mhurhangee/patent-ind-claim-en huggingface dataset:
Operating method for a driver-assistance system for assisting a vehicle driver of a motor vehicle in reducing the fuel consumption of the motor vehicle , wherein the operating method has the following steps: - determining a driving recommendation (9-11) for reducing the fuel consumption of the motor vehicle , - determining at least one consumption-relevant road property of a road on the route lying ahead of the motor vehicle , wherein the consumption-relevant road property influences the fuel consumption of the motor vehicle , - determining the driving recommendation (9-11) as a function of the consumption-relevant road property on the route lying ahead of the motor vehicle , and - informing the vehicle driver about the driving recommendation (9-11), characterized - in that a bar diagram is displayed to the vehicle driver with a bar indicating the total duration of the driving recommendation (9-11) and a pointer which indicates the current time within the duration, wherein during the driving recommendation (9-11) the pointer is shifted along the bar , and/or - in that the vehicle driver is informed haptically about the reason for the driving recommendation (9-11) or about the future development of the driving recommendation (9-11) over time. - determining a driving recommendation (9-11) for reducing the fuel consumption of the motor vehicle , - determining at least one consumption-relevant road property of a road on the route lying ahead of the motor vehicle , wherein the consumption-relevant road property influences the fuel consumption of the motor vehicle , - determining the driving recommendation (9-11) as a function of the consumption-relevant road property on the route lying ahead of the motor vehicle , and - informing the vehicle driver about the driving recommendation (9-11), - in that a bar diagram is displayed to the vehicle driver with a bar indicating the total duration of the driving recommendation (9-11) and a pointer which indicates the current time within the duration, wherein during the driving recommendation (9-11) the pointer is shifted along the bar , and/or - in that the vehicle driver is informed haptically about the reason for the driving recommendation (9-11) or about the future development of the driving recommendation (9-11) over time.
A lithium ion battery comprising: a positive electrode comprising: a positive current collector comprising aluminum; positive electrode material comprising a lithium-containing metal oxide or a lithium-containing metal phosphate; a binder; and conductive carbon; a negative electrode comprising: a negative current collector comprising copper, aluminum, titanium, or carbon; negative electrode material comprising a lithium titanium oxide, a carbon-containing material capable of intercalating lithium, a metal-alloy containing material capable of intercalating lithium, or a combination thereof; a binder; and conductive carbon; a separator comprising a material having a melt temperature of greater than 150°C; and an electrolyte comprising an organic solvent and a lithium salt; characterized in that the organic solvent comprises a solvent having a boiling point below 140°C; and wherein the lithium salt comprises lithium bis(trifluoromethanesulfonimide) (LiTFSI). a positive electrode comprising: a positive current collector comprising aluminum; positive electrode material comprising a lithium-containing metal oxide or a lithium-containing metal phosphate; a binder; and conductive carbon; a positive current collector comprising aluminum; positive electrode material comprising a lithium-containing metal oxide or a lithium-containing metal phosphate; a binder; and conductive carbon; a negative electrode comprising: a negative current collector comprising copper, aluminum, titanium, or carbon; negative electrode material comprising a lithium titanium oxide, a carbon-containing material capable of intercalating lithium, a metal-alloy containing material capable of intercalating lithium, or a combination thereof; a binder; and conductive carbon; a negative current collector comprising copper, aluminum, titanium, or carbon; negative electrode material comprising a lithium titanium oxide, a carbon-containing material capable of intercalating lithium, a metal-alloy containing material capable of intercalating lithium, or a combination thereof; a binder; and conductive carbon; a separator comprising a material having a melt temperature of greater than 150°C; and an electrolyte comprising an organic solvent and a lithium salt; characterized in that the organic solvent comprises a solvent having a boiling point below 140°C; and wherein the lithium salt comprises lithium bis(trifluoromethanesulfonimide) (LiTFSI).
A sliding engine component having a sliding surface provided by a plastics polymer-based composite layer on a substrate, the composite layer comprising: a matrix of plastics polymer-based material having distributed throughout the matrix: liquid-filled microcapsules ; and incidental impurities, characterized in that the composite layer comprises 0.1 to 20 %vol liquid-filled microcapsules , liquid-filled microcapsules have a mean average diameter of no more than half the thickness of the composite layer , the liquid-filled microcapsules have a mean average diameter of 0.5 to 10 μm. liquid-filled microcapsules ; and incidental impurities, characterized in that the composite layer comprises 0.1 to 20 %vol liquid-filled microcapsules , liquid-filled microcapsules have a mean average diameter of no more than half the thickness of the composite layer , the liquid-filled microcapsules have a mean average diameter of 0.5 to 10 μm.
An electronic control device, comprising: a connector case ; connectors disposed opposing each other in an exterior of the connector case and each having a multiple of connector terminals ; control boards disposed opposing each other in an interior of the connector case ; first extended terminals (6a1, 6b1) extended from the multiple of connector terminals of the opposing connectors respectively; and second extended terminals extended from the opposing control boards respectively, wherein a hole is formed between the opposing connectors in the connector case , each of the first extended terminals (6a1, 6b1) and each of the second extended terminals oppose and approach each other toward the hole , in addition to which the first extended terminals (6a1, 6b1) are formed heading toward the exterior of the connector case from the hole forming contact portions of the first extended terminals (6a2, 6b2) and the second extended terminals are formed heading toward the exterior of the connector case from the hole forming contact portions of the second extended terminals (8a1, 8b1), and the contact portions of the first extended terminals (6a2, 6b2) come into contact with the contact portions of the second extended terminals (8a1, 8b1) on differing side faces. a connector case ; connectors disposed opposing each other in an exterior of the connector case and each having a multiple of connector terminals ; control boards disposed opposing each other in an interior of the connector case ; first extended terminals (6a1, 6b1) extended from the multiple of connector terminals of the opposing connectors respectively; and second extended terminals extended from the opposing control boards respectively, wherein a hole is formed between the opposing connectors in the connector case , each of the first extended terminals (6a1, 6b1) and each of the second extended terminals oppose and approach each other toward the hole , in addition to which the first extended terminals (6a1, 6b1) are formed heading toward the exterior of the connector case from the hole forming contact portions of the first extended terminals (6a2, 6b2) and the second extended terminals are formed heading toward the exterior of the connector case from the hole forming contact portions of the second extended terminals (8a1, 8b1), and the contact portions of the first extended terminals (6a2, 6b2) come into contact with the contact portions of the second extended terminals (8a1, 8b1) on differing side faces.
A network node of a communication network configured to manage command messages from at least one Machine Type Communication, MTC, device manager intended for an MTC device , the network node comprising a processor , and a memory containing instructions executable by said processor , whereby the network node is operative to: receive the command messages, comprising originator information for identifying the at least one MTC device manager , and authenticator information from the at least one MTC device manager ; merge one or more of the command messages into an MTC device message that comprises at least one command message; add the authenticator information to the MTC device message, wherein the authenticator information is used in authenticating an MTC device manager that has issued a command message that forms part of the MTC device message; associate the originator information with each command message in the MTC device message; and send the MTC device message to the MTC device . receive the command messages, comprising originator information for identifying the at least one MTC device manager , and authenticator information from the at least one MTC device manager ; merge one or more of the command messages into an MTC device message that comprises at least one command message; add the authenticator information to the MTC device message, wherein the authenticator information is used in authenticating an MTC device manager that has issued a command message that forms part of the MTC device message; associate the originator information with each command message in the MTC device message; and send the MTC device message to the MTC device .
An intravaginal ring for the controlled release of at least one bioactive agent, the ring comprising a) a polymeric matrix, b) an absorbable polymeric, not ion-exchanging microparticulate effective to modulate release of the bioactive agent from the ring, and c) a circular mesh, wherein the polymeric matrix surrounds the perimeter of the mesh, where the matrix becomes microporous as the microparticulate degrades when exposed to bodily fluid. a) a polymeric matrix, b) an absorbable polymeric, not ion-exchanging microparticulate effective to modulate release of the bioactive agent from the ring, and c) a circular mesh, wherein the polymeric matrix surrounds the perimeter of the mesh,
System for processing flat workpieces, comprising a) a transport device , wherein a tooling is attached to the transport device , wherein the tooling comprises a base body and a plurality of holding elements arranged on the base body , wherein the holding elements are movable independently of each other relative to the base body , wherein each of the holding elements is fixed in an end region of an arm (121.1...10, 122.1...10), wherein the arms are passively displaceable relative to the base body along a linear displacement path in a longitudinal extension of the respective arm (121.1...10,122.1...10) and the tooling comprises a fixing device for each of the arms , by means of which a position of the respective arm (121.1...10, 122.1...10) can be fixed along the displacement path, and b) an adjustment device separate from the tooling for displacing the arms relative to the base body of the tooling , wherein the adjusting device is arranged in an area of the system into which the tooling can be moved by means of the transport device , wherein the adjustment device comprises a plurality of linearly displaceable elements , wherein the tooling is positionable relative to the adjustment device such that the linearly displaceable elements can co-operate simultaneously with a plurality of the arms to displace them along the displacement path. a) a transport device , wherein a tooling is attached to the transport device , wherein the tooling comprises a base body and a plurality of holding elements arranged on the base body , wherein the holding elements are movable independently of each other relative to the base body , wherein each of the holding elements is fixed in an end region of an arm (121.1...10, 122.1...10), wherein the arms are passively displaceable relative to the base body along a linear displacement path in a longitudinal extension of the respective arm (121.1...10,122.1...10) and the tooling comprises a fixing device for each of the arms , by means of which a position of the respective arm (121.1...10, 122.1...10) can be fixed along the displacement path, and b) an adjustment device separate from the tooling for displacing the arms relative to the base body of the tooling , wherein the adjusting device is arranged in an area of the system into which the tooling can be moved by means of the transport device ,
A resin composition for an aqueous ink comprising: a base resin, an aqueous dispersion medium, and an emulsifier, wherein the base resin includes a rosin-modified alkyd resin, the emulsifier includes an anionic emulsifier and a nonionic emulsifier, the anionic emulsifier includes an oxyalkylene-containing anionic emulsifier, and an HLB value of the nonionic emulsifier is 16.0 or more and 20.0 or less. a base resin, an aqueous dispersion medium, and an emulsifier, wherein the base resin includes a rosin-modified alkyd resin, the emulsifier includes an anionic emulsifier and a nonionic emulsifier, the anionic emulsifier includes an oxyalkylene-containing anionic emulsifier, and an HLB value of the nonionic emulsifier is 16.0 or more and 20.0 or less.
A Leukotriene B4 receptor 2 (BLT2) agonist for use in the prevention or treatment of pain in a subject, which is 4'-[[(1-oxopentyl)phenylamino]methyl]-[1,1'-biphenyl]-2-carboxylic acid (CAY10583).
Method for the dynamic power allocation for a group of at least one satellite access network associated with a group of at least one satellite , the said group of at least one satellite access network comprising a plurality of resource allocation managers , the said method being implemented by a device for dynamic allocation of power and being characterized in that it comprises: - a step for acquisition of a signal representative of a data rate requirement in each resource allocation manager for each satellite access network , - a step for conversion, for each resource allocation manager of the group of at least one satellite access network , of the signal representative of the data rate requirement in the said satellite access network into a value corresponding to the power consumed on board the satellite in order to obtain this data rate, - a step for calculating a total power margin equal to the difference between the power available on board the satellite and the sum of the powers consumed by each resource allocation manager , - a step for allocating power to the various resource allocation managers for the group of at least one satellite access network , the value of power allocated being a function of the calculated total power margin, the method being characterized in that the step for acquisition comprises a step for acquisition coming from telemetry data, of a signal representative of an instantaneous power available on board at least one satellite . - a step for acquisition of a signal representative of a data rate requirement in each resource allocation manager for each satellite access network , - a step for conversion, for each resource allocation manager of the group of at least one satellite access network , of the signal representative of the data rate requirement in the said satellite access network into a value corresponding to the power consumed on board the satellite in order to obtain this data rate, - a step for calculating a total power margin equal to the difference between the power available on board the satellite and the sum of the powers consumed by each resource allocation manager , - a step for allocating power to the various resource allocation managers for the group of at least one satellite access network , the value of power allocated being a function of the calculated total power margin,
Pixel circuit for detecting time-dependent visual data comprising a photo sensing device detecting a light intensity and generating a signal representing the detected light intensity, said pixel circuit being characterized in that it further comprises: - a voltage amplifier configured for amplifying the signal representing the detected light intensity (V ph ) and generating an amplified signal (V o ), the amplified signal being generated by taking into account a control signal (V qDC ) which shifts an input voltage offset of said voltage amplifier, - a hysteresis comparing module configured for comparing the amplified signal (V o ) to at least one threshold value (θo+, θo-) and to a reference value (V ref ) and for generating at least one output signal (V o +, V o -;, V o1 +, V o1 -) based on said comparison, said at least one output signal (V o +, V o -; V o1 +, V o1 -) being set to an active state if said amplified signal (V o ) passes said at least one threshold value (θo+, θo-), said at least one output signal (V o +, V o -; V o1 +, V o1 -) being set to an inactive state otherwise, and - a feedback control module configured for generating said control signal (V qDC ) of said voltage amplifier based on said at least one output signal generated by said hysteresis comparing module, wherein, in the active state, said feedback control module is configured for increasing or decreasing said control signal (V qDc ) causing said amplified signal (V 0 ) respectively to decrease or increase until it reaches said reference value (V ref ), and in the inactive state, the feedback control module is configured for keeping the control signal (V qDc ) constant. - a voltage amplifier configured for amplifying the signal representing the detected light intensity (V ph ) and generating an amplified signal (V o ), the amplified signal being generated by taking into account a control signal (V qDC ) which shifts an input voltage offset of said voltage amplifier, - a hysteresis comparing module configured for comparing the amplified signal (V o ) to at least one threshold value (θo+, θo-) and to a reference value (V ref ) and for generating at least one output signal (V o +, V o -;, V o1 +, V o1 -) based on said comparison, said at least one output signal (V o +, V o -; V o1 +, V o1 -) being set to an active state if said amplified signal (V o ) passes said at least one threshold value (θo+, θo-), said at least one output signal (V o +, V o -; V o1 +, V o1 -) being set to an inactive state otherwise, and - a feedback control module configured for generating said control signal (V qDC ) of said voltage amplifier based on said at least one output signal generated by said hysteresis comparing module, wherein, in the active state, said feedback control module is configured for increasing or decreasing said control signal (V qDc ) causing said amplified signal (V 0 ) respectively to decrease or increase until it reaches said reference value (V ref ), and in the inactive state, the feedback control module is configured for keeping the control signal (V qDc ) constant.
Feed system for feeding a CNG or LNG fuel from a tank to an internal combustion engine , wherein the feed system has at least one line , one heating device and one gas pressure regulator , wherein the line can be connected via a first end to the tank and is connected via a second end to the gas pressure regulator ; wherein at least the gas pressure regulator can be heated via the heating device , wherein the heating device comprises at least one heating source and one first chamber in which a first heat transfer medium is arranged; wherein heating of the gas pressure regulator can be realized from the heating source and at least via the first heat transfer medium ; wherein the heating comprises at least one phase transition at least of the first heat transfer medium ; wherein the heating device comprises at least one second chamber in which a second heat transfer medium is arranged; wherein the heating of the gas pressure regulator is realized from the heating source firstly via the second heat transfer medium and then at least via the first heat transfer medium .
A nebuliser to deliver a medicament comprising: a housing having a reservoir for the medicament; an aerosol generator that can be supplied the medicament from the reservoir, wherein the generator aerosolizes at least a portion of the medicament into an aerosol, wherein the aerosol generator comprises a vibratable member having a plurality of apertures extending between a first surface and a second surface thereof, and a drive circuit for the aerosol generator; wherein the medicament is supplied from the reservoir to the aerosol generator by gravitational flow; a gas venting inlet to permit a gas to enter the nebuliser and form a mixture with the aerosol; and a passage through which the mixture of the aerosol and the gas is delivered to an outlet port of the nebuliser; characterized in that , the apertures in the vibratable member are sized to aerosolize the medicament by ejecting droplets of medicament such that about 70% or more of the droplets by weight have a size in the range from about 1μm to about 6μm, the nebuliser comprises a mouthpiece connected to the outlet port, the housing has a baffle to direct the mixture of the gas and the aerosol to the outlet port , the baffle comprising an inclined surface oriented to cause aerosol to flow to the outlet port, and the housing comprises an aerosol rainout trap . a housing having a reservoir for the medicament; an aerosol generator that can be supplied the medicament from the reservoir, wherein the generator aerosolizes at least a portion of the medicament into an aerosol, wherein the aerosol generator comprises a vibratable member having a plurality of apertures extending between a first surface and a second surface thereof, and a drive circuit for the aerosol generator; wherein the medicament is supplied from the reservoir to the aerosol generator by gravitational flow; a gas venting inlet to permit a gas to enter the nebuliser and form a mixture with the aerosol; and a passage through which the mixture of the aerosol and the gas is delivered to an outlet port of the nebuliser; characterized in that , the apertures in the vibratable member are sized to aerosolize the medicament by ejecting droplets of medicament such that about 70% or more of the droplets by weight have a size in the range from about 1μm to about 6μm, the nebuliser comprises a mouthpiece connected to the outlet port, the housing has a baffle to direct the mixture of the gas and the aerosol to the outlet port , the baffle comprising an inclined surface oriented to cause aerosol to flow to the outlet port, and the housing comprises an aerosol rainout trap .