mhurhangee/ep-ind-claims huggingface dataset:
An authentication method comprising: at a first device, detecting information (116a, 116b) encoded in a wireless authenticator device (115a, 115b) based on a wireless interaction between the first device and the wireless authenticator device, the first device detecting the information encoded in the wireless authenticator device while securing resources on the first device according to a first security mode; based on detecting the information, selecting a second security mode associated with the wireless authenticator device, the second security mode comprising one of a plurality of distinct security modes, each of the plurality of distinct security modes being associated with a respective one of a plurality of distinct wireless authenticator devices and defining accessibility attributes of the resources for the first device, characterised in that at least the second security mode defines an authentication attribute that indicates an authentication mechanism required before allowing the resources to be accessed externally to the first device; applying the selected second security mode at the first device; and verifying receipt of the authentication mechanism before allowing the resources to be accessed externally to the first device wherein the authentication mechanism is configured based at least in part on a location of the wireless authenticator device. at a first device, detecting information (116a, 116b) encoded in a wireless authenticator device (115a, 115b) based on a wireless interaction between the first device and the wireless authenticator device, the first device detecting the information encoded in the wireless authenticator device while securing resources on the first device according to a first security mode; based on detecting the information, selecting a second security mode associated with the wireless authenticator device, the second security mode comprising one of a plurality of distinct security modes, each of the plurality of distinct security modes being associated with a respective one of a plurality of distinct wireless authenticator devices and defining accessibility attributes of the resources for the first device, characterised in that at least the second security mode defines an authentication attribute that indicates an authentication mechanism required before allowing the resources to be accessed externally to the first device; applying the selected second security mode at the first device; and verifying receipt of the authentication mechanism before allowing the resources to be accessed externally to the first device wherein the authentication mechanism is configured based at least in part on a location of the wireless authenticator device.
Fuel injector, in particular common-rail injector, having an injector housing in which there is formed a high-pressure chamber which can be supplied with pressurized fuel via a supply bore arranged in the injector housing, having at least one injection opening, which is connected at least indirectly to the high-pressure chamber and which is formed in the injector housing and which serves for the injection of fuel into the combustion chamber of an internal combustion engine, having an injection member which opens up or closes off the at least one injection opening, and having a measuring device for at least indirectly detecting the pressure in the high-pressure chamber or in the supply bore, wherein the measuring device is designed to detect an elastic deformation of a deformation region which is arranged so as to be at least indirectly operatively connected to the supply bore or to the high-pressure chamber, and wherein the measuring device has a sensor element which is connected to the surface of the deformation region by means of an adhesive connection, wherein the measuring device is covered at least in certain regions by a protective device, and wherein the protective device is formed as a casting compound (40; 40a; 40c) or plastics injection-moulded encapsulation, characterized in that the casting compound (40; 40a; 40c) or plastics injection-moulded encapsulation is, on the side averted from the sensor element, arranged so as to be directly operatively connected to the surroundings or is surrounded by a cover element which is, on the side averted from the sensor element, arranged so as to be directly operatively connected to the surroundings, wherein the casting compound (40; 40a; 40c) or plastics injection-moulded encapsulation is connected to the sensor element such that a pressure force or compressive stress acting in the direction of the sensor element is generated by the casting compound (40; 40a; 40c) or plastics injection-moulded encapsulation, wherein the casting compound (40; 40a; 40c) or plastics injection-moulded encapsulation covers the sensor element on the face surface averted from the injector housing and at the circumferential surface of said sensor element.
An extension device for a bone anchor, which comprises a receiving part, the device comprising: two tabs (10a, 10b), each one tab for coupling to one of two legs (22a, 22b) of the receiving part, respectively, each of the tabs (10a, 10b) including: an elongate shaft portion (11a, 11b), that forms part of a channel for guiding surgical implants to a bone anchor, and a coupling portion (12a, 12b), which is provided at a distal end of the elongate shaft portion (11a, 11b) and which is configured to be coupled to the receiving part, wherein the two tabs (10a, 10b) are separate parts; characterised in that the coupling portion (12a, 12b) of each tab includes a first engagement portion (151a, 151b) for engaging a first engagement face (212a, 212b) of the receiving part and a second engagement portion (111a, 111b) for engaging a second engagement face (213a, 213b) of the receiving part, and a spring element (15a, 15b) is provided at the coupling portion (12a, 12b) of each tab, the spring element exerting a compression force to urge the first and second engagement portions (151a, 151b; 111a, 111b) in mutually opposite directions towards each other and towards the corresponding first and second engagement faces (212a, 212b; 213a, 213b) along a longitudinal axis defined by the extension device and the receiving part when being coupled together. two tabs (10a, 10b), each one tab for coupling to one of two legs (22a, 22b) of the receiving part, respectively, each of the tabs (10a, 10b) including: an elongate shaft portion (11a, 11b), that forms part of a channel for guiding surgical implants to a bone anchor, and a coupling portion (12a, 12b), which is provided at a distal end of the elongate shaft portion (11a, 11b) and which is configured to be coupled to the receiving part, an elongate shaft portion (11a, 11b), that forms part of a channel for guiding surgical implants to a bone anchor, and a coupling portion (12a, 12b), which is provided at a distal end of the elongate shaft portion (11a, 11b) and which is configured to be coupled to the receiving part,
A contact lens inspection system, in particular for soft contact lenses, comprising: a light source for illuminating a contact lens to be inspected, said light source being adapted to illuminate said contact lens with collimated light from a front side or the rear side of said contact lens; a camera having an objective lens and an electronic sensor, said camera being arranged to produce an electronic orthographic image of said contact lens on said electronic sensor, wherein said objective lens has a diameter which is at least as large as a maximum diameter of said contact lens, and wherein said camera is arranged on that side of said contact lens opposite to said side where said light source is arranged; an electronic scanning and evaluation unit adapted for electronically scanning at least one portion of said electronic orthographic image of said contact lens on said electronic sensor in sections of a predetermined size to detect within each of said sections of said electronic orthographic image of said contact lens a line structure, and further adapted for counting a total number of detected line structures in said scanned at least one portion of said electronic orthographic image of said contact lens and for comparing said total number of detected line structures with a predetermined threshold value to determine whether or not said contact lens is inverted. a light source for illuminating a contact lens to be inspected, said light source being adapted to illuminate said contact lens with collimated light from a front side or the rear side of said contact lens; a camera having an objective lens and an electronic sensor, said camera being arranged to produce an electronic orthographic image of said contact lens on said electronic sensor, wherein said objective lens has a diameter which is at least as large as a maximum diameter of said contact lens, and wherein said camera is arranged on that side of said contact lens opposite to said side where said light source is arranged; an electronic scanning and evaluation unit adapted for electronically scanning at least one portion of said electronic orthographic image of said contact lens on said electronic sensor in sections of a predetermined size to detect within each of said sections of said electronic orthographic image of said contact lens a line structure, and further adapted for counting a total number of detected line structures in said scanned at least one portion of said electronic orthographic image of said contact lens and for comparing said total number of detected line structures with a predetermined threshold value to determine whether or not said contact lens is inverted.
Bag with variable carrying methods, whereby the bag has a) two handles 2; b) at least one guiding element 3 on the side of the bag; c) at least one fastening element 4, which is arranged on the underside of the bag, whereby the one side of the fastening element is fixed to the bag 1 and the other side is connected to the bag 1 but is detachable, so that the fastening element 4 is arranged in a stowable manner; and d) retaining elements 5, whereby one end of each handle is fixedly connected to the bag, and whereby said first handle 2 shows an initial part of a retaining element 5, which interacts with a complementary second part of the retaining element 5 on the bag underside 1 and which can retain, in a releasable manner, said second handle 2, whereby the second handle 2 has a hole 8 near its free end and acts with at least one retaining element 5 of the first handle 2 either with at least one retaining element 5 of the second handle 2 or through the hole 8 on the bag underside 1. a) two handles 2; b) at least one guiding element 3 on the side of the bag; c) at least one fastening element 4, which is arranged on the underside of the bag, whereby the one side of the fastening element is fixed to the bag 1 and the other side is connected to the bag 1 but is detachable, so that the fastening element 4 is arranged in a stowable manner; and d) retaining elements 5, whereby one end of each handle is fixedly connected to the bag, and whereby said first handle 2 shows an initial part of a retaining element 5, which interacts with a complementary second part of the retaining element 5 on the bag underside 1 and which can retain, in a releasable manner, said second handle 2, whereby the second handle 2 has a hole 8 near its free end and acts with at least one retaining element 5 of the first handle 2 either with at least one retaining element 5 of the second handle 2 or through the hole 8 on the bag underside 1.
A valve for regulating a flow cross section in a throttle flap connector, having a throttle flap which is mounted in the throttle flap connector so as to be rotatable about an axis of rotation, wherein the throttle flap is rotatable about the axis of rotation, by means of an actuator which acts on the throttle flap, counter to a force generated by a mechanical spring, wherein the throttle flap, in at least a first position, is fixable in said first position by means of a magnet device, and wherein the magnet device comprises a permanent magnet which is arranged in positionally fixed fashion in a cutout in a housing of the throttle flap connector and a magnetic counterpart which is arranged on the rotatable throttle flap.
An assembly for a vehicle including a bumper skin, an air intake screen and an upper shock absorber having a succession of vertical internal ribs extending between a front face and a rear face of said absorber, the air intake screen being fixed on said absorber, the assembly characterized in that the upper shock absorber has a succession of vertical and horizontal internal ribs extending between the front face and the rear face of said absorber, said vertical ribs being disposed alternately with said horizontal ribs and spaced from one another, and in that the upper shock absorber shows at least one zone with reduced thickness, and at least one opening situated at the level of one of the horizontal ribs such that the air intake screen is fixed on the upper shock absorber at the level of this zone of reduced thickness, on at least one horizontal rib by passage of fixing means through said opening, preferably the width of the opening being less than the width of the horizontal rib.
A cyanate resin, obtainable by mixing at least (i) one difunctional, oligofunctional and/or polyfunctional cyanate and/or of at least one prepolymer thereof, optionally in combination with at least one additional copolymerizable component and (ii) at least one siloxane and/or a siloxane-containing component, wherein the resin contains a linear polydialkylsiloxane-caprolactone copolymer or polydialkylsiloxane-caprolactam copolymer as siloxane-containing component. (i) one difunctional, oligofunctional and/or polyfunctional cyanate and/or of at least one prepolymer thereof, optionally in combination with at least one additional copolymerizable component and (ii) at least one siloxane and/or a siloxane-containing component, wherein the resin contains a linear polydialkylsiloxane-caprolactone copolymer or polydialkylsiloxane-caprolactam copolymer as siloxane-containing component.
A method for manufacturing a filter assembly for removing particles from an air stream comprising at least one media pack arranged in a frame structure, said media pack being pleated and having opposing first and second open ends, said open ends being the edges of the filter media pack having accordion like folds, said method comprising: for each media pack: in a first molding step, sealing said first and second open ends by adding a sealing layer to each open end, which sealing layer embeds the open end, thereby providing a sealed first edge and a sealed second edge of each respective media pack; and subsequently arranging said at least one media pack in said frame structure and in a second molding step securing and sealing said sealed first edge and said sealed second edge, respectively, to at least one frame element of said frame structure. in a first molding step, sealing said first and second open ends by adding a sealing layer to each open end, which sealing layer embeds the open end, thereby providing a sealed first edge and a sealed second edge of each respective media pack; and subsequently arranging said at least one media pack in said frame structure and in a second molding step securing and sealing said sealed first edge and said sealed second edge, respectively, to at least one frame element of said frame structure.
Filter element, comprising a filter body made of a zigzag-folded filter bellows with a longitudinal axis, the inner and outer circumferential surface of which is permeable to a medium to be filtered, in particular to air, a first open or closed end disk disposed on one front side and a second end disk disposed at the opposite front side, wherein the outer circumferential surface of the filter body features at least one fluid-tight area which is impermeable to the medium to be filtered, wherein the area is formed by an in particular self-supporting inflow protection resting on the outer circumferential surface and/or by a handle protection, wherein the inflow protection and/or the handle protection is formed by a flexible sheet which is applied to the circumferential surface of the filter body and embedded in an end disk (16, 18) at an edge adjacent to an end disk (16, 18), wherein the edge adjacent to the end disk (16, 18) features openings which are penetrated by the material of the end disk (16, 18).
An information processing apparatus comprising: a dividing unit configured to divide files of a first plurality of files (F1, F2, F3) stored in a storage device into a second plurality of files (F1-1, Fl-2, F2-1, F2-2, F3-1, F3-3), wherein dividing a file results in a set of files, and wherein each file in the resulting set includes a different non-overlapping range of values of a same predetermined property, when each range of values corresponding to each of the first plurality of files includes a specific range (Xa, Xb) and a total size of the first plurality of files exceeds a threshold for an amount of data to be read into a memory of said information processing apparatus, repeat the division of files of the second plurality of files (F1-1, Fl-2, F2-1, F2-2, F3-1, F3-3), until for each value of the property the amount of data to be read from the second plurality of files is smaller than the threshold, wherein the threshold is defined to satisfy a requirement for efficiency of a search process and is defined as an amount of data corresponding to an I/O time to read a disk. a dividing unit configured to divide files of a first plurality of files (F1, F2, F3) stored in a storage device into a second plurality of files (F1-1, Fl-2, F2-1, F2-2, F3-1, F3-3), wherein dividing a file results in a set of files, and wherein each file in the resulting set includes a different non-overlapping range of values of a same predetermined property, when each range of values corresponding to each of the first plurality of files includes a specific range (Xa, Xb) and a total size of the first plurality of files exceeds a threshold for an amount of data to be read into a memory of said information processing apparatus, repeat the division of files of the second plurality of files (F1-1, Fl-2, F2-1, F2-2, F3-1, F3-3), until for each value of the property the amount of data to be read from the second plurality of files is smaller than the threshold, wherein the threshold is defined to satisfy a requirement for efficiency of a search process and is defined as an amount of data corresponding to an I/O time to read a disk.
A layered article comprising: a porous structure material containing discontinuous reinforcing fibers, resin and voids; and a skin layer formed on a surface of the porous structure material, characterised in that the porous structure material has an elastic resilience from 50% compression of 1 MPa or more, as measured by the method of the description, the layered article has a plastic deformation amount of 15 um or less in a falling-weight impact test performed, according to the method of the description, on the surface on which the skin layer is formed, the resin contains at least one selected from the group consisting of polyamide resin, polyphenylene sulfide resin, polyketone resin, polyetherketone resin, polyetheretherketone resin, polyetherketoneketone resin, polyethernitrile resin, fluororesin, liquid crystal polymer, polycarbonate resin, polymethyl methacrylate resin, polyphenylene ether resin, polyimide resin, polyamideimide resin, polyetherimide resin, polysulfone resin, and polyether sulfone resin, and the layered article has a ratio tp/ts of thickness tp of the porous structure material and thickness ts of the skin layer of 10 or more. a porous structure material containing discontinuous reinforcing fibers, resin and voids; and a skin layer formed on a surface of the porous structure material, characterised in that the porous structure material has an elastic resilience from 50% compression of 1 MPa or more, as measured by the method of the description, the layered article has a plastic deformation amount of 15 um or less in a falling-weight impact test performed, according to the method of the description, on the surface on which the skin layer is formed, the resin contains at least one selected from the group consisting of polyamide resin, polyphenylene sulfide resin, polyketone resin, polyetherketone resin, polyetheretherketone resin, polyetherketoneketone resin, polyethernitrile resin, fluororesin, liquid crystal polymer, polycarbonate resin, polymethyl methacrylate resin, polyphenylene ether resin, polyimide resin, polyamideimide resin, polyetherimide resin, polysulfone resin, and polyether sulfone resin, and the layered article has a ratio tp/ts of thickness tp of the porous structure material and thickness ts of the skin layer of 10 or more.
A self-clumping cat litter formed of litter granules comprised of extruded starch-containing pellets which each have a plurality of pairs of internal voids that aid liquid absorption, which have an outer surface and which include a water-soluble carbohydrate polymer binder formed during extrusion that functions as a litter clump agent, having: (a) at least 40% starch by weight of the cat litter, and, characterized in that: (b) each pellet has between 2% and 15% carbohydrate polymer binder by uncoated untreated pellet weight of the cat litter formed from starch during making of the cat litter, with at least some of the carbohydrate polymer binder disposed at or along the outer surface of each pellet enabling it to be dissolved by water, urine or another liquid to form a flowable liquid adhesive that flows from the pellet clumping the cat litter. (a) at least 40% starch by weight of the cat litter, and, characterized in that: (b) each pellet has between 2% and 15% carbohydrate polymer binder by uncoated untreated pellet weight of the cat litter formed from starch during making of the cat litter, with at least some of the carbohydrate polymer binder disposed at or along the outer surface of each pellet enabling it to be dissolved by water, urine or another liquid to form a flowable liquid adhesive that flows from the pellet clumping the cat litter.