mhurhangee/patent-ind-claim-en huggingface dataset:
An engineering system for a factory automation environment , the system comprising: a message-broker configured to access and update a knowledge base based on operation of at least one of a plurality of engineering software , wherein the plurality of engineering software is configured to generate and/or operate using engineering-data associated with at least one of design, commissioning, operation and maintenance of the factory automation environment , wherein the message-broker is configured to convert the engineering-data into messages recognizable by the plurality of engineering software and the knowledge base ; and at least one Graphical User Interface (GUI) communicatively coupled to the message-broker configured to enable access to the engineering-data via the message-broker , whereby at least one engineering software is configured to initiate actions in the factory automation environment based on the messages, characterized in that the message-broker is communicatively coupled to one or more artificial intelligence modules configured to analyze operation of the plurality of engineering software , a user input from the GUI, or a combination thereof, wherein the artificial intelligence modules are configured to map the operation of the plurality of engineering software , the user input or the combination to the engineering-data in the knowledge base , wherein the message-broker is configured to transmit the mapped engineering-data to the at least one engineering software to enable the at least one engineering software to initiate actions in the factory automation environment , the artificial intelligence modules comprising one of a neural network module, a reinforcement learning module, a rule-based module and a combination thereof. a message-broker configured to access and update a knowledge base based on operation of at least one of a plurality of engineering software , wherein the plurality of engineering software is configured to generate and/or operate using engineering-data associated with at least one of design, commissioning, operation and maintenance of the factory automation environment , wherein the message-broker is configured to convert the engineering-data into messages recognizable by the plurality of engineering software and the knowledge base ; and at least one Graphical User Interface (GUI) communicatively coupled to the message-broker configured to enable access to the engineering-data via the message-broker , whereby at least one engineering software is configured to initiate actions in the factory automation environment based on the messages,
Bracelet clasp comprising a first blade , at least one second blade hinged by one of its ends to the first blade and hinged by its other end to a cover , and means for locking the second blade in the closed position on the first blade , the cover comprising an opening arranged to receive at least one insert made of a mineral material, such as glass or sapphire, comprising a decoration , characterised in that the opening comprises an edge and a wall, said insert resting against the wall and the edge , the edge having dimensions slightly greater than the dimensions of the opening .
A method for authenticating a terminal of a user when using a service provided by a target system via a connection network , wherein - a request for using the service sent by the user via the terminal connected to a communication network is captured in the connection network , metadata is extracted from the captured request by a routing unit of the connection network and the metadata is forwarded by the routing unit to a certification service of the connection network; - the certification service receives the metadata and provides the metadata together with an identifier unique to the terminal to a certificate creation unit ; - the certificate creation unit creates a certificate for the unique identifier by means of the provided metadata and provides it to the certification service ; - the routing unit connected to the certification service attaches the certificate to the request and transmits it to the target system ; - the target system authenticates the terminal sending the request by means of the certificate. - a request for using the service sent by the user via the terminal connected to a communication network is captured in the connection network , metadata is extracted from the captured request by a routing unit of the connection network and the metadata is forwarded by the routing unit to a certification service of the connection network; - the certification service receives the metadata and provides the metadata together with an identifier unique to the terminal to a certificate creation unit ; - the certificate creation unit creates a certificate for the unique identifier by means of the provided metadata and provides it to the certification service ; - the routing unit connected to the certification service attaches the certificate to the request and transmits it to the target system ; - the target system authenticates the terminal sending the request by means of the certificate.
An earth working machine , such as a road milling machine, recycler, stabilizer, or surface miner, encompassing a machine body having a machine frame and a drive configuration (46; 146; 246), rotationally drivable relative to the machine frame around a drive axis (A) that defines an axial direction, to which drive configuration a working apparatus (32; 132; 232) embodied for earth working is releasably connected in torque-transferring fashion, in an operating position operational for earth working, for rotation together around the drive axis (A), such that when the connection is released, the working apparatus (32; 132; 232) is removable from the operating position in an axial direction relative to the drive configuration (46; 146; 246) for deinstallation from the drive configuration (46; 146; 246) and, for installation on the drive configuration, is conveyable into the operating position in an axial direction relative to the drive configuration (46; 146; 246), characterized in that there is provided on the drive configuration (46; 146; 246) an actuator (65; 165; 265) that encompasses an actuator member (63; 163; 263), movable relative to the drive configuration (46; 146; 246), which, when the working apparatus (32; 132; 232) is located, in preparation for installation thereof on the drive configuration (46; 146; 246), in a preparation position located axially remotely from the operating position, is conveyable directly, or indirectly with interposition of a coupling structure (94a; 194a; 294a), into installation force-transferring engagement with a counterpart coupling structure (74g; 174g; 274g) of the working apparatus (32; 132; 232), the working apparatus (32; 132; 232) being capable of being brought by the actuator (65; 165; 265), upon establishment of an installation force-transferring engagement, from the preparation position closer to the operating position.
A vehicle-mounted millimeter-wave communication device mounted on a vehicle and performing communication while temporally changing a communication direction by using an antenna unit capable of changing directivity and capable to communicate in only one direction at a time, the device comprising: a running environment acquisition unit configured to acquire a running environment including at least one of a road condition of a road on which the vehicle is running, and a vehicle state of the vehicle; and a communication control unit configured to perform control such that communication, in which a communication time allocated to each communication direction is determined in accordance with the running environment, is performed; wherein in a case where it is determined that the communication time longer than the communication time set for the other direction is to be set for a forward (F) and backward (B) direction based on the running environment, the communication control unit performs a first control such that communication, in which the communication time longer than the communication time set for the other direction is set for the forward (F) and backward (B) direction, and communication, in which the communication times are set for all the directions equally, are performed alternately, wherein the running environment includes remaining battery power of the vehicle, and, in a case where the remaining battery power is not more than a threshold value, the communication control unit sets the communication times for all the directions equally_without performing the first control. a running environment acquisition unit configured to acquire a running environment including at least one of a road condition of a road on which the vehicle is running, and a vehicle state of the vehicle; and a communication control unit configured to perform control such that communication, in which a communication time allocated to each communication direction is determined in accordance with the running environment, is performed; wherein in a case where it is determined that the communication time longer than the communication time set for the other direction is to be set for a forward (F) and backward (B) direction based on the running environment, the communication control unit performs a first control such that communication, in which the communication time longer than the communication time set for the other direction is set for the forward (F) and backward (B) direction, and communication, in which the communication times are set for all the directions equally, are performed alternately, wherein the running environment includes remaining battery power of the vehicle, and, in a case where the remaining battery power is not more than a threshold value, the communication control unit sets the communication times for all the directions equally_without performing the first control.
An interchangeable lens detachable from a camera, the interchangeable lens comprising: a focus lens configured to change a focusing state of an object image by moving in an optical axis direction; a diaphragm configured to adjust an amount of light; acquisition means configured to acquire information indicating an amount of change in image magnification, corresponding to information about a present aperture value of the diaphragm, in a case where the focus lens is moved by a predetermined amount when the focus lens lies in predetermined position; and a lens control means configured to transmit the information indicating the amount of change in image magnification to the camera, receive a drive command indicating wobbling AF for wobbling the focus lens or a drive command indicating non-wobbling AF not for wobbling the focus lens , and drive the focus lens based on the received drive command, wherein the camera determines, based on the information indicating the amount of change in image magnification from the interchangeable lens, which one of the two drive commands is transmitted. a focus lens configured to change a focusing state of an object image by moving in an optical axis direction; a diaphragm configured to adjust an amount of light; acquisition means configured to acquire information indicating an amount of change in image magnification, corresponding to information about a present aperture value of the diaphragm, in a case where the focus lens is moved by a predetermined amount when the focus lens lies in predetermined position; and a lens control means configured to transmit the information indicating the amount of change in image magnification to the camera, receive a drive command indicating wobbling AF for wobbling the focus lens or a drive command indicating non-wobbling AF not for wobbling the focus lens , and drive the focus lens based on the received drive command, wherein the camera determines, based on the information indicating the amount of change in image magnification from the interchangeable lens, which one of the two drive commands is transmitted. transmit the information indicating the amount of change in image magnification to the camera, receive a drive command indicating wobbling AF for wobbling the focus lens or a drive command indicating non-wobbling AF not for wobbling the focus lens , and drive the focus lens based on the received drive command, wherein the camera determines, based on the information indicating the amount of change in image magnification from the interchangeable lens, which one of the two drive commands is transmitted.
A digital delay locked loop for applying a phase shift (T,T/2,PHASE1 to PHASE4, PHASE C) to a reference timing signal (Tref), the digital delay locked loop comprising: first and second digitally controllable delay lines coupled in series with each other, each comprising a lead portion and a lag portion , the first digitally controllable delay line receiving a reference timing signal (TREF) and the second digitally controllable delay line outputting a delayed timing signal (TREF') corresponding to the reference timing signal (Tref) delayed by the first and second digitally controllable delay lines ; and a time to digital converter configured to evaluate a phase difference between the reference signal (TREF) and the delayed timing signal (TREF') and to generate a first control signal (DLEAD_[0:n]) for controlling said lead portions and a second control signal (DLAG[0:n]) for controlling said lag portions based on the sign and magnitude of the phase difference. first and second digitally controllable delay lines coupled in series with each other, each comprising a lead portion and a lag portion , the first digitally controllable delay line receiving a reference timing signal (TREF) and the second digitally controllable delay line outputting a delayed timing signal (TREF') corresponding to the reference timing signal (Tref) delayed by the first and second digitally controllable delay lines ; and a time to digital converter configured to evaluate a phase difference between the reference signal (TREF) and the delayed timing signal (TREF') and to generate a first control signal (DLEAD_[0:n]) for controlling said lead portions and a second control signal (DLAG[0:n]) for controlling said lag portions based on the sign and magnitude of the phase difference.
A double stator-type rotary machine comprising: an annular rotor that has an annular shape centered on a rotor shaft (L) and is rotatably supported about the rotor shaft (L); an outer stator that is disposed apart from the rotor on an outer side of the rotor and has an annular shape centered on the rotor shaft (L) to surround the rotor from a radial outer side; and an inner stator that is disposed apart from the rotor on an inner side of the rotor to be surrounded by the rotor from a radial outer side and has an annular shape centered on the rotor shaft (L), wherein the rotor includes permanent magnets, whose magnetic poles facing the inner stator are alternately reversed, arranged in a circumferential direction of the rotor ; and outer salient poles disposed at centers of the permanent magnets themselves in the circumferential direction of the rotor , respectively, and protruding toward the outer stator , an inner circumferential surface of the rotor is formed in a circular shape when viewed in a direction of a rotor shaft (L) and the permanent magnets are provided on the inner circumferential surface, and the outer salient poles function as a SR motor. an annular rotor that has an annular shape centered on a rotor shaft (L) and is rotatably supported about the rotor shaft (L); an outer stator that is disposed apart from the rotor on an outer side of the rotor and has an annular shape centered on the rotor shaft (L) to surround the rotor from a radial outer side; and an inner stator that is disposed apart from the rotor on an inner side of the rotor to be surrounded by the rotor from a radial outer side and has an annular shape centered on the rotor shaft (L), wherein the rotor includes permanent magnets, whose magnetic poles facing the inner stator are alternately reversed, arranged in a circumferential direction of the rotor ; and outer salient poles disposed at centers of the permanent magnets themselves in the circumferential direction of the rotor , respectively, and protruding toward the outer stator , an inner circumferential surface of the rotor is formed in a circular shape when viewed in a direction of a rotor shaft (L) and the permanent magnets are provided on the inner circumferential surface, and the outer salient poles function as a SR motor.
A connection apparatus for connecting breathing gas delivery components of a breathing apparatus comprising: a male connector (200, 200', 200") configured to be received in a corresponding female port , the male connector (200, 200', 200") comprising a perimeter wall defining an external shape of the male connector (200, 200', 200"); wherein the male connector (200, 200', 200") defines an insertion axis along which the male connector (200, 200', 200") is receivable into a corresponding female port ; wherein a distal edge of the perimeter wall defines a distal face of the perimeter wall and at least a portion of the distal face is inclined with respect to the insertion axis of the male connector (200, 200', 200"), and the perimeter wall is configured such that a perimeter of the male connector (200, 200', 200") comprises an apex portion , wherein the perimeter wall comprises first and second wall portions which taper together such that a first edge of the first wall portion and a first edge of the second wall portion are connected at the apex portion . a male connector (200, 200', 200") configured to be received in a corresponding female port , the male connector (200, 200', 200") comprising a perimeter wall defining an external shape of the male connector (200, 200', 200"); wherein the male connector (200, 200', 200") defines an insertion axis along which the male connector (200, 200', 200") is receivable into a corresponding female port ; wherein a distal edge of the perimeter wall defines a distal face of the perimeter wall and at least a portion of the distal face is inclined with respect to the insertion axis of the male connector (200, 200', 200"), and the perimeter wall is configured such that a perimeter of the male connector (200, 200', 200") comprises an apex portion , wherein the perimeter wall comprises first and second wall portions which taper together such that a first edge of the first wall portion and a first edge of the second wall portion are connected at the apex portion .
A system for supplying compressed gas comprising: a gas intake ; a compressor operable to compress gas received from the gas intake via conduit ; a heat exchanger for cooling gas received from the compressor; a water separator for removing condensate from gas received from the heat exchanger ; a gas reservoir for receiving gas from the water separator; a system outlet for receiving gas from the reservoir ; a pressure control valve between the water separator and the gas reservoir , and operable to maintain the pressure of the gas in the heat exchanger and the water separator at or above a first set pressure and to restrict flow into the reservoir when demand from the system outlet exceeds the capacity of the compressor; and an output pressure regulator between the reservoir and the system outlet, and operable to limit the maximum pressure supplied from the reservoir to a system outlet to a second set pressure, wherein the first set pressure is equal to or higher than the second set pressure. a gas intake ; a compressor operable to compress gas received from the gas intake via conduit ; a heat exchanger for cooling gas received from the compressor; a water separator for removing condensate from gas received from the heat exchanger ; a gas reservoir for receiving gas from the water separator; a system outlet for receiving gas from the reservoir ; a pressure control valve between the water separator and the gas reservoir , and operable to maintain the pressure of the gas in the heat exchanger and the water separator at or above a first set pressure and to restrict flow into the reservoir when demand from the system outlet exceeds the capacity of the compressor; and an output pressure regulator between the reservoir and the system outlet, and operable to limit the maximum pressure supplied from the reservoir to a system outlet to a second set pressure, wherein the first set pressure is equal to or higher than the second set pressure.
A combustion assembly for a gas turbine comprising a flame tube and fuel supply means including a flow rate limiter supplying an injector , wherein the flow rate limiter and the fuel injector are formed in one piece, characterised in that the flow rate limiter comprises a first fuel conduit and a second fuel conduit each comprising a succession of chambers which are interconnected by reduced section portions, the first conduit and the second conduit being connected to a fuel inlet, the first conduit opening downstream into a first channel of the fuel injector and the second conduit opening downstream into a second channel of the injector .
A method for signal transmission, the method comprising: receiving, by a terminal device, downlink control information, DCI (S210), wherein the DCI carries resource reservation indication information, and the resource reservation indication information indicates whether a physical resource of a plurality of physical resources does not need to be reserved by the terminal device in a time-domain resource unit; and determining, by the terminal device, a first physical resource of the plurality of physical resources to be used by the terminal device for transmitting a first signal in the time-domain resource unit according to the resource reservation indication information (S220), and transmitting, by the terminal device, the first signal using the first physical resource in the time-domain resource unit; wherein the downlink control information is common downlink control information, and the common downlink control information is information transmitted in a common search space of a downlink control channel. receiving, by a terminal device, downlink control information, DCI (S210), wherein the DCI carries resource reservation indication information, and the resource reservation indication information indicates whether a physical resource of a plurality of physical resources does not need to be reserved by the terminal device in a time-domain resource unit; and determining, by the terminal device, a first physical resource of the plurality of physical resources to be used by the terminal device for transmitting a first signal in the time-domain resource unit according to the resource reservation indication information (S220), and transmitting, by the terminal device, the first signal using the first physical resource in the time-domain resource unit;