mhurhangee/patent-ind-claim-en huggingface dataset:
Method for uniting a system , referred to as a main system, and a system , referred to as a complementary system, each comprising: - infrastructure, referred to as main infrastructure and complementary infrastructure, respectively, for private mobile network radiocommunication, comprising a network core module , a subscriber server connected to the network core module , and at least one base station module connected to the network core module ; - a network interface ; - a management module ; and - a list, referred to as a current list (226 1 ) or a complementary list , respectively, of identifiers of mobile terminals (222 1 , 222 2 , 222 3 ), used by the main or complementary infrastructure, respectively, to authorize any listed mobile terminal to attach to the main or complementary infrastructure, respectively; and the management modules of the main and complementary systems forming a management system and the method comprising the execution, by this management system, of the following steps: - establishing a network connection between the main system and the complementary system via their respective network interfaces ; - retrieving , via the network connection, the complementary list ; - modifying the current list (226 1 ) on the basis of the complementary list ; and - connecting each base station module of the complementary infrastructure to the network core module of the main infrastructure via the network connection. - infrastructure, referred to as main infrastructure and complementary infrastructure, respectively, for private mobile network radiocommunication, comprising a network core module , a subscriber server connected to the network core module , and at least one base station module connected to the network core module ; - a network interface ; - a management module ; and - a list, referred to as a current list (226 1 ) or a complementary list , respectively, of identifiers of mobile terminals (222 1 , 222 2 , 222 3 ), used by the main or complementary infrastructure, respectively, to authorize any listed mobile terminal to attach to the main or complementary infrastructure, respectively; and - establishing a network connection between the main system and the complementary system via their respective network interfaces ; - retrieving , via the network connection, the complementary list ; - modifying the current list (226 1 ) on the basis of the complementary list ; and - connecting each base station module of the complementary infrastructure to the network core module of the main infrastructure via the network connection.
Device for protecting a vehicle step comprising a deformable interface and a step fixed to the interface , characterised in that the interface has two edges perpendicular to a central part , the assembly forms a U when viewed from above, and in that the central part of the U has an inclined face , the interface mounted on the vehicle having its front part higher than its rear part which is disposed at a height lower than or equal to that of the step , the front edge of the U allowing the attachment of the step to the vehicle and the rear edge of the U is connected directly or indirectly to the step.
A modular and versatile perfusion device for preserving an organ under adjustable operating conditions, comprising: - a support comprising an upper tray that houses a chamber that in turn houses the organ, said chamber in turn comprises at least one hydraulic inlet and outlet that connect in fluid communication with a primary circuit through which, in use, a perfusate fluid circulates, wherein said primary circuit is connectable to the vascular network of the organ, thus forming a closed circuit such that the perfusate fluid passes through the organ and is recirculated by means of at least one pumping element , wherein the device is characterised in that it further comprises a plurality of removable elements connected to the primary circuit arranged in a central portion of the support , wherein each removable element is connected to the central portion by means of an anchoring plate moveable along a connection guide of the support and fixed thereto by means of at least one fixing element, thus enabling each removable element to be placed as required in a desired position along the connection guide , thus modifying the primary circuit depending on the organ to be preserved. - a support comprising an upper tray that houses a chamber that in turn houses the organ, said chamber in turn comprises at least one hydraulic inlet and outlet that connect in fluid communication with a primary circuit through which, in use, a perfusate fluid circulates, wherein said primary circuit is connectable to the vascular network of the organ, thus forming a closed circuit such that the perfusate fluid passes through the organ and is recirculated by means of at least one pumping element ,
A method for performing cell selection to a closed subscriber group, CSG, cell by a user equipment, UE, in a mobile communication system, the method comprising: receiving , by the UE, information about a neighbor cell list and information about the CSG cell, from a serving cell , the information about the CSG cell comprising an offset for measuring the CSG cell; performing , by the UE, measurement for at least one neighbor cell, based on the information about the neighbor cell list and the information about the CSG cell; determining , by the UE, a candidate cell based on the measurement; characterized by receiving cell selection-associated system information from the candidate cell; and selecting , based on the cell selection-associated system information, by the UE, the candidate cell in case that the UE identifies that the candidate cell is an accessible CSG cell and a CSG Identification , ID, in the cell selection-associated system information is included in a CSG list stored in the UE. in a mobile communication system, the method comprising: receiving , by the UE, information about a neighbor cell list and information about the CSG cell, from a serving cell , the information about the CSG cell comprising an offset for measuring the CSG cell; performing , by the UE, measurement for at least one neighbor cell, based on the information about the neighbor cell list and the information about the CSG cell; determining , by the UE, a candidate cell based on the measurement; characterized by receiving , by the UE, information about a neighbor cell list and information about the CSG cell, from a serving cell , the information about the CSG cell comprising an offset for measuring the CSG cell; performing , by the UE, measurement for at least one neighbor cell, based on the information about the neighbor cell list and the information about the CSG cell; determining , by the UE, a candidate cell based on the measurement; characterized by receiving cell selection-associated system information from the candidate cell; and selecting , based on the cell selection-associated system information, by the UE, the candidate cell in case that the UE identifies that the candidate cell is an accessible CSG cell and a CSG Identification , ID, in the cell selection-associated system information is included in a CSG list stored in the UE.
A stave protection system for a metallurgical furnace, comprising: a stave comprising a plurality of recesses arranged on a front face of the stave ; and a plurality of inserts each being received by a respective one of the recesses , the inserts so received projecting from the front face of the stave such that, in use, furnace burden material is trapped by the inserts so as to provide a protective layer of the burden material on the front face of the stave , wherein each insert comprises a set of segments and a retainer which forces the segments against a surface of the respective recess , such that the segments are secured in the recess by frictional contact with the surface of the recess . a stave comprising a plurality of recesses arranged on a front face of the stave ; and a plurality of inserts each being received by a respective one of the recesses , the inserts so received projecting from the front face of the stave such that, in use, furnace burden material is trapped by the inserts so as to provide a protective layer of the burden material on the front face of the stave , wherein each insert comprises a set of segments and a retainer which forces the segments against a surface of the respective recess , such that the segments are secured in the recess by frictional contact with the surface of the recess .
A programmable integrated circuit , comprising: a first hardware accelerator (366-1) corresponding to a first software function, wherein the first hardware accelerator (366-1) is configured to perform the first software function on data received from an external host processor coupled to the programmable integrated circuit in response to a set of conditions being satisfied and to generate corresponding first output data; and a second hardware accelerator (366-2) corresponding to a second software function that is different than the first function, wherein the first and second software functions are called by the external host processor , and wherein the second hardware accelerator (366-2) is configured to receive the first output data from the first hardware accelerator (366-1) in accordance with a predetermined chaining signal, to perform the second software function on the first output data received from the first hardware accelerator (366-1) without routing the first output data off of the programmable integrated circuit , and to generate corresponding second output data. a first hardware accelerator (366-1) corresponding to a first software function, wherein the first hardware accelerator (366-1) is configured to perform the first software function on data received from an external host processor coupled to the programmable integrated circuit in response to a set of conditions being satisfied and to generate corresponding first output data; and a second hardware accelerator (366-2) corresponding to a second software function that is different than the first function, wherein the first and second software functions are called by the external host processor , and wherein the second hardware accelerator (366-2) is configured to receive the first output data from the first hardware accelerator (366-1) in accordance with a predetermined chaining signal, to perform the second software function on the first output data received from the first hardware accelerator (366-1) without routing the first output data off of the programmable integrated circuit , and to generate corresponding second output data.
A method of calibrating a current sensing instant to latch a current value from a set of current signals comprising: providing a current command including a magnitude of the current command at a Gamma angle to control a motor when the motor is operating in a motoring mode at a shaft speed; monitoring, when the motor is controlled by the current command and operating in the motoring mode, a first actual averaging rms current magnitude of three phase currents of the motor ; characterized by : providing a matching current command including a same magnitude at a same Gamma angle of the current command to control the motor when the motor is operating in a braking mode at a same shaft speed; monitoring, when the motor is controlled by the matching current command and operating in the braking mode, a second actual averaging rms current magnitude of the three phase currents of the motor ; and adjusting a current sensing instant until an observed first actual averaging rms current magnitude in the motoring mode equals an observed second actual averaging rms current magnitude in the braking mode. providing a current command including a magnitude of the current command at a Gamma angle to control a motor when the motor is operating in a motoring mode at a shaft speed; monitoring, when the motor is controlled by the current command and operating in the motoring mode, a first actual averaging rms current magnitude of three phase currents of the motor ; characterized by : providing a matching current command including a same magnitude at a same Gamma angle of the current command to control the motor when the motor is operating in a braking mode at a same shaft speed; monitoring, when the motor is controlled by the matching current command and operating in the braking mode, a second actual averaging rms current magnitude of the three phase currents of the motor ; and adjusting a current sensing instant until an observed first actual averaging rms current magnitude in the motoring mode equals an observed second actual averaging rms current magnitude in the braking mode. providing a matching current command including a same magnitude at a same Gamma angle of the current command to control the motor when the motor is operating in a braking mode at a same shaft speed; monitoring, when the motor is controlled by the matching current command and operating in the braking mode, a second actual averaging rms current magnitude of the three phase currents of the motor ; and adjusting a current sensing instant until an observed first actual averaging rms current magnitude in the motoring mode equals an observed second actual averaging rms current magnitude in the braking mode.
A macromolecule sequencing device comprising: a measurement module suitable for receiving a nanopore-containing bilayer membrane to separate a first volume from a second volume within the measurement module ; a first module inlet fluidly coupled to the first volume ; a second module inlet fluidly coupled to the second volume ; a first channel fluidly coupled to the first module inlet, wherein the first channel comprises a first channel inlet and a second channel inlet ; a second channel fluidly coupled to the second module inlet, wherein the second channel comprises a third channel inlet and a fourth channel inlet ; a first valve assembly configured to control bidirectional flow of a first solution in the first channel ; and a second valve assembly configured to control bidirectional flow of a second solution in the second channel , the macromolecule sequencing device being characterised in that the first channel is configured to be fluidly coupled to the second channel such that a sequenced macromolecule in the second volume can enter the second channel , be directed into the first channel and reintroduced into the first volume of the same measurement module or introduced into a first volume of a different measurement module of the same macromolecule sequencing device . a measurement module suitable for receiving a nanopore-containing bilayer membrane to separate a first volume from a second volume within the measurement module ; a first module inlet fluidly coupled to the first volume ; a second module inlet fluidly coupled to the second volume ; a first channel fluidly coupled to the first module inlet, wherein the first channel comprises a first channel inlet and a second channel inlet ; a second channel fluidly coupled to the second module inlet, wherein the second channel comprises a third channel inlet and a fourth channel inlet ; a first valve assembly configured to control bidirectional flow of a first solution in the first channel ; and a second valve assembly configured to control bidirectional flow of a second solution in the second channel , the macromolecule sequencing device being characterised in that the first channel is configured to be fluidly coupled to the second channel such that a sequenced macromolecule in the second volume can enter the second channel , be directed into the first channel and reintroduced into the first volume of the same measurement module or introduced into a first volume of a different measurement module of the same macromolecule sequencing device .
Device for force transfer between a chassis frame and a carriage body of a rail vehicle with - two lemniscate links , which are connected to the chassis frame via first joints , - a yoke with a middle linking point in which a pivot pin of the carriage body can be mounted, wherein the lemniscate links are connected to the yoke via second joints and form a Z-shaped assembly, and wherein elastically deformable elements are arranged in the joints and in the yoke , characterised in that limiting means are provided, in order to limit the maximum deflection of the middle linking point of the yoke in a tractive force direction parallel to a tractive force acting on the chassis frame . - two lemniscate links , which are connected to the chassis frame via first joints , - a yoke with a middle linking point in which a pivot pin of the carriage body can be mounted, wherein the lemniscate links are connected to the yoke via second joints and form a Z-shaped assembly,
A hand-held submersible aquarium power cleaner for cleaning debris from an aquarium, comprising: an elongated housing having an intake compartment and a filtering compartment therein; a nozzle positioned at a front portion of the housing and in fluid communication with the intake compartment ; a selectively openable channel provided between the intake compartment and the filtering compartment ; a filter disposed in fluid communication with the filtering compartment ; a water pump assembly having an impeller rotatably connected to an electric motor , the impeller being in fluid communication with the intake compartment ; a power switch for controlling power to the electric motor , wherein rotation of the impeller draws aquarium water and debris through the nozzle and into the filtering compartment , where the debris is captured and retained by the filter and cleansed water is discharged into the aquarium, said cleaner being characterized in that the hand-held submersible aquarium power cleaner further comprises a secondary inlet provided on the front portion 14 of said housing and in fluid communication with the intake compartment , said secondary inlet being for drawing fluid into the cleaner. an elongated housing having an intake compartment and a filtering compartment therein; a nozzle positioned at a front portion of the housing and in fluid communication with the intake compartment ; a selectively openable channel provided between the intake compartment and the filtering compartment ; a filter disposed in fluid communication with the filtering compartment ; a water pump assembly having an impeller rotatably connected to an electric motor , the impeller being in fluid communication with the intake compartment ; a power switch for controlling power to the electric motor , wherein rotation of the impeller draws aquarium water and debris through the nozzle and into the filtering compartment , where the debris is captured and retained by the filter and cleansed water is discharged into the aquarium,
A wet cleaning apparatus comprising: a cleaner head having at least one dirt inlet , and a porous material covering the at least one dirt inlet; and an underpressure generator configured to provide a pressure difference between an inside of the wet cleaning apparatus and atmospheric pressure for drawing fluid through the porous material and into the at least one dirt inlet, characterized in that the pressure difference is in a range of 2000 Pa to 13500 Pa, and the underpressure generator is configured to provide a flow rate through the porous material which is less than or equal to 2000 cm 3 /minute. a cleaner head having at least one dirt inlet , and a porous material covering the at least one dirt inlet; and an underpressure generator configured to provide a pressure difference between an inside of the wet cleaning apparatus and atmospheric pressure for drawing fluid through the porous material and into the at least one dirt inlet, characterized in that the pressure difference is in a range of 2000 Pa to 13500 Pa, and the underpressure generator is configured to provide a flow rate through the porous material which is less than or equal to 2000 cm 3 /minute.
Electronic filter , intended to filter the power supplied to an item of electrical equipment, notably one installed in a motor vehicle, comprising: - a busbar intended to exchange electrical energy between an electric power source and an electric machine, the busbar comprising: - one positive power line and one negative power line intended to transmit an electric current between an electrical network and the electric machine, the positive power line and the negative power line each comprising at least one connection terminal and being in part overmoulded with electrically insulating material , - an inductor electrically connected to the positive and negative power lines , - a receiving area adapted to receive said inductor , characterized in that the electronic filter comprises: - a printed circuit board comprising holes receiving the at least one connection terminal of the positive power line and the at least one connection terminal of the negative power line and at least one capacitor (32a-32h), the at least one capacitor (32a-32h) of the printed circuit board being electrically connected to said at least one connection terminal of the positive power line and to the at least one connection terminal of the negative power line of the busbar . - a busbar intended to exchange electrical energy between an electric power source and an electric machine, the busbar comprising: - one positive power line and one negative power line intended to transmit an electric current between an electrical network and the electric machine, the positive power line and the negative power line each comprising at least one connection terminal and being in part overmoulded with electrically insulating material , - an inductor electrically connected to the positive and negative power lines , - a receiving area adapted to receive said inductor , characterized in that the electronic filter comprises: - a printed circuit board comprising holes receiving the at least one connection terminal of the positive power line and the at least one connection terminal of the negative power line and at least one capacitor (32a-32h), - one positive power line and one negative power line intended to transmit an electric current between an electrical network and the electric machine, the positive power line and the negative power line each comprising at least one connection terminal and being in part overmoulded with electrically insulating material , - an inductor electrically connected to the positive and negative power lines , - a receiving area adapted to receive said inductor , - a printed circuit board comprising holes receiving the at least one connection terminal of the positive power line and the at least one connection terminal of the negative power line and at least one capacitor (32a-32h),