mhurhangee/patent-ind-claim-en huggingface dataset:
Generator in a stand-alone power system on a ship, comprising as components a stator and a rotor capable of rotating with respect to the stator , - wherein the generator is embodied as a superconducting machine and as a synchronous machine, - wherein on at least one component, in particular the rotor , at least one superconducting coil for generating at least two magnetic poles is provided, said coil being cooled by a cooling device , and - on the respective other component, in particular the stator , at least two parallel-running winding elements which can be connected either in series or in parallel via at least one switching means are provided in the armature winding for each phase, and with a control device implementing two operating modes, said control device being designed to set the switching means to parallel connection of the winding elements for a normal operating mode and to set the switching means to series connection of the winding elements and to set an excitation device for the superconducting coil to reduce an excitation current for an emergency operating mode in the event of a failure of the cooling device , wherein the control device is designed to activate the emergency operating mode in the event of a failure of the cooling device and/or if the power of the excitation device for the superconducting coil is too low and/or to reduce the excitation current for the superconducting coil to a proportion of the rated excitation current corresponding to the number of switched-over winding elements in the emergency operating mode. - wherein the generator is embodied as a superconducting machine and as a synchronous machine, - wherein on at least one component, in particular the rotor , at least one superconducting coil for generating at least two magnetic poles is provided, said coil being cooled by a cooling device , and - on the respective other component, in particular the stator , at least two parallel-running winding elements which can be connected either in series or in parallel via at least one switching means are provided in the armature winding for each phase,
A screw comprising a head and a shank extending from said head according to a pre-set longitudinal axis (X), wherein said shank comprises at least two axial portions, of which a first portion , proximal to the head , which has an outer thread adapted to make it self-threading or self-tapping, and a second portion , distal to the head , which has smooth outer surface, constant cross-section and diameter (D2) between the outer diameter (D1') and the inner diameter (D1 ") of the first portion . a first portion , proximal to the head , which has an outer thread adapted to make it self-threading or self-tapping, and a second portion , distal to the head , which has smooth outer surface, constant cross-section and diameter (D2) between the outer diameter (D1') and the inner diameter (D1 ") of the first portion .
System for the production of a beverage, in particular a cold beverage, having a cartridge which has a reservoir filled with a beverage substance , and a beverage preparation unit having a cartridge receptacle in which the cartridge can be reversibly inserted, and a cartridge discharge device which causes an at least partial transfer of the beverage substance from the reservoir into a mixing chamber , wherein the system has a movable plunger which is arranged inside the reservoir and which can be transferred from a starting position into a final position by means of the cartridge discharge device , characterized in that the cartridge discharge device has a negative pressure device, wherein the system is configured in such a way that the plunger is transferred from the starting position into the final position by the negative pressure.
A rotation auxiliary mechanism, including: a mounting base being movably connected with a rotary arm ; an elastic assembly arranged on both sides of the rotary arm and including an elastic member and a movable member connected to one end of the elastic member, the other end of the elastic member being fixed, an end of the movable member away from the elastic member abutting against the rotary arm, when the rotary arm oscillates, the elastic member can be compressed by the movable member to retain the rotary arm, and when an external force applied to the rotary arm is removed, the elastic member drives the rotary arm oscillating to a predetermined position to reset wherein an inside wall of the mounting base is provided with a groove for installing the elastic assembly, the elastic assembly is accommodated in the groove, and the movable member is slidably installed in the groove, wherein one end of the rotary arm extends along its radial direction to form an abutment portion that abuts against the movable member , and the abutment portion is located in the groove, wherein one end of the groove away from the abutment portion is closed to fix the other end of the elastic member, Z |B characterized in that the abutment portion is inclined outward by a first angle α based on the normal line of the outer wall of the rotary arm, and a closed end wall of the groove away from the one end of the abutment portion is inclined outward by a second angle β based on the normal line of the outer wall of the rotary arm , and wherein α > β. an elastic assembly arranged on both sides of the rotary arm and including an elastic member and a movable member connected to one end of the elastic member, the other end of the elastic member being fixed, an end of the movable member away from the elastic member abutting against the rotary arm, when the rotary arm oscillates, the elastic member can be compressed by the movable member to retain the rotary arm, and when an external force applied to the rotary arm is removed, the elastic member drives the rotary arm oscillating to a predetermined position to reset wherein an inside wall of the mounting base is provided with a groove for installing the elastic assembly, the elastic assembly is accommodated in the groove, and the movable member is slidably installed in the groove, wherein one end of the rotary arm extends along its radial direction to form an abutment portion that abuts against the movable member , and the abutment portion is located in the groove, wherein one end of the groove away from the abutment portion is closed to fix the other end of the elastic member, Z |B characterized in that the abutment portion is inclined outward by a first angle α based on the normal line of the outer wall of the rotary arm, and a closed end wall of the groove away from the one end of the abutment portion is inclined outward by a second angle β based on the normal line of the outer wall of the rotary arm , and wherein α > β.
A soundproofing device comprising a sound absorbing material having a cellular scaffold with cells , wherein a thixotropic material is located in the cells of the cellular scaffold , and wherein the thixotropic material exhibits a change in viscosity in response to sound energy; in which the cellular scaffold has a honeycomb structure and in which the sound absorbing material comprises a layer of honeycomb structure having top and bottom seal layers which seal the cells in the honeycomb structure; or in which the cellular scaffold is in the form of a polymer film having a plurality of cellular compartments or pockets , and wherein said cellular compartments or pockets contain the sound absorbing material.
A method of sealing a fastener , comprising depositing successive layers comprising a first coreactive composition directly onto the fastener by three-dimensional printing.
An infusion set assembly , comprising: an infusion component; and a tube coupled to the infusion component, the tube comprising: a body defining a fluid flow pathway; a first tube end ; a second tube end ; and a tube marker disposed near the first tube end , wherein the tube marker is positioned so that a distance between a leading edge of the tube marker and the outermost surface of the first tube end is substantially equal to a distance between an external edge and a hard stop of a fluid port of the infusion component; and a bond area defined between a portion of the outermost surface of the first tube end and an internal surface of the fluid port of the infusion component, the bond area comprising one of an adhesive and a solvent. an infusion component; and a tube coupled to the infusion component, the tube comprising: a body defining a fluid flow pathway; a first tube end ; a second tube end ; and a tube marker disposed near the first tube end , wherein the tube marker is positioned so that a distance between a leading edge of the tube marker and the outermost surface of the first tube end is substantially equal to a distance between an external edge and a hard stop of a fluid port of the infusion component; and a bond area defined between a portion of the outermost surface of the first tube end and an internal surface of the fluid port of the infusion component, the bond area comprising one of an adhesive and a solvent. a body defining a fluid flow pathway; a first tube end ; a second tube end ; and a tube marker disposed near the first tube end , wherein the tube marker is positioned so that a distance between a leading edge of the tube marker and the outermost surface of the first tube end is substantially equal to a distance between an external edge and a hard stop of a fluid port of the infusion component; and a bond area defined between a portion of the outermost surface of the first tube end and an internal surface of the fluid port of the infusion component, the bond area comprising one of an adhesive and a solvent.
A method of transmitting data to a peer user equipment, UE, through direct communication between UEs by a UE in a wireless communication system, the method comprising: transmitting, to the peer UE, information on scheduling assignment, SA, for transmission of a data signal; performing the transmission of the data signal via a first transmission beam and transmission of a plurality of reference signals via a plurality of transmission beams to the peer UE, in a frame including one or more data symbols and one or more reference signal symbols; receiving, from the peer UE, a negative acknowledgment, NACK, for the data signal and information on a reference signal related to at least one preferred transmission beam among the plurality of transmission beams; and retransmitting, to the peer UE, the data signal precoded based on the preferred transmission beam, wherein the plurality of reference signals are multiplexed in time division multiplexing, TDM, in one reference signal symbol, wherein the at least one preferred transmission beam is selected from a beam candidate set including one or more transmission beams among the plurality of transmission beams, and wherein the beam candidate set is determined as adjacent the first transmission beam, among the plurality of transmission beams, based on the information on the SA being successfully transmitted and the NACK for the data signal being received transmitting, to the peer UE, information on scheduling assignment, SA, for transmission of a data signal; performing the transmission of the data signal via a first transmission beam and transmission of a plurality of reference signals via a plurality of transmission beams to the peer UE, in a frame including one or more data symbols and one or more reference signal symbols; receiving, from the peer UE, a negative acknowledgment, NACK, for the data signal and information on a reference signal related to at least one preferred transmission beam among the plurality of transmission beams; and retransmitting, to the peer UE, the data signal precoded based on the preferred transmission beam, wherein the plurality of reference signals are multiplexed in time division multiplexing, TDM, in one reference signal symbol, wherein the at least one preferred transmission beam is selected from a beam candidate set including one or more transmission beams among the plurality of transmission beams, and wherein the beam candidate set is determined as adjacent the first transmission beam, among the plurality of transmission beams, based on the information on the SA being successfully transmitted and the NACK for the data signal being received
A label adapted to remain opaque in wet conditions, said label comprising: an outer layer of a paper facestock for receiving printed indicia; at least one opacifying adhesive layer underlying said facestock, wherein said opacifying adhesive layer has a coat weight of 22 to 26 grams per square meter (gsm), includes an adhesive component and a pigment component that includes surface coated TiO 2 and which is present in a weight range of 10% to 50% of said adhesive component, i.e. in a proportion sufficient to maintain opacity when exposed to an aqueous environment, and has a peel adhesion of at least 0.39 N/cm (1 N/inch) and a loop tack of at least 0.79 N/cm (2 N/inch), measured according to the methods in the description, of the opacifying adhesive layer in a pressure sensitive application; and a liner, underlying said opacifying adhesive layer. an outer layer of a paper facestock for receiving printed indicia; at least one opacifying adhesive layer underlying said facestock, wherein said opacifying adhesive layer has a coat weight of 22 to 26 grams per square meter (gsm), includes an adhesive component and a pigment component that includes surface coated TiO 2 and which is present in a weight range of 10% to 50% of said adhesive component, i.e. in a proportion sufficient to maintain opacity when exposed to an aqueous environment, and has a peel adhesion of at least 0.39 N/cm (1 N/inch) and a loop tack of at least 0.79 N/cm (2 N/inch), measured according to the methods in the description, of the opacifying adhesive layer in a pressure sensitive application; and a liner, underlying said opacifying adhesive layer.
A method for operating a system with internal cache synchronization, the method comprising: identifying a storage shortage in at least one of a decompressed write cache RAM and a decompressed read cache RAM of the internal cache synchronization, wherein the internal cache synchronization further comprises an overlap area , the overlap area is an area in which the decompressed read cache RAM and the decompressed write cache RAM overlap, and in which data from the decompressed write cache RAM are read and updated into the decompressed read cache RAM ; performing calls to a system of memory caches to identify arbitrary storage, based on the identification of the storage shortage in at least one of the decompressed write cache RAM and the decompressed read cache RAM ; and redirecting the data to the identified arbitrary storage. identifying a storage shortage in at least one of a decompressed write cache RAM and a decompressed read cache RAM of the internal cache synchronization, wherein the internal cache synchronization further comprises an overlap area , the overlap area is an area in which the decompressed read cache RAM and the decompressed write cache RAM overlap, and in which data from the decompressed write cache RAM are read and updated into the decompressed read cache RAM ; performing calls to a system of memory caches to identify arbitrary storage, based on the identification of the storage shortage in at least one of the decompressed write cache RAM and the decompressed read cache RAM ; and redirecting the data to the identified arbitrary storage.
A method for establishing control information for a control policy of a client for streaming data from a server to the client ; wherein the method comprises, - receiving , by a server agent, client metadata ; wherein the client metadata is indicative of a requested quantity of a resource requested by the client for streaming the data from the server ; - determining , by the server agent, server metadata based on the received client metadata and in dependency of a total quantity of the resource to be allocated to a plurality of clients for streaming data by solving a minimization problem based on a server cost function; wherein the server metadata is indicative of an allocated quantity of the resource allocated to the client for streaming the data from the server ; - sending , by the server agent, the server metadata ; and - repeating the receiving , determining and sending steps until occurrence of a convergence event; wherein the convergence event indicates that control information for the control policy of the client for streaming the data from the server has been established based on the iterative receiving of client metadata and sending of server metadata . - receiving , by a server agent, client metadata ; wherein the client metadata is indicative of a requested quantity of a resource requested by the client for streaming the data from the server ; - determining , by the server agent, server metadata based on the received client metadata and in dependency of a total quantity of the resource to be allocated to a plurality of clients for streaming data by solving a minimization problem based on a server cost function; wherein the server metadata is indicative of an allocated quantity of the resource allocated to the client for streaming the data from the server ; - sending , by the server agent, the server metadata ; and - repeating the receiving , determining and sending steps until occurrence of a convergence event; wherein the convergence event indicates that control information for the control policy of the client for streaming the data from the server has been established based on the iterative receiving of client metadata and sending of server metadata .
A system for dispensing agricultural products at a low application rate, comprising: a) a plurality of agricultural product containers containing low application rate, dry, granular agricultural products, wherein said agricultural products are selected from the set of agricultural products consisting of: insecticides, biological products, fertility products, fungicides, micro-nutrients, growth stimulants, and, RNA silencing or interference gene technology related products; b) a plurality of low application rate meter devices operatively connected to said agricultural product containers configured to dispense the agricultural products from the plurality of agricultural product containers , said low application rate meter devices being mounted on planters, said low application rate being defined as a rate below 3 ounces per 1000 feet of row; c) precision placement equipment including placement tube assemblies operatively connected to said plurality of low application rate meter devices to place the agricultural products in desired locations for efficient activity of the agricultural products, wherein each placement tube assembly is mounted for placement of product in-furrow between depth wheels of a depth control wheel assembly of the planters; and, wherein said low application rate meter devices and said precision placement equipment are operated to dispense the agricultural products, and wherein each of said placement tube assemblies includes an elongated placement tube arranged so that it descends from a portion of a frame of the planter behind the depth wheels to between the depth wheels, wherein said placement tube assemblies further includes a foot connected to said elongated placement tube and configured to keep the elongated placement tube lined up with the depth control wheel assembly , and an attachment bracket configured to connect the placement tube assembly firmly to the frame of the planter. a) a plurality of agricultural product containers containing low application rate, dry, granular agricultural products, wherein said agricultural products are selected from the set of agricultural products consisting of: insecticides, biological products, fertility products, fungicides, micro-nutrients, growth stimulants, and, RNA silencing or interference gene technology related products; b) a plurality of low application rate meter devices operatively connected to said agricultural product containers configured to dispense the agricultural products from the plurality of agricultural product containers , said low application rate meter devices being mounted on planters, said low application rate being defined as a rate below 3 ounces per 1000 feet of row; c) precision placement equipment including placement tube assemblies operatively connected to said plurality of low application rate meter devices to place the agricultural products in desired locations for efficient activity of the agricultural products, wherein each placement tube assembly is mounted for placement of product in-furrow between depth wheels of a depth control wheel assembly of the planters; and,
A system for venting a solvent, the system comprising: an oven having an interior volume defining a heating zone , the interior volume for receiving at least one substrate coated with a coating material comprising a solvent; a vent coupled to the oven , the vent defining a passage between the interior volume and the environment external to the oven ; a solvent sensor at least partially located in the interior volume and configured to measure an amount of evaporated solvent present in the interior volume ; a fan in fluid communication with the passage and configured to remove at least a portion of the evaporated solvent from the interior volume , characterized in that the system further comprises a flow meter configured to determine an amount of material applied to the substrate and a controller configured to determine an amount of evaporated solvent present in the oven , wherein the controller is configured to determine a concentration of evaporated solvent present in the oven based on the amount of material applied to the substrate , the evaporation rate of the solvent, the surface area coated on the substrate, the solvent content of the applied material, and the volume of the oven , wherein the system is configured to shut down when the measured amount of evaporated solvent present in the interior volume is greater than or equal to a shutdown threshold. an oven having an interior volume defining a heating zone , the interior volume for receiving at least one substrate coated with a coating material comprising a solvent; a vent coupled to the oven , the vent defining a passage between the interior volume and the environment external to the oven ; a solvent sensor at least partially located in the interior volume and configured to measure an amount of evaporated solvent present in the interior volume ; a fan in fluid communication with the passage and configured to remove at least a portion of the evaporated solvent from the interior volume , characterized in that the system further comprises a flow meter configured to determine an amount of material applied to the substrate and a controller configured to determine an amount of evaporated solvent present in the oven , wherein the controller is configured to determine a concentration of evaporated solvent present in the oven based on the amount of material applied to the substrate , the evaporation rate of the solvent, the surface area coated on the substrate, the solvent content of the applied material, and the volume of the oven , wherein the system is configured to shut down when the measured amount of evaporated solvent present in the interior volume is greater than or equal to a shutdown threshold.