mhurhangee/patent-ind-claim-en huggingface dataset:
A linkage protection system for a photovoltaic power station, comprising an inverter , an anti-potential induced degradation, PID, module , and an insulation monitoring module , wherein the anti-PID module is configured to inject a voltage into an input end or an output end of the inverter , to increase or decrease a voltage to earth of a photovoltaic system; the insulation monitoring module is configured to inject an insulation monitoring voltage into a direct current side or an alternating current side of the inverter ; and the anti-PID module and the insulation monitoring module communicate with each other and perform linkage control, so that the anti-PID module and the insulation monitoring module alternately operate in different time periods, wherein that the anti-PID module and the insulation monitoring module alternately operate in different time periods means that the anti-PID module operates while the insulation monitoring module does not operate in a time period, and the insulation monitoring module operates while the anti-PID module does not operate in a next time period. the anti-PID module is configured to inject a voltage into an input end or an output end of the inverter , to increase or decrease a voltage to earth of a photovoltaic system; the insulation monitoring module is configured to inject an insulation monitoring voltage into a direct current side or an alternating current side of the inverter ; and the anti-PID module and the insulation monitoring module communicate with each other and perform linkage control, so that the anti-PID module and the insulation monitoring module alternately operate in different time periods, wherein that the anti-PID module and the insulation monitoring module alternately operate in different time periods means that the anti-PID module operates while the insulation monitoring module does not operate in a time period, and the insulation monitoring module operates while the anti-PID module does not operate in a next time period.
A system for a receiver , comprising: an upsampling subsystem operable to process a first baseband receive signal that is at a first sampling rate to generate an upsampled baseband receive signal at a second sampling rate that is greater than the first sampling rate; a cycle prefix removal unit operable to remove a cyclic prefix from the upsampled baseband receive signal to provide a second baseband receive signal at the second sampling rate; and a downsampling subsystem operable to process the second baseband receive signal to generate a downsampled baseband receive signal at the first sampling rate. an upsampling subsystem operable to process a first baseband receive signal that is at a first sampling rate to generate an upsampled baseband receive signal at a second sampling rate that is greater than the first sampling rate; a cycle prefix removal unit operable to remove a cyclic prefix from the upsampled baseband receive signal to provide a second baseband receive signal at the second sampling rate; and a downsampling subsystem operable to process the second baseband receive signal to generate a downsampled baseband receive signal at the first sampling rate.
A pneumatic tire comprising: a tread portion provided with a pair of axially outermost shoulder main grooves extending continuously in the tire circumferential direction to define a pair of shoulder land portions between the shoulder main grooves and the tread edges , wherein at least one of the shoulder land portions is provided with a plurality of shoulder lug grooves and a plurality of shoulder sipes , said plurality of shoulder lug grooves extend axially inwardly from the tread edge , and include first shoulder lug grooves and second shoulder lug grooves which are alternately arranged in the tire circumferential direction and terminate without reaching the shoulder main groove , the shoulder sipes include first shoulder sipes which extend axially inwardly from axially inner ends of the first shoulder lug grooves and communicate with the shoulder main groove , and second shoulder sipes which comprise a first part extending in the tire circumferential direction and crossing the first shoulder sipe , and a second part which communicates between one end in the tire circumferential direction of the first part and the inner end of the second shoulder lug groove , characterized in that the second part extends and curves while gradually decreasing the angle (α5c) with respect to the tire axial direction. a tread portion provided with a pair of axially outermost shoulder main grooves extending continuously in the tire circumferential direction to define a pair of shoulder land portions between the shoulder main grooves and the tread edges , wherein at least one of the shoulder land portions is provided with a plurality of shoulder lug grooves and a plurality of shoulder sipes , said plurality of shoulder lug grooves extend axially inwardly from the tread edge , and include first shoulder lug grooves and second shoulder lug grooves which are alternately arranged in the tire circumferential direction and terminate without reaching the shoulder main groove , the shoulder sipes include first shoulder sipes which extend axially inwardly from axially inner ends of the first shoulder lug grooves and communicate with the shoulder main groove , and second shoulder sipes which comprise a first part extending in the tire circumferential direction and crossing the first shoulder sipe , and a second part which communicates between one end in the tire circumferential direction of the first part and the inner end of the second shoulder lug groove , characterized in that the second part extends and curves while gradually decreasing the angle (α5c) with respect to the tire axial direction.
A stackable fastener comprising: a body having a central bore defining a central axis, said bore having a distal end and a proximal end ; a plurality of flexible fingers extending axially and distally from said body at said bore's distal extremity; a force member within said bore and fingers and rotatable about said body's central axis, characterised in that said central bore is tapered to have a diameter smaller at the bore's proximal end than the bore's distal end; said force member forcing said fingers radially outward when said force member is rotated to a first rotational position to push said fingers outward, and said fingers retracting inward when said force member is rotated to a second rotational position to not push said fingers outward in said central bore; and said fingers and bore constructed so that the stackable fastener is stackable upon like stackable fasteners wherein said fingers are sized to slide into a stackable fastener's central bore when said force member is positioned in the second rotational position and said fingers are positioned inward, and said fingers are sized to lock within a stackable fastener's central bore when said force member is positioned in the first rotational position and said fingers are positioned outward. a body having a central bore defining a central axis, said bore having a distal end and a proximal end ; a plurality of flexible fingers extending axially and distally from said body at said bore's distal extremity; a force member within said bore and fingers and rotatable about said body's central axis, characterised in that said central bore is tapered to have a diameter smaller at the bore's proximal end than the bore's distal end; said force member forcing said fingers radially outward when said force member is rotated to a first rotational position to push said fingers outward, and said fingers retracting inward when said force member is rotated to a second rotational position to not push said fingers outward in said central bore; and said fingers and bore constructed so that the stackable fastener is stackable upon like stackable fasteners wherein said fingers are sized to slide into a stackable fastener's central bore when said force member is positioned in the second rotational position and said fingers are positioned inward, and said fingers are sized to lock within a stackable fastener's central bore when said force member is positioned in the first rotational position and said fingers are positioned outward.
A method for routing communication traffic along a path in a communication network, being an IGP shortcut, wherein the method comprising: (a) providing an IGP shortcut prefix to a routing entity ; (b) storing the IGP shortcut prefix in a Routing Information Base, RIB, of the routing entity ; (c) associating a new flag with an LSP that is associated with the IGP shortcut prefix, wherein that newly added flag is adapted to indicate whether said LSP can serve for conveying the communication traffic towards its destination when implementing MPLS connectivity in the communication network ; (d) storing information that relates to the new flag at the RIB of the routing entity ; (e) identifying one or more of said LSPs associated with respective IGP shortcut prefixes, which qualify as candidates to convey the communication traffic towards the communication traffic destination, wherein the one or more qualified LSPs are each associated with a flag indicating that the respective one or more qualified LSPs are MPLS reachable ; (f) selecting an LSP suitable for serving as a next hop routing path for conveying the communication traffic, wherein the selection is made from among qualified LSPs ; and (g) forwarding the communication traffic towards its designation along the selected path . (a) providing an IGP shortcut prefix to a routing entity ; (b) storing the IGP shortcut prefix in a Routing Information Base, RIB, of the routing entity ; (c) associating a new flag with an LSP that is associated with the IGP shortcut prefix, wherein that newly added flag is adapted to indicate whether said LSP can serve for conveying the communication traffic towards its destination when implementing MPLS connectivity in the communication network ; (d) storing information that relates to the new flag at the RIB of the routing entity ; (e) identifying one or more of said LSPs associated with respective IGP shortcut prefixes, which qualify as candidates to convey the communication traffic towards the communication traffic destination, wherein the one or more qualified LSPs are each associated with a flag indicating that the respective one or more qualified LSPs are MPLS reachable ; (f) selecting an LSP suitable for serving as a next hop routing path for conveying the communication traffic, wherein the selection is made from among qualified LSPs ; and (g) forwarding the communication traffic towards its designation along the selected path .
A communication device comprising: a transceiver configured to be inactive during a period of inactivity; a determiner configured to determine a length of the period of inactivity; and a controller configured to set a gain of the transceiver when the transceiver starts receiving data after the period of inactivity, wherein the transceiver is controlled to collect reception power samples before the period of inactivity, wherein a regression model is generated based on the reception power samples, wherein the gain of the transceiver is determined based on the regression model using the length of the period of inactivity to set the gain of the transceiver when the transceiver starts receiving data after the period of inactivity. a transceiver configured to be inactive during a period of inactivity; a determiner configured to determine a length of the period of inactivity; and a controller configured to set a gain of the transceiver when the transceiver starts receiving data after the period of inactivity, wherein the transceiver is controlled to collect reception power samples before the period of inactivity, wherein a regression model is generated based on the reception power samples, wherein the gain of the transceiver is determined based on the regression model using the length of the period of inactivity to set the gain of the transceiver when the transceiver starts receiving data after the period of inactivity.
A video stream storing method, wherein the video stream storing method is applied to a video stream storing apparatus and comprises: splitting an acquired video stream into I-frame data and non-I-frame data corresponding to the I-frame data, wherein the non-I-frame data contains data in the video stream other than the I-frame data; acquiring a storage address allocated by a data storage server for the non-I-frame data, and storing the non-I-frame data in a storage space of the data storage server to which the storage address points; adding the storage address to the I-frame data; storing the I-frame data containing the storage address, to the data storage server. splitting an acquired video stream into I-frame data and non-I-frame data corresponding to the I-frame data, wherein the non-I-frame data contains data in the video stream other than the I-frame data; acquiring a storage address allocated by a data storage server for the non-I-frame data, and storing the non-I-frame data in a storage space of the data storage server to which the storage address points; adding the storage address to the I-frame data; storing the I-frame data containing the storage address, to the data storage server.
A scraper assembly for a baler having a reciprocating plunger moveable within a compression chamber , the scraper assembly comprising: a follower plate having an annular aperture ; a scraper plate attached to the follower plate; characterized in that the scraper assembly further comprises a mounting plate configured for attachment to a face of the plunger , wherein the mounting plate includes an annular countersunk region ; a cam insert including an eccentric connection interconnecting the annular aperture of the follower plate and the annular countersunk region of the mounting plate , such that rotation of the cam insert moves the follower plate relative to the mounting plate . a follower plate having an annular aperture ; a scraper plate attached to the follower plate; characterized in that the scraper assembly further comprises a mounting plate configured for attachment to a face of the plunger , wherein the mounting plate includes an annular countersunk region ; a cam insert including an eccentric connection interconnecting the annular aperture of the follower plate and the annular countersunk region of the mounting plate , such that rotation of the cam insert moves the follower plate relative to the mounting plate .
An absorbent article comprising an absorbent core sandwiched between a liquid-permeable topsheet and a liquid-impermeable backsheet , said article being arranged along a longitudinal axis (y1) and a transversal axis (x1) extending in a perpendicular direction in relation to the longitudinal axis (y1) and said article defining a front portion , a back portion and a crotch portion , wherein said absorbent core comprises an absorbent component enclosed by a core cover comprising an upper side and a lower side , each side having a body facing surface and a garment facing surface, and a sealing arrangement for joining said upper and lower sides and comprising two channel sealings in said crotch portion defining a first channel sealing width (w1) and a second channel sealing width (w2), wherein the channel sealings are formed by an ultrasonic welding pattern comprising a plurality of welding spots and the garment facing surface of the upper core cover side and the body facing surface of the lower core cover side are coated with adhesive, provided that the areas of the channel sealings are free from adhesive.
A single-charge tunnelling device comprising: source and drain regions ; a semiconductor region between the source and drain regions; and an island in the form of a diatomic impurity molecule comprising first and second impurity atoms disposed in the semiconductor region; characterised in that the first and second atoms have an inter-atomic distance, r, no more than 10 nm. source and drain regions ; a semiconductor region between the source and drain regions; and an island in the form of a diatomic impurity molecule comprising first and second impurity atoms disposed in the semiconductor region; characterised in that the first and second atoms have an inter-atomic distance, r, no more than 10 nm.
A tire deflector device to be disposed on a bottom portion of a vehicle in front of a front wheel , comprising: the deflector includes a guide surface extending substantially horizontally in a vehicle longitudinal direction, and a vertical wall portion including a surface extending downwardly on a rear portion of the guide surface and extending in a vehicle width direction, wherein an angle defined by a lower portion of a vertical wall portion including at least a lower end of the vertical wall portion and an imaginary orthogonal plane (VER) orthogonal to the guide surface lies within a range from 20 degrees to 45 degrees, when it is assumed that the guide surface and the vertical wall portion are a second air guide portion , the deflector includes a first air guide portion located on an inner side in the vehicle width direction, and the second air guide portion adjacent to the first air guide portion on an outer side in the vehicle width direction, the first air guide portion includes a moderately inclined surface inclined downwardly rearwardly, and is located at such a position as not to overlap the front wheel in the vehicle width direction, the second air guide portion is located at such a position as to overlap the front wheel in the vehicle width direction, and at such a position as to overlap at least an innermost portion of the front wheel , and the guide surface is disposed in such a way that a ground height of the guide surface is large as compared with the moderately inclined surface . the deflector includes a guide surface extending substantially horizontally in a vehicle longitudinal direction, and a vertical wall portion including a surface extending downwardly on a rear portion of the guide surface and extending in a vehicle width direction, wherein an angle defined by a lower portion of a vertical wall portion including at least a lower end of the vertical wall portion and an imaginary orthogonal plane (VER) orthogonal to the guide surface lies within a range from 20 degrees to 45 degrees, when it is assumed that the guide surface and the vertical wall portion are a second air guide portion , the deflector includes a first air guide portion located on an inner side in the vehicle width direction, and the second air guide portion adjacent to the first air guide portion on an outer side in the vehicle width direction, the first air guide portion includes a moderately inclined surface inclined downwardly rearwardly, and is located at such a position as not to overlap the front wheel in the vehicle width direction, the second air guide portion is located at such a position as to overlap the front wheel in the vehicle width direction, and at such a position as to overlap at least an innermost portion of the front wheel , and the guide surface is disposed in such a way that a ground height of the guide surface is large as compared with the moderately inclined surface .
A process comprising reacting a compound of Formula F5: with an aldehyde of Formula F6: wherein Pg 1 is an amino protecting group, to afford a compound of Formula F7:
A computing device, comprising: a network interface controller card configured to be coupled to a data network , wherein the network interface controller card is configured to be connected to a data switch through the data network ; a central processing unit ; and a basic input/output system comprising a link layer discovery protocol service , wherein the central processing unit is configured for receiving a signal indicating a change at the network interface controller card and for initiating, in response to receiving the signal, a basic input/output system session to execute the link layer discovery protocol service , wherein, during the basic input/output system session, the basic input/output system is configured to perform, via the central processing unit , operations for the link layer discovery protocol service comprising transmitting to the data switch via the network interface controller card a link layer discovery protocol packet comprising information for the network interface controller card based on the change. a network interface controller card configured to be coupled to a data network , wherein the network interface controller card is configured to be connected to a data switch through the data network ; a central processing unit ; and a basic input/output system comprising a link layer discovery protocol service , wherein the central processing unit is configured for receiving a signal indicating a change at the network interface controller card and for initiating, in response to receiving the signal, a basic input/output system session to execute the link layer discovery protocol service , wherein, during the basic input/output system session, the basic input/output system is configured to perform, via the central processing unit , operations for the link layer discovery protocol service comprising transmitting to the data switch via the network interface controller card a link layer discovery protocol packet comprising information for the network interface controller card based on the change.
An air data probe assembly , comprising, an air data probe that comprises a baseplate portion and a sensor portion , wherein the baseplate portion comprises one or more screw holes and one or more connectors on an underside of the baseplate portion ; a baseplate gasket wrapped the underside and one or more edges of the baseplate portion , wherein the baseplate gasket comprises one or more holes corresponding to the one or more screw holes and the one or more connectors on the underside of the baseplate portion , wherein the baseplate portion is configured to be fastened to a recess in an aircraft skin , and the baseplate gasket is configured to create a moisture-resistant seal between the air data probe and the recess in the aircraft skin when the baseplate portion is fastened to the recess in the aircraft skin .