mhurhangee/patent-ind-claim-en huggingface dataset:
A tungsten alloy part suitable for a discharge lamp part, a transmitting tube part or a magnetron part, the tungsten alloy part being a sintered body, having a relative density of 95.0% or more, and comprising: 0.1 to 5 wt% of Zr in terms of ZrC, at least two kinds selected from the group consisting of Zr, ZrC, and C, wherein contents of Zr, ZrC, and C are expressed in ZrC x where 0.2 < x < 0.7, optionally 0.01 wt% or less of at least one element selected from the group consisting of K, Si and Al, optionally 10 parts by mass or less of Hf when a content of Zr is defined as 100 parts by mass, and optionally 2 wt% or less of at least one element selected from the group consisting of Ti, V, Nb, Ta, Mo and rare earth elements, the remainder being tungsten and unavoidable impurities, wherein the tungsten alloy part comprises primary particles of ZrC having an average particle diameter of 15 μm or less, and comprises tungsten crystals having an average crystal particle diameter from 1 to 100 μm. 0.1 to 5 wt% of Zr in terms of ZrC, at least two kinds selected from the group consisting of Zr, ZrC, and C, wherein contents of Zr, ZrC, and C are expressed in ZrC x where 0.2 < x < 0.7, optionally 0.01 wt% or less of at least one element selected from the group consisting of K, Si and Al, optionally 10 parts by mass or less of Hf when a content of Zr is defined as 100 parts by mass, and optionally 2 wt% or less of at least one element selected from the group consisting of Ti, V, Nb, Ta, Mo and rare earth elements, the remainder being tungsten and unavoidable impurities, wherein the tungsten alloy part comprises primary particles of ZrC having an average particle diameter of 15 μm or less, and comprises tungsten crystals having an average crystal particle diameter from 1 to 100 μm.
Fiber web production machine comprising a turning system of a fiber web for a forming section of the fiber web production machine, which turning system is configured to be located inside a wire loop formed by a wire from which a fiber web (W) is turned towards another wire of the forming section or to a press section of the fiber web production line and comprises a turning roll , which is a smooth roll, and which turning system further comprises an underpressure device comprising a foil and configured to provide underpressure at incoming side of the turning roll , characterized in that the underpressure device further comprises a doctor and a suction box , that the underpressure device is configured to close the incoming side of the turning roll , and that the area of the incoming wire and the fiber web (W) to the turning roll is configured to be closed by means of the foil against the wire and by means of the doctor against the turning roll and by means of the suction box between the foil and the doctor .
An access control method, comprising: receiving , by an access network device, indication information from another access network device maintaining a radio resource control connection with a terminal; determining , by the access network device, a terminal as a terminal in high-speed movement based on the indication information; performing , by the access network device, a starting of a timer; when a time of the timer exceeds a preset time threshold, calculating , by the access network device, a moving speed of the terminal; and when the moving speed of the terminal is less than a preset speed threshold, forbidding, by the access network device, the terminal to access a cell of the access network device, wherein the cell of the access network device is a dedicated cell of a terminal located in a high-speed moving vehicle. receiving , by an access network device, indication information from another access network device maintaining a radio resource control connection with a terminal; determining , by the access network device, a terminal as a terminal in high-speed movement based on the indication information; performing , by the access network device, a starting of a timer; when a time of the timer exceeds a preset time threshold, calculating , by the access network device, a moving speed of the terminal; and when the moving speed of the terminal is less than a preset speed threshold, forbidding, by the access network device, the terminal to access a cell of the access network device, wherein the cell of the access network device is a dedicated cell of a terminal located in a high-speed moving vehicle.
Coin separating system , comprising - a conveying device for conveying coins (M, M1-M3) in a conveying direction (F), which is directed with at least one directional vector component counter to a gravitational direction (G), wherein the conveying device has a conveyor belt with two synchronously movable conveying strands extending parallel to each other along the conveying direction, wherein at least one driver is arranged on each conveying strand , wherein a driver of the one conveying strand and a driver of the other conveying strand form a pair of drivers for carrying along a coin, and - a coin collecting device , which has a collecting channel for collecting coins (M, M1-M3) conveyed by the conveying device , wherein the collecting channel is arranged and formed in such a way that a coin (M, M1-M3) conveyed into the collecting channel moves in the collecting channel in a falling direction (G) on account of the force of gravity, wherein the coin separating system has at least one adjustable flap device (32-39) arranged on the collecting channel , which is assigned a collecting container (321-391) and is designed to divert a coin (M, M1-M3) out of the collecting channel to the associated collecting container (321-391), wherein the at least one flap device (32-39) has an active position, in which the at least one flap device (32-39) at least partly blocks the collecting channel to divert a coin (M, M1-M3) out of the collecting channel , and a passive position, in which the at least one flap device (32-39) at least partly opens the collecting channel in order to pass a coin (M, M1-M3) along the collecting channel . - a conveying device for conveying coins (M, M1-M3) in a conveying direction (F), which is directed with at least one directional vector component counter to a gravitational direction (G), wherein the conveying device has a conveyor belt with two synchronously movable conveying strands extending parallel to each other along the conveying direction, wherein at least one driver is arranged on each conveying strand , wherein a driver of the one conveying strand and a driver of the other conveying strand form a pair of drivers for carrying along a coin, and - a coin collecting device , which has a collecting channel for collecting coins (M, M1-M3) conveyed by the conveying device , wherein the collecting channel is arranged and formed in such a way that a coin (M, M1-M3) conveyed into the collecting channel moves in the collecting channel in a falling direction (G) on account of the force of gravity,
An x-ray imaging apparatus comprising: an x-ray source ; a plurality of x-ray detectors each including a detector storage to store detector identification data; a storage unit configured to previously store detector pairing data , the detector pairing data being information on the detectors which are usable for the x-ray imaging apparatus , before receiving the detector identification data from the x-ray detectors , the detector pairing data comprising detector identification data and feature information on the corresponding x-ray detector ; and a control unit configured to receive the detector identification data from the x-ray detectors and to search for detector pairing data matching with the received detector identification data among the previously-stored detector pairing data when the detector identification data is received from the plurality of x-ray detectors . an x-ray source ; a plurality of x-ray detectors each including a detector storage to store detector identification data; a storage unit configured to previously store detector pairing data , the detector pairing data being information on the detectors which are usable for the x-ray imaging apparatus , before receiving the detector identification data from the x-ray detectors , the detector pairing data comprising detector identification data and feature information on the corresponding x-ray detector ; and a control unit configured to receive the detector identification data from the x-ray detectors and to search for detector pairing data matching with the received detector identification data among the previously-stored detector pairing data when the detector identification data is received from the plurality of x-ray detectors .
A planar storage facility comprising: a storage item placement plane ; a storage conveyor ; a retrieval conveyor ; and a storage/retrieval device which lifts and transports a storage item (c) between a desired position on the storage item placement plane and the storage conveyor and the retrieval conveyor , wherein a plurality of passage regions (P Aal ∼ P Ab3) dividing the storage item placement plane into small areas (S Aal ∼ S Ab4) are established in the storage item placement plane , and at least one end of the passage regions (P Aal ∼ P Ab3) opens to an outside of a periphery of the storage item placement plane and is configured such that an operation of manually transporting out the storage item (c) in the small areas (S Aal ∼ S Ab4) can be performed from within the passage regions (P Aal ∼ P Ab3) forming the small areas (S Aal ∼ S Ab4); characterized in that : in a full state where the storage items (c) are stored in all of the respective small areas (S Aal ∼ S Ab4), the storage/retrieval device is controlled such that the storage item (c) can be stored into the passage region (P Aal ∼ P Ab3) from an innermost section of the passage region (P Aal ∼ P Ab3) farthest from an open end which opens to the outside of the periphery of the storage item placement plane . a storage item placement plane ; a storage conveyor ; a retrieval conveyor ; and a storage/retrieval device which lifts and transports a storage item (c) between a desired position on the storage item placement plane and the storage conveyor and the retrieval conveyor , in a full state where the storage items (c) are stored in all of the respective small areas (S Aal ∼ S Ab4), the storage/retrieval device is controlled such that the storage item (c) can be stored into the passage region (P Aal ∼ P Ab3) from an innermost section of the passage region (P Aal ∼ P Ab3) farthest from an open end which opens to the outside of the periphery of the storage item placement plane .
A method for preparing a molecular sieve having the CHA crystal structure and a mole ratio of greater than 200:1 of silicon oxide, germanium oxide and mixtures thereof to aluminum oxide, iron oxide, titanium oxide, gallium oxide and mixtures thereof said method comprising: A. forming an aqueous reaction mixture comprising a composition in terms of mole ratios falling within the following ranges: YO 2 /W a O b 350 - ∞ OH-/YO 2 0.19-0.52 Q/YO 2 0.15-0.25 M 2/n O/YO 2 0.04-0.10 H 2 O/YO 2 10-50 wherein Y is silicon, germanium or mixtures thereof, W is aluminum, iron, titanium, gallium or mixtures thereof, a is 1 or 2, b is 2 when a is 1 or b is 3 when a is 2; M is an alkali metal or alkaline earth metal, n is the valence of M, and Q is a cation derived from 1-adamantamine, 3-quinuclidinol or 2-exo-aminonorbornane; and B. maintaining said aqueous mixture under sufficient crystallization conditions until crystals are formed, wherein the molecular sieve is prepared in the absence of fluorine. A. forming an aqueous reaction mixture comprising a composition in terms of mole ratios falling within the following ranges: YO 2 /W a O b 350 - ∞ OH-/YO 2 0.19-0.52 Q/YO 2 0.15-0.25 M 2/n O/YO 2 0.04-0.10 H 2 O/YO 2 10-50 wherein Y is silicon, germanium or mixtures thereof, W is aluminum, iron, titanium, gallium or mixtures thereof, a is 1 or 2, b is 2 when a is 1 or b is 3 when a is 2; M is an alkali metal or alkaline earth metal, n is the valence of M, and Q is a cation derived from 1-adamantamine, 3-quinuclidinol or 2-exo-aminonorbornane; and B. maintaining said aqueous mixture under sufficient crystallization conditions until crystals are formed,
A multi-layer board structure intended for use as a fire protection board, which structure comprises - an inner layer which is formed by a wood board, a wood-fibre board, a plywood or composite board that is formed of wood veneer layers on top of each other; - an outer layer which is arranged at a distance from the inner layer, which outer layer is comprised of a metal film; and - an intermediate layer which is fitted between these two layers, the intermediate layer being attached to the inner layer by means of a first polymer layer and the outer layer by means of a second polymer layer , characterized by the combination that - a fire retardant is incorporated into at least one polymer layer or into the inner layer which is arranged against the first polymer layer in order to prevent or delay delamination of the board structure under conditions in which the outer layer is exposed to a high temperature, and - the intermediate layer contains a non-woven fabric layer and a thermoplastic polymer film that possibly comprises a fire retardant, wherein the board structure contains, moving from the outer layer comprising a lacquer layer to the inner layer being a board, - a lacquer layer; - an aluminium layer; - an adhesive layer for the aluminium layer; - a polyethylene film; - a non-woven layer which is comprised of polyester; - an adhesive layer for the non-woven layer; and - a wood board, a wood-fibre board, a plywood or composite board prepared from wood veneer layers on top of each other; which are joined to each other. - an inner layer which is formed by a wood board, a wood-fibre board, a plywood or composite board that is formed of wood veneer layers on top of each other; - an outer layer which is arranged at a distance from the inner layer, which outer layer is comprised of a metal film; and - an intermediate layer which is fitted between these two layers, the intermediate layer being attached to the inner layer by means of a first polymer layer and the outer layer by means of a second polymer layer , - a fire retardant is incorporated into at least one polymer layer or into the inner layer which is arranged against the first polymer layer in order to prevent or delay delamination of the board structure under conditions in which the outer layer is exposed to a high temperature, and - the intermediate layer contains a non-woven fabric layer and a thermoplastic polymer film that possibly comprises a fire retardant, wherein the board structure contains, moving from the outer layer comprising a lacquer layer to the inner layer being a board, - a lacquer layer; - an aluminium layer; - an adhesive layer for the aluminium layer; - a polyethylene film; - a non-woven layer which is comprised of polyester; - an adhesive layer for the non-woven layer; and - a wood board, a wood-fibre board, a plywood or composite board prepared from wood veneer layers on top of each other;
A method of manufacturing a tube assembly , comprising: surrounding an outer surface of a cured rubber hose with a thermoplastic layer comprising a thermoplastic material, the cured rubber hose being fully cured and extending along a length between a first end and a second end , the cured rubber having a first shape along its length, the thermoplastic layer surrounding the cured rubber hose along at least a portion of the length of the cured rubber hose; molding the cured rubber hose surrounded with the thermoplastic layer into a second shape along its length, the second shape being different than the first shape of the rubber hose; and retaining the cured rubber hose in the second shape by the thermoplastic layer . surrounding an outer surface of a cured rubber hose with a thermoplastic layer comprising a thermoplastic material, the cured rubber hose being fully cured and extending along a length between a first end and a second end , the cured rubber having a first shape along its length, the thermoplastic layer surrounding the cured rubber hose along at least a portion of the length of the cured rubber hose; molding the cured rubber hose surrounded with the thermoplastic layer into a second shape along its length, the second shape being different than the first shape of the rubber hose; and retaining the cured rubber hose in the second shape by the thermoplastic layer .
A composition comprising biologically active compound that is insoluble or poorly soluble in water and a polyalkoxylated amino alcohol of the formula where R 1 , R 2 , R 3 , and R 4 are independently selected from alkyl, alkenyl, aryl, aralkyl, or heterocyclic groups having 1 - 25 carbons, R 5 is a divalent alkyl, alkenyl, aryl, aralkyl, or heterocyclic group having 4-25 carbons, and where each AO is a polyoxyalkylene chain having oxypropylene (PO) and oxyethylene (EO) groups, where m is the average number of PO groups per AO group and n is the average number of the average number of EO groups per AO group, and m is at least 1, n is at least 2, and m+n is at least 20 and no more than 400 wherein the composition is solid or comprises water. where R 1 , R 2 , R 3 , and R 4 are independently selected from alkyl, alkenyl, aryl, aralkyl, or heterocyclic groups having 1 - 25 carbons, R 5 is a divalent alkyl, alkenyl, aryl, aralkyl, or heterocyclic group having 4-25 carbons, and where each AO is a polyoxyalkylene chain having oxypropylene (PO) and oxyethylene (EO) groups, where m is the average number of PO groups per AO group and n is the average number of the average number of EO groups per AO group, and m is at least 1, n is at least 2, and m+n is at least 20 and no more than 400 wherein the composition is solid or comprises water.
A gas-barrier packaging material comprising: a support; an adhesive layer laminated on the support; a first barrier layer laminated on the adhesive layer; a second barrier layer laminated on the first barrier layer; and a protective layer laminated on the second barrier layer, wherein the second barrier layer comprises a polycarboxylic acid based polymer and at least one silicon compound selected from a group consisting of a silane coupling agent presented by Si(OR) 3 Z, a hydrolysate of the silane coupling agent, and a condensate of the silane coupling agent and the hydrolysate, wherein multiple Rs are an alkyl group having a carbon number of 1 to 6 and Z is an organic group containing a glycidyloxy group or an amino group, wherein the multiple Rs are the same as or different from each other, when the second barrier layer is separated and an infrared absorption spectrum of the second barrier layer after separation is measured by a transmission method, a ratio between a maximum peak height α in a range of 1,490 to 1,659 cm -1 and a maximum peak height β in a range of 1,660 to 1,750 cm -1 as expressed by α/β is less than one, characterized in that : the protective layer is formed of a coating liquid that contains a polyvalent metal compound, a polyester based resin, and a dispersant that is a sodium salt of a polycarboxylic acid based resin, wherein the protective layer contains the polyvalent metal compound by 40 to 90 wt% relative to 100 wt% of the protective layer. a support; an adhesive layer laminated on the support; a first barrier layer laminated on the adhesive layer; a second barrier layer laminated on the first barrier layer; and a protective layer laminated on the second barrier layer, wherein the second barrier layer comprises a polycarboxylic acid based polymer and at least one silicon compound selected from a group consisting of a silane coupling agent presented by Si(OR) 3 Z, a hydrolysate of the silane coupling agent, and a condensate of the silane coupling agent and the hydrolysate, wherein multiple Rs are an alkyl group having a carbon number of 1 to 6 and Z is an organic group containing a glycidyloxy group or an amino group, wherein the multiple Rs are the same as or different from each other, when the second barrier layer is separated and an infrared absorption spectrum of the second barrier layer after separation is measured by a transmission method, a ratio between a maximum peak height α in a range of 1,490 to 1,659 cm -1 and a maximum peak height β in a range of 1,660 to 1,750 cm -1 as expressed by α/β is less than one, characterized in that : the protective layer is formed of a coating liquid that contains a polyvalent metal compound, a polyester based resin, and a dispersant that is a sodium salt of a polycarboxylic acid based resin, wherein the protective layer contains the polyvalent metal compound by 40 to 90 wt% relative to 100 wt% of the protective layer.
An x-ray diffraction apparatus comprising: an elongated, arcuate guide member having a radius of curvature; a carriage mounted to the arcuate guide member for being moved about a predetermined guide axis extending through a center of the radius of curvature of the arcuate guide member; an x-ray head mounted to the carriage; a first drive mechanism including a first motor mounted to the carriage for moving the x-ray head about a predetermined x-ray head axis generally perpendicular to the guide axis; and a second drive mechanism including a second motor mounted to the carriage and configured to drive the carriage and the x-ray head, the first motor and the second motor mounted thereto along the arcuate guide member and about the guide axis. an elongated, arcuate guide member having a radius of curvature; a carriage mounted to the arcuate guide member for being moved about a predetermined guide axis extending through a center of the radius of curvature of the arcuate guide member; an x-ray head mounted to the carriage; a first drive mechanism including a first motor mounted to the carriage for moving the x-ray head about a predetermined x-ray head axis generally perpendicular to the guide axis; and a second drive mechanism including a second motor mounted to the carriage and configured to drive the carriage and the x-ray head, the first motor and the second motor mounted thereto along the arcuate guide member and about the guide axis.
A method, comprising: receiving , by a terminal, whether a base station supports a capability of an extended discontinuous reception, DRX, which is broadcasted by the base station in a system message; sending , by the terminal, a non-access stratum, NAS, request message to a network element of a core network in case that the base station supports the capability of the extended DRX, wherein the NAS request message comprises an extended DRX value; receiving, by the terminal, a reception message from the network element of the core network, wherein the reception message comprises an extended DRX support indicator indicating that network element of the core network supports the extended DRX; calculating , by the terminal, a paging time by using the extended DRX value; and receiving, by the terminal, a paging message delivered by the base station at the paging time. receiving , by a terminal, whether a base station supports a capability of an extended discontinuous reception, DRX, which is broadcasted by the base station in a system message; sending , by the terminal, a non-access stratum, NAS, request message to a network element of a core network in case that the base station supports the capability of the extended DRX, wherein the NAS request message comprises an extended DRX value; receiving, by the terminal, a reception message from the network element of the core network, wherein the reception message comprises an extended DRX support indicator indicating that network element of the core network supports the extended DRX; calculating , by the terminal, a paging time by using the extended DRX value; and receiving, by the terminal, a paging message delivered by the base station at the paging time.