mhurhangee/patent-ind-claim-en huggingface dataset:
A method of encoding a user's input into an electronic device, the method comprising: generating an operable virtual keyboard and providing said operable virtual keyboard within a display zone of a screen associated with the electronic device; presenting an image of a keyboard within at least part of the display zone such that a user is able to operate at least one key of the operable virtual keyboard via the image; wherein: the configuration of keys of the operable virtual keyboard and/or the keys depicted in the image are scrambled to enable an encoded version of the user's input to be generated due to a mapping between the different configurations of the operable virtual keyboard and the keyboard image; and the order of the operable keys in the operable virtual keyboard and/or the order of keys depicted in the image is at least partially determined using biometric data derived from or associated with the user. generating an operable virtual keyboard and providing said operable virtual keyboard within a display zone of a screen associated with the electronic device; presenting an image of a keyboard within at least part of the display zone such that a user is able to operate at least one key of the operable virtual keyboard via the image; wherein: the configuration of keys of the operable virtual keyboard and/or the keys depicted in the image are scrambled to enable an encoded version of the user's input to be generated due to a mapping between the different configurations of the operable virtual keyboard and the keyboard image; and the order of the operable keys in the operable virtual keyboard and/or the order of keys depicted in the image is at least partially determined using biometric data derived from or associated with the user. the configuration of keys of the operable virtual keyboard and/or the keys depicted in the image are scrambled to enable an encoded version of the user's input to be generated due to a mapping between the different configurations of the operable virtual keyboard and the keyboard image; and the order of the operable keys in the operable virtual keyboard and/or the order of keys depicted in the image is at least partially determined using biometric data derived from or associated with the user.
A grease composition for a ball screw part of rack-assisted electric power steering, comprising: a thickener; a base oil which contains poly-α-olefin; and based on the total mass of the composition, 0.1 to 10% by mass of at least one compound selected from the group consisting of a Ca sulfonate, a fatty acid, and a triglyceride, wherein a kinematic viscosity at 40°C of the base oil is 4 to 100 mm 2 /s, a worked penetration of the composition measured in accordance with JIS K2220 7 is 265 to 385, and the thickener is represented by formula (I): R 1 -NHCONH-R 2 -NHCONH-R 3 (I) wherein R 1 and R 3 may be the same or different, and each represent a straight chain alkyl group having 8 to 20 carbon atoms, an aryl group having 6 or 7 carbon atoms, or a cyclohexyl group, R 2 is a divalent aromatic hydrocarbon group having 6 to 15 carbon atoms, characterized in that the Ca sulfonate is neutral calcium dinonylnaphthalenesulfonate, the fatty acid is a linear or branched, saturated or unsaturated fatty acid having 6 to 24 carbon atoms, or the compound is the triglyceride. a thickener; a base oil which contains poly-α-olefin; and based on the total mass of the composition, 0.1 to 10% by mass of at least one compound selected from the group consisting of a Ca sulfonate, a fatty acid, and a triglyceride, wherein a kinematic viscosity at 40°C of the base oil is 4 to 100 mm 2 /s, a worked penetration of the composition measured in accordance with JIS K2220 7 is 265 to 385, and the thickener is represented by formula (I): R 1 -NHCONH-R 2 -NHCONH-R 3 (I) wherein R 1 and R 3 may be the same or different, and each represent a straight chain alkyl group having 8 to 20 carbon atoms, an aryl group having 6 or 7 carbon atoms, or a cyclohexyl group, R 2 is a divalent aromatic hydrocarbon group having 6 to 15 carbon atoms, characterized in that wherein R 1 and R 3 may be the same or different, and each represent a straight chain alkyl group having 8 to 20 carbon atoms, an aryl group having 6 or 7 carbon atoms, or a cyclohexyl group, R 2 is a divalent aromatic hydrocarbon group having 6 to 15 carbon atoms, characterized in that the Ca sulfonate is neutral calcium dinonylnaphthalenesulfonate, the fatty acid is a linear or branched, saturated or unsaturated fatty acid having 6 to 24 carbon atoms, or the compound is the triglyceride.
A silicon carbide single crystal manufacturing apparatus comprising: a vacuum chamber ; a pedestal on which a seed crystal made of a silicon carbide single crystal substrate is disposed, the pedestal disposed in the vacuum chamber ; an inlet disposed on a bottom surface of the vacuum chamber and introducing source gas of silicon carbide from below the seed crystal ; a reaction chamber extending from the bottom surface of the vacuum chamber toward the pedestal in the vacuum chamber , the reaction chamber including a cylindrical member having a hollow portion through which the source gas passes, the reaction chamber decomposing the source gas by heating and supplying the decomposed source gas toward the seed crystal ; a first heating device disposed in the vacuum chamber around an outer periphery of the reaction chamber and heating the reaction chamber ; a second heating device disposed in the vacuum chamber around an outer periphery of the pedestal and keeping a high temperature of a growth surface of a silicon carbide single crystal grown on a surface of the seed crystal ; and an outlet disposed outside the first and second heating devices in the vacuum chamber and discharging unreacted gas in the source gas , wherein after the source gas supplied from the reaction chamber is supplied toward the pedestal , the source gas is let flow outward in a radial direction of the silicon carbide single crystal between the reaction chamber and the silicon carbide single crystal , is let flow outside the first and second heating devices in the vacuum chamber , and is discharged through the outlet . a vacuum chamber ; a pedestal on which a seed crystal made of a silicon carbide single crystal substrate is disposed, the pedestal disposed in the vacuum chamber ; an inlet disposed on a bottom surface of the vacuum chamber and introducing source gas of silicon carbide from below the seed crystal ; a reaction chamber extending from the bottom surface of the vacuum chamber toward the pedestal in the vacuum chamber , the reaction chamber including a cylindrical member having a hollow portion through which the source gas passes, the reaction chamber decomposing the source gas by heating and supplying the decomposed source gas toward the seed crystal ; a first heating device disposed in the vacuum chamber around an outer periphery of the reaction chamber and heating the reaction chamber ; a second heating device disposed in the vacuum chamber around an outer periphery of the pedestal and keeping a high temperature of a growth surface of a silicon carbide single crystal grown on a surface of the seed crystal ; and an outlet disposed outside the first and second heating devices in the vacuum chamber and discharging unreacted gas in the source gas , wherein after the source gas supplied from the reaction chamber is supplied toward the pedestal , the source gas is let flow outward in a radial direction of the silicon carbide single crystal between the reaction chamber and the silicon carbide single crystal , is let flow outside the first and second heating devices in the vacuum chamber , and is discharged through the outlet .
A composition comprising a modified pore-forming protein of structural formula (IVa) wherein, S is a sulfur atom of a thiol group of the pore forming protein; A is a thiol reactive group; L A is a linker; and X is a click chemistry reactive group; Y is a click chemistry reactive group that undergoes a click chemistry reaction with the reactive group X; L B is a linker; and B is a reactive group which comprise a SpyTag peptide wherein the modified pore-forming protein of formula (IVa) comprises a compound selected from compounds of formula (IVb), (IVc), (IVd), (IVe), (IVf), and (IVg): wherein the protein is selected from the group consisting of α-hemolysin, β-hemolysin, γ-hemolysin, aerolysin, cytolysin, leukocidin, melittin, MspA porin and porin A S is a sulfur atom of a thiol group of the pore forming protein; A is a thiol reactive group; L A is a linker; and X is a click chemistry reactive group; Y is a click chemistry reactive group that undergoes a click chemistry reaction with the reactive group X; L B is a linker; and B is a reactive group which comprise a SpyTag peptide
Motor vehicle headlight , comprising a housing intended to be mounted on the body of the vehicle, a protective lens made of a rigid material which is transparent to light, secured to the front part of the housing , characterised in that the said headlight comprises at least one frangible weakening zone (Z2b) provided on the base of the housing , in that it also comprises at least one breaking means (PD3 ; Z2a, Z3b) arranged at the interface between the rear edge of the lens and the front peripheral edge of the casing , making it possible to separate the lens from the casing in the event of a frontal impact of the headlight .
A socket wrench for rotating a socket having a handle , a head joined to the handle , the head including an inside cylindrical wall surrounding a bore, a body located within the bore of the head , a socket holder joined to the body for accommodating a socket, the body including a plurality of ramps facing the inside cylindrical wall of the head , each ramp having opposite end sections, a roller located between each ramp and the inside cylindrical wall of the head and engageable with each ramp and inside cylindrical wall , a member mounted on the body operable to selectively shift each roller adjacent to the opposite end sections of the ramp adjacent to each roller , characterised by a plurality of first permanent magnets mounted on the body , a plurality of second permanent magnets mounted on the member , the plurality of first permanent magnets having the same polarity as the plurality of the second permanent magnets whereby repulsive magnetic forces exist between adjacent plurality of the first permanent magnets and the second permanent magnets , and the plurality of the first permanent magnets on the body and the plurality of the second permanent magnets on the member being located relative to each other whereby the repulsive magnetic forces between the adjacent plurality of first permanent magnets and second permanent magnets retain the member in a selected shifted position to locate each roller adjacent an end section of a ramp whereby oscillating movements of the handle results in intermittent rotation of the body and the socket holder . a handle , a head joined to the handle , the head including an inside cylindrical wall surrounding a bore, a body located within the bore of the head , a socket holder joined to the body for accommodating a socket, the body including a plurality of ramps facing the inside cylindrical wall of the head , each ramp having opposite end sections, a roller located between each ramp and the inside cylindrical wall of the head and engageable with each ramp and inside cylindrical wall , a member mounted on the body operable to selectively shift each roller adjacent to the opposite end sections of the ramp adjacent to each roller , characterised by a plurality of first permanent magnets mounted on the body , a plurality of second permanent magnets mounted on the member , the plurality of first permanent magnets having the same polarity as the plurality of the second permanent magnets whereby repulsive magnetic forces exist between adjacent plurality of the first permanent magnets and the second permanent magnets , and the plurality of the first permanent magnets on the body and the plurality of the second permanent magnets on the member being located relative to each other whereby the repulsive magnetic forces between the adjacent plurality of first permanent magnets and second permanent magnets retain the member in a selected shifted position to locate each roller adjacent an end section of a ramp whereby oscillating movements of the handle results in intermittent rotation of the body and the socket holder .
Method for detecting attacks in a system comprising at least two host servers, a host server being intended to host a set of virtual machines, the method comprising the following step, implemented by a detection entity (VMdet) of the system: - detection (E0) that a number of migrations of virtual machines from one server of the system to another during a current time period (T c ) is greater than a threshold value (V s ), the method being characterized in that it further comprises the following steps, implemented by detection entity (VMdet) of the system: - partitioning (E13) of the set of virtual machines of the system into a first subset of virtual machines, said to have stable profile in terms of consumption of at least one resource, and into a second subset, said to have fluctuating profile, the partitioning being dependent on a fluctuation index representative, for a machine of the set, of a variation of the consumption of the resource over a time window (F), the machines of the first subset having a lower fluctuation index than the machines of the second subset, - computation (E2), for the pairs of virtual machines of the second subset, of a time correlation value between the two profiles of the pair, - identification (E3) in the second subset of virtual machines for which the correlation value is greater than or equal to a threshold correlation value, said machines being identified as originating the attack. - detection (E0) that a number of migrations of virtual machines from one server of the system to another during a current time period (T c ) is greater than a threshold value (V s ), - partitioning (E13) of the set of virtual machines of the system into a first subset of virtual machines, said to have stable profile in terms of consumption of at least one resource, and into a second subset, said to have fluctuating profile, the partitioning being dependent on a fluctuation index representative, for a machine of the set, of a variation of the consumption of the resource over a time window (F), the machines of the first subset having a lower fluctuation index than the machines of the second subset, - computation (E2), for the pairs of virtual machines of the second subset, of a time correlation value between the two profiles of the pair, - identification (E3) in the second subset of virtual machines for which the correlation value is greater than or equal to a threshold correlation value, said machines being identified as originating the attack.
A method for constructing a space division-multiplexing (SDM) optical transmission system , having the same amount of available power as an equivalent non SDM optical transmission system, the method comprising: providing an optical cable having a number of spatial dimensions; providing a spatial multiplexer configured to multiplex modulated optical signals on the number of spatial dimensions; providing a plurality of optical amplifiers (108A... 108n), each of the optical amplifiers (108A... 108n) being configured for amplifying the plurality of spatial dimensions; providing a spatial demultiplexer ; and coupling the spatial multiplexer , the plurality of optical amplifiers (108A...108n) and the spatial demultiplexer to the optical cable , characterised by : setting the SDM optical transmission system to utilize a system bandwidth of 30nm or less, the system bandwidth being the range of wavelengths that are transmittable on the SDM optical system; and setting the number of spatial dimensions for the SDM optical transmission system depending on the system bandwidth, the number of spatial dimensions being two or more. providing an optical cable having a number of spatial dimensions; providing a spatial multiplexer configured to multiplex modulated optical signals on the number of spatial dimensions; providing a plurality of optical amplifiers (108A... 108n), each of the optical amplifiers (108A... 108n) being configured for amplifying the plurality of spatial dimensions; providing a spatial demultiplexer ; and coupling the spatial multiplexer , the plurality of optical amplifiers (108A...108n) and the spatial demultiplexer to the optical cable , characterised by : setting the SDM optical transmission system to utilize a system bandwidth of 30nm or less, the system bandwidth being the range of wavelengths that are transmittable on the SDM optical system; and setting the number of spatial dimensions for the SDM optical transmission system depending on the system bandwidth, the number of spatial dimensions being two or more. setting the SDM optical transmission system to utilize a system bandwidth of 30nm or less, the system bandwidth being the range of wavelengths that are transmittable on the SDM optical system; and setting the number of spatial dimensions for the SDM optical transmission system depending on the system bandwidth, the number of spatial dimensions being two or more.
A protection panel for an adiabatic pre-cooling system to be installed on a cooling device, comprising: - a profiled frame designed from at least four profiles wherein the profiles are connected to each other by angles forming the profiled frame , - a flat frame designed from at least four flat bars and configured to be attached to the profiled frame ; - a net having holes , where a width (B) of each hole is in the range of 4 mm to 100 mm and a height (H) of each hole is in range of 4 mm to 100 mm, - a cell panel having cells, where a cell diameter of each cell is in the range of 1000 μm to 7000 μm, wherein the assembled protection panel comprises the profiled frame as a base, where the net is installed, which is followed by the cell panel and above the cell panel another net is placed forming a sandwiched panel, wherein the flat frame is attached to the sandwiched panel in order to secure the protection panel . - a profiled frame designed from at least four profiles wherein the profiles are connected to each other by angles forming the profiled frame , - a flat frame designed from at least four flat bars and configured to be attached to the profiled frame ; - a net having holes , where a width (B) of each hole is in the range of 4 mm to 100 mm and a height (H) of each hole is in range of 4 mm to 100 mm, - a cell panel having cells, where a cell diameter of each cell is in the range of 1000 μm to 7000 μm,
An aircraft comprising a fuselage , wherein a width (W) defined between lateral sides of the fuselage is significantly greater than a height (h) of the fuselage , and a tail section , with a pair of gas turbine engines mounted in said tail section and extending vertically above said fuselage , said gas turbine engines having a fan rotor , a housing with an inlet leading to the fan rotor , and a bypass door mounted upstream of said inlet to said fan rotor , wherein said bypass door is moveable from a non-bypass position to a bypass position to selectively bypass boundary layer air vertically beneath the engines , characterised in that : said inlet is configured to lead boundary layer air from atop the fuselage to the fan rotor , and said bypass door is configured to pivot vertically downwardly from an upstream end of said inlet to a bypass position at which the bypass door is spaced vertically beneath said upstream end of said inlet.
A method for controlling spatial coherence of electromagnetic radiation generated by a complex laser, the method comprising reconfiguring the complex laser by at least one of (i) adjusting an excitation volume of an excitation medium and (ii) adjusting a mean free path for photons in an excitation medium, wherein the reconfiguring the complex laser includes adjusting the excitation volume, and wherein the adjusting the excitation volume includes adjusting a pump spot size of an excitation source on the excitation medium, and wherein the complex laser includes one of a random laser (RL), a partially ordered laser, or a chaotic cavity laser.
Electromechanical brake booster which transmits a muscle force of a vehicle driver and a booster force of the brake booster as an activation force to a piston of a master brake cylinder, having an electric motor and a gear mechanism which is driven by the electric motor and which has a rotational/translational conversion gear mechanism which converts a rotational drive movement of the electric motor into a translational output movement in order to activate a hydraulic master brake cylinder, characterized in that the gear mechanism has a multistage distributor gear mechanism which distributes a gear mechanism input between at least two gear mechanism paths, and a combination gear mechanism which combines the gear mechanism paths into one gear mechanism output .
A portable grillage for receiving and supporting a heavy load, the grillage comprising a base for supporting the grillage on a support surface; a load bearing structure coupled to the base, the load bearing structure for supporting the heavy load at an end of the grillage opposite the base and for distributing the weight of the heavy load to the base; the grillage characterized in that : the grillage further comprises a framework attached to the load bearing structure, the framework being dimensioned and configured such that the combination of the base, the load bearing structure and the framework forming the grillage, has external dimensions and weight that conforms with ISO specifications for an intermodal container; and the grillage is re-usable. the grillage further comprises a framework attached to the load bearing structure, the framework being dimensioned and configured such that the combination of the base, the load bearing structure and the framework forming the grillage, has external dimensions and weight that conforms with ISO specifications for an intermodal container; and the grillage is re-usable.
An apparatus for separating substances of different flowability, comprising a housing base , a hollow drum having a perforated peripheral surface which is arranged on the housing base and is driven in a revolving manner, a continuous press belt which can be pressed from outside against the hollow drum , while wrapping around a portion of the circumference of the hollow drum , and which, together with the hollow drum , forms an intake wedge for the material to be pressed, wherein the press belt is mounted by means of at least one drive roller and at least one bearing roller , wherein the drive roller is mounted on a bearing support , and the bearing support is arranged on the housing base so as to be adjustable in terms of position, characterized in that . the bearing support , for adjustment of its position, is adapted to be pivotable relative to the housing base about a pivot axis , oriented at least substantially perpendicularly to a longitudinal axis of the drive roller , of a pivot bearing . a housing base , a hollow drum having a perforated peripheral surface which is arranged on the housing base and is driven in a revolving manner, a continuous press belt which can be pressed from outside against the hollow drum , while wrapping around a portion of the circumference of the hollow drum , and which, together with the hollow drum , forms an intake wedge for the material to be pressed, wherein the press belt is mounted by means of at least one drive roller and at least one bearing roller , wherein the drive roller is mounted on a bearing support , and the bearing support is arranged on the housing base so as to be adjustable in terms of position, characterized in that . the bearing support , for adjustment of its position, is adapted to be pivotable relative to the housing base about a pivot axis , oriented at least substantially perpendicularly to a longitudinal axis of the drive roller , of a pivot bearing .