded rod and a nut; characterized by the opening comprising a slot in the supporting element for slidably receiving the body of the ceiling fastener, and the slot comprising a fixing portion smaller than the head of the ceiling fastener, said portion of the supporting element being configured to suspend the connection device from the head of the ceiling fastener.
A method comprising: automatically generating an output signal responsive to an input signal, said input signal indicative of an arc fault, said output signal configured to cause an electrical circuit to open, wherein said output signal generated is responsive to a derived signal based upon a first threshold (1100, 1200) having a first amplitude, characterized by said first threshold changed from said first amplitude to a second amplitude if a predetermined percentage of historical sampled values of a measured electrical parameter are within a predetermined range during a predetermined time period, said second amplitude for said first threshold based upon an average of a predetermined count of said historical sampled values of said measured electrical parameter. automatically generating an output signal responsive to an input signal, said input signal indicative of an arc fault, said output signal configured to cause an electrical circuit to open, wherein said output signal generated is responsive to a derived signal based upon a first threshold (1100, 1200) having a first amplitude, characterized by said first threshold changed from said first amplitude to a second amplitude if a predetermined percentage of historical sampled values of a measured electrical parameter are within a predetermined range during a predetermined time period, said second amplitude for said first threshold based upon an average of a predetermined count of said historical sampled values of said measured electrical parameter.
A tire comprising a cap tread, wherein the cap tread is composed of a rubber composition comprising 0.20 parts by mass or more of C40-C70 branched alkane based on 100 parts by mass of a rubber component and having 0.16 or less of tan δ at 30°C, and wherein the cap tread has a sipe with a three-dimensional shape or a sipe with a portion of a maximum cross-sectional area inside a surface of the tread, and wherein the maximum cross-sectional area is 1.1 times or more than the minimum cross-sectional area. wherein the cap tread is composed of a rubber composition comprising 0.20 parts by mass or more of C40-C70 branched alkane based on 100 parts by mass of a rubber component and having 0.16 or less of tan δ at 30°C, and wherein the cap tread has a sipe with a three-dimensional shape or a sipe with a portion of a maximum cross-sectional area inside a surface of the tread, and wherein the maximum cross-sectional area is 1.1 times or more than the minimum cross-sectional area.
An access control method, wherein the method comprises: receiving, by an authentication device, a packet sent by an access device, wherein the packet comprises a virtual local area network, VLAN, identifier; and wherein the method is characterized by authenticating, by the authentication device, based on the VLAN identifier and a preconfigured correspondence by using an authentication method corresponding to the VLAN identifier, a terminal device that sends the packet, wherein the correspondence comprises a mapping from a plurality of VLAN identifiers to at least two authentication methods and the at least two authentication methods comprise MAC authentication and captive portal authentication. receiving, by an authentication device, a packet sent by an access device, wherein the packet comprises a virtual local area network, VLAN, identifier; and wherein the method is characterized by authenticating, by the authentication device, based on the VLAN identifier and a preconfigured correspondence by using an authentication method corresponding to the VLAN identifier, a terminal device that sends the packet, wherein the correspondence comprises a mapping from a plurality of VLAN identifiers to at least two authentication methods and the at least two authentication methods comprise MAC authentication and captive portal authentication.
An multi-directional LED lamp comprising: a cooling cylinder; a lamp housing unit, assembled at a top of the cooling cylinder; a lamp cap, assembled at a top of the lamp housing unit; a LED lighting unit, installed in an interior of the cooling cylinder; a driving circuit board, installed in an interior of the lamp housing unit, and electrically connected to the lamp cap and the LED lighting unit; and a transparent lampshade unit, assembled at a bottom of the cooling cylinder and covering the LED lighting unit, a cross-sectional area of the transparent lampshade unit is greater than a cross-sectional area of the cooling cylinder, to outwardly protrude from the cooling cylinder, wherein the transparent lampshade unit comprises an upper transparent lampshade and a lower transparent lampshade, and the lower transparent lampshade is assembled at a bottom of the upper transparent lampshade, the upper transparent lampshade is a convex lampshade, comprises an upper inner wall, a flat shade body and a lower outer wall connected in order, an inner wall of the lower outer wall has a plurality of inner notches spaced to each other, the lower transparent lampshade is a bowl lampshade, which has a bowl shade body and a convex wall connecting around the bowl shade body, the convex wall has a plurality outer hook bodies spaced to each other, and each of the outer hook bodies are respectively engaged with one of the inner notches, and the flat shade body allows a light reflected by the bowl shade body to transmit toward a direction of the lamp cap through the flat shade body.
Fitting assembly for a corner cupboard, in particular a kitchen corner cupboard, wherein the corner cupboard has a cupboard carcass and an interior accessible through a corner cupboard door, in which at least one shelf is movably guided by means of at least two levers, movable relative to one another, between an inner position and an outer position in which the shelf extends outwards at least partly over a plane of a door opening, and with a damping device belonging to the fitting assembly for damping the shelf movement when moving inwards into the inner position and/or moving outwards into the outer position, characterised in that the damping device has a shock absorber which is so arranged that it damps not only on approaching the inner position but also on approaching the outer position, and is ineffective in at least one intermediate position lying between the inner and the outer position.
Method for controlling the disengagement limit position of a movable dog relative to a fixed dog of a motor vehicle transmission, having the following steps: - position values of the movable dog are acquired; - an abutment position of the movable dog against the fixed dog is detected for a predefined time; and - said limit position is calculated from the setpoint position value of the movable dog in abutment against the fixed dog, characterized in that the position of the movable dog is compared with an engagement position detection threshold, and step of calculating said limit position is carried out if the dog has been shifted into the engagement position, the setpoint position values of the movable dog being processed so as to apply a delay corresponding to a delay in the implementation of an actuator in order to obtain the position value of the movable dog. - position values of the movable dog are acquired; - an abutment position of the movable dog against the fixed dog is detected for a predefined time; and - said limit position is calculated from the setpoint position value of the movable dog in abutment against the fixed dog,
A detector device comprising an activator element and a detector element that are mounted to move relative to each other, the detector element generating a detection signal by a proximity effect when the activator element is facing it, said detector device further comprising a swing system with a first lever carrying the detector element and a second lever carrying the activator element, said levers being mounted on a common pivot while being offset angularly from each other, the second lever being designed to pivot from a rest position towards the first lever under the effect of a thrust and to move angularly closer to the first lever until it reaches a state of alignment in which the activator element and the detector element are in alignment, said first and second levers being designed such that, starting from the state of alignment and under the effect of the thrust, the second lever causes the first lever to pivot through a certain angular range.
An individual impression tray made of a pre-printed semifinished product for obtaining an impression of a dental arch, said individual impression tray made of a pre-printed semifinished product being substantially U-shaped and having a recess on one side and a corresponding protrusion on the opposite side, said individual impression tray made of a pre-printed semifinished product having at least an externally protruding wing and characterised in that it comprises at least one retaining portion that, in use, remains visible and that is adapted to hold the impression material; said at least one retaining portion being constituted by portions of fibres of a material selected from the group consisting of: woven fabric, non woven fabric, knitted fabric, or a combination thereof.
A memory cell, comprising: a channel-supporting material; a dielectric material over the channel-supporting material; a carrier-trapping material over the dielectric material; the carrier-trapping material comprising gallium, indium, zinc and oxygen; and an electrically conductive electrode material over and directly against the carrier-trapping material. a channel-supporting material; a dielectric material over the channel-supporting material; a carrier-trapping material over the dielectric material; the carrier-trapping material comprising gallium, indium, zinc and oxygen; and an electrically conductive electrode material over and directly against the carrier-trapping material.
A single-chain, polypeptide fusion protein, comprising: (a) a non-cytotoxic protease capable of cleaving a protein of the exocytic fusion apparatus of a target cell; (b) a targeting moiety that is capable of binding to a binding site on the target cell, which binding site is capable of undergoing endocytosis to be incorporated into an endosome within the target cell; (c) a translocation domain that is capable of translocating the protease from within an endosome, across the endosomal membrane and into the cytosol of the target cell; (d) a first protease cleavage site at which site the fusion protein is cleavable by a first protease, wherein the first protease cleavage site is located between the non-cytotoxic protease and the translocation domain; (e) a second protease cleavage site at which site the fusion protein is cleavable by a second protease, wherein the second protease cleavage site is located between the translocation domain and the targeting moiety; and (f) a covalent linkage between the targeting moiety and the translocation domain, wherein following proteolytic cleavage at the second protease cleavage site the targeting moiety remains linked to the translocation domain by said covalent linkage; wherein following cleavage at the first and second cleavage sites the targeting moiety is capable of interacting with the binding site on the target cell via an interaction between an N-terminal domain of the targeting moiety and a domain of the binding site and simultaneously via an interaction between a C-terminal domain of the targeting moiety and a domain of the binding site. (a) a non-cytotoxic protease capable of cleaving a protein of the exocytic fusion apparatus of a target cell; (b) a targeting moiety that is capable of binding to a binding site on the target cell, which binding site is capable of undergoing endocytosis to be incorporated into an endosome within the target cell; (c) a translocation domain that is capable of translocating the protease from within an endosome, across the endosomal membrane and into the cytosol of the target cell; (d) a first protease cleavage site at which site the fusion protein is cleavable by a first protease, wherein the first protease cleavage site is located between the non-cytotoxic protease and the translocation domain; (e) a second protease cleavage site at which site the fusion protein is cleavable by a second protease, wherein the second protease cleavage site is located between the translocation domain and the targeting moiety; and (f) a covalent linkage between the targeting moiety and the translocation domain, wherein following proteolytic cleavage at the second protease cleavage site the targeting moiety remains linked to the translocation domain by said covalent linkage; wherein following cleavage at the first and second cleavage sites the targeting moiety is capable of interacting with the binding site on the target cell via an interaction between an N-terminal domain of the targeting moiety and a domain of the binding site and simultaneously via an interaction between a C-terminal domain of the targeting moiety and a domain of the binding site.
A sound-absorbing material nonwoven fabric comprising: 30 to 80 mass% of short fibers A having a fineness of 0.4 to 0.9 dtex; and 20 to 70 mass% of short fibers B having a fineness of 1.1 to 20.0 dtex, characterized in that a carding passage coefficient of the short fibers A calculated from following equation being in a range of 15 to 260, carding passage coefficient = (fineness × tensile strenght × √elongation elongation percentage × √number of crimps × √crimping degree) / (fiber length) <fineness (dtex), tensile strength (cN/dtex), tensile elongation percentage (%), number of crimps (peaks/25 mm), crimping degree (%), fiber length (cm)>, wherein the mass% is measured in accordance with the method specified in JIS L 1030-1: 2006 "Testing methods for quantitative analysis of fibre mixtures - Part 1: Testing methods for fibre identification" and JIS L 1030-2: 2005 "Testing methods for quantitative analysis of fibre mixtures of textiles - Part 2: Testing methods for quantitative analysis of fibre mixtures", the fineness is measured in accordance with the method specified in JIS L 1030-2: 2005, the tensile strength and the elongation percentage are measured in accordance with the method specified in JIS L 1015 8.7.1, the number of crimps and the crimping degree is measured in accordance with the method specified in JIS L 1015-8-12-1 and 2 (2010 revised edition), and the fiber length is measured by the direct method (Method C) specified in JIS L 1015: 2010 8.4.1. 30 to 80 mass% of short fibers A having a fineness of 0.4 to 0.9 dtex; and 20 to 70 mass% of short fibers B having a fineness of 1.1 to 20.0 dtex, characterized in that a carding passage coefficient of the short fibers A calculated from following equation being in a range of 15 to 260, carding passage coefficient = (fineness × tensile strenght × √elongation elongation percentage × √number of crimps × √crimping degree) / (fiber length) <fineness (dtex), tensile strength (cN/dtex), tensile elongation percentage (%), number of crimps (peaks/25 mm), crimping degree (%), fiber length (cm)>, wherein the mass% is measured in accordance with the method specified in JIS L 1030-1: 2006 "Testing methods for quantitative analysis of fibre mixtures - Part 1: Testing methods for fibre identification" and JIS L 1030-2: 2005 "Testing methods for quantitative analysis of fibre mixtures of textiles - Part 2: Testing methods for quantitative analysis of fibre mixtures", the fineness is measured in accordance with the method specified in JIS L 1030-2: 2005, the tensile strength and the elongation percentage are measured in accordance with the method specified in JIS L 1015 8.7.1, the number of crimps and the crimping degree is measured in accordance with the method specified in JIS L 1015-8-12-1 and 2 (2010 revised edition), and the fiber length is measured by the direct method (Method C) specified in JIS L 1015: 2010 8.4.1.
A method of providing a space filling layer or space filling volume adjacent to or on a surface to fill a gap in a building envelope, the method comprising: (a) applying to said surface a foamed sample of a foamable waterborne dispersion, wherein said foamable waterborne dispersion comprises: a polyurethane polymer formed from isophorone diisocyanate and at least two different polymeric polyol components which comprise one or more polyether polyol and one or more polyester polyol; and (b) allowing the foamed sample of foamable waterborne dispersion to dry under ambient conditions to yield a stable flexible foam; wherein the ambient cure conditions include a temperature of from 4 °C to 32 °C, and a humidity of 0% relative humidity to 90% relative humidity; and wherein the stable foam does not collapse under conditions of 32 °C and 90% relative humidity. (a) applying to said surface a foamed sample of a foamable waterborne dispersion, wherein said foamable waterborne dispersion comprises: a polyurethane polymer formed from isophorone diisocyanate and at least two different polymeric polyol components which comprise one or more polyether polyol and one or more polyester polyol; and a polyurethane polymer formed from isophorone diisocyanate and at least two different polymeric polyol components which comprise one or more polyether polyol and one or more polyester polyol; and (b) allowing the foamed sample of foamable waterborne dispersion to dry under ambient conditions to yield a stable flexible foam; wherein the ambient cure conditions include a temperature of from 4 °C to 32 °C, and a humidity of 0% relative humidity to 90% relative humidity; and wherein the stable foam does not collapse under conditions of 32 °C and 90% relative humidity.
Dosing device for the production of a ready-to-use disinfectant solution from water and concentrate, wherein a dosing pump introduces concentrate into a water outlet, characterised in that a feed tank with a free outlet feeds the water outlet and that the feed tank has an outlet nozzle with a constant flow and that the water outlet does not measure the flow rate and dosing is carried out only by measuring the dose of the concentrate.