mhurhangee/patent-ind-claim-en huggingface dataset:
Nozzle device for application of at least a first medium to the surface of a flat product, particularly the surface of a metal strip , comprising: an elongate primary nozzle with a V-shaped primary slot , which preferably extends continuously over the entire length of the primary nozzle and which is in fluid-conducting connection with a pressure chamber in the interior of the nozzle device, for delivery onto the surface of a primary jet in the form of a curtain consisting at least of the first medium, wherein at least one feed line for supply of the pressure chamber with the first medium is present, characterised in that the feed line towards the pressure chamber is increasingly branched off into a plurality of feed lines distributed over the width (B) thereof; a plurality of blowing-away zones is formed over the width (B) of the elongate spray nozzle, wherein each of the blowing-away zones is represented by at least one, but typically a plurality, of the branched-off feed lines ('119), which open directly into the pressure chamber ; a moisture detection device is provided for generating a measurement signal which represents the distribution of the moisture over the width (B) of the flat body, particularly the metal strip; valves are provided in the branched-off feed lines ; and a control device is provided for individual control of the flow of the first medium into the individual blowing-away zones by controlling the valves as setting elements in accordance with measurement signal delivered by the moisture detection device. an elongate primary nozzle with a V-shaped primary slot , which preferably extends continuously over the entire length of the primary nozzle and which is in fluid-conducting connection with a pressure chamber in the interior of the nozzle device, for delivery onto the surface of a primary jet in the form of a curtain consisting at least of the first medium, wherein at least one feed line for supply of the pressure chamber with the first medium is present, characterised in that the feed line towards the pressure chamber is increasingly branched off into a plurality of feed lines distributed over the width (B) thereof; a plurality of blowing-away zones is formed over the width (B) of the elongate spray nozzle, wherein each of the blowing-away zones is represented by at least one, but typically a plurality, of the branched-off feed lines ('119), which open directly into the pressure chamber ; a moisture detection device is provided for generating a measurement signal which represents the distribution of the moisture over the width (B) of the flat body, particularly the metal strip; valves are provided in the branched-off feed lines ; and a control device is provided for individual control of the flow of the first medium into the individual blowing-away zones by controlling the valves as setting elements in accordance with measurement signal delivered by the moisture detection device.
A motion control system of a vehicle, comprising: a controller that independently controls driving force and/or braking force of each of four wheels; and a turning direction sensor that senses a turning direction, wherein: the controller is provided with an acceleration/deceleration command generator that generates an acceleration/deceleration command based upon a sensed steering angle and sensed vehicle speed and a driving force/braking force distributor that determines the distribution of the driving force or driving torque and/or the braking force or braking torque of each wheel; and the driving force/braking force distributor determines that it distributes more driving force or more driving torque and/or more braking force or more braking torque to the inside wheel in turning than the outside wheel in turning as to the front wheels and distributes more driving force or more driving torque and/or more braking force or more braking torque to the outside wheel in turning than the inside wheel in turning as to the rear wheels respectively based upon the acceleration/deceleration command and the turning direction. a controller that independently controls driving force and/or braking force of each of four wheels; and a turning direction sensor that senses a turning direction, wherein: the controller is provided with an acceleration/deceleration command generator that generates an acceleration/deceleration command based upon a sensed steering angle and sensed vehicle speed and a driving force/braking force distributor that determines the distribution of the driving force or driving torque and/or the braking force or braking torque of each wheel; and the driving force/braking force distributor determines that it distributes more driving force or more driving torque and/or more braking force or more braking torque to the inside wheel in turning than the outside wheel in turning as to the front wheels and distributes more driving force or more driving torque and/or more braking force or more braking torque to the outside wheel in turning than the inside wheel in turning as to the rear wheels respectively based upon the acceleration/deceleration command and the turning direction. the controller is provided with an acceleration/deceleration command generator that generates an acceleration/deceleration command based upon a sensed steering angle and sensed vehicle speed and a driving force/braking force distributor that determines the distribution of the driving force or driving torque and/or the braking force or braking torque of each wheel; and the driving force/braking force distributor determines that it distributes more driving force or more driving torque and/or more braking force or more braking torque to the inside wheel in turning than the outside wheel in turning as to the front wheels and distributes more driving force or more driving torque and/or more braking force or more braking torque to the outside wheel in turning than the inside wheel in turning as to the rear wheels respectively based upon the acceleration/deceleration command and the turning direction.
Module ensuring an acoustic attenuation of a flow of a first fluid and a heat exchange between the first fluid and a second fluid, the module comprising: - a first wall which is perforated, along which said first fluid flows, - a second wall , - a cellular structure delimiting cells which extend from the second wall to the first wall , and having a first end secured to the second wall and a second end, and - a heat exchanger in which the second fluid flows, the module being characterized in that the first wall has a cutout , in that the module comprises a recess provided in the cellular structure and delimited between a bottom and a top which are perforated, wherein the top closes off the cutout , wherein the bottom extends at a distance from the top , wherein, outside the recess , the second end of the cellular structure is secured to the first wall and wherein, at the recess , the second end of the cellular structure is secured to the bottom , and in that the heat exchanger is fixed inside the recess between the bottom and the top . - a first wall which is perforated, along which said first fluid flows, - a second wall , - a cellular structure delimiting cells which extend from the second wall to the first wall , and having a first end secured to the second wall and a second end, and - a heat exchanger in which the second fluid flows,
A power transmitting apparatus , which is adapted to transmit electric power in a wireless manner to a second coil of a power receiving apparatus , comprising a first coil disposed opposite to and at a distance from the second coil , said power transmitting apparatus further comprising: a first conversion circuit unit, preferentially being an inverter , configured to convert direct current voltage inputted to said power transmitting apparatus to alternating current voltage; a first capacitor unit electrically connected in series with the first coil ; a second capacitor unit electrically connected in parallel with a series resonance circuit provided with the first coil and the first capacitor unit ; and a control unit configured to reduce capacitance of the second capacitor unit , with decreasing absolute value of an output current value of the first conversion circuit unit at rise or fall of output voltage of the first conversion circuit unit such that the noise caused by the rise or fall of the output voltage of the first conversion circuit unit is suppressed even if the distance between the first coil and the second coil changes. a first conversion circuit unit, preferentially being an inverter , configured to convert direct current voltage inputted to said power transmitting apparatus to alternating current voltage; a first capacitor unit electrically connected in series with the first coil ; a second capacitor unit electrically connected in parallel with a series resonance circuit provided with the first coil and the first capacitor unit ; and a control unit configured to reduce capacitance of the second capacitor unit , with decreasing absolute value of an output current value of the first conversion circuit unit at rise or fall of output voltage of the first conversion circuit unit such that the noise caused by the rise or fall of the output voltage of the first conversion circuit unit is suppressed even if the distance between the first coil and the second coil changes.
A wire locking mechanism for a reinforcement bar, rebar, wire tying device , the locking mechanism comprising a holding member and a counter-holding member arranged to receive a free end of a wire and to engage respective sides of the wire to releasably hold the wire in a locking position, where a holding force (F1) exerted on the wire by the holding member is normal to a holding plane (A2), wherein the holding member is supported on a first end of an excentre arm , the excentre arm being rotatably supported on a first shaft to rotate (R1) about an excentre arm center of rotation , wherein the holding member is arranged distanced (D) along a first axis (A1) from the excentre arm center of rotation , the first axis (A1) forming an acute angle (A) with the holding plane (A2) when in the locking position, whereby the holding member comprises a first toothed wheel rotatably supported on a second shaft , characterized in that the holding member comprises a catch arrangement configured to engage the first toothed wheel in locking contact to lock the first toothed wheel when in the locking position.
A reception apparatus, comprising: a receiver configured to receive closed caption service data contained in service packets identified by a service number, the closed caption service data including closed caption data within a first service packet identified by a first service number belonging to a set of closed caption service numbers, and non-closed caption data within a second service packet identified by a second service number, the second service number belonging to the set of closed caption service numbers and being different from the first service number, the closed caption data including closed caption text, wherein the non-closed caption data defines a short trigger that includes a uniform resource identifier and identifies a location of a trigger parameters table, TPT, server, the TPT including metadata regarding a triggered declarative object, TDO, and at least one event associated with the TDO; a parser configured to parse the non-closed caption data within the second service packet; and a processor configured to perform a function based on the parsed non-closed caption data. a receiver configured to receive closed caption service data contained in service packets identified by a service number, the closed caption service data including closed caption data within a first service packet identified by a first service number belonging to a set of closed caption service numbers, and non-closed caption data within a second service packet identified by a second service number, the second service number belonging to the set of closed caption service numbers and being different from the first service number, the closed caption data including closed caption text, wherein the non-closed caption data defines a short trigger that includes a uniform resource identifier and identifies a location of a trigger parameters table, TPT, server, the TPT including metadata regarding a triggered declarative object, TDO, and at least one event associated with the TDO; a parser configured to parse the non-closed caption data within the second service packet; and a processor configured to perform a function based on the parsed non-closed caption data.
A gas turbine engine comprising: a conical hub for a fan of the gas turbine engine ; a plurality of attachment features located on an outer circumferential surface of the conical hub , wherein at least some of the plurality attachment features are axially aligned with each other and at least some of the plurality of attachment features are off set from each other, and wherein each of the plurality of attachment features have an opening configured to receive a portion of a pin ; a plurality of blades secured to the conical fan hub via the plurality of attachment features , wherein the opening of each of the plurality of attachment features is configured to receive the portion of the pin for securing the plurality of blades to the conical fan hub ; and wherein the outer circumferential surface of the conical hub undulates and increases in diameter with respect to an axis of the conical hub in a forward to aft direction of the conical hub . a conical hub for a fan of the gas turbine engine ; a plurality of attachment features located on an outer circumferential surface of the conical hub , wherein at least some of the plurality attachment features are axially aligned with each other and at least some of the plurality of attachment features are off set from each other, and wherein each of the plurality of attachment features have an opening configured to receive a portion of a pin ; a plurality of blades secured to the conical fan hub via the plurality of attachment features , wherein the opening of each of the plurality of attachment features is configured to receive the portion of the pin for securing the plurality of blades to the conical fan hub ; and wherein the outer circumferential surface of the conical hub undulates and increases in diameter with respect to an axis of the conical hub in a forward to aft direction of the conical hub .
A method for supporting reconciliation between a controller in a multi-controller cluster and a switch of a software-defined network, SDN , wherein the controller is communicatively coupled to the switch , the method comprising: - sending , by the switch to the controller , a first connection message for requesting a connection; - performing, by the switch , a first flow action with respect to a first flow of a plurality of flows; - sending , by the switch to the controller , a flow event message, wherein the flow event message comprises a flow event data object and a unique tag associated with the event for tracking deltas of the flows as seen by the controller ; - storing, by the switch in a tag-event, TE, database maintained by the switch , the flow event data object along with the tag; - processing , by the controller , the flow event message and storing in a TE database maintained by the controller , the flow event data object and the tag contained in the flow event message; - sending , by the switch to the controller , a second connection message to reconnect with the controller after a disconnection between the switch and the controller ; - sending, by the controller to the switch , a last-processed tag, wherein the last-processed tag is a last tag received from the switch that the controller has processed; and - sending , by the switch to the controller , all the flow event data stored in the switch that occurred after the last-processed tag. - sending , by the switch to the controller , a first connection message for requesting a connection; - performing, by the switch , a first flow action with respect to a first flow of a plurality of flows; - sending , by the switch to the controller , a flow event message, wherein the flow event message comprises a flow event data object and a unique tag associated with the event for tracking deltas of the flows as seen by the controller ; - storing, by the switch in a tag-event, TE, database maintained by the switch , the flow event data object along with the tag; - processing , by the controller , the flow event message and storing in a TE database maintained by the controller , the flow event data object and the tag contained in the flow event message; - sending , by the switch to the controller , a second connection message to reconnect with the controller after a disconnection between the switch and the controller ; - sending, by the controller to the switch , a last-processed tag, wherein the last-processed tag is a last tag received from the switch that the controller has processed; and - sending , by the switch to the controller , all the flow event data stored in the switch that occurred after the last-processed tag.
A method performed by a machine type communication, MTC, device for establishing a connection with a base station in a wireless communication system comprising MTC devices and legacy user equipments which, upon synchronizing with the base station, send a random access channel, RACH, message, over a RACH channel for establishing a connection with the base station, the method comprising: upon receiving a broadcast message from the base station on a machine-to-machine, M2M, broadcast control channel, wherein the broadcast message includes header information and at least one M2M-random access channel, mRACH, parameter different from RACH parameters associated with the legacy user equipments, identifying whether a traffic flow indicator, TFI, and a universal standard flag, USF, included in the header information is matched with a TFI and a USF associated with the MTC device; transmitting , to the base station, an mRACH message requesting an uplink connection based on the at least one mRACH parameter if the match is identified; and receiving a resource assignment message indicating a successful connection establishment with the base station, in response to the mRACH message. upon receiving a broadcast message from the base station on a machine-to-machine, M2M, broadcast control channel, wherein the broadcast message includes header information and at least one M2M-random access channel, mRACH, parameter different from RACH parameters associated with the legacy user equipments, identifying whether a traffic flow indicator, TFI, and a universal standard flag, USF, included in the header information is matched with a TFI and a USF associated with the MTC device; transmitting , to the base station, an mRACH message requesting an uplink connection based on the at least one mRACH parameter if the match is identified; and receiving a resource assignment message indicating a successful connection establishment with the base station, in response to the mRACH message.
A container for the treatment and/or storage of goods sold in bulk, including a fluid injection and/or extraction valve , wherein said fluid injection and/or extraction valve includes a fluid inlet and/or outlet duct provided with a flowrate regulator element and a valve seating for said fluid inlet and/or outlet duct , characterized in that it comprises; - at least one internal bag made of flexible material and a protective wrapping for said internal bag , - wherein said valve seating comprises a surface adapted for being attached to a portion of the internal bag made of flexible material, wherein a portion of said internal bag made of flexible material being affixed to the valve seating of the inlet duct of said valve , - wherein said fluid injection and/or extraction valve further comprises a valve cover for covering the valve seating , said valve cover being provided with an access hole for accessing said fluid inlet and/or outlet duct and said valve cover including securing means for securing the protective wrapping of the internal bag on said valve seating , - wherein a portion of the protective wrapping for said internal bag being clamped between the valve seating and the valve cover protecting said valve seating . - at least one internal bag made of flexible material and a protective wrapping for said internal bag , - wherein said valve seating comprises a surface adapted for being attached to a portion of the internal bag made of flexible material, wherein a portion of said internal bag made of flexible material being affixed to the valve seating of the inlet duct of said valve , - wherein said fluid injection and/or extraction valve further comprises a valve cover for covering the valve seating , said valve cover being provided with an access hole for accessing said fluid inlet and/or outlet duct and said valve cover including securing means for securing the protective wrapping of the internal bag on said valve seating , - wherein a portion of the protective wrapping for said internal bag being clamped between the valve seating and the valve cover protecting said valve seating .
Method for retrofitting a transformer incorporated in a power distribution system and having a core comprising at least one limb with a winding arrangement and a yoke , wherein the core is disposed in a transformer tank which is filled with a coolant and insulating liquid, comprising the following steps: a. disconnecting the transformer from the power distribution system; b. draining off at least some of the coolant and insulating liquid; c. opening the transformer tank so that sections of the yoke are accessible; d. mounting a compensation winding arrangement on at least one section of the yoke to compensate a unidirectional flux component flowing in a limb of the transformer; e. establishing an electrical connection between the compensation winding arrangement and at least one current control device (120, 120', 120", 120"') disposed outside the transformer tank; f. closing the transformer tank; g. topping up the transformer tank with the quantity of coolant and insulating fluid drained off in step b. h. Connecting the transformer to the power distribution system, wherein the compensation winding arrangement is disposed on a section of the upper yoke and is formed from at least one open conductor loop which is wound at least partly around the section of the yoke forming an upper yoke, wherein the compensation winding arrangement has at least two cited conductor loops , wherein each conductor loop has two wire sections extending in the longitudinal direction of the yoke and oriented toward one another, wherein a first corresponding wire pair of these wire sections is interconnected and a second corresponding wire pair of these wire sections is run to terminal contacts (K1, K2) which are electrically connected to the assigned current control device. a. disconnecting the transformer from the power distribution system; b. draining off at least some of the coolant and insulating liquid; c. opening the transformer tank so that sections of the yoke are accessible; d. mounting a compensation winding arrangement on at least one section of the yoke to compensate a unidirectional flux component flowing in a limb of the transformer; e. establishing an electrical connection between the compensation winding arrangement and at least one current control device (120, 120', 120", 120"') disposed outside the transformer tank; f. closing the transformer tank; g. topping up the transformer tank with the quantity of coolant and insulating fluid drained off in step b. h. Connecting the transformer to the power distribution system,
Non-therapeutic use of at least one of Bacillus hisashii NITE BP-863 as an active ingredient for imparting type II muscle fibers with type IIa-like slow muscle characteristics by shifting the troponin T isoform from fTnT1 type to fTnT3 type in muscle fibers of an administered individual by oral administration to a human or animal individual.