mhurhangee/ep-ind-claims huggingface dataset:
Shock absorber assembly suitable for being connected and positioned between two modules of an unducted fan, the two modules being hydraulically and electrically connected together by means of electrical and hydraulic connectors, and having relative movements, said shock absorber assembly comprising: - an extension ferrule comprising a first interface suitable for being rigidly attached on the first module; - a connector support housing comprising: - a third interface suitable for being rigidly attached on the second module; and - a fourth interface allowing a mechanical connection to be made between the connector support housing and a second interface of said extension ferrule; - a plurality of elastic means arranged between the extension ferrule and the connector support housing to absorb relative displacements between the extension ferrule and the connector support housing; characterised in that: - said shock absorber assembly also comprises a flange element rigidly attached on the third interface of the connector support housing and arranged in such a way as to prevent the disconnection of the mechanical connection between said extension ferrule and the connector support housing, said flange element comprising a stop bearing on the extension ferrule in such a way as to define a space between the extension ferrule and the flange element; and - the elastic means are arranged so that a residual clearance exists between the flange element and the connector support housing. - an extension ferrule comprising a first interface suitable for being rigidly attached on the first module; - a connector support housing comprising: - a third interface suitable for being rigidly attached on the second module; and - a fourth interface allowing a mechanical connection to be made between the connector support housing and a second interface of said extension ferrule; - a third interface suitable for being rigidly attached on the second module; and - a fourth interface allowing a mechanical connection to be made between the connector support housing and a second interface of said extension ferrule; - a plurality of elastic means arranged between the extension ferrule and the connector support housing to absorb relative displacements between the extension ferrule and the connector support housing; - said shock absorber assembly also comprises a flange element rigidly attached on the third interface of the connector support housing and arranged in such a way as to prevent the disconnection of the mechanical connection between said extension ferrule and the connector support housing, said flange element comprising a stop bearing on the extension ferrule in such a way as to define a space between the extension ferrule and the flange element; and - the elastic means are arranged so that a residual clearance exists between the flange element and the connector support housing.
An information processing device configured to communicate with another device (101, 102, 103), the other device having a data receivable state in which it can receive data transmissions and a function pause state in which at least some of the functions usable by the other device are at pause, the information processing device comprising: a control section configured to perform a control to transmit a data transmission to the other device; wherein the information processing device is configured to receive advance information from the other device in advance of transmitting the data transmission, the advance information indicating that non-triggered transmission of data is supported by the other device and identifying a cycle in which the other device will transition from the function pause state to the data receivable state; wherein the control section is configured to determine, based on said advance information, whether the other device is in the function pause state or the data receivable state; and wherein the control section performs the control to transmit the data transmission to the other device at the time when the other device is determined to have transitioned from the function pause state to the data receivable state. a control section configured to perform a control to transmit a data transmission to the other device; wherein the information processing device is configured to receive advance information from the other device in advance of transmitting the data transmission, the advance information indicating that non-triggered transmission of data is supported by the other device and identifying a cycle in which the other device will transition from the function pause state to the data receivable state; wherein the control section is configured to determine, based on said advance information, whether the other device is in the function pause state or the data receivable state; and wherein the control section performs the control to transmit the data transmission to the other device at the time when the other device is determined to have transitioned from the function pause state to the data receivable state.
A second video device configured to: receive a first wireless video signal from a first video device (Tx 110), wherein the first video signal comprises a plurality of video frames and packets that include control information; wirelessly transmit packets that include control information to the first video device; and transmit a second video signal relating to the received video frames and a message relating to the received packets to a third video device (TV 121) connected by wire; wherein the message is configured to include a header block having a source logical address and a destination logical address, and a data block having an operation code as a control data following the header block; wherein two or more packets corresponding to one message are received from the first video device in different gap periods between the video frames; wherein the header block of the message is configured to include a timing position of a first ACK bit for confirming whether the third video device receives the header block transmitted from the second video device or not; wherein the data block of the message is configured to include a timing position of a second ACK bit for confirming whether the third video device receives the data block transmitted from the second video device or not; and wherein the second video device is configured to transmit a packet corresponding to the first ACK bit to the first video device after receiving a packet related to the data block of the message. receive a first wireless video signal from a first video device (Tx 110), wherein the first video signal comprises a plurality of video frames and packets that include control information; wirelessly transmit packets that include control information to the first video device; and transmit a second video signal relating to the received video frames and a message relating to the received packets to a third video device (TV 121) connected by wire; wherein the message is configured to include a header block having a source logical address and a destination logical address, and a data block having an operation code as a control data following the header block; wherein two or more packets corresponding to one message are received from the first video device in different gap periods between the video frames; wherein the header block of the message is configured to include a timing position of a first ACK bit for confirming whether the third video device receives the header block transmitted from the second video device or not; wherein the data block of the message is configured to include a timing position of a second ACK bit for confirming whether the third video device receives the data block transmitted from the second video device or not; and wherein the second video device is configured to transmit a packet corresponding to the first ACK bit to the first video device after receiving a packet related to the data block of the message.
A signal transmission method in a radio frequency network, wherein the radio frequency network comprises a detection device, at least one antenna line device (B, C), and an antenna that are sequentially connected in series through a radio frequency channel, and the method comprises: obtaining, by the detection device, port information and switch information of the at least one antenna line device (B, C), and port information and switch information of the antenna; sequentially controlling, by the detection device based on the switch information of the at least one antenna line device (B, C) and the antenna, at least one switch of the at least one antenna line device (B, C) to perform state switching, performing port scanning on at least one antenna line device (B, C) and the antenna each time after the state switching is performed, and recording port information of a scanned port and a corresponding switch state; and determining, by the detection device, a port connection relationship of the devices in the radio frequency network based on port and switch state information obtained after a plurality of times of state switching and a plurality of times of port scanning, and the previously obtained port information; wherein the switch information includes a switch and a location of each switch between ports. obtaining, by the detection device, port information and switch information of the at least one antenna line device (B, C), and port information and switch information of the antenna; sequentially controlling, by the detection device based on the switch information of the at least one antenna line device (B, C) and the antenna, at least one switch of the at least one antenna line device (B, C) to perform state switching, performing port scanning on at least one antenna line device (B, C) and the antenna each time after the state switching is performed, and recording port information of a scanned port and a corresponding switch state; and determining, by the detection device, a port connection relationship of the devices in the radio frequency network based on port and switch state information obtained after a plurality of times of state switching and a plurality of times of port scanning, and the previously obtained port information; wherein the switch information includes a switch and a location of each switch between ports.
An apparatus comprising: a session establishing unit configured to establish sessions of communication between the apparatus and each of a plurality of devices (AP1, AP2, AP3) in an upper layer of a communication protocol stack; and a coupling switching unit configured to, in response to an access request from the apparatus to a first device out of the plurality of devices after said sessions of communication have been established, switch coupling of the apparatus to the first device by terminating coupling to a second device out of currently-coupled devices among the plurality of devices in a lower layer of the communication stack while holding in the established state the sessions of communication in the upper layer; characterised in that the coupling switching unit is further configured to, when a predetermined period of time is elapsed after the coupling is switched to the first device, switch the coupling to a predetermined device other than the first device out of the plurality of devices by terminating the coupling to the first device in the lower layer of the communication protocol stack while holding in the established state the sessions of communication in the upper layer. a session establishing unit configured to establish sessions of communication between the apparatus and each of a plurality of devices (AP1, AP2, AP3) in an upper layer of a communication protocol stack; and a coupling switching unit configured to, in response to an access request from the apparatus to a first device out of the plurality of devices after said sessions of communication have been established, switch coupling of the apparatus to the first device by terminating coupling to a second device out of currently-coupled devices among the plurality of devices in a lower layer of the communication stack while holding in the established state the sessions of communication in the upper layer; characterised in that the coupling switching unit is further configured to, when a predetermined period of time is elapsed after the coupling is switched to the first device, switch the coupling to a predetermined device other than the first device out of the plurality of devices by terminating the coupling to the first device in the lower layer of the communication protocol stack while holding in the established state the sessions of communication in the upper layer.
A computer-implemented method comprising: providing, by one or more computing devices (10, 20, 30, 40, 50, 112) an application programming interface for processing imagery using one or more machine learning models to identify imagery determined to be suitable for one or more different and distinct uses; receiving, by the one or more computing devices, from a requesting application, and via the API, data describing imagery comprising a plurality of different and distinct frames for processing using the one or more ML models; determining, by the one or more computing devices, based at least in part on the one or more ML models and the data describing the imagery, and for each frame of the plurality of different and distinct frames, one or more scores for the frame, each score of the one or more scores indicating a determined measure of suitability of the frame with respect to a use of the one or more different and distinct uses; and communicating, by the one or more computing devices, to the requesting application, and via the API, data indicating, for each frame of one or more frames of the plurality of different and distinct frames, at least one of the one or more scores for the frame. providing, by one or more computing devices (10, 20, 30, 40, 50, 112) an application programming interface for processing imagery using one or more machine learning models to identify imagery determined to be suitable for one or more different and distinct uses; receiving, by the one or more computing devices, from a requesting application, and via the API, data describing imagery comprising a plurality of different and distinct frames for processing using the one or more ML models; determining, by the one or more computing devices, based at least in part on the one or more ML models and the data describing the imagery, and for each frame of the plurality of different and distinct frames, one or more scores for the frame, each score of the one or more scores indicating a determined measure of suitability of the frame with respect to a use of the one or more different and distinct uses; and communicating, by the one or more computing devices, to the requesting application, and via the API, data indicating, for each frame of one or more frames of the plurality of different and distinct frames, at least one of the one or more scores for the frame.
High density dispersion comprising magnetic particles, obtainable by a method comprising the steps of: providing a dispersion with magnetic particles; directly thereafter, providing a weak organic acid, or salt thereof, in an amount of 5*10 -6 -0.1 Mole acid/g magnetic particle, and interacting the weak organic acid and magnetic particles, during which the pH is maintained at a basic value, washing the dispersion one to four times after providing the weak organic acid; and redispersing the washed dispersion in a carrier, wherein the magnetic particles are present in an amount > 15 vol.% relative to a total volume of the dispersion, and in an amount > 45 wt. % relative to a total weight of the dispersion, and wherein a weak organic acid is present in an amount of 5*10 -6 -0,1 Mole acid/gr magnetic particle on the magnetic particle. providing a dispersion with magnetic particles; directly thereafter, providing a weak organic acid, or salt thereof, in an amount of 5*10 -6 -0.1 Mole acid/g magnetic particle, and interacting the weak organic acid and magnetic particles, during which the pH is maintained at a basic value, washing the dispersion one to four times after providing the weak organic acid; and redispersing the washed dispersion in a carrier, wherein the magnetic particles are present in an amount > 15 vol.% relative to a total volume of the dispersion, and in an amount > 45 wt. % relative to a total weight of the dispersion, and wherein a weak organic acid is present in an amount of 5*10 -6 -0,1 Mole acid/gr magnetic particle on the magnetic particle.
A method for presenting a per-lane route for a vehicle to travel comprising: querying a traffic database with a database query, wherein the database query identifies an indication of a start location and an end location for the vehicle to travel and also identifies an indication of a vehicle type, the traffic database to include traffic lane characteristics associated with a route between the start location and the end location, the route between the start location and the end location comprising at least a portion of a road segment, the road segment including one or more traffic lanes, the traffic lane characteristics comprising substantially fixed information and periodically updated information, the substantially fixed information and the periodically updated information maintained for the one or more traffic lanes included in the road segment; receiving traffic flow information from the traffic database, wherein the traffic flow information is generated by the traffic database responsive to the database query using a traffic flow model, and the traffic lane characteristics to provide the traffic flow information for the route between the start location and the end location; determining a per-lane route for the vehicle to travel in response to receiving the traffic flow information; and presenting the per-lane route for the vehicle to travel. querying a traffic database with a database query, wherein the database query identifies an indication of a start location and an end location for the vehicle to travel and also identifies an indication of a vehicle type, the traffic database to include traffic lane characteristics associated with a route between the start location and the end location, the route between the start location and the end location comprising at least a portion of a road segment, the road segment including one or more traffic lanes, the traffic lane characteristics comprising substantially fixed information and periodically updated information, the substantially fixed information and the periodically updated information maintained for the one or more traffic lanes included in the road segment; receiving traffic flow information from the traffic database, wherein the traffic flow information is generated by the traffic database responsive to the database query using a traffic flow model, and the traffic lane characteristics to provide the traffic flow information for the route between the start location and the end location; determining a per-lane route for the vehicle to travel in response to receiving the traffic flow information; and presenting the per-lane route for the vehicle to travel.
An apparatus for applying adhesive to the spine of a book block by means of an applicator nozzle, the applicator nozzle being connected via lines to an adhesive-supply system (14, 15, 16, 17, 18, 20) and it being possible to vary an opening in the applicator nozzle and adapt it to the thickness of a book block to be processed, characterized in that the applicator nozzle has a first chamber for the provision of adhesive, said chamber being located adjacent to the nozzle opening, and a second chamber which is disposed between the nozzle opening and the adhesive-supply system (14, 15, 16, 17, 18, 20), and in that a first slide is provided in the region of the first chamber for altering the width of the first chamber, and a second slide is provided in the region of the second chamber for altering the volume of the second chamber.
A surgical fastening instrument, comprising: a handle; a first motor comprising a first rotatable output; a first jaw, comprising: an anvil; a proximal end; a distal end; and a camming pin; a second jaw comprising a cartridge channel configured to receive a fastener cartridge; a pivot pivotably coupling said first jaw to said second jaw, wherein said first jaw is rotatable relative to said second jaw about a fixed axis, wherein said camming pin is positioned between said distal end and said pivot; a closing drive operably couplable to said first rotatable output, wherein said closing drive comprises a closure member configured to engage said first jaw and pivot said first jaw toward said second jaw; and a firing drive, wherein said firing drive comprises a firing member configured to eject fasteners from said fastener cartridge; wherein the surgical fastening instrument is characterised in that: said closure member comprises a cam slot defined therein, wherein said camming pin is positioned within said cam slot, and wherein said cam slot comprises a sidewall configured to contact said camming pin and displace said camming pin within said cam slot when said closure member is advanced toward said distal end. a handle; a first motor comprising a first rotatable output; a first jaw, comprising: an anvil; a proximal end; a distal end; and a camming pin; an anvil; a proximal end; a distal end; and a camming pin; a second jaw comprising a cartridge channel configured to receive a fastener cartridge; a pivot pivotably coupling said first jaw to said second jaw, wherein said first jaw is rotatable relative to said second jaw about a fixed axis, wherein said camming pin is positioned between said distal end and said pivot; a closing drive operably couplable to said first rotatable output, wherein said closing drive comprises a closure member configured to engage said first jaw and pivot said first jaw toward said second jaw; and a firing drive, wherein said firing drive comprises a firing member configured to eject fasteners from said fastener cartridge; wherein the surgical fastening instrument is characterised in that: said closure member comprises a cam slot defined therein, wherein said camming pin is positioned within said cam slot, and wherein said cam slot comprises a sidewall configured to contact said camming pin and displace said camming pin within said cam slot when said closure member is advanced toward said distal end.
A medical article, comprising a flexible tubular shaft with at least one lumen, and a hub, the tubular shaft being formed by a method comprising steps, performed in the specified order: forming the tubular shaft of the medical article by extruding a polycarbonate urethane copolymer; cutting said extruded tubular shaft of the medical article into a desired length; annealing said extruded, cut tubular shaft of the medical article by heating said tubular shaft to increase flexibility of said tubular shaft; cutting the annealed tubular shaft of the medical article into a desired length; forming a first end of the tubular shaft into a tip, and flaring a second end of the tubular shaft and over-molding the second end onto the hub, wherein annealing comprises annealing the flexible tubular shaft of the medical article at about 120 °C for about one hour. forming the tubular shaft of the medical article by extruding a polycarbonate urethane copolymer; cutting said extruded tubular shaft of the medical article into a desired length; annealing said extruded, cut tubular shaft of the medical article by heating said tubular shaft to increase flexibility of said tubular shaft; cutting the annealed tubular shaft of the medical article into a desired length; forming a first end of the tubular shaft into a tip, and flaring a second end of the tubular shaft and over-molding the second end onto the hub, wherein annealing comprises annealing the flexible tubular shaft of the medical article at about 120 °C for about one hour.