mhurhangee/ep-ind-claims huggingface dataset:
Vacuum cleaner nozzle designed to be moved over a surface to be suctioned, which comprises a first head which comprises a first suction pipe connected in an aeraulic manner to a first suction mouth arranged on a lower face of said first head, said nozzle comprising - a second head which extends towards the front of the first head and which comprises a second suction mouth arranged on a lower face of said second head, - a second suction pipe which extends at least partially into the second head and which is connected in an aeraulic manner to the second suction mouth, - at least one distributing element making it possible to modify the distribution of the suction between the first suction mouth and the second suction mouth, the distributing element being able to occupy at least one first distribution position, wherein it enables a suctioning at least by the first suction mouth and a second distribution position, wherein it enables a suctioning at least by the second suction mouth, characterised in that said nozzle comprises: - at least one pneumatic actuator making it possible to move the distributing element between the first distribution position and the second distribution position. - a second head which extends towards the front of the first head and which comprises a second suction mouth arranged on a lower face of said second head, - a second suction pipe which extends at least partially into the second head and which is connected in an aeraulic manner to the second suction mouth, - at least one distributing element making it possible to modify the distribution of the suction between the first suction mouth and the second suction mouth, the distributing element being able to occupy at least one first distribution position, wherein it enables a suctioning at least by the first suction mouth and a second distribution position, wherein it enables a suctioning at least by the second suction mouth, characterised in that said nozzle comprises: - at least one pneumatic actuator making it possible to move the distributing element between the first distribution position and the second distribution position. - at least one pneumatic actuator making it possible to move the distributing element between the first distribution position and the second distribution position.
A method for backing up critical data (CD1-A) stored on an originator edge device (103, 201a, ED-A) associated with a user such that the backed up critical data maybe recovered onto a target device (103, 201a', ED-A'), the method comprising: requesting, by the vault-broker server, the originator edge device to create an export backup record of critical data stored on the originator edge device; generating a wrapping key; generating, by the originator edge device, the backup record in response to the request for the export backup record, the backup record being a function of the wrapping key, a cryptographic key, and the critical data being backed up; transmitting a backup-response message including the backup record, by the originator edge device to the vault-broker server; transmitting the backup-response message including the backup record by the vault-broker server to a surrogate edge device; storing the backup record on the surrogate edge device (103, 201b, ED-B); wherein from the information stored and available on the surrogate edge device, it is not possible to derive the WK or the backed up critical data (CD1-A) using available interfaces; and storing an association between the originator edge device and the surrogate edge device on the vault-broker server. requesting, by the vault-broker server, the originator edge device to create an export backup record of critical data stored on the originator edge device; generating a wrapping key; generating, by the originator edge device, the backup record in response to the request for the export backup record, the backup record being a function of the wrapping key, a cryptographic key, and the critical data being backed up; transmitting a backup-response message including the backup record, by the originator edge device to the vault-broker server; transmitting the backup-response message including the backup record by the vault-broker server to a surrogate edge device; storing the backup record on the surrogate edge device (103, 201b, ED-B); wherein from the information stored and available on the surrogate edge device, it is not possible to derive the WK or the backed up critical data (CD1-A) using available interfaces; and storing an association between the originator edge device and the surrogate edge device on the vault-broker server.
Transport system (1, 1', 1") for a wire or a sheet comprising a transport platform, a receptacle (14, 14') for the wire or the sheet, wherein the receptacle (14, 14') is configured in such a way that the wire or the sheet can be received on the receptacle (14, 14') as a coil, a drive, wherein the drive is configured in such a way that the wire or the sheet can be conveyed in a transport direction with the drive, and a straightening device, wherein the straightening device is configured in such a way that the wire or the sheet can be straightened by the straightening device, wherein the receptacle (14, 14'), the drive and the straightening device are arranged on the transport platform in such a way that the wire or the sheet can be drawn off the receptacle (14, 14') and fed to the straightening device by the drive in an automated manner, characterised in that the transport system (1, 1', 1") includes a transport container, wherein the transport platform is the floor of the transport container or the transport platform is received on a floor of the transport container, and the transport system (1, 1', 1") has four side walls (4, 5, 6, 7) and a roof, wherein a closable removal opening is provided in one of the side walls (4, 5, 6, 7) or in the roof, so that a section of the wire or the sheet can be removed from the transport system (1, 1', 1") through the removal opening, wherein the receptacle (14, 14'), the drive, the straightening device and the cutting device are arranged in such a way that a section of the wire or the sheet can be ejected through the removal opening. a transport platform, a receptacle (14, 14') for the wire or the sheet, wherein the receptacle (14, 14') is configured in such a way that the wire or the sheet can be received on the receptacle (14, 14') as a coil, a drive, wherein the drive is configured in such a way that the wire or the sheet can be conveyed in a transport direction with the drive, and a straightening device, wherein the straightening device is configured in such a way that the wire or the sheet can be straightened by the straightening device, wherein the receptacle (14, 14'), the drive and the straightening device are arranged on the transport platform in such a way that the wire or the sheet can be drawn off the receptacle (14, 14') and fed to the straightening device by the drive in an automated manner, characterised in that the transport system (1, 1', 1") includes a transport container, wherein the transport platform is the floor of the transport container or the transport platform is received on a floor of the transport container, and the transport system (1, 1', 1") has four side walls (4, 5, 6, 7) and a roof, wherein a closable removal opening is provided in one of the side walls (4, 5, 6, 7) or in the roof, so that a section of the wire or the sheet can be removed from the transport system (1, 1', 1") through the removal opening, wherein the receptacle (14, 14'), the drive, the straightening device and the cutting device are arranged in such a way that a section of the wire or the sheet can be ejected through the removal opening.
A test and measurement instrument, comprising: an input terminal configured to receive a radio frequency signal under test; an analog-to-digital converter, ADC, 108 configured to digitize the signal under test; a digital downconverter configured to produce I, in-phase, and Q, quadrature, baseband component information from the digitized signal; an acquisition memory configured to store one or more records of the digitized I and Q baseband component information associated with the digitized signal; a trace generation section configured to generate one or more types of IQ-based time-domain data using the I and Q baseband component information stored in the acquisition memory, generate one or more IQ-based time-domain traces based on the IQ-based time-domain data, and generate individual traces of the I and Q baseband component information; and a search unit configured to scan the one or more types of IQ-based time-domain data generated using the I and Q baseband component information stored in the acquisition memory for one or more events and directly scan the individual trace of the I baseband component information or the individual trace of the Q baseband component information for one or more events. an input terminal configured to receive a radio frequency signal under test; an analog-to-digital converter, ADC, 108 configured to digitize the signal under test; a digital downconverter configured to produce I, in-phase, and Q, quadrature, baseband component information from the digitized signal; an acquisition memory configured to store one or more records of the digitized I and Q baseband component information associated with the digitized signal; a trace generation section configured to generate one or more types of IQ-based time-domain data using the I and Q baseband component information stored in the acquisition memory, generate one or more IQ-based time-domain traces based on the IQ-based time-domain data, and generate individual traces of the I and Q baseband component information; and a search unit configured to scan the one or more types of IQ-based time-domain data generated using the I and Q baseband component information stored in the acquisition memory for one or more events and directly scan the individual trace of the I baseband component information or the individual trace of the Q baseband component information for one or more events.
A method for triggering terminal roaming by an access point, AP, wherein the method comprises: sending, by a first AP by using a first channel, a unicast channel switching message to a first terminal associated with the first AP, wherein the unicast channel switching message is used to instruct the first terminal to switch from the first channel to a second channel, a receiver address of the unicast channel switching message is an address of the first terminal, the first channel is an operating channel of the first AP, and the second channel and the first channel are different; and retaining the first channel as the operating channel of the first AP after the unicast channel switching message is sent; receiving, by the first AP, an instruction message sent by a second AP, wherein the instruction message instructs a second terminal associated with the second AP to switch to the first channel, the instruction message comprises a Basic Service Set IDentifier, BSSID, of the second AP and an address of the second terminal, and an operating channel of the second AP and the first channel are different; and characterized in that, sending, by the first AP, a simulation beacon frame to the second terminal at a first power by using the first channel, wherein the simulation beacon frame is a beacon frame sent by the first AP by simulating the second AP by using the BSSID of the second AP; and the first power is less than a default transmit power of the first AP. sending, by a first AP by using a first channel, a unicast channel switching message to a first terminal associated with the first AP, wherein the unicast channel switching message is used to instruct the first terminal to switch from the first channel to a second channel, a receiver address of the unicast channel switching message is an address of the first terminal, the first channel is an operating channel of the first AP, and the second channel and the first channel are different; and retaining the first channel as the operating channel of the first AP after the unicast channel switching message is sent; receiving, by the first AP, an instruction message sent by a second AP, wherein the instruction message instructs a second terminal associated with the second AP to switch to the first channel, the instruction message comprises a Basic Service Set IDentifier, BSSID, of the second AP and an address of the second terminal, and an operating channel of the second AP and the first channel are different; and characterized in that, sending, by the first AP, a simulation beacon frame to the second terminal at a first power by using the first channel, wherein the simulation beacon frame is a beacon frame sent by the first AP by simulating the second AP by using the BSSID of the second AP; and the first power is less than a default transmit power of the first AP.
A downhole tool including a closure seat (116, 176) for receiving a closure and thereby increasing fluid pressure above the closure seat (116, 176) to perform an operation on the downhole tool and/or another downhole tool, including: a tool body having a central throughbore for passing the closure through the tool body; the closure seat (116, 176) comprising a C-ring and having a radially retracted and biased inward position when positioned within the tool body for seating with the closure while the central throughbore restricts radial expansion of the closure seat (116, 176); a connector (114, 172) for temporarily limiting axial movement of the closure seat (116, 176) with respect to the tool body, and releasing the closure seat (116, 176) to move axially to a radially expanded position within the tool body to release the closure seat (116, 176) from the central throughbore and allow the closure seat (116, 176) to expand to an unbiased position and release the closure; a seal body (112, 174) positioned above the closure seat (116, 176); and an annular seal supported on the seal body (112, 174) for sealing between the closure and the seal body while the closure is seated on the closure seat (116, 176); characterized in that the closure seat includes a plurality of radially outward extending projections for engaging a wall of the central throughbore in the tool body when the closure seat is in its radically retracted position. a tool body having a central throughbore for passing the closure through the tool body; the closure seat (116, 176) comprising a C-ring and having a radially retracted and biased inward position when positioned within the tool body for seating with the closure while the central throughbore restricts radial expansion of the closure seat (116, 176); a connector (114, 172) for temporarily limiting axial movement of the closure seat (116, 176) with respect to the tool body, and releasing the closure seat (116, 176) to move axially to a radially expanded position within the tool body to release the closure seat (116, 176) from the central throughbore and allow the closure seat (116, 176) to expand to an unbiased position and release the closure; a seal body (112, 174) positioned above the closure seat (116, 176); and an annular seal supported on the seal body (112, 174) for sealing between the closure and the seal body while the closure is seated on the closure seat (116, 176); characterized in that the closure seat includes a plurality of radially outward extending projections for engaging a wall of the central throughbore in the tool body when the closure seat is in its radically retracted position.
A session controlling method of a first switch device between devices on a plurality of networks, the method comprising: receiving, through a first protocol, a session control request message from a control device, transmitting, through a second protocol, a triggering message for a specific control operation to a source device based on the received session control request message; performing the session control between the source device and a sink device by transmitting and receiving at least one message based on the triggering message; receiving, through the second protocol, a triggering response message for indicating a result of performing the session control from the source device; and transmitting, through the first protocol, a session control response message corresponding to the session control request message to the control device; wherein the session control request message represents a message for operating a session control between the source device and the sink device; characterized in that, the first switch device, the sink device and the control device are included in an HDBaseT Plug & Play, HPnP, network and the source device is not included in the HPnP network, and the first switch device represents the source device in the HPnP network and takes a role of proxy to communicate between the source device and the control device. receiving, through a first protocol, a session control request message from a control device, transmitting, through a second protocol, a triggering message for a specific control operation to a source device based on the received session control request message; performing the session control between the source device and a sink device by transmitting and receiving at least one message based on the triggering message; receiving, through the second protocol, a triggering response message for indicating a result of performing the session control from the source device; and transmitting, through the first protocol, a session control response message corresponding to the session control request message to the control device; wherein the session control request message represents a message for operating a session control between the source device and the sink device; characterized in that, the first switch device, the sink device and the control device are included in an HDBaseT Plug & Play, HPnP, network and the source device is not included in the HPnP network, and the first switch device represents the source device in the HPnP network and takes a role of proxy to communicate between the source device and the control device.
A breaker valve assembly for a nuclear reactor containment, the breaker valve assembly comprising: a valve body having a generally frustoconical shape, the valve body including, a first side wall defining a chamber, a first opening in a top portion of the first side wall, and a second opening in a bottom portion of the first side wall; a valve insert body nested in the valve body, the valve insert body having a generally frustoconical shape, the valve insert body including, a second side wall defining a second chamber, and a third opening in a bottom portion of the second side wall, the second opening aligning with the third opening of the valve insert body; and a lid arranged on an upper edge of the second side wall of the valve insert body, the valve insert body configured to move substantially vertically with respect to the valve body when pressure is applied to the lid. a valve body having a generally frustoconical shape, the valve body including, a first side wall defining a chamber, a first opening in a top portion of the first side wall, and a second opening in a bottom portion of the first side wall; a first side wall defining a chamber, a first opening in a top portion of the first side wall, and a second opening in a bottom portion of the first side wall; a valve insert body nested in the valve body, the valve insert body having a generally frustoconical shape, the valve insert body including, a second side wall defining a second chamber, and a third opening in a bottom portion of the second side wall, the second opening aligning with the third opening of the valve insert body; and a second side wall defining a second chamber, and a third opening in a bottom portion of the second side wall, the second opening aligning with the third opening of the valve insert body; and a lid arranged on an upper edge of the second side wall of the valve insert body, the valve insert body configured to move substantially vertically with respect to the valve body when pressure is applied to the lid.
A handrail system of a people mover, the handrail system comprising a circulating handrail and a safety system of a handrail inlet in a handrail housing, said safety system comprising: a hatch provided around the handrail inlet in the handrail housing; and trigger means operationally connected between the hatch and the handrail housing to launch the hatch from a first position inwards into the handrail housing to a second position in response to a detection of an object touching the hatch or arriving to a safety area in front of the hatch; the handrail system further comprising a coupling for operatively connecting the circulating handrail and the safety system, the coupling being arranged to stop the handrail in response to the launch of the hatch inwards into the handrail housing or in response to a detection of an object by a sensor which the object is arriving to the safety area in front of the hatch, characterized in that the hatch comprises a first hatch part and a second hatch part which said first and second hatch parts (4a, 4b) are arranged to be launched together simultaneously inwards into the handrail housing for providing an opening around the handrail inlet. a hatch provided around the handrail inlet in the handrail housing; and trigger means operationally connected between the hatch and the handrail housing to launch the hatch from a first position inwards into the handrail housing to a second position in response to a detection of an object touching the hatch or arriving to a safety area in front of the hatch; the handrail system further comprising a coupling for operatively connecting the circulating handrail and the safety system, the coupling being arranged to stop the handrail in response to the launch of the hatch inwards into the handrail housing or in response to a detection of an object by a sensor which the object is arriving to the safety area in front of the hatch, characterized in that the hatch comprises a first hatch part and a second hatch part which said first and second hatch parts (4a, 4b) are arranged to be launched together simultaneously inwards into the handrail housing for providing an opening around the handrail inlet.