mhurhangee/ep-ind-claims huggingface dataset:
A method for utilizing a first file system and a second file system executing on a computing device to protect sensitive data stored on the computing device, the first file system managing a first memory area that stores non-sensitive data and the second file system managing a second memory area that stores sensitive data, the first file system being configured to receive data requests generated by programs executing on the computing device, the method comprising: in a first operating mode, servicing each data request received by the first file system by performing the following steps by the first file system: when the data request specifies non-sensitive data, retrieving the non-sensitive data specified by the data request from the first memory area; and when the data request specifies sensitive data, communicating with the second file system to cause the second file system to retrieve the sensitive data specified by the data request from the second memory area; in a second operating mode, disabling communication between the first file system and the second file system and creating a secure backup copy of one or more file pointers utilized by the second file system to manage interaction with one or more sensitive files stored in the second memory area and subsequently deleting the one or more file pointers and servicing by the first file system only those data requests received by the first file system that specify non-sensitive data by retrieving the non-sensitive data specified by the data requests from the first memory area. in a first operating mode, servicing each data request received by the first file system by performing the following steps by the first file system: when the data request specifies non-sensitive data, retrieving the non-sensitive data specified by the data request from the first memory area; and when the data request specifies sensitive data, communicating with the second file system to cause the second file system to retrieve the sensitive data specified by the data request from the second memory area; when the data request specifies non-sensitive data, retrieving the non-sensitive data specified by the data request from the first memory area; and when the data request specifies sensitive data, communicating with the second file system to cause the second file system to retrieve the sensitive data specified by the data request from the second memory area; in a second operating mode, disabling communication between the first file system and the second file system and creating a secure backup copy of one or more file pointers utilized by the second file system to manage interaction with one or more sensitive files stored in the second memory area and subsequently deleting the one or more file pointers and servicing by the first file system only those data requests received by the first file system that specify non-sensitive data by retrieving the non-sensitive data specified by the data requests from the first memory area.
A method of starting a powerplant, the method comprising: providing a powerplant machine configured for generating power; accelerating the powerplant machine to a purge speed to start a purging process; determining whether a plurality of powerplant systems are prepared to support the operation of the powerplant machine; and starting and accelerating the powerplant machine to a full speed if the plurality of systems are prepared for powerplant machine operation (380, 395); wherein the step of determining whether the plurality of systems are prepared to support the operation of the powerplant machine occurs during the purging process and before the starting of the powerplant machine, reducing the possibility of a shutdown occurring before the powerplant machine reaches the full speed, further comprising the steps of: enabling an operating permissive if the plurality of systems are prepared to support the operation of the powerplant machine; and determining whether a purge ventilation timer is satisfied, wherein the purge timer is configured for ensuring that sufficient purge of the powerplant machine occurs. providing a powerplant machine configured for generating power; accelerating the powerplant machine to a purge speed to start a purging process; determining whether a plurality of powerplant systems are prepared to support the operation of the powerplant machine; and starting and accelerating the powerplant machine to a full speed if the plurality of systems are prepared for powerplant machine operation (380, 395); wherein the step of determining whether the plurality of systems are prepared to support the operation of the powerplant machine occurs during the purging process and before the starting of the powerplant machine, reducing the possibility of a shutdown occurring before the powerplant machine reaches the full speed, further comprising the steps of: enabling an operating permissive if the plurality of systems are prepared to support the operation of the powerplant machine; and determining whether a purge ventilation timer is satisfied, wherein the purge timer is configured for ensuring that sufficient purge of the powerplant machine occurs. enabling an operating permissive if the plurality of systems are prepared to support the operation of the powerplant machine; and determining whether a purge ventilation timer is satisfied, wherein the purge timer is configured for ensuring that sufficient purge of the powerplant machine occurs.
Use of a derivative of melatonin in an immunobio logical assay, wherein said derivative is a conjugate at position 3 of melatonin's indole ring and wherein said conjugate comprises a linker of at least 2 carbon atoms, with the proviso that the conjugate does not comprise a polypeptide or protein antigen, wherein said derivative is coupled to a carrier, wherein said carrier is further coupled to a particle, or is coating a surface.
An apparatus comprising means for performing: receiving, at a source cell from a target cell, an indication of a pool of contention free random access resources; configuring, by the source cell, a user equipment with a first set of contention free random access resources for conditional handover from the source cell to the target cell, the first set of contention free random access resources being associated with a first set of beams; receiving, at the source cell, a measurement report from the user equipment; determining, at the source cell, a second set of contention free random access resources associated with a second set of beams from the received pool of contention free random access resources, the second set being different to the first set; and configuring, by the source cell, the user equipment with the determined second set of contention free random access resources for the conditional handover from the source cell to the target cell. receiving, at a source cell from a target cell, an indication of a pool of contention free random access resources; configuring, by the source cell, a user equipment with a first set of contention free random access resources for conditional handover from the source cell to the target cell, the first set of contention free random access resources being associated with a first set of beams; receiving, at the source cell, a measurement report from the user equipment; determining, at the source cell, a second set of contention free random access resources associated with a second set of beams from the received pool of contention free random access resources, the second set being different to the first set; and configuring, by the source cell, the user equipment with the determined second set of contention free random access resources for the conditional handover from the source cell to the target cell.
A wind power plant comprising blades arranged on an annular pontoon made rotatable relative to its vertical axis, an energy converter being configured to convert rotational energy and arranged on a platform encircled by the annular pontoon, a kinematic mechanism being configured to transfer the annular pontoon rotational energy to the receiving unit of the energy converter; wherein the platform is made floatable and provided with positioning means; characterized by the positioning means including at least six anchors located on the bottom of a body of water, preferably in pairs, and connected to the platform by flexible members (9, 10), the horizontal plane projection of one flexible member being oriented radially to the annular pontoon rotation axis, and the projection of the second flexible member being oriented tangentially to a peripheral portion of the platform, an anchor connected thereto being offset in a direction opposite to the annular pontoon rotation direction relative to the point at which the flexible member (9, 10) is attached to the platform.
A non-medical method of improving physical performance of a human, that excludes the treatment of anxiety, comprising: orally administering to the human a synergistic composition comprising theacrine and caffeine, wherein the co-administered caffeine provides a pharmacokinetic parameter selected from the group consisting of decreasing theacrine oral clearance (CL/F), decreasing theacrine oral volume of distribution (Vd/F), increasing area under the plasma concentration time curve of theacrine, and increasing theacrine maximum plasma concentration (C max), in comparison with the PK parameters when theacrine is administered alone; wherein the weight to weight ratio of theacrine to caffeine in the synergistic composition is about 1:1.2, and the dosage comprises about 125 mg theacrine and about 150 mg caffeine administered once daily. orally administering to the human a synergistic composition comprising theacrine and caffeine, wherein the co-administered caffeine provides a pharmacokinetic parameter selected from the group consisting of decreasing theacrine oral clearance (CL/F), decreasing theacrine oral volume of distribution (Vd/F), increasing area under the plasma concentration time curve of theacrine, and increasing theacrine maximum plasma concentration (C max), in comparison with the PK parameters when theacrine is administered alone; wherein the weight to weight ratio of theacrine to caffeine in the synergistic composition is about 1:1.2, and the dosage comprises about 125 mg theacrine and about 150 mg caffeine administered once daily.
Portable power tool having: a tool receptacle for receiving a tool on a working axis, an electric motor, a pneumatic impact mechanism, which an exciter that is moved periodically back and forth parallel to the working axis by the motor, a striker that is movable on the working axis and is coupled to the exciter via an air spring, and an anvil that is arranged in a movable manner on the working axis and is arranged downstream of the striker in the impact direction, a guide sleeve, which has a cylindrical guide portion, wherein the anvil has a cylindrical anvil portion with a diameter and wherein the cylindrical anvil portion is guided in the guide portion, and an inside diameter of the guide portion is the same as the diameter of the anvil portion, characterized in that the anvil has, in the anvil portion, a plurality of flutes extending along the entire length of the anvil portion, and wherein a cross-sectional area of the anvil portion is at most 5% smaller than a circular area defined by the diameter. a tool receptacle for receiving a tool on a working axis, an electric motor, a pneumatic impact mechanism, which an exciter that is moved periodically back and forth parallel to the working axis by the motor, a striker that is movable on the working axis and is coupled to the exciter via an air spring, and an anvil that is arranged in a movable manner on the working axis and is arranged downstream of the striker in the impact direction, a guide sleeve, which has a cylindrical guide portion, wherein the anvil has a cylindrical anvil portion with a diameter and wherein the cylindrical anvil portion is guided in the guide portion, and an inside diameter of the guide portion is the same as the diameter of the anvil portion, characterized in that the anvil has, in the anvil portion, a plurality of flutes extending along the entire length of the anvil portion, and wherein a cross-sectional area of the anvil portion is at most 5% smaller than a circular area defined by the diameter.
A method for quality assessment of a sealing section of a package, wherein the package comprises at least a robustness layer (406a, 406b) and a plastic layer (408a, 408b), wherein the sealing section is formed by holding a first section and a second section of the package against each other while providing heat such that the plastic layer (408a, 408b) of the first and second section (402a, 402b) melt and thereby provide for that the first and second section (402a, 402b) adhere to each other, the method comprising capturing image data depicting the sealing section using a camera, the method being characterised by the steps of: identifying a reference line (1204, 1304, 1404, 1504) in the image data, identifying a sealing section boundary line (1202,1302, 1402, 1502) in the image data, determining a sealing section assessment feature set based on the reference line (1204, 1304, 1404, 1504) and the sealing section boundary line (1202,1302, 1402, 1502), and comparing the sealing section assessment feature set with a reference feature set. identifying a reference line (1204, 1304, 1404, 1504) in the image data, identifying a sealing section boundary line (1202,1302, 1402, 1502) in the image data, determining a sealing section assessment feature set based on the reference line (1204, 1304, 1404, 1504) and the sealing section boundary line (1202,1302, 1402, 1502), and comparing the sealing section assessment feature set with a reference feature set.
An anti-somnolence optical device comprising an ophthalmic lens comprising: - a substrate, the substrate having a rear face and a front face, the rear face being destined to face the eye of a user, and - at least one external interferential coating on at least one face, the at least one interferential coating being such that it enables to selectively reflect light arriving on the rear face with a local maximum of reflection of at least 10% for a wavelength within the range between 450nm and 490nm, and a frame for supporting the ophthalmic lens in front of a wearer's eye, further comprising a light source attached to the frame, the light source being positioned and oriented for emitting a light toward the interferential coating, such that the light does not illuminate directly the eye and such that the light emitted by the light source is reflected at least partially by the interferential coating toward the eye. - a substrate, the substrate having a rear face and a front face, the rear face being destined to face the eye of a user, and - at least one external interferential coating on at least one face, the at least one interferential coating being such that it enables to selectively reflect light arriving on the rear face with a local maximum of reflection of at least 10% for a wavelength within the range between 450nm and 490nm,
A device for the detection of forces and moments comprising piezoelectric load cells (A, B) that are mechanically pretensioned in a horizontal working plane against end faces (81, 81') of a mounting platform and detect force components (F x, F y, F z); said mounting platform being a cuboid having a rectangular base; said mounting platform having four rectangular end faces (81, 81', 82, 82'), said end faces (81, 81', 82, 82') running perpendicularly with respect to the base of the mounting platform; two first end faces (81, 81') being arranged in a first vertical plane and two second end faces (82, 82') being arranged in a second vertical plane; said first end faces (81, 81') being arranged perpendicularly with respect to said second end faces (82, 82'); a first coordinate axis being normal to said first end faces (81, 81') and a second coordinate axis being normal to said second end faces (82, 82'); wherein first piezoelectric load cells (A, B) are arranged at said first end faces (81, 81'); and wherein second piezoelectric load cells (C, D) are arranged at said second end faces (82, 82'); wherein said first piezoelectric load cells (A, B) detect a first force component (F x) by a longitudinal effect and detect a second force component (F y) by a shear effect; wherein said second piezoelectric load cells (C, D) detect the first force component (F x) by the shear effect and detect the second force component (F y) by the longitudinal effect; wherein one load cell (A, B, C, D) is arranged in the center of each of the end faces (81, 81', 82, 82'); wherein said device comprises four plates (7, 7', 7", 7'''); each plate (7, 7', 7", 7''') having a rectangular base, said base of the plates (7, 7', 7", 7''') being arranged in the horizontal working plane; characterized in that said piezoelectric load cells (A, B, C, D) are substantially completely accommodated within recesses of the plates (7, 7', 7", 7'''); said plates (7, 7', 7", 7''') comprise pass-through holes for pretensioning screws (10, 10', 10", 10''') along said first and second coordinate axes (X, Y); and in that each piezoelectric load cell (A, B, C, D) is mechanically pretensioned by exactly one pretensioning screw (10, 10', 10", 10'''), said pretensioning screw (10, 10', 10", 10''') centrally penetrating a central pass-through hole of the piezoelectric load cell (A, B, C, D) and being screwed with a thread of the end face (81, 81', 82, 82').
A control device for a vehicle configured to automatically stop an engine while the vehicle is running, the control device comprising: an engine stop request output to temporarily stop the engine during a sudden deceleration of the vehicle by disengaging a clutch disposed between the engine and the motor in accordance with an operation of a brake of a driver for automatically stopping the engine, and an idling stop prohibition request output based on a driving state of the vehicle to perform a failure diagnosis during operation of the engine, wherein said both requests are independent, wherein the engine is restarted (step S26) when said idling stop prohibition request is output during the stop of the engine; and wherein the engine is stopped (Step S19) and said idling stop prohibition request is withdrawn (Step S20) when said engine stop request is output (step S14), since said engine stop request has a higher priority than the priority of said idling stop prohibition request. an engine stop request output to temporarily stop the engine during a sudden deceleration of the vehicle by disengaging a clutch disposed between the engine and the motor in accordance with an operation of a brake of a driver for automatically stopping the engine, and an idling stop prohibition request output based on a driving state of the vehicle to perform a failure diagnosis during operation of the engine, wherein said both requests are independent, wherein the engine is restarted (step S26) when said idling stop prohibition request is output during the stop of the engine; and wherein the engine is stopped (Step S19) and said idling stop prohibition request is withdrawn (Step S20) when said engine stop request is output (step S14), since said engine stop request has a higher priority than the priority of said idling stop prohibition request.
A galley cart compartment, comprising: an interior compartment associated with an aircraft galley complex, the interior compartment bounded by at least a left sidewall, a right sidewall, and a cabin floor; the galley cart compartment further comprising a galley cart insertable into and removable from the interior compartment along an axis of entry, the interior compartment configured to accommodate the galley cart; the galley cart comprising: an exterior housing including at least a left side, a right side, and an underside; and a left-side plurality of casters and a right-side plurality of casters pivotably attached to the underside, each caster including a left wheel and a right wheel separated by a wheel gap; and a set of tracks proximate to the cabin floor and parallel to the axis of entry, the set of tracks comprising: a left track proximate to the left sidewall, the left track including a left guide rail configured for extending into at least one wheel gap of the left-side plurality of casters; and a right track proximate to the right sidewall, the right track including a right guide rail configured for extending into at least one wheel gap of the right-side plurality of casters. an interior compartment associated with an aircraft galley complex, the interior compartment bounded by at least a left sidewall, a right sidewall, and a cabin floor; the galley cart compartment further comprising a galley cart insertable into and removable from the interior compartment along an axis of entry, the interior compartment configured to accommodate the galley cart; the galley cart comprising: an exterior housing including at least a left side, a right side, and an underside; and a left-side plurality of casters and a right-side plurality of casters pivotably attached to the underside, each caster including a left wheel and a right wheel separated by a wheel gap; and an exterior housing including at least a left side, a right side, and an underside; and a left-side plurality of casters and a right-side plurality of casters pivotably attached to the underside, each caster including a left wheel and a right wheel separated by a wheel gap; and a set of tracks proximate to the cabin floor and parallel to the axis of entry, the set of tracks comprising: a left track proximate to the left sidewall, the left track including a left guide rail configured for extending into at least one wheel gap of the left-side plurality of casters; and a right track proximate to the right sidewall, the right track including a right guide rail configured for extending into at least one wheel gap of the right-side plurality of casters. a left track proximate to the left sidewall, the left track including a left guide rail configured for extending into at least one wheel gap of the left-side plurality of casters; and a right track proximate to the right sidewall, the right track including a right guide rail configured for extending into at least one wheel gap of the right-side plurality of casters.
A carpet structure comprising an arrangement of a carpet back lighting system and a light transmissive carpet unit having a carpet unit back side, the light transmissive carpet unit comprising a backing (720; 7120), and the carpet back lighting system comprising: - a carpet back lighting unit having a lighting unit front face comprising a light source arranged to generate light, and - accompanying optics, wherein the lighting unit front face of the lighting unit and the carpet unit back side of the light transmissive carpet unit are adjacent, and wherein the light transmissive carpet unit is arranged to transmit at least part of the light travelling in a direction from the carpet unit back side to the carpet unit front face, characterized in that the carpet back lighting system only penetrates into the backing (720; 7120) and does not penetrate through the entire carpet, wherein the carpet back lighting system partly penetrates into the backing (720; 7120) so that the light does not need to travel through the entire backing (720; 7120), either by the optics being sharp optics that penetrate into the backing (720; 7120), or by the optics being optics that protrude from the carpet back lighting system with the backing (720; 7120) comprising a recess that fits with the protruding optics. - a carpet back lighting unit having a lighting unit front face comprising a light source arranged to generate light, and - accompanying optics,