mhurhangee/patent-ind-claim-en huggingface dataset:
A system for controlling the pitch setting of a propeller vane for an aircraft turbine engine, which comprises: - a cup comprising an annular wall extending about an axis (A) intended to be a pitch axis of the vane, said annular wall comprising a lower axial end closed by a bottom wall and an upper axial end that is open and configured to allow a root of the vane to be mounted inside the cup , the bottom wall being configured to cooperate in a form-fitting manner with a free end of said root so that the cup is secured in rotation to the root about said axis (A), characterised in that the system for controlling the pitch setting of a propeller vane further comprises: - an immobilisation ring extending about said axis (A) and configured to be mounted about the root , this immobilisation ring being configured to be mounted within the cup and to cooperate with the root and the annular wall of the cup , respectively, in order to ensure the axial retention of the root within the cup . - a cup comprising an annular wall extending about an axis (A) intended to be a pitch axis of the vane, said annular wall comprising a lower axial end closed by a bottom wall and an upper axial end that is open and configured to allow a root of the vane to be mounted inside the cup , the bottom wall being configured to cooperate in a form-fitting manner with a free end of said root so that the cup is secured in rotation to the root about said axis (A), characterised in that the system for controlling the pitch setting of a propeller vane further comprises: - an immobilisation ring extending about said axis (A) and configured to be mounted about the root , this immobilisation ring being configured to be mounted within the cup and to cooperate with the root and the annular wall of the cup , respectively, in order to ensure the axial retention of the root within the cup .
Sealing ring unit for radially sealing the suction mouth of a pump impeller , in particular for a multistage pump, the unit comprising a sealing ring and a supporting member removably carrying the sealing ring , the supporting member having an annular inner portion defining an opening for receiving the suction mouth of the impeller , the sealing ring having a first portion and second portion and an annular back portion to face the suction mouth connecting the first and second portion with each other, the annular inner portion of the supporting member being accommodated between the first and second portion , characterized in that the sealing ring is mountable on the supporting member by means of a bayonet fitting .
Infusion group for machines for the preparation of beverage that use prepackaged charges made with the container body in flexible material, comprising an infusion chamber , equipped with means for feeding the infusion liquid and means for dispensing the prepared beverage, consisting of two portions complementary to each other and suitable, once coupled, to accommodate a prepackaged charge of edible material, in which the two portions of said infusion chamber are provided with relative movement with respect to each other, and the movement is suitably guided , and releasable coupling means are provided between the two portions, means being also provided for expelling the exhausted prepackaged charge, actuated when the two portions of said infusion chamber are separated; the two portions both have a semi-lenticular cavity suitable for accommodating the prepackaged charge; the relative movement includes the movement towards and away from each other of the two portions along a direction parallel to the axis of symmetry of the respective cavities; the expulsion means comprise means suitable for temporarily cooperating with the peripheral edge of said prepackaged charge; said axis of symmetry of the housing cavities of said two portions of the infusion chamber is perpendicular to a generic horizontal plane, which is in turn parallel to the support plane of the machine in which said infusion unit is inserted, characterized in that said expulsion means are movable, by means of suitable moving means, along a direction lying on said generic horizontal plane, approaching and moving away from said infusion chamber , said expulsion means being arranged in contact with the infusion chamber at the time of coupling of the two portions of the infusion chamber, and said expulsion means being moved away from said infusion chamber when the said two portions of the same are separated.
A network function, NF, information management method, comprising: obtaining (S101, S201), by a network slice subnet management function unit, identification information of a network repository function, NRF, instance out of a plurality of NRF instances, storing information about a NF instance, wherein the identification information of the NRF instance is used to indicate the NRF instance associated with the NF instance; and sending (S103, S203), by the network slice subnet management function unit, a first message to a NF manager unit which is a management unit of the NF instance, wherein the first message comprises the identification information of the NRF instance and the information about the NF instance. obtaining (S101, S201), by a network slice subnet management function unit, identification information of a network repository function, NRF, instance out of a plurality of NRF instances, storing information about a NF instance, wherein the identification information of the NRF instance is used to indicate the NRF instance associated with the NF instance; and sending (S103, S203), by the network slice subnet management function unit, a first message to a NF manager unit which is a management unit of the NF instance, wherein the first message comprises the identification information of the NRF instance and the information about the NF instance.
A method for fabricating a composite ply layup with a desired shape, the method comprising: moving a shuttle into engagement with at least one composite ply at a ply pickup station , the shuttle comprising a sheet of elastic material, wherein the major surface of the sheet of elastic material includes a tacking portion and a vacuum seal portion located outside of the tacking portion of the major surface ,; picking up the at least one composite ply with the shuttle , which includes tack-adhering the at least one composite ply to the sheet of elastic material; drawing a vacuum to urge the sheet of elastic material into engagement with the at least one composite ply moving the shuttle and the at least one composite ply into engagement with a forming tool at a forming station or any previously laid plies on the forming tool ; and compacting the at least one composite ply on the forming tool or any previously laid plies on the forming tool with the shuttle to form the composite ply layup with the desired shape, wherein said sheet of elastic material complementarily matches the contours of the forming tool or any previously laid composite plies. moving a shuttle into engagement with at least one composite ply at a ply pickup station , the shuttle comprising a sheet of elastic material, wherein the major surface of the sheet of elastic material includes a tacking portion and a vacuum seal portion located outside of the tacking portion of the major surface ,; picking up the at least one composite ply with the shuttle , which includes tack-adhering the at least one composite ply to the sheet of elastic material; drawing a vacuum to urge the sheet of elastic material into engagement with the at least one composite ply moving the shuttle and the at least one composite ply into engagement with a forming tool at a forming station or any previously laid plies on the forming tool ; and compacting the at least one composite ply on the forming tool or any previously laid plies on the forming tool with the shuttle to form the composite ply layup with the desired shape, wherein said sheet of elastic material complementarily matches the contours of the forming tool or any previously laid composite plies.
An absorbent pad comprising a liquid permeable front sheet , a liquid permeable or impermeable rear sheet , and absorbent polymer particles disposed between the front sheet and the rear sheet, the absorbent polymer particles absorbing excretory fluid, wherein the front sheet and the rear sheet are joined to each other at a plurality of first junctions and a plurality of second junctions , when viewed in plan, the first junctions each extending in a longitudinal direction are arranged at predetermined intervals in a width direction, and the second junctions each extending in the width direction are arranged at predetermined intervals in the longitudinal direction, a plurality of cells , each of which is defined by an adjacent pair of the first junctions and an adjacent pair of the second junctions, is formed between the front sheet and the rear sheet spaced apart from each other, the absorbent polymer particles are provided in the cells, and an opening extending in the longitudinal direction is formed in at least one of the first junctions, characterized in that the cells includes first cells containing the absorbent polymer particles in a small amount and second cells containing the absorbent polymer particles in a large amount, and the first cells are arranged around both ends in the longitudinal direction of the opening.
A material comprising: a composite porous particle comprising: nanoparticles comprising an inorganic metal ion sieve; and a binder comprising a metal ion imprinted polymer formed from: a hydrophilic co-monomer; a metal containing polymerizable compound that includes at least one metal chelating ligand; and a cross-linking agent; wherein the metal ion imprinted polymer comprises a plurality of metal ion selective binding sites and the at least one metal chelating ligand at the plurality of metal ion selective binding sites, and wherein the inorganic metal ion sieve comprises a porous structure and a plurality of adsorptive vacant sites for adsorption of the metal ion. a composite porous particle comprising: nanoparticles comprising an inorganic metal ion sieve; and a binder comprising a metal ion imprinted polymer formed from: a hydrophilic co-monomer; a metal containing polymerizable compound that includes at least one metal chelating ligand; and a cross-linking agent; nanoparticles comprising an inorganic metal ion sieve; and a binder comprising a metal ion imprinted polymer formed from: a hydrophilic co-monomer; a metal containing polymerizable compound that includes at least one metal chelating ligand; and a cross-linking agent; a hydrophilic co-monomer; a metal containing polymerizable compound that includes at least one metal chelating ligand; and a cross-linking agent; wherein the metal ion imprinted polymer comprises a plurality of metal ion selective binding sites and the at least one metal chelating ligand at the plurality of metal ion selective binding sites, and wherein the inorganic metal ion sieve comprises a porous structure and a plurality of adsorptive vacant sites for adsorption of the metal ion.
A method for transporting workpiece parts from a cutting area (S) of a laser cutting machine to a storage area (L), comprising: moving at least a first holding device for holding workpiece parts along a first guide in a transport direction (Y) lateral to a direction of motion (X) of a laser cutting head of the laser cutting machine , and moving at least a second holding device for holding workpiece parts along a second guide in the transport direction (Y) lateral to the direction of motion (X) of the laser cutting head , characterized in that first workpiece parts which are cut within the cutting area (S) in a first half of a workpiece , relative to the direction of motion (X) of the laser cutting head , are transported from the cutting area (S) to the storage area (L) using the at least a first holding device , that second workpiece parts which are cut within the cutting area (S) in a second half of the workpiece , relative to the direction of motion (X) of the laser cutting head , are transported from the cutting area (S) to the storage area (L) using the at least a second holding device , and that the transporting of a first workpiece part and a second workpiece part is done in a mutually alternating fashion. moving at least a first holding device for holding workpiece parts along a first guide in a transport direction (Y) lateral to a direction of motion (X) of a laser cutting head of the laser cutting machine , and moving at least a second holding device for holding workpiece parts along a second guide in the transport direction (Y) lateral to the direction of motion (X) of the laser cutting head , characterized in that first workpiece parts which are cut within the cutting area (S) in a first half of a workpiece , relative to the direction of motion (X) of the laser cutting head , are transported from the cutting area (S) to the storage area (L) using the at least a first holding device , that second workpiece parts which are cut within the cutting area (S) in a second half of the workpiece , relative to the direction of motion (X) of the laser cutting head , are transported from the cutting area (S) to the storage area (L) using the at least a second holding device , and that the transporting of a first workpiece part and a second workpiece part is done in a mutually alternating fashion.
A method of operating a base station in a wireless telecommunications system for transmitting downlink control-related information to a terminal , the method comprising the base station: allocating (S601) downlink resources in a first set of resources for sending the downlink control-related information; determining (S602) that a further downlink transmission will be transmitted using at least part of the allocated downlink resources thereby identifying a collision between the downlink control-related information transmission and the further downlink transmission; upon identifying a collision, allocating (S603) a second set of resources for sending the downlink control-related information; transmitting to at least the terminal a notification that the downlink control-related information in the first set of resources is affected by a collision; and transmitting (S604) the downlink control-related information using at least the second set of resources, wherein transmitting the downlink control-related information comprises one of: transmitting the downlink control-related information in the first set of resources, and separately transmitting the downlink control-related information in the second set of resources; or transmitting the downlink control-related information in the second set of resources only. allocating (S601) downlink resources in a first set of resources for sending the downlink control-related information; determining (S602) that a further downlink transmission will be transmitted using at least part of the allocated downlink resources thereby identifying a collision between the downlink control-related information transmission and the further downlink transmission; upon identifying a collision, allocating (S603) a second set of resources for sending the downlink control-related information; transmitting to at least the terminal a notification that the downlink control-related information in the first set of resources is affected by a collision; and transmitting (S604) the downlink control-related information using at least the second set of resources, wherein transmitting the downlink control-related information comprises one of: transmitting the downlink control-related information in the first set of resources, and separately transmitting the downlink control-related information in the second set of resources; or transmitting the downlink control-related information in the second set of resources only. transmitting the downlink control-related information in the first set of resources, and separately transmitting the downlink control-related information in the second set of resources; or transmitting the downlink control-related information in the second set of resources only.
Method for assembling at least one vehicle door hinge with a fixed hinge knuckle assembled on a structural element of a motor vehicle body by an assembly device and a hinge knuckle pivoting about an axis supported by the fixed hinge knuckle , with, prior to a mounting of the door on the vehicle body, a control for positioning in the transversal direction with respect to the vehicle of the fixed hinge knuckle by a control template comprising a body of which an end penetrates about the axis , characterised in that the control template is secured adjustably in the transversal direction with a control portion protruding from the motor vehicle body by extending in the longitudinal direction of the vehicle, such that the control portion is at a predetermined distance with respect to an outer face of the body adjacent to the structural element , this positioning control being done by a measurement of the actual distance between the control portion and the outer face and, when the actual distance measured in not equal to the predetermined distance, a defect is detected in the assembly method.
A shell composition of a seamless capsule comprising: agar and a polyvinyl alcohol copolymer, wherein the polyvinyl alcohol copolymer comprises the following as structural units: (i) polyvinyl alcohol, (ii) at least one unsaturated carboxylic acid selected from the group consisting of acrylic acid, methacrylic acid, fumaric acid and maleic acid, and (iii) at least one unsaturated carboxylic acid ester selected from the group consisting of compounds represented by formula [I]: H 2 C=C (R 1 )-COOR 2 [I] (wherein R 1 represents a hydrogen atom or a methyl group, and R 2 represents an alkyl group having 1 to 4 carbon atoms). (i) polyvinyl alcohol, (ii) at least one unsaturated carboxylic acid selected from the group consisting of acrylic acid, methacrylic acid, fumaric acid and maleic acid, and (iii) at least one unsaturated carboxylic acid ester selected from the group consisting of compounds represented by formula [I]: H 2 C=C (R 1 )-COOR 2 [I]
Optical emission apparatus for laser pulses , in particular for use in a lidar for use in a vehicle, comprising a laser unit designed to emit laser pulses and a deflection unit , which is arranged in the beam path of the laser pulses emitted by the laser unit and deflects the laser pulses emitted by the laser unit in a deflection region , wherein the optical emission apparatus has an optical unit , which is arranged in the beam path of the laser pulses emitted by the laser unit downstream of the deflection unit within its deflection region , wherein the optical unit has at least one first region and at least one second region , wherein the at least one second region has a lens shape for refracting the laser pulses , characterized in that the at least one first region forms a central region of the optical unit and the at least one second region forms a peripheral region of the optical unit , in that the at least one second region is designed to enlarge the deflection region for laser pulses deflected by the deflection unit , in that the first region has a lens shape for refracting the laser pulses , wherein the lens shape of the at least one first region differs from the lens shape of the at least one second region , and in that the lens shape of the at least one first region and of the at least one second region in each case has a concave shape, wherein the lens shape of the at least one first region has a smaller curvature than the lens shape of the at least one second region , with the result that the deflection region is widened less in the first region than in the second region . a laser unit designed to emit laser pulses and a deflection unit , which is arranged in the beam path of the laser pulses emitted by the laser unit and deflects the laser pulses emitted by the laser unit in a deflection region , wherein the optical emission apparatus has an optical unit , which is arranged in the beam path of the laser pulses emitted by the laser unit downstream of the deflection unit within its deflection region , wherein the optical unit has at least one first region and at least one second region , wherein the at least one second region has a lens shape for refracting the laser pulses , characterized in that the at least one first region forms a central region of the optical unit and the at least one second region forms a peripheral region of the optical unit , in that the at least one second region is designed to enlarge the deflection region for laser pulses deflected by the deflection unit , in that the first region has a lens shape for refracting the laser pulses , wherein the lens shape of the at least one first region differs from the lens shape of the at least one second region , and in that the lens shape of the at least one first region and of the at least one second region in each case has a concave shape, wherein the lens shape of the at least one first region has a smaller curvature than the lens shape of the at least one second region , with the result that the deflection region is widened less in the first region than in the second region .
Braking circuit for the braking of a vehicle, comprising: - at least one supply line of a pressurized work fluid; - at least one discharge line ; - at least one braking line communicating with a braking device of a vehicle; - main valve means which can be moved between a braking position, wherein it places said braking line in communication with said discharge line , and a release position, wherein it places said braking line in communication with said supply line ; - main command means which can be operated to bring said main valve means from said braking position to said release position, where said main command means comprise first and second electrical command means operating on said main valve means and which can be operated independently to each other; wherein the force exertable by each of said first and second command means is sufficient to keep said main valve means in the release position and characterized by the fact that said force exertable by each of said first and second command means is insufficient to move said main valve means . - at least one supply line of a pressurized work fluid; - at least one discharge line ; - at least one braking line communicating with a braking device of a vehicle; - main valve means which can be moved between a braking position, wherein it places said braking line in communication with said discharge line , and a release position, wherein it places said braking line in communication with said supply line ; - main command means which can be operated to bring said main valve means from said braking position to said release position, where said main command means comprise first and second electrical command means operating on said main valve means and which can be operated independently to each other;