mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: intercepting an object provided from a first digital device to a second digital device; instantiating a virtualization environment with one or more resources; processing the object within the virtualization environment; tracing operations of the object while processing within the virtualization environment; detecting suspicious behavior associated with the object in the virtualization environment; instantiating an emulation environment in response to the detected suspicious behavior; processing the object within the emulation environment; recording responses to the object within the emulation environment; tracing operations of the object while processing within the emulation environment; detecting a divergence between the traced operations of the object within the virtualization environment to the traced operations of the object within the emulation environment; re-instantiating the virtualization environment in response to the detected divergence; providing the recorded response from the emulation environment to the object in the re-instantiated virtualization environment; monitoring the operations of the object while processing within the re-instantiation of the virtualization environment; identifying untrusted actions from the monitored operations; and generating a report regarding the identified untrusted actions of the object. intercepting an object provided from a first digital device to a second digital device; instantiating a virtualization environment with one or more resources; processing the object within the virtualization environment; tracing operations of the object while processing within the virtualization environment; detecting suspicious behavior associated with the object in the virtualization environment; instantiating an emulation environment in response to the detected suspicious behavior; processing the object within the emulation environment; recording responses to the object within the emulation environment; tracing operations of the object while processing within the emulation environment; detecting a divergence between the traced operations of the object within the virtualization environment to the traced operations of the object within the emulation environment; re-instantiating the virtualization environment in response to the detected divergence; providing the recorded response from the emulation environment to the object in the re-instantiated virtualization environment; monitoring the operations of the object while processing within the re-instantiation of the virtualization environment; identifying untrusted actions from the monitored operations; and generating a report regarding the identified untrusted actions of the object.
A system for covert targeting, comprising a digital light processing,DLP, mirror array for redirecting a series of laser pulses reflected off a target of interest; and a processor for determining, via a single element detector, if a pulse in the series of laser pulses was detected on each of the series of modulated fields of view of the DLP mirror array to determine the location of the target of interest; and a display for presenting location information for the target of interest to an operator, CHARACTERIZED IN THAT the DLP mirror array applies shutter patterns to create a series of modulated fields of view of the DLP mirror array, using a "divide-by-two" scheme. a digital light processing,DLP, mirror array for redirecting a series of laser pulses reflected off a target of interest; and a processor for determining, via a single element detector, if a pulse in the series of laser pulses was detected on each of the series of modulated fields of view of the DLP mirror array to determine the location of the target of interest; and a display for presenting location information for the target of interest to an operator, CHARACTERIZED IN THAT the DLP mirror array applies shutter patterns to create a series of modulated fields of view of the DLP mirror array, using a "divide-by-two" scheme.
A mobile unit comprising a remote operation spray device mounted on the mobile unit to be remotely controllable by wire or wirelessly, comprising: a spray device main body fixedly attached to the mobile unit and loaded with a spray cartridge; a holder for fixedly retaining the spray cartridge; and a spray mechanism mounted on top of the spray device main body for jetting spray from the spray cartridge, wherein the spray mechanism comprises a base member protruding from the spray device main body to form a substructure of the spray mechanism; a depressing member pivotably attached to the base member for pressing down a spray nozzle of the spray cartridge; a pushed member provided at a distal end section of the depressing member; and a pusher installed on the base member for pushing the pushed member to move horizontally, which the pusher comprises a solenoid connected to an electrical power source, a push-pin pushed horizontally outward upon application of voltage to the solenoid, wherein the pusher also comprises a release spring for retracting the pushed-out push-pin in opposite direction, wherein horizontal pushing movement toward the pushed member is applied / released by applying voltage to the solenoid to extend the push-pin and by not applying voltage to the solenoid to retract the push-pin by the release spring, wherein horizontal pushing action of the pusher pushes and moves the pushed member to thereby pivot the depressing member and press the spray nozzle vertically downward, and the mobile unit is an aerial vehicle capable of gliding flight. a spray device main body fixedly attached to the mobile unit and loaded with a spray cartridge; a holder for fixedly retaining the spray cartridge; and a spray mechanism mounted on top of the spray device main body for jetting spray from the spray cartridge, wherein the spray mechanism comprises a base member protruding from the spray device main body to form a substructure of the spray mechanism; a depressing member pivotably attached to the base member for pressing down a spray nozzle of the spray cartridge; a pushed member provided at a distal end section of the depressing member; and a pusher installed on the base member for pushing the pushed member to move horizontally, which the pusher comprises a solenoid connected to an electrical power source, a push-pin pushed horizontally outward upon application of voltage to the solenoid, wherein the pusher also comprises a release spring for retracting the pushed-out push-pin in opposite direction, wherein horizontal pushing movement toward the pushed member is applied / released by applying voltage to the solenoid to extend the push-pin and by not applying voltage to the solenoid to retract the push-pin by the release spring, wherein horizontal pushing action of the pusher pushes and moves the pushed member to thereby pivot the depressing member and press the spray nozzle vertically downward, and the mobile unit is an aerial vehicle capable of gliding flight.
Process for the preparation of a beverage comprising adding a proline-specific protease and a polyphenoloxidase to the beverage, and preparing the beverage.
An enzyme electrode comprising an enzyme layer containing carbon particles carrying glucose dehydrogenase with flavine adenine dinucleotide as a coenzyme; and an electrode layer, wherein the carbon particles consist of carbon particles with a particle diameter of not more than 100 nm and a specific surface area of at least 200 m 2 /g and wherein the electrode layer is composed of metal.
An electric power conversion device, comprising: - a power conversion circuit for converting electric power received from an overhead wire through an LC filter circuit (5, 6) composed of a reactor and a capacitor and outputting the converted electric power; and - a control unit having a delay unit including a time constant generation unit producing a time constant according to a load quantity of the power conversion circuit and an operation unit producing a first control signal by performing a delay operation to the voltage across the capacitor on the basis of the time constant, wherein the control unit produces a second output voltage instruction (M, PMF) from the first control signal and a first output voltage instruction (VREF, VM*) specifying the magnitude of an output voltage of the converted power, and controls the power conversion circuit on the basis of the second output voltage instruction (M, PMF). - a power conversion circuit for converting electric power received from an overhead wire through an LC filter circuit (5, 6) composed of a reactor and a capacitor and outputting the converted electric power; and - a control unit having a delay unit including a time constant generation unit producing a time constant according to a load quantity of the power conversion circuit and an operation unit producing a first control signal by performing a delay operation to the voltage across the capacitor on the basis of the time constant, wherein the control unit produces a second output voltage instruction (M, PMF) from the first control signal and a first output voltage instruction (VREF, VM*) specifying the magnitude of an output voltage of the converted power, and controls the power conversion circuit on the basis of the second output voltage instruction (M, PMF).
A process for preparing at least one compound of the general formula wherein one of the symbols - - - - - - is a single bond and the other is a double bond, which comprises a) providing a starting material comprising the compound of the general formula and reacting the starting material with NaBH 4 to yield a reaction product comprising a mixture of the compounds of the general formulae (Illa) and (IIIb) and where the NaBH 4 is employed in an amount of 0.07 to 0.7 mole equivalents, based on the amount of the compound of the general formula; b) treating the reaction product obtained in step a) with an acid to yield at least one compound of the general formula. a) providing a starting material comprising the compound of the general formula and reacting the starting material with NaBH 4 to yield a reaction product comprising a mixture of the compounds of the general formulae (Illa) and (IIIb) and where the NaBH 4 is employed in an amount of 0.07 to 0.7 mole equivalents, based on the amount of the compound of the general formula; b) treating the reaction product obtained in step a) with an acid to yield at least one compound of the general formula.
An apparatus of a user equipment, UE, comprising: a Radio Frequency, RF, interface, and processing circuitry coupled to the RF interface, the processing circuitry configured to: determine an overlap between a plurality of determined Physical Uplink Control Channel, PUCCH, resources to carry a respective plurality of Hybrid Automatic Repeat Request Acknowledgment, HARQ-ACK, feedbacks and another determined PUCCH resource to carry an Uplink Control Information, UCI; determine an updated PUCCH resource for carrying at least a first HARQ-ACK feedback of the plurality of HARQ-ACK feedbacks and the UCI, wherein the updated PUCCH resource does not overlap with a determined PUCCH resource to carry a second HARQ-ACK feedback of the plurality of HARQ-ACK feedbacks not included in the updated PUCCH resource; and encode the updated PUCCH resource and the determined PUCCH resource for transmission to a base station within one slot. a Radio Frequency, RF, interface, and processing circuitry coupled to the RF interface, the processing circuitry configured to: determine an overlap between a plurality of determined Physical Uplink Control Channel, PUCCH, resources to carry a respective plurality of Hybrid Automatic Repeat Request Acknowledgment, HARQ-ACK, feedbacks and another determined PUCCH resource to carry an Uplink Control Information, UCI; determine an updated PUCCH resource for carrying at least a first HARQ-ACK feedback of the plurality of HARQ-ACK feedbacks and the UCI, wherein the updated PUCCH resource does not overlap with a determined PUCCH resource to carry a second HARQ-ACK feedback of the plurality of HARQ-ACK feedbacks not included in the updated PUCCH resource; and encode the updated PUCCH resource and the determined PUCCH resource for transmission to a base station within one slot. determine an overlap between a plurality of determined Physical Uplink Control Channel, PUCCH, resources to carry a respective plurality of Hybrid Automatic Repeat Request Acknowledgment, HARQ-ACK, feedbacks and another determined PUCCH resource to carry an Uplink Control Information, UCI; determine an updated PUCCH resource for carrying at least a first HARQ-ACK feedback of the plurality of HARQ-ACK feedbacks and the UCI, wherein the updated PUCCH resource does not overlap with a determined PUCCH resource to carry a second HARQ-ACK feedback of the plurality of HARQ-ACK feedbacks not included in the updated PUCCH resource; and encode the updated PUCCH resource and the determined PUCCH resource for transmission to a base station within one slot.
A semiconductor light-emitting device having a plurality of semiconductor layers (30, 40, 50) composed of a first semiconductor layer having first n-type conductivity, a second semiconductor layer having second p-type conductivity different from the first conductivity, and an active layer disposed between the first semiconductor layer and the second semiconductor layer, for generating light via electron-hole recombination, wherein the plurality of semiconductor layers (30, 40, 50) are grown sequentially using a growth substrate, characterized by comprising: a non-conductive reflective film comprising a distributed bragg reflector, formed over the second semiconductor layer and covering the area over the second semiconductor layer on the opposite side of the growth substrate to reflect light from the active layer towards the first semiconductor layer, a first electrode (80, 81) which is provided under the non-conductive reflective film of the DBR and is exposed through the non-conductive reflective film for providing electrons to the first semiconductor layer and contacted with the first semiconductor layer; a finger electrode formed between the second semiconductor layer and the non-conductive reflective film, which is extended so as to provide holes to the second semiconductor layer, which is in electrical communication with the second semiconductor layer, and which has an electrical connection passing through the non-conductive reflective film from the second electrode to the finger electrode for receiving the holes; a light-transmitting conductive film formed between the non-conductive reflective layer and the second semiconductor layer, for electrically communicating the finger electrode with the second semiconductor layer; and a second electrode which is provided over the non-conductive reflective film to reflect light from the active layer towards the first semiconductor layer and is contacted with the non-conductive reflective film for providing the holes to the finger electrode via the electrical connection.
A hydraulically damped door closer of the type comprising a housing in which there is mounted at least one drive shaft that can move rotationally about an axis directed in a first direction, and at least one roller also able to move rotationally about an axis directed parallel to said first direction, this roller collaborating on the one hand with said shaft and on the other hand with at least one primary piston able to move translationally along an axis directed in a second direction (A') substantially perpendicular and secant to the first direction and subjected to the action of return means, at least one secondary piston able to move translationally along an axis directed in the second direction (A') enabling a variation in the volume of at least two hydraulic chambers (9, 9') which are connected by a system of passages (18, 18', 18''), said pistons (7, 8) both being located on the same side of the drive shaft and the rotation of the shaft causing the translational movement of the two pistons (7, 8), via the roller, characterized in that the system of passages (18, 18', 18") is formed in a hydraulic cell, said two hydraulic chambers (9, 9') being created on each side of the hydraulic cell, the hydraulic cell is positioned, fixed, longitudinally between on the one side the return means that act directly on the secondary piston and on the other side the drive shaft, said secondary piston passing through said hydraulic cell.
A process cartridge, comprising: a photosensitive drum that is adapted to rotate relative to a photosensitive drum shaft; a charger that is disposed along a surface of the photosensitive drum and that is adapted to charge the surface of the photosensitive drum; a developing roller that is adapted to rotate relative to a developing roller shaft, that is disposed along the surface of the photosensitive drum and that is adapted to supply toner to the photosensitive drum, wherein the charger is located along a straight line that connects the photosensitive drum shaft and the developing roller shaft; and a transfer roller that is disposed along the surface of the photosensitive drum between the charger and the developing roller and that is adapted to transfer the toner to a recording medium, characterized in that the charger is located closer to the transfer roller than the developing roller; and an insulation member is affixed to a lower cover of the charger on a side facing a conveyance guide. a photosensitive drum that is adapted to rotate relative to a photosensitive drum shaft; a charger that is disposed along a surface of the photosensitive drum and that is adapted to charge the surface of the photosensitive drum; a developing roller that is adapted to rotate relative to a developing roller shaft, that is disposed along the surface of the photosensitive drum and that is adapted to supply toner to the photosensitive drum, wherein the charger is located along a straight line that connects the photosensitive drum shaft and the developing roller shaft; and a transfer roller that is disposed along the surface of the photosensitive drum between the charger and the developing roller and that is adapted to transfer the toner to a recording medium, characterized in that the charger is located closer to the transfer roller than the developing roller; and an insulation member is affixed to a lower cover of the charger on a side facing a conveyance guide.
Method for producing in a melt spinning method a crimped multicolored composite thread from a plurality of extruded sub-threads in the following steps: 1.1. separately extruding a plurality of colored filament bundles, and cooling the filament bundles; 1.2. separately gathering the filament bundles so as to form the separate sub-threads; 1.3. separately pre-interlacing the individual sub-threads and/or a composite sub-thread formed from a plurality of sub-threads; 1.4. drafting the sub-threads and the composite sub-thread; 1.5. separately post-interlacing the individual sub-threads and/or the composite sub-thread formed from a plurality of sub-threads; 1.6. separately texturizing the individual sub-threads and/or the composite sub-thread; 1.7. collecting the sub-threads and the composite sub-thread so as to form the composite thread; and 1.8. winding the composite thread so as to form a wound package. 1.1. separately extruding a plurality of colored filament bundles, and cooling the filament bundles; 1.2. separately gathering the filament bundles so as to form the separate sub-threads; 1.3. separately pre-interlacing the individual sub-threads and/or a composite sub-thread formed from a plurality of sub-threads; 1.4. drafting the sub-threads and the composite sub-thread; 1.5. separately post-interlacing the individual sub-threads and/or the composite sub-thread formed from a plurality of sub-threads; 1.6. separately texturizing the individual sub-threads and/or the composite sub-thread; 1.7. collecting the sub-threads and the composite sub-thread so as to form the composite thread; and 1.8. winding the composite thread so as to form a wound package.
A vacuum insulated door for an appliance, comprising: a first panel; a second panel operably coupled to the first panel to define an insulating cavity; a trim breaker operably coupled to each of the first panel and the second panel, the trim breaker including a frame and an engagement feature, wherein the trim breaker defines the plurality of apertures in which the engagement feature is defined, and wherein the engagement feature includes an angular side and a base portion; and a bin operably coupled to the trim breaker proximate to the second panel, characterised in that the bin includes a locking feature selectively coupled to the engagement feature, the locking feature includes a body and a projection extending from an end of the body, the projection of the locking feature is selectively coupled to the base portion of the engagement feature, the bin is operable between a locked position and an unlocked position, and the locked position is defined by the projection of the locking feature being coupled with the base portion of the engagement feature. a first panel; a second panel operably coupled to the first panel to define an insulating cavity; a trim breaker operably coupled to each of the first panel and the second panel, the trim breaker including a frame and an engagement feature, wherein the trim breaker defines the plurality of apertures in which the engagement feature is defined, and wherein the engagement feature includes an angular side and a base portion; and a bin operably coupled to the trim breaker proximate to the second panel, characterised in that the bin includes a locking feature selectively coupled to the engagement feature, the locking feature includes a body and a projection extending from an end of the body, the projection of the locking feature is selectively coupled to the base portion of the engagement feature, the bin is operable between a locked position and an unlocked position, and the locked position is defined by the projection of the locking feature being coupled with the base portion of the engagement feature.