mhurhangee/ep-ind-claims huggingface dataset:
A method of creating antivirus records, the method comprising: analyzing, by a protector against targeted attacks, a log of API function calls of a file for presence of malicious behavior using one or more behavioral rules; determining, by the protector against targeted attacks, that the file is malicious when a behavioral rule corresponding to records of a log of API function calls is identified; extracting, by the protector against targeted attacks, one or more records of API function calls associated with the identified behavioral rule; determining, by the protector against targeted attacks, whether a protector of a computing device has support for registering extracted records of at least one of API function calls in a call log; when the protector of the computing device has the support for the registering the extracted records of the API function calls, creating, by the protector against targeted attacks, an antivirus record for the protector of the computing device, wherein the created antivirus record includes at least the extracted records of the API function calls; when the protector of the computing device does not have the support for the registering of the at least one extracted records of the API function calls, adding to the protector of the computing device support for the registering records of unsupported API function calls into the call log, and creating the antivirus record for the protector of the computing device, wherein the created record consists of the extracted records of the API function calls. analyzing, by a protector against targeted attacks, a log of API function calls of a file for presence of malicious behavior using one or more behavioral rules; determining, by the protector against targeted attacks, that the file is malicious when a behavioral rule corresponding to records of a log of API function calls is identified; extracting, by the protector against targeted attacks, one or more records of API function calls associated with the identified behavioral rule; determining, by the protector against targeted attacks, whether a protector of a computing device has support for registering extracted records of at least one of API function calls in a call log; when the protector of the computing device has the support for the registering the extracted records of the API function calls, creating, by the protector against targeted attacks, an antivirus record for the protector of the computing device, wherein the created antivirus record includes at least the extracted records of the API function calls; when the protector of the computing device does not have the support for the registering of the at least one extracted records of the API function calls, adding to the protector of the computing device support for the registering records of unsupported API function calls into the call log, and creating the antivirus record for the protector of the computing device, wherein the created record consists of the extracted records of the API function calls.
A control cable liner for a control cable having a core that slides along a predetermined path, the control cable liner being polymeric, having a constant outer diameter along its circumference and its length and having an internal surface to enclose and bear against a core; wherein a plurality of separated, substantially transverse, annular cavities projects outwardly from the internal surface, in particular at 90° to the longitudinal direction of the liner, the cavities being configured for lubricant retention.
Method for generating and controlling a discharge plasma in a gas or gas mixture, in a plasma discharge space having at least two spaced electrodes (13, 14), in which at least one current pulse is generated by applying an AC plasma energizing voltage to the electrodes (13, 14) causing a plasma current and a displacement current, wherein the plasma has a low ratio of dynamic to static resistance, characterized in that controlling the discharge plasma comprises applying a displacement current rate of change dI/Idt for controlling local current density variations associated with the plasma, in which the displacement current change is provided by applying a rate of change in the applied voltage dV/Vdt to the two electrodes (13, 14), the change in applied voltage being about equal to an operating frequency of the AC plasma energizing voltage, and the displacement current rate of change dI/Idt having a value at least five times higher than the rate of change in applied voltage dV/Vdt.
A process for the polymerisation of monomer in at least first and second reactors operated in series, which process comprises either: (i) contacting a first stream comprising vapour derived from the effluent withdrawn from the second reactor with a feed stream to the second reactor, said feed stream comprising effluent derived from the first reactor and said first stream having been separated from the polymer withdrawn from the second reactor at a pressure of 0.5 MPa (5 bar) or above, or (ii) contacting a first stream comprising vapour derived from the effluent withdrawn from a subsequent reactor with a feed stream to the second reactor, said feed stream comprising effluent derived from the first reactor. (i) contacting a first stream comprising vapour derived from the effluent withdrawn from the second reactor with a feed stream to the second reactor, said feed stream comprising effluent derived from the first reactor and said first stream having been separated from the polymer withdrawn from the second reactor at a pressure of 0.5 MPa (5 bar) or above, or (ii) contacting a first stream comprising vapour derived from the effluent withdrawn from a subsequent reactor with a feed stream to the second reactor, said feed stream comprising effluent derived from the first reactor.
A hearing assistance system, comprising a first hearing assistance device to be worn at a first one of a user's ears and a second hearing assistance device to be worn at a second one of the user's ears, each hearing assistance device comprising an interface for receiving a wireless external data stream from an external data source device and for receiving stream access information transmitted from the external data source device and required to access the data stream, each hearing assistance device being adapted to exchange data with the other hearing assistance device, each hearing assistance device being adapted to switch, after elapse of a scanning period, between a scanning mode in which the hearing assistance device scans for meta-information transmitted from the external data source device and a sleeping mode in which the hearing assistance device does not scan for stream access information, wherein the hearing assistance devices are adapted to synchronize by data exchange between the first hearing assistance device and the second hearing assistance device in such manner that at least for some time one of the hearing assistance devices is in the scanning mode and the other one of the hearing assistance devices is in the sleeping mode, and wherein each hearing assistance device is adapted to notify, after having received stream access information from the external data source device in the scanning mode, the other one of the hearing assistance devices that it has received stream access information from the external data source device.
An apparatus for calculating a current value of a battery cell comprising: a timer configured to set a target time for using the battery cell; a temperature sensor configured to measure a temperature of the battery cell; and a controller (230, 240) configured to: calculate a resistance of the battery cell; and calculate the current value usable without exceeding a threshold temperature of the battery cell during the target time, based on the measured temperature and the calculated resistance of the battery cell. a timer configured to set a target time for using the battery cell; a temperature sensor configured to measure a temperature of the battery cell; and a controller (230, 240) configured to: calculate a resistance of the battery cell; and calculate the current value usable without exceeding a threshold temperature of the battery cell during the target time, based on the measured temperature and the calculated resistance of the battery cell. calculate a resistance of the battery cell; and calculate the current value usable without exceeding a threshold temperature of the battery cell during the target time, based on the measured temperature and the calculated resistance of the battery cell.
A ruggedizing apparatus for electronic equipment in a spacecraft mounted with the electronic equipment, comprising: a pressure vessel that is filled with a coolant and places at least a heat-generating electronic circuit of the electronic equipment within the pressure vessel, wherein the heat-generating electronic circuit is immersed in the coolant; and a forced liquid-flow generator placed within the pressure vessel, wherein the forced liquid-flow generator causes the coolant on the heat-generating electronic circuit to move away from the heat-generating electronic circuit, characterized in that: the forced liquid-flow generator is a contra-rotating fan causing the coolant to flow in a predetermined direction. a pressure vessel that is filled with a coolant and places at least a heat-generating electronic circuit of the electronic equipment within the pressure vessel, wherein the heat-generating electronic circuit is immersed in the coolant; and a forced liquid-flow generator placed within the pressure vessel, wherein the forced liquid-flow generator causes the coolant on the heat-generating electronic circuit to move away from the heat-generating electronic circuit, characterized in that: the forced liquid-flow generator is a contra-rotating fan causing the coolant to flow in a predetermined direction.
A three-dimensional object detection device comprising: an image capturing means comprising a lens for capturing images behind a vehicle, the captured images including a driving lane marker on a driving lane side of the vehicle among the driving lane markers in adjacent lanes, which are adjacent to the lane in which the vehicle drives; a detection area setting means for setting a detection area behind the vehicle; and a three-dimensional object detection means (32, 33; 35, 36, 37) for detecting a three-dimensional object that is present in the detection area based on the images acquired by the image capturing means, characterized by a lens state assessment means for detecting whether or not the lens is in a wet state based on various information acquired from a raindrop sensor, a wiper, a navigation device, or a lens cleaning device, wherein when a determination is made by the lens state assessment means that the lens is in a wet state, the detection area setting means deletes a part of and/or masks a part of and/or changes along the vehicle width direction the position of a first detection area, which includes the driving lane marker and which is first set as the detection area, and sets a second detection area that excludes the driving lane marker, of the adjacent lane as the detection area. an image capturing means comprising a lens for capturing images behind a vehicle, the captured images including a driving lane marker on a driving lane side of the vehicle among the driving lane markers in adjacent lanes, which are adjacent to the lane in which the vehicle drives; a detection area setting means for setting a detection area behind the vehicle; and a three-dimensional object detection means (32, 33; 35, 36, 37) for detecting a three-dimensional object that is present in the detection area based on the images acquired by the image capturing means, characterized by a lens state assessment means for detecting whether or not the lens is in a wet state based on various information acquired from a raindrop sensor, a wiper, a navigation device, or a lens cleaning device, wherein when a determination is made by the lens state assessment means that the lens is in a wet state, the detection area setting means deletes a part of and/or masks a part of and/or changes along the vehicle width direction the position of a first detection area, which includes the driving lane marker and which is first set as the detection area, and sets a second detection area that excludes the driving lane marker, of the adjacent lane as the detection area.
An extreme-ultraviolet radiation light source generation apparatus (3000, 4000, 5000, 6000), characterized by comprising: a pump laser, configured to provide a pulse laser radiation beam; at least one pulse shaping unit (1100A, 1100B, 1100C), wherein each one of the at least one pulse shaping unit (1100A, 1100B, 1100C) is configured to conduct a spectrum extending operation and a phase compensation operation to the pulse laser radiation beam, and the phase compensation operation is configured to make a plurality of frequency components of the pulse laser radiation beam emitted by the pulse shaping unit to be substantially in phase; a wavelength conversion unit, configured to conduct a center wavelength conversion operation to the pulse laser radiation beam; and a high-order harmonics generation unit, configured to receive the pulse laser radiation beam processed by the at least one pulse shaping unit (1100A, 1100B, 1100C) and the center wavelength conversion operation, and configured to focus the received pulse laser radiation beam to a high order harmonic generation medium (Gm) to generate a high order harmonic radiation beam. a pump laser, configured to provide a pulse laser radiation beam; at least one pulse shaping unit (1100A, 1100B, 1100C), wherein each one of the at least one pulse shaping unit (1100A, 1100B, 1100C) is configured to conduct a spectrum extending operation and a phase compensation operation to the pulse laser radiation beam, and the phase compensation operation is configured to make a plurality of frequency components of the pulse laser radiation beam emitted by the pulse shaping unit to be substantially in phase; a wavelength conversion unit, configured to conduct a center wavelength conversion operation to the pulse laser radiation beam; and a high-order harmonics generation unit, configured to receive the pulse laser radiation beam processed by the at least one pulse shaping unit (1100A, 1100B, 1100C) and the center wavelength conversion operation, and configured to focus the received pulse laser radiation beam to a high order harmonic generation medium (Gm) to generate a high order harmonic radiation beam.
A turbine component with an interior cooling surface comprising: a plurality of first convex turbulation features separated by valleys; a plurality of smaller second turbulation features formed on each of said first convex turbulation features; a plurality of third turbulation features formed on said valleys, the third turbulation features being smaller than the valleys; and parallel larger ridges on the internal cooling surface, wherein the first convex turbulation features comprise first ridges formed between and parallel or perpendicular to the larger ridges. a plurality of first convex turbulation features separated by valleys; a plurality of smaller second turbulation features formed on each of said first convex turbulation features; a plurality of third turbulation features formed on said valleys, the third turbulation features being smaller than the valleys; and parallel larger ridges on the internal cooling surface, wherein the first convex turbulation features comprise first ridges formed between and parallel or perpendicular to the larger ridges.
An arrangement having a furniture door, in particular a fold-sliding-door, and a, in particular chamber-formed, cavity for accommodating the furniture door, wherein the arrangement includes a mechanical drive device (4, 10, 11, 14, 16) for moving the furniture door between a, preferably fully, countersunk position within the cavity and a position outside of the cavity, wherein the drive device (4, 10, 11, 14, 16) has a control curve for controlling the movement of the furniture door between the, preferably fully, countersunk position within the cavity and the position outside of the cavity, characterized in that the control curve is adaptable to different depths (5, 6, 7, 8, 9) of the cavity.
A fluid application system, comprising: a source of a fluid; a first pump supplying the fluid under pressure to a supply valve which directs the fluid through a dispensing pipe to an in-line reservoir and to an applicator that includes a nozzle; a fluid collection system which collects reclaimed fluid dispensed from the applicator; a second pump providing the reclaimed fluid under pressure to a return fluid pipe having a valve system that selectively directs the reclaimed fluid to one of a reclaimed fluid container and the in-line reservoir from the return fluid pipe; and a third pump providing the reclaimed fluid under pressure from the in-line reservoir to the applicator. a source of a fluid; a first pump supplying the fluid under pressure to a supply valve which directs the fluid through a dispensing pipe to an in-line reservoir and to an applicator that includes a nozzle; a fluid collection system which collects reclaimed fluid dispensed from the applicator; a second pump providing the reclaimed fluid under pressure to a return fluid pipe having a valve system that selectively directs the reclaimed fluid to one of a reclaimed fluid container and the in-line reservoir from the return fluid pipe; and a third pump providing the reclaimed fluid under pressure from the in-line reservoir to the applicator.
A shuttering and reinforcement arrangement for concrete construction, including a spacer, at least one reinforcement element, and a shuttering wall, wherein the spacer is arranged between shuttering or a floor surface and the reinforcement element in the region of the shuttering wall, being in particular semipermeable, wherein the spacer comprises: an abutment area for placing on top of the shuttering or floor surface, and a support for the reinforcement element, wherein at least one reinforcement element is positioned on the support of the spacer, characterized by a grout collector member configured to collect grout emerging at the shuttering wall, wherein the shuttering wall is arranged substantially above the grout collector member. at least one reinforcement element, and a shuttering wall, wherein the spacer is arranged between shuttering or a floor surface and the reinforcement element in the region of the shuttering wall, being in particular semipermeable, wherein the spacer comprises: an abutment area for placing on top of the shuttering or floor surface, and a support for the reinforcement element, wherein at least one reinforcement element is positioned on the support of the spacer, characterized by a grout collector member configured to collect grout emerging at the shuttering wall, wherein the shuttering wall is arranged substantially above the grout collector member. an abutment area for placing on top of the shuttering or floor surface, and a support for the reinforcement element, wherein at least one reinforcement element is positioned on the support of the spacer, characterized by a grout collector member configured to collect grout emerging at the shuttering wall, wherein the shuttering wall is arranged substantially above the grout collector member.
Device for the securing of a strip diffuser to the bottom of a sedimentation tank, wherein the device comprises successive strip diffusers as a diffuser array as well as a securing plate, wherein the strip diffusers on their longitudinal edges in each case pass over into a base region, which terminates in an L-shaped base flange angled towards the centre of the strip diffuser, the width of the securing plate is greater than the width of the strip diffusers and in its region going beyond the width of the strip diffuser has securing means for connecting the securing plate to the sedimentation tank bottom, wherein the securing plate has engagement flanges complementary to the base flanges, which are brought into engagement with the base flanges in order to secure the strip diffusers on the sedimentation tank bottom, characterised in that the security plate has a length, which bridges the spacing between two successive strip diffusers in the diffuser array and thus the two successive strip diffusers are secured with only the securing plate, wherein the engagement flange extends over the length of the securing plate and the securing plate is moveable positively along the base flange for aligning the securing plate to the securing means anchored in the sedimentation tank bottom.
A method, comprising: at a mobile device; setting the mobile device to operate in a first operational mode that is a default mode for sending association requests to a base station; sending an association request to the base station while operating in the first operational mode; in response to sending the association request, receiving a first mode control instruction from the base station operating in the first operational mode, wherein the first mode control instruction includes an instruction for the mobile device to switch to a second operational mode; setting the mobile device to operate in the second operational mode; sending additional signals to the base station while operating in the second operational mode; and receiving a second mode control instruction from the base station, the receiving of the second mode control instruction being performed in connection with the completion of a signal quality determination by the base station; the first operational mode and the second operational mode being respectively a full duplex and half-duplex LTE modes. at a mobile device; setting the mobile device to operate in a first operational mode that is a default mode for sending association requests to a base station; sending an association request to the base station while operating in the first operational mode; in response to sending the association request, receiving a first mode control instruction from the base station operating in the first operational mode, wherein the first mode control instruction includes an instruction for the mobile device to switch to a second operational mode; setting the mobile device to operate in the second operational mode; sending additional signals to the base station while operating in the second operational mode; and receiving a second mode control instruction from the base station, the receiving of the second mode control instruction being performed in connection with the completion of a signal quality determination by the base station; setting the mobile device to operate in a first operational mode that is a default mode for sending association requests to a base station; sending an association request to the base station while operating in the first operational mode; in response to sending the association request, receiving a first mode control instruction from the base station operating in the first operational mode, wherein the first mode control instruction includes an instruction for the mobile device to switch to a second operational mode; setting the mobile device to operate in the second operational mode; sending additional signals to the base station while operating in the second operational mode; and receiving a second mode control instruction from the base station, the receiving of the second mode control instruction being performed in connection with the completion of a signal quality determination by the base station; the first operational mode and the second operational mode being respectively a full duplex and half-duplex LTE modes.