mhurhangee/ep-ind-claims huggingface dataset:
A controlled release fertilizer composition comprising a particulate plant nutrient coated with a coating comprising an isocyanate and a modified polyol, wherein the modified polyol comprises castor oil cross-linked with sulfur.
A gas turbine having a compressor for compressing air, a combustor for taking in compressed air discharged from the compressor, mixing it with fuel, and burning them, and a turbine driven by combustion gas generated in the combustor, comprising: inlet guide vanes installed at a stage near an inlet of the compressor for adjusting a compressor flow rate by changing an attaching angle thereof, a steam injection mechanism for injecting steam to the combustor, a steam adjustment valve for adjusting the steam injection rate, and a steam rate control mechanism for adjusting an opening of the steam adjustment valve, a steam monitoring mechanism for monitoring the steam rate injected to the combustor, an air temperature monitoring mechanism for monitoring an atmospheric temperature, and a control unit for determining whether a restriction value of the steam injection rate using a temperature, an opening of the inlet guide vanes, and the steam injection rate as indexes is satisfied, and controlling at least one of a temperature of air flowing into the compressor, the steam injection rate, and the inlet guide vane opening, wherein the control unit uses atmospheric temperature, the steam injection rate, and a target output as input values, calculates an appropriate opening of the inlet guide vanes based on the input values, determines whether the calculated opening of the inlet guide vanes satisfies a preset restriction value of the inlet guide vanes with the restriction value of the inlet guide vanes which is preset in advance in order that an operation condition may reduce the restriction valueof the inlet guide vanes, and controls the inlet guide vane opening. inlet guide vanes installed at a stage near an inlet of the compressor for adjusting a compressor flow rate by changing an attaching angle thereof, a steam injection mechanism for injecting steam to the combustor, a steam adjustment valve for adjusting the steam injection rate, and a steam rate control mechanism for adjusting an opening of the steam adjustment valve, a steam monitoring mechanism for monitoring the steam rate injected to the combustor, an air temperature monitoring mechanism for monitoring an atmospheric temperature, and a control unit for determining whether a restriction value of the steam injection rate using a temperature, an opening of the inlet guide vanes, and the steam injection rate as indexes is satisfied, and controlling at least one of a temperature of air flowing into the compressor, the steam injection rate, and the inlet guide vane opening, wherein the control unit uses atmospheric temperature, the steam injection rate, and a target output as input values, calculates an appropriate opening of the inlet guide vanes based on the input values, determines whether the calculated opening of the inlet guide vanes satisfies a preset restriction value of the inlet guide vanes with the restriction value of the inlet guide vanes which is preset in advance in order that an operation condition may reduce the restriction valueof the inlet guide vanes, and controls the inlet guide vane opening.
A production method of an internally ribbed steel tube, in which a plug having a plurality of stripes of spiral grooves provided on the outer peripheral surface thereof is inserted into a blank tube which is subjected to a chemical treatment, and cold drawing is performed to form a plurality of stripes of spiral ribs along a tube axis direction, characterized in that the method comprises: drawing said blank tube with the plug preheated to a temperature of 50 to 200°C, whereby the spiral ribs are formed on the internal surface of said blank tube. drawing said blank tube with the plug preheated to a temperature of 50 to 200°C, whereby the spiral ribs are formed on the internal surface of said blank tube.
Railway vehicle comprising at least one body, wherein the vehicle is intended to run on a railway track, and wherein the vehicle comprises an emergency braking device, wherein the device comprises: - at least one brake module, wherein each module comprises a contact element that is intended to be in contact with the ground at the moment of braking, wherein the contact element may be moved between a retracted position in which the contact element is not in contact with the ground, and a deployed position in which the contact element is in contact with the ground and is able to slow down the railway vehicle by applying a pressure force to the ground, and - at least one control unit that is capable of communicating commands to the brake module, wherein the control unit is designed to communicate to the brake module the command to deploy the contact element of the brake module to its deployed position, when at least one portion of the vehicle leaves the track on which the vehicle is traveling. - at least one brake module, wherein each module comprises a contact element that is intended to be in contact with the ground at the moment of braking, wherein the contact element may be moved between a retracted position in which the contact element is not in contact with the ground, and a deployed position in which the contact element is in contact with the ground and is able to slow down the railway vehicle by applying a pressure force to the ground, and - at least one control unit that is capable of communicating commands to the brake module,
A method of participating in a given group communication session at a user equipment, UE, comprising: exchanging media (640, 645) between the UE and at least one other UE participating in the given group communication session; monitoring, during the given group communication session, one or more sensors of the UE in order to detect whether the user of the UE has made at least one of a plurality of pre-defined gestures wherein each gesture is mapped to a gesture-based command to be executed in association with the given group communication session; detecting, based on the monitoring step, that the user of the UE has made a given pre-defined gesture, wherein the given pre-defined gesture is mapped to a given gesture-based command associated with transitioning a floor-holder status of the UE; and executing the given gesture-based command by transmitting, to an application server that is arbitrating the given group communication session between the UE and the at least one other UE, a request to facilitate a transition of the floor-holder status of the UE; characterised in that the given pre-defined gesture does not require interaction with a dedicated or virtual PTT button or screen menu on the UE, wherein the pre-defined gesture includes (a) the user flicking his/her wrist while holding the UE, (b) the user walking or jogging with the UE, (c) the user picking up the UE from a surface or storage location, (d) the user placing the UE onto a surface or into a storage location, or (e) the user shaking the UE. exchanging media (640, 645) between the UE and at least one other UE participating in the given group communication session; monitoring, during the given group communication session, one or more sensors of the UE in order to detect whether the user of the UE has made at least one of a plurality of pre-defined gestures wherein each gesture is mapped to a gesture-based command to be executed in association with the given group communication session; detecting, based on the monitoring step, that the user of the UE has made a given pre-defined gesture, wherein the given pre-defined gesture is mapped to a given gesture-based command associated with transitioning a floor-holder status of the UE; and executing the given gesture-based command by transmitting, to an application server that is arbitrating the given group communication session between the UE and the at least one other UE, a request to facilitate a transition of the floor-holder status of the UE; characterised in that the given pre-defined gesture does not require interaction with a dedicated or virtual PTT button or screen menu on the UE, wherein the pre-defined gesture includes (a) the user flicking his/her wrist while holding the UE, (b) the user walking or jogging with the UE, (c) the user picking up the UE from a surface or storage location, (d) the user placing the UE onto a surface or into a storage location, or (e) the user shaking the UE.
A consumable cartridge for a liquid-cooled plasma arc torch, the consumable cartridge comprising: a cartridge frame including a proximal end having an end surface, a distal end and a body having a central longitudinal axis extending therethrough, the cartridge configured to form a radio-frequency identification (RFID) communication interface with a torch head, wherein the body is constructed from an insulator material and comprises at least one channel (962,968,978,982) for conducting a liquid coolant therethrough; an arc emitter and an arc constrictor affixed to the cartridge frame at the distal end; an RFID mounting feature formed on or in the cartridge frame adjacent to the end surface, the RFID mounting feature comprising a longitudinal axis being offset from the central longitudinal axis of the body; an RFID tag disposed in or on the RFID mounting feature for transmitting information about the cartridge to a reader device in the torch head when the cartridge is connected to the torch head to achieve the RFID communication interface with the torch head; and a clocking feature configured to rotationally align the RFID tag to the reader device in the torch head upon connection of the cartridge to the torch head, which also substantially aligns the at least one channel of the cartridge frame with a corresponding channel of the torch head to conduct the liquid coolant between the torch head and the cartridge. a cartridge frame including a proximal end having an end surface, a distal end and a body having a central longitudinal axis extending therethrough, the cartridge configured to form a radio-frequency identification (RFID) communication interface with a torch head, wherein the body is constructed from an insulator material and comprises at least one channel (962,968,978,982) for conducting a liquid coolant therethrough; an arc emitter and an arc constrictor affixed to the cartridge frame at the distal end; an RFID mounting feature formed on or in the cartridge frame adjacent to the end surface, the RFID mounting feature comprising a longitudinal axis being offset from the central longitudinal axis of the body; an RFID tag disposed in or on the RFID mounting feature for transmitting information about the cartridge to a reader device in the torch head when the cartridge is connected to the torch head to achieve the RFID communication interface with the torch head; and a clocking feature configured to rotationally align the RFID tag to the reader device in the torch head upon connection of the cartridge to the torch head, which also substantially aligns the at least one channel of the cartridge frame with a corresponding channel of the torch head to conduct the liquid coolant between the torch head and the cartridge.
A method of preparing a plurality of therapeutic nanoparticles, comprising: combining a therapeutic agent, a first polymer, and a halogenated carboxylic acid that is an aliphatic carboxylic acid with an organic solvent to form a first organic phase which is a solution, wherein the solids used to form the first organic phase comprise 1 to 50% weight of the first organic phase; combining the first organic phase with a first aqueous solution to form the plurality of therapeutic nanoparticles; and recovering the therapeutic nanoparticles by filtration. combining a therapeutic agent, a first polymer, and a halogenated carboxylic acid that is an aliphatic carboxylic acid with an organic solvent to form a first organic phase which is a solution, wherein the solids used to form the first organic phase comprise 1 to 50% weight of the first organic phase; combining the first organic phase with a first aqueous solution to form the plurality of therapeutic nanoparticles; and recovering the therapeutic nanoparticles by filtration.
A method that facilitates transmitting control information upon a reverse link in a wireless communication system, comprising: generating control information to be communicated upon a reverse link, with control information characteristics including at least one of a periodic reverse link control message and non-periodic reverse link control message; selecting a physical control channel type for transmitting the control information as a function of the control information characteristics, wherein the control channel type selected includes at least one OFDMA control channel dedicated to a particular mobile device sending the control information when the control channel message characteristic is a periodic reverse link control message; and sending the control information over the selected type of physical control channel with the particular mobile device at a transmission rate based on at least one predetermined minimum average rate when the control channel type selected includes at least one OFDMA control channel, wherein the transmission rate of the at least one OFDMA control channel is further controlled via the at least one predetermined minimum average rate. generating control information to be communicated upon a reverse link, with control information characteristics including at least one of a periodic reverse link control message and non-periodic reverse link control message; selecting a physical control channel type for transmitting the control information as a function of the control information characteristics, wherein the control channel type selected includes at least one OFDMA control channel dedicated to a particular mobile device sending the control information when the control channel message characteristic is a periodic reverse link control message; and sending the control information over the selected type of physical control channel with the particular mobile device at a transmission rate based on at least one predetermined minimum average rate when the control channel type selected includes at least one OFDMA control channel, wherein the transmission rate of the at least one OFDMA control channel is further controlled via the at least one predetermined minimum average rate.
A position detection apparatus, comprising: a calculation unit configured to calculate a plurality of values for a parameter defining a two-dimensional or three-dimensional shape using one or more combinations of selection points selected from a plurality of detection points associated with the shape; said apparatus being characterized in that it further comprises: an extraction unit configured to extract, from the plurality of values calculated by the calculation unit, one or more calculated values whose relevance to a provisional parameter falls within a predetermined range, the provisional parameter being a value or a range of values estimated for the parameter defining the shape with a method different from a calculation method with which the calculation unit calculates the values; and a determination unit configured to determine, from the one or more calculated values extracted by the extraction unit, a value with the highest evaluation performed using the plurality of detection points as an estimated value for the parameter defining the shape. a calculation unit configured to calculate a plurality of values for a parameter defining a two-dimensional or three-dimensional shape using one or more combinations of selection points selected from a plurality of detection points associated with the shape; said apparatus being characterized in that it further comprises: an extraction unit configured to extract, from the plurality of values calculated by the calculation unit, one or more calculated values whose relevance to a provisional parameter falls within a predetermined range, the provisional parameter being a value or a range of values estimated for the parameter defining the shape with a method different from a calculation method with which the calculation unit calculates the values; and a determination unit configured to determine, from the one or more calculated values extracted by the extraction unit, a value with the highest evaluation performed using the plurality of detection points as an estimated value for the parameter defining the shape. an extraction unit configured to extract, from the plurality of values calculated by the calculation unit, one or more calculated values whose relevance to a provisional parameter falls within a predetermined range, the provisional parameter being a value or a range of values estimated for the parameter defining the shape with a method different from a calculation method with which the calculation unit calculates the values; and a determination unit configured to determine, from the one or more calculated values extracted by the extraction unit, a value with the highest evaluation performed using the plurality of detection points as an estimated value for the parameter defining the shape.
A pneumatic tire with a noise damper comprising: a pneumatic tire; and a noise damper made of porous resin foam and arranged on a tread inner surface of the pneumatic tire; wherein the noise damper is formed by a single annular body extending continuously in a tire circumferential direction, and a maximum height of the noise damper from the tread inner surface is in a range of from 12 to 30 mm, wherein the noise damper has a core density δ1 in a range of from 35 to 65 kg/m3 and an overall density δ0 in a range of from 50 to 105 kg/m3, and wherein a ratio δ1/δ0 of the core density 61 and the overall density δ0 is in a range of from 0.4 to 0.8. a pneumatic tire; and a noise damper made of porous resin foam and arranged on a tread inner surface of the pneumatic tire; the noise damper is formed by a single annular body extending continuously in a tire circumferential direction, and a maximum height of the noise damper from the tread inner surface is in a range of from 12 to 30 mm, wherein the noise damper has a core density δ1 in a range of from 35 to 65 kg/m3 and an overall density δ0 in a range of from 50 to 105 kg/m3, and wherein a ratio δ1/δ0 of the core density 61 and the overall density δ0 is in a range of from 0.4 to 0.8.
A method of handling a universal plug and play, UPnP, control request in a UPnP control point, CP, the method comprising: determining that a control request cannot be handled; storing the unhandled UPnP control request, that is not handled, in the UPnP CP; receiving a message from a UPnP control device, UPnP CD, that the UPnP CD has joined a network; receiving capability information of the UPnP CD from the UPnP CD; determining whether the UPnP CD can perform the unhandled UPnP control request based on the capability information; and transmitting the unhandled UPnP control request to the UPnP CD which is able to perform the unhandled UPnP control request. determining that a control request cannot be handled; storing the unhandled UPnP control request, that is not handled, in the UPnP CP; receiving a message from a UPnP control device, UPnP CD, that the UPnP CD has joined a network; receiving capability information of the UPnP CD from the UPnP CD; determining whether the UPnP CD can perform the unhandled UPnP control request based on the capability information; and transmitting the unhandled UPnP control request to the UPnP CD which is able to perform the unhandled UPnP control request.
A method for producing chaff, characterized in that adhesive laminate waste comprising adhesive material, glue and release material is arranged into chaff in multiple crushing steps, and the adhesive properties of the glue are neutralized by maintaining the temperature sufficiently low during crushing so that the temperature of the formed chaff is below 60°C at the outlet of each step.
A service function chain, SFC,-based communication method, wherein the SFC comprises a control node, a service function forwarder, SFF, node, and a service function, SF, node, the SFF node is connected to the SF node, and the method comprises: receiving, by the control node, a first message from the SFF node, wherein the first message comprises identification information and attribute information of the SFF node, and identification information and attribute information of the SF node, the attribute information of the SF node is for indicating a specific service function that can be implemented by the SF node; obtaining, by the control node, the identification information of the SFF node, the identification information and the attribute information of the SF node, and information indicating a connection relationship between the SFF node and the SF node; determining, by the control node, SFC forwarding entry based on the identification information of the SFF node, the identification information and the attribute information of the SF node, and the information indicating a connection relationship between the SFF node and the SF node; and sending, by the control node to the SFF node, a second message, wherein the second message comprises the SFC forwarding entry. receiving, by the control node, a first message from the SFF node, wherein the first message comprises identification information and attribute information of the SFF node, and identification information and attribute information of the SF node, the attribute information of the SF node is for indicating a specific service function that can be implemented by the SF node; obtaining, by the control node, the identification information of the SFF node, the identification information and the attribute information of the SF node, and information indicating a connection relationship between the SFF node and the SF node; determining, by the control node, SFC forwarding entry based on the identification information of the SFF node, the identification information and the attribute information of the SF node, and the information indicating a connection relationship between the SFF node and the SF node; and sending, by the control node to the SFF node, a second message, wherein the second message comprises the SFC forwarding entry.
Device for forming a wall connection for a wing (2, 4) of a sliding door or a sliding window, having a rail assembly associated with the wing flank which extends transversely to the sliding direction and is attachable on the wall side, said rail assembly comprising an insertion groove which is continuous over its height for the associated wing (2,4), said wing containing a plate received on a lower carriage, wherein the inside width of the insertion groove, in its upper region associated with the plate, is adapted to the thickness of the plate and in its lower region associated with the carriage to the greater thickness of the carriage, characterized in that the rail assembly forming the wall connection is divided over its height into two mutually attachable sections (10a, 10b), of which the lower section is associated with the carriage and contains the region of the insertion groove associated with the carriage, and of which the upper section is associated with the plate and contains the region of the insertion groove associated with the plate.