mhurhangee/patent-ind-claim-en huggingface dataset:
An access card reader for controlling access to a secure area, the access card reader comprising: An NFC card reader for reading an access card identifier from an access card presented by a user; a touchless thermal sensor , wherein in response to the access card being presented by the user to the card reader , the touchless thermal sensor is configured to sense a skin temperature of a hand or arm of the user holding the access card ; a memory; and a controller operatively coupled to the card reader , the touchless thermal sensor and the memory, wherein in response to the user presenting the access card to the card reader , the controller is configured to store in the memory the access card identifier read by the card reader along with the corresponding skin temperature of the hand or arm of the user holding the access card. An NFC card reader for reading an access card identifier from an access card presented by a user; a touchless thermal sensor , wherein in response to the access card being presented by the user to the card reader , the touchless thermal sensor is configured to sense a skin temperature of a hand or arm of the user holding the access card ; a memory; and a controller operatively coupled to the card reader , the touchless thermal sensor and the memory, wherein in response to the user presenting the access card to the card reader , the controller is configured to store in the memory the access card identifier read by the card reader along with the corresponding skin temperature of the hand or arm of the user holding the access card.
A mobile communication system having: a portable terminal ; a base station that performs wireless communication with said portable terminal ; a gateway device that connects said base station to a core network; and a core network device that is installed in said core network and that performs mobility management of said portable terminal , wherein: said portable terminal is configured to transmit to said gateway device information for determining whether or not Selected Internet Protocol, IP, Traffic Offload has been activated; said gateway device is configured to control whether or not to terminate a U-plane based on said information from said portable terminal and an activation determination flag; and when, after said Selected IP Traffic Offload has been activated, the activation of said Selected IP Traffic Offload becomes unnecessary, said portable terminal is configured to, by not setting information for determining whether or not said Selected IP Traffic Offload has been activated in an E-RAB Modify message, inform said gateway device of the cancellation of said Selected IP Traffic Offload. said portable terminal is configured to transmit to said gateway device information for determining whether or not Selected Internet Protocol, IP, Traffic Offload has been activated; said gateway device is configured to control whether or not to terminate a U-plane based on said information from said portable terminal and an activation determination flag; and when, after said Selected IP Traffic Offload has been activated, the activation of said Selected IP Traffic Offload becomes unnecessary, said portable terminal is configured to, by not setting information for determining whether or not said Selected IP Traffic Offload has been activated in an E-RAB Modify message, inform said gateway device of the cancellation of said Selected IP Traffic Offload.
An automatic warehouse , adapted to automatically store and supply objects to operators comprising: - shelving units , formed by a series of shelves for said objects , - at least one automatic conveyor , - at least one depositing station , in which said objects , intended for at least one operator, are placed, - control means , of the electronic type, for said automatic warehouse , that can be commanded individually by said operators, said control means being configured to individually allow said operators to command the transport of groups of said objects to said depositing station , and not to carry said objects , belonging to a second of said groups , to said depositing station , when said depositing station is occupied by said objects belonging to a first of said groups . - scanning means , functionally connected to said control means and adapted to verify the presence of said objects in said depositing station , - and characterised in that said control means are configured to verify the presence of at least one of said objects in said depositing station by means of said scanning means and they verify that all of said objects belonging to a determined group are present in said depositing station by analysing the movement of said at least one automatic conveyor , wherein the automatic warehouse comprises first signalling means , functionally connected to said control means and configured to signal whether all of said objects belonging to a determined group are present in said depositing station . - shelving units , formed by a series of shelves for said objects , - at least one automatic conveyor , - at least one depositing station , in which said objects , intended for at least one operator, are placed, - control means , of the electronic type, for said automatic warehouse , that can be commanded individually by said operators, said control means being configured to individually allow said operators to command the transport of groups of said objects to said depositing station , and not to carry said objects , belonging to a second of said groups , to said depositing station , when said depositing station is occupied by said objects belonging to a first of said groups . - scanning means , functionally connected to said control means and adapted to verify the presence of said objects in said depositing station , - and characterised in that said control means are configured to verify the presence of at least one of said objects in said depositing station by means of said scanning means and they verify that all of said objects belonging to a determined group are present in said depositing station by analysing the movement of said at least one automatic conveyor , wherein the automatic warehouse comprises first signalling means , functionally connected to said control means and configured to signal whether all of said objects belonging to a determined group are present in said depositing station .
Electronic equipment having increased performance, comprising at least one computing processor and at least one memory unit , said equipment being adapted to be placed on-board a moving carrier, characterised in that it is adapted to store in said memory unit a map of levels of operation of said electronic equipment, determined based on at least one parameter that is representative of a condition of use of the equipment, the cartography distinguishing areas having an associated level of operation in a space of parameters representative of conditions of use of said equipment, the levels of operation comprising a nominal level of operation and at least one level of operation deteriorated with respect to the nominal level of operation improved with respect to the nominal level of operation, said electronic equipment being adapted to: - receive at least one parameter value that is representative of a condition of use of the equipment; - determine a level of operation of said equipment, based on the stored map and on said at least one parameter value that is representative of a condition of use of the equipment; - transmit an alert if the level of operation determined is a deteriorated level of operation, the equipment being further configured to obtain a set of setup parameters of the equipment associated with the level of operation determined and to dynamically apply the set of setup parameters to the equipment. the cartography distinguishing areas having an associated level of operation in a space of parameters representative of conditions of use of said equipment, the levels of operation comprising a nominal level of operation and at least one level of operation deteriorated with respect to the nominal level of operation improved with respect to the nominal level of operation, said electronic equipment being adapted to: - receive at least one parameter value that is representative of a condition of use of the equipment; - determine a level of operation of said equipment, based on the stored map and on said at least one parameter value that is representative of a condition of use of the equipment; - transmit an alert if the level of operation determined is a deteriorated level of operation, the equipment being further configured to obtain a set of setup parameters of the equipment associated with the level of operation determined and to dynamically apply the set of setup parameters to the equipment. - receive at least one parameter value that is representative of a condition of use of the equipment; - determine a level of operation of said equipment, based on the stored map and on said at least one parameter value that is representative of a condition of use of the equipment; - transmit an alert if the level of operation determined is a deteriorated level of operation, the equipment being further configured to obtain a set of setup parameters of the equipment associated with the level of operation determined and to dynamically apply the set of setup parameters to the equipment.
A multi-spool gas turbine engine , comprising: a first generator for providing electrical power to an electrical system, the first generator being drivably connected to a first spool; a second generator for providing electrical power to the electrical system, the second generator being drivably connected to a second spool and embedded within a core of the engine; and characterised by a disconnection device for disconnecting the second generator from the second spool; and a controller which is configured to selectively operate the disconnection device under predetermined powered engine conditions, the predetermined powered engine conditions corresponding to the rotational speed of the second spool or second generator. a first generator for providing electrical power to an electrical system, the first generator being drivably connected to a first spool; a second generator for providing electrical power to the electrical system, the second generator being drivably connected to a second spool and embedded within a core of the engine; and characterised by a disconnection device for disconnecting the second generator from the second spool; and a controller which is configured to selectively operate the disconnection device under predetermined powered engine conditions, the predetermined powered engine conditions corresponding to the rotational speed of the second spool or second generator.
A fluid connector apparatus for tubing comprising: a male connector having a dome at a distal end of the male connector, a fluid channel extending through the dome to a proximal end of the male connector, and a first coupling structure to couple the male connector to a female connector; and a female connector having a cavity at a distal end which is sized and shaped to mate with the dome of the male connector, a fluid channel extending from the cavity to a proximal end of the female connector, and a second coupling structure to couple the female connector to the male connector, wherein the fluid channels of the male and female connectors form a continuous fluid channel when the male and female connectors are coupled together, characterized in that one of the coupling structures comprises a pair of extending arms , and the other of the coupling structures comprises a pair of undercuts into which the arms fit when the male and female connectors are coupled together, the male and female connectors being coupled together by inserting the dome into the cavity and axially rotating at least one of the connectors with respect to the other connector. a male connector having a dome at a distal end of the male connector, a fluid channel extending through the dome to a proximal end of the male connector, and a first coupling structure to couple the male connector to a female connector; and a female connector having a cavity at a distal end which is sized and shaped to mate with the dome of the male connector, a fluid channel extending from the cavity to a proximal end of the female connector, and a second coupling structure to couple the female connector to the male connector, wherein the fluid channels of the male and female connectors form a continuous fluid channel when the male and female connectors are coupled together, characterized in that one of the coupling structures comprises a pair of extending arms , and the other of the coupling structures comprises a pair of undercuts into which the arms fit when the male and female connectors are coupled together, the male and female connectors being coupled together by inserting the dome into the cavity and axially rotating at least one of the connectors with respect to the other connector.
A method for tracking virtual machine, VM, usage, by a client machine, comprising: deploying an instance of a VM; generating an identification for the instance of the virtual machine; and requesting a name server lookup from a tracker server specified by a tracker IP address, wherein the name server lookup comprises the identification; wherein: the requested name server lookup is configured to cause the tracker server to record a startup of the instance of the VM to determine a number of times the instance of the virtual machine has been deployed by the client machine, and the name server lookup is requested in response to execution of a name server lookup command included in an image of the VM that is executed in deploying the instance of the VM. deploying an instance of a VM; generating an identification for the instance of the virtual machine; and requesting a name server lookup from a tracker server specified by a tracker IP address, wherein the name server lookup comprises the identification; wherein: the requested name server lookup is configured to cause the tracker server to record a startup of the instance of the VM to determine a number of times the instance of the virtual machine has been deployed by the client machine, and the name server lookup is requested in response to execution of a name server lookup command included in an image of the VM that is executed in deploying the instance of the VM. the requested name server lookup is configured to cause the tracker server to record a startup of the instance of the VM to determine a number of times the instance of the virtual machine has been deployed by the client machine, and the name server lookup is requested in response to execution of a name server lookup command included in an image of the VM that is executed in deploying the instance of the VM.
A method of generating a consolidated sum alarm for alarms of a Process Control, PC, system for an industrial plant described by a configuration description, comprising - identifying alarms from the configuration description, - assigning each identified alarm to a plant level, - assigning, based on an alarm type retrieved from the configuration description, each identified alarm to an alarm category, - deriving a consolidated sum alarm per alarm category and at a particular plant level from all alarms assigned to the alarm category and assigned to the particular plant level or to any plant level below. - identifying alarms from the configuration description, - assigning each identified alarm to a plant level, - assigning, based on an alarm type retrieved from the configuration description, each identified alarm to an alarm category, - deriving a consolidated sum alarm per alarm category and at a particular plant level from all alarms assigned to the alarm category and assigned to the particular plant level or to any plant level below.
Rotating electric machine rotor comprising a plurality of North poles (N) and South poles (S) that alternate and are formed from a plurality of permanent magnets arranged in first openings that extend along an axis (X-X') of said rotor and are distributed regularly between a circumferential part and a central part of the magnetic mass of said rotor so as to define a plurality of circumferential polar sections having a predetermined polar pitch (θp), said permanent magnets having a first polygonal radial section and a first axial plane of symmetry, and said polar sections having a second, outwardly lobe-forming radial section and a second axial plane of symmetry, characterized in that , so as to maximize a useful magnetic flux (ΦU) circulating radially in each of said polar sections and to minimize a leakage magnetic flux (ΦL) circulating in a circumferential direction in said circumferential part : - said lobe partially overlaps said permanent magnets , and - said polar sections have a predetermined angle of polar overlap (θr), said angle of polar overlap (θr) being an angle of view of said lobe from a point of said axis (X-X') and - said polar sections have a predetermined overlap ratio (R), said overlap ratio (R) being equal to a ratio of said angle of polar overlap (θr) to said predetermined polar pitch (θp) and said overlap ratio (R) lies substantially between 0.35 and 0.50. - said lobe partially overlaps said permanent magnets , and - said polar sections have a predetermined angle of polar overlap (θr), said angle of polar overlap (θr) being an angle of view of said lobe from a point of said axis (X-X') and - said polar sections have a predetermined overlap ratio (R),
A wireless apparatus comprising: a main control section configured to manage time using a first clock; a wireless control section configured to manage time using a second clock; and a clock synchronization management section configured to manage a clock synchronization state including at least a synchronization status between the first clock and the second clock of the wireless apparatus, wherein the wireless control section notifies another wirelessly connected wireless apparatus of information regarding the clock synchronization state including at least the synchronization status between the first clock and the second clock of the wireless apparatus through transmission of a frame, the synchronization status between the first and the second clock of the wireless apparatus being one of synchronous, asynchronous or unsynchronizable due to rigorous synchronization criteria. a main control section configured to manage time using a first clock; a wireless control section configured to manage time using a second clock; and a clock synchronization management section configured to manage a clock synchronization state including at least a synchronization status between the first clock and the second clock of the wireless apparatus, wherein the wireless control section notifies another wirelessly connected wireless apparatus of information regarding the clock synchronization state including at least the synchronization status between the first clock and the second clock of the wireless apparatus through transmission of a frame, the synchronization status between the first and the second clock of the wireless apparatus being one of synchronous, asynchronous or unsynchronizable due to rigorous synchronization criteria.
Structural system with acoustic insulation properties comprising modular mountable closure panels to configure a construction , wherein the closure panels comprise a first layer , a second layer and a third layer joined together by fastening means with discrete elastic elements, where the second layer which is arranged in an intermediate position between the first layer and the third layer is a supportive layer fastened to a structure of beams , crossbars and connectors , and where the discrete elastic elements comprise an elastomeric dowel and the fastening means comprise primary secondary , tertiary and quaternary holes , where: - the primary hole is drilled in the second layer and/or the beams , crossbars and connectors for the insertion and fit of the dowel , - the secondary hole is drilled in the first layer to receive said dowel , - the tertiary hole is drilled in the dowel for threading or insertion of a stem for securing the third layer , and - the quaternary hole is drilled in the third layer for the passage of the stem , - the dowel comprises extensions of smaller section to fit in the secondary hole , the dowel and/or the extension having a cylindrical configuration. - the primary hole is drilled in the second layer and/or the beams , crossbars and connectors for the insertion and fit of the dowel , - the secondary hole is drilled in the first layer to receive said dowel , - the tertiary hole is drilled in the dowel for threading or insertion of a stem for securing the third layer , and - the quaternary hole is drilled in the third layer for the passage of the stem , - the dowel comprises extensions of smaller section to fit in the secondary hole , the dowel and/or the extension having a cylindrical configuration.
A method for producing a fiber-reinforced molding substrate comprising: (I) withdrawing and continuously feeding a bundle of continuous reinforcing fibers; (II) combining cyclic polyarylene sulfide with the reinforcing fiber bundle; (III) heating the composite of the reinforcing fiber bundle and the cyclic polyarylene sulfide obtained in step (II) to 200°C to 450°C and subjecting the cyclic polyarylene sulfide to ring-opening polymerization to convert into polyarylene sulfide; and (IV) cooling the composite obtained in step (III) and withdrawing the same, wherein the weight average molecular weight of the cyclic polyarylene sulfide combined in step (II) is less than 5,000 and the weight average molecular weight of the polyarylene sulfide after ring-opening polymerization in step (III) is 5,000 or greater. (I) withdrawing and continuously feeding a bundle of continuous reinforcing fibers; (II) combining cyclic polyarylene sulfide with the reinforcing fiber bundle; (III) heating the composite of the reinforcing fiber bundle and the cyclic polyarylene sulfide obtained in step (II) to 200°C to 450°C and subjecting the cyclic polyarylene sulfide to ring-opening polymerization to convert into polyarylene sulfide; and (IV) cooling the composite obtained in step (III) and withdrawing the same,