mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for forming at least one thread-wrapped member, said apparatus including: a rotatable member , wherein said rotatable member is provided with an aperture located therein, wherein said aperture is located in a substantially central position on said rotatable member ; two or more holding members protruding from said rotatable member; guide means , having apertures , associated with each of said two or more holding members ; said two or more holding members having at least one spool and/or the like of a threaded material located thereon; said two or more holding members being offset from, and substantially parallel to, the axis of rotation of the rotatable member such that upon rotation of said rotatable member, said threaded material, which is fed through said apertures , is positioned to wrap around an article receivable through the aperture and connect to a first end of said article , in use; wherein the rotatable member is mounted for rotation in a housing , said housing including means to allow the powered or manual movement of the rotatable member , and characterised in that said apparatus is provided with a base portion , wherein said housing is movable on said base portion relative to a support portion located on said base portion . a rotatable member , wherein said rotatable member is provided with an aperture located therein, wherein said aperture is located in a substantially central position on said rotatable member ; two or more holding members protruding from said rotatable member; guide means , having apertures , associated with each of said two or more holding members ; said two or more holding members having at least one spool and/or the like of a threaded material located thereon; said two or more holding members being offset from, and substantially parallel to, the axis of rotation of the rotatable member such that upon rotation of said rotatable member, said threaded material, which is fed through said apertures , is positioned to wrap around an article receivable through the aperture and connect to a first end of said article , in use; wherein the rotatable member is mounted for rotation in a housing , said housing including means to allow the powered or manual movement of the rotatable member , and characterised in that said apparatus is provided with a base portion , wherein said housing is movable on said base portion relative to a support portion located on said base portion .
A water electrolysis system comprising: a water electrolysis tank including an anode chamber including an anode therein and configured to electrolyze water by electric power to generate an oxygen gas, the electric power being supplied from an outside, a cathode chamber including a cathode therein and configured to electrolyze the water by the electric power to generate a hydrogen gas, and a diaphragm arranged between the anode chamber and the cathode chamber; a cathode side gas passage (R2) through which a cathode side gas discharged from the cathode chamber and containing the hydrogen gas flows; a monitoring device configured to monitor at least one of a hydrogen concentration of the cathode side gas in the cathode side gas passage, an oxygen concentration of the cathode side gas in the cathode side gas passage, and an amount of electric power supplied to the water electrolysis tank; a hydrogen supply passage (R3) through which the hydrogen gas is supplied to the cathode side gas in the cathode side gas passage to increase the hydrogen concentration of the cathode side gas; and a flow regulating valve (V3, V4) configured to regulate a flow rate of the hydrogen gas supplied through the hydrogen supply passage to the cathode side gas. an anode chamber including an anode therein and configured to electrolyze water by electric power to generate an oxygen gas, the electric power being supplied from an outside, a cathode chamber including a cathode therein and configured to electrolyze the water by the electric power to generate a hydrogen gas, and a diaphragm arranged between the anode chamber and the cathode chamber; a cathode side gas passage (R2) through which a cathode side gas discharged from the cathode chamber and containing the hydrogen gas flows; a monitoring device configured to monitor at least one of a hydrogen concentration of the cathode side gas in the cathode side gas passage, an oxygen concentration of the cathode side gas in the cathode side gas passage, and an amount of electric power supplied to the water electrolysis tank; a hydrogen supply passage (R3) through which the hydrogen gas is supplied to the cathode side gas in the cathode side gas passage to increase the hydrogen concentration of the cathode side gas; and a flow regulating valve (V3, V4) configured to regulate a flow rate of the hydrogen gas supplied through the hydrogen supply passage to the cathode side gas.
A rotary wing aircraft with a fuselage that forms an aircraft interior region , the fuselage comprising an upper primary skin that separates the aircraft interior region from an aircraft upper deck arranged above the fuselage , wherein the aircraft upper deck comprises an engine accommodating region with a firewall arrangement , the engine accommodating region accommodating at least one aircraft engine within the firewall arrangement such that the firewall arrangement defines a fire proof separation and a flammable fluids tightness at least between the at least one aircraft engine and the aircraft interior region , and wherein the firewall arrangement comprises at least one gasket for tightening pass-through of a torque tube that connects the at least one aircraft engine to a main gear box of the rotary wing aircraft , wherein the at least one gasket comprises a ring-shaped fire proof bellows configured to compensate movements of the torque tube relative to the firewall arrangement , characterized in that the at least one gasket also comprises at least two fire proof shells that are removably attached to each other to form a tube-shaped structure, and that the ring-shaped flexible fire proof bellows is mounted to the at least two fire proof shells .
A polyurea or polyurethane capsule composition comprising a plurality of capsules and a capsule formation aid, wherein each of the capsules contains a polyurea or polyurethane wall and an oil core; the polyurea or polyurethane wall is formed of a reaction product of a polyisocyanate and a cross-linking agent in the presence of the capsule formation aid; the capsule formation aid is a mixture of carboxymethyl celluloses and polystyrene sulfonates, a mixture of carboxymethyl cellulose and polyvinylpyrrolidone, or a mixture of polyvinylpyrrolidone and a copolymer of vinyl pyrrolidone and quaternized dimethylaminoethyl methacrylate; the oil core contains an active material; the active material is a fragrance, a flavor, or a malodor counteracting agent; and the cross-linking agent is ethylenediamine, 1,3-diaminopropane, 1,4-diamino-butane, diethylenetriamine, pentaethylenehexamine, bis(3-aminopropyl)amine, bis(hexanethylene)triamine, tris(2-aminoethyl)amine, triethylene-tetramine, N,N'-bis(3-aminopropyl)-1,3-propanediamine, tetraethylenepentamine, penta-ethylenehexamine, branched polyethylenimine, chitosan, nisin, gelatin, 1,3-diamino-guanidine, 1,1-dimethylbiguanide, guanidine, arginine, lysine, ornithine, or a combination thereof. each of the capsules contains a polyurea or polyurethane wall and an oil core; the polyurea or polyurethane wall is formed of a reaction product of a polyisocyanate and a cross-linking agent in the presence of the capsule formation aid; the capsule formation aid is a mixture of carboxymethyl celluloses and polystyrene sulfonates, a mixture of carboxymethyl cellulose and polyvinylpyrrolidone, or a mixture of polyvinylpyrrolidone and a copolymer of vinyl pyrrolidone and quaternized dimethylaminoethyl methacrylate; the oil core contains an active material; the active material is a fragrance, a flavor, or a malodor counteracting agent; and the cross-linking agent is ethylenediamine, 1,3-diaminopropane, 1,4-diamino-butane, diethylenetriamine, pentaethylenehexamine, bis(3-aminopropyl)amine, bis(hexanethylene)triamine, tris(2-aminoethyl)amine, triethylene-tetramine, N,N'-bis(3-aminopropyl)-1,3-propanediamine, tetraethylenepentamine, penta-ethylenehexamine, branched polyethylenimine, chitosan, nisin, gelatin, 1,3-diamino-guanidine, 1,1-dimethylbiguanide, guanidine, arginine, lysine, ornithine, or a combination thereof.
A programmable display device for displaying a status of a device connected to a programmable logic controller , PLC, characterized by comprising: a communication section configured to communicate with the PLC ; an operation accepting section configured to accept input operation by an end user; an obtaining section configured to obtain, from the PLC , via the communication section , numerical data related to the device so as to display a status of the device; a setting accepting section configured to accept a process setting by detecting, from the operation accepting section , the input operation to a setting screen (SP1-SP4) displayed in response to predetermined operation, the process setting concerning (a) a content of a process to be executed for the numerical data obtained by the obtaining section and (b) information for executing the process; and a process executing section configured to execute the process including the content, on the basis of the information and in accordance with the process setting accepted by the setting accepting section , the setting accepting section being further configured to accept the process setting in a state in which the status of the device obtained from the numerical data by the obtaining section is displayed on the setting screen (SP1-SP4). a communication section configured to communicate with the PLC ; an operation accepting section configured to accept input operation by an end user; an obtaining section configured to obtain, from the PLC , via the communication section , numerical data related to the device so as to display a status of the device; a setting accepting section configured to accept a process setting by detecting, from the operation accepting section , the input operation to a setting screen (SP1-SP4) displayed in response to predetermined operation, the process setting concerning (a) a content of a process to be executed for the numerical data obtained by the obtaining section and (b) information for executing the process; and a process executing section configured to execute the process including the content, on the basis of the information and in accordance with the process setting accepted by the setting accepting section , the setting accepting section being further configured to accept the process setting in a state in which the status of the device obtained from the numerical data by the obtaining section is displayed on the setting screen (SP1-SP4).
A method of grinding a parting/grooving insert by rotating a grinding wheel including a plane grinding surface , having a normal vector parallel to the axis of rotation (X) and a tangential direction of rotation (R) in the grinding surface plane, providing a parting/grooving insert comprising a rake surface , a main clearance surface , and a main cutting edge formed between the rake surface and the main clearance surface, orienting and positioning the parting/grooving insert relative to the plane grinding surface such that the main clearance surface is parallel to the plane grinding surface , and such that a normal vector (N) of the main cutting edge, as seen in the plane of the main clearance surface and in the direction of rotation, forms an angle (α) to the tangential direction of rotation (R) at the position of the parting/grooving insert, the angle being at least 20 degrees from parallel orientation and grinding the main clearance surface, thus obtaining grinding marks having an angle (α) to the normal vector of the main cutting edge corresponding to the angle to the tangential direction of rotation, characterised in that the angle (α) to the tangential direction of rotation (R) is less than 70 degrees from a parallel orientation. rotating a grinding wheel including a plane grinding surface , having a normal vector parallel to the axis of rotation (X) and a tangential direction of rotation (R) in the grinding surface plane, providing a parting/grooving insert comprising a rake surface , a main clearance surface , and a main cutting edge formed between the rake surface and the main clearance surface, orienting and positioning the parting/grooving insert relative to the plane grinding surface such that the main clearance surface is parallel to the plane grinding surface , and such that a normal vector (N) of the main cutting edge, as seen in the plane of the main clearance surface and in the direction of rotation, forms an angle (α) to the tangential direction of rotation (R) at the position of the parting/grooving insert, the angle being at least 20 degrees from parallel orientation and grinding the main clearance surface, thus obtaining grinding marks having an angle (α) to the normal vector of the main cutting edge corresponding to the angle to the tangential direction of rotation, characterised in that the angle (α) to the tangential direction of rotation (R) is less than 70 degrees from a parallel orientation.
A stator assembly for a gas turbine engine , the stator assembly comprising: an inner air seal carrier having a mounting body ; a plurality of guide vanes secured to the mounting body via a plurality of fasteners , each of the plurality of fasteners comprising a nut and a bolt ; characterized in further comprising, a fastener retention mechanism (200; 300; 400) secured to the mounting body via the plurality of fasteners , the fastener retention mechanism (200; 300; 400) comprising: a housing defining an inner chamber ; a filler located within the inner chamber ; and wherein portions of the plurality of fasteners are encapsulated within the filler , wherein the nut is located completely within the inner chamber . an inner air seal carrier having a mounting body ; a plurality of guide vanes secured to the mounting body via a plurality of fasteners , each of the plurality of fasteners comprising a nut and a bolt ; characterized in further comprising, a fastener retention mechanism (200; 300; 400) secured to the mounting body via the plurality of fasteners , the fastener retention mechanism (200; 300; 400) comprising: a housing defining an inner chamber ; a filler located within the inner chamber ; and a housing defining an inner chamber ; a filler located within the inner chamber ; and wherein portions of the plurality of fasteners are encapsulated within the filler , wherein the nut is located completely within the inner chamber .
A method for minimizing battery power consumption by a user equipment, UE, in a Radio Resource Control, RRC, connected mode for cell detection in a heterogeneous network, wherein the method comprises: receiving , from a serving cell, a relaxed cell detection indication for a specified frequency to initiate a relaxed cell detection of the UE on the specified frequency; and applying relaxed cell detection using normal measurement gaps for detecting at least one cell on the specified frequency based on a relaxed time duration which is allowed for the UE to detect the least one cell on the specific frequency, upon receiving the relaxed detection indication from the serving cell, wherein the relaxed time duration associated with the relaxed cell detection indication is determined based on a scaling factor for scaling a cell detection performance, and wherein the relaxed time duration is relaxed compared to a normal cell detection requirement. receiving , from a serving cell, a relaxed cell detection indication for a specified frequency to initiate a relaxed cell detection of the UE on the specified frequency; and applying relaxed cell detection using normal measurement gaps for detecting at least one cell on the specified frequency based on a relaxed time duration which is allowed for the UE to detect the least one cell on the specific frequency, upon receiving the relaxed detection indication from the serving cell, wherein the relaxed time duration associated with the relaxed cell detection indication is determined based on a scaling factor for scaling a cell detection performance, and wherein the relaxed time duration is relaxed compared to a normal cell detection requirement.
A communications system , wherein the communications system comprises an access network, AN, device and user equipment , UE, wherein the AN device is configured to receive (S303) a base key sent by a key management device in a core network, wherein the base key is a key generated from two-way authentication between the UE and the core network, or the base key is a key derived from the key generated from the two-way authentication based on a derivation rule that is defined in advance in a communication protocol; the AN device and the UE are both configured to process the base key according to a preset rule to generate (S304, S305) an air interface protection key; the UE is further configured to: protect (S306) a target field in an uplink protocol data unit PDU by using the air interface protection key, and send (S307) the uplink protocol data unit with the protected target field to the AN device , wherein the target field comprises information used to identify a session between the UE and a target node, and data of the session between the target node and the UE needs to pass through the AN device during transmission; and the AN is configured to: receive (S308) the uplink protocol data unit, and parse the target field in the uplink protocol data unit by using the air interface protection key, wherein the AN device is configured to: protect (S309) a target field in a downlink protocol data unit by using the air interface protection key, and send (S310) the downlink protocol data unit with the protected target field to the UE ; and the UE is configured to: receive (S311) the downlink protocol data unit, and parse the target field in the downlink protocol data unit by using the air interface protection key, wherein the protecting the target field in the downlink protocol data unit, PDU, by using the air interface protection key is: protecting the target field in the downlink protocol data unit by using the air interface protection key according to a rule defined in an air interface policy obtained in advance, wherein a use rule of a key is defined in the air interface policy; and the parsing the target field in the downlink protocol data unit by using the air interface protection key is: parsing the target field in the downlink protocol data unit by using the air interface protection key according to the rule defined in the air interface policy obtained in advance.
An RF lens comprising: a first plurality of radiators (202 1,1 -202 11,11 ) adapted to radiate electromagnetic waves to power a device positioned away from the RF lens , wherein the plurality of radiators (202 1,1 -202 11,11 ) operate at a first frequency; and a plurality of locked loop circuits adapted to control phases of the electromagnetic waves radiated by the first plurality of radiators (202 1,1 -202 11,11 ) such that the phase of the electromagnetic wave radiated by each of the plurality of radiators (202 1,1 -202 11,11 ) is set in accordance with a distance between the radiator and the device , wherein said plurality of locked loop circuits are further adapted to lock a phase or a frequency of the electromagnetic wave radiated by each of the first plurality of radiators (202 1,1 -202 11,11 ) to a phase or a frequency of a reference signal; wherein each radiator comprises an antenna ; characterised in that each radiator comprises a switch (S 1 ) configured to switch the radiator between power transfer, wherein the switch (S 1 ) couples the antenna to a power amplifier , and tracking, wherein the switch (S 1 ) couples the antenna to a receiver amplifier and a phase recovery circuit . a first plurality of radiators (202 1,1 -202 11,11 ) adapted to radiate electromagnetic waves to power a device positioned away from the RF lens , wherein the plurality of radiators (202 1,1 -202 11,11 ) operate at a first frequency; and a plurality of locked loop circuits adapted to control phases of the electromagnetic waves radiated by the first plurality of radiators (202 1,1 -202 11,11 ) such that the phase of the electromagnetic wave radiated by each of the plurality of radiators (202 1,1 -202 11,11 ) is set in accordance with a distance between the radiator and the device , wherein said plurality of locked loop circuits are further adapted to lock a phase or a frequency of the electromagnetic wave radiated by each of the first plurality of radiators (202 1,1 -202 11,11 ) to a phase or a frequency of a reference signal; wherein each radiator comprises an antenna ; characterised in that each radiator comprises a switch (S 1 ) configured to switch the radiator between power transfer, wherein the switch (S 1 ) couples the antenna to a power amplifier , and tracking, wherein the switch (S 1 ) couples the antenna to a receiver amplifier and a phase recovery circuit .
A method for a graphical user interface, the method comprising: causing presentation of a first application in a first window and a second application in a second window , wherein presentation of the first application in the first window is larger than the second application in the second window ; receiving a drag event message comprising a payload from the first application in the first window , the payload comprising a data type and a first resource identifier; transmitting the drag event message to the second application that causes the second application in the second window to present an updated user interface indication in the second window based at least in part on the data type; receiving a drop event message comprising: (i) a source indication identifying the first application in the first window , (ii) a destination indication identifying the second application in the second window , and (iii) the first resource identifier; in response to receiving the drop event message, transmitting an update message to the second application that causes the second application in the second window to retrieve first data indicated by the first resource identifier; and causing an updated presentation of the second application in the second window as larger than the first application in the first window based at least in part on the source indication and the destination indication of the drop event message, wherein the method is performed by one or more computer hardware processors . causing presentation of a first application in a first window and a second application in a second window , wherein presentation of the first application in the first window is larger than the second application in the second window ; receiving a drag event message comprising a payload from the first application in the first window , the payload comprising a data type and a first resource identifier; transmitting the drag event message to the second application that causes the second application in the second window to present an updated user interface indication in the second window based at least in part on the data type; receiving a drop event message comprising: (i) a source indication identifying the first application in the first window , (ii) a destination indication identifying the second application in the second window , and (iii) the first resource identifier; in response to receiving the drop event message, transmitting an update message to the second application that causes the second application in the second window to retrieve first data indicated by the first resource identifier; and causing an updated presentation of the second application in the second window as larger than the first application in the first window based at least in part on the source indication and the destination indication of the drop event message, wherein the method is performed by one or more computer hardware processors .