mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure-containing silo for one or more components on a primary coolant circuit of a nuclear power plant having a nuclear reactor containing fuel assemblies which are cooled by pressurised coolant circulating around the primary coolant circuit, the silo defining a release space which, in the event of a loss-of-coolant accident releasing the pressurised coolant from the one or more components contained therein, receives and contains the released coolant; wherein the silo is formed from plural, substantially identical, stacked and joined modular units , each modular unit having: a concrete body , a metal liner which lines a surface of the concrete body and which is sealed edge-to-edge with the metal liners of neighbouring units to form an inward-facing, pressure-containing skin surrounding the release space, and plural conduits which are aligned with the conduits of neighbouring units and comprise elongate tensioning members for post-stressing the concrete bodies ; wherein the conduits of each modular unit extend in three orthogonal directions, such that the elongate tensioning members extend in three orthogonal direction in the aligned conduits. a concrete body , a metal liner which lines a surface of the concrete body and which is sealed edge-to-edge with the metal liners of neighbouring units to form an inward-facing, pressure-containing skin surrounding the release space, and plural conduits which are aligned with the conduits of neighbouring units and comprise elongate tensioning members for post-stressing the concrete bodies ; wherein the conduits of each modular unit extend in three orthogonal directions, such that the elongate tensioning members extend in three orthogonal direction in the aligned conduits.
A mechanical power amplifier assembly including a motor at the input, a pump actuated by the motor, a distributor powered by the pump, a first cylinder , a second cylinder , the cylinders being communicating and connected to the distributor, a rack-and-pinion system coupled to the cylinders, a reduction stage coupled to said system, and an alternator at the output, the rack-and-pinion system including a first rack secured to the rod of the first cylinder , a second rack secured to the rod of the second cylinder , a first pinion cooperating with said first rack, a second pinion cooperating with said second rack, and a transmission shaft coupled to each of said pinions according to a single direction of rotation S, the other direction of rotation being freewheeling.
Compound of following formula (I): where: - X is O or S; - A is selected from the group formed by: • (C 6 -C 10 )aryl groups, • heteroaryl groups having 5 to 10 atoms, and • heterocycloalkyls having 5 to 10 atoms, said aryl, heteroaryl and heterocycloalkyl groups optionally being substituted by at least one substituent selected from the group formed by halogen atoms, OR a , SR a , NO 2 , NR a R b , N(R a )COOR c , R' a and OR' a ; R a and R b , the same or different, being H or (C 1 -C 6 )alkyl group; R c being a -(C 1 -C 6 )alkylene-(C 6 -C 10 )aryl radical, in particular a -CH 2 -(C 6 -C 10 )aryl radical; R' a being selected from the groups CF 3 , CHF 2 and CH 2 F - R' is H or (C 1 -C 6 )alkyl group; - R 1 , R 2 , R 3 , R 4 and R 5 , the same or different, are selected from the group formed by: - H, - (C 1 -C 6 )alkyl groups, and - (C 6 -C 10 )aryl groups, R 1 and R 2 , together with their carrier carbon atom, able to form a spiran ring having 3 to 6 carbon atoms, and/or R 3 and R 4 , together with their carrier carbon atom, able to form a spiran ring having 3 to 6 carbon atoms. for use thereof in the treatment of neurodegenerative diseases. - X is O or S; - A is selected from the group formed by: • (C 6 -C 10 )aryl groups, • heteroaryl groups having 5 to 10 atoms, and • heterocycloalkyls having 5 to 10 atoms, said aryl, heteroaryl and heterocycloalkyl groups optionally being substituted by at least one substituent selected from the group formed by halogen atoms, OR a , SR a , NO 2 , NR a R b , N(R a )COOR c , R' a and OR' a ; R a and R b , the same or different, being H or (C 1 -C 6 )alkyl group; R c being a -(C 1 -C 6 )alkylene-(C 6 -C 10 )aryl radical, in particular a -CH 2 -(C 6 -C 10 )aryl radical; R' a being selected from the groups CF 3 , CHF 2 and CH 2 F • (C 6 -C 10 )aryl groups, • heteroaryl groups having 5 to 10 atoms, and • heterocycloalkyls having 5 to 10 atoms, said aryl, heteroaryl and heterocycloalkyl groups optionally being substituted by at least one substituent selected from the group formed by halogen atoms, OR a , SR a , NO 2 , NR a R b , N(R a )COOR c , R' a and OR' a ; - R' is H or (C 1 -C 6 )alkyl group; - R 1 , R 2 , R 3 , R 4 and R 5 , the same or different, are selected from the group formed by: - H, - (C 1 -C 6 )alkyl groups, and - (C 6 -C 10 )aryl groups, R 1 and R 2 , together with their carrier carbon atom, able to form a spiran ring having 3 to 6 carbon atoms, and/or R 3 and R 4 , together with their carrier carbon atom, able to form a spiran ring having 3 to 6 carbon atoms. for use thereof in the treatment of neurodegenerative diseases. - H, - (C 1 -C 6 )alkyl groups, and - (C 6 -C 10 )aryl groups,
A heater comprising a body having a fluid inlet for receiving fluid to be heated, a fluid outlet for expelling the heated fluid and defining a fluid flow path between said fluid inlet and said fluid outlet , at least one heating device being located in said fluid flow path, wherein said fluid outlet comprises first and second outlet ports , said body including an outlet section located between said at least one heating device and said first and second outlet ports , said outlet section comprising a divider defining a respective outlet channel for directing fluid from said at least one heating device to a respective one of said first and second outlet ports , characterised in that said heater includes a temperature sensor arranged to monitor the temperature in both of said respective outlet channels on either side of the divider , said heater further comprising a control device configured to control the operation of said at least one heating device in response to a temperature signal from said temperature sensor.
A method of manufacturing a document , the document having an integrated display , wherein the document comprises multiple layers, wherein at least one of the multiple layers comprises a substrate , wherein the substrate carries the integrated display, wherein the substrate carries an electronic circuit coupled to the integrated display, wherein the integrated display comprises a display component , wherein the electronic circuit comprises a circuit component , wherein the method comprises: - providing the substrate ; - performing a process step for forming the display component and the circuit component on the substrate, wherein the integrated display is manufactured using a conductive polymer, wherein the process step is printing the conductive polymer, wherein the integrated display is an active matrix display, wherein the process step is used to manufacture transistors in the active matrix display, and wherein the process step is used to manufacture transistors in the circuit component; and - forming the document using the substrate . - providing the substrate ; - performing a process step for forming the display component and the circuit component on the substrate, wherein the integrated display is manufactured using a conductive polymer, wherein the process step is printing the conductive polymer, wherein the integrated display is an active matrix display, wherein the process step is used to manufacture transistors in the active matrix display, and wherein the process step is used to manufacture transistors in the circuit component; and - forming the document using the substrate .
A linear motor comprising: a stator defining at least an air gap area , at least one coil associated to the stator , wherein a magnetic flow moves over at least one portion of the stator and over a portion of the air gap area , a magnetic body disposed in the air gap area , at least one ferromagnetic element disposed in the air gap area and adjacently to the magnetic body , wherein the movement parameter of the magnetic body is cooperative to the movement parameter of the ferromagnetic element ; wherein the linear motor is further characterized by comprising a displacer that acts as a support for the set formed by the ferromagnetic element and the magnetic body , wherein the displacer is adapted to move jointly with the ferromagnetic element and the magnetic body . at least one coil associated to the stator , wherein a magnetic flow moves over at least one portion of the stator and over a portion of the air gap area , a magnetic body disposed in the air gap area , at least one ferromagnetic element disposed in the air gap area and adjacently to the magnetic body , wherein the movement parameter of the magnetic body is cooperative to the movement parameter of the ferromagnetic element ; wherein the linear motor is further characterized by comprising a displacer that acts as a support for the set formed by the ferromagnetic element and the magnetic body , wherein the displacer is adapted to move jointly with the ferromagnetic element and the magnetic body .
Blow-off ring for cleaning components of an electric motor, comprising · a first ring element , and · a second ring element , wherein the first ring element and/or the second ring element have nozzles which extend along an inner circumferential surface and/or an outer circumferential surface of the blow-off ring , characterized · in that the first ring element and the second ring element are put together and enclose an annular cavity within the blow-off ring , · in that the blow-off ring can be disassembled into the first ring element and the second ring element and can be put together from the first ring element and the second ring element , and · in that the nozzles are connected to the annular cavity . · a first ring element , and · a second ring element , wherein the first ring element and/or the second ring element have nozzles which extend along an inner circumferential surface and/or an outer circumferential surface of the blow-off ring , · in that the first ring element and the second ring element are put together and enclose an annular cavity within the blow-off ring , · in that the blow-off ring can be disassembled into the first ring element and the second ring element and can be put together from the first ring element and the second ring element , and · in that the nozzles are connected to the annular cavity .
A method for establishing a wireless network connection by a wireless module of an electronic device , the method comprising: establishing at least one wireless link with one or more peer devices (100a - 100z) to join a wireless network of the one or more peer devices (100a - 100z), wherein the at least one wireless link is established based on a current path selection protocol; receiving at least one portal announcement comprising a link metric indicative of a request to establish the wireless network connection from a device via the one or more peer terminals (100a - 100z); caching, upon receiving the portal announcement, one or more network addresses of the one or more peer devices (100a - 100z) having originated the portal announcement; switching from the current path selection protocol to a new path selection protocol to reflect a change in network topology, wherein the new path selection protocol is selected from a group of: an on-demand routing, a proactive routing, and a hybrid routing; and supplying power to the wireless module from a first battery in response to depletion of a second battery , the first battery being attached to a terminal module of the electronic device and the second battery being attached to the wireless module . establishing at least one wireless link with one or more peer devices (100a - 100z) to join a wireless network of the one or more peer devices (100a - 100z), wherein the at least one wireless link is established based on a current path selection protocol; receiving at least one portal announcement comprising a link metric indicative of a request to establish the wireless network connection from a device via the one or more peer terminals (100a - 100z); caching, upon receiving the portal announcement, one or more network addresses of the one or more peer devices (100a - 100z) having originated the portal announcement; switching from the current path selection protocol to a new path selection protocol to reflect a change in network topology, wherein the new path selection protocol is selected from a group of: an on-demand routing, a proactive routing, and a hybrid routing; and supplying power to the wireless module from a first battery in response to depletion of a second battery , the first battery being attached to a terminal module of the electronic device and the second battery being attached to the wireless module .
A method of wireless communication, comprising: receiving , at a second tier transmitter, an indication of available shared spectrum resources, wherein the available shared spectrum resources includes one or more shared channels; determining , at the second tier transmitter, data for transmission; transmitting , by the second tier transmitter, a channel reserving signal during a clear channel assessment, CCA, period associated with the one or more shared channels; and transmitting , by the second tier transmitter, the data for transmission over the available shared spectrum resources. receiving , at a second tier transmitter, an indication of available shared spectrum resources, wherein the available shared spectrum resources includes one or more shared channels; determining , at the second tier transmitter, data for transmission; transmitting , by the second tier transmitter, a channel reserving signal during a clear channel assessment, CCA, period associated with the one or more shared channels; and transmitting , by the second tier transmitter, the data for transmission over the available shared spectrum resources.
A communications device connection method, applied to a terminal device, and the method comprising: acquiring an image identifier of a communications device, sending the image identifier to a server side, and receiving characteristic information of at least one dimension for a device type of the communications device, characterised by : the characteristic information being returned by the server side based on the image identifier; detecting connection information sent by at least one communications device, obtaining a device identifier of the at least one communications device by parsing the connection information, and obtaining to-be-matched characteristic information of at least one dimension for a type of the registered at least one communications device from the server side based on the device identifier; comparing the characteristic information of the at least one dimension for the device type of the communications device with the to-be-matched characteristic information of the at least one dimension for the type of the registered at least one communications device, and selecting a target communications device from the at least one communications device based on a comparison result; and binding to and establishing a communications connection to the target communications device. the characteristic information being returned by the server side based on the image identifier; detecting connection information sent by at least one communications device, obtaining a device identifier of the at least one communications device by parsing the connection information, and obtaining to-be-matched characteristic information of at least one dimension for a type of the registered at least one communications device from the server side based on the device identifier; comparing the characteristic information of the at least one dimension for the device type of the communications device with the to-be-matched characteristic information of the at least one dimension for the type of the registered at least one communications device, and selecting a target communications device from the at least one communications device based on a comparison result; and binding to and establishing a communications connection to the target communications device.
Sheet metal part with a connector portion oriented along a connector direction , a carrier-strip and a connection tab , the connection tab being connected to the connector portion and to the carrier-strip and having a connection tab cross-section area oriented perpendicular to the connector direction , wherein the connection tab comprises at least one weakened zone , in which the connection tab cross-section area is reduced by at least one weakening element , which is a recess , that is a hole , characterized in that the at least one recess extends in or against the connector direction from the connection tab into the connector portion and/or into the carrier-strip .
A valve system for a tyre parameter monitoring system , the valve system comprising: a valve body comprising an elastomeric material; a connection element , the connection element comprising: first engaging means with which the connection element is detachably attachable to an electronic module of the tyre parameter monitoring system ; second engaging means with which the connection element is detachably attachable to the valve body , the valve system being characterised in that the connection element further comprises a mounting section adapted to be detachably attached to a hole in a wheel rim . a connection element , the connection element comprising: first engaging means with which the connection element is detachably attachable to an electronic module of the tyre parameter monitoring system ; second engaging means with which the connection element is detachably attachable to the valve body , first engaging means with which the connection element is detachably attachable to an electronic module of the tyre parameter monitoring system ; second engaging means with which the connection element is detachably attachable to the valve body , the valve system being characterised in that the connection element further comprises a mounting section adapted to be detachably attached to a hole in a wheel rim .
A wireless transmit/receive unit comprising at least one processor configured to: receive, from a network, configuration information comprising a set of non-orthogonal multiple access resources and a multiple access signature set, wherein the set of non-orthogonal multiple access resources comprises a first non-orthogonal multiple access zone associated with a first set of time-frequency resources and a second non-orthogonal multiple access zone associated with a second set of time-frequency resources; determine parameters related to service quality aspects of data payload for a non-orthogonal multiple access transmission by the wireless transmit/receive unit to the network, wherein the parameters comprise at least one of a reliability parameter or a latency parameter; determine a non-orthogonal multiple access zone from the received configuration information based on a measured signal to noise ratio, wherein the determined non-orthogonal multiple access zone comprises the first non-orthogonal multiple access zone or the second non-orthogonal multiple access zone; and send the non-orthogonal multiple access transmission using the set of time-frequency resources associated with the determined non-orthogonal multiple access zone and using a multiple access signature determined from the multiple access signature set for the determined non-orthogonal multiple access zone according to the at least one of a reliability parameter or a latency parameter. receive, from a network, configuration information comprising a set of non-orthogonal multiple access resources and a multiple access signature set, wherein the set of non-orthogonal multiple access resources comprises a first non-orthogonal multiple access zone associated with a first set of time-frequency resources and a second non-orthogonal multiple access zone associated with a second set of time-frequency resources; determine parameters related to service quality aspects of data payload for a non-orthogonal multiple access transmission by the wireless transmit/receive unit to the network, wherein the parameters comprise at least one of a reliability parameter or a latency parameter; determine a non-orthogonal multiple access zone from the received configuration information based on a measured signal to noise ratio, wherein the determined non-orthogonal multiple access zone comprises the first non-orthogonal multiple access zone or the second non-orthogonal multiple access zone; and send the non-orthogonal multiple access transmission using the set of time-frequency resources associated with the determined non-orthogonal multiple access zone and using a multiple access signature determined from the multiple access signature set for the determined non-orthogonal multiple access zone according to the at least one of a reliability parameter or a latency parameter.
A conveying system comprising: a gravity hopper having a top inlet opening for receiving a conveyable material , a lower hopper outlet for directing the conveyable material therefrom and a central vertical axis extending through said top inlet and said lower outlet , wherein the conveyable material is subject to forming a bridge over the lower hopper outlet thereby preventing flow of the conveyable material from the gravity hopper ; a housing having a material receiving chamber connected to the hopper outlet for carrying the conveyable material away from the lower hopper outlet ; a bridge breaker located along said central vertical axis , vertically below the lower hopper outlet and the material receiving chamber , with said bridge breaker having a fluid chamber therein and a top fluid port located in a separator between the material receiving chamber and the fluid chamber in the bridge breaker , said bridge breaker including a slideable piston having a first end momentarily displaceable for opening or closing the top fluid port in the separator ; and a source of pressurized gas located in the fluid chamber for an on demand delivery of a charge of gas upward through the top fluid port when the top fluid port is in an open condition with the charge of gas flowing upward into an underside of a bridge of material over the hopper outlet to disintegrate the bridge of material from below thereby allowing the conveyable material forming the bridge to fall into the material receiving chamber in the conveying system . a gravity hopper having a top inlet opening for receiving a conveyable material , a lower hopper outlet for directing the conveyable material therefrom and a central vertical axis extending through said top inlet and said lower outlet , wherein the conveyable material is subject to forming a bridge over the lower hopper outlet thereby preventing flow of the conveyable material from the gravity hopper ; a housing having a material receiving chamber connected to the hopper outlet for carrying the conveyable material away from the lower hopper outlet ; a bridge breaker located along said central vertical axis , vertically below the lower hopper outlet and the material receiving chamber , with said bridge breaker having a fluid chamber therein and a top fluid port located in a separator between the material receiving chamber and the fluid chamber in the bridge breaker , said bridge breaker including a slideable piston having a first end momentarily displaceable for opening or closing the top fluid port in the separator ; and a source of pressurized gas located in the fluid chamber for an on demand delivery of a charge of gas upward through the top fluid port when the top fluid port is in an open condition with the charge of gas flowing upward into an underside of a bridge of material over the hopper outlet to disintegrate the bridge of material from below thereby allowing the conveyable material forming the bridge to fall into the material receiving chamber in the conveying system .