mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for blocking attacks on electronics systems of a vehicle, comprising: intercepting a plurality of messages transmitted on a first communications bus between a plurality of Electronic Control Units, ECUs, of a vehicle; determining at least one recipient Electronic Control Unit, ECU, that is a recipient of the intercepted messages, the determination of the at least one recipient of the intercepted message being based on which ECUs are communicatively coupled to the first communications bus; storing, in a log, the intercepted messages and information indicating the determined at least one recipient ECU; detecting a computer attack of the vehicle based on a satisfaction of at least one condition of a rule by the stored messages and the information stored in the log, wherein the rule depends on one or more indicators of compromise comprised of malicious messages used in a computer attack and information on the at least one ECU that is a recipient of the malicious messages, the at least one condition of the rule specifying at least a presence of a defined group of messages in the log during a period of time associated with a movement of the vehicle; and blocking the detected computer attack of the vehicle by performing an action associated with the rule, wherein the blocking of the computer attack further comprises blocking a transmission of at least one message between ECUs communicatively coupled on the same first communications bus. intercepting a plurality of messages transmitted on a first communications bus between a plurality of Electronic Control Units, ECUs, of a vehicle; determining at least one recipient Electronic Control Unit, ECU, that is a recipient of the intercepted messages, the determination of the at least one recipient of the intercepted message being based on which ECUs are communicatively coupled to the first communications bus; storing, in a log, the intercepted messages and information indicating the determined at least one recipient ECU; detecting a computer attack of the vehicle based on a satisfaction of at least one condition of a rule by the stored messages and the information stored in the log, wherein the rule depends on one or more indicators of compromise comprised of malicious messages used in a computer attack and information on the at least one ECU that is a recipient of the malicious messages, the at least one condition of the rule specifying at least a presence of a defined group of messages in the log during a period of time associated with a movement of the vehicle; and blocking the detected computer attack of the vehicle by performing an action associated with the rule, wherein the blocking of the computer attack further comprises blocking a transmission of at least one message between ECUs communicatively coupled on the same first communications bus.
A transport device for workpieces having a longitudinal axis, particularly for pipes or round stock, by means of which the workpieces can be conveyed from a first location to a second location in a conveying direction transverse to their longitudinal axis, wherein the transport device features: at least two stationarily arranged storage carriers (5, 6) that are spaced apart in the conveying direction and serve for the intermediate storage of the workpieces to be conveyed, at least one first rake conveyor with a number of supporting surfaces for the workpieces that are spaced apart in the conveying direction, at least two drive shafts (9, 10) that are arranged parallel to one another and synchronously driven, and at least two first rocker arms (11, 12), wherein each first rocker arm (11, 12) is connected to a drive shaft (9, 10) in a torque-proof fashion and connected to the first rake conveyor in an articulated fashion, characterized by at least one second rake conveyor with at least one supporting surface for the workpieces, wherein the second rake conveyor is connected to the drive shafts (9, 10) by means of at least two second rocker arms (15, 16), wherein each second rocker arm (15, 16) is connected to a drive shaft (9, 10) in a torque-proof fashion and connected to the second rake conveyor in an articulated fashion, and wherein the second rocker arms (15, 16) are arranged on the respective drive shaft (9, 10) circumferentially offset relative to the first rocker arms (11, 12) by an angle (α). at least two stationarily arranged storage carriers (5, 6) that are spaced apart in the conveying direction and serve for the intermediate storage of the workpieces to be conveyed, at least one first rake conveyor with a number of supporting surfaces for the workpieces that are spaced apart in the conveying direction, at least two drive shafts (9, 10) that are arranged parallel to one another and synchronously driven, and at least two first rocker arms (11, 12), wherein each first rocker arm (11, 12) is connected to a drive shaft (9, 10) in a torque-proof fashion and connected to the first rake conveyor in an articulated fashion, characterized by at least one second rake conveyor with at least one supporting surface for the workpieces, wherein the second rake conveyor is connected to the drive shafts (9, 10) by means of at least two second rocker arms (15, 16), wherein each second rocker arm (15, 16) is connected to a drive shaft (9, 10) in a torque-proof fashion and connected to the second rake conveyor in an articulated fashion, and wherein the second rocker arms (15, 16) are arranged on the respective drive shaft (9, 10) circumferentially offset relative to the first rocker arms (11, 12) by an angle (α).
A HEMT device comprising: a substrate, a buffer layer, a channel layer and a barrier layer; a source, a gate and a drain disposed on the barrier layer; a void in the buffer layer and substrate; the void being limited to below an active region between the gate and the drain; a back gate metal layer disposed on an underside of the substrate as well as on the underside of the channel layer and on the edges of the buffer layer exposed by said void; the source being electrically connected to the back gate metal layer. a substrate, a buffer layer, a channel layer and a barrier layer; a source, a gate and a drain disposed on the barrier layer; a void in the buffer layer and substrate; the void being limited to below an active region between the gate and the drain; a back gate metal layer disposed on an underside of the substrate as well as on the underside of the channel layer and on the edges of the buffer layer exposed by said void; the source being electrically connected to the back gate metal layer.
An active-energy-ray-curable inkjet recording ink composition comprising an active-energy-ray-polymerizable compound and a photopolymerization initiator, wherein a polymerizable compound having an active-energy-ray-polymerizable group and a polymerizable compound having at least two active-energy-ray-polymerizable groups are used in amounts of 60 to 95 mass% and 5 to 40 mass% relative to the total amount of the active-energy-ray-polymerizable compound, respectively; the polymerizable compound having an active-energy-ray-polymerizable group includes N-vinylcaprolactam and isobornyl acrylate in amounts of 1 to 15 mass% and 1 to 25 mass% relative to the total amount of the active-energy-ray-polymerizable compound, respectively; and the polymerizable compound having at least two active-energy-ray-polymerizable groups includes 2-(2-vinyloxyethoxy)ethyl (meth)acrylate. a polymerizable compound having an active-energy-ray-polymerizable group and a polymerizable compound having at least two active-energy-ray-polymerizable groups are used in amounts of 60 to 95 mass% and 5 to 40 mass% relative to the total amount of the active-energy-ray-polymerizable compound, respectively; the polymerizable compound having an active-energy-ray-polymerizable group includes N-vinylcaprolactam and isobornyl acrylate in amounts of 1 to 15 mass% and 1 to 25 mass% relative to the total amount of the active-energy-ray-polymerizable compound, respectively; and the polymerizable compound having at least two active-energy-ray-polymerizable groups includes 2-(2-vinyloxyethoxy)ethyl (meth)acrylate.
A method of protecting RNA from degradation in a solution, said method comprising: - providing a solution comprising: i. water; ii. RNA; iii. divalent cations; and iv. a phosphorous-containing compound selected from phosphate and glycerol phosphate; and - incubating the solution at a temperature of at least 25 °C, 37 °C, 40 °C, 50 °C, 55 °C, 60 °C, 65 °C, 70 °C, or 75 °C, wherein the RNA is protected from degradation as compared to an RNA in an aqueous solution that contains the divalent cations but does not contain the phosphorous-containing compound. - providing a solution comprising: i. water; ii. RNA; iii. divalent cations; and iv. a phosphorous-containing compound selected from phosphate and glycerol phosphate; and - incubating the solution at a temperature of at least 25 °C, 37 °C, 40 °C, 50 °C, 55 °C, 60 °C, 65 °C, 70 °C, or 75 °C, wherein the RNA is protected from degradation as compared to an RNA in an aqueous solution that contains the divalent cations but does not contain the phosphorous-containing compound.
A method comprising: selecting a first and second local oscillator (221, 231) frequency combination for frequency converting a plurality of channels (301 to 307) to a capture bandwidth of a tuner, wherein the selected first and second local oscillator (221, 231) frequencies have a spurious signal associated therewith which falls within the tuner capture bandwidth, and wherein the spurious signal has an attribute sufficient to degrade a signal output by the tuner outside of at least one acceptable tuner performance parameter and thus comprises a relevant spurious signal remaining within the tuner capture bandwidth; selecting a frequency shift for at least one of the first and second local oscillator (221, 231) frequencies to dispose the relevant spurious signal within a predetermined range of the midpoint between two adjacent channels (303, 304) of the plurality of channels (301 to 307); and controlling first and second local oscillators (221, 231) to provide the first and second local oscillator frequencies in accordance with the selected frequency shift to dispose the relevant spurious signal between the two adjacent channels (303, 304). selecting a first and second local oscillator (221, 231) frequency combination for frequency converting a plurality of channels (301 to 307) to a capture bandwidth of a tuner, wherein the selected first and second local oscillator (221, 231) frequencies have a spurious signal associated therewith which falls within the tuner capture bandwidth, and wherein the spurious signal has an attribute sufficient to degrade a signal output by the tuner outside of at least one acceptable tuner performance parameter and thus comprises a relevant spurious signal remaining within the tuner capture bandwidth; selecting a frequency shift for at least one of the first and second local oscillator (221, 231) frequencies to dispose the relevant spurious signal within a predetermined range of the midpoint between two adjacent channels (303, 304) of the plurality of channels (301 to 307); and controlling first and second local oscillators (221, 231) to provide the first and second local oscillator frequencies in accordance with the selected frequency shift to dispose the relevant spurious signal between the two adjacent channels (303, 304).
A method for utilizing a curved composite structural panel in a high-load area of a vehicle, the method comprising: forming a plurality of continuous curved composite stringers, each continuous curved composite stringer having at least one straight region, at least one curved region, a base flange, and a web, the web having a straight web height in each straight region, and a curved web height in each curved region that is less than the straight web height; forming a continuous skin component; coupling the plurality of continuous curved composite stringers to the continuous skin component; and coupling a reinforcement fitting to at least one base flange at the at least one curved region to provide stability to the curved composite structural panel in the at least one curved region. forming a plurality of continuous curved composite stringers, each continuous curved composite stringer having at least one straight region, at least one curved region, a base flange, and a web, the web having a straight web height in each straight region, and a curved web height in each curved region that is less than the straight web height; at least one straight region, at least one curved region, a base flange, and a web, the web having a straight web height in each straight region, and a curved web height in each curved region that is less than the straight web height; a straight web height in each straight region, and a curved web height in each curved region that is less than the straight web height; forming a continuous skin component; coupling the plurality of continuous curved composite stringers to the continuous skin component; and coupling a reinforcement fitting to at least one base flange at the at least one curved region to provide stability to the curved composite structural panel in the at least one curved region.
A method for accessing a network, characterized by comprising: identifying, by a router, through a network interface, the type of a network module connected with the network interface, wherein each type of the network module corresponds to one type of 3G network; establishing, by the router, according to the type of the network module, a connection between the network module and the 3G network corresponding to the network module; and accessing, by the router, the corresponding 3G network through the network module, wherein the identifying, by the router, through the network interface, the type of the network module connected with the network interface comprises: reading, by the router, a type identification, ID, of the network module through the network interface; and searching, by the router, pre-stored corresponding relations between each type ID of the network module and the 3G network to obtain the 3G network corresponding to the read type ID of the network module. identifying, by a router, through a network interface, the type of a network module connected with the network interface, wherein each type of the network module corresponds to one type of 3G network; establishing, by the router, according to the type of the network module, a connection between the network module and the 3G network corresponding to the network module; and accessing, by the router, the corresponding 3G network through the network module, wherein the identifying, by the router, through the network interface, the type of the network module connected with the network interface comprises: reading, by the router, a type identification, ID, of the network module through the network interface; and searching, by the router, pre-stored corresponding relations between each type ID of the network module and the 3G network to obtain the 3G network corresponding to the read type ID of the network module. reading, by the router, a type identification, ID, of the network module through the network interface; and searching, by the router, pre-stored corresponding relations between each type ID of the network module and the 3G network to obtain the 3G network corresponding to the read type ID of the network module.
A food tray comprising a side wall module, a lid and a bottom, where the bottom and the side wall module are held together in a detachable manner, where the bottom can be removed from the side wall module by the use of a removal means attached to the bottom, and where the lid is attached to the upper rim of the food tray, characterized in that the tray further comprises a supplementary food container positioned in the tray, which is attached to the bottom in a detachable manner and which is fixedly attached to the lid of the food tray, and where the supplementary food container is opened when the bottom is removed from the side wall module.
A method of manufacturing an upgraded fuel gas, said method comprising the steps of: a. providing a bioreactor, b. providing anaerobic succinic acid-producing microorganisms, c. providing a carbon based substrate for said anaerobic succinic acid-producing microorganisms, d. adding a CO 2 -containing fuel gas to the bioreactor, e. collecting the upgraded fuel gas thus produced, wherein said upgraded fuel gas has a lower CO 2 content than the CO 2 -containing fuel gas added, and f. optionally collecting the effluent containing succinic acid. a. providing a bioreactor, b. providing anaerobic succinic acid-producing microorganisms, c. providing a carbon based substrate for said anaerobic succinic acid-producing microorganisms, d. adding a CO 2 -containing fuel gas to the bioreactor, e. collecting the upgraded fuel gas thus produced, wherein said upgraded fuel gas has a lower CO 2 content than the CO 2 -containing fuel gas added, and f. optionally collecting the effluent containing succinic acid.
A quality assurance system comprising a quality analyzer operable to: receive aerodynamic performance data for a part that has been manufactured according to a design, the aerodynamic performance data expressing aerodynamic performance of the part as calculated from a plurality of coordinates measured on the part; and determine whether the aerodynamic performance data for the part satisfies minimum aerodynamic performance requirements; characterized in that the quality analyzer is further operable to: identify a modification to the part associated with at least one of the plurality of coordinates to satisfy the minimum aerodynamic performance requirements if the aerodynamic performance data for the part does not satisfy the minimum aerodynamic performance requirements; wherein identifying a modification to the part comprises suggesting a modification and recalculating the aerodynamic performance of the part to determine whether adding the modification allows the part to satisfy the minimum aerodynamic performance requirements. receive aerodynamic performance data for a part that has been manufactured according to a design, the aerodynamic performance data expressing aerodynamic performance of the part as calculated from a plurality of coordinates measured on the part; and determine whether the aerodynamic performance data for the part satisfies minimum aerodynamic performance requirements; characterized in that the quality analyzer is further operable to: identify a modification to the part associated with at least one of the plurality of coordinates to satisfy the minimum aerodynamic performance requirements if the aerodynamic performance data for the part does not satisfy the minimum aerodynamic performance requirements; wherein identifying a modification to the part comprises suggesting a modification and recalculating the aerodynamic performance of the part to determine whether adding the modification allows the part to satisfy the minimum aerodynamic performance requirements. identify a modification to the part associated with at least one of the plurality of coordinates to satisfy the minimum aerodynamic performance requirements if the aerodynamic performance data for the part does not satisfy the minimum aerodynamic performance requirements; wherein identifying a modification to the part comprises suggesting a modification and recalculating the aerodynamic performance of the part to determine whether adding the modification allows the part to satisfy the minimum aerodynamic performance requirements.
Hand-held power-tool braking device comprising at least one mechanical braking unit, which has at least one braking element mounted so as to be rotatable about a rotation axis, and comprising at least one actuating unit, for activating and/or deactivating the braking unit, that has at least one movably mounted actuating element, wherein in the case of an activation of the braking unit by means of the actuating unit, a counter-braking element of the braking unit and/or the braking element are/is brought into a braking position, and wherein in the case of a deactivation of the braking unit by means of the actuating unit, the counter-braking element and/or the braking element are/is brought into a release position, and comprising at least one movement conversion unit, which has at least one movement conversion element provided to convert a movement of the actuating element into a movement of the counter-braking element of the braking unit, at least in a direction that differs from a direction extending along the rotation axis of the braking element, characterized in that the movement conversion unit is provided to convert a movement of the actuating element into a movement of the counter-braking element transversely in relation to the rotation axis by means of the movement conversion element.
A cutting machine, comprising - a table having a working surface adapted to accommodate an object to be cut, - a crossbeam, arranged above the working surface, mounted on the table, and designed for linear positionability parallel to a first horizontal axis, - a module, mounted on the crossbeam and designed for linear positionability parallel to a second horizontal axis, wherein the second horizontal axis extends perpendicularly to the first horizontal axis, - a tool holder, mounted in the module and designed for ∘ linear positionability parallel to a vertical axis, ∘ rotative positionability about the vertical axis, and ∘ accommodating one of a plurality of different interchangeable tools, and - a control unit adapted to control the cutting machine, characterized in that - the tool holder has a connection device, - the connection device is designed to supply an accommodated tool with electrical energy and a fluid, in particular wherein the fluid is compressed air, a lubricant or a coolant, - a rotary joint is provided between the module and the tool holder or at the connection device, wherein the supply of the fluid is provided via the rotary joint, - a rotary transmitter is provided between the module and the tool holder or at the connection device, wherein the supply of electrical energy is provided via the rotary transmitter, and - the control unit is designed to control the cutting machine for automatically performing a tool change. - a table having a working surface adapted to accommodate an object to be cut, - a crossbeam, arranged above the working surface, mounted on the table, and designed for linear positionability parallel to a first horizontal axis, - a module, mounted on the crossbeam and designed for linear positionability parallel to a second horizontal axis, wherein the second horizontal axis extends perpendicularly to the first horizontal axis, - a tool holder, mounted in the module and designed for ∘ linear positionability parallel to a vertical axis, ∘ rotative positionability about the vertical axis, and ∘ accommodating one of a plurality of different interchangeable tools, and ∘ linear positionability parallel to a vertical axis, ∘ rotative positionability about the vertical axis, and ∘ accommodating one of a plurality of different interchangeable tools, and - a control unit adapted to control the cutting machine, - the tool holder has a connection device, - the connection device is designed to supply an accommodated tool with electrical energy and a fluid, in particular wherein the fluid is compressed air, a lubricant or a coolant, - a rotary joint is provided between the module and the tool holder or at the connection device, wherein the supply of the fluid is provided via the rotary joint, - a rotary transmitter is provided between the module and the tool holder or at the connection device, wherein the supply of electrical energy is provided via the rotary transmitter, and - the control unit is designed to control the cutting machine for automatically performing a tool change.