mhurhangee/patent-ind-claim-en huggingface dataset:
A traffic control method, comprising: receiving configuration information, wherein a committed information rate of a multicast service and/or a unicast service is carried in the configuration information (S402); and setting an egress information rate of the multicast service and/or the unicast service at a network-side unit of a packet switching apparatus according to the committed information rate (S404), wherein, prior to step of setting the egress information rate of the multicast service and/or the unicast service at the network-side unit of the packet switching apparatus according to the committed information rate, the method further comprising: setting, by a switching-side unit of the packet switching apparatus, the egress information rate of the unicast service at the switching-side unit of the packet switching apparatus according to the committed information rate of the unicast service. receiving configuration information, wherein a committed information rate of a multicast service and/or a unicast service is carried in the configuration information (S402); and setting an egress information rate of the multicast service and/or the unicast service at a network-side unit of a packet switching apparatus according to the committed information rate (S404), wherein, prior to step of setting the egress information rate of the multicast service and/or the unicast service at the network-side unit of the packet switching apparatus according to the committed information rate, the method further comprising: setting, by a switching-side unit of the packet switching apparatus, the egress information rate of the unicast service at the switching-side unit of the packet switching apparatus according to the committed information rate of the unicast service.
Gas expansion system for the expansion and volume control of gas for use between - a first gas source upstream (Q), such as a gas tank, a medium-pressure gas network or a high-pressure gas network or a cavern storage facility, and - a second downstream gas sink (S), such as a consumer, a low-pressure gas network or a gas supply pipeline, comprising - at least one first vortex tube which is in flow connection with the first gas source (Q) upstream via an inlet , wherein the gas flows from the gas source (Q) into at least one first vortex tube into a tangential inlet and from two outlets in the form of a first outlet for a first cold fraction (KF) of the gas and in the form of a second outlet for a second hot fraction (WF) of the gas, characterized in that the cold fraction (KF) of the gas flowing from the first outlet of at least one vortex tube is in a flow connection with an inlet of at least one second vortex tube and flows out from two outlets in the form of a first outlet for a first cold fraction (KF') of the gas and in the form of a second outlet for a second hot fraction (WF') of the gas, wherein the warm fraction (WF') of at least one second vortex tube is in flow connection with the second downstream gas sink (S, S2), and wherein the cold fraction (KF') of at least one second vortex tube with a liquefied gas (LNG) outlet is in flow connection. - a first gas source upstream (Q), such as a gas tank, a medium-pressure gas network or a high-pressure gas network or a cavern storage facility, and - a second downstream gas sink (S), such as a consumer, a low-pressure gas network or a gas supply pipeline, comprising - at least one first vortex tube which is in flow connection with the first gas source (Q) upstream via an inlet , wherein the gas flows from the gas source (Q) into at least one first vortex tube into a tangential inlet and from two outlets in the form of a first outlet for a first cold fraction (KF) of the gas and in the form of a second outlet for a second hot fraction (WF) of the gas, characterized in that the cold fraction (KF) of the gas flowing from the first outlet of at least one vortex tube is in a flow connection with an inlet of at least one second vortex tube and flows out from two outlets in the form of a first outlet for a first cold fraction (KF') of the gas and in the form of a second outlet for a second hot fraction (WF') of the gas, wherein the warm fraction (WF') of at least one second vortex tube is in flow connection with the second downstream gas sink (S, S2), and wherein the cold fraction (KF') of at least one second vortex tube with a liquefied gas (LNG) outlet is in flow connection.
A method for wireless communication performed by a terminal device, the method comprising: receiving , from a network device, a broadcast message which carries location information via a physical broadcast channel in a synchronization signal block physical resource block, PRB, grid, wherein the location information indicates a quantity of M subcarrier spacings between a second location of a PRB in a system common PRB grid and a first location in the synchronization signal block PRB grid, wherein the system common PRB grid has a first subcarrier spacing, the first location is the first subcarrier of the synchronization signal block PRB grid and corresponds to a frequency in the PRB in the system common PRB grid, M is a value of a preset value set, and the preset value set is and the first subcarrier of the synchronization signal block PRB grid is the subcarrier with the lowest frequency of the subcarriers of the synchronization signal block PRB grid; and obtaining the location information from the broadcast message. receiving , from a network device, a broadcast message which carries location information via a physical broadcast channel in a synchronization signal block physical resource block, PRB, grid, wherein the location information indicates a quantity of M subcarrier spacings between a second location of a PRB in a system common PRB grid and a first location in the synchronization signal block PRB grid, wherein the system common PRB grid has a first subcarrier spacing, the first location is the first subcarrier of the synchronization signal block PRB grid and corresponds to a frequency in the PRB in the system common PRB grid, M is a value of a preset value set, and the preset value set is and the first subcarrier of the synchronization signal block PRB grid is the subcarrier with the lowest frequency of the subcarriers of the synchronization signal block PRB grid; and obtaining the location information from the broadcast message.
An IV filter 100, comprising: a body 102 defining a body volume 142; a filter media 140 disposed within the body volume, the filter media defining an inlet portion 144 of the body volume and an outlet portion 146 of the body volume, wherein the filter media permits inlet flow from the inlet portion of the body volume to the outlet portion of the body volume and captures particulate from the inlet flow; a bulb 120 defining a bulb volume 122 in fluid communication with the outlet portion of the body volume, wherein the bulb is deformable to compress the bulb volume and direct back flow from the outlet portion of the body volume through the filter media and into the inlet portion of the body volume, displacing particulate captured in the filter media into the inlet portion of the body volume; and characterized by : an aspiration valve 130 in selective fluid communication with a lower portion of the inlet portion of the body volume, wherein the aspiration valve is configured to remove displaced particulate within the inlet portion of the body volume.
An information terminal, comprising: an operation section to receive input user instructions; and a control section to detect an information update of a plurality of types of information in the information terminal, obtain, when the information update is detected, a plurality of types of update information associated with the plurality of types of information, respectively, and display the plurality of types of update information arranged along a predetermined direction in an order according to a predetermined rule, wherein the update information includes a name identifying a source of the update information; wherein, when instruction in which one of the plurality of types of update information is dragged in a direction orthogonal to the predetermined direction is received from the user, the control section displays only the update information associated with the type corresponding to the one of the plurality of types of update information. an operation section to receive input user instructions; and a control section to detect an information update of a plurality of types of information in the information terminal, obtain, when the information update is detected, a plurality of types of update information associated with the plurality of types of information, respectively, and display the plurality of types of update information arranged along a predetermined direction in an order according to a predetermined rule, wherein the update information includes a name identifying a source of the update information; wherein, when instruction in which one of the plurality of types of update information is dragged in a direction orthogonal to the predetermined direction is received from the user, the control section displays only the update information associated with the type corresponding to the one of the plurality of types of update information.
A container-positioning device of the type having a neck and a mouth, having an inlet opening into an upper receptacle and a funnel , arranged below the upper receptacle , having a tapering adjustable section, wherein the funnel has edges made up of: a first stationary plate , arranged on a smaller side of the opening , the center of which is oriented towards the inside of the funnel , and the lower area of which is approximately vertical; a second plate , opposite the first plate and movable in the horizontal direction, and which has an upper section that is movable relative to an approximately vertical lower section of the second plate , between: a first end at which it is aligned with the lower section or closer to the first plate than the lower section ; and a second end at which the upper section is tilted and farther from the first plate than the lower section ; a third approximately vertical, flat plate , parallel to a larger side of the opening , movable in a direction perpendicular to the opening ; a fourth stationary edge, opposite the third plate ; characterized in that : the upper section of the second plate has an orienting device articulated to the upper section , with a first position in which it protrudes towards the first plate and a second position in which it is integrated in the upper section ; the first stationary plate is curved. a first stationary plate , arranged on a smaller side of the opening , the center of which is oriented towards the inside of the funnel , and the lower area of which is approximately vertical; a second plate , opposite the first plate and movable in the horizontal direction, and which has an upper section that is movable relative to an approximately vertical lower section of the second plate , between: a first end at which it is aligned with the lower section or closer to the first plate than the lower section ; and a second end at which the upper section is tilted and farther from the first plate than the lower section ; a first end at which it is aligned with the lower section or closer to the first plate than the lower section ; and a second end at which the upper section is tilted and farther from the first plate than the lower section ; a third approximately vertical, flat plate , parallel to a larger side of the opening , movable in a direction perpendicular to the opening ; a fourth stationary edge, opposite the third plate ; the upper section of the second plate has an orienting device articulated to the upper section , with a first position in which it protrudes towards the first plate and a second position in which it is integrated in the upper section ; the first stationary plate is curved.
A maintenance device for determining a position of a blockage point of a tubular member , comprising a fiber-optic cable and a plurality of holding guides , each holding guide being attached to the fiber-optic cable and including an attachment means for attaching to an inner wall of the tubular member.
A vaporizing apparatus for vaporizing a liquefied gas by a way of heat exchange between the liquefied gas and heating liquid having a higher temperature than the liquefied gas, the vaporizing apparatus comprising: a plurality of heat transfer panels each including a plurality of heat transfer tubes standing and horizontally lining-up for guiding the liquefied gas; a first trough for supplying the heating liquid to an outer surface of each of the plurality of heat transfer tubes of one of the plurality of heat transfer panels ; a second trough for supplying the heating liquid to an outer surface of each of the plurality of heat transfer tubes of another of the plurality of heat transfer panels ; a manifold allowing the heating liquid to flow in; a first supplying pipe connecting the manifold with the first trough for supplying the heating liquid from the manifold to the first trough ; wherein the vaporizing apparatus further comprising a second supplying pipe connecting the manifold with the second trough for supplying the heating liquid from the manifold to the second trough , characterized in that the second supplying pipe has a smaller flow path cross-sectional area than the first supplying pipe . a plurality of heat transfer panels each including a plurality of heat transfer tubes standing and horizontally lining-up for guiding the liquefied gas; a first trough for supplying the heating liquid to an outer surface of each of the plurality of heat transfer tubes of one of the plurality of heat transfer panels ; a second trough for supplying the heating liquid to an outer surface of each of the plurality of heat transfer tubes of another of the plurality of heat transfer panels ; a manifold allowing the heating liquid to flow in; a first supplying pipe connecting the manifold with the first trough for supplying the heating liquid from the manifold to the first trough ; wherein the vaporizing apparatus further comprising a second supplying pipe connecting the manifold with the second trough for supplying the heating liquid from the manifold to the second trough , characterized in that the second supplying pipe has a smaller flow path cross-sectional area than the first supplying pipe .
A negative electrode for a lithium secondary battery, the negative electrode comprising: a negative electrode active material layer; and a ceramic separating layer formed on the negative electrode active material layer, wherein the negative electrode active material layer has an arithmetic average surface roughness (Ra) of 0.01 μm to 0.3 pm, and wherein the ceramic separating layer has a thickness of 1 μm to 30 μm, wherein the negative electrode active material layer comprises a graphite-based active material which is block graphite, which has a spherical secondary particle structure obtained by aggregating or combining a plurality of initial particles composed of graphite, wherein the arithmetic average surface roughness (Ra) is measured using a confocal laser microscope. a negative electrode active material layer; and a ceramic separating layer formed on the negative electrode active material layer, wherein the negative electrode active material layer has an arithmetic average surface roughness (Ra) of 0.01 μm to 0.3 pm, and wherein the ceramic separating layer has a thickness of 1 μm to 30 μm, wherein the negative electrode active material layer comprises a graphite-based active material which is block graphite, which has a spherical secondary particle structure obtained by aggregating or combining a plurality of initial particles composed of graphite, wherein the arithmetic average surface roughness (Ra) is measured using a confocal laser microscope.
A control device for wireless power transmission included on a movable vehicle , comprising: data collection means for acquiring data indicating a characteristic of a transmission medium located around the movable vehicle when power is wirelessly received via the transmission medium at a power receiving antenna of the movable vehicle; data prediction means configured to derive a predicted change of a transmission characteristic by predicting from the acquired data a change in the characteristic of the transmission medium, and configured to calculate a control parameter corresponding to the predicted change of the transmission characteristic; and parameter control means for performing control of the movable vehicle and the power receiving antenna by using the control parameter. data collection means for acquiring data indicating a characteristic of a transmission medium located around the movable vehicle when power is wirelessly received via the transmission medium at a power receiving antenna of the movable vehicle; data prediction means configured to derive a predicted change of a transmission characteristic by predicting from the acquired data a change in the characteristic of the transmission medium, and configured to calculate a control parameter corresponding to the predicted change of the transmission characteristic; and parameter control means for performing control of the movable vehicle and the power receiving antenna by using the control parameter.
A method for producing a double-structured bimodal tungsten cemented carbide composite material, said method comprises: milling of tungsten, carbon such as graphite or carbon-black, and cobalt elemental powders, resulting in a first mixture W+C+Co for obtaining ultrafine tungsten carbide particles in a final material; milling of tungsten carbide powder and cobalt elemental powder, resulting in the second mixture WC+Co for obtaining coarse or extra coarse tungsten particles in the final material; granulating of said second mixture resulting in a granulated second mixture, wherein said granules comprise a plurality of grains; - mixing of said first mixture W+C+Co and said granulated second mixture WC+Co, resulting in a third mixture; - consolidating said third mixture; and - sintering said consolidated powder mixture resulting in the final material. milling of tungsten, carbon such as graphite or carbon-black, and cobalt elemental powders, resulting in a first mixture W+C+Co for obtaining ultrafine tungsten carbide particles in a final material; milling of tungsten carbide powder and cobalt elemental powder, resulting in the second mixture WC+Co for obtaining coarse or extra coarse tungsten particles in the final material; granulating of said second mixture resulting in a granulated second mixture, wherein said granules comprise a plurality of grains; - mixing of said first mixture W+C+Co and said granulated second mixture WC+Co, resulting in a third mixture; - consolidating said third mixture; and - sintering said consolidated powder mixture resulting in the final material. - mixing of said first mixture W+C+Co and said granulated second mixture WC+Co, resulting in a third mixture; - consolidating said third mixture; and - sintering said consolidated powder mixture resulting in the final material.
A fan stage for a gas turbine engine, the fan stage defining axial , radial and circumferential directions, the fan stage comprising a plurality of fan blades extending from a hub , characterized in that : each fan blade comprises an aerofoil portion having a leading edge extending from a root to a tip , the radial distance between the leading edge at the root (A) and the leading edge at the tip (C) defining a blade span; for any two points (P1, P2) on the leading edge of a fan blade that are in the radially outer 40% of the blade span and are radially separated by at least 5% of the blade span, the radially outer of the two points is axially forward of the radially inner point; when viewed along a circumferential direction, the angle (α (P1, P2)) formed between the radial direction and a line drawn between the two points (P1, P2) on the leading edge is in the range of from -6°and 0°, where a negative angle indicates that the respective line has an axial component that is in the same direction as the axial component of the direction from a trailing edge to the leading edge of the blade ; and the radius of the leading edge of a given fan blade at the hub divided by the radius of the leading edge of the fan blade at the tip is in the range of from 0.24 to 0.32. each fan blade comprises an aerofoil portion having a leading edge extending from a root to a tip , the radial distance between the leading edge at the root (A) and the leading edge at the tip (C) defining a blade span; for any two points (P1, P2) on the leading edge of a fan blade that are in the radially outer 40% of the blade span and are radially separated by at least 5% of the blade span, the radially outer of the two points is axially forward of the radially inner point; when viewed along a circumferential direction, the angle (α (P1, P2)) formed between the radial direction and a line drawn between the two points (P1, P2) on the leading edge is in the range of from -6°and 0°, where a negative angle indicates that the respective line has an axial component that is in the same direction as the axial component of the direction from a trailing edge to the leading edge of the blade ; and the radius of the leading edge of a given fan blade at the hub divided by the radius of the leading edge of the fan blade at the tip is in the range of from 0.24 to 0.32.
A method of clock managing in a packet data network, PDN, implementing a time-transfer protocol, the network comprising a plurality of timing-clients (12-2 - 12-5) operatively connected to a timing-server (12-1, 12-11), the method comprising: enabling access to data informative of the least significant part of the original timestamp, OLSP data, merely to authorized timing-clients among the plurality of timing-clients (12-2 - 12-5); and enabling the authorized timing-clients to obtain the OLSP data and synchronize the respective clocks using the obtained OLSP data together with data informative of the most significant part of the original timestamp, OMSP data , wherein the OMSP data is available for all timing-clients; characterized by modifying , by the timing-server (12-1, 12-11), a timestamp record in a timestamp field of a time-transfer protocol's message to enable a controllable access to the OLSP data, wherein modifying the timestamp record comprises modifying the least significant part of the timestamp record, RLSP , to comprise the OLSP data in an encrypted form or to comprise values substituting, in a predefined manner, the OLSP data; transferring the modified timestamp record to all timing-clients among the plurality of timing clients, wherein the OLSP data is transferred in a controllable access manner. enabling access to data informative of the least significant part of the original timestamp, OLSP data, merely to authorized timing-clients among the plurality of timing-clients (12-2 - 12-5); and enabling the authorized timing-clients to obtain the OLSP data and synchronize the respective clocks using the obtained OLSP data together with data informative of the most significant part of the original timestamp, OMSP data , wherein the OMSP data is available for all timing-clients; characterized by modifying , by the timing-server (12-1, 12-11), a timestamp record in a timestamp field of a time-transfer protocol's message to enable a controllable access to the OLSP data, wherein modifying the timestamp record comprises modifying the least significant part of the timestamp record, RLSP , to comprise the OLSP data in an encrypted form or to comprise values substituting, in a predefined manner, the OLSP data; transferring the modified timestamp record to all timing-clients among the plurality of timing clients, wherein the OLSP data is transferred in a controllable access manner.