mhurhangee/patent-ind-claim-en huggingface dataset:
A data communications method in a passive optical network, wherein the method comprises: receiving (S204), by an optical line terminal, OLT, a calibration record reported by an optical network unit, ONU, wherein the calibration record comprises an ID of a calibrated wavelength channel; sending (S206) a first message to the ONU when the OLT determines, according to the calibration record, that a target wavelength channel to which the ONU needs to switch is non-calibrated, wherein the first message comprises a forced wavelength switching flag, wherein the forced wavelength switching flag is used to instruct the ONU to perform wavelength channel calibration for the target wavelength channel to switch to and instruct the ONU to switch to the calibrated target wavelength channel; and receiving (S208) data sent by the ONU over the calibrated target wavelength channel. receiving (S204), by an optical line terminal, OLT, a calibration record reported by an optical network unit, ONU, wherein the calibration record comprises an ID of a calibrated wavelength channel; sending (S206) a first message to the ONU when the OLT determines, according to the calibration record, that a target wavelength channel to which the ONU needs to switch is non-calibrated, wherein the first message comprises a forced wavelength switching flag, wherein the forced wavelength switching flag is used to instruct the ONU to perform wavelength channel calibration for the target wavelength channel to switch to and instruct the ONU to switch to the calibrated target wavelength channel; and receiving (S208) data sent by the ONU over the calibrated target wavelength channel.
A ligating clip comprising a first leg and a second leg , each leg having a proximal end and a distal end , the legs being joined at their proximal ends by a hinge , each leg having an inner face and an outer face , the legs being pivotable about the hinge from an open position, wherein the inner faces of the legs may be positioned about a vessel or duct , to a closed position, wherein the distal ends are joined by a latch and the vessel or duct is compressed between the inner faces of both legs, first and second rows of evenly spaced ribs , the rows being spaced from one another along a longitudinally extending center line of the inner face of the first leg, at least one rib of each row including a prong , characterized in that the prongs project outwardly from the inner face of the first leg , the prongs being inclined toward the longitudinally extending center of the inner face of the second leg when the clip is in the closed position, whereby the prongs may impale a wall of the vessel or duct and prevent relative movement between the clip and the vessel or duct while minimizing tissue trauma
A device for adapting a controller area network (CAN) bus for optical communication, the device comprising: a CAN transceiver coupled to a CAN bus, configured to sense levels on the CAN bus and supply a first signal indicating the sensed levels, and configured to receive a second signal and drive a corresponding level on the CAN bus; an opto-electrical converter configured to convert an optical input to an electrical signal to supply the second signal; an electro-optical converter configured to convert a third electrical signal to an optical signal to supply an optical output; a direction detection module configured to determine whether a recessive level to dominant level transition on the first signal occurs before a recessive level to dominant level transition on the second signal by receiving the second signal from the opto-electrical converter and the first signal from the CAN transceiver and to produce a direction detection signal by latching the status of the second signal at transitions of the first signal corresponding to transitions of the CAN bus from a recessive level to a dominant level; and a transmit enable buffer coupled to the CAN transceiver and configured to receive the first signal and produce the third electrical signal by conditionally outputting the first signal based on the direction detection signal. a CAN transceiver coupled to a CAN bus, configured to sense levels on the CAN bus and supply a first signal indicating the sensed levels, and configured to receive a second signal and drive a corresponding level on the CAN bus; an opto-electrical converter configured to convert an optical input to an electrical signal to supply the second signal; an electro-optical converter configured to convert a third electrical signal to an optical signal to supply an optical output; a direction detection module configured to determine whether a recessive level to dominant level transition on the first signal occurs before a recessive level to dominant level transition on the second signal by receiving the second signal from the opto-electrical converter and the first signal from the CAN transceiver and to produce a direction detection signal by latching the status of the second signal at transitions of the first signal corresponding to transitions of the CAN bus from a recessive level to a dominant level; and a transmit enable buffer coupled to the CAN transceiver and configured to receive the first signal and produce the third electrical signal by conditionally outputting the first signal based on the direction detection signal.
A dipole antenna , comprising: a first conductive layer comprising a first portion and a second portion , wherein: the first portion is connected to a first trace in the first conductive layer , a width of the first portion flares out from a connection point to the first trace in a first direction, the second portion is electrically isolated from the first trace and a width of the second portion flares out from a location closest to the first portion in a second direction, wherein the second direction is opposite the first direction; and a second conductive layer , comprising a third portion and a fourth portion , wherein: the third portion is connected to a second trace in the second conductive layer , a width of the third portion flares out from a connection point to the second trace in the second direction, the fourth portion is electrically isolated from the second trace and a width of the fourth portion flares out from a location closest to the third portion in the first direction, and the first and second conductive layers are separated by an insulator wherein the second portion is electrically floating, and the fourth portion is electrically floating. a first conductive layer comprising a first portion and a second portion , wherein: the first portion is connected to a first trace in the first conductive layer , a width of the first portion flares out from a connection point to the first trace in a first direction, the second portion is electrically isolated from the first trace and a width of the second portion flares out from a location closest to the first portion in a second direction, wherein the second direction is opposite the first direction; and a second conductive layer , comprising a third portion and a fourth portion , wherein: the third portion is connected to a second trace in the second conductive layer , a width of the third portion flares out from a connection point to the second trace in the second direction, the fourth portion is electrically isolated from the second trace and a width of the fourth portion flares out from a location closest to the third portion in the first direction, and the first and second conductive layers are separated by an insulator the first portion is connected to a first trace in the first conductive layer , a width of the first portion flares out from a connection point to the first trace in a first direction, the second portion is electrically isolated from the first trace and a width of the second portion flares out from a location closest to the first portion in a second direction, wherein the second direction is opposite the first direction; and a second conductive layer , comprising a third portion and a fourth portion , wherein: the third portion is connected to a second trace in the second conductive layer , a width of the third portion flares out from a connection point to the second trace in the second direction, the fourth portion is electrically isolated from the second trace and a width of the fourth portion flares out from a location closest to the third portion in the first direction, and the first and second conductive layers are separated by an insulator
Air guide (1; 1'; 1"; 1′′′) for a motor vehicle comprising at least one downstream main duct intended to be arranged in front of a heat exchange device of the motor vehicle and at least one air inlet upstream duct intended to be connected to an air inlet , the at least one air inlet upstream duct being connected to the downstream main duct in order to guide the air from the air inlet to the heat exchange device , characterized in that the air guide is made in one piece, the guide comprising at least one supplementary air supply duct (17; 21) intended to be connected to an air inlet of the motor vehicle in order to guide the air from the air inlet to an additional device of the motor vehicle , in that the at least one supplementary air supply duct is separated from the air inlet upstream duct , and in that the at least one supplementary air supply duct communicates with the air inlet upstream duct , upstream of a flap support of the air guide.
An apparatus for detecting direct current, DC, leakage from an amplifier circuit coupled to, and configured to receive input current from, a catheter , the apparatus comprising: a switch for controlling the flow of power from a power source to the amplifier circuit , the switch comprising a first setting, where power is delivered from the power source to the amplifier circuit , and a second setting, where the power from the power source to the amplifier circuit is cut off; a direct current, DC, monitor in communication with the amplifier circuit , the DC monitor for monitoring and detecting DC signals from the amplifier circuit ; and a controller in communication with the DC monitor and the switch , the controller configured for controlling switching of the switch between the first setting and the second setting in response to the controller determining whether DC signals detected by the DC monitor from the amplifier circuit have at least met a threshold DC signal. a switch for controlling the flow of power from a power source to the amplifier circuit , the switch comprising a first setting, where power is delivered from the power source to the amplifier circuit , and a second setting, where the power from the power source to the amplifier circuit is cut off; a direct current, DC, monitor in communication with the amplifier circuit , the DC monitor for monitoring and detecting DC signals from the amplifier circuit ; and a controller in communication with the DC monitor and the switch , the controller configured for controlling switching of the switch between the first setting and the second setting in response to the controller determining whether DC signals detected by the DC monitor from the amplifier circuit have at least met a threshold DC signal.
A navigation method, comprising: calibrating, by a ground calibration, pointing of an imaging device mounted on an airborne platform while the airborne platform is positioned on the ground; imaging for capturing during flight a first image of a scene of a first celestial object with the imaging device ; calibrating, by an inflight calibration pointing of the imaging device while positioned on the airborne platform to a position of the first celestial object in the image; replacing the ground calibration with the inflight calibration; pointing the imaging device using the inflight calibration to image a celestial scene of a conjunction of a second celestial object and an artificial satellite; imaging for capturing a second image with the imaging device, the second image having the conjunction of the second celestial object and the artificial satellite ; and determining a position of the airborne platform using a position of the conjunction of the second celestial object and the artificial satellite in the second image. calibrating, by a ground calibration, pointing of an imaging device mounted on an airborne platform while the airborne platform is positioned on the ground; imaging for capturing during flight a first image of a scene of a first celestial object with the imaging device ; calibrating, by an inflight calibration pointing of the imaging device while positioned on the airborne platform to a position of the first celestial object in the image; replacing the ground calibration with the inflight calibration; pointing the imaging device using the inflight calibration to image a celestial scene of a conjunction of a second celestial object and an artificial satellite; imaging for capturing a second image with the imaging device, the second image having the conjunction of the second celestial object and the artificial satellite ; and determining a position of the airborne platform using a position of the conjunction of the second celestial object and the artificial satellite in the second image.
Wrapping machine comprising: - frame means for supporting a wrapping unit arranged to wrap a load with a film of plastic material, and - a covering apparatus arranged to supply a covering sheet to be positioned on top of said load , said covering apparatus comprising: - a reel of said covering sheet , - gripping means movable along an unwinding direction (F) and arranged to grasp and unwind said covering sheet from said reel and arrange said covering sheet above said load , - a supporting structure connected to an upper portion of said frame means and slidably supporting said gripping means ; and - a supplying unit supporting a respective reel of covering sheet ; characterized in that said supplying unit is reversibly coupled to said supporting structure so as to be removable and replaceable with another supplying unit , in particular in case of depletion of the respective reel of covering sheet . - frame means for supporting a wrapping unit arranged to wrap a load with a film of plastic material, and - a covering apparatus arranged to supply a covering sheet to be positioned on top of said load , said covering apparatus comprising: - a reel of said covering sheet , - gripping means movable along an unwinding direction (F) and arranged to grasp and unwind said covering sheet from said reel and arrange said covering sheet above said load , - a supporting structure connected to an upper portion of said frame means and slidably supporting said gripping means ; and - a supplying unit supporting a respective reel of covering sheet ; - a reel of said covering sheet , - gripping means movable along an unwinding direction (F) and arranged to grasp and unwind said covering sheet from said reel and arrange said covering sheet above said load , - a supporting structure connected to an upper portion of said frame means and slidably supporting said gripping means ; and - a supplying unit supporting a respective reel of covering sheet ;
A method, comprising: generating, using a processor, data of a negative of an image to be printed on a print medium; determining, using the processor, a moisture profile of a print job, which print job comprises the image and the negative, using data of the image and the data of the negative, wherein the moisture profile comprises indicated moisture levels of the image and the negative due, at least in part, to an ink composition to be used in the print job; generating, using the processor, printing instructions of the print job using at least the determined moisture profile; and printing the print job on the print medium using at least the printing instructions, wherein the printing comprises disposing a moisturizing agent over a first portion of the print medium to form the negative, and disposing the ink composition over a second portion of the print medium to form the image. generating, using a processor, data of a negative of an image to be printed on a print medium; determining, using the processor, a moisture profile of a print job, which print job comprises the image and the negative, using data of the image and the data of the negative, wherein the moisture profile comprises indicated moisture levels of the image and the negative due, at least in part, to an ink composition to be used in the print job; generating, using the processor, printing instructions of the print job using at least the determined moisture profile; and printing the print job on the print medium using at least the printing instructions, wherein the printing comprises disposing a moisturizing agent over a first portion of the print medium to form the negative, and disposing the ink composition over a second portion of the print medium to form the image.
Archive storage system for isolating archived material from an external environment, comprising: - at least a first shelving slidable along a sliding direction (L) and having a seat (102....902) extending along a first perimeter of an access opening to the archived material in the first shelving ; - a seal (101...901) arranged at least partially inside said seat (102...902); - at least a second shelving slidable along said sliding direction (L) and provided with a pressing edge (103...903) extending along a second perimeter of an access opening to the archived material in the second shelving , said second perimeter facing said first perimeter; wherein said archive storage system is movable between an open configuration, in which the first and the second shelving are distanced from one another along said sliding direction (L), and a compact configuration, in which said pressing edge (103...903) is adapted to generate a pressure on said seal (101...901) so as to deform said seal (101...901) in order to define isolating portions(104...904) which extend respectively towards an internal interface between the shelvings and towards the external environment in order to isolate one internal archiving volume with respect to the external environment, characterized in that it comprises a first laminar coating arranged on said first shelving so as to have defined a housing cavity interposed between said first shelving and the same first laminar coating to receive a fireproof filling material , the seat (102...902) for receiving said seal (101...901) being defined by a shaped groove of said first laminar coating . - at least a first shelving slidable along a sliding direction (L) and having a seat (102....902) extending along a first perimeter of an access opening to the archived material in the first shelving ; - a seal (101...901) arranged at least partially inside said seat (102...902); - at least a second shelving slidable along said sliding direction (L) and provided with a pressing edge (103...903) extending along a second perimeter of an access opening to the archived material in the second shelving , said second perimeter facing said first perimeter; wherein said archive storage system is movable between an open configuration, in which the first and the second shelving are distanced from one another along said sliding direction (L), and a compact configuration, in which said pressing edge (103...903) is adapted to generate a pressure on said seal (101...901) so as to deform said seal (101...901) in order to define isolating portions(104...904) which extend respectively towards an internal interface between the shelvings and towards the external environment in order to isolate one internal archiving volume with respect to the external environment, characterized in that it comprises a first laminar coating arranged on said first shelving so as to have defined a housing cavity interposed between said first shelving and the same first laminar coating to receive a fireproof filling material , the seat (102...902) for receiving said seal (101...901) being defined by a shaped groove of said first laminar coating .
A process for extracting lithium values from a lithium silicate comprising the steps of: a) heating a mixture of the lithium silicate and a concentrated sodium hydroxide solution with a concentration in a range of 40-80 wt% up to 350 °C; b) diluting the heated mixture from step a) to 5-20% w/w caustic strength; and c) removing aluminates and silicates from the diluted heated mixture from step b) to produce a pregnant lithium solution. a) heating a mixture of the lithium silicate and a concentrated sodium hydroxide solution with a concentration in a range of 40-80 wt% up to 350 °C; b) diluting the heated mixture from step a) to 5-20% w/w caustic strength; and c) removing aluminates and silicates from the diluted heated mixture from step b) to produce a pregnant lithium solution.
A method for wireless communication at a user equipment, UE (115-b), comprising: receiving a piggybacking status for a first uplink carrier of a plurality of uplink carriers configured for the UE; receiving a first uplink grant that indicates an uplink shared channel occasion on the first uplink carrier; generating uplink control information for a downlink transmission from a base station (105-b), wherein the uplink control information is associated with an uplink control channel occasion that overlaps in time with the uplink shared channel occasion; and performing , based at least in part on the piggybacking status for the first uplink carrier, an uplink shared channel transmission on the first uplink carrier during the uplink shared channel occasion and an uplink control transmission of the uplink control information on a second uplink carrier of the plurality of uplink carriers during the uplink control channel occasion. receiving a piggybacking status for a first uplink carrier of a plurality of uplink carriers configured for the UE; receiving a first uplink grant that indicates an uplink shared channel occasion on the first uplink carrier; generating uplink control information for a downlink transmission from a base station (105-b), wherein the uplink control information is associated with an uplink control channel occasion that overlaps in time with the uplink shared channel occasion; and performing , based at least in part on the piggybacking status for the first uplink carrier, an uplink shared channel transmission on the first uplink carrier during the uplink shared channel occasion and an uplink control transmission of the uplink control information on a second uplink carrier of the plurality of uplink carriers during the uplink control channel occasion.