mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a mixing chamber for a reformer, wherein a fuel is evaporated and mixed with an oxidizing agent, having the steps - a liquid, cold fuel is introduced into a first zone of the mixing chamber and atomized through a single-substance nozzle, - water vapour is also introduced into the first zone of the mixing chamber through a second nozzle tangentially to the atomized fuel flow, - upon contact of the liquid, cold atomized fuel with the water vapour, a vaporisation of the fuel will occur, - an oxidizing agent is supplied to the evaporated fuel and evenly mixed with it downstream of the introduced fuel and the water vapour at the border of a second zone of the mixing chamber. - a liquid, cold fuel is introduced into a first zone of the mixing chamber and atomized through a single-substance nozzle, - water vapour is also introduced into the first zone of the mixing chamber through a second nozzle tangentially to the atomized fuel flow, - upon contact of the liquid, cold atomized fuel with the water vapour, a vaporisation of the fuel will occur, - an oxidizing agent is supplied to the evaporated fuel and evenly mixed with it downstream of the introduced fuel and the water vapour at the border of a second zone of the mixing chamber.
A hydraulic system for a transmission , comprising: a controller ; a variable displacement pump having an inlet and an outlet, the pump being adapted to be driven by a torque-generating mechanism to generate fluid flow and pressure throughout the system; a main fluid circuit fluidly coupled to the pump ; a main regulator valve disposed in the main fluid circuit , the main regulator valve being operably controllable between at least a regulated position and an unregulated position, where the regulated position corresponds to a regulation pressure in the fluid circuit ; a pressure switch disposed in electrical communication with the controller and fluidly coupled to the main regulator valve , the pressure switch configured to move between a first position and a second position for indicating fluid flow requirement throughout the system 200; and a solenoid disposed in electrical communication with the controller , the solenoid operably coupled to the pump for controlling a displacement of the pump ; characterised in that the controller operably determines a leakage adaptive factor as a function of the regulation pressure, a pump leakage factor , a hydraulic controls leakage factor , and a plurality of geometrical restrictions in the main fluid circuit ; and further, wherein the solenoid operably adjusts the displacement of the pump from a first displacement to a second displacement as a function of the leakage adaptive factor . a controller ; a variable displacement pump having an inlet and an outlet, the pump being adapted to be driven by a torque-generating mechanism to generate fluid flow and pressure throughout the system; a main fluid circuit fluidly coupled to the pump ; a main regulator valve disposed in the main fluid circuit , the main regulator valve being operably controllable between at least a regulated position and an unregulated position, where the regulated position corresponds to a regulation pressure in the fluid circuit ; a pressure switch disposed in electrical communication with the controller and fluidly coupled to the main regulator valve , the pressure switch configured to move between a first position and a second position for indicating fluid flow requirement throughout the system 200; and a solenoid disposed in electrical communication with the controller , the solenoid operably coupled to the pump for controlling a displacement of the pump ; characterised in that the controller operably determines a leakage adaptive factor as a function of the regulation pressure, a pump leakage factor , a hydraulic controls leakage factor , and a plurality of geometrical restrictions in the main fluid circuit ; and further, wherein the solenoid operably adjusts the displacement of the pump from a first displacement to a second displacement as a function of the leakage adaptive factor .
A storage assembly , comprising a rack , a tray and a loading device , wherein the loading device is configured to move the tray between a storage position on the rack and an access position, the loading device comprising two lifting arms that support a cradle , wherein the tray is supported on the cradle when in the access position; wherein the loading device comprises a drawing arm that is configured to move the tray between the storage position and the access position, characterised in that the drawing arm is pivotally connected to the cradle at a first end and comprises an end roller at a second end, wherein the end roller cooperates with a channel in the tray , such that pivoting the drawing arm moves the end roller along the channel and thereby moves the tray between the storage position and the access position. wherein the loading device is configured to move the tray between a storage position on the rack and an access position, the loading device comprising two lifting arms that support a cradle , wherein the tray is supported on the cradle when in the access position; wherein the loading device comprises a drawing arm that is configured to move the tray between the storage position and the access position, characterised in that the drawing arm is pivotally connected to the cradle at a first end and comprises an end roller at a second end, wherein the end roller cooperates with a channel in the tray , such that pivoting the drawing arm moves the end roller along the channel and thereby moves the tray between the storage position and the access position.
An alignment layer comprising: a first main chain comprising a first substance and photocuring agents bonded to the first substance; and a second main chain disposed on a substrate and comprising a second substance and vertical alignment groups bonded to the second substance, wherein the photocuring agents are crosslinked to each other and aligned at a pretilt angle with respect to the substrate, the vertical alignment groups are aligned vertically to the substrate, and the first and second substances are different from each other, wherein the first substance comprises polyethylene having hydrophobicity and the second substance comprises polyimide having hydrophilicity, and wherein a crosslinker is bonded to the photocuring agents and polyimide, characterized in that the crosslinker includes a substance represented by the following formula: a first main chain comprising a first substance and photocuring agents bonded to the first substance; and a second main chain disposed on a substrate and comprising a second substance and vertical alignment groups bonded to the second substance, wherein the photocuring agents are crosslinked to each other and aligned at a pretilt angle with respect to the substrate, the vertical alignment groups are aligned vertically to the substrate, and the first and second substances are different from each other,
A method for the supply, staging, handling, and/or exchange of rolls with flat material and/or film material wound thereonto and serving as packaging material for the packaging of piece goods, bundles, or the like sets of articles, in which method at least approximately completely unwound and/or depleted rolls are removed from at least one installation position (EB1, EB2) of a packaging machine , and hereupon a new roll /new rolls with flat material and/or film material is/are in each instance mounted into the particular installation position (EB1, EB2), wherein new rolls are staged to the packaging machine in a defined feeding means, and in each instance one new roll is mounted into the particular installation position (EB1, EB2) by means of at least one gripping device and/or handling device after a used-up roll was previously removed from there, wherein the rotation-direction-conforming position of each roll to be newly mounted into the packaging machine is checked during the handling of the roll and is corrected if required, characterised in that for the change of a direction of rotation, the gripping device and/or handling device deposits the rolls concerned on an intermediate deposit serving as support for the roll , whereupon the gripping device and/or handling device picks up the roll again and delivers it to the packaging machine in order to mount it into the particular installation position (EB1, EB2).
A system comprising: a wind turbine generator tower ; a rigging mounted to an interior portion of the wind turbine generator tower, wherein the rigging is configured to be movable in a substantially vertical direction along the interior portion of the wind turbine generator tower; a drive mechanism mechanically connected to the rigging and mounted to an upper portion of the wind turbine generator tower, wherein the drive mechanism is operable to move the rigging in a substantially vertical direction; a lift mechanically connected to the rigging, wherein the movement of the drive mechanism is operable to actuate the lift to be raised or lowered in a substantially vertical direction along the interior portion of the wind turbine generator tower; a guide wire mounted to a lower portion of the wind turbine generator tower and mechanically connected to the lift; a tension system spring mechanically connected to the guide wire and mounted to the lower portion of the wind turbine generator tower, wherein the tension system spring is configured to maintain tension during movement of the lift or movement of the wind turbine generator tower; and a tension loss sensor connected to the guide wire, wherein the tension loss sensor is configured to detect by movement of the tension system spring. a wind turbine generator tower ; a rigging mounted to an interior portion of the wind turbine generator tower, wherein the rigging is configured to be movable in a substantially vertical direction along the interior portion of the wind turbine generator tower; a drive mechanism mechanically connected to the rigging and mounted to an upper portion of the wind turbine generator tower, wherein the drive mechanism is operable to move the rigging in a substantially vertical direction; a lift mechanically connected to the rigging, wherein the movement of the drive mechanism is operable to actuate the lift to be raised or lowered in a substantially vertical direction along the interior portion of the wind turbine generator tower; a guide wire mounted to a lower portion of the wind turbine generator tower and mechanically connected to the lift; a tension system spring mechanically connected to the guide wire and mounted to the lower portion of the wind turbine generator tower, wherein the tension system spring is configured to maintain tension during movement of the lift or movement of the wind turbine generator tower; and a tension loss sensor connected to the guide wire, wherein the tension loss sensor is configured to detect by movement of the tension system spring.
A locking pin assembly for a torque link assembly having a lower torque link having a first end configured to pivotably engage a landing gear and a second end having a first link portion and an upper torque link having a first end configured to pivotably engage the landing gear and a second end having a second link portion, the locking pin assembly comprising: a housing configured to be attached to one of the lower torque link and the upper torque link ; a locking pin member comprising a rod portion extending through the housing and a pin portion configured to be inserted into an aperture in the first link portion and through an aperture in the second link portion to hingedly connect the lower torque link with the upper torque link ; and a biasing element configured to bias the locking pin member towards the second link portion, wherein the locking pin member is slidable between an engaged position wherein the pin portion hingedly connects the lower torque link to the upper torque link , and a disengaged position wherein the pin portion does not connect the lower torque link to the upper torque link , characterized in that one of the housing and the locking pin member further comprises a continuous channel comprising a longitudinal portion and a circumferential portion , and the other of the housing and the locking pin member further comprises a guide pin that engages the channel such that the locking pin member is movable between the engaged position and the disengaged position when the guide pin is in the longitudinal portion of the channel and is retained in the disengaged position when the guide pin is in the circumferential portion of the channel. a housing configured to be attached to one of the lower torque link and the upper torque link ; a locking pin member comprising a rod portion extending through the housing and a pin portion configured to be inserted into an aperture in the first link portion and through an aperture in the second link portion to hingedly connect the lower torque link with the upper torque link ; and a biasing element configured to bias the locking pin member towards the second link portion, wherein the locking pin member is slidable between an engaged position wherein the pin portion hingedly connects the lower torque link to the upper torque link , and a disengaged position wherein the pin portion does not connect the lower torque link to the upper torque link , characterized in that one of the housing and the locking pin member further comprises a continuous channel comprising a longitudinal portion and a circumferential portion , and the other of the housing and the locking pin member further comprises a guide pin that engages the channel such that the locking pin member is movable between the engaged position and the disengaged position when the guide pin is in the longitudinal portion of the channel and is retained in the disengaged position when the guide pin is in the circumferential portion of the channel.
An illumination device , comprising: a light source that emits light having a predetermined wavelength range; a light incident port to which the light is incident from the light source ; a light emission port from which the light is emitted; and a light guide member that includes a light guide path extending from the light incident port to the light emission port , wherein the light enters the light guide member through the light incident port , the light guide member includes a plurality of side surfaces which extend to the light emission port , a wavelength conversion member to convert the light into light having a different wavelength range from the light emitted from the light source , a wavelength selector to permeate the light emitted from the light source and to reflect the converted light is provided at the light incident port , the light guide member has a gradually tapered shape as it goes from one end to the other end, characterised in that the wavelength conversion member is formed on at least a portion of an inner side of at least one of the plurality of side surfaces of the light guide member , the light incident port is provided on one of the side surfaces of the light guide member at a position closer to the one end of the light guide member than the other end of the light guide member and at the position facing the wavelength conversion member , and the light emission port is the other end of the light guide member . a light source that emits light having a predetermined wavelength range; a light incident port to which the light is incident from the light source ; a light emission port from which the light is emitted; and a light guide member that includes a light guide path extending from the light incident port to the light emission port , wherein the light enters the light guide member through the light incident port , the light guide member includes a plurality of side surfaces which extend to the light emission port , a wavelength conversion member to convert the light into light having a different wavelength range from the light emitted from the light source , a wavelength selector to permeate the light emitted from the light source and to reflect the converted light is provided at the light incident port , the light guide member has a gradually tapered shape as it goes from one end to the other end, characterised in that the wavelength conversion member is formed on at least a portion of an inner side of at least one of the plurality of side surfaces of the light guide member , the light incident port is provided on one of the side surfaces of the light guide member at a position closer to the one end of the light guide member than the other end of the light guide member and at the position facing the wavelength conversion member , and the light emission port is the other end of the light guide member .
An RFID tag IC , comprising: an NFC interface configured to initiate a power-up, when coupled with an HF field , and receive a read command from an RFID device ; a non-volatile memory , wherein the non-volatile memory is configured to store a counter value; and characterized in that the RFID tag IC further comprises a processing unit configured to set an increment flag that stores an indication of a successful increment of the counter value; attempt to increment the counter value when coupled with the HF field during startup or power-up, set the increment flag when the increment is successful, and thereby block a further increment of the counter value until reset of the increment flag, and reset the increment flag after fulfilling the read command . an NFC interface configured to initiate a power-up, when coupled with an HF field , and receive a read command from an RFID device ; initiate a power-up, when coupled with an HF field , and receive a read command from an RFID device ; a non-volatile memory , wherein the non-volatile memory is configured to store a counter value; and characterized in that the RFID tag IC further comprises a processing unit configured to set an increment flag that stores an indication of a successful increment of the counter value; attempt to increment the counter value when coupled with the HF field during startup or power-up, set the increment flag when the increment is successful, and thereby block a further increment of the counter value until reset of the increment flag, and reset the increment flag after fulfilling the read command . set an increment flag that stores an indication of a successful increment of the counter value; attempt to increment the counter value when coupled with the HF field during startup or power-up, set the increment flag when the increment is successful, and thereby block a further increment of the counter value until reset of the increment flag, and reset the increment flag after fulfilling the read command .
A patient lift system for connecting to a track, the system comprising: a trolley arranged to form a mechanical and electrical connection to the track; a lift unit chassis operable to form an electrical connection and a mechanical connection with the trolley, the chassis enclosing: a strap hub ; a hub gear attached to the strap hub; a plurality of gear shafts ; a plurality of gears ; and a plurality of motors , each motor of the plurality of motors arranged to drive a respective gear shaft among the plurality of gear shafts, each gear shaft of the plurality of gear shafts connected to a respective gear among the plurality of gears, the plurality of gears arranged such that the hub gear rotates responsive to rotation of the gear shafts by the motors; a strap extending external to the lift unit chassis, attached, at a first end, to the strap hub and attached, at a second end, to a connector ; and a carry bar connected to the connector; wherein the rotation of the hub gear acts to gather or release the strap, thereby raising or lowering the carry bar; wherein the trolley includes hook-shaped latches arranged to extend into the lift unit chassis when the connection between the lift unit chassis and the trolley is formed. a trolley arranged to form a mechanical and electrical connection to the track; a lift unit chassis operable to form an electrical connection and a mechanical connection with the trolley, the chassis enclosing: a strap hub ; a hub gear attached to the strap hub; a plurality of gear shafts ; a plurality of gears ; and a plurality of motors , each motor of the plurality of motors arranged to drive a respective gear shaft among the plurality of gear shafts, each gear shaft of the plurality of gear shafts connected to a respective gear among the plurality of gears, the plurality of gears arranged such that the hub gear rotates responsive to rotation of the gear shafts by the motors; a strap hub ; a hub gear attached to the strap hub; a plurality of gear shafts ; a plurality of gears ; and a plurality of motors , each motor of the plurality of motors arranged to drive a respective gear shaft among the plurality of gear shafts, each gear shaft of the plurality of gear shafts connected to a respective gear among the plurality of gears, the plurality of gears arranged such that the hub gear rotates responsive to rotation of the gear shafts by the motors; a strap extending external to the lift unit chassis, attached, at a first end, to the strap hub and attached, at a second end, to a connector ; and a carry bar connected to the connector; wherein the rotation of the hub gear acts to gather or release the strap, thereby raising or lowering the carry bar; wherein the trolley includes hook-shaped latches arranged to extend into the lift unit chassis when the connection between the lift unit chassis and the trolley is formed.
An inkjet printing apparatus comprising: an ink tank , an inkjet head , an ink supplying path which is configured to supply ink from the ink tank to the inkjet head , and a degassing module provided on the ink supplying path for removing gas dissolved in ink; a liquid feeding pump which is configured to feed ink and which is provided on the ink supplying path from the degassing module to the inkjet head ; a foreign substance removal filter which is provided on the ink supplying path from the degassing module to the liquid feeding pump ; characterized in that the inkjet printing apparatus further comprises: a flow passage member inside which the ink supplying path between the degassing module and the liquid feeding pump is formed, wherein the foreign substance removal filter is detachably attached on an outer surface of the flow passage member . an ink tank , an inkjet head , an ink supplying path which is configured to supply ink from the ink tank to the inkjet head , and a degassing module provided on the ink supplying path for removing gas dissolved in ink; a liquid feeding pump which is configured to feed ink and which is provided on the ink supplying path from the degassing module to the inkjet head ; a foreign substance removal filter which is provided on the ink supplying path from the degassing module to the liquid feeding pump ; characterized in that the inkjet printing apparatus further comprises: a flow passage member inside which the ink supplying path between the degassing module and the liquid feeding pump is formed, wherein the foreign substance removal filter is detachably attached on an outer surface of the flow passage member . a flow passage member inside which the ink supplying path between the degassing module and the liquid feeding pump is formed, wherein the foreign substance removal filter is detachably attached on an outer surface of the flow passage member .