mhurhangee/patent-ind-claim-en huggingface dataset:
A method for regulating or controlling the conveyance speed (v D ) of a wire composed of consumable material during a laser soldering or laser welding method, wherein a current (I) is supplied to the wire and the wire is melted by a laser beam (L) from a laser unit and is conveyed at a mean conveyance speed (v D,M ) in the direction of a workpiece to be processed, wherein a voltage (U) between the wire and the workpiece is measured, characterised in that , as a function of the measured voltage (U), the conveyance speed (v D ) of the wire is temporarily increased to a predetermined boost speed (v D,Boost ), which is on average at least 50% above the mean conveyance speed (v D,M ) before the increase, by increasing the conveyance speed (v D ) to the predetermined boost speed (v D,Boost ) when a defined voltage limit value (U G ) is exceeded, and reducing the conveyance speed (v D ) again at the latest when the voltage limit value (U G ) falls below.
An all solid lithium battery using a lithium ion conductive solid electrolyte as an electrolyte, characterized in that the lithium ion conductive solid electrolyte comprises a sulfide as a main component, a cathode active material is a first composite oxide containing a transition metal element that acts as a redox couple when the all solid lithium battery is under operation, lithium, and at least one metal element other than them, the at least one metal element is a metal element which forms a second composite oxide with lithium, the second composite oxide has an electron-insulating property, a concentration of the at least one metal element in a region in which the first composite oxide is in contact with the lithium ion conductive solid electrolyte is higher than a concentration inside the first composite oxide, the at least one metal element is evenly dissolved as a solid inside the first composite oxide, and the cathode active material contains LiCoO 2 , LiNiO 2 or LiMn 2 O 4 , and the at least one metal element is aluminum. the lithium ion conductive solid electrolyte comprises a sulfide as a main component, a cathode active material is a first composite oxide containing a transition metal element that acts as a redox couple when the all solid lithium battery is under operation, lithium, and at least one metal element other than them, the at least one metal element is a metal element which forms a second composite oxide with lithium, the second composite oxide has an electron-insulating property, a concentration of the at least one metal element in a region in which the first composite oxide is in contact with the lithium ion conductive solid electrolyte is higher than a concentration inside the first composite oxide, the at least one metal element is evenly dissolved as a solid inside the first composite oxide, and the cathode active material contains LiCoO 2 , LiNiO 2 or LiMn 2 O 4 , and the at least one metal element is aluminum.
An active energy ray-curable inkjet ink composition satisfying all of requirements (A) to (F) below: (A) a polyfunctional amine-modified oligomer is contained by 0.2 to 14.0% by mass in a total quantity of all polymerizable components; (B) monofunctional monomers are contained by 50.0% by mass or more in the total quantity of all polymerizable components; (C) a monofunctional monomer with a glass transition temperature of 20°C or higher is contained by 30.0% by mass or more in the total quantity of all polymerizable components; (D) a monofunctional monomer with a glass transition temperature of 10°C or lower is contained by 20.0% by mass or more in the total quantity of all polymerizable components; (E) a polyfunctional monomer with a glass transition temperature of 10°C or lower is contained by 3.0 to 12.0% by mass in the total quantity of all polymerizable components; and (F) a nitrogen-containing monofunctional monomer is contained by 30.0 to 50.0% by mass in the total quantity of all polymerizable components, excluding a photocurable inkjet printing ink composition satisfying all of requirements A to E: A. 3,3,5-trimethylcyclohexyl acrylate is contained by 5 to 50% by mass in all photopolymerizable compounds; B. a polyfunctional monomer and/or polyfunctional oligomer with a glass transition temperature of 10°C or lower are/is contained by 1 to 15% by mass in all photopolymerizable compounds; C. monofunctional monomers are contained by a total of 40% by mass or more in all photopolymerizable compounds; D. an amino group and/or amide group-containing monomer and/or oligomer are/is contained; and E. a viscosity of the ink composition is 10 mPa•s or lower at 25°C. (A) a polyfunctional amine-modified oligomer is contained by 0.2 to 14.0% by mass in a total quantity of all polymerizable components; (B) monofunctional monomers are contained by 50.0% by mass or more in the total quantity of all polymerizable components; (C) a monofunctional monomer with a glass transition temperature of 20°C or higher is contained by 30.0% by mass or more in the total quantity of all polymerizable components; (D) a monofunctional monomer with a glass transition temperature of 10°C or lower is contained by 20.0% by mass or more in the total quantity of all polymerizable components; (E) a polyfunctional monomer with a glass transition temperature of 10°C or lower is contained by 3.0 to 12.0% by mass in the total quantity of all polymerizable components; and (F) a nitrogen-containing monofunctional monomer is contained by 30.0 to 50.0% by mass in the total quantity of all polymerizable components, A. 3,3,5-trimethylcyclohexyl acrylate is contained by 5 to 50% by mass in all photopolymerizable compounds; B. a polyfunctional monomer and/or polyfunctional oligomer with a glass transition temperature of 10°C or lower are/is contained by 1 to 15% by mass in all photopolymerizable compounds; C. monofunctional monomers are contained by a total of 40% by mass or more in all photopolymerizable compounds; D. an amino group and/or amide group-containing monomer and/or oligomer are/is contained; and E. a viscosity of the ink composition is 10 mPa•s or lower at 25°C.
An inductive position sensor, comprising: a first part with a cylindrical coil winding having a longitudinal direction, a second part with a soft magnetic plunger core arranged movable with respect to the cylindrical coil winding in the longitudinal direction and said soft magnetic plunger core having a longitudinal extent parallel to the longitudinal direction of the cylindrical coil winding, and wherein the first part at least partly surrounds the soft magnetic plunger core, characterized in that a thin walled soft magnetic tubular shield surrounds the cylindrical coil winding , wherein said thin walled soft magnetic shield is shaped to circular cross-section form with an longitudinal abutting seam running in parallel to the longitudinal direction of the cylindrical coil winding, and shaped to the circular cross-section form from a flat strip cut to a rectangle and wherein the thin walled soft magnetic shield has a cylindrical cross section with one gable end closed by a shield hole washer element , and wherein both the soft magnetic tubular shield and the shield hole washer element are made from flat strips of electrical steel.
A device for elongating, extending, or repairing an arteriovenous fistula between a first blood vessel and an adjacent second blood vessel, comprising: a handle ; a body connected to and extending distally from the handle , comprised of a flexible material and having a primary lumen ; a rigid jaw member connected to and extending distally from the flexible body , the jaw member including two elements each having distal ends, wherein one of the elements is pivotable relative to the other element to create a spacing of varying sizes between the two elements at their respective distal ends; a tissue cutting element disposed on the jaw member ; a lever on the handle for moving at least one of the jaw member elements relative to the other one to increase or decrease the spacing between the distal ends of the elements , thereby opening or closing the jaws of the jaw member ; a ratcheting mechanism on said lever for applying variable incremental pressure to the jaw member ; characterized by a wire connecting the lever to the jaw member for opening or closing the jaw member ; and a secondary lumen disposed in one of the jaw elements . a handle ; a body connected to and extending distally from the handle , comprised of a flexible material and having a primary lumen ; a rigid jaw member connected to and extending distally from the flexible body , the jaw member including two elements each having distal ends, wherein one of the elements is pivotable relative to the other element to create a spacing of varying sizes between the two elements at their respective distal ends; a tissue cutting element disposed on the jaw member ; a lever on the handle for moving at least one of the jaw member elements relative to the other one to increase or decrease the spacing between the distal ends of the elements , thereby opening or closing the jaws of the jaw member ; a ratcheting mechanism on said lever for applying variable incremental pressure to the jaw member ; characterized by a wire connecting the lever to the jaw member for opening or closing the jaw member ; and a secondary lumen disposed in one of the jaw elements .
A high pressure, free-radical polymerization process for polymerizing an ethylene-based polymer, said process comprising polymerizing ethylene, in a reactor configuration comprising a reactor with at least two reaction zones, a first reaction zone and a reaction zone located downstream from the first reaction zone; and wherein Carbon Monoxide (CO) is added to the reactor in at least one reaction zone located downstream from the first reaction zone, and wherein, less than, or equal to, 60 weight percent of the total amount of CO, is fed to the first reaction zone. Carbon Monoxide (CO) is added to the reactor in at least one reaction zone located downstream from the first reaction zone, and wherein, less than, or equal to, 60 weight percent of the total amount of CO, is fed to the first reaction zone.
Hose device for cleaning and/or inspecting pipelines, having: an inner hose for passing an operating fluid therethrough; a supply line which has a plurality of electrical conductors , wherein the supply line is wound spirally around an outer circumference of the inner hose in an end portion of the inner hose with a first lay length (s1) and at least in a central region of the inner hose with a second lay length (s2), wherein the first lay length (s1) is shorter than the second lay length (s2); an outer hose which surrounds the inner hose and the supply line at least in the central region ; and a protective hose piece which surrounds the inner hose and the supply line in the end portion . an inner hose for passing an operating fluid therethrough; a supply line which has a plurality of electrical conductors , wherein the supply line is wound spirally around an outer circumference of the inner hose in an end portion of the inner hose with a first lay length (s1) and at least in a central region of the inner hose with a second lay length (s2), wherein the first lay length (s1) is shorter than the second lay length (s2); an outer hose which surrounds the inner hose and the supply line at least in the central region ; and a protective hose piece which surrounds the inner hose and the supply line in the end portion .
Personalised air purification device for blowing out purified air via a blow-out part in the direction of the body of a user, having a blow-out part and a housing , which has at least one air intake region for taking air into the housing and at least one air blow-out region for blowing the purified air out from the housing , wherein the blow-out part is attached on the air blow-out region of the housing with a releasable attachment , characterised in that the housing-side air blow-out region consists of a number of blow-out lamellae arranged radially on the outer circumference of the housing and on which the blow-out part is releasably attached.
A method of selecting a transmission resource for a transport block, TB, by a user equipment, UE, in a wireless communication system, the method comprising: randomly selecting a first frequency band for a first TB among a plurality of frequency bands in which a system band is divided by a preconfigured frequency interval; randomly selecting a first time resource for the first TB; determining first frequency resources within first frequency band; and transmitting the first TB using the first frequency resources and the first time resource, wherein the first frequency band includes a guard band formed by limiting a size of the first frequency resources, wherein the UE randomly selects a second time resource for a second TB, which is a repetitive transmission of the first TB, and determines second frequency resources for the second TB based on an time interval between the first time resource and the second time resource, wherein when the time interval is equal to or greater than a preconfigured threshold, the second frequency resource is determined within a second frequency band randomly selected from among the plurality of frequency bands, and wherein when the time interval is less than the preconfigured threshold, the second frequency resource is determined only within the first frequency band. randomly selecting a first frequency band for a first TB among a plurality of frequency bands in which a system band is divided by a preconfigured frequency interval; randomly selecting a first time resource for the first TB; determining first frequency resources within first frequency band; and transmitting the first TB using the first frequency resources and the first time resource, wherein the first frequency band includes a guard band formed by limiting a size of the first frequency resources, wherein the UE randomly selects a second time resource for a second TB, which is a repetitive transmission of the first TB, and determines second frequency resources for the second TB based on an time interval between the first time resource and the second time resource, wherein when the time interval is equal to or greater than a preconfigured threshold, the second frequency resource is determined within a second frequency band randomly selected from among the plurality of frequency bands, and wherein when the time interval is less than the preconfigured threshold, the second frequency resource is determined only within the first frequency band.
A physical-limit filtering method, comprising: determining a current speed of a tracked object ; calculating, when the current speed is greater than a maximum physical speed , a new location that is achievable by the tracked object based on the maximum physical speed, said calculating being based on one or more previous averaged location points (230 , 230 ) of the tracked object; and replacing a latest averaged location point (230 ) with the new location. determining a current speed of a tracked object ; calculating, when the current speed is greater than a maximum physical speed , a new location that is achievable by the tracked object based on the maximum physical speed, said calculating being based on one or more previous averaged location points (230 , 230 ) of the tracked object; and replacing a latest averaged location point (230 ) with the new location.
A system for supplementing a fixed fuel source for an engine with a motor-generator , the system comprising: a motor-generator including a motor and a generator; an engine ; a mechanical load device driven by the engine ; and a controller characterized in that the engine is configured to provide a first torque from a fixed fuel source from an independent variable flow input , wherein the fixed fuel source is independent of the engine and set external to the engine ; that the mechanical load device is configured to require a second torque defined by an independent flow device; and that the controller is configured to compare the first torque and the second torque, provide a first control signal to the motor to provide power to the engine when the second torque exceeds the first torque and provide a second control signal to the generator to draw power from the engine when the first torque exceeds the second torque. a motor-generator including a motor and a generator; an engine ; a mechanical load device driven by the engine ; and a controller characterized in that the engine is configured to provide a first torque from a fixed fuel source from an independent variable flow input , wherein the fixed fuel source is independent of the engine and set external to the engine ; that the mechanical load device is configured to require a second torque defined by an independent flow device; and that the controller is configured to compare the first torque and the second torque, provide a first control signal to the motor to provide power to the engine when the second torque exceeds the first torque and provide a second control signal to the generator to draw power from the engine when the first torque exceeds the second torque.
A low-temperature distillation facility (LTD) with one or more stages (i) having different mean temperatures T i , for distilling a mixed fluid into a pure fluid , wherein each stage comprises an evaporator (2, E i ) with a vapour space and with a warmer T i +ΔT mixed fluid which can be introduced, as well as a condenser (3, C i ) with a vapour space and with a cooler T i -ΔT pure fluid which can be sprayed in, and wherein the vapour spaces of the evaporator (2, E i ) and of the condenser (3, C i ) are connected to one another into a common vapour space by way of vapour connections , in a manner such that the pressure and the temperature therein can equalise at all times in an unhindered manner, characterised by at least one aggregation device which at the entry side is connected to the vapour space of a supercooling chamber , wherein captured mixed fluid from an evaporator , with several evaporators (E i ) from that of the coolest stage (E n ), can be brought into the supercooling chamber , and said aggregation device at the exit side is connected to the vapour space of a superheating chamber , wherein captured pure fluid from a condenser , with several condensers (C i ) from that of the warmest stage (C 1 ) can be sprayed into the superheating chamber , wherein the aggregation device is moreover connected to an energy source , for cooling the temperature in the supercooling chamber and for heating the temperature in the superheating chamber , wherein vapour flows from the supercooling chamber to the superheating chamber via the aggregation device during the process, and wherein a heat exchanger is arranged between the exits of the supercooling chamber and of the superheating chamber , for cooling the hot captured pure fluid from the superheating chamber , as the entry into the condenser , with several condensers (C i ) into that of coolest stage (C n ), as well as for heating the cold, captured mixed fluid from the supercooling chamber , as the entry into an evaporator , with several evaporators (Ei) into that of the warmest stage (E 1 ).
A polishing head for pressing a polishing tool against a substrate, comprising: a polishing-tool pressing member for supporting a polishing tool; a movable shaft coupled to the polishing-tool pressing member; a housing which houses the movable shaft therein; and a diaphragm which forms a pressure chamber between an end portion of the movable shaft and the housing, the diaphragm including a central portion in contact with the end portion of the movable shaft, characterised in that the diaphragm further includes an inner wall portion connecting with the central portion and extending along a side surface of the movable shaft, a folded-back portion connecting with the inner wall portion and having a curved cross section, and an outer wall portion connecting with the folded-back portion and located outside the inner wall portion. a polishing-tool pressing member for supporting a polishing tool; a movable shaft coupled to the polishing-tool pressing member; a housing which houses the movable shaft therein; and a diaphragm which forms a pressure chamber between an end portion of the movable shaft and the housing, the diaphragm including a central portion in contact with the end portion of the movable shaft, characterised in that the diaphragm further includes an inner wall portion connecting with the central portion and extending along a side surface of the movable shaft, a folded-back portion connecting with the inner wall portion and having a curved cross section, and an outer wall portion connecting with the folded-back portion and located outside the inner wall portion.
Battery holder for a transport vehicle, the battery holder comprising a frame and a floor delimiting between them a housing intended to receive all or part of a battery, said frame having a closed shape comprising a first corner and a second corner , the frame being connected to the floor and comprising: - a main frame part comprising a main profile formed in one piece, said main profile extending along a bending curve between a first end and a second end of the main profile , said bending curve comprising a first curved portion disposed between the first end and the second end ; and - a closing frame part distinct from the main frame part , and comprising a closing element extending along a lateral direction between a primary end portion and a secondary end portion of the closing element , the closing element presenting externally a cooperation surface ; and the first end of the main profile leaning on the cooperation surface and being secured to the cooperation surface at the primary end portion of the closing element so as to form the first corner of the closed shape of the frame , and the second end of the main profile leaning on the cooperation surface and being secured to the cooperation surface of the closing element at the secondary end portion of the closing element so as to form the second corner of the closed shape of the frame , the arrangement constituted by the main profile and the closing element assembled together forming said closed shape connected to the floor . - a main frame part comprising a main profile formed in one piece, said main profile extending along a bending curve between a first end and a second end of the main profile , said bending curve comprising a first curved portion disposed between the first end and the second end ; and - a closing frame part distinct from the main frame part , and comprising a closing element extending along a lateral direction between a primary end portion and a secondary end portion of the closing element , the closing element presenting externally a cooperation surface ; and