mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a hvac damper having an open position and a closed position; a manual actuator, wherein in a manual use of the manual actuator, the manual actuator is configured to open the hvac damper to the open position and close the damper to the closed position; an actuator coupled to the manual actuator, wherein the actuator is configured to open and close the hvac damper by being connected to the manual actuator; characterized by when the actuator is connected to propulsion, the actuator is configured to drive itself to the open position, wherein the actuator is configured to lock to the manual actuator. a hvac damper having an open position and a closed position; a manual actuator, wherein in a manual use of the manual actuator, the manual actuator is configured to open the hvac damper to the open position and close the damper to the closed position; an actuator coupled to the manual actuator, wherein the actuator is configured to open and close the hvac damper by being connected to the manual actuator; characterized by when the actuator is connected to propulsion, the actuator is configured to drive itself to the open position, wherein the actuator is configured to lock to the manual actuator.
A method for operating an X-ray system (10, 10*) comprising at least a manipulator (18, 18a*, 18b*), an X-ray source (12, 12*) and an X-ray detector (14, 14*), the manipulator (18, 18a*, 18b*) being able to move the X-ray source (12, 12*), the X-ray detector (14, 14*) or an object, comprising the steps of: manually setting a first position for the manipulator (18, 18a*, 18b*) on a trajectory by means of virtual input means; simulating recording of the object by means of the X-ray system (10, 10*) from the first position in order to obtain a first X-ray projection; representing the first X-ray projection or information derived from the first X-ray projection; manually setting a second position on the trajectory by means of the virtual input means based on the representation of the first X-ray projection or information derived from the first X-ray projection; simulating recording of the object by means of the X-ray system (10, 10*) from the second position in order to obtain a second X-ray projection; and storing the at least first and second positions of the trajectory so as to be able to move to the first and second positions at a later point in time or in the measurement to be performed, representing the second X-ray projection or information derived from the second X-ray projection. manually setting a first position for the manipulator (18, 18a*, 18b*) on a trajectory by means of virtual input means; simulating recording of the object by means of the X-ray system (10, 10*) from the first position in order to obtain a first X-ray projection; representing the first X-ray projection or information derived from the first X-ray projection; manually setting a second position on the trajectory by means of the virtual input means based on the representation of the first X-ray projection or information derived from the first X-ray projection; simulating recording of the object by means of the X-ray system (10, 10*) from the second position in order to obtain a second X-ray projection; and storing the at least first and second positions of the trajectory so as to be able to move to the first and second positions at a later point in time or in the measurement to be performed, representing the second X-ray projection or information derived from the second X-ray projection.
An automatic analyzer comprising: a reagent container adapted to contain a reagent; a nozzle adapted to suck the reagent from the reagent container; a reagent probe adapted to dispense the reagent sucked from the reagent container to a reaction vessel; an emission unit provided outside the reagent container and adapted to emit light so as to pass through inside the reagent container, the light having a wavelength selected based on a material of the reagent container and a type of the reagent; a light receiving unit provided outside the reagent container and adapted to receive the light emitted from the emission unit; a management unit adapted to manage a liquid volume of the reagent in the reagent container and including a calculation unit adapted to calculate a remaining liquid amount of the reagent in the reagent container as a management liquid volume based on a suction liquid volume sucked from the reagent container and an initial liquid volume contained in a new reagent container; and a determination unit adapted to detect, based on the light emitted from the emission unit and received by the light receiving unit, a liquid level inside the reagent container, and to determine whether the liquid volume in the reagent container becomes equal to or less than a predetermined value from the liquid level; wherein the management unit is adapted to correct the management liquid volume to the predetermined value when the determination unit has determined that the liquid volume inside the reagent container becomes equal to or less than the predetermined value. a reagent container adapted to contain a reagent; a nozzle adapted to suck the reagent from the reagent container; a reagent probe adapted to dispense the reagent sucked from the reagent container to a reaction vessel; an emission unit provided outside the reagent container and adapted to emit light so as to pass through inside the reagent container, the light having a wavelength selected based on a material of the reagent container and a type of the reagent; a light receiving unit provided outside the reagent container and adapted to receive the light emitted from the emission unit; a management unit adapted to manage a liquid volume of the reagent in the reagent container and including a calculation unit adapted to calculate a remaining liquid amount of the reagent in the reagent container as a management liquid volume based on a suction liquid volume sucked from the reagent container and an initial liquid volume contained in a new reagent container; and a determination unit adapted to detect, based on the light emitted from the emission unit and received by the light receiving unit, a liquid level inside the reagent container, and to determine whether the liquid volume in the reagent container becomes equal to or less than a predetermined value from the liquid level; wherein the management unit is adapted to correct the management liquid volume to the predetermined value when the determination unit has determined that the liquid volume inside the reagent container becomes equal to or less than the predetermined value.
An electrode for electrolysis comprising: an electrically conductive substrate at least a surface of which comprises nickel or a nickel-based alloy; an intermediate layer formed on the surface of the electrically conductive substrate and comprising a lithium-containing nickel oxide represented by composition formula Li x Ni 2-x O 2 with 0.02≤x≤0.5; and a catalyst layer formed on a surface of the intermediate layer, wherein the intermediate layer has a layer average density of 5.1 g/cm 3 or more and 6.67 g/cm 3 or less and the thickness of the intermediate layer is 0.01 μm or more and 100 μm or less, and wherein the catalyst layer comprises at least one catalyst selected from the group consisting of a nickel cobalt spinel oxide, a lanthanide nickel cobalt perovskite oxide, an iridium oxide, a ruthenium oxide, and a lithium nickel cobalt oxide. an electrically conductive substrate at least a surface of which comprises nickel or a nickel-based alloy; an intermediate layer formed on the surface of the electrically conductive substrate and comprising a lithium-containing nickel oxide represented by composition formula Li x Ni 2-x O 2 with 0.02≤x≤0.5; and a catalyst layer formed on a surface of the intermediate layer,
A drive system for driving control surfaces (10, 12) of an aircraft, comprising - at least one drive unit; - at least one main shaft connectable to the at least one drive unit, - at least one adjusting units for each control surface (10, 12) to be driven, wherein each adjusting unit comprises a differential (14, 34, 54, 76, 82, 94, 96, 106, 108), two rotary actuators and an adjustment lever, the differential (14, 34, 54, 76, 82, 94, 96, 106, 108) having at least one input means and two output means (30, 56, 78) and being adapted to transfer torque from the at least one input means to the two output means (30, 56, 78), the input means being couplable to the main shaft, the two rotary actuators each having a rotation input means and a motion output means, the respective rotation input means of each of the two rotary actuators being coupled to one of the output means (30, 56, 78) and the adjustment lever being coupled to the motion output means of both rotary actuators, characterized in that during normal operation, the differentials (14, 34, 54, 76, 82, 94, 96, 106, 108) transfer or distribute torque and the rotating motion to the two rotary actuators. - at least one drive unit; - at least one main shaft connectable to the at least one drive unit, - at least one adjusting units for each control surface (10, 12) to be driven,
Electric heater for automotive applications comprising at least N groups of heating elements (4,5) which change their temperature by electrical power consumption, comprising a control unit with two switch arrangements (17,18) such that the first switch arrangement includes at least N power switches for switching the at least N groups of heating elements (4,5) to a high-voltage high side level and such that the second power switch arrangement includes at least N switches for switching the at least N groups of heating elements (4,5) characterised in in a high-voltage low side level, characterised in that N is two or more, wherein the heater further includes a first sensor arrangement for measuring the electric voltage and includes a second sensor arrangement for measuring the electric current, wherein the first sensor is arranged to measure the voltage at the High-side power switch and wherein the second sensor is arranged to measure the current at the Low-side power switch.
An electrical energy distribution system incorporating 'ride-through' capability, comprising: a supply side for supplying energy in the form of direct current at a supply voltage; a delivery side for delivering energy supplied by the supply side, having plural connection ports connected in series across the supply voltage for selective connection to respective electrical energy loads, wherein each connection port includes electricity conditioning circuitry to supply DC power over a DC link to an inverter connected to the DC link to deliver AC power to a load connected at the port; wherein the delivery side further comprises a bank of batteries incorporated after the conditioning circuitry across the DC link and to be charged by tapping across the DC link, and a bank of capacitors connected across the supply voltage; and wherein the bank of capacitors are charged from the delivery side, by tapping across the DC link of one or more of the plural connection ports. a supply side for supplying energy in the form of direct current at a supply voltage; a delivery side for delivering energy supplied by the supply side, having plural connection ports connected in series across the supply voltage for selective connection to respective electrical energy loads, wherein each connection port includes electricity conditioning circuitry to supply DC power over a DC link to an inverter connected to the DC link to deliver AC power to a load connected at the port; a bank of batteries incorporated after the conditioning circuitry across the DC link and to be charged by tapping across the DC link, and a bank of capacitors connected across the supply voltage; and wherein the bank of capacitors are charged from the delivery side, by tapping across the DC link of one or more of the plural connection ports.
A self-propelled floor cleaning device comprising a manually controlled or program-controlled first cleaning vehicle, which moves across a treatment path across a surface, which is to be cleaned, comprising a first cleaning device (3, 4) for carrying out a first cleaning step, characterized by a second cleaning vehicle, comprising a second cleaning device (13, 14, 15) for carrying out a second cleaning step, wherein the second cleaning vehicle is coupled to the first cleaning vehicle such that the second cleaning vehicle follows the first cleaning vehicle on the treatment path thereof.
A method of delivering fuel to an aircraft engine, comprising: providing a plurality of distinct fuel sources (20,22), a first fuel source comprising a first fuel having a first aromatic content and a second fuel source comprising a second fuel having a second aromatic content; the method characterised in that it comprises determining one or more ambient atmospheric condition for at least a portion of a flight path of the aircraft, said condition being indicative of a likelihood of contrail formation by the engine; determining a desirous fuel composition for combustion by the engine based upon said one or more atmospheric condition, the aromatic content of the desirous fuel composition being above a predetermined threshold value comprising an average value of said aromatic content over a period of use of the engine; selecting a ratio of the first and second fuels from said respective fuel sources according to said desirous fuel composition; and delivering said selected ratio of the first and second fuels to the aircraft engine. providing a plurality of distinct fuel sources (20,22), a first fuel source comprising a first fuel having a first aromatic content and a second fuel source comprising a second fuel having a second aromatic content; the method characterised in that it comprises determining one or more ambient atmospheric condition for at least a portion of a flight path of the aircraft, said condition being indicative of a likelihood of contrail formation by the engine; determining a desirous fuel composition for combustion by the engine based upon said one or more atmospheric condition, the aromatic content of the desirous fuel composition being above a predetermined threshold value comprising an average value of said aromatic content over a period of use of the engine; selecting a ratio of the first and second fuels from said respective fuel sources according to said desirous fuel composition; and delivering said selected ratio of the first and second fuels to the aircraft engine.
Method for treating and preserving mushrooms, characterized in that a mushroom pre-cooling is conducted for at least two hours at a temperature between 3-7°C and a relative humidity of 70-80%, these are washed by spraying a mixture of water and a mixture of sodium sulfite (E-221), citric acid (E-330), sodium ascorbate (E-301), disodium and calcium EDTA (E-385) and salt as preservative, at a temperature within the range of 3-7°C, followed by a drying stage performed by using 3-5 blowers each one equipped with two nozzles and 2-5 sucking members, maintaining the temperature of 3-7°C, these are hermetically packaged and stored, all while maintaining the temperature of 3-7°C.
Aqueous-free remineralizing and desensitizing composition that is substantive to tooth surfaces, and which extends the duration of remineralizing and desensitizing treatments comprising: an aqueous-free emulsion containing dispensed therein remineralizing and desensitizing ingredients wherein: said aqueous-free emulsion in the presence of saliva forms a mucoadhesive gel substantive to said tooth surfaces, said substantive mucoadhesive gel gradually dissolves in the presence of saliva, releasing onto said tooth surfaces said remineralizing and desensitizing ingredients, and said slowly released remineralizing ingredients continue to remineralize said tooth surfaces until said substantive mucoadhesive gel is solubilized by said saliva flow, thereby extending the duration of said remineralizing and desensitizing and effecting improved remineralization and desensitization of said tooth surfaces, wherein said remineralizing ingredients are selected from amorphous calcium phosphate fluoride combinations, wherein said amorphous calcium phosphate fluoride combinations comprise mixtures selected from the group consisting of: calcium gluconate, calcium lactate gluconate, calcium nitrate, calcium sulfate and combinations thereof, and wherein the pH of said amorphous calcium phosphate fluoride combinations released onto tooth surfaces is adjusted by the addition of pH control compositions selected from the group consisting of: citric acid, ascorbic acid, phosphoric acid, malic acid and combinations thereof. said aqueous-free emulsion in the presence of saliva forms a mucoadhesive gel substantive to said tooth surfaces, said substantive mucoadhesive gel gradually dissolves in the presence of saliva, releasing onto said tooth surfaces said remineralizing and desensitizing ingredients, and said slowly released remineralizing ingredients continue to remineralize said tooth surfaces until said substantive mucoadhesive gel is solubilized by said saliva flow, thereby extending the duration of said remineralizing and desensitizing and effecting improved remineralization and desensitization of said tooth surfaces, wherein said remineralizing ingredients are selected from amorphous calcium phosphate fluoride combinations, wherein said amorphous calcium phosphate fluoride combinations comprise mixtures selected from the group consisting of: calcium gluconate, calcium lactate gluconate, calcium nitrate, calcium sulfate and combinations thereof, and wherein the pH of said amorphous calcium phosphate fluoride combinations released onto tooth surfaces is adjusted by the addition of pH control compositions selected from the group consisting of: citric acid, ascorbic acid, phosphoric acid, malic acid and combinations thereof.
An energy conversion apparatus, comprising a motor coil and a bridge arm converter connected to the motor coil, wherein: the bridge arm converter is connected to an external battery and an external charging port, the motor coil is connected to the external charging port, and the bridge arm converter comprises a plurality of phase bridge arms; and the motor coil comprises a plurality of phase windings, each phase winding comprises N coil units, first ends of the N coil units of each phase winding are connected together and connected to a corresponding phase bridge arm of the plurality of phase bridge arms, second ends of the N coil units in each phase winding are respectively connected to second ends of corresponding coil units in other phase windings to form N neutral points, N neutral lines lead from the N neutral points, and M neutral lines in the N neutral lines are coupled to the external charging port, N being an integer greater than 1, and M being an integer greater than 1. the bridge arm converter is connected to an external battery and an external charging port, the motor coil is connected to the external charging port, and the bridge arm converter comprises a plurality of phase bridge arms; and the motor coil comprises a plurality of phase windings, each phase winding comprises N coil units, first ends of the N coil units of each phase winding are connected together and connected to a corresponding phase bridge arm of the plurality of phase bridge arms, second ends of the N coil units in each phase winding are respectively connected to second ends of corresponding coil units in other phase windings to form N neutral points, N neutral lines lead from the N neutral points, and M neutral lines in the N neutral lines are coupled to the external charging port, N being an integer greater than 1, and M being an integer greater than 1.
A non-invasive Time Domain Reflectometry transmission line system for measuring one or more parameters of an electromagnetic Radio Frequency pulse transmitted, and reflected, along a transmission line, said parameters including at least one of; amplitude, propagation velocity and/or propagation time between defined predetermined instances, said system including: - a transmission line including three or more elongated transmission elements (2,3,4,5), each having two distal ends, each element capable of being selectively activated to transmit said RF pulse; - a mounting assembly, mounting each said transmission element at a first said distal end to form a spatially-separated transmission element array with the other 'second' distal end of each transmission element being spaced from said mounting assembly; - an RF source configured to transmit an RF pulse along said transmission line to activate a selected pair of said transmission elements to generate an electric field between the transmission elements of said pair; characterised in that said transmission elements are capable of selective activation in at least two distinct pairs having distinct geometric configurations relative to each other to generate at least two distinct electric field potentials without physical displacement of the transmission line; and wherein the non-invasive TDR transmission line system includes a calibration system including: one or more transmission stubs attached to said mounting assembly substantially parallel to said transmission elements, each stub capable of being selectively activated to transmit an RF pulse, each stub having two distal ends, a first stub end positioned in lateral alignment with a first end of a said transmission element and the second stub end being positioned in lateral alignment with the interface between the mounting assembly and an active portion of that transmission element. - a transmission line including three or more elongated transmission elements (2,3,4,5), each having two distal ends, each element capable of being selectively activated to transmit said RF pulse; - a mounting assembly, mounting each said transmission element at a first said distal end to form a spatially-separated transmission element array with the other 'second' distal end of each transmission element being spaced from said mounting assembly; - an RF source configured to transmit an RF pulse along said transmission line to activate a selected pair of said transmission elements to generate an electric field between the transmission elements of said pair;