mhurhangee/ep-ind-claims huggingface dataset:
A method for encrypting an application, comprising: receiving a foreground running request sent by the application, wherein the foreground running request comprises a system account ID of a system account currently logged in to a system; detecting whether the system account ID satisfies a preset replacing condition; replacing the system account ID with a main account ID if the system account ID satisfies the preset replacing condition; reading a resource file corresponding to the main account, wherein the resource file corresponding to the main account comprises an encryption instruction and an encryption algorithm corresponding to each application; searching for an encryption instruction and an encryption algorithm corresponding to the application in the resource file; and encrypting the application by using the encryption algorithm if the encryption instruction instructs to encrypt the application. receiving a foreground running request sent by the application, wherein the foreground running request comprises a system account ID of a system account currently logged in to a system; detecting whether the system account ID satisfies a preset replacing condition; replacing the system account ID with a main account ID if the system account ID satisfies the preset replacing condition; reading a resource file corresponding to the main account, wherein the resource file corresponding to the main account comprises an encryption instruction and an encryption algorithm corresponding to each application; searching for an encryption instruction and an encryption algorithm corresponding to the application in the resource file; and encrypting the application by using the encryption algorithm if the encryption instruction instructs to encrypt the application.
An electronic inhalation device comprising a power cell and a computer, where the computer comprises a computer processor, a memory and an input-output means; wherein the computer is configured in use to enter a menu mode when a user activates the menu mode and operate in a normal mode that allows a user to use the device for its primary function and inhale using the inhalation device, wherein the menu mode enables a user to alter an operational parameter of the device; wherein the device further comprises a vaporiser having a heating element, and characterized in that the vaporiser is prevented from activating when the device is in menu mode. wherein the computer is configured in use to enter a menu mode when a user activates the menu mode and operate in a normal mode that allows a user to use the device for its primary function and inhale using the inhalation device, wherein the menu mode enables a user to alter an operational parameter of the device; wherein the device further comprises a vaporiser having a heating element, and characterized in that the vaporiser is prevented from activating when the device is in menu mode.
A rechargeable lithium battery, comprising an electrode assembly comprising a positive electrode comprising a positive current collector and a positive active material layer disposed on the positive current collector; a negative electrode comprising a negative current collector, a negative active material layer disposed on the negative current collector, and a negative electrode functional layer disposed on the negative active material layer; and a separator; wherein the positive active material layer comprises a first positive active material comprising lithium and at least one of a composite oxide of a metal selected from cobalt, manganese, and nickel, and a second positive active material comprising a compound represented by Chemical Formula 1: [Chemical Formula 1] Li a Fe 1-x1 M x1 PO 4 wherein, in Chemical Formula 1, 0.90 ≤ a ≤ 1.8, 0 ≤ x1 ≤ 0.7, and M is at least one of Mn, Co, and Ni, the negative electrode functional layer comprises flake-shaped polyethylene particles, wherein a ratio of the long axis length relative to the short axis length of the flake-shaped polyethylene particles is 1.1 to 4.5. an electrode assembly comprising a positive electrode comprising a positive current collector and a positive active material layer disposed on the positive current collector; a negative electrode comprising a negative current collector, a negative active material layer disposed on the negative current collector, and a negative electrode functional layer disposed on the negative active material layer; and a separator; wherein the positive active material layer comprises a first positive active material comprising lithium and at least one of a composite oxide of a metal selected from cobalt, manganese, and nickel, and a second positive active material comprising a compound represented by Chemical Formula 1: [Chemical Formula 1] Li a Fe 1-x1 M x1 PO 4 wherein, in Chemical Formula 1, 0.90 ≤ a ≤ 1.8, 0 ≤ x1 ≤ 0.7, and M is at least one of Mn, Co, and Ni, the negative electrode functional layer comprises flake-shaped polyethylene particles, wherein a ratio of the long axis length relative to the short axis length of the flake-shaped polyethylene particles is 1.1 to 4.5.
Method for operating an x-ray device consisting of an x-ray emitter and an x-ray detector, configured in such a way that - an alternating magnetic field is produced and emitted at the x-ray emitter, - at least two sensors attached on the x-ray detector are each used to measure at least one magnetic field strength correlating with the alternating magnetic field, - an alignment of the x-ray detector relative to the x-ray emitter is determined on the basis of the measurement, wherein a translation and/or rotation is calculated at least in a plane in each case for the determination, - at least two transmission means for emitting the alternating magnetic field are operated in a manner arranged symmetrically with respect to one another and/or the at least two sensors are operated in a manner arranged symmetrically with respect to one another, - the measurement is carried out in such a way that a ratio is formed of the reception field strength as received on the part of the sensors, - the determination is carried out on the basis of the ratio. - an alternating magnetic field is produced and emitted at the x-ray emitter, - at least two sensors attached on the x-ray detector are each used to measure at least one magnetic field strength correlating with the alternating magnetic field, - an alignment of the x-ray detector relative to the x-ray emitter is determined on the basis of the measurement, wherein a translation and/or rotation is calculated at least in a plane in each case for the determination, - at least two transmission means for emitting the alternating magnetic field are operated in a manner arranged symmetrically with respect to one another and/or the at least two sensors are operated in a manner arranged symmetrically with respect to one another, - the measurement is carried out in such a way that a ratio is formed of the reception field strength as received on the part of the sensors, - the determination is carried out on the basis of the ratio.
A door system comprising a door leaf which is movably mounted in guide sections on both long sides, as well as a counterweight device provided with a cable unit comprising at least two cable parts extending substantially parallel to each other, which cable unit is connected to the movable door leaf with a first end, whilst a second end takes up a stationary position, said cable unit at least extending over a movable pulley between said first and said second end (16, 22), which counterweight device further comprises a spring unit which engages the movable pulley, as well as a cable tension compensation device (31, 41, 51) working in concert with the cable unit for loading the cable parts substantially equally, characterised in that the cable tension compensation device (31, 41, 51) is provided with a compensation element (32, 42, 52) disposed between two cable parts, which is provided with a cable guide (33, 43, 53) on either side thereof, against each of which cable guides (33, 43, 53) a cable part abuts, wherein the distance between the cable guides (33, 43, 53) of the compensation element (32, 42, 52) is larger or smaller than the average distance between the cable parts of the cable unit, which compensation element (32, 42, 52) is movable at least in a direction substantially transversely to the longitudinal direction of the cable parts under the influence of cable forces exerted on the compensation element (32, 42, 52) by the cable parts.
A laundry treatment machine comprising a drum, an air circulation duct through which circulation of processing air is effected for drying of laundry in the drum, a closed cycle fan circulating processing air and a condenser having drying channels connected between a condenser inlet tube and a condenser outlet tube in the manner to be inclined relative to the base plane of the laundry treatment machine, wherein the processing air coming from the air circulation duct flows along the drying channels through the condenser by means of said closed-cycle fan, the laundry treatment machine further comprising a water jet device disposed within said condenser outlet tube effective in eliminating lint accumulation in the condenser and a discharge line to discharge the condensate and lint cleaning water, characterized in that the condenser outlet tube is connected with the discharge line by means of a discharge hose having a first linear section with a surface sloping down, wherein the first linear section is in the form of a lint accumulation region whose inclination relative to the base plane of the laundry treatment machine is less than the inclination of the portion of the condenser outlet tube adjacent to the discharge hose relative to said base plane, and with the discharge hose having a second linear section whose inclination relative to the base plane of the laundry treatment machine is greater than the inclination of the first section relative to the base plane.
A shape memory alloy actuator comprising: a metal wire which is inserted through a first tube member; a shape memory alloy wire which is inserted through a second tube member, and which contracts due to heating by passing an electric current through it, and which is elongated due to cooling; a movable body which is movable in a direction in which, the length of the shape memory alloy wire changes; an elastic member which exerts an external force in a direction in which, the shape memory alloy wire elongates; and a fixing member to which, one end of the second tube member and one end of the shape memory alloy wire are fixed, wherein one end of the metal wire is connected to the movable body, one end of the shape memory alloy wire and one end of the metal wire are joined by a joining portion, a deformation in a longitudinal direction of the metal wire is less than a deformation in a longitudinal direction of the shape memory alloy wire, and the joining portion includes a plurality of crimp terminals (9a, 9b). a metal wire which is inserted through a first tube member; a shape memory alloy wire which is inserted through a second tube member, and which contracts due to heating by passing an electric current through it, and which is elongated due to cooling; a movable body which is movable in a direction in which, the length of the shape memory alloy wire changes; an elastic member which exerts an external force in a direction in which, the shape memory alloy wire elongates; and a fixing member to which, one end of the second tube member and one end of the shape memory alloy wire are fixed, wherein one end of the metal wire is connected to the movable body, one end of the shape memory alloy wire and one end of the metal wire are joined by a joining portion, a deformation in a longitudinal direction of the metal wire is less than a deformation in a longitudinal direction of the shape memory alloy wire, and the joining portion includes a plurality of crimp terminals (9a, 9b).
A semiconductor device, comprising: a substrate panel including a substrate comprising a first substrate area and a second substrate area, and a plurality of semiconductor die disposed over the first substrate area, wherein the second substrate area is disposed outside a footprint of the first substrate area; a molding compound disposed over the semiconductor die and first substrate area; and a solid metal substrate edge formed in the second substrate area, the solid metal substrate edge including a cantilever portion extending under the molding compound, and the solid metal substrate edge supporting a mold gate in the second substrate area. a substrate panel including a substrate comprising a first substrate area and a second substrate area, and a plurality of semiconductor die disposed over the first substrate area, wherein the second substrate area is disposed outside a footprint of the first substrate area; a molding compound disposed over the semiconductor die and first substrate area; and a solid metal substrate edge formed in the second substrate area, the solid metal substrate edge including a cantilever portion extending under the molding compound, and the solid metal substrate edge supporting a mold gate in the second substrate area.
An electrostatic dissipative composite, comprising a) a thermoplastic polymer matrix, wherein the thermoplastic polymer matrix comprises at least one polymer selected from the group consisting of polyetherimide, polycarbonate, polyamide, polyacetal, polyphenylene sulfide, and polyetheretherketone; and b) a plurality of carbon fibers having a tensile modulus as measured according to ASTM D638 in the range of from 262 GPa to 331 GPa (38 to 48 million pounds per square inch) dispersed within the thermoplastic polymer matrix, wherein the plurality of carbon fibers are present in the thermoplastic matrix in an amount of from 8 weight percent to 16 weight percent relative to a total weight of the composite; wherein the composite exhibits a surface resistivity in the range of from 10 6 ohms to 10 9 ohms. a) a thermoplastic polymer matrix, wherein the thermoplastic polymer matrix comprises at least one polymer selected from the group consisting of polyetherimide, polycarbonate, polyamide, polyacetal, polyphenylene sulfide, and polyetheretherketone; and b) a plurality of carbon fibers having a tensile modulus as measured according to ASTM D638 in the range of from 262 GPa to 331 GPa (38 to 48 million pounds per square inch) dispersed within the thermoplastic polymer matrix, wherein the plurality of carbon fibers are present in the thermoplastic matrix in an amount of from 8 weight percent to 16 weight percent relative to a total weight of the composite;
Smoke alarm comprising a housing, a light source, a multiplicity of entrance openings arranged in the housing, a smoke measurement cell for detecting smoke particles in inflowing ambient air, and, arranged in the housing interior, at least one apparatus for flow guidance (2, 2') of the inflowing ambient air, which is formed from a plurality of web-type or rib-type component parts, wherein a light guide is integrated in at least one of the web-type or rib-type component parts, characterized in that the light guide guides the light of the light source radially away from the smoke measurement cell to the housing's external side, wherein an acoustic signal generator is laterally provided next to the smoke measurement cell.
A method for preparing a sample for a nucleic acid amplification reaction, the method comprising: a a heating step of applying heat to a nucleic acid-containing sample; a monitoring step of monitoring an electrical conductivity of the sample and an electrodialysis step of reducing the monitored electrical conductivity of the sample to a desired electrical conductivity of 2,000 μS/cm or less.
A rib for a wing structure of an aircraft, the wing structure including at least one skin panel (72, 74) and a stringer coupled to the at least one skin panel, the rib comprising: a web defining at least one stringer hole sized to receive the stringer; a shear tie coupled to the web and configured to engage the at least one skin panel; and a clip positioned adjacent the at least one stringer hole, the clip having a base coupled to and aligned with the web, a head extending at an angle relative to the base and configured to engage the stringer, and a transition portion extending between the base and the head, characterized in that: the clip is formed integrally with the web; and the transition portion of the clip extends along a clip radius. a web defining at least one stringer hole sized to receive the stringer; a shear tie coupled to the web and configured to engage the at least one skin panel; and a clip positioned adjacent the at least one stringer hole, the clip having a base coupled to and aligned with the web, a head extending at an angle relative to the base and configured to engage the stringer, and a transition portion extending between the base and the head, characterized in that: the clip is formed integrally with the web; and the transition portion of the clip extends along a clip radius. the clip is formed integrally with the web; and the transition portion of the clip extends along a clip radius.
An apparatus for analyzing a state of an oil-filled electrical device, simulating a state of an oil-filled electrical device having a copper wire wrapped with insulating paper immersed in insulating oil, comprising: - a first paper-covered copper wire including a first copper wire and first insulating paper wrapped around the first copper wire, the first insulating paper being formed of the same material as the insulating paper being held in the oil-filled electrical device; - an electrode (5B, 23, 24) arranged adjacent to the first paper-covered copper wire; - a tank containing the first paper-covered copper wire, the electrode (5B, 23, 24) and insulating oil extracted from the oil-filled electrical device, so that the first paper-covered copper wire and the electrode (5B, 23, 24) are immersed in the insulating oil extracted from the oil-filled electrical device; and - a capacitance measuring unit for measuring electrostatic capacitance between the first paper-covered copper wire and the electrode (5B, 23, 24). - a first paper-covered copper wire including a first copper wire and first insulating paper wrapped around the first copper wire, the first insulating paper being formed of the same material as the insulating paper being held in the oil-filled electrical device; - an electrode (5B, 23, 24) arranged adjacent to the first paper-covered copper wire; - a tank containing the first paper-covered copper wire, the electrode (5B, 23, 24) and insulating oil extracted from the oil-filled electrical device, so that the first paper-covered copper wire and the electrode (5B, 23, 24) are immersed in the insulating oil extracted from the oil-filled electrical device; and - a capacitance measuring unit for measuring electrostatic capacitance between the first paper-covered copper wire and the electrode (5B, 23, 24).
A method of decoding video data, the method comprising: Decoding, for a tile of an enhancement layer picture, data comprising a number of tiles in a base layer picture corresponding to the enhancement layer picture that need to be decoded before the tile of the enhancement layer picture can be decoded, wherein each of the tiles comprises a respective integer number of coding tree blocks co-occurring in one column and one row, ordered consecutively in coding tree block raster scan of the corresponding tile; Decoding (322, 326) tiles of the base layer picture corresponding to the number of tiles; and after decoding the tiles of the base layer picture, decoding (322, 324) the tile of the enhancement layer picture in parallel with at least one other tile in the base layer picture, wherein the at least one other tile comprises a tile other than the tiles corresponding to the number of tiles. Decoding, for a tile of an enhancement layer picture, data comprising a number of tiles in a base layer picture corresponding to the enhancement layer picture that need to be decoded before the tile of the enhancement layer picture can be decoded, wherein each of the tiles comprises a respective integer number of coding tree blocks co-occurring in one column and one row, ordered consecutively in coding tree block raster scan of the corresponding tile; Decoding (322, 326) tiles of the base layer picture corresponding to the number of tiles; and after decoding the tiles of the base layer picture, decoding (322, 324) the tile of the enhancement layer picture in parallel with at least one other tile in the base layer picture, wherein the at least one other tile comprises a tile other than the tiles corresponding to the number of tiles.
A lifting vehicle comprising a lifting device movably mounted on a mast secured to a chassis of the vehicle, raising and lowering of the lifting device on the mast being controlled by a lift cylinder and tilting of the mast forward and backward out of a vertical position being controlled by a tilt cylinder that is mounted by fastenings (24:28) between a part of the chassis and the mast; a load monitor comprising a strain gauge mounted on a bridge that is secured at each end to locations that are either on said part of the chassis or on the mast adjacent the fastening (24:28) for the tilt cylinder; and an indicator in communication with the load monitor that can signal an output of the load monitor to an operator of the vehicle; the locations on said part of the chassis or on the mast to which the ends of the bridge are secured being static with respect to one another. a lifting device movably mounted on a mast secured to a chassis of the vehicle, raising and lowering of the lifting device on the mast being controlled by a lift cylinder and tilting of the mast forward and backward out of a vertical position being controlled by a tilt cylinder that is mounted by fastenings (24:28) between a part of the chassis and the mast; a load monitor comprising a strain gauge mounted on a bridge that is secured at each end to locations that are either on said part of the chassis or on the mast adjacent the fastening (24:28) for the tilt cylinder; and an indicator in communication with the load monitor that can signal an output of the load monitor to an operator of the vehicle; the locations on said part of the chassis or on the mast to which the ends of the bridge are secured being static with respect to one another.
A method of compensating for positioning errors in an edging process of a raw-edged finished spectacle lens, the method comprising: - determining centering deviation parameters, the centering deviation parameters being indicative of the occurrence of positioning errors of the raw-edged finished spectacle lens during a fastening process and during a subsequent edging process, and - changing control information with the aid of the determined centering deviation parameters in such a way that the positioning errors of the raw-edged finished spectacle lens are compensated for and/or taken into account, characterized in that - the determination of the centering deviation parameters comprises a calculation of a prism at the fastening point. - determining centering deviation parameters, the centering deviation parameters being indicative of the occurrence of positioning errors of the raw-edged finished spectacle lens during a fastening process and during a subsequent edging process, and - changing control information with the aid of the determined centering deviation parameters in such a way that the positioning errors of the raw-edged finished spectacle lens are compensated for and/or taken into account, characterized in that - the determination of the centering deviation parameters comprises a calculation of a prism at the fastening point.