mhurhangee/ep-ind-claims huggingface dataset:
An air conditioning system including: a climatic beam disposed in a room, the climatic beam including: a fresh air chamber; a primary air chamber; a divider disposed along a length of the climatic beam to separate the fresh air chamber from the primary air chamber; a coil supplied with a flow of fluid; a fresh air duct connected to the fresh air chamber to provide a flow of fresh air thereinto; a fan disposed at the primary air chamber configured to draw a flow of primary air across the coil and into the primary air chamber; and a beam exit to flow the fresh air and the primary air into the room; characterized in that the divider is a shutter movable along the length of the climatic beam depending on environmental control requirements of the room, thereby changing a size of the primary air chamber and the fresh air chamber; and a damper is provided to control a flow of fresh air into the fresh air chamber. a climatic beam disposed in a room, the climatic beam including: a fresh air chamber; a primary air chamber; a divider disposed along a length of the climatic beam to separate the fresh air chamber from the primary air chamber; a coil supplied with a flow of fluid; a fresh air duct connected to the fresh air chamber to provide a flow of fresh air thereinto; a fan disposed at the primary air chamber configured to draw a flow of primary air across the coil and into the primary air chamber; and a beam exit to flow the fresh air and the primary air into the room; a fresh air chamber; a primary air chamber; a divider disposed along a length of the climatic beam to separate the fresh air chamber from the primary air chamber; a coil supplied with a flow of fluid; a fresh air duct connected to the fresh air chamber to provide a flow of fresh air thereinto; a fan disposed at the primary air chamber configured to draw a flow of primary air across the coil and into the primary air chamber; and a beam exit to flow the fresh air and the primary air into the room; characterized in that the divider is a shutter movable along the length of the climatic beam depending on environmental control requirements of the room, thereby changing a size of the primary air chamber and the fresh air chamber; and a damper is provided to control a flow of fresh air into the fresh air chamber.
A computer system operation method, for use with a CAD system in modeling objects, for identifying cells of a three-dimensional modeled object comprising geometrical elements, a geometrical element being one among a vertex, an edge, a face, or a volume, wherein each of the geometrical elements of the model correspond to a specific cell in a geometrical modeler in charge of building and maintaining model geometry, the method comprising: receiving input comprising one or more constraints relating to cell information, said input comprising a script written in a declarative syntax; for each constraint, determining whether the cells of the model meet the requirement of the constraint; and generating a list of cells meeting the requirements of the constraints. receiving input comprising one or more constraints relating to cell information, said input comprising a script written in a declarative syntax; for each constraint, determining whether the cells of the model meet the requirement of the constraint; and generating a list of cells meeting the requirements of the constraints.
An optical drop device (2A, 2B), comprising: a clock extractor configured to extract a clock signal from a multi-channel optical signal that includes a plurality of optical signals having different optical frequencies; a pulse generator configured to generate a pulse signal that is synchronized with the clock signal; an optical inverse Fourier transform unit configured to transform the multi-channel optical signal into a time division multiplexing optical signal by using an inverse Fourier transform; and an optical switch (12, 26) configured to drop an optical signal that exists in a time slot to which the pulse signal is applied, from the time division multiplexing optical signal. a clock extractor configured to extract a clock signal from a multi-channel optical signal that includes a plurality of optical signals having different optical frequencies; a pulse generator configured to generate a pulse signal that is synchronized with the clock signal; an optical inverse Fourier transform unit configured to transform the multi-channel optical signal into a time division multiplexing optical signal by using an inverse Fourier transform; and an optical switch (12, 26) configured to drop an optical signal that exists in a time slot to which the pulse signal is applied, from the time division multiplexing optical signal.
Underwater rapid unloading system having a container which can be carried on the outer side of a submarine and a carrier frame which is supported inside the container, wherein a disposable palette is arranged on the carrier frame, wherein the disposable palette can be connected to the carrier frame, characterized in that the disposable palette comprises a buoyancy system, wherein the buoyancy system comprises at least one first inflatable buoyancy member, wherein the buoyancy system comprises at least one second inflatable buoyancy member and in that the buoyancy system comprises a device for distributing gas from a gas supply to the at least one first inflatable buoyancy member and the at least one second inflatable buoyancy member, characterized in that the gas supply comprises a compressed air connection, and wherein a diver can feed in compressed air from a breathing apparatus of the diver via the compressed air connection.
A linear actuator comprising: a planetary gear system including a sun gear, a ring gear, and a planet carrier; a linear output mechanism coupled to said planetary gear system; a first motor configured to drive a first input shaft, wherein said first input shaft is coupled as an input to said planet carrier to drive said planet carrier; a second motor configured to drive a second input shaft, wherein said second input shaft is coupled as an input to one of said sun gear to drive said sun gear and said ring gear to drive said ring gear; a first brake coupled to one of said first motor and said second motor; and a second brake coupled to the other of said first motor and said second motor. a planetary gear system including a sun gear, a ring gear, and a planet carrier; a linear output mechanism coupled to said planetary gear system; a first motor configured to drive a first input shaft, wherein said first input shaft is coupled as an input to said planet carrier to drive said planet carrier; a second motor configured to drive a second input shaft, wherein said second input shaft is coupled as an input to one of said sun gear to drive said sun gear and said ring gear to drive said ring gear; a first brake coupled to one of said first motor and said second motor; and a second brake coupled to the other of said first motor and said second motor.
Support to be used when placing floor tiles, whereby the support has to provide a support for parts of floor tiles put next to one another and which are separated by a joint, the support comprising a hollow tube (33,34,35) with at least one open end, wherein the hollow tube is built of several stackable tube parts (33,34,35) that are provided with a protrusion and/or a notch which can co-operate with the stackable tube part below, characterized in that onto the open end is provided a detachable spacer (31,32) with which the parts of the tiles to be supported can be maintained at a certain distance from one another, whereby the spacer (31,32) is formed of at least one arm or several arms extending in directions which converge in a single point which is situated centrally or practically centrally in relation to the edge of the hollow tube, whereby the arm or arms protrude(s) with at least one part above the edge of the open end at the hollow tube and extend (s) over the opening of the open end of the hollow tube so as to divide this opening in separate compartments, and the stackable tube parts are provided with drainage holes.
A steam reformer comprising a double-cylinder structure having an inner cylinder and an outer cylinder surrounding the inner cylinder; the inner cylinder containing a high-temperature reaction section and an adjacent section being adjacent to the high-temperature reaction section; the high-temperature reaction section 6 containing a mixed-catalyst bed prepared by mixing a steam reforming catalyst and an oxidation catalyst, and having an oxygen-containing gas introduction section 5; and the outer cylinder containing a steam reforming catalyst bed, thereby forming the steam reformer of double-cylinder structure; wherein a heat transfer suppressor is structured in the steam reformer to suppress heat transfer from the high-temperature reaction section to the adjacent section or from the high-temperature reaction section to the adjacent section and to the oxygen-containing gas introduction section.
A retrofit assembly for retrofitting a circuit breaker in a switchgear comprising: adjustable elements for fitting a circuit breaker into a switchgear panel of the switchgear, wherein the adjustable elements comprise: a plurality of adjustable modular female tulip contacts to receive a corresponding plurality of male contacts in a panel of the switchgear, each female tulip contact being flexible for a plurality of diameters, and a plurality of modular phase adjustment contact arms to provide phase alignment between the poles of the circuit breaker. adjustable elements for fitting a circuit breaker into a switchgear panel of the switchgear, wherein the adjustable elements comprise: a plurality of adjustable modular female tulip contacts to receive a corresponding plurality of male contacts in a panel of the switchgear, each female tulip contact being flexible for a plurality of diameters, and a plurality of modular phase adjustment contact arms to provide phase alignment between the poles of the circuit breaker. a plurality of adjustable modular female tulip contacts to receive a corresponding plurality of male contacts in a panel of the switchgear, each female tulip contact being flexible for a plurality of diameters, and a plurality of modular phase adjustment contact arms to provide phase alignment between the poles of the circuit breaker.
A white light emitting organic EL device comprising an organic EL element having: • a substrate; • a first electrode on the substrate; • one or more organic layers comprising organic material on the first electrode, the one or more organic layers comprising a positive hole transfer layer, a light emission layer and an electron transfer layer; • a second electrode on the one or more organic layers; • an adhesion layer provided on the second electrode; and • a flexible film having a barrier layer, which flexible film is adhered to the adhesion layer so that the light emission layer is sealed, wherein the light emission layer comprises at least one light emission material which is a phosphorescence light emission material, and 80 % by mass or more of the organic material in the whole of the one or more organic layers has a glass transition point of 100 °C or higher, measured by the method according to JIS-K-7121 using differential scanning calorimetry. • a substrate; • a first electrode on the substrate; • one or more organic layers comprising organic material on the first electrode, the one or more organic layers comprising a positive hole transfer layer, a light emission layer and an electron transfer layer; • a second electrode on the one or more organic layers; • an adhesion layer provided on the second electrode; and • a flexible film having a barrier layer, which flexible film is adhered to the adhesion layer so that the light emission layer is sealed,
Method for automatically controlling a vehicle, in which method information about at least one area which can be freely travelled on by the vehicle is taken into account in the provision of an avoidance trajectory of the vehicle before an obstacle, characterized in that data for detecting obstacles in the surroundings of the vehicle and data for detecting areas which can be travelled on freely in the surroundings are processed together, and the area which can be travelled on freely and which is suitable for avoidance is determined, and in that data is provided only for detecting obstacles of at least one first sensor of the vehicle, and data for specifically detecting areas which can be travelled on freely are detected by at least one second sensor of the vehicle, wherein the vehicle is controlled for the purpose of avoidance before the obstacle in such a way that the avoidance trajectory of the vehicle runs through the area which is detected as being capable of being travelled freely.
An active ray curable ink composition comprising: a photoreaction initiator generating both a base and a radical through irradiation of active rays, and a compound having both a functional group reactive with the base and a functional group reactive with the radical. a photoreaction initiator generating both a base and a radical through irradiation of active rays, and a compound having both a functional group reactive with the base and a functional group reactive with the radical.
A system, comprising: a scanner; and a console that is configured to control the scanner based on a scan protocol, wherein the console is configured to dynamically vary a data acquisition sampling rate of the scanner during a contrast agent enhanced perfusion scan of a tissue of interest based on a level of the contrast agent in image data generated during the scan; a data evaluator that is configured to determine whether the level of contrast in the image data indicates substantially no contrast agent, contrast agent uptake or contrast agent wash out; wherein the console is configured to control the scanner to acquire data at a first data acquisition sampling rate in response to the data evaluator determining that the level of contrast agent in the image data indicates no contrast agent, and wherein the console is configured to control the scanner to acquire data at a second data acquisition sampling rate in response to the data evaluator determining that the level of contrast agent in the image data indicates contrast agent uptake, and the second data acquisition sampling rate is greater than the first data acquisition sampling rate, characterised in that the scanner is a computed tomography scanner, the first data acquisition sampling rate is variable and the console is configured to increase the first data acquisition sampling rate over time until the contrast agent uptake has been determined by the data evaluator. a scanner; and a console that is configured to control the scanner based on a scan protocol, wherein the console is configured to dynamically vary a data acquisition sampling rate of the scanner during a contrast agent enhanced perfusion scan of a tissue of interest based on a level of the contrast agent in image data generated during the scan; a data evaluator that is configured to determine whether the level of contrast in the image data indicates substantially no contrast agent, contrast agent uptake or contrast agent wash out; wherein the console is configured to control the scanner to acquire data at a first data acquisition sampling rate in response to the data evaluator determining that the level of contrast agent in the image data indicates no contrast agent, and wherein the console is configured to control the scanner to acquire data at a second data acquisition sampling rate in response to the data evaluator determining that the level of contrast agent in the image data indicates contrast agent uptake, and the second data acquisition sampling rate is greater than the first data acquisition sampling rate, characterised in that the scanner is a computed tomography scanner, the first data acquisition sampling rate is variable and the console is configured to increase the first data acquisition sampling rate over time until the contrast agent uptake has been determined by the data evaluator.
A method for a user equipment comprising: operating in a connected state prior to a first time; receiving, from a base station at the first time, a first request message comprising instructions to transition from the connected state to an inactive state; determining a power status of the user equipment at the first time; determining whether the power status supports the inactive state at the first time; and either, (i) responsive to determining that the power status supports the inactive state: transitioning from the connected state to the inactive state, or (ii) responsive to determining that the power status does not support the inactive state: transmitting a response message to the base station to cause the base station to transmit a second request message comprising other instructions to transition to an idle state; and responsive to receiving the second request message, transitioning from the connected state to the idle state. operating in a connected state prior to a first time; receiving, from a base station at the first time, a first request message comprising instructions to transition from the connected state to an inactive state; determining a power status of the user equipment at the first time; determining whether the power status supports the inactive state at the first time; and either, (i) responsive to determining that the power status supports the inactive state: transitioning from the connected state to the inactive state, or (ii) responsive to determining that the power status does not support the inactive state: transmitting a response message to the base station to cause the base station to transmit a second request message comprising other instructions to transition to an idle state; and responsive to receiving the second request message, transitioning from the connected state to the idle state. (i) responsive to determining that the power status supports the inactive state: transitioning from the connected state to the inactive state, or (ii) responsive to determining that the power status does not support the inactive state: transmitting a response message to the base station to cause the base station to transmit a second request message comprising other instructions to transition to an idle state; and responsive to receiving the second request message, transitioning from the connected state to the idle state. transmitting a response message to the base station to cause the base station to transmit a second request message comprising other instructions to transition to an idle state; and responsive to receiving the second request message, transitioning from the connected state to the idle state.
A method for detecting objects by means of image processing in images of a vehicle environment captured by means of at least one vehicle camera, in which method - an object and the position thereof are detected by means of an object-detection device, - depending on the object detected and the position thereof first of all a search area is determined in the captured images, and - the object detection is effected by means of image processing within the search area in the detected images, characterized in that - during the detection of the object and the position thereof object distance information is captured by means of the object-detection device, a) the at least one object-detection device is a transponder-based object-detection device, b) by means of which an object distance is established, c) the search area is determined depending on the transponder-based object distance information, wherein d) depending on the transponder-based object distance information an enlarged search area is first determined, and e) the search area is reduced, in particular the horizontal extent thereof is limited, f) in that object angle information is acquired from the object detection by means of image processing within the search area in the captured images and, depending on said object angle information, the search area is adjusted. - an object and the position thereof are detected by means of an object-detection device, - depending on the object detected and the position thereof first of all a search area is determined in the captured images, and - the object detection is effected by means of image processing within the search area in the detected images, - during the detection of the object and the position thereof object distance information is captured by means of the object-detection device, a) the at least one object-detection device is a transponder-based object-detection device, b) by means of which an object distance is established, c) the search area is determined depending on the transponder-based object distance information, wherein d) depending on the transponder-based object distance information an enlarged search area is first determined, and e) the search area is reduced, in particular the horizontal extent thereof is limited, f) in that object angle information is acquired from the object detection by means of image processing within the search area in the captured images and, depending on said object angle information, the search area is adjusted. a) the at least one object-detection device is a transponder-based object-detection device, b) by means of which an object distance is established, c) the search area is determined depending on the transponder-based object distance information, wherein d) depending on the transponder-based object distance information an enlarged search area is first determined, and e) the search area is reduced, in particular the horizontal extent thereof is limited, f) in that object angle information is acquired from the object detection by means of image processing within the search area in the captured images and, depending on said object angle information, the search area is adjusted.
A method of ventilating an aluminium production electrolytic cell comprising: drawing gases from an interior area of an electrolytic cell hood, cooling at least a portion of said gases to form cool gases, and circulating at least a portion of said cool gases to the interior area through one or more distribution devices, wherein the at least one distribution device is used to circulate cooled gases to hot spots in the interior area, or wherein said at least one distribution device circulates cooled gases to the interior area creating a local suction at openings. drawing gases from an interior area of an electrolytic cell hood, cooling at least a portion of said gases to form cool gases, and circulating at least a portion of said cool gases to the interior area through one or more distribution devices, wherein the at least one distribution device is used to circulate cooled gases to hot spots in the interior area, or wherein said at least one distribution device circulates cooled gases to the interior area creating a local suction at openings.
A method of sensing a reduction in fuel screen area in a servovalve of a gas turbine engine fuel system, said fuel system comprising an electronic engine control, a metering valve, and a servovalve comprising at least one screen, characterised by the method comprising: detecting an engine shutdown; initiating an electronic engine control built in test; shifting the metering valve from a first position to a second position; determining a travel time of the metering valve; and sensing a reduction in fuel screen area based on the travel time of the metering valve. detecting an engine shutdown; initiating an electronic engine control built in test; shifting the metering valve from a first position to a second position; determining a travel time of the metering valve; and sensing a reduction in fuel screen area based on the travel time of the metering valve.