mhurhangee/ep-ind-claims huggingface dataset:
A positive bottom photoimageable antireflective coating composition which is capable of being developed in an aqueous alkaline developer, wherein the antireflective coating composition comprises a polymer comprising at least one recurring unit with a chromophore group and one recurring unit with a hydroxyl and/or a carboxyl group, a vinyl ether terminated crosslinking agent, and optionally, a photoacid generator, further comprising a thermal acid generator, where the acid derived from the thermal acid generator has a pKa greater than 1.0.
Apparatus for measuring the impedance (Z S) of an electrochemical energy storage feeding a connected load with a load current (I L) via a line, comprising: said line, a current feeding device for feeding an alternating current (I AC) superimposing the load current (I L), a voltmeter connectable in parallel with the electrochemical energy storage, for voltage measurement, an ammeter inserted in the line, for current measurement, and a device for determining the impedance (Z S) from the voltage and current measurements, wherein the current feeding device is a two terminal element which is inserted in the line and has a controlled current source, characterized in that for controlling the current source, a voltage regulator, which comprises a measuring unit for measuring the voltage drop (ΔU) at the current source and an amplifier for generating a control signal (U C) from a difference of the measured voltage drop (ΔU) and a predetermined set point value (ΔU soll), and an alternating voltage source for coupling an alternating voltage (U AC) into said control signal (U C) are provided, wherein the alternating voltage (U AC) of the alternating voltage source has a frequency lying above the cut-off frequency of the voltage regulator. said line, a current feeding device for feeding an alternating current (I AC) superimposing the load current (I L), a voltmeter connectable in parallel with the electrochemical energy storage, for voltage measurement, an ammeter inserted in the line, for current measurement, and a device for determining the impedance (Z S) from the voltage and current measurements, wherein the current feeding device is a two terminal element which is inserted in the line and has a controlled current source, characterized in that for controlling the current source, a voltage regulator, which comprises a measuring unit for measuring the voltage drop (ΔU) at the current source and an amplifier for generating a control signal (U C) from a difference of the measured voltage drop (ΔU) and a predetermined set point value (ΔU soll), and an alternating voltage source for coupling an alternating voltage (U AC) into said control signal (U C) are provided, wherein the alternating voltage (U AC) of the alternating voltage source has a frequency lying above the cut-off frequency of the voltage regulator.
A method comprising: receiving information indicative of a first state of content playback by a media device having a memory that stores received content; wherein the first state of content playback comprises one of playback at normal speed, fast-forwarding, and rewinding; selecting, based on a probability of transitioning to a plurality of possible next states of content playback, a second state of content playback of the plurality of possible next states of content playback that is most likely to follow the first state of content playback, wherein the second state of content playback comprises a different one of playback at normal speed, fast-forwarding, and rewinding than the first state of content playback; transmitting, to a computing device, a message comprising a request, based on the selection of the second state of content playback, for a plurality of frames of content that are each separated by an amount of time based at least in part on a rate of playback associated with the second state of content playback; receiving, from the computing device, the plurality of frames of content based on the request; storing in memory the received plurality of frames of content; and causing display of one or more of the plurality of frames of content based on the media device entering the second state of content playback. receiving information indicative of a first state of content playback by a media device having a memory that stores received content; wherein the first state of content playback comprises one of playback at normal speed, fast-forwarding, and rewinding; selecting, based on a probability of transitioning to a plurality of possible next states of content playback, a second state of content playback of the plurality of possible next states of content playback that is most likely to follow the first state of content playback, wherein the second state of content playback comprises a different one of playback at normal speed, fast-forwarding, and rewinding than the first state of content playback; transmitting, to a computing device, a message comprising a request, based on the selection of the second state of content playback, for a plurality of frames of content that are each separated by an amount of time based at least in part on a rate of playback associated with the second state of content playback; receiving, from the computing device, the plurality of frames of content based on the request; storing in memory the received plurality of frames of content; and causing display of one or more of the plurality of frames of content based on the media device entering the second state of content playback.
A method of labeling data using a data security labeling framework, the method comprising: receiving a request for a data instance; locating the data instance; defining one or more security attributes to be used under one or more different contexts; and applying a label to the located data instance, wherein the label includes or is otherwise associated with the one or more security attributes and includes a data type and semantic type for the data instance, the semantic type being associated with a context of the one or more different contexts, wherein the semantic type is based on an application where the data instance is used and the one or more security attributes are based on at least one of a security application or security requirement. receiving a request for a data instance; locating the data instance; defining one or more security attributes to be used under one or more different contexts; and applying a label to the located data instance, wherein the label includes or is otherwise associated with the one or more security attributes and includes a data type and semantic type for the data instance, the semantic type being associated with a context of the one or more different contexts, wherein the semantic type is based on an application where the data instance is used and the one or more security attributes are based on at least one of a security application or security requirement.
A cooking apparatus comprising: a cooking plate; first induction heating coils installed under the cooking plate; a first driving assembly (321,1031,1131,1231) including a first driving circuit configured to generate a first driving current and distribute the first driving current to each of the first induction heating coils; second induction heating coils installed under the cooking plate; and a third driving assembly (323,1033,1133,1233) separated from the first driving assembly (321,1031,1131,1231) and including a third driving circuit configured to generate a third driving current and to distribute the third driving current to each of the second induction heating coils, characterized by a temperature sensor configured to output a signal indicating a temperature of a cooking vessel placed on the cooking plate; by a sub assembly (311,1021,1121,1221) including a temperature sensing circuit configured to determine a temperature of a cooking vessel based on the signal of the temperature sensor; and characterized in that the sub assembly (311,1021,1121,1221) is separated from the first driving assembly (321,1031,1131,1231) and from the third driving assembly (323,1033,1133,1233), and in that the sub assembly (311,1021,1121,1221) is disposed between the first driving assembly (321,1031,1131,1231) and the third driving assembly (323,1033,1133,1233). a cooking plate; first induction heating coils installed under the cooking plate; a first driving assembly (321,1031,1131,1231) including a first driving circuit configured to generate a first driving current and distribute the first driving current to each of the first induction heating coils; second induction heating coils installed under the cooking plate; and a third driving assembly (323,1033,1133,1233) separated from the first driving assembly (321,1031,1131,1231) and including a third driving circuit configured to generate a third driving current and to distribute the third driving current to each of the second induction heating coils, characterized by a temperature sensor configured to output a signal indicating a temperature of a cooking vessel placed on the cooking plate; by a sub assembly (311,1021,1121,1221) including a temperature sensing circuit configured to determine a temperature of a cooking vessel based on the signal of the temperature sensor; and characterized in that the sub assembly (311,1021,1121,1221) is separated from the first driving assembly (321,1031,1131,1231) and from the third driving assembly (323,1033,1133,1233), and in that the sub assembly (311,1021,1121,1221) is disposed between the first driving assembly (321,1031,1131,1231) and the third driving assembly (323,1033,1133,1233). the sub assembly (311,1021,1121,1221) is separated from the first driving assembly (321,1031,1131,1231) and from the third driving assembly (323,1033,1133,1233), and in that the sub assembly (311,1021,1121,1221) is disposed between the first driving assembly (321,1031,1131,1231) and the third driving assembly (323,1033,1133,1233).
Method for producing a pouch refill designed to be fixed in a leaktight manner to a refillable casing by means of a ring that is screwed onto said casing, comprising a pouch containing the product to be diffused and a lid (4a, 4b) for closing the casing, the method comprising the steps of: - producing the pouch in a manner open on one side; - filling the pouch by means of a dispensing device; and then - fixing the pouch to a valve (3a, 3b) by welding the pouch to a lower tube of the valve, the body of the valve protruding from the pouch, characterized in that, following the step of fixing the pouch to the valve (3a, 3b), the method comprises a step of joining (50, 51) the valve (3a, 3b) to a lid (4a, 4b) for closing the casing, from beneath the lid (4a, 4b). - producing the pouch in a manner open on one side; - filling the pouch by means of a dispensing device; and then - fixing the pouch to a valve (3a, 3b) by welding the pouch to a lower tube of the valve, the body of the valve protruding from the pouch,
A fuel cell system having a fuel cell supplied with an anode gas and a cathode gas to generate electricity from the fuel cell depending on a load, comprising: a supply valve for supplying the anode gas into an anode system of the fuel cell system; a purge valve for discharging an off-gas from the anode system; a pressure detecting portion configured to estimate or measure a pressure inside the anode system; a supply valve control portion configured to control an open/close operation of the supply valve on the basis of a load of the fuel cell; a purge flow rate estimating portion configured to estimate a purge flow rate of the off-gas discharged from the anode system through the purge valve on the basis of a pressure decrease inside the anode system in a supply valve close state; a purge valve control portion configured to open the purge valve in synchronization with the supply valve close state; wherein when the supply valve is closed, the purge flow rate estimating portion is configured to obtain data for estimating the purge flow rate based on the anode pressure decrease amount in the supply valve close state, and when the supply valve is opened, the purge flow rate estimating portion is configured to compute the purge flow rate on the basis of obtained data. a supply valve for supplying the anode gas into an anode system of the fuel cell system; a purge valve for discharging an off-gas from the anode system; a pressure detecting portion configured to estimate or measure a pressure inside the anode system; a supply valve control portion configured to control an open/close operation of the supply valve on the basis of a load of the fuel cell; a purge flow rate estimating portion configured to estimate a purge flow rate of the off-gas discharged from the anode system through the purge valve on the basis of a pressure decrease inside the anode system in a supply valve close state; a purge valve control portion configured to open the purge valve in synchronization with the supply valve close state; wherein when the supply valve is closed, the purge flow rate estimating portion is configured to obtain data for estimating the purge flow rate based on the anode pressure decrease amount in the supply valve close state, and when the supply valve is opened, the purge flow rate estimating portion is configured to compute the purge flow rate on the basis of obtained data.
System for reversibly mounting a shelf covering a luggage compartment on a motor vehicle hatch, said system achieving a fixed mounting of said shelf with respect to said hatch, said system comprising: - a fixation tab securely fixed to a rear edge of said shelf, said tab comprising an upper interlocking means and a lower interlocking means on said hatch, - an upper reciprocal interlocking means and a lower reciprocal interlocking means secured to said hatch, said means and reciprocal means being respectively arranged so as to make it possible for a dislocation of said lower means, - respectively upper -, while leaving said upper means, - respectively lower -, interlocked together, such that said shelf can rotate in one direction and in the other, about a transversal axis passing through said upper means, - respectively lower -, while remaining secured to said hatch. - a fixation tab securely fixed to a rear edge of said shelf, said tab comprising an upper interlocking means and a lower interlocking means on said hatch, - an upper reciprocal interlocking means and a lower reciprocal interlocking means secured to said hatch,
Device for lifting vehicles with a ramp-like support surface which comprises at least one rail, the rail being spaced apart via at least one underneath the rail by means of a frame and pivot point arranged on at least one axis of rotation from a tilted position in which the vehicle can be driven onto the rail into a horizontal and / or tilted position, with below the rail at least two axes of rotation (12,12a) each with at least one point of rotation and support (13,13a) are provided and the axes of rotation (12,12a) are arranged spaced apart in the longitudinal direction of the rail such that the device can be pivoted in one of the at least two axes of rotation (12, 12a) as a function of the tilting position, characterized in that to create at least a third axis of rotation (12b, 12c) at least one further pivot and support point (13b, 13c) that can be displaced and / or displaced on the frame is provided, the at least one pivot and support point (13b, 13c)) comprises a plug-in module by means of which the pivot and support point (13b, 13c) can be adapted to different vehicles.
Rechargeable lithium battery cell having a housing, a positive electrode, a negative electrode, and an electrolyte which is based on SO 2 and contains a conducting salt, wherein the positive electrode contains LiFePO 4 as active material, characterised in that the electrolyte contains at least 2 mol SO 2 per mol conducting salt.
A transportation refrigeration unit comprising: a compressor configured to compress a refrigerant; a compressor motor configured to drive the compressor, the compressor moto being powered by an energy storage device; an evaporator heat exchanger operatively coupled to the compressor; a controller configured to control operation of the transportation refrigeration unit; an ambient air temperature sensor in electronic communication with the controller, the ambient air temperature sensor configured to detect ambient air temperature outside of the transportation refrigeration unit, wherein the controller is configured to adjust operation of a temperature control system for the energy storage device in response to the ambient air temperature, the temperature control system configured to adjust a temperature of the energy storage device, characterised in that, the temperature control system is an electric heater. a compressor configured to compress a refrigerant; a compressor motor configured to drive the compressor, the compressor moto being powered by an energy storage device; an evaporator heat exchanger operatively coupled to the compressor; a controller configured to control operation of the transportation refrigeration unit; an ambient air temperature sensor in electronic communication with the controller, the ambient air temperature sensor configured to detect ambient air temperature outside of the transportation refrigeration unit, wherein the controller is configured to adjust operation of a temperature control system for the energy storage device in response to the ambient air temperature, the temperature control system configured to adjust a temperature of the energy storage device, characterised in that, the temperature control system is an electric heater.
A communication terminal device comprising: a first communication unit configured to perform a first communication with a first other device using cellular communication; and a second communication unit configured to perform a second communication with a second other device using wireless communication, wherein the first communication unit is configured to transmit information to the first other device, the information indicating a margin in which the first communication is not disturbed by the second communication; and a desense headroom calculation unit configured to calculate a desense headroom as the information indicating the margin, wherein the desense headroom calculation unit is configured to calculate the desense headroom based on a difference between a parameter that indicates a degree of disturbance of the first communication by the second communication and is stored in advance, and the parameter calculated at a predetermined time, wherein the parameter is a Reference Signal Receiving Quality, RSRQ. a first communication unit configured to perform a first communication with a first other device using cellular communication; and a second communication unit configured to perform a second communication with a second other device using wireless communication, wherein the first communication unit is configured to transmit information to the first other device, the information indicating a margin in which the first communication is not disturbed by the second communication; and a desense headroom calculation unit configured to calculate a desense headroom as the information indicating the margin, wherein the desense headroom calculation unit is configured to calculate the desense headroom based on a difference between a parameter that indicates a degree of disturbance of the first communication by the second communication and is stored in advance, and the parameter calculated at a predetermined time, wherein the parameter is a Reference Signal Receiving Quality, RSRQ.
A vehicle air-conditioning system, comprising - a housing, - a radial fan with a fan housing having an axial inflow opening and a tangential outflow opening, with an impeller with blades which is arranged inside the fan housing and from which a rotational movement around an axis of rotation can be carried out, - preferably a coolant evaporator for cooling air to be supplied to a vehicle interior, - a heating device for heating the air to be supplied to the vehicle interior, wherein at least one flow-disturbing body is formed at the inside of the fan housing, characterised in that the at least one flow-disturbing body is exclusively formed on the fan housing in a projection region of the blades perpendicular to the axis of rotation, wherein the radial distance between the at least one flow-disturbing body and the blades on the at least one flow-disturbing body is 1 to 15 mm smaller than outside the at least one flow-disturbing body, wherein the radial distance between the fan housing and the blades is less than 5 cm, 3 cm or 1 cm to the at least one flow-disturbing body in a tangential distance with regard to the axis of rotation. - a housing, - a radial fan with a fan housing having an axial inflow opening and a tangential outflow opening, with an impeller with blades which is arranged inside the fan housing and from which a rotational movement around an axis of rotation can be carried out, - preferably a coolant evaporator for cooling air to be supplied to a vehicle interior, - a heating device for heating the air to be supplied to the vehicle interior,
A computer-implemented method of providing a description of a flight intent of an aircraft to be flown on a flight expressed using a formal language, the method comprising: receiving information describing how the aircraft is to be flown including motion information that describes the motion of the aircraft and configuration information that describes the aerodynamic configuration of the aircraft, and storing the information in a database; dividing the flight into one or more flight segments; and for each flight segment: determining which degrees of freedom of motion of the aircraft are defined by the information stored for that flight segment; and expressing flight intent for that flight segment using a formal language by defining which degrees of freedom of motion of the aircraft are determined to be defined during the flight segment and which degrees of freedom of motion are determined not to be defined. receiving information describing how the aircraft is to be flown including motion information that describes the motion of the aircraft and configuration information that describes the aerodynamic configuration of the aircraft, and storing the information in a database; dividing the flight into one or more flight segments; and for each flight segment: determining which degrees of freedom of motion of the aircraft are defined by the information stored for that flight segment; and expressing flight intent for that flight segment using a formal language by defining which degrees of freedom of motion of the aircraft are determined to be defined during the flight segment and which degrees of freedom of motion are determined not to be defined. determining which degrees of freedom of motion of the aircraft are defined by the information stored for that flight segment; and expressing flight intent for that flight segment using a formal language by defining which degrees of freedom of motion of the aircraft are determined to be defined during the flight segment and which degrees of freedom of motion are determined not to be defined.
Method for producing aggregates from fresh cement compositions, included concrete and residual concrete containing a surplus of water, comprising the addition of a) flash setting accelerators selected from sodium silicate or substances forming calcium aluminate hydrates selected from calcium aluminate, aluminum sulphate, sodium aluminate, alumina cement or mixtures thereof and b) super-absorbent polymers to fresh unset cement compositions and blending this mixture until granular materials are formed.