mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: one or more position sensors configured to determine a location of a user ; one or more display units coupled to the one or more position sensors; and a computer system coupled to the one or more position sensors and the one or more display units ; wherein the computer system is configured to: display customized information to the user in proximity to the user ; track the location of the user ; and move the customized information as the user changes location; wherein the user's destination is an elevator car (104a-104n) and the destination is received from a destination entry system and characterized in that the user's position as sensed by the one or more position sensors is used to dispatch the elevator car (104a-104n) and in that moving the information comprises moving information from a first display unit to a second display unit of the one or more display units. one or more position sensors configured to determine a location of a user ; one or more display units coupled to the one or more position sensors; and a computer system coupled to the one or more position sensors and the one or more display units ; wherein the computer system is configured to: display customized information to the user in proximity to the user ; track the location of the user ; and move the customized information as the user changes location; wherein the user's destination is an elevator car (104a-104n) and the destination is received from a destination entry system and characterized in that the user's position as sensed by the one or more position sensors is used to dispatch the elevator car (104a-104n) and in that moving the information comprises moving information from a first display unit to a second display unit of the one or more display units. display customized information to the user in proximity to the user ; track the location of the user ; and move the customized information as the user changes location; wherein the user's destination is an elevator car (104a-104n) and the destination is received from a destination entry system and characterized in that the user's position as sensed by the one or more position sensors is used to dispatch the elevator car (104a-104n) and in that moving the information comprises moving information from a first display unit to a second display unit of the one or more display units.
A method for selecting devices within a system that contains a first device , a second device , and a third device , the method comprising: assigning an identical master identifier to each device within the system , each device being capable of being accessed by using the master identifier; assigning a first assigned identifier to the first device ; assigning a second assigned identifier to the second device ; and assigning a third assigned identifier to the third device , such that the first device is capable of being accessed using either the master identifier or the first assigned identifier; the second device is capable of being accessed using either the master identifier or the second assigned identifier; and the third device is capable of being accessed using either the master identifier or the third assigned identifier, the method further comprising selecting each of the first device , second device , and third device by setting a select identifier to a value equal to the master identifier. assigning an identical master identifier to each device within the system , each device being capable of being accessed by using the master identifier; assigning a first assigned identifier to the first device ; assigning a second assigned identifier to the second device ; and assigning a third assigned identifier to the third device , such that the first device is capable of being accessed using either the master identifier or the first assigned identifier; the second device is capable of being accessed using either the master identifier or the second assigned identifier; and the third device is capable of being accessed using either the master identifier or the third assigned identifier, the method further comprising selecting each of the first device , second device , and third device by setting a select identifier to a value equal to the master identifier.
A rubber extrusion device comprising a cylindrical cylinder , a screw disposed in an internal space of the cylinder , a head installed at a leading end of the cylinder and including an extrusion flow path communicating with the internal space, and a die attached to the head at a leading end position of the extrusion flow path , and an extrusion port communicating with the extrusion flow path and penetrating the die in the longitudinal direction, wherein unvulcanized rubber (R1) extruded forward by the screw exits through the extrusion port as a rubber extrudate (R2), the rubber extrusion device comprising a moving unit for moving the die at least in a uniaxial direction (X, Y) relative to the head along a leading end surface of the head , and being capable of fixing the die and the head in a desired relative position, characterized in that a front aperture of the extrusion flow path is set to be larger than a rear aperture of the extrusion port and the entire range of the rear aperture of the extrusion port is maintained to be disposed inside the front aperture of the extrusion flow path , and in that the rubber extrusion device further comprises a control unit for moving the die and the head to a desired relative position by controlling operation of the moving unit , and a sensor for detecting an amount of curving, with respect to an extrusion direction, of the rubber extrudate (R2) extruded from the extrusion port , and based on the detection data from the sensor , the control unit is adapted for moving the die and the head to the desired relative position. a cylindrical cylinder , a screw disposed in an internal space of the cylinder , a head installed at a leading end of the cylinder and including an extrusion flow path communicating with the internal space, and a die attached to the head at a leading end position of the extrusion flow path , and an extrusion port communicating with the extrusion flow path and penetrating the die in the longitudinal direction, wherein unvulcanized rubber (R1) extruded forward by the screw exits through the extrusion port as a rubber extrudate (R2), the rubber extrusion device comprising a moving unit for moving the die at least in a uniaxial direction (X, Y) relative to the head along a leading end surface of the head , and being capable of fixing the die and the head in a desired relative position, characterized in that a front aperture of the extrusion flow path is set to be larger than a rear aperture of the extrusion port and the entire range of the rear aperture of the extrusion port is maintained to be disposed inside the front aperture of the extrusion flow path , and in that the rubber extrusion device further comprises a control unit for moving the die and the head to a desired relative position by controlling operation of the moving unit , and a sensor for detecting an amount of curving, with respect to an extrusion direction, of the rubber extrudate (R2) extruded from the extrusion port , and based on the detection data from the sensor , the control unit is adapted for moving the die and the head to the desired relative position.
A mass spectrometer comprising: an atmospheric pressure interface comprising an ion block or sub-assembly having an internal passage, wherein said atmospheric pressure interface further comprises either an inner sampling cone , a capillary interface or other gas limiting interface; and a clamp formed from a thermally insulating material and a removable outer gas cone which is slidably inserted into or onto said clamp so that said outer gas cone is retained by said clamp in use, wherein said clamp is arranged and adapted to be pushed by a user into engagement with said ion block or sub-assembly so as to position said outer gas cone adjacent said inner sampling cone, capillary interface or other gas limiting interface so as to secure said outer gas cone to said ion block or sub-assembly and to form a gas tight seal with said ion block or sub-assembly without use of screws or allen bolts. an atmospheric pressure interface comprising an ion block or sub-assembly having an internal passage, wherein said atmospheric pressure interface further comprises either an inner sampling cone , a capillary interface or other gas limiting interface; and a clamp formed from a thermally insulating material and a removable outer gas cone which is slidably inserted into or onto said clamp so that said outer gas cone is retained by said clamp in use, wherein said clamp is arranged and adapted to be pushed by a user into engagement with said ion block or sub-assembly so as to position said outer gas cone adjacent said inner sampling cone, capillary interface or other gas limiting interface so as to secure said outer gas cone to said ion block or sub-assembly and to form a gas tight seal with said ion block or sub-assembly without use of screws or allen bolts.
A cold firework spurting apparatus, comprising: a feeding device configured to feed a metal powder ; a conveying device configured to convey material by continuously propelling the metal powder fed by the feeding device through rotation; a heating mechanism attached to the conveying device and configured to heat the metal powder during the conveying process of the conveying device ; and a spurting device configured to ignite and spurt the metal powder heated by the heating mechanism , wherein an output end of the feeding device is open to the conveying device and an output end of the conveying device is open to the spurting device , wherein the feeding device is configured to continuously feed the metal powder by continuously propelling the metal powder through rotation, characterized in that the feeding device comprises a loading hopper for storing the metal powder and a feeding hopper for feeding the metal powder . a feeding device configured to feed a metal powder ; a conveying device configured to convey material by continuously propelling the metal powder fed by the feeding device through rotation; a heating mechanism attached to the conveying device and configured to heat the metal powder during the conveying process of the conveying device ; and a spurting device configured to ignite and spurt the metal powder heated by the heating mechanism , wherein an output end of the feeding device is open to the conveying device and an output end of the conveying device is open to the spurting device ,
A speaker system having improved immunity to RF electromagnetic interference produced from mobile wireless communications devices comprising: a speaker housing ; an audio transducer carried by the speaker housing; a circuit board carried by the housing and having audio circuitry mounted thereon and operative with the audio transducer, said audio circuitry including a power amplifier having left and right channel inputs for receiving and amplifying an audio signal to the audio transducer, and a ferrite bead, inductor or shunt capacitor serially connected into each of said left and right channel inputs of the power amplifier, wherein said audio circuitry further comprises an operational amplifier operative as a preamplifier with said power amplifier for receiving and amplifying audio signals to the power amplifier, said operational amplifier including a left and right channel voltage rail , left and right channel inputs and a left and right channel feedback line , and, as RF filter , a ferrite bead, inductor or shunt capacitor serially connected into said left and right channel feedback line. a speaker housing ; an audio transducer carried by the speaker housing; a circuit board carried by the housing and having audio circuitry mounted thereon and operative with the audio transducer, said audio circuitry including a power amplifier having left and right channel inputs for receiving and amplifying an audio signal to the audio transducer, and a ferrite bead, inductor or shunt capacitor serially connected into each of said left and right channel inputs of the power amplifier, wherein said audio circuitry further comprises an operational amplifier operative as a preamplifier with said power amplifier for receiving and amplifying audio signals to the power amplifier, said operational amplifier including a left and right channel voltage rail , left and right channel inputs and a left and right channel feedback line , and, as RF filter , a ferrite bead, inductor or shunt capacitor serially connected into said left and right channel feedback line.
A control module comprising: a connector ; and a housing defining a first opening that receives the connector , and a hermetically sealed interior housing at least one electronic component, the electronic component being electrically coupled to the connector , the control module further including a retaining clip in physical contact with the housing and mechanically coupling the at least one electronic component to the connector , wherein the at least one electronic component comprises a printed circuit board (PCB, 121), the clip includes a crossbar and two members extending substantially parallel to each other and substantially perpendicularly to the crossbar from opposite ends of the crossbar , the crossbar and two members substantially defining a squared U-shape, wherein the clip includes first and second pairs of through holes , the first pair of through holes being adapted to receive fasteners to secure the clip to the electronic component, and the second pair of through holes being adapted to receive fasteners to secure the control module to a support structure wherein the two members define the second pair of through holes through their lengths, and wherein the first pair of through holes are defined by circuit board engagement tabs that project from the members and wherein the members snap-fit with shoulders of the connector to couple the connector to the at least one electronic component. a connector ; and a housing defining a first opening that receives the connector , and a hermetically sealed interior housing at least one electronic component, the electronic component being electrically coupled to the connector , the control module further including a retaining clip in physical contact with the housing and mechanically coupling the at least one electronic component to the connector , wherein the at least one electronic component comprises a printed circuit board (PCB, 121),
An optical arrangement , comprising: a first optical path for transmitting a first beam ; a detector arrangement for receiving the first beam ; wherein the optical arrangement is configured to apply an optical pilot tone with an original phase to the detector arrangement ; wherein the detector arrangement is configured to receive the optical pilot tone, to sense the phase of the received optical pilot tone, and to determine a pilot tone delay between the phase of the received optical pilot tone and the original phase of the optical pilot tone; wherein the optical arrangement is configured to determine a delay correction value based on the determined pilot tone delay and to apply the delay correction value to a signal of the first beam containing measurement information received by the detector arrangement ; wherein the detector arrangement is configured to sense a phase or time delay of the signal of the first beam . a first optical path for transmitting a first beam ; a detector arrangement for receiving the first beam ; wherein the optical arrangement is configured to apply an optical pilot tone with an original phase to the detector arrangement ; wherein the detector arrangement is configured to receive the optical pilot tone, to sense the phase of the received optical pilot tone, and to determine a pilot tone delay between the phase of the received optical pilot tone and the original phase of the optical pilot tone; wherein the optical arrangement is configured to determine a delay correction value based on the determined pilot tone delay and to apply the delay correction value to a signal of the first beam containing measurement information received by the detector arrangement ; wherein the detector arrangement is configured to sense a phase or time delay of the signal of the first beam .
A turbine component comprising: an airfoil section elongated in a longitudinal direction (X); a dovetail section continuous with an end of the airfoil section and bulging in a width direction (Z) across the longitudinal direction (X); a plurality of first reinforcement fibers running continuously from the airfoil section to the dovetail section ; a plurality of second reinforcement fibers running at least partly in the width direction (Z) in the airfoil section ; and a matrix joining an entirety of the first reinforcement fibers and the second reinforcement fibers, wherein, in the airfoil section , the second reinforcement fibers are woven into the first reinforcement fibers to form a three-dimensional fabric, characterized in that , in the dovetail section , the first reinforcement fibers are not gathered in the width direction (Z) by any other fibers but deploy in the width direction (Z). an airfoil section elongated in a longitudinal direction (X); a dovetail section continuous with an end of the airfoil section and bulging in a width direction (Z) across the longitudinal direction (X); a plurality of first reinforcement fibers running continuously from the airfoil section to the dovetail section ; a plurality of second reinforcement fibers running at least partly in the width direction (Z) in the airfoil section ; and a matrix joining an entirety of the first reinforcement fibers and the second reinforcement fibers, wherein, in the airfoil section , the second reinforcement fibers are woven into the first reinforcement fibers to form a three-dimensional fabric, characterized in that , in the dovetail section , the first reinforcement fibers are not gathered in the width direction (Z) by any other fibers but deploy in the width direction (Z).
A method for enabling activation of an aggregating functionality at one or more communication devices within a telecommunication network, said telecommunication network comprising a core network, CN, and a radio access network, RAN, (100, 120; 200, 280; 904, 905; 1004, 1005, 1007; 1110, 1105) and serving a plurality of communication devices including first communication devices (110; 210; 901; 1001) and second communication devices, wherein the second communication devices are communication devices (104; 204; 902; 1002) that are configurable to act as aggregators by providing an aggregating functionality, wherein the aggregating functionality provides radio coverage to at least one first communication device within a selected geographical area; characterized by : the method comprising, at an aggregator controller (102; 202; 903; 1003; 1103): determining a plurality of aggregating configurations, each configuration being formed of at least one second communication device (104; 204; 902; 1002) and a plurality of first communication (110; 210; 901; 1001) devices each being provided with an aggregating functionality from a corresponding second communication device (104; 204; 902; 1002) of the at least one second communication device in the configuration, wherein a power pathloss P between each of the plurality of first communication devices in the configuration and the corresponding second communication device from which aggregator functionality is provided is lower than a threshold X; selecting one or more aggregating configurations from said plurality of aggregating configurations based on a computed metric M, said selected one or more aggregating configurations also satisfying a condition C; and enabling activation of the aggregating functionality at the second communication devices (104, 204; 902, 1002) included in the selected one or more aggregating configurations. determining a plurality of aggregating configurations, each configuration being formed of at least one second communication device (104; 204; 902; 1002) and a plurality of first communication (110; 210; 901; 1001) devices each being provided with an aggregating functionality from a corresponding second communication device (104; 204; 902; 1002) of the at least one second communication device in the configuration, wherein a power pathloss P between each of the plurality of first communication devices in the configuration and the corresponding second communication device from which aggregator functionality is provided is lower than a threshold X; selecting one or more aggregating configurations from said plurality of aggregating configurations based on a computed metric M, said selected one or more aggregating configurations also satisfying a condition C; and enabling activation of the aggregating functionality at the second communication devices (104, 204; 902, 1002) included in the selected one or more aggregating configurations.
An air conditioning device for a compartment , in particular of a railway vehicle, of the type comprising a first heat pump circuit in which a refrigerant circulates, the first circuit comprising a first heat exchanger for exchanging heat with the outside air, a compressor and an expansion device , the air conditioning device comprising: - a second circuit , in which a heat transfer fluid circulates, comprising a second heat exchanger with air from the compartment , - a common heat exchanger , through which the first circuit and the second circuit pass, suitable to exchange heat between the refrigerant and the heat transfer fluid, characterised in that it comprises a thermal storage tank , connected to the first circuit in parallel to the common heat exchanger , and connected to the second circuit in parallel to the common heat exchanger . - a second circuit , in which a heat transfer fluid circulates, comprising a second heat exchanger with air from the compartment , - a common heat exchanger , through which the first circuit and the second circuit pass, suitable to exchange heat between the refrigerant and the heat transfer fluid,