mhurhangee/ep-ind-claims huggingface dataset:
A method of supporting security context setup in a wireless communication network, the method comprising initiating, by a radio access network, RAN, element of the wireless communication network, Access Stratum, AS, security context setup for a first Radio Access Technology, RAT, and a second RAT in a common signaling procedure, wherein the RAN element corresponds to the RAN element implementing the first RAT and is different from the RAN element implementing the second RAT, characterised in that the step of initiating the AS security context setup comprises transmitting, by the RAN element, a single common AS security mode command message for the first RAT and the second RAT to a wireless communication device of the wireless communication network.
A software compilation process for supporting dynamic behavior of a statically compiled computer program in a reduced runtime support environment, the process comprising the steps of: receiving a runtime behavior characteristics description that specifies whether certain metadata are to be included within an execution scope of the computer program and identifying a set of runtime artifacts for which runtime support data is to be generated during compilation, said metadata comprising one or more of the following: a type name, a type member name, a type layout or type member layout for garbage collection purposes; obtaining a copy of some metadata which are within the execution scope of the computer program according to the runtime behavior characteristics description; creating a mapping between at least a portion of the obtained metadata and at least one runtime artifact generated during a static ahead-of-time compilation of the computer program; and generating at least one trampoline code to support a reflection invocation of a runtime artifact in the reduced runtime support environment, said trampoline code comprising code which represents a compiler-intrinsic method that is inlined during compilation. receiving a runtime behavior characteristics description that specifies whether certain metadata are to be included within an execution scope of the computer program and identifying a set of runtime artifacts for which runtime support data is to be generated during compilation, said metadata comprising one or more of the following: a type name, a type member name, a type layout or type member layout for garbage collection purposes; obtaining a copy of some metadata which are within the execution scope of the computer program according to the runtime behavior characteristics description; creating a mapping between at least a portion of the obtained metadata and at least one runtime artifact generated during a static ahead-of-time compilation of the computer program; and generating at least one trampoline code to support a reflection invocation of a runtime artifact in the reduced runtime support environment, said trampoline code comprising code which represents a compiler-intrinsic method that is inlined during compilation.
A method for characterizing a state of a planetary atmosphere, or of a part of the atmosphere, in particular of the ionosphere of the earth, - values of an ionization state, in particular of an electron density and/or of an electron content, in the atmosphere or in the part of the atmosphere being ascertained as a function of a location variable and as a function of a time variable (MD-ion, PL, PR, PG, DA), - at least one characteristic quantity being ascertained for the atmosphere or the part of the atmosphere, the characteristic quantity characterizing a potentially present disturbance of radio waves, and - the characteristic quantity being determined from the values of the ionization state ascertained for the atmosphere or the part of the atmosphere, characterized in that the characteristic quantity comprises one of the quantities listed hereafter: spatial and/or time derivatives of a physical state quantity of the atmosphere, in particular the electron density and/or the electron content, deviation, in particular standard deviation, from an average value or reference value of a state quantity of the atmosphere. - values of an ionization state, in particular of an electron density and/or of an electron content, in the atmosphere or in the part of the atmosphere being ascertained as a function of a location variable and as a function of a time variable (MD-ion, PL, PR, PG, DA), - at least one characteristic quantity being ascertained for the atmosphere or the part of the atmosphere, the characteristic quantity characterizing a potentially present disturbance of radio waves, and - the characteristic quantity being determined from the values of the ionization state ascertained for the atmosphere or the part of the atmosphere, characterized in that the characteristic quantity comprises one of the quantities listed hereafter: spatial and/or time derivatives of a physical state quantity of the atmosphere, in particular the electron density and/or the electron content, deviation, in particular standard deviation, from an average value or reference value of a state quantity of the atmosphere.
A threaded connection for steel pipes comprising a tubular pin and a tubular box, wherein the pin includes, in the order from a free end side of the pin toward a tubular body side thereof, an inner sealing surface, an inner male threaded portion, a shoulder portion, an outer male threaded portion, and an outer sealing surface, the box includes, in the order from a tubular body side of the box to the free end side thereof, an inner sealing surface, an inner female threaded portion, a shoulder portion, an outer female threaded portion, and an outer sealing surface, and characterised in that the threaded connection includes at least one of the following configurations and: an inner groove along a circumferential direction is provided between the inner sealing surface and the inner female threaded portion of the box, and some threads of the inner male threaded portion of the pin are contained in the inner groove, and an outer groove along a circumferential direction is provided between the outer sealing surface and the outer male threaded portion of the pin, and some threads of the outer female threaded portion of the box are contained in the outer groove. the pin includes, in the order from a free end side of the pin toward a tubular body side thereof, an inner sealing surface, an inner male threaded portion, a shoulder portion, an outer male threaded portion, and an outer sealing surface, the box includes, in the order from a tubular body side of the box to the free end side thereof, an inner sealing surface, an inner female threaded portion, a shoulder portion, an outer female threaded portion, and an outer sealing surface, and characterised in that the threaded connection includes at least one of the following configurations and: an inner groove along a circumferential direction is provided between the inner sealing surface and the inner female threaded portion of the box, and some threads of the inner male threaded portion of the pin are contained in the inner groove, and an outer groove along a circumferential direction is provided between the outer sealing surface and the outer male threaded portion of the pin, and some threads of the outer female threaded portion of the box are contained in the outer groove. an inner groove along a circumferential direction is provided between the inner sealing surface and the inner female threaded portion of the box, and some threads of the inner male threaded portion of the pin are contained in the inner groove, and an outer groove along a circumferential direction is provided between the outer sealing surface and the outer male threaded portion of the pin, and some threads of the outer female threaded portion of the box are contained in the outer groove.
A cylindrically-shaped element for a luminal stent of cylindrical structure, comprising: a sole strand formed into cylindrical shape by bending said strand repeatedly such that a linear part and a bend part alternate in sequence, and non-interruptedly connecting one end part of said strand to the other end part of said strand, characterized in that said strand is made of a biodegradable polymer, and said end parts (3c, 3d) are tapered, wherein the tapered end parts (3c, 3d) being overlapped with each other to be connected together non-interruptedly. a sole strand formed into cylindrical shape by bending said strand repeatedly such that a linear part and a bend part alternate in sequence, and non-interruptedly connecting one end part of said strand to the other end part of said strand, characterized in that said strand is made of a biodegradable polymer, and said end parts (3c, 3d) are tapered, wherein the tapered end parts (3c, 3d) being overlapped with each other to be connected together non-interruptedly.
A working machine in which a belt-type continuously variable transmission is interposed in a working power transmission system from a drive source to a working unit, and a driven pulley of the belt-type continuously variable transmission includes a fixed sheave, a movable sheave displaceable in an axial direction with respect to the fixed sheave, an urging member that urges the movable sheave toward the fixed sheave, and a torque cam mechanism that converts a part of a rotational force that acts on the movable sheave into a thrust that presses a side surface of a belt, wherein the working machine comprises: a target working speed setting section that sets a target working rotational speed (Bs) of the working unit; a working unit speed sensor that detects an actual working rotational speed (Br) of the working unit; a speed reduction ratio regulation mechanism that regulates a minimum speed reduction ratio of a rotational speed of the driven pulley to a drive pulley; and a control unit that controls the drive source and the speed reduction ratio regulation mechanism, wherein the control unit is configured to control a rotational speed (Er) of the drive source so as to bring the actual working rotational speed (Br) detected by the working unit speed sensor close to the target working rotational speed (Bs) of the working unit, characterized in that the control unit is further configured to obtain a minimum limit speed reduction ratio (Ram) on the basis of a target minimum rotational speed (Em) of the drive source, which is set in advance or set by a drive minimum speed setting section, and the target working rotational speed (Bs) of the working unit, and control the speed reduction ratio regulation mechanism to keep the obtained minimum limit speed reduction ratio (Ram). a target working speed setting section that sets a target working rotational speed (Bs) of the working unit; a working unit speed sensor that detects an actual working rotational speed (Br) of the working unit; a speed reduction ratio regulation mechanism that regulates a minimum speed reduction ratio of a rotational speed of the driven pulley to a drive pulley; and a control unit that controls the drive source and the speed reduction ratio regulation mechanism, wherein the control unit is configured to control a rotational speed (Er) of the drive source so as to bring the actual working rotational speed (Br) detected by the working unit speed sensor close to the target working rotational speed (Bs) of the working unit, characterized in that the control unit is further configured to obtain a minimum limit speed reduction ratio (Ram) on the basis of a target minimum rotational speed (Em) of the drive source, which is set in advance or set by a drive minimum speed setting section, and the target working rotational speed (Bs) of the working unit, and control the speed reduction ratio regulation mechanism to keep the obtained minimum limit speed reduction ratio (Ram).
A plasma processing apparatus comprising: a process chamber configured to accommodate a target substrate and to be vacuum-exhausted; a first electrode and a second electrode disposed opposite each other within the process chamber, the first electrode being an upper electrode and the second electrode being a lower electrode and configured to support the target substrate; a first RF power application unit configured to apply a first RF power for plasma generation to the first electrode; a second RF power application unit configured to apply a second RF power to the second electrode; a third RF power application unit configured to apply a third RF power to the second electrode; a DC power supply configured to apply a DC voltage to the first electrode; and a process gas supply unit configured to supply a process gas into the process chamber; characterized in that a control unit is provided, adapted to control any one of application voltage, application current, and application power from the DC power supply to the first electrode, and a conductive member regularly grounded is disposed within the process chamber adapted to release through plasma a current caused by the DC voltage applied from the DC power supply to the first electrode, and the conductive member is disposed around the second electrode or near the first electrode. a process chamber configured to accommodate a target substrate and to be vacuum-exhausted; a first electrode and a second electrode disposed opposite each other within the process chamber, the first electrode being an upper electrode and the second electrode being a lower electrode and configured to support the target substrate; a first RF power application unit configured to apply a first RF power for plasma generation to the first electrode; a second RF power application unit configured to apply a second RF power to the second electrode; a third RF power application unit configured to apply a third RF power to the second electrode; a DC power supply configured to apply a DC voltage to the first electrode; and a process gas supply unit configured to supply a process gas into the process chamber; a control unit is provided, adapted to control any one of application voltage, application current, and application power from the DC power supply to the first electrode, and a conductive member regularly grounded is disposed within the process chamber adapted to release through plasma a current caused by the DC voltage applied from the DC power supply to the first electrode, and the conductive member is disposed around the second electrode or near the first electrode.
A transdermal therapeutic system for administering an active ingredient through the skin comprising the layers arranged to each other in the following order: a) a cover layer; b) an active ingredient layer comprising a polymer matrix containing the active ingredient; c) a membrane controlling the release of the active ingredient; d) an adhesive layer comprising pressure-sensitive adhesive; and e) a stripping layer; wherein the active ingredient is rivastigmine or a physiologically acceptable salt, hydrate, or solvate thereof, characterized in that (i) the polymer(s) of the polymer matrix contain(s) no free hydroxyl groups and no free carboxyl groups, and (ii) the active ingredient layer contains no free hydroxyl groups and no free carboxyl groups. a) a cover layer; b) an active ingredient layer comprising a polymer matrix containing the active ingredient; c) a membrane controlling the release of the active ingredient; d) an adhesive layer comprising pressure-sensitive adhesive; and e) a stripping layer;
A method for maintaining an engine based on a determined exposure temperature in the engine, the method comprising: receiving input data representative of a chemical composition of a particle having alloy constituents and filtered from a lubrication fluid of the engine, characterised in that the method further comprises: using one or more data processors: comparing the chemical composition of the particle with reference data including a relationship between the chemical composition and an exposure temperature of the particle, the relationship being a function of the alloy constituents in the particle; based on the comparing, determining the exposure temperature of the particle; and generating an output based on the exposure temperature of the particle; and performing a maintenance action relative to the engine based on the output. using one or more data processors: comparing the chemical composition of the particle with reference data including a relationship between the chemical composition and an exposure temperature of the particle, the relationship being a function of the alloy constituents in the particle; based on the comparing, determining the exposure temperature of the particle; and generating an output based on the exposure temperature of the particle; and comparing the chemical composition of the particle with reference data including a relationship between the chemical composition and an exposure temperature of the particle, the relationship being a function of the alloy constituents in the particle; based on the comparing, determining the exposure temperature of the particle; and generating an output based on the exposure temperature of the particle; and performing a maintenance action relative to the engine based on the output.
A method of detecting malicious code in a computing device comprising a processor executing an operating system and a malicious code detection module, memory, and a non-volatile storage device, the method comprising: identifying, by the malicious code detection module, a call stack for a thread of execution (301, 302) within the operating system; determining, by the malicious code detection module, an originating module that initiated a stack frame (501, 502) in the call stack; determining, by the malicious code detection module, whether the originating module has been injected into the processor or the memory, but is not backed by a file stored in the non-volatile storage device; and generating an alert, by the malicious code detection module, if the originating module is not backed by a file stored in the non-volatile storage device. identifying, by the malicious code detection module, a call stack for a thread of execution (301, 302) within the operating system; determining, by the malicious code detection module, an originating module that initiated a stack frame (501, 502) in the call stack; determining, by the malicious code detection module, whether the originating module has been injected into the processor or the memory, but is not backed by a file stored in the non-volatile storage device; and generating an alert, by the malicious code detection module, if the originating module is not backed by a file stored in the non-volatile storage device.
Gearshift assembly for motor vehicles, the gearshift assembly comprising: - a housing; - a knob-lever extending along a longitudinal axis and capable of rotation relative to the housing around a first axis and around a second axis, said first and second axes (X, Y) defining a plane that is intersected perpendicular by the longitudinal axis; - a select-lever hinged to the housing and linked to the knob-lever such that the select-lever is exclusively driven by the knob-lever for performing a gear select movement as the knob-lever is rotated around the first axis; - a lever-arm (1.1) attached to the knob-lever arranged for driving the select-lever; - a shift-lever hinged to the knob-lever and to the housing such that the shift-lever is exclusively driven by the knob-lever for performing a gear shift movement as the knob-lever is rotated around the second axis; and such that the shift-lever is restrained to move in a single plane formed by the first axis and the longitudinal axis such that the shift-lever is allowed to rotate around the second axis and is only movable in said single plane, - at least one restraining mechanism comprising at least one bushing with an opening formed therein, supporting the shift-lever and allowing the knob-lever and the shift-lever to be rotated together around the second axis and preventing the shift-lever from being rotated around the first axis; characterized in that the lever-arm (1.1) passes through an opening in the shift lever, and further passes through the opening of the bushing, and in that said opening of the bushing is sized for allowing a limited range of motion of the lever-arm (1.1) around said first axis and allowing rotation around the second axis. - a housing; - a knob-lever extending along a longitudinal axis and capable of rotation relative to the housing around a first axis and around a second axis, said first and second axes (X, Y) defining a plane that is intersected perpendicular by the longitudinal axis; - a select-lever hinged to the housing and linked to the knob-lever such that the select-lever is exclusively driven by the knob-lever for performing a gear select movement as the knob-lever is rotated around the first axis; - a lever-arm (1.1) attached to the knob-lever arranged for driving the select-lever; - a shift-lever hinged to the knob-lever and to the housing such that the shift-lever is exclusively driven by the knob-lever for performing a gear shift movement as the knob-lever is rotated around the second axis; and such that the shift-lever is restrained to move in a single plane formed by the first axis and the longitudinal axis such that the shift-lever is allowed to rotate around the second axis and is only movable in said single plane, - at least one restraining mechanism comprising at least one bushing with an opening formed therein, supporting the shift-lever and allowing the knob-lever and the shift-lever to be rotated together around the second axis and preventing the shift-lever from being rotated around the first axis;