mhurhangee/ep-ind-claims huggingface dataset:
Organic Rankine Cycle apparatus, comprising: a heat exchanger for transferring heat of a heat-supplying medium to an organic working medium which differs from the heat-supplying medium; an expansion machine, in particular a turbine; a generator connected with the expansion machine; a device for supplying the organic working medium evaporated in the heat exchanger to the expansion machine; a first supply device adapted to supply a flow of the heat-supplying medium having a first temperature from a heat source to the heat exchanger; a second supply device adapted to supply at least partially the heat-supplying medium, after it has passed through the heat exchanger, and/or a further medium at a second temperature which is lower than the first temperature to the flow of the heat-supplying medium having the first temperature such, that the temperature of the heat-supplying medium at the heat exchanger lies below a decomposition temperature of the organic working medium; and a device adapted to heat or cool the heat-supplying medium, after it has passed through the heat exchanger, and/or the further medium to the second temperature before it is supplied to the flow of the heat-supplying medium supplied from the heat source to the heat exchanger. a heat exchanger for transferring heat of a heat-supplying medium to an organic working medium which differs from the heat-supplying medium; an expansion machine, in particular a turbine; a generator connected with the expansion machine; a device for supplying the organic working medium evaporated in the heat exchanger to the expansion machine; a first supply device adapted to supply a flow of the heat-supplying medium having a first temperature from a heat source to the heat exchanger; a second supply device adapted to supply at least partially the heat-supplying medium, after it has passed through the heat exchanger, and/or a further medium at a second temperature which is lower than the first temperature to the flow of the heat-supplying medium having the first temperature such, that the temperature of the heat-supplying medium at the heat exchanger lies below a decomposition temperature of the organic working medium; and a device adapted to heat or cool the heat-supplying medium, after it has passed through the heat exchanger, and/or the further medium to the second temperature before it is supplied to the flow of the heat-supplying medium supplied from the heat source to the heat exchanger.
A work station for manually and stationary picking of piece goods in a paperless manner by an order-picking person in accordance with a picking order comprising: a window conveyor having conveying means which comprises a plurality of optically distinguishable window locations, wherein each of the window locations includes a permanenfily defined region of the conveying means which is suitable for receiving of at least one of the piece goods, wherein the window conveyor extends through a picking zone which is assigned to the order-picking person; a provision region, where different types of the piece goods are provided at a plurality of access locations, wherein the provision region is ranged relative to the window conveyor such that the order-picking person can grasp piece goods manually from each of the access locations and place same on the window conveyor; an order-picking control controlling warehouse management and order processing (52, 64) configured to transmit information concerning one of the access locations and a removal quantity to the order-picking person in accordance with an order line of the picking order; characterized by a device for allocating a free, and unoccupied, one of the window locations to one of the order lines based on selection and entry of the order-picking person, after the one of the order lines was communicated the order-picking person, wherein the free window location is occupied after the allocation, wherein each of the window locations carries an unambiguous readable code. a window conveyor having conveying means which comprises a plurality of optically distinguishable window locations, wherein each of the window locations includes a permanenfily defined region of the conveying means which is suitable for receiving of at least one of the piece goods, wherein the window conveyor extends through a picking zone which is assigned to the order-picking person; a provision region, where different types of the piece goods are provided at a plurality of access locations, wherein the provision region is ranged relative to the window conveyor such that the order-picking person can grasp piece goods manually from each of the access locations and place same on the window conveyor; an order-picking control controlling warehouse management and order processing (52, 64) configured to transmit information concerning one of the access locations and a removal quantity to the order-picking person in accordance with an order line of the picking order; characterized by a device for allocating a free, and unoccupied, one of the window locations to one of the order lines based on selection and entry of the order-picking person, after the one of the order lines was communicated the order-picking person, wherein the free window location is occupied after the allocation, wherein each of the window locations carries an unambiguous readable code.
A filter designed to filter an electromagnetic wave comprising: a cavity with a first plate and a second plate, the first and second plates are opposite to each other, wherein the first plate comprises a number of elements distributed on the side of the first plate facing the cavity, wherein a location of each element on the first plate is defined in a coordinate system; and the second plate comprises a number of elements distributed on the side of the second plate facing the cavity according to the locations of the elements on the first plate, wherein each element is distributed on the second plate with an offset with respect to a corresponding element on the first plate, wherein the elements are any of holes and recesses and wherein the filter further comprises electromagnetic band gap, EBG, surfaces on sides of the first and second plates to constrain the electromagnetic wave to propagate along a direction of the cavity from one end to the other, and as the electromagnetic wave is traversing about the elements in the cavity, specific wavelengths are filtered. a cavity with a first plate and a second plate, the first and second plates are opposite to each other, wherein the first plate comprises a number of elements distributed on the side of the first plate facing the cavity, wherein a location of each element on the first plate is defined in a coordinate system; and the second plate comprises a number of elements distributed on the side of the second plate facing the cavity according to the locations of the elements on the first plate, wherein each element is distributed on the second plate with an offset with respect to a corresponding element on the first plate, wherein the elements are any of holes and recesses and wherein the filter further comprises electromagnetic band gap, EBG, surfaces on sides of the first and second plates to constrain the electromagnetic wave to propagate along a direction of the cavity from one end to the other, and as the electromagnetic wave is traversing about the elements in the cavity, specific wavelengths are filtered.
A system comprising: a wind turbine generator and a vibration sensor mounted to the wind turbine generator for detecting excessive vibration of the wind turbine generator during operation, the sensor comprising: a pendulum having a pendulum bob of pre-determined mass coupled to a detection switch, the detection switch arranged to detect oscillation of the pendulum exceeding a predetermined oscillation threshold; said pendulum bob selectively adjustable along said pendulum so as to vary the oscillation threshold of said sensor; wherein the sensor is arranged to exceed the oscillation threshold on receiving a forced vibration corresponding to a vibration threshold of the wind turbine generator; and a controller, wherein said detection switch is arranged to transmit a signal to the controller such that said controller controls the wind turbine generator to reduce said vibration. a pendulum having a pendulum bob of pre-determined mass coupled to a detection switch, the detection switch arranged to detect oscillation of the pendulum exceeding a predetermined oscillation threshold; said pendulum bob selectively adjustable along said pendulum so as to vary the oscillation threshold of said sensor; wherein the sensor is arranged to exceed the oscillation threshold on receiving a forced vibration corresponding to a vibration threshold of the wind turbine generator; and a controller, wherein said detection switch is arranged to transmit a signal to the controller such that said controller controls the wind turbine generator to reduce said vibration.
Joystick for a work vehicle, said joystick comprising a handle defining an external surface configured to allow the grip by an operator of said work vehicle, said joystick comprising hydraulic conditioning means configured to allow the passage of a conditioning fluid into said joystick to regulate the temperature of said handle; the joystick is characterized in that said hydraulic conditioning means are configured to fluidly connect said joystick with a hydraulic conditioning circuit of said work vehicle so as to spill part of a conditioning fluid of said hydraulic conditioning circuit and make this latter circulate in said joystick for regulating the temperature of said handle.
A method of lifting wellbore fluids in a subterranean well towards a surface, the method including: providing a closed water system free of fluid communication with the wellbore fluids, the closed water system being located entirely within the subterranean well and having a water storage tank that is located outside of a high temperature zone of the subterranean well; circulating water from the water storage tank into the high temperature zone of the subterranean well to form a steam; rotating a downhole steam turbine with the steam to drive a submersible pump system in fluid communication with the wellbore fluids and lifting the wellbore fluids towards the surface with the submersible pump system; and directing the steam exiting from the steam turbine towards the water storage tank; wherein a high temperature of the high temperature zone is generated by the submersible pump system. providing a closed water system free of fluid communication with the wellbore fluids, the closed water system being located entirely within the subterranean well and having a water storage tank that is located outside of a high temperature zone of the subterranean well; circulating water from the water storage tank into the high temperature zone of the subterranean well to form a steam; rotating a downhole steam turbine with the steam to drive a submersible pump system in fluid communication with the wellbore fluids and lifting the wellbore fluids towards the surface with the submersible pump system; and directing the steam exiting from the steam turbine towards the water storage tank; wherein a high temperature of the high temperature zone is generated by the submersible pump system.
Coated floor panel of the type comprising at least a substrate and a top layer with a printed motif, said top layer being provided on this substrate, wherein said top layer also comprises a transparent or translucent synthetic material layer, which is provided above said printed motif, wherein said motif is obtained by performing a print directly or indirectly on said substrate, wherein said top layer comprises a foamable or foamed synthetic material, wherein the entire top layer is free from materials sheets or substantially or completely free from cellulose fibers wherein said transparent or translucent synthetic material layer comprises said foamable or foamed synthetic material wherein the transparent or translucent synthetic material layer further comprises a layer on the basis of lacquer, said layer being situated at the surface, said lacquer layer comprising additives increasing the scratch resistance of the panel.
Wiper device comprising a wiper blade adapter having at least one first wiper blade adapter element and at least one second wiper blade adapter element which is connected to the first wiper blade adapter element in at least one assembled state and is provided for connecting to at least one wiper arm adapter, and comprising a spraying unit which, in the assembled state, is arranged at least partially between the first wiper blade adapter element and the second wiper blade adapter element, wherein the spraying unit has at least one nozzle element having a nozzle opening, characterized in that, in the assembled state, the spraying unit is connected to the second wiper blade adapter element and is substantially surrounded on all sides by the wiper blade adapter elements (14, 16).
A welding system comprising: - a sensor configured to sense a welding parameter; - processing circuitry configured to determine a length of a stickout of a welding electrode wire from a welding torch (16, 60) based upon the sensed welding parameter, wherein the processing circuitry is configured to evaluate and store an evaluation of a performance of the welding system or a weld based on the length of the stickout; and - a component configured to control an operation of the welding system based upon the determined length of the stickout, wherein the sensor comprises a current sensor that detects welding current, and wherein the length of the stickout is determined based upon sensed current, and wherein the length of the stickout is determined by a first relationship if the welding electrode wire is in a short condition, and by a second relationship if the welding electrode wire is in an arc condition, characterized in that the processing circuitry, in operation, determines the amount of the welding electrode wire to retract based at least in part on the determined length of stickout from the welding torch (16, 60) after welding, the retraction following the welding operation, wherein the welding electrode wire is retracted to approximately the level of the nozzle front extremity or slightly within the nozzle of the welding torch (16, 60); and wherein the processing circuitry commands the amount of the welding electrode wire to retract after a delay after welding to allow for repetitive welding starts. - a sensor configured to sense a welding parameter; - processing circuitry configured to determine a length of a stickout of a welding electrode wire from a welding torch (16, 60) based upon the sensed welding parameter, wherein the processing circuitry is configured to evaluate and store an evaluation of a performance of the welding system or a weld based on the length of the stickout; and - a component configured to control an operation of the welding system based upon the determined length of the stickout,
A photodetector, comprising a two-dimensional arrangement of resonator-photodiode units disposed along a detector surface for detecting radiation incident from above the detector surface and having a target frequency (vt) that corresponds to a target wavelength (λ t) in vacuum, wherein each resonator-photodiode unit comprises a photodiode semiconductor structure, which is sensitive to the target frequency (vt), and a subwavelength dielectric resonator (30, characterised in that the arrangement has a collective mode at the target frequency (vt), in which a plurality of subwavelength dielectric resonators are coupled via electromagnetic fields.
A method of improving the appearance of aging skin comprising the step of applying a composition comprising: a. an effective amount of banyan tree serum fraction, lotus serum fraction, and clover serum fraction blend; and b. a dermatologically acceptable carrier; to a skin surface having at least one sign of aging, wherein the composition is applied for a period of time sufficient to improve the appearance of the at least one sign of aging, whereby a serum fraction is obtainable by a method comprising the steps of (a) separating cell juice from clean, fresh, un-wilted plant matter to obtain fresh cell juice, wherein no exogenous liquid is added prior or during said separating; (b) filtering said cell juice to obtain fiber-free cell juice; and (c) fractionating said fiber-free cell juice. a. an effective amount of banyan tree serum fraction, lotus serum fraction, and clover serum fraction blend; and b. a dermatologically acceptable carrier;
A method of burning liquid and/or gaseous fuels using combustion air in a combustion chamber disposed downstream of a combustion tube and downstream of a baffle plate - using a plurality of individual flames (16.1, 16.2) formed by fuel supplied via a number of individual nozzles (2, 27, 28, 31, 32, and 37) spaced apart from one another and from the axis of the combustion tube, - using a combined flame (16.3) formed by the individual flames (16.1 and 16.2), and - using means for controlling the combustion air amount and/or flow shape depending on the requirements of the method, - the combined flame (16.3) being formed without a central core flame, i.e. without a central fuel nozzle, - the individual flames (16.1 and 16.2) being spaced apart from the centre of the combined flame (16.3) and disposed at a given distance from one another, such that the combined flame (16.3), which is thus formed without a core flame, has a corresponding void formed downstream of the baffle plate, and - the combustion air control including that said combustion air is at least partially directed towards the centre of the combined flame (16.3) and that the baffle plate is used to create a bottleneck or negative pressure within the void of the combined flame (16.3), such that an internal recirculation of burned gases takes place within the void, characterised in that - such recirculation is enhanced by a central opening in the baffle plate, said opening formed in the baffle plate being arranged centrally with respect to the airflow and to the individual nozzles (2, 27, 28, 31, 32, and 37). - using a plurality of individual flames (16.1, 16.2) formed by fuel supplied via a number of individual nozzles (2, 27, 28, 31, 32, and 37) spaced apart from one another and from the axis of the combustion tube, - using a combined flame (16.3) formed by the individual flames (16.1 and 16.2), and - using means for controlling the combustion air amount and/or flow shape depending on the requirements of the method, - the combined flame (16.3) being formed without a central core flame, i.e. without a central fuel nozzle, - the individual flames (16.1 and 16.2) being spaced apart from the centre of the combined flame (16.3) and disposed at a given distance from one another, such that the combined flame (16.3), which is thus formed without a core flame, has a corresponding void formed downstream of the baffle plate, and - the combustion air control including that said combustion air is at least partially directed towards the centre of the combined flame (16.3) and that the baffle plate is used to create a bottleneck or negative pressure within the void of the combined flame (16.3), such that an internal recirculation of burned gases takes place within the void, characterised in that - such recirculation is enhanced by a central opening in the baffle plate, said opening formed in the baffle plate being arranged centrally with respect to the airflow and to the individual nozzles (2, 27, 28, 31, 32, and 37).
A fusing device for thermally fusing a developer image transferred onto a recording sheet, comprising: a tubular fusing film; a heating element disposed inside the fusing film; a nip plate (130; 230) disposed on an inner surface of the fusing film in such a manner that permits the fusing film to slide along the nip plate (130; 230), and configured to receive radiation of heat from the heating element, wherein the heating element is located on a side of the nip plate (130; 230) opposite to an outer surface of the nip plate (130; 230), which is in sliding contact with the fusing film; and a backup member configured such that the fusing film is nipped between the backup member and the nip plate (130; 230) to form a nip portion (N1; N2) between the fusing film and the backup member, characterized in that the nip plate (130; 230) is bent to form a recessed portion (H1; H2), which opens on an inner surface of the fusing film and holds a lubricant. a tubular fusing film; a heating element disposed inside the fusing film; a nip plate (130; 230) disposed on an inner surface of the fusing film in such a manner that permits the fusing film to slide along the nip plate (130; 230), and configured to receive radiation of heat from the heating element, wherein the heating element is located on a side of the nip plate (130; 230) opposite to an outer surface of the nip plate (130; 230), which is in sliding contact with the fusing film; and a backup member configured such that the fusing film is nipped between the backup member and the nip plate (130; 230) to form a nip portion (N1; N2) between the fusing film and the backup member,
A dosage device for extruding a bicomponent or monocomponent sealant, particularly for an automatic machine for sealing a perimetric edge of an insulating glazing unit constituted by at least two glass sheets (2, 2', 2", 2"', 2M, 2'm, 2"m) and by at least one spacer frame (3, 3', 3", 5, 5', 5"), having a finite width (w), which is arranged proximate to the perimeter at a finite distance (d) from the margin of said glass sheets (2, 2', 2", 2′′′, 2M, 2'm, 2"m), characterized in that it comprises a first dosage assembly and a separate second dosage assembly for the dosage and feeding of said sealant, which can be activated alternately, in a first feeding step and in a third feeding step, so that one of them provides flow continuity to an extrusion nozzle while the other one is in the reloading step, said first and second dosage assemblies (400, 500) being activatable, in a second swapping step that is intermediate with respect to said first and third feeding steps, simultaneously and jointly, one of them having a flow-rate ramp that passes from the steady-state value to zero and the other one complementarily having a flow-rate ramp that passes from zero to the steady-state value; wherein in said second swapping step, which is intermediate with respect to said first and third feeding steps, prior to the beginning of said flow-rate swapping ramps, each one of said first or second dosage assembly (400, 500) that is taking over aligns its own pressure with that of said dosage assembly (400, 500) that is quitting, by means of the actuations of adapted synchronous electric motors (408A, 408a, 508B, 508b) which are provided with feedback through adapted pressure transducers (410A, 410a, 510B, 510b).