mhurhangee/patent-ind-claim-en huggingface dataset:
A connecting structure for a lattice wind power generation tower, comprising a steel tube truss and a tower barrel , wherein the steel tube truss is connected to the tower barrel through a transition section ; said steel tube truss has a plurality of steel tube tower pillars , an upper end portion of each of the steel tube tower pillars is provided with a U-shaped groove , and a barrel wall of the transition section is inserted into the U-shaped grooves and fixedly connected with the steel tube tower pillars by butt welds , and the barrel of the transition section is provided with a semi-circular groove between every two steel tube tower pillars characterized in that a pore remains at a lower end portion of the U-shaped groove .
A drug delivery device comprising a unitary housing , a cartridge , a drive mechanism and a dose dial mechanism, wherein the unitary housing is generally cylindrical in shape and is divided into two compartments by a web , and wherein the cartridge is located and secured within a first compartment of the unitary housing , and wherein the drive mechanism and the dose dial mechanism are retained within a second compartment of the unitary housing , wherein the web is provided with a circular opening extending through the web , wherein the opening is a threaded opening engaging a piston rod , characterised in that the web dividing the unitary housing is a part of an insert located within the unitary housing .
Riser duct for connecting a glass melting vessel to a fining vessel , the riser duct comprising - a lower electrode section and an upper electrode section , - a flow duct connected to the lower electrode section for feeding a glass melt from the glass melting vessel into the riser duct , and - an outlet arranged in the upper electrode section for feeding the glass melt from the riser duct into the fining vessel , wherein - the lower electrode section and the upper electrode section are each provided with one or more heating circuits each comprising at least one pair of electrodes . - a lower electrode section and an upper electrode section , - a flow duct connected to the lower electrode section for feeding a glass melt from the glass melting vessel into the riser duct , and - an outlet arranged in the upper electrode section for feeding the glass melt from the riser duct into the fining vessel , wherein - the lower electrode section and the upper electrode section are each provided with one or more heating circuits each comprising at least one pair of electrodes .
An antenna apparatus, comprising an antenna array and an adjustable phase shifter , wherein the antenna array comprises a plurality of antenna elements in a plurality of rows and columns, and the antenna array is configured to generate a plurality of beams, wherein the plurality of beams generated by the antenna array are a first beam group or a second beam group, and in each row of antenna elements in the antenna array , two antenna elements that belong to a same radio frequency, RF, channel are spaced by M antenna elements; and M is used to determine a quantity of beams in the first beam group and a quantity of beams in the second beam group, and M is an integer greater than 1; and the adjustable phase shifter is connected to the antenna array , and when the adjustable phase shifter is at a first angle, the antenna array is configured to generate the first beam group; and when the adjustable phase shifter is at a second angle, the antenna array is configured to generate the second beam group. the antenna array comprises a plurality of antenna elements in a plurality of rows and columns, and the antenna array is configured to generate a plurality of beams, wherein the plurality of beams generated by the antenna array are a first beam group or a second beam group, and in each row of antenna elements in the antenna array , two antenna elements that belong to a same radio frequency, RF, channel are spaced by M antenna elements; and M is used to determine a quantity of beams in the first beam group and a quantity of beams in the second beam group, and M is an integer greater than 1; and the adjustable phase shifter is connected to the antenna array , and when the adjustable phase shifter is at a first angle, the antenna array is configured to generate the first beam group; and when the adjustable phase shifter is at a second angle, the antenna array is configured to generate the second beam group.
An apparatus for the continuous analyte monitoring of a user , comprising: a sensor control device having an analyte sensor that is insertable into the body of the user , the sensor control device comprising: analyte monitoring circuitry adapted to process data received from the analyte sensor; a processor communicatively coupled with the analyte monitoring circuitry; and an activation circuit comprising an optical activation sensor coupled with the processor, the activation circuit being adapted to, upon the sensing of optical light by the optical activation sensor, connect a power supply to the processor to supply power to the processor and allow the processor to initiate operation, wherein the sensor control device comprises the power supply and wherein the processor is configured to: perform an initiation routine upon being connected to the power supply; and cause the activation circuit to bypass the optical activation sensor to continue receipt of power from the power supply, and wherein the optical activation sensor is housed within the sensor control device adjacent to a transparent or semi-transparent window at a bottom surface of a housing of the sensor control device, wherein the bottom surface is substantially completely covered with an adhesive for coupling the sensor control device to the user , and wherein a portion of the bottom surface is free of adhesive to permit passage of optical light through the window. analyte monitoring circuitry adapted to process data received from the analyte sensor; a processor communicatively coupled with the analyte monitoring circuitry; and an activation circuit comprising an optical activation sensor coupled with the processor, the activation circuit being adapted to, upon the sensing of optical light by the optical activation sensor, connect a power supply to the processor to supply power to the processor and allow the processor to initiate operation, wherein the sensor control device comprises the power supply and wherein the processor is configured to: perform an initiation routine upon being connected to the power supply; and cause the activation circuit to bypass the optical activation sensor to continue receipt of power from the power supply, and perform an initiation routine upon being connected to the power supply; and cause the activation circuit to bypass the optical activation sensor to continue receipt of power from the power supply, and wherein the optical activation sensor is housed within the sensor control device adjacent to a transparent or semi-transparent window at a bottom surface of a housing of the sensor control device, wherein the bottom surface is substantially completely covered with an adhesive for coupling the sensor control device to the user , and wherein a portion of the bottom surface is free of adhesive to permit passage of optical light through the window.
Mounting device for mounting a nozzle arrangement comprising N insertion nozzles , wherein N is at least three, on an air-jet weaving machine comprising a reed with an insertion channel , the mounting device comprising a guide sleeve with a guide recess having a polygonal cross-section with at least N side surfaces , and a front nozzle support for supporting front ends of the N insertion nozzles with a positioning part having a polygonal cross-section with at least N contact surfaces , wherein the positioning part is arranged in the guide recess , characterized in that in a direction transversely to the insertion channel , the positioning part is moveable within the guide recess into N insertion positions each associated with one of the N insertion nozzles , wherein in each insertion position of the N insertion positons a pair of two non-parallel contact surfaces abuts against side surfaces of the guide recess and one of the N insertion nozzles is brought into its use position with respect to the insertion channel .
Fluid storing and jettisoning system comprising a fluid reservoir , at least one tube and, at the end of the one or more tubes , a jettisoning device comprising a closed tank having at least one inlet opening intended to be respectively connected in leaktight fashion to said one or more tubes for letting in fluid and a plurality of independent and contiguous outlet openings (50A, 50B, ..., 50n) that are circumscribed in a single opening with a given geometric shape and are oriented so as to make it possible to jettison the fluid in a determined direction that is different from the longitudinal direction of flow of the fluid in the one or more tubes , a first hinge being provided to allow the jettisoning device to pivot in rotation about a transverse axis A, characterized in that it comprises a second hinge provided at the tubes to allow a segment of tubes adjacent to the jettisoning device to pivot in rotation about a transverse axis B.
A method of transferring electronic information between a lesser trusted network and a trusted network comprising; receiving original electronic information from a lesser trusted network in a first electrical zone ; permitting the original electronic information to be transferred between the first electrical zone and a second electrical zone in one direction only; verifying the original electronic information for at least one predetermined characteristic at the second electrical zone so as to provide a verifier output status and verified electronic information; forwarding the verified electronic information to a third electrical zone , wherein the original electronic information at the first electrical zone is always received by the third electrical zone via the second electrical zone as verified electronic information in either a transformed state or an untransformed state, wherein the transformed state or the untransformed state is selected dependent upon the verifier output status; providing an electronic key; and in use creating the verified electronic information in the transformed state in dependence upon the electronic key; said method being characterised by : the verified electronic information in the transformed state comprises the original electronic information in a wrapped form plus a new header, and storing the electronic key in the new header of the verified electronic information in the transformed state prior to forwarding the verified electronic information in the transformed state to the third electrical zone . receiving original electronic information from a lesser trusted network in a first electrical zone ; permitting the original electronic information to be transferred between the first electrical zone and a second electrical zone in one direction only; verifying the original electronic information for at least one predetermined characteristic at the second electrical zone so as to provide a verifier output status and verified electronic information; forwarding the verified electronic information to a third electrical zone , wherein the original electronic information at the first electrical zone is always received by the third electrical zone via the second electrical zone as verified electronic information in either a transformed state or an untransformed state, wherein the transformed state or the untransformed state is selected dependent upon the verifier output status; providing an electronic key; and in use creating the verified electronic information in the transformed state in dependence upon the electronic key; said method being characterised by : the verified electronic information in the transformed state comprises the original electronic information in a wrapped form plus a new header, and storing the electronic key in the new header of the verified electronic information in the transformed state prior to forwarding the verified electronic information in the transformed state to the third electrical zone .
A controller for a vehicle, the controller being configured to: receive a road load signal indicative of a torque output suitable for maintaining the current speed of the vehicle; determine a road load accelerator pedal position signal in dependence on the road load signal, the road load accelerator pedal position signal being indicative of a reference accelerator pedal position; determine a reference accelerator pedal position signal in dependence on the road load accelerator pedal position signal; receive an accelerator pedal position signal indicative of the current position of the accelerator pedal; and, compare the reference accelerator pedal position signal and the accelerator pedal position signal to determine the position of the accelerator pedal with respect to the reference accelerator pedal position; and, determine a torque output in dependence on an acceleration pedal map if the position of the accelerator pedal is greater than the reference accelerator pedal position; or, determine a torque output in dependence on a deceleration pedal map if the position of the accelerator pedal is less than the reference accelerator pedal position. receive a road load signal indicative of a torque output suitable for maintaining the current speed of the vehicle; determine a road load accelerator pedal position signal in dependence on the road load signal, the road load accelerator pedal position signal being indicative of a reference accelerator pedal position; determine a reference accelerator pedal position signal in dependence on the road load accelerator pedal position signal; receive an accelerator pedal position signal indicative of the current position of the accelerator pedal; and, compare the reference accelerator pedal position signal and the accelerator pedal position signal to determine the position of the accelerator pedal with respect to the reference accelerator pedal position; and, determine a torque output in dependence on an acceleration pedal map if the position of the accelerator pedal is greater than the reference accelerator pedal position; or, determine a torque output in dependence on a deceleration pedal map if the position of the accelerator pedal is less than the reference accelerator pedal position.
A method for ascertaining the insulation strength of the electrical insulation of DC high-voltage components in a DC high-voltage system, in particular for a high-voltage system in a vehicle having an electrical DC energy store, with the following steps: a) ascertaining the influence of the compensation variables of the driving disturbances occurring in the vehicle on the insulation strength to be ascertained; b) performing a final value estimation of the insulation resistance based on an e-function as a preliminary calculation for use as an initial value of a subsequent iterative calculation, and c) iteratively ascertaining the insulation resistance to be determined by means of optimising the least squared error for the insulation resistance. a) ascertaining the influence of the compensation variables of the driving disturbances occurring in the vehicle on the insulation strength to be ascertained; b) performing a final value estimation of the insulation resistance based on an e-function as a preliminary calculation for use as an initial value of a subsequent iterative calculation, and c) iteratively ascertaining the insulation resistance to be determined by means of optimising the least squared error for the insulation resistance.
A syringe comprising: an outer casing or syringe housing with finger pads or finger rings or a mixture of at the proximal end capable of firmly holding; a cartridge having a generally tubular glass or plastic barrel with a cap assembly comprising of a needle pierceable septum or sealing element held by a ferrule or crimp at the distal end of the barrel and a stopper/piston disposed at the proximal end of the barrel to contain the medicament or other formulation between the stopper/piston member and the septum or sealing element, a plunger rod with finger pad or finger ring at one end and in communication with the cartridge stopper/piston at the other end, and a double needle comprising a septum needle and an injection needle ), wherein said septum needle projecting from the distal end of the syringe housing into the interior of the syringe housing is rigidly held in the syringe housing , wherein the cartridge can be moved axially forward by the user to a position wherein the cartridge septum is perforated by the septum needle establishing fluid communication between the cartridge contents and the nozzle or connector, characterized in that said injection needle is separate from said septum needle and said septum needle is in fluid communication with a connector means to which said injection needle is attachable in order to establish fluid connection of said septum needle to said injection needle . an outer casing or syringe housing with finger pads or finger rings or a mixture of at the proximal end capable of firmly holding; a cartridge having a generally tubular glass or plastic barrel with a cap assembly comprising of a needle pierceable septum or sealing element held by a ferrule or crimp at the distal end of the barrel and a stopper/piston disposed at the proximal end of the barrel to contain the medicament or other formulation between the stopper/piston member and the septum or sealing element, a plunger rod with finger pad or finger ring at one end and in communication with the cartridge stopper/piston at the other end, and a double needle comprising a septum needle and an injection needle ), wherein said septum needle projecting from the distal end of the syringe housing into the interior of the syringe housing is rigidly held in the syringe housing , wherein the cartridge can be moved axially forward by the user to a position wherein the cartridge septum is perforated by the septum needle establishing fluid communication between the cartridge contents and the nozzle or connector, characterized in that said injection needle is separate from said septum needle and said septum needle is in fluid communication with a connector means to which said injection needle is attachable in order to establish fluid connection of said septum needle to said injection needle .
Method for regenerating the capacity of a metal-ion electrochemical battery incorporating a regeneration component comprising at least one region for storing metal ions, the method comprising the following steps: a/ constituting the battery with the implementation of a regeneration component whose electrochemical potential is lower than that of the anode and/or of the cathode of the battery, and with the arrangement of an ion-insulating element between the electrodes and the regeneration component, b/ evaluating the quantity of exchangeable metal ions, comprising determining the time derivative of the potential of one of the two electrodes; c/ when the evaluated quantity of metal ions is smaller than or equal to a threshold value, applying a parameter to the element from outside the battery, so as to bring about ionic conduction and thus the disinsertion of metal ions from the component and insertion thereof into the active electrochemical material of the anode and/or the cathode of the battery. a/ constituting the battery with the implementation of a regeneration component whose electrochemical potential is lower than that of the anode and/or of the cathode of the battery, and with the arrangement of an ion-insulating element between the electrodes and the regeneration component, b/ evaluating the quantity of exchangeable metal ions, comprising determining the time derivative of the potential of one of the two electrodes; c/ when the evaluated quantity of metal ions is smaller than or equal to a threshold value, applying a parameter to the element from outside the battery, so as to bring about ionic conduction and thus the disinsertion of metal ions from the component and insertion thereof into the active electrochemical material of the anode and/or the cathode of the battery.
Component made of plastic material for a heating, ventilation or air-conditioning device, in particular in the field of motor vehicles, having a wall, this wall is shaped at least partially into staircase steps, and it is characterized in that the thickness (E1) of the wall at the steps is between 1 and 1.19 millimetres, the height (H) of each riser being variable from one step to another.
A method for performing a listen before talk, LBT, by a user equipment, UE, in a wireless access system supporting multiple unlicensed carriers, the method comprising: receiving, from a base station, two or more uplink, UL, grants for scheduling UL channel transmissions on a carrier group, wherein the two or more UL grants comprise a first UL grant indicating a first LBT for a first carrier of the carrier group and a second UL grant indicating the first LBT on remaining carriers of the carrier group; randomly selecting the first carrier for the first LBT from the carrier group, wherein the first LBT is a procedure for sensing a channel on the first carrier based on random backoff; performing, on the first carrier, the first LBT; performing, on each of the remaining carriers in the carrier group, a second LBT without the random backoff, even though the second UL grant indicates the first LBT, wherein the second LBT is a procedure for sensing a channel to be idle on each of the remaining carriers during a predetermined time period. receiving, from a base station, two or more uplink, UL, grants for scheduling UL channel transmissions on a carrier group, wherein the two or more UL grants comprise a first UL grant indicating a first LBT for a first carrier of the carrier group and a second UL grant indicating the first LBT on remaining carriers of the carrier group; randomly selecting the first carrier for the first LBT from the carrier group, wherein the first LBT is a procedure for sensing a channel on the first carrier based on random backoff; performing, on the first carrier, the first LBT; performing, on each of the remaining carriers in the carrier group, a second LBT without the random backoff, even though the second UL grant indicates the first LBT, wherein the second LBT is a procedure for sensing a channel to be idle on each of the remaining carriers during a predetermined time period.