mhurhangee/patent-ind-claim-en huggingface dataset:
A split gateway hub for a bent-leg communication system , wherein the gateway hub comprises: a modulator to modulate a bit stream into a signal to be transmitted to a remote terminal via a radio frequency, RF, signal; a Time Synchronization Application, TSA , geographically co-located with the modulator, to provide timing reference and synchronization to the remote terminal; a network access component to provide traffic for the bit stream; and an Inroute Group Manager, IGM to manage the traffic to and from the remote terminal, wherein the IGM is disposed geographically remote from either the TSA or from the network access component, wherein the bent-leg communication system uses a satellite or a High Altitude Platform, HAP for relaying the RF signal; and wherein the TSA is configured to use ranging to determine a propagation time TSR from the satellite or High Altitude Platform to the remote terminal , and is configured to provide the propagation time TSR to the IGM. a modulator to modulate a bit stream into a signal to be transmitted to a remote terminal via a radio frequency, RF, signal; a Time Synchronization Application, TSA , geographically co-located with the modulator, to provide timing reference and synchronization to the remote terminal; a network access component to provide traffic for the bit stream; and an Inroute Group Manager, IGM to manage the traffic to and from the remote terminal, wherein the IGM is disposed geographically remote from either the TSA or from the network access component, wherein the bent-leg communication system uses a satellite or a High Altitude Platform, HAP for relaying the RF signal; and wherein the TSA is configured to use ranging to determine a propagation time TSR from the satellite or High Altitude Platform to the remote terminal , and is configured to provide the propagation time TSR to the IGM.
A method of reducing the cooling time for disks of a brake of an aircraft wheel comprising a rim mounted to rotate on aircraft landing gear about an axis of rotation of the wheel and fitted with a heat screen extending, when viewing in a direction perpendicular to the axis of rotation, between an inner surface of the rim and the disks of the brake housed inside the rim, the method comprising making perforations (11, 12, 13; 15, 16, 17, 18) through the heat screen to allow air heated by the disks to pass through the heat screen towards the wheel, the perforations being provided with obstacles to block any radiation from passing directly from the disks towards the wheel.
An uplink timing adjustment method, comprising: when a Time Alignment Timer TAT corresponding to a first Timing Advance adjustment Group TAG fails, requesting (S501), by a terminal, a serving cell corresponding to a second TAG to coordinate uplink timing of a serving cell corresponding to the first TAG; receiving (S502), by the terminal, a Timing Advance Command TAC corresponding to the first TAG; and adjusting (S503), by the terminal, the uplink timing of the serving cell corresponding to the failed first TAG according to an uplink timing adjustment amount in the TAC corresponding to the first TAG, characterised by the uplink timing adjustment amount being an uplink timing adjustment amount of the serving cell corresponding to the first TAG. when a Time Alignment Timer TAT corresponding to a first Timing Advance adjustment Group TAG fails, requesting (S501), by a terminal, a serving cell corresponding to a second TAG to coordinate uplink timing of a serving cell corresponding to the first TAG; receiving (S502), by the terminal, a Timing Advance Command TAC corresponding to the first TAG; and adjusting (S503), by the terminal, the uplink timing of the serving cell corresponding to the failed first TAG according to an uplink timing adjustment amount in the TAC corresponding to the first TAG,
A harvester , comprising: a chassis ; an adjustable feeder housing carried by the chassis and defining a face angle (Fα) relative to a ground plane (GP); a header carried by the chassis , the header including: a header frame ; at least one harvesting element carried by the header frame ; and at least one divider pivotably carried by the header frame and defining a divider angle (Dα) relative to the ground plane (GP); characterised in that the harvester further comprises a mechanical linkage coupling the feeder housing to the at least one divider such that the divider angle (Dα) is adjustable independently of movement of the header frame . a chassis ; an adjustable feeder housing carried by the chassis and defining a face angle (Fα) relative to a ground plane (GP); a header carried by the chassis , the header including: a header frame ; at least one harvesting element carried by the header frame ; and at least one divider pivotably carried by the header frame and defining a divider angle (Dα) relative to the ground plane (GP); a header frame ; at least one harvesting element carried by the header frame ; and at least one divider pivotably carried by the header frame and defining a divider angle (Dα) relative to the ground plane (GP);
A tailings conveyance comprising a system for measuring an amount of tailings passing through the tailings conveyance , the tailings conveyance adapted to recycle tailings through a threshing and separating system or cleaning system of an agricultural harvester , the tailings conveyance further comprising a housing comprising an inlet , an outlet , a front plate , a back plate , a wall , at least one rotating element and at least one protrusion , the wall describing an arc proximate to the at least one protrusion over a segment of a circle described by the at least one protrusion as the rotating element rotates, the wall further continuing on a tangent away from the circle described by the at least one protrusion at a point of tangency , wherein the system for measuring an amount of tailings comprises: a sensor , positioned proximate to the point of tangency , for sensing whether a space between the front plate and the back plate directly adjacent to the sensor is obscured by tailings as the at least one rotating element rotates; and a controller connected to the sensor and configured to calculate at least one of an amount of time and a percentage of time said space between the front plate and the back plate directly adjacent to the sensor is obscured by tailings as the at least one rotating element rotates, characterized in that the at least one rotating element comprises at least one impeller and the at least one protrusion comprises at least one impeller paddle , further in that the controller is configured to calculate an angular velocity of the at least one impeller and at least one of, an amount of time or a percentage of time to deduct to account for the at least one impeller paddle ; a velocity of the tailings ; and a total volume of the tailings passing through the tailings conveyance . a sensor , positioned proximate to the point of tangency , for sensing whether a space between the front plate and the back plate directly adjacent to the sensor is obscured by tailings as the at least one rotating element rotates; and a controller connected to the sensor and configured to calculate at least one of an amount of time and a percentage of time said space between the front plate and the back plate directly adjacent to the sensor is obscured by tailings as the at least one rotating element rotates, characterized in that the at least one rotating element comprises at least one impeller and the at least one protrusion comprises at least one impeller paddle , further in that the controller is configured to calculate an angular velocity of the at least one impeller and at least one of, an amount of time or a percentage of time to deduct to account for the at least one impeller paddle ; a velocity of the tailings ; and a total volume of the tailings passing through the tailings conveyance .
Coating agent pump in the form of a displacement pump for conveying a coating agent, in particular a paint, an adhesive or a sealing agent, comprising a) a pump inlet for receiving the coating agent to be conveyed, and b) a pump outlet for delivering the coating agent conveyed by the coating agent pump , c) a pump chamber wherein the pump inlet and the pump outlet are connected to the pump chamber , d) an inlet valve between the pump inlet and the pump chamber , e) a cleaning opening in addition to the pump inlet and the pump outlet for cleaning the coating agent pump of the coating agent situated in the coating agent pump , wherein the cleaning opening is an ejection opening through which an ejection medium is fed into the coating agent pump in order to eject the coating agent situated in the coating agent pump out of the coating agent pump , characterised in that f) the ejection opening opens into the inlet valve in order to rinse out the inlet valve , as well. a) a pump inlet for receiving the coating agent to be conveyed, and b) a pump outlet for delivering the coating agent conveyed by the coating agent pump , c) a pump chamber wherein the pump inlet and the pump outlet are connected to the pump chamber , d) an inlet valve between the pump inlet and the pump chamber , e) a cleaning opening in addition to the pump inlet and the pump outlet for cleaning the coating agent pump of the coating agent situated in the coating agent pump , wherein the cleaning opening is an ejection opening through which an ejection medium is fed into the coating agent pump in order to eject the coating agent situated in the coating agent pump out of the coating agent pump , characterised in that f) the ejection opening opens into the inlet valve in order to rinse out the inlet valve , as well.
Use of a mobile control unit for controlling components of a wind turbine while the wind turbine is not connected to a power supply grid, in particular during the installation or dismantling of the wind turbine or during maintenance of the wind turbine and the wind turbine cannot take power from the power supply network for controlling the components of the wind turbine, wherein the components of the wind turbine represent a pitch motor , a yawn motor and a rotor brake , wherein the mobile control unit has a supply module having a main control unit and a first, second and third control module (220 - 240) each for controlling the pitch motor , the yawn motor and the rotor brake , wherein the first, second and third control module (220 - 240) is coupled with the supply module and receives voltage and control commands from the supply module , wherein the mobile control unit is removed when the wind turbine is connected to the power supply grid again or when the maintenance of the wind turbine has ended. wherein the components of the wind turbine represent a pitch motor , a yawn motor and a rotor brake , wherein the mobile control unit has a supply module having a main control unit and a first, second and third control module (220 - 240) each for controlling the pitch motor , the yawn motor and the rotor brake , wherein the first, second and third control module (220 - 240) is coupled with the supply module and receives voltage and control commands from the supply module , wherein the mobile control unit is removed when the wind turbine is connected to the power supply grid again or when the maintenance of the wind turbine has ended.
A method of embedding particles in a substrate, comprising: applying to at least a portion of a conducting polymer substrate a fluid comprising a population of particles of disproportionate aspect ratio and having at least one characteristic dimension in the range of from about 0.1 nm to about 1cm and having conductive properties and comprising carbon nanowires, nanorods, nanotubes, or any combination thereof, wherein the substrate is softened to at least a degree that a plurality of particles is at least partially embedded in the softened portion of the substrate; and hardening at least a portion of the substrate to securely embed the plurality of particles in the substrate, wherein the fluid comprises a solvent that softens the substrate, and applying the fluid comprises softening the substrate. applying to at least a portion of a conducting polymer substrate a fluid comprising a population of particles of disproportionate aspect ratio and having at least one characteristic dimension in the range of from about 0.1 nm to about 1cm and having conductive properties and comprising carbon nanowires, nanorods, nanotubes, or any combination thereof, wherein the substrate is softened to at least a degree that a plurality of particles is at least partially embedded in the softened portion of the substrate; and hardening at least a portion of the substrate to securely embed the plurality of particles in the substrate, wherein the fluid comprises a solvent that softens the substrate, and applying the fluid comprises softening the substrate.
A machine for compacting ceramic powder (CP); the machine comprises a compacting device , which is arranged in the area of a working station and is designed to compact the ceramic powder (CP) so as to obtain a layer of compacted ceramic powder (KP); a conveyor assembly to transport, in a substantially continuous manner, the ceramic powder (CP) along a first portion (PA) of a given path from an input station to the working station and the layer of compacted ceramic powder (KP) along a second portion (PB) of the given path from the working station to an output station ; and a feeding assembly , which is designed to feed the ceramic powder (CP) to the conveyor assembly in the area of the input station ; the machine further comprising a detection device arranged in the area of a detection station along the second portion (PB) of the given path and a control device to control the feeding assembly so as to vary, in time, the quantity of ceramic powder supplied by the conveyor assembly to the working station as a function of what is detected by the detection device , characterized in that the detection device is designed to detect the density of the layer of compacted ceramic powder (KP).
A surgical shaver assembly , comprising: an outer tube ; an inner tube having a longitudinal axis, a proximal end and a distal end rotatably received within a hollow passage of said outer tube , said inner tube including a distal portion and a window that extends through said distal portion ; wherein said inner tube is self-centering relative to said outer tube to establish a tight gap between said inner tube and said outer tube , whereby said tight gap induces a scissor effect when said inner tube rotates within said outer tube to sever tissue; whereby the inner tube is self-centering via an apex (AP) at a distal end of the inner tube received within a conical shaped distal portion of the outer tube ; and wherein, in a direction from the proximal end to the distal end of the inner tube , said distal portion of said inner tube includes a top surface and a bottom surface that include proximal sections , wherein the top and bottom surfaces converge toward the longitudinal axis, intermediate sections , wherein the top and bottom surfaces diverge away from the longitudinal axis, and distal sections , wherein the top and bottom surfaces converge toward the longitudinal axis, wherein the intermediate sections are between the proximal sections and the distal sections . an outer tube ; an inner tube having a longitudinal axis, a proximal end and a distal end rotatably received within a hollow passage of said outer tube , said inner tube including a distal portion and a window that extends through said distal portion ; wherein said inner tube is self-centering relative to said outer tube to establish a tight gap between said inner tube and said outer tube , whereby said tight gap induces a scissor effect when said inner tube rotates within said outer tube to sever tissue; whereby the inner tube is self-centering via an apex (AP) at a distal end of the inner tube received within a conical shaped distal portion of the outer tube ; and wherein, in a direction from the proximal end to the distal end of the inner tube , said distal portion of said inner tube includes a top surface and a bottom surface that include proximal sections , wherein the top and bottom surfaces converge toward the longitudinal axis, intermediate sections , wherein the top and bottom surfaces diverge away from the longitudinal axis, and distal sections , wherein the top and bottom surfaces converge toward the longitudinal axis, wherein the intermediate sections are between the proximal sections and the distal sections .
A vacuum circuit breaker comprising: a housing providing a vacuum chamber ; a vacuum interrupter having a movable first contact and a second contact , and an actuator coupled to the vacuum interrupter to move said first contact into and/or out of engagement with said second contact, said vacuum interrupter and said actuator being located in said vacuum chamber, wherein said vacuum chamber is partitioned into first and second sub-chambers by a partition , each of said first and second sub-chambers being in vacuum in use, and wherein said first and second contacts are located in said first sub-chamber and said actuator is located in said second sub-chamber, characterized in that said partition provides a non-hermetic seal between the first and second sub-chambers, and is configured to provide a Knudsen number of greater than 0.5 and to support Knudsen flow between said first and second sub chambers. a housing providing a vacuum chamber ; a vacuum interrupter having a movable first contact and a second contact , and an actuator coupled to the vacuum interrupter to move said first contact into and/or out of engagement with said second contact, said vacuum interrupter and said actuator being located in said vacuum chamber, wherein said vacuum chamber is partitioned into first and second sub-chambers by a partition , each of said first and second sub-chambers being in vacuum in use, and wherein said first and second contacts are located in said first sub-chamber and said actuator is located in said second sub-chamber,
A connector assembly for an air-based catheter, comprising: a connector body having a first end, a second end, and a lumen extending between and opening at said first end and said second end; said first end connected to a catheter and said second end being a connector to a receptacle in communication with an air management system; a hydrophobic cap member located at said second end of said connector body; characterized by said hydrophobic cap member having an aperture opening to said lumen of said connector body and that prevents liquid from entering said aperture by maintaining surface tension of said liquid; and a tubular hydrophilic filter member located within said lumen near said second end. a connector body having a first end, a second end, and a lumen extending between and opening at said first end and said second end; said first end connected to a catheter and said second end being a connector to a receptacle in communication with an air management system; a hydrophobic cap member located at said second end of said connector body; characterized by said hydrophobic cap member having an aperture opening to said lumen of said connector body and that prevents liquid from entering said aperture by maintaining surface tension of said liquid; and a tubular hydrophilic filter member located within said lumen near said second end.
An ophthalmic composition comprising a physiologically effective amount of an androgen which is testosterone and castor oil wherein said composition is suitable for topical administration to an eye.
Use of a permanent coating of surfaces where the coating consists of polymers having main chains and side chains, wherein the polymer main chains are hydrophobic and the side chains are hydrophilic and the polymer main chains have entered into chemical and/or chemical-coordinative and/or physical interaction with the surface to be coated and the side chains are disposed on the polymer main chain substantially in a direction away from the surface and at least do not enter into a permanent interaction with one another, wherein the hydrophobic polymer main chain forms the comb backside and the hydrophilic side chains form the comb prongs of a comb-like structure, for inhibiting and/or preventing icing of the coated surfaces down to ambient temperatures of -10°C.
Aclidinium or any of its stereoisomers or mixture of stereoisomers, or a pharmaceutically acceptable salt or solvate thereof, for use in increasing physical activity in daily life in a patient suffering from chronic obstructive pulmonary disease.
A receiving apparatus comprising: a communication unit configured to: receive, via one of a broadband communication network and a multichannel video programming distributor, reproduction contents; and further receive, via terrestrial broadcasting waves, signaling data storing therein viewing information-compatible data applicable to generation of viewing information, wherein the signaling data are not received via the one of the broadband communication network and the multichannel video programming distributor, wherein the signaling data store a contents ID recorded therein as an identifier of the reproduction contents , and wherein the signaling data is a Media Presentation Description, MPD, prescribed by the MPEG-DASH standards; and a data processor configured to: output the reproduction contents to an output unit ; acquire the contents ID from the signaling data; use the acquired contents ID as recording data of viewing information with respect to output contents of the output unit from the signaling data; generate viewing information using the acquired data; and send the generated viewing information to a service usage data server. receive, via one of a broadband communication network and a multichannel video programming distributor, reproduction contents; and further receive, via terrestrial broadcasting waves, signaling data storing therein viewing information-compatible data applicable to generation of viewing information, wherein the signaling data are not received via the one of the broadband communication network and the multichannel video programming distributor, wherein the signaling data store a contents ID recorded therein as an identifier of the reproduction contents , and wherein the signaling data is a Media Presentation Description, MPD, prescribed by the MPEG-DASH standards; and a data processor configured to: output the reproduction contents to an output unit ; acquire the contents ID from the signaling data; use the acquired contents ID as recording data of viewing information with respect to output contents of the output unit from the signaling data; generate viewing information using the acquired data; and send the generated viewing information to a service usage data server. output the reproduction contents to an output unit ; acquire the contents ID from the signaling data; use the acquired contents ID as recording data of viewing information with respect to output contents of the output unit from the signaling data; generate viewing information using the acquired data; and send the generated viewing information to a service usage data server.