mhurhangee/patent-ind-claim-en huggingface dataset:
A striking torque adjustment device of hydraulic torque wrench having a liner rotated by a rotor , and a main shaft and a blade disposed inside of the liner , wherein: said liner is provided with a cylinder portion formed in parallel to the rotation axis, and also a hydraulic fluid flow path is formed which opens to the cylinder portion to communicate with the interior of the liner serving as a high-pressure chamber and a low-pressure chamber at the time of occurrence of a striking torque; a cylindrical valve element having a cutout portion serving as a flow path for hydraulic oil formed on the outer peripheral surface portion is disposed inside said cylinder portion so as to be freely rotatable; characterised in that the centre of gravity of the valve element is offset from the central axis by forming the cutout portion , whereby the rotational position of the valve element changes inside the cylinder portion by means of centrifugal force caused by the revolution of the valve element obtained from rotation of said liner and an inertial force caused by the rotation of the valve element obtained from the sudden braking of the liner at the time of generation of the pulse; and an automatic relief mechanism is provided in which the change in the rotational position of said valve element inside the cylinder portion changes the overlapping area of the hydraulic fluid flow path of the cylinder portion and the cutout portion of the valve element so as to adjust the flow rate of the hydraulic fluid from the side of the high-pressure chamber to the side of the low-pressure chamber via the hydraulic fluid flow path and the cutout portion of the valve element . said liner is provided with a cylinder portion formed in parallel to the rotation axis, and also a hydraulic fluid flow path is formed which opens to the cylinder portion to communicate with the interior of the liner serving as a high-pressure chamber and a low-pressure chamber at the time of occurrence of a striking torque; a cylindrical valve element having a cutout portion serving as a flow path for hydraulic oil formed on the outer peripheral surface portion is disposed inside said cylinder portion so as to be freely rotatable; characterised in that the centre of gravity of the valve element is offset from the central axis by forming the cutout portion , whereby the rotational position of the valve element changes inside the cylinder portion by means of centrifugal force caused by the revolution of the valve element obtained from rotation of said liner and an inertial force caused by the rotation of the valve element obtained from the sudden braking of the liner at the time of generation of the pulse; and an automatic relief mechanism is provided in which the change in the rotational position of said valve element inside the cylinder portion changes the overlapping area of the hydraulic fluid flow path of the cylinder portion and the cutout portion of the valve element so as to adjust the flow rate of the hydraulic fluid from the side of the high-pressure chamber to the side of the low-pressure chamber via the hydraulic fluid flow path and the cutout portion of the valve element .
A lifting jack system for a motor vehicle having a plurality of lifting jack elements , the lifting jack elements being fixedly installed on the motor vehicle , such that the motor vehicle is at least partially lifted when the lifting jack elements are actuated, the lifting jack elements being implemented for being electrically powered, characterized in that an electrical contact is accessibly disposed on the exterior of the motor vehicle and coupled to the plurality of lifting jack elements for actuating the plurality of lifting jack elements by means thereof, and for partially or completely providing the electrical energy required for operating the plurality of lifting jack elements . the lifting jack elements being fixedly installed on the motor vehicle , such that the motor vehicle is at least partially lifted when the lifting jack elements are actuated, the lifting jack elements being implemented for being electrically powered, characterized in that an electrical contact is accessibly disposed on the exterior of the motor vehicle and coupled to the plurality of lifting jack elements for actuating the plurality of lifting jack elements by means thereof, and for partially or completely providing the electrical energy required for operating the plurality of lifting jack elements .
An aircraft electrical apparatus comprising an engine starter motor control unit configured to provide an AC input voltage to a transformer rectifier unit , the aircraft electrical apparatus characterized in that the AC input voltage frequency is selected to be above that of an AC supply bus from which the engine starter motor control unit is supplied.
A method of producing an abrasive article, the method comprising: moving a production tool along a first web path, the production tool having a first end and a second end spliced together forming a spliced area ; providing first shaped abrasive particles to a plurality of cavities formed in a dispensing surface of the production tool ; moving a resin coated backing along a second web path; dispensing the first shaped abrasive particles from the plurality of cavities to the resin coated backing ; the method characterized in that it further comprises dispensing second shaped abrasive particles to the resin coated backing into gaps in the first shaped abrasive particles caused by an absence of the plurality of cavities in the spliced area . moving a production tool along a first web path, the production tool having a first end and a second end spliced together forming a spliced area ; providing first shaped abrasive particles to a plurality of cavities formed in a dispensing surface of the production tool ; moving a resin coated backing along a second web path; dispensing the first shaped abrasive particles from the plurality of cavities to the resin coated backing ; the method characterized in that it further comprises dispensing second shaped abrasive particles to the resin coated backing into gaps in the first shaped abrasive particles caused by an absence of the plurality of cavities in the spliced area .
Analysis device for testing an in particular biological sample (P) by means of a receivable cartridge , the analysis device comprising a receiving unit for receiving, positioning and/or holding the cartridge and a connection unit for mechanically, electrically, thermally and/or fluidically connecting the cartridge , wherein the receiving unit can be moved relative to the connection unit in order to hold the cartridge in a clamped manner between said receiving unit and said connection unit and/or to connect the cartridge to the connection unit and/or to position the cartridge on said connection unit , characterised in that the analysis device comprises an actuator unit for mechanically actuating or forcing open one or more valves of the cartridge , and in that the actuator unit and the receiving unit can be moved together in a first period of movement and can be moved relative to one another (in a movement direction) in a second period of movement.
A method, implemented by an electronic device, comprising: displaying a first user interface on a screen of the electronic device; detecting (S101-S103) a first operation on the first user interface; detecting (S101-S103) that the electronic device fails to respond to the first operation; detecting (S101-S103) a plurality of consecutive operations on a key within a first time, wherein the key comprises at least one of a home key, a back key, or a power key; and determining (S104-S105) that an actual fault occurs on the electronic device when the electronic device fails to respond to the plurality of consecutive operations, the method further comprising: before detecting the first operation and detecting that the electronic device fails to respond to the first operation, determining (S108) whether a suspected fault occurs on the electronic device according to at least one of central processing unit or memory usage of the electronic device; and determining (S109) that the actual fault is caused by the suspected fault. displaying a first user interface on a screen of the electronic device; detecting (S101-S103) a first operation on the first user interface; detecting (S101-S103) that the electronic device fails to respond to the first operation; detecting (S101-S103) a plurality of consecutive operations on a key within a first time, wherein the key comprises at least one of a home key, a back key, or a power key; and determining (S104-S105) that an actual fault occurs on the electronic device when the electronic device fails to respond to the plurality of consecutive operations, the method further comprising: before detecting the first operation and detecting that the electronic device fails to respond to the first operation, determining (S108) whether a suspected fault occurs on the electronic device according to at least one of central processing unit or memory usage of the electronic device; and determining (S109) that the actual fault is caused by the suspected fault. before detecting the first operation and detecting that the electronic device fails to respond to the first operation, determining (S108) whether a suspected fault occurs on the electronic device according to at least one of central processing unit or memory usage of the electronic device; and determining (S109) that the actual fault is caused by the suspected fault.
An adaptive milking system, comprising: a milk meter operable to: measure a flow rate of milking an animal during a first period of time; and monitor the flow rate of milking the animal; a controller communicatively coupled to the milk meter and operable to: calculate a percentage of the measured flow rate; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) a default threshold flow rate and (b) the calculated percentage of the measured flow rate; and a detacher communicatively coupled to the controller and operable to remove a milking unit from the animal when the delay timer reaches a threshold time. a milk meter operable to: measure a flow rate of milking an animal during a first period of time; and monitor the flow rate of milking the animal; measure a flow rate of milking an animal during a first period of time; and monitor the flow rate of milking the animal; a controller communicatively coupled to the milk meter and operable to: calculate a percentage of the measured flow rate; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) a default threshold flow rate and (b) the calculated percentage of the measured flow rate; and calculate a percentage of the measured flow rate; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) a default threshold flow rate and (b) the calculated percentage of the measured flow rate; and a detacher communicatively coupled to the controller and operable to remove a milking unit from the animal when the delay timer reaches a threshold time.
An air treatment apparatus comprising: a body ; an air flow generator housed within the body and arranged to generate an air flow; an evaporator assembly removably disposed within the body and arranged to introduce water vapour into the air flow; and a water supply system arranged to provide water to the evaporator assembly; wherein the water supply system comprises a water tank assembly that is separable from the body, the water tank assembly comprising a water tank having a tank opening ; wherein the tank opening is configured to allow the evaporator assembly to fit through the tank opening and the evaporator assembly is configured to fit within an interior volume of the water tank, characterised in that , the water tank assembly further comprises a water pump for pumping water from the water tank to the evaporator assembly , and the water supply system further comprises a water supply pipe disposed within a column that is arranged to convey water to the evaporator assembly , wherein the water pump is arranged to pump water from the water tank into the water supply pipe. a body ; an air flow generator housed within the body and arranged to generate an air flow; an evaporator assembly removably disposed within the body and arranged to introduce water vapour into the air flow; and a water supply system arranged to provide water to the evaporator assembly; wherein the water supply system comprises a water tank assembly that is separable from the body, the water tank assembly comprising a water tank having a tank opening ; wherein the tank opening is configured to allow the evaporator assembly to fit through the tank opening and the evaporator assembly is configured to fit within an interior volume of the water tank, characterised in that , the water tank assembly further comprises a water pump for pumping water from the water tank to the evaporator assembly , and the water supply system further comprises a water supply pipe disposed within a column that is arranged to convey water to the evaporator assembly , wherein the water pump is arranged to pump water from the water tank into the water supply pipe.
A method, comprising: predicting individual color shifts of each of multiple phosphor-containing white LEDs over a period of time; selecting, from the multiple phosphor-containing white LEDs , a combination of two or more phosphor-containing white LEDs based on the predicted individual color shifts so that their individual predicted color shifts compensate each other partially or fully. predicting individual color shifts of each of multiple phosphor-containing white LEDs over a period of time; selecting, from the multiple phosphor-containing white LEDs , a combination of two or more phosphor-containing white LEDs based on the predicted individual color shifts so that their individual predicted color shifts compensate each other partially or fully.
Penetrometer for statically measuring the penetration resistance of soil, comprising a central rod terminated at a first end by a measuring tip , and a hollow tube surrounding the central rod and inside which the latter can slide, the penetrometer being characterized in that the hollow tube comprises: • a first portion having at least one seal between its inner wall and the central rod , the first portion of the hollow tube extending at least 2 meters above the measuring tip of the central rod , • a second portion , upstream of the first portion , having a diameter (d2) smaller than that (d1) of the first portion , and inside which a fluid is intended to be injected; • at least one expulsion opening located between the first and the second portion, said fluid being intended to exit through the expulsion opening . • a first portion having at least one seal between its inner wall and the central rod , the first portion of the hollow tube extending at least 2 meters above the measuring tip of the central rod , • a second portion , upstream of the first portion , having a diameter (d2) smaller than that (d1) of the first portion , and inside which a fluid is intended to be injected; • at least one expulsion opening located between the first and the second portion, said fluid being intended to exit through the expulsion opening .
System for storing energy in the form of potential energy and for producing electrical energy, said system being deployed in a volume of water delimited by a bottom, and said system comprising: - a floating structure on the surface of the volume of water , - at least one linear and continuous solid mass, for example a line , connected to a platform of the floating structure and movable between a high position and a low position, - at least one device for driving one or more of said mass(es) between its high and low positions, - a motor/generator coupled to the device for driving said mass(es), characterized in that each of said masses comprises: - an upper end located at the surface of the volume of water , - an opposite end which is free or connected to the bottom of the volume of water, - a portion resting on the bottom , referred to as the trailing portion, which is at a maximum (Lt) when said mass is in the low position, - a suspended portion, which is at a maximum (Ls) from the moment a trailing portion exists, said mass being able to adopt any intermediate positions between its high position and its low position, in which intermediate positions the length of its portion extending over the bottom is less than that of the maximum trailing portion (Lt). - a floating structure on the surface of the volume of water , - at least one linear and continuous solid mass, for example a line , connected to a platform of the floating structure and movable between a high position and a low position, - at least one device for driving one or more of said mass(es) between its high and low positions, - a motor/generator coupled to the device for driving said mass(es), - an upper end located at the surface of the volume of water , - an opposite end which is free or connected to the bottom of the volume of water, - a portion resting on the bottom , referred to as the trailing portion, which is at a maximum (Lt) when said mass is in the low position, - a suspended portion, which is at a maximum (Ls) from the moment a trailing portion exists, said mass being able to adopt any intermediate positions between its high position and its low position, in which intermediate positions the length of its portion extending over the bottom is less than that of the maximum trailing portion (Lt).
A method comprising: enabling a first user to define a message for display to at least a second user , wherein the message comprises user-defined message content for display and message metadata , not for display, defining first three-dimensional spatial information , wherein the first three-dimensional spatial information defines a location in a first three-dimensional scene viewed by the first user that is viewed or viewable by the second user ; and enabling rendering of the user-defined message content in a second three-dimensional scene viewed by the second user , wherein the user-defined message content moves, within the second three-dimensional scene , along a three-dimensional trajectory dependent upon the first three-dimensional spatial information and three-dimensional spatial information of the second user , wherein the three-dimensional spatial information of the second user comprises the location , the orientation and the field of view of the second user and determines the second three-dimensional scene . enabling a first user to define a message for display to at least a second user , wherein the message comprises user-defined message content for display and message metadata , not for display, defining first three-dimensional spatial information , wherein the first three-dimensional spatial information defines a location in a first three-dimensional scene viewed by the first user that is viewed or viewable by the second user ; and enabling rendering of the user-defined message content in a second three-dimensional scene viewed by the second user , wherein the user-defined message content moves, within the second three-dimensional scene , along a three-dimensional trajectory dependent upon the first three-dimensional spatial information and three-dimensional spatial information of the second user , wherein the three-dimensional spatial information of the second user comprises the location , the orientation and the field of view of the second user and determines the second three-dimensional scene .
A system for transporting a plurality of wind turbine blades comprising: a plurality of root frame elements that are configured for supporting a root portion of a wind turbine blade, the root frame elements stacked on top of each other to form a plurality of blade stacks that are positioned in a side-by-side fashion with each other so wind turbine blades may be supported in a stacked array ; at least one bridging element spanning between a root frame element of one blade stack and a root frame element of an adjacent blade stack for laterally securing the blade stacks in the side-by-side fashion; at least one cross lashing element spanning diagonally across diagonally adjacent root frame elements of adjacent blade stacks and coupled to the said diagonally adjacent root frame elements of the adjacent blade stacks for increasing the stiffness of the blade stacks in the stacked array , and wherein at least one root frame element is coupled to multiple diagonally adjacent root frame elements by cross lashing elements , wherein at least one root frame element is coupled to multiple diagonally adjacent frame elements of multiple adjacent blade stacks by cross lashing elements , the system is characterized in that the cross-lashing element spans diagonally across root frame elements of at least two adjacent blade stacks to couple at least two adjacent root frame elements together diagonally and a root frame element of an array includes cross-lashing element which overlaps with one or more other cross lashing elements secured to the said root frame element . a plurality of root frame elements that are configured for supporting a root portion of a wind turbine blade, the root frame elements stacked on top of each other to form a plurality of blade stacks that are positioned in a side-by-side fashion with each other so wind turbine blades may be supported in a stacked array ; at least one bridging element spanning between a root frame element of one blade stack and a root frame element of an adjacent blade stack for laterally securing the blade stacks in the side-by-side fashion; at least one cross lashing element spanning diagonally across diagonally adjacent root frame elements of adjacent blade stacks and coupled to the said diagonally adjacent root frame elements of the adjacent blade stacks for increasing the stiffness of the blade stacks in the stacked array , and wherein at least one root frame element is coupled to multiple diagonally adjacent root frame elements by cross lashing elements , wherein at least one root frame element is coupled to multiple diagonally adjacent frame elements of multiple adjacent blade stacks by cross lashing elements , the system is characterized in that the cross-lashing element spans diagonally across root frame elements of at least two adjacent blade stacks to couple at least two adjacent root frame elements together diagonally and a root frame element of an array includes cross-lashing element which overlaps with one or more other cross lashing elements secured to the said root frame element .