mhurhangee/ep-ind-claims huggingface dataset:
An electronic device for authenticating a received hypervisor, comprising: a hypervisor; firmware to update the hypervisor by: receiving a hypervisor during a boot process; determining whether the received hypervisor is an authentic hypervisor, is in a selected configuration and in a selected version based on encoded hypervisor authentication information, encoded configuration information, and encoded version information; and if determined that the received hypervisor is not an authentic hypervisor, not in the selected configuration or not in the selected version, performing at least one of terminating the boot process or providing an error message; a processor to execute the firmware during the boot process of the electronic device. a hypervisor; firmware to update the hypervisor by: receiving a hypervisor during a boot process; determining whether the received hypervisor is an authentic hypervisor, is in a selected configuration and in a selected version based on encoded hypervisor authentication information, encoded configuration information, and encoded version information; and if determined that the received hypervisor is not an authentic hypervisor, not in the selected configuration or not in the selected version, performing at least one of terminating the boot process or providing an error message; receiving a hypervisor during a boot process; determining whether the received hypervisor is an authentic hypervisor, is in a selected configuration and in a selected version based on encoded hypervisor authentication information, encoded configuration information, and encoded version information; and if determined that the received hypervisor is not an authentic hypervisor, not in the selected configuration or not in the selected version, performing at least one of terminating the boot process or providing an error message; a processor to execute the firmware during the boot process of the electronic device.
SCR exhaust gas aftertreatment device for injecting a urea-water solution into an exhaust gas line, comprising: a component of the SCR exhaust gas aftertreatment device arranged in an area of an internal space of the SCR exhaust gas aftertreatment device, and an elastomer membrane bounding the internal space and embedded in a frost equalization foam. a component of the SCR exhaust gas aftertreatment device arranged in an area of an internal space of the SCR exhaust gas aftertreatment device, and an elastomer membrane bounding the internal space and embedded in a frost equalization foam.
A method for explicit power management control message signaling, comprising: sending, from a Universal Serial Bus,USB, device, a single ended 1 signal on each one of a pair of data lines, wherein the pair of data lines includes a first data line D+ and a second data line D-; after sending the single ended 1 signal, driving a voltage of the first data line D+ to a logic 1 to define an active window; and during the active window, pulsing the voltage of the second data line D- between a logic 1 and a logic 0, wherein the number of pulses or a duration of a pulse occurring within the active window indicates a type of power management control message. sending, from a Universal Serial Bus,USB, device, a single ended 1 signal on each one of a pair of data lines, wherein the pair of data lines includes a first data line D+ and a second data line D-; after sending the single ended 1 signal, driving a voltage of the first data line D+ to a logic 1 to define an active window; and during the active window, pulsing the voltage of the second data line D- between a logic 1 and a logic 0, wherein the number of pulses or a duration of a pulse occurring within the active window indicates a type of power management control message.
A diagnostic system that is configured to diagnose behavior of an elongate body (30, 40, 50) having a distal end and a proximal end in a body that is configured to be inserted into a patient's body, the diagnostic system comprising: an irradiating unit that is configured to irradiate the inside of the patient's body with energy from outside of the patient's body; a detecting unit that is configured to detects the energy that has passed through the patient's body; a control unit that is configured to identify a position of the elongate body (30, 40, 50) in the patient's body by the energy detected in the detecting unit; and a notifying unit that is configured to carry out notification allowed to be recognized by a visual sense or an auditory sense, characterized in that the control unit is configured to read or calculate an expected position that is a position of the elongate body (30, 40, 50) in proper behavior and is adapted to perform the step of detecting a specific behavior of the elongate body, wherein in the step of detecting the specific behaviour of the elongate body a tortuosity of the elongate body in an ascending aorta of the patient is detected, wherein to allow the diagnostic system to detect a tortuosity the control unit is adapted to calculate an amount of deviation of the identified position of the elongate body with respect to the expected position and to cause the notifying unit to output a notification according to the calculated amount of deviation. an irradiating unit that is configured to irradiate the inside of the patient's body with energy from outside of the patient's body; a detecting unit that is configured to detects the energy that has passed through the patient's body; a control unit that is configured to identify a position of the elongate body (30, 40, 50) in the patient's body by the energy detected in the detecting unit; and a notifying unit that is configured to carry out notification allowed to be recognized by a visual sense or an auditory sense, characterized in that the control unit is configured to read or calculate an expected position that is a position of the elongate body (30, 40, 50) in proper behavior and is adapted to perform the step of detecting a specific behavior of the elongate body, wherein in the step of detecting the specific behaviour of the elongate body a tortuosity of the elongate body in an ascending aorta of the patient is detected, wherein to allow the diagnostic system to detect a tortuosity the control unit is adapted to calculate an amount of deviation of the identified position of the elongate body with respect to the expected position and to cause the notifying unit to output a notification according to the calculated amount of deviation.
Internal combustion engine with an open-loop or closed-loop control device, wherein at least one combustion chamber of the internal combustion engine is formed to burn a fuel-air mixture with at least one combustion parameter that can be influenced by the open-loop or closed-loop control device, wherein the open-loop or closed-loop control device has an emission control circuit, which is formed to control, via a functional relationship, the at least one combustion parameter as a substitute variable for the NO x emission through at least one actuator that influences the at least one combustion parameter such that at least one combustion parameter can be set for each target power or actual power of the internal combustion engine, characterized in that the functional relationship determines the boost pressure (p 2 ') on the basis of a desired value of the power (P mech), the NOx emissions and an exhaust back pressure (p 3 ') and is stored in the open-loop or closed-loop control device, whereby the functional relationship takes into account an influence of a change in the exhaust back pressure (p 3 ') acting on the at least one combustion chamber.
A tolerance ring adapted to be deployed between inner and outer components, comprising: a generally cylindrical body having a central axis and a sidewall that defines a first axial end and a second axial end, wherein the sidewall includes: an undeformed portion (120, 122, 124); and a plurality of wave structures protruding radially from the undeformed portion, characterized in that, each wave structure is located between, and connected to, undeformed sections, wherein at least one wave structure has an asymmetric cross-section profile, wherein the tolerance ring is adapted to have a first torque break-point T 1 in a first rotational direction and a second torque break point T 2 in a second rotational direction opposite to the first rotational direction, wherein a ratio of T 1 /T 2 >1. a generally cylindrical body having a central axis and a sidewall that defines a first axial end and a second axial end, wherein the sidewall includes: an undeformed portion (120, 122, 124); and a plurality of wave structures protruding radially from the undeformed portion, characterized in that, each wave structure is located between, and connected to, undeformed sections, wherein at least one wave structure has an asymmetric cross-section profile, an undeformed portion (120, 122, 124); and a plurality of wave structures protruding radially from the undeformed portion, characterized in that, each wave structure is located between, and connected to, undeformed sections, wherein at least one wave structure has an asymmetric cross-section profile, wherein the tolerance ring is adapted to have a first torque break-point T 1 in a first rotational direction and a second torque break point T 2 in a second rotational direction opposite to the first rotational direction, wherein a ratio of T 1 /T 2 >1.
A perfusion clamp for vasculature comprising a first clamping portion; a second clamping portion; and a force applying portion configured to apply at least two different clamping forces across the first clamping portion and the second clamping portion when the perfusion clamp is in a closed state, characterized by: the force applying portion being fixed to the first clamping portion by way of an anchor attachment point and being selectively attachable to the second clamping portion by way of one of at least three attachment points of the force applying portion; the force applying portion being configured to selectively apply one of the at least two forces depending on which one of the at least three attachment points is attached to the second clamping portion; and the force applying portion comprising an elastomeric material and being configured to stretch between the first clamping portion and the second clamping portion to retain the perfusion clamp in the closed state. the force applying portion being fixed to the first clamping portion by way of an anchor attachment point and being selectively attachable to the second clamping portion by way of one of at least three attachment points of the force applying portion; the force applying portion being configured to selectively apply one of the at least two forces depending on which one of the at least three attachment points is attached to the second clamping portion; and the force applying portion comprising an elastomeric material and being configured to stretch between the first clamping portion and the second clamping portion to retain the perfusion clamp in the closed state.
A wind turbine equipment canister for supporting and enclosing electrical equipment of a wind turbine, the canister comprising: a housing defining or containing at least one internal platform (18, 26) for supporting the equipment; a lifting interface on a top of the housing; and at least one support formation positioned on or projecting laterally beyond a side wall of the housing, the side wall having at least a portion that tapers in diameter downwardly toward a base of the housing, and the support formation being capable of supporting the weight of the canister suspended therefrom when the canister is installed within a monopile foundation for a wind turbine. a housing defining or containing at least one internal platform (18, 26) for supporting the equipment; a lifting interface on a top of the housing; and at least one support formation positioned on or projecting laterally beyond a side wall of the housing, the side wall having at least a portion that tapers in diameter downwardly toward a base of the housing, and the support formation being capable of supporting the weight of the canister suspended therefrom when the canister is installed within a monopile foundation for a wind turbine.
Cutter system for an electric shaver and/or trimmer, comprising a pair of cooperating cutting elements (4, 5) movably supported relative to each other by a support element, wherein lateral ends of at least one of said cutting elements are provided with lateral protection elements having rounded and/or chamfered edge contours for soft skin engagement, wherein said lateral protection elements are integrally formed in one part with the cutting element by an end portion of the cutting element bent or curved away from a skin contact surface thereof and enveloping a gap movably receiving the other cutting element and/or enveloping the support element, characterized by, an outer contour of said lateral protection element, when viewed in a direction perpendicular to the skin contact surface, is L- or U-shaped with a first protective portion extending at a toothed cutting edge of the cutting element, a second protective portion extending along the lateral end and a rounded corner protective portion connecting said first and second protective portions (25a, 25b), and wherein each of said first, second and corner protective portions (25a, b, c) is bent or curved away from the skin contact surface.
Method of detecting and compensating for defective printing nozzles in an ink jet printing machine by means of a computer, comprising the following steps of • printing test sheets, each one including at least one printing nozzle test chart and at least one grey area for every colour separation that is used, • recording and digitizing the test sheets with subsequent pixel-nozzle mapping and amplitude/phase value determination by means of the computer, wherein the computer checks the at least one grey area for potential print defects while recording and digitizing the test sheets, • taking current measurements at the printing nozzles in between the test sheets that are being printed, • teaching in an SVM model with the results of current measurement and pixel-nozzle mapping and determining amplitude/phase by means of the computer, • applying the taught-in SVM model to printed, recorded and digitized customer's images to detect defective printing nozzles during production printing on the inkjet printing machine wherein potential print defects are searched for in the generated customer's images during production printing and subsequently the printing nozzle that causes the potential defect is determined by means of the taught-in SVM model, • compensating for the detected defective printing nozzles. • printing test sheets, each one including at least one printing nozzle test chart and at least one grey area for every colour separation that is used, • recording and digitizing the test sheets with subsequent pixel-nozzle mapping and amplitude/phase value determination by means of the computer, wherein the computer checks the at least one grey area for potential print defects while recording and digitizing the test sheets, • taking current measurements at the printing nozzles in between the test sheets that are being printed, • teaching in an SVM model with the results of current measurement and pixel-nozzle mapping and determining amplitude/phase by means of the computer, • applying the taught-in SVM model to printed, recorded and digitized customer's images to detect defective printing nozzles during production printing on the inkjet printing machine wherein potential print defects are searched for in the generated customer's images during production printing and subsequently the printing nozzle that causes the potential defect is determined by means of the taught-in SVM model, • compensating for the detected defective printing nozzles.
A battery case comprising a receiving part having an electrode assembly mounted therein, wherein the receiving part, which is formed by deforming a sheet type base material, is configured to have a stair-like structure in which at least one corner and/or surface forming a shape of the receiving part is deformed, and wherein the receiving part has a side wall configured to have a stair-like structure comprising two or more steps (411, 412, 413), and characterized in that the steps (411, 412, 413) have heights gradually decreased in a depth direction of the receiving part.
A non-planar transistor gate for a transistor comprising a non-planar transistor fin on a semiconductor substrate, the substrate being monocrystalline silicon or silicon-on-insulator ("SOI") or one of germanium, gallium arsenide, indium antimonide, lead telluride, indium arsenide, indium phosphide, gallium antimonide, any of which may be combined with silicon, comprising: a gate trench between a pair of gate spacers; a gate dielectric adjacent the non-planar transistor fin within the gate trench; and a non-planar gate electrode disposed between the pair of gate spacers, characterized in that the non-planar gate electrode includes: a NMOS work-function material conformally deposited within the gate trench and comprising aluminum, titanium, and carbon; a titanium-containing gate fill barrier conformally deposited adjacent the NMOS work-function material; and a tungsten-containing gate fill material adjacent the gate fill barrier, and wherein the transistor gate further includes a capping dielectric structure disposed in a recess between the gate spacers and adjacent the non-planar gate electrode. a gate trench between a pair of gate spacers; a gate dielectric adjacent the non-planar transistor fin within the gate trench; and a non-planar gate electrode disposed between the pair of gate spacers, characterized in that the non-planar gate electrode includes: a NMOS work-function material conformally deposited within the gate trench and comprising aluminum, titanium, and carbon; a titanium-containing gate fill barrier conformally deposited adjacent the NMOS work-function material; and a tungsten-containing gate fill material adjacent the gate fill barrier, and wherein the transistor gate further includes a capping dielectric structure disposed in a recess between the gate spacers and adjacent the non-planar gate electrode. a NMOS work-function material conformally deposited within the gate trench and comprising aluminum, titanium, and carbon; a titanium-containing gate fill barrier conformally deposited adjacent the NMOS work-function material; and a tungsten-containing gate fill material adjacent the gate fill barrier, and wherein the transistor gate further includes a capping dielectric structure disposed in a recess between the gate spacers and adjacent the non-planar gate electrode.
A work machine comprising: a lower traveling body; an upper pivoting body that can pivot with respect to the lower traveling body; a working mechanism that extends from the upper pivoting body; and a control unit configured to control an operation mode of each of the lower traveling body, the upper pivoting body, and the working mechanism, wherein the control unit comprises: a contact possibility recognition element and a contact avoidance operation control element which, in a case where the contact possibility recognition element recognizes that a contact possibility is high, is configured to control the operation mode of at least one of the lower traveling body, the upper pivoting body, and the working mechanism such that the contact possibility reduces; characterized in that the contact possibility recognition element is configured to recognize a degree of possibility of contact between the working mechanism and an unmanned aircraft according to a relative position and the change of the relative position of the unmanned aircraft with reference to the working mechanism. a contact possibility recognition element and a contact avoidance operation control element which, in a case where the contact possibility recognition element recognizes that a contact possibility is high, is configured to control the operation mode of at least one of the lower traveling body, the upper pivoting body, and the working mechanism such that the contact possibility reduces; characterized in that the contact possibility recognition element is configured to recognize a degree of possibility of contact between the working mechanism and an unmanned aircraft according to a relative position and the change of the relative position of the unmanned aircraft with reference to the working mechanism.
Solid particulate material containing a) at least one compound containing carbamoylsulphonate groups and b) at least one organic tanning agent, and c) at least one emulsifier, characterized • in that reaction products formed from organic polyisocyanates and bisulphite and/or disulphite are used as the component a) compounds containing carbamoylsulphonate groups, • in that at least one syntan, resin tanning agent, polymeric retanning agent or vegetable tanning agent is included as component b), and • in that at least one nonionic alkoxylated polyol containing ester groups and having an HLB value of at least 13 and/or an alkylglycoside and/or a nonionic alkoxylated alcohol free of ester groups is included as emulsifier. a) at least one compound containing carbamoylsulphonate groups and b) at least one organic tanning agent, and c) at least one emulsifier, • in that reaction products formed from organic polyisocyanates and bisulphite and/or disulphite are used as the component a) compounds containing carbamoylsulphonate groups, • in that at least one syntan, resin tanning agent, polymeric retanning agent or vegetable tanning agent is included as component b), and • in that at least one nonionic alkoxylated polyol containing ester groups and having an HLB value of at least 13 and/or an alkylglycoside and/or a nonionic alkoxylated alcohol free of ester groups is included as emulsifier.
A secure communication method, comprising: generating, by a security anchor function, SEAF, key identifier information in a process of performing authentication on a terminal on a network side, wherein the key identifier information is used to identify a secure context; and sending, by the SEAF, a non-access stratum security mode command, NAS SMC, message to the terminal when the authentication on the terminal is completed on the network side, wherein the NAS SMC message comprises a message used to indicate that authentication on the terminal succeeds, and the key identifier information, wherein the authentication is extensible authentication protocol- authentication and key agreement', EAP- AKA', authentication, and the message used to indicate that authentication on the terminal succeeds is an EAP-Success, message. generating, by a security anchor function, SEAF, key identifier information in a process of performing authentication on a terminal on a network side, wherein the key identifier information is used to identify a secure context; and sending, by the SEAF, a non-access stratum security mode command, NAS SMC, message to the terminal when the authentication on the terminal is completed on the network side, wherein the NAS SMC message comprises a message used to indicate that authentication on the terminal succeeds, and the key identifier information, wherein the authentication is extensible authentication protocol- authentication and key agreement', EAP- AKA', authentication, and the message used to indicate that authentication on the terminal succeeds is an EAP-Success, message.