mhurhangee/ep-ind-claims huggingface dataset:
Method for a vehicle to be controlled and for assuming control by a leading vehicle, comprising receiving a message about a dynamic holding region from the leading vehicle, the dynamic holding region being defined such that the vehicle to be controlled remains behind the leading vehicle and can use a different lane; and steering the vehicle to be controlled to remain in the dynamic holding region relative to the leading vehicle; the dynamic holding region depending on the speed of the leading vehicle and a traffic situation, steering the vehicle to be controlled to remain in the dynamic holding region relative to the leading vehicle further being based on obtained traffic information, a particular traffic situation requiring steering out of the holding region, the particular traffic situation comprising a sudden traffic event which comprises an accident or a vehicle cutting in, characterized in that the method further comprises documenting, in the leading vehicle and by a control center, the assumption of control in the vehicle to be controlled, a DLT, Distributed Ledger Technology, system being used to trace the assumption of control, the leading vehicle, the controlled vehicle and the control center digitally verifying and confirming the assumption of control, the leading vehicle being an emergency vehicle, and the control center being notified that the emergency vehicle assumes direct control of the vehicle to be controlled. receiving a message about a dynamic holding region from the leading vehicle, the dynamic holding region being defined such that the vehicle to be controlled remains behind the leading vehicle and can use a different lane; and steering the vehicle to be controlled to remain in the dynamic holding region relative to the leading vehicle; the dynamic holding region depending on the speed of the leading vehicle and a traffic situation, steering the vehicle to be controlled to remain in the dynamic holding region relative to the leading vehicle further being based on obtained traffic information, a particular traffic situation requiring steering out of the holding region, the particular traffic situation comprising a sudden traffic event which comprises an accident or a vehicle cutting in, characterized in that the method further comprises documenting, in the leading vehicle and by a control center, the assumption of control in the vehicle to be controlled, a DLT, Distributed Ledger Technology, system being used to trace the assumption of control, the leading vehicle, the controlled vehicle and the control center digitally verifying and confirming the assumption of control, the leading vehicle being an emergency vehicle, and the control center being notified that the emergency vehicle assumes direct control of the vehicle to be controlled.
A multi-layer foam sheet with an apparent density of 30 to 300 kg/m 3 and a thickness of 0.05 to 2 mm, comprising a foam layer that comprises a polyethylene-based resin, and an antistatic layer that is fusion-laminated by coextrusion on each of both sides of the foam layer, wherein the antistatic layer has a basis weight of 1 to 10 g/m 2 and contains a polyethylene-based resin, a polystyrene-based resin, a styrenic elastomer and a polymeric antistatic agent, with the polystyrene-based resin being present in an amount of 15 to 70% by weight based on the weight of the antistatic layer, wherein the polyethylene-based resin forms a continuous phase, while the polystyrene-based resin and the polymeric antistatic agent separately form dispersed phases that are dispersed in the continuous phase, and wherein the dispersed phases of the polystyrene-based resin extend in a plane direction of the multi-layer foam sheet.
A print media for inkjet web-press printing, comprising: a cellulose paper base having a basis weight ranging from 35 g/m 2 (gsm) to 90 g/m 2 (gsm); and a porous surface treatment layer established on at least one surface of the paper base, the porous surface treatment layer including: particles of at least one inorganic pigment; at least one polymeric carrier selected from the group consisting of water-soluble carriers, water-dispersible carriers, and combinations thereof; and at least one fixer selected from the group consisting of fixers configured to fix a pigment-based inkjet ink to the print media, fixers configured to fix a dye-based inkjet ink to the print media, and combinations thereof; and wherein one of the at least one fixer is a metal salt, wherein the inorganic pigment includes a platelet morphology, whereby the inorganic pigment substantially controls the amount of ink migration into the paper base, the rate of ink migration into the paper base, or combinations thereof, and wherein the inorganic ments have an average particle size in the range of from about 0.5 to about 8 μm (microns), measured in terms of ESD, and have an average ESD of about 0.9 μm (microns) to about 1.6 μm (microns). a cellulose paper base having a basis weight ranging from 35 g/m 2 (gsm) to 90 g/m 2 (gsm); and a porous surface treatment layer established on at least one surface of the paper base, the porous surface treatment layer including: particles of at least one inorganic pigment; at least one polymeric carrier selected from the group consisting of water-soluble carriers, water-dispersible carriers, and combinations thereof; and at least one fixer selected from the group consisting of fixers configured to fix a pigment-based inkjet ink to the print media, fixers configured to fix a dye-based inkjet ink to the print media, and combinations thereof; and particles of at least one inorganic pigment; at least one polymeric carrier selected from the group consisting of water-soluble carriers, water-dispersible carriers, and combinations thereof; and at least one fixer selected from the group consisting of fixers configured to fix a pigment-based inkjet ink to the print media, fixers configured to fix a dye-based inkjet ink to the print media, and combinations thereof; and wherein one of the at least one fixer is a metal salt, wherein the inorganic pigment includes a platelet morphology, whereby the inorganic pigment substantially controls the amount of ink migration into the paper base, the rate of ink migration into the paper base, or combinations thereof, and wherein the inorganic ments have an average particle size in the range of from about 0.5 to about 8 μm (microns), measured in terms of ESD, and have an average ESD of about 0.9 μm (microns) to about 1.6 μm (microns).
A machine for preparing and dispensing an espresso coffee comprising: a water supply for feeding cold water; a dispensing group and a corresponding coffee boiler; a coffee pump which receives heated water and pumps said heated water towards said coffee boiler; a flow meter arranged between said coffee pump and said coffee boiler for measuring an instantaneous water flow rate, i.e., the volume of water that passes from said coffee pump to said coffee boiler per unit of time; a memory for storing at least one pressure profile, wherein said coffee pump is configured to operate according to said pressure profile during coffee dispensing; and a control unit which stops dispensing of coffee based on a measurement of water flow calculated from starting time of the dispensing, wherein said control unit is configured to stop dispensing of espresso coffee after the end of said pressure profile if a preset amount of coffee is not dispensed at a set dispensing time corresponding to the end of said pressure profile, therefore the stored pressure profile is extended to perform dispensing until said preset amount of coffee is reached, wherein the stored pressure profile is extended by keeping the pressure value the same as that of the last value detected at the end of the pressure profile. a water supply for feeding cold water; a dispensing group and a corresponding coffee boiler; a coffee pump which receives heated water and pumps said heated water towards said coffee boiler; a flow meter arranged between said coffee pump and said coffee boiler for measuring an instantaneous water flow rate, i.e., the volume of water that passes from said coffee pump to said coffee boiler per unit of time; a memory for storing at least one pressure profile, wherein said coffee pump is configured to operate according to said pressure profile during coffee dispensing; and a control unit which stops dispensing of coffee based on a measurement of water flow calculated from starting time of the dispensing, wherein said control unit is configured to stop dispensing of espresso coffee after the end of said pressure profile if a preset amount of coffee is not dispensed at a set dispensing time corresponding to the end of said pressure profile, therefore the stored pressure profile is extended to perform dispensing until said preset amount of coffee is reached, wherein the stored pressure profile is extended by keeping the pressure value the same as that of the last value detected at the end of the pressure profile.
A mains voltage zero-crossing detector, comprising: an external node configured for coupling to a mains power alternating current voltage through a high value impedance; characterized by first and second output drivers, 422) operable to couple the external node to either a first supply rail voltage (V+) or second supply rail voltage (V-); and a zero-crossing detector providing control of the first and second output drivers (420, 422) wherein a substantially constant voltage is forced at the external node thereby causing current to be sinked from or sourced to the mains AC voltage, and the zero-crossing detector being configured to monitor the current to determine voltage zero-crossings of the mains AC voltage. an external node configured for coupling to a mains power alternating current voltage through a high value impedance; characterized by first and second output drivers, 422) operable to couple the external node to either a first supply rail voltage (V+) or second supply rail voltage (V-); and a zero-crossing detector providing control of the first and second output drivers (420, 422) wherein a substantially constant voltage is forced at the external node thereby causing current to be sinked from or sourced to the mains AC voltage, and the zero-crossing detector being configured to monitor the current to determine voltage zero-crossings of the mains AC voltage.
Method for producing a resistive memory cell from a stack of layers comprising at least one first electrode and a dielectric layer surmounting the first electrode, characterised in that it comprises at least one step of forming a second electrode successively comprising: - a step of depositing the second electrode on the dielectric layer, then - a step of defining the edge of the second electrode, such that the second electrode forms a protruding element above the dielectric layer and has an edge, said edge forming, in the cross-section in a plane parallel to a plane wherein the dielectric layer mainly extends, a closed curve, and said edge being fully inclined with respect to the perpendicular to said plane wherein the dielectric layer mainly extends or curves, such that the protruding element defines a first surface S1 facing the dielectric layer and a second surface S2, opposite the first, the first surface S1 being lower than the second surface S2; said surfaces S1, S2 (251, 252) extending substantially parallel to said plane wherein the dielectric layer mainly extends. - a step of depositing the second electrode on the dielectric layer, then - a step of defining the edge of the second electrode, such that the second electrode forms a protruding element above the dielectric layer and has an edge,
A fault detection and diagnosis system for a gas turbine engine, the system comprising: an acoustic or vibrational sensor positioned on the gas turbine engine; and a health monitoring unit which receives and processes a sensor signal from the sensor, the health monitoring unit comprising: a digital storage medium containing a library of fault and non-fault feature profiles corresponding to fault states and non-fault states of the gas turbine engine, respectively; and a processor characterised in that the processor is configured to extract a feature set from the sensor signal using both Mel-Frequency Cepstral Coefficients (MFCC) algorithms and Code Excited Linear Prediction (CELP) algorithms, and to detect and diagnose faults in the gas turbine engine by matching the feature set to one or more of the fault or non-fault feature profiles.. an acoustic or vibrational sensor positioned on the gas turbine engine; and a health monitoring unit which receives and processes a sensor signal from the sensor, the health monitoring unit comprising: a digital storage medium containing a library of fault and non-fault feature profiles corresponding to fault states and non-fault states of the gas turbine engine, respectively; and a processor characterised in that the processor is configured to extract a feature set from the sensor signal using both Mel-Frequency Cepstral Coefficients (MFCC) algorithms and Code Excited Linear Prediction (CELP) algorithms, and to detect and diagnose faults in the gas turbine engine by matching the feature set to one or more of the fault or non-fault feature profiles.. a digital storage medium containing a library of fault and non-fault feature profiles corresponding to fault states and non-fault states of the gas turbine engine, respectively; and a processor characterised in that the processor is configured to extract a feature set from the sensor signal using both Mel-Frequency Cepstral Coefficients (MFCC) algorithms and Code Excited Linear Prediction (CELP) algorithms, and to detect and diagnose faults in the gas turbine engine by matching the feature set to one or more of the fault or non-fault feature profiles..
A cleaning formulation comprising: an aqueous solvent comprising water; an active component comprising an organic solvent; and a coupling agent comprising an alkylene glycol dilevulinate having the general formula, CH 3 C CH 2 CH 2 C O-R-O CCH 2 CH 2 C CH 3, wherein R is a C 2 -C 8 straight chain or branched alkylene moiety, and the two levulinate groups (CH 3 C CH 2 CH 2 C O-) may be attached to adjacent, or non-adjacent, carbon atoms of the alkylene moiety. an aqueous solvent comprising water; an active component comprising an organic solvent; and a coupling agent comprising an alkylene glycol dilevulinate having the general formula, CH 3 C CH 2 CH 2 C O-R-O CCH 2 CH 2 C CH 3, wherein R is a C 2 -C 8 straight chain or branched alkylene moiety, and the two levulinate groups (CH 3 C CH 2 CH 2 C O-) may be attached to adjacent, or non-adjacent, carbon atoms of the alkylene moiety.
A method of copying data stored in a byte addressable persistent memory storage device for a virtual machine on a host in a virtual machine environment, the virtual machine environment comprising the byte addressable persistent memory storage device, the byte addressable persistent memory storage device having the ability to appear as a memory device (107-2, 109-2) having available memory to the virtual machine and as a file to the host, the method comprising: the host reading data from the persistent memory storage device as file data from a virtual hard disk persistent memory file as a result of translating a block offset or a virtual byte offset to a file offset using a file translation table, wherein reading the data from the persistent memory storage device as file data includes reading the raw contents of the virtual hard disk persistent memory file and translating virtual byte offsets to logical block offsets in the file translation table by respecting a Block Translation Table, BTT, stored on the byte addressable persistent memory storage device, the BTT providing a mapping for translating block offsets to virtual byte offsets; the host writing the data from the persistent memory storage device as file data to a virtual hard disk block capable file; and the virtual machine reading the written data as data stored as block addressable data to implement a block based virtual storage on the virtual machine using the byte addressable persistent memory storage as the physical hardware to implement the block based virtual storage on the virtual machine. the host reading data from the persistent memory storage device as file data from a virtual hard disk persistent memory file as a result of translating a block offset or a virtual byte offset to a file offset using a file translation table, wherein reading the data from the persistent memory storage device as file data includes reading the raw contents of the virtual hard disk persistent memory file and translating virtual byte offsets to logical block offsets in the file translation table by respecting a Block Translation Table, BTT, stored on the byte addressable persistent memory storage device, the BTT providing a mapping for translating block offsets to virtual byte offsets; the host writing the data from the persistent memory storage device as file data to a virtual hard disk block capable file; and the virtual machine reading the written data as data stored as block addressable data to implement a block based virtual storage on the virtual machine using the byte addressable persistent memory storage as the physical hardware to implement the block based virtual storage on the virtual machine.
Device for generating hydroelectric energy making use of the current of a river, estuary or similar, whereby this device comprises a self-floating paddlewheel that can freely turn in two directions around an axis X-X', and comprises at least one electric generator set whose driveshaft is coupled to the shaft of the paddlewheel in a way to transmit torque, characterised in that the device is provided with an entirely or at least partially immersed housing in the form of a bell with an open bottom that is at a height above the bed of the river, estuary or similar, whose internal space is placed under pressure to control the height of the water level in the bell, and in which the paddlewheel is rotatably affixed by means of bearings or similar with paddles that protrude below the open bottom, and that the device is provided with means to control the flow of the river, estuary or similar under the open bottom of the bell at the level of the paddlewheel, whereby the speed of the at least one electric generator set is kept constant by controlling the height of the water level in the bell and/or by controlling the aforementioned means.
An air delivery device for applying Fluid Pressure Pulses to airways of a patient, useful for improving a patient's quality of life; the device comprising: a. a cassette comprising a motor, a computerized protocols controller; an ON/OFF switch, and a spinning disc powered by said motor; b. a mouth piece; c. an air tube on top of which is mounted the cassette, the air tube having a first end fluidly connectable to an airstream source and a second end fluidly connected to said mouth piece; wherein the spinning disc comprises cutouts and is arranged to occlude the airstream at the second end of the air tube in a predetermined manner, said predetermined manner resulting from the rotation of the spinning disc induced by the rotation of the motor controlled by the controller, so as to create fluid pressure pulses, each of said pulses having a given frequency, pressure amplitude, volume, duration, and waveform; the device producing a therapeutic protocol with said defined individual pulses; the mouth piece being adapted to introduce said therapeutic protocol of produced pulses within the patient's airway; wherein said therapeutic protocol of pulses comprises two or more different individual Sequences of pulses. a. a cassette comprising a motor, a computerized protocols controller; an ON/OFF switch, and a spinning disc powered by said motor; b. a mouth piece; c. an air tube on top of which is mounted the cassette, the air tube having a first end fluidly connectable to an airstream source and a second end fluidly connected to said mouth piece;
A pourer for a container comprising: - a tubular body attachable to a neck of a container, said tubular body having an inlet opening, an outlet opening opposite the inlet opening and configured to pour a liquid, a longitudinal axis that extends through said openings (4, 5); - a cover element disposed in the tubular body transverse to the longitudinal axis between said inlet and outlet openings; said cover element having a convex portion whose convexity is directed toward the outlet opening, said cover element having a plurality of holes; characterized in that each of said plurality of holes has a characteristic dimension ranging from 1 to 1,8 mm, said holes each having a respective center axis parallel to the longitudinal axis of the tubular body. - a tubular body attachable to a neck of a container, said tubular body having an inlet opening, an outlet opening opposite the inlet opening and configured to pour a liquid, a longitudinal axis that extends through said openings (4, 5); - a cover element disposed in the tubular body transverse to the longitudinal axis between said inlet and outlet openings; said cover element having a convex portion whose convexity is directed toward the outlet opening, said cover element having a plurality of holes; characterized in that each of said plurality of holes has a characteristic dimension ranging from 1 to 1,8 mm, said holes each having a respective center axis parallel to the longitudinal axis of the tubular body.
Device for cooling a roll, particularly a work roll for the rolling of rolling stock, comprising: a cooling shell, which is opposite at least a sub-region of the circumference of the roll surface, for forming a cooling gap, through which a cooling fluid can flow, between the sub-region of the roll surface and the cooling shell, characterised in that the device further comprises the following: a first lever, which is pivotable about a suspension point and in the direction of the roll surface and which is rotatably connected with an end region, which is first as considered in the circumferential direction of the roll, of the cooling shell, and a second lever, which is pivotable about a further suspension point and in the direction of the roll surface and which is connected with the end region, which is second as considered in the circumferential direction of the roll, of the cooling shell to be displaceable relative to one another, so that the cooling gap can be selectably reduced or increased by pivotation of the levers (40, 90). a cooling shell, which is opposite at least a sub-region of the circumference of the roll surface, for forming a cooling gap, through which a cooling fluid can flow, between the sub-region of the roll surface and the cooling shell, a first lever, which is pivotable about a suspension point and in the direction of the roll surface and which is rotatably connected with an end region, which is first as considered in the circumferential direction of the roll, of the cooling shell, and a second lever, which is pivotable about a further suspension point and in the direction of the roll surface and which is connected with the end region, which is second as considered in the circumferential direction of the roll, of the cooling shell to be displaceable relative to one another, so that the cooling gap can be selectably reduced or increased by pivotation of the levers (40, 90).