mhurhangee/patent-ind-claim-en huggingface dataset:
A node comprising: one or more line cards interconnected to one another via a switching fabric and configured to implement a data plane; and a first router processor and a second router processor communicatively coupled to the one or more line cards , and each configured to implement a separate control plane and each is active at a same time, except in an in-service software upgrade, wherein the node appears as two separate network elements with a same set of links and a same set of neighbors where each of the first router processor and the second router processor is configured to separately build adjacencies to the same set of neighbors in a network, wherein the node has a common physical link to a respective neighbor on the one or more line cards for the first router processor and the second router processor that each provide separate control plane instances. one or more line cards interconnected to one another via a switching fabric and configured to implement a data plane; and a first router processor and a second router processor communicatively coupled to the one or more line cards , and each configured to implement a separate control plane and each is active at a same time, except in an in-service software upgrade, wherein the node appears as two separate network elements with a same set of links and a same set of neighbors where each of the first router processor and the second router processor is configured to separately build adjacencies to the same set of neighbors in a network, wherein the node has a common physical link to a respective neighbor on the one or more line cards for the first router processor and the second router processor that each provide separate control plane instances.
Method for producing an energy absorbing system for arresting a vehicle characterized in comprising the steps of a. applying concrete on a frangible support to form a concrete subbase , b. applying at least one isocyanate and a first composition comprising at least one polyol and at least one catalyst to form a polyurethane layer on said concrete subbase , and c. applying at least one isocyanate and a second composition comprising at least one polyamine to form a polyurea layer on said polyurethane layer . a. applying concrete on a frangible support to form a concrete subbase , b. applying at least one isocyanate and a first composition comprising at least one polyol and at least one catalyst to form a polyurethane layer on said concrete subbase , and c. applying at least one isocyanate and a second composition comprising at least one polyamine to form a polyurea layer on said polyurethane layer .
An implantable prosthesis comprising: a. a first framework circumscribing in a first helical path about a longitudinal axis (L-L) proximate a first end to proximate a second end of the prosthesis, the first framework including a plurality of struts (102a, 102 b) disposed in a first sinusoidal pattern along the first helical path with a primary apex portion connected for every pair of struts (102a, 102 b); b. a second framework spaced from the first framework , the second framework circumscribing a second helical path about the longitudinal axis (L-L) proximate the first end to proximate the second end , the second framework including a plurality of struts disposed in a second sinusoidal pattern along the second helical path with a secondary apex portion connected to a pair of struts for every pair of struts ; and c. a plurality of connectors , each connector is connected to proximate a primary apex portion of the first framework and to proximate a secondary apex portion of the secondary framework , wherein the first helical path and second helical path are interleafed; and, each primary apex portion connected to a secondary apex portion on an adjacent framework and wherein each primary apex portion is one vertex offset circumferentially from each corresponding secondary apex portion . a. a first framework circumscribing in a first helical path about a longitudinal axis (L-L) proximate a first end to proximate a second end of the prosthesis, the first framework including a plurality of struts (102a, 102 b) disposed in a first sinusoidal pattern along the first helical path with a primary apex portion connected for every pair of struts (102a, 102 b); b. a second framework spaced from the first framework , the second framework circumscribing a second helical path about the longitudinal axis (L-L) proximate the first end to proximate the second end , the second framework including a plurality of struts disposed in a second sinusoidal pattern along the second helical path with a secondary apex portion connected to a pair of struts for every pair of struts ; and c. a plurality of connectors , each connector is connected to proximate a primary apex portion of the first framework and to proximate a secondary apex portion of the secondary framework , wherein the first helical path and second helical path are interleafed; and, each primary apex portion connected to a secondary apex portion on an adjacent framework and wherein each primary apex portion is one vertex offset circumferentially from each corresponding secondary apex portion .
A reconfigurable semiconductor device comprising: a plurality of logic sections that are connected to each other by an address line or a data line; and an analog section including a plurality of input/output sections and an output amplifier, wherein the plurality of logic sections and the analog section are mounted in the same chip package , wherein each of the logic sections includes a plurality of address lines, a plurality of data lines, a clock signal line (clk) adapted to receive a system clock signal, a first memory cell unit and a second memory cell unit; a first address decoder adapted to decode an address signal and output a decoded signal to the first memory cell unit, a second address decoder adapted to decode an address signal and output a decoded signal to the second memory cell unit, and an address transition detection section adapted to generate an internal clock signal (atd_clk) and output the internal clock signal to the first memory cell unit when a transition of an address signal input from the plurality of address lines is detected, the first memory cell unit being adapted to operate in synchronism with the internal clock signal, and the second memory cell unit being adapted to operate in synchronism with the system clock signal. a plurality of logic sections that are connected to each other by an address line or a data line; and an analog section including a plurality of input/output sections and an output amplifier, wherein the plurality of logic sections and the analog section are mounted in the same chip package , wherein each of the logic sections includes a plurality of address lines, a plurality of data lines, a clock signal line (clk) adapted to receive a system clock signal, a first memory cell unit and a second memory cell unit; a first address decoder adapted to decode an address signal and output a decoded signal to the first memory cell unit, a second address decoder adapted to decode an address signal and output a decoded signal to the second memory cell unit, and an address transition detection section adapted to generate an internal clock signal (atd_clk) and output the internal clock signal to the first memory cell unit when a transition of an address signal input from the plurality of address lines is detected, a plurality of address lines, a plurality of data lines, a clock signal line (clk) adapted to receive a system clock signal, a first memory cell unit and a second memory cell unit; a first address decoder adapted to decode an address signal and output a decoded signal to the first memory cell unit, a second address decoder adapted to decode an address signal and output a decoded signal to the second memory cell unit, and an address transition detection section adapted to generate an internal clock signal (atd_clk) and output the internal clock signal to the first memory cell unit when a transition of an address signal input from the plurality of address lines is detected, the first memory cell unit being adapted to operate in synchronism with the internal clock signal, and the second memory cell unit being adapted to operate in synchronism with the system clock signal.
A method of printing on a printing system having a print station and a duplex path that is capable of accommodating a plurality of media sheets at a time, the method comprising a step of checking the sheets for possible damage before they are fed to the print station , characterized by the steps of: (a) determining, for each duplex sheet to be printed, a likelihood P that the sheet will be damaged in a process of printing an image on a first side of the sheet, so that the sheet would have to be discarded; (b) at or before the time when the first image is printed, deciding, on the basis of the determined likelihood P, whether or not to print at least one redundant copy of the sheet; and (c) when at least one redundant copy has been printed, and before a second image is printed on a second side of one of the sheets, checking whether the sheet and its redundant copies comprise at least one non-damaged sheet, and, if that is the case, selecting that sheet for further processing and discarding all other copies. (a) determining, for each duplex sheet to be printed, a likelihood P that the sheet will be damaged in a process of printing an image on a first side of the sheet, so that the sheet would have to be discarded; (b) at or before the time when the first image is printed, deciding, on the basis of the determined likelihood P, whether or not to print at least one redundant copy of the sheet; and (c) when at least one redundant copy has been printed, and before a second image is printed on a second side of one of the sheets, checking whether the sheet and its redundant copies comprise at least one non-damaged sheet, and, if that is the case, selecting that sheet for further processing and discarding all other copies.
A terminal device antenna, comprising a metal frame , wherein a side of the metal frame is provided with at least two slot units, each slot unit comprises a first slot ring and a second slot ring that are independent of each other, the first slot ring and the second slot ring communicate through a third slot , and an outer edge circumference of the first slot ring is different from an outer edge circumference of the second slot ring ; portions of the metal frame on both sides of the third slot are provided with an antenna feed point (A) and a ground feed point (B), respectively; and the metal frame is electrically connected with a ground plate of the terminal device. portions of the metal frame on both sides of the third slot are provided with an antenna feed point (A) and a ground feed point (B), respectively; and the metal frame is electrically connected with a ground plate of the terminal device.
A method for transmitting feedback information, the method comprises: receiving (S101), by a User Equipment, UE, an indicator transmitted by a network side to indicate a length of a sequence of feedback information; determining (S102), by the UE, a sequence of feedback information according to the length of a sequence of feedback information, indicated in the indicator; and transmitting (S103), by the UE, a determined sequence of feedback information to the network side in a Physical Uplink Control Channel, PUCCH; wherein if the UE receives a plurality of pieces of DCI in a joint feedback set, then each piece of DCI will indicate a same length of a sequence of feedback information, wherein the joint feedback set is a set of downlink sub-frames for which feedback information is transmitted in a same uplink sub-frame. receiving (S101), by a User Equipment, UE, an indicator transmitted by a network side to indicate a length of a sequence of feedback information; determining (S102), by the UE, a sequence of feedback information according to the length of a sequence of feedback information, indicated in the indicator; and transmitting (S103), by the UE, a determined sequence of feedback information to the network side in a Physical Uplink Control Channel, PUCCH; wherein if the UE receives a plurality of pieces of DCI in a joint feedback set, then each piece of DCI will indicate a same length of a sequence of feedback information, wherein the joint feedback set is a set of downlink sub-frames for which feedback information is transmitted in a same uplink sub-frame.
A fluid product dispenser device comprising a reservoir containing fluid product, a dispenser head that is provided with a dispenser orifice , a stopper/piston for dispensing at least a portion of said fluid product through said dispenser orifice , said reservoir being closed in sealed manner by said stopper/piston before actuation, said device including a hollow insert that is inserted and fixed in said dispenser head , said insert supporting a cannula for piercing said stopper/piston and thus connecting said reservoir to said dispenser orifice during actuation, - said dispenser head including a proximal end portion of reduced diameter the axial length of which is greater than 5 mm, advantageously greater than 6 mm, the maximum outside diameter of which is less than 8 mm, advantageously less than 7 mm, and the wall thickness of which is less than 1.1 mm, advantageously between 0.7 and 1.0 mm, - said dispenser head comprising an inner side wall comprising a first proximal cylindrical section and a second distal cylindrical section of diameter greater than that of said first proximal cylindrical section , said insert comprising on its outer wall a first proximal radial projection extending over the entire periphery, said first proximal radial projection cooperating in a tight and sealed manner with said first proximal cylindrical section , in order to ensure the sealed fixing of said insert in said dispenser head , - said insert including, on its outer wall, a second distal radial projection , axially separated from said first proximal radial projection , said second distal radial projection co-operating with said second distal cylindrical section to ensure the guidance of said insert when it is inserted into said dispenser head , and the centering in the assembled position. - said dispenser head including a proximal end portion of reduced diameter the axial length of which is greater than 5 mm, advantageously greater than 6 mm, the maximum outside diameter of which is less than 8 mm, advantageously less than 7 mm, and the wall thickness of which is less than 1.1 mm, advantageously between 0.7 and 1.0 mm, - said dispenser head comprising an inner side wall comprising a first proximal cylindrical section and a second distal cylindrical section of diameter greater than that of said first proximal cylindrical section , said insert comprising on its outer wall a first proximal radial projection extending over the entire periphery, said first proximal radial projection cooperating in a tight and sealed manner with said first proximal cylindrical section , in order to ensure the sealed fixing of said insert in said dispenser head , - said insert including, on its outer wall, a second distal radial projection , axially separated from said first proximal radial projection , said second distal radial projection co-operating with said second distal cylindrical section to ensure the guidance of said insert when it is inserted into said dispenser head , and the centering in the assembled position.
A hydrocyclone with an inflow region having a tangential inflow for a feed slurry and with a further separation region following the inflow region and having an underflow nozzle for the discharge of heavy materials or coarse grain, where a further inflow for the supply of a barrier fluid stream is provided, the barrier fluid and the feed slurry being combinable in the hydrocyclone , and where, before being combined, they are separated from one another by a lamella , characterized in that a flow separator , by means of which the combined barrier fluid stream and the feed slurry can be separated from one another again, is arranged after the lamella , as seen in the direction of flow of the feed slurry .
A reagent preparing device for preparing a reagent to be supplied to a measurement section for measuring a specimen; the reagent preparing device comprising: a reagent preparing section for preparing a reagent including a first liquid and a second liquid, different from the first liquid; and a reagent storage container, connected to the measurement section , for storing the reagent prepared by the reagent preparing section; characterized in further comprising: a liquid expiration date information obtainer for acquiring liquid expiration date information related to an expiration date of the first liquid; and a controller configured to generate reagent expiration date information related to an expiration date of the reagent stored in the reagent storage container based on the liquid expiration date information acquired by the liquid expiration date information obtainer , and configured to determine whether or not the reagent stored in the reagent storage container is suppliable to the measurement section based on the generated reagent expiration date information. a reagent preparing section for preparing a reagent including a first liquid and a second liquid, different from the first liquid; and a reagent storage container, connected to the measurement section , for storing the reagent prepared by the reagent preparing section; characterized in further comprising: a liquid expiration date information obtainer for acquiring liquid expiration date information related to an expiration date of the first liquid; and a controller configured to generate reagent expiration date information related to an expiration date of the reagent stored in the reagent storage container based on the liquid expiration date information acquired by the liquid expiration date information obtainer , and configured to determine whether or not the reagent stored in the reagent storage container is suppliable to the measurement section based on the generated reagent expiration date information. a liquid expiration date information obtainer for acquiring liquid expiration date information related to an expiration date of the first liquid; and a controller configured to generate reagent expiration date information related to an expiration date of the reagent stored in the reagent storage container based on the liquid expiration date information acquired by the liquid expiration date information obtainer , and configured to determine whether or not the reagent stored in the reagent storage container is suppliable to the measurement section based on the generated reagent expiration date information.
A crash box comprising two generally U-shaped members , one upper and one lower member , having legs and provided at respective leg with at least two adjacent trigger means and an intermediate portion formed between said trigger means , said upper and lower members being welded together at areas along a trim edge of respective legs of the U-shaped members except for the trim edge formed between respective legs of respective trigger means so as to form a longitudinal extending generally hollow crash box having a cross-section in the form of a quadrangle and having aligned trigger means and intermediate portion , said trigger means being arranged normal to said longitudinal extending crash box , wherein the intermediate portion of respective leg being welded together at the trim edge thereof by a weld bead (20; 20'; 20"), characterized in that said weld bead (20; 20'; 20") has a length (L) which is longer that the shortest length between two adjacent trigger means .
A method for wireless communication at a user equipment , UE, comprising: initiating, at an edge enabler client at the UE , a keep-alive timer for maintaining a connection with an edge application server in an edge data network that is accessed via a wireless communications network via one or more edge interfaces; determining that the connection with the edge application server is to be maintained; transmitting, responsive to the determining and to an expiration of the keep-alive timer, a keep-alive message to an edge enabler server associated with the edge application server via the wireless communications network ; the method characterized by further comprising the steps of: determining that the UE has moved outside of an area associated with one or more edge application servers that are serving one or more associated edge application clients at the UE ; and discontinuing transmitting further keep-alive messages responsive to the determining that the UE has moved outside of the area. initiating, at an edge enabler client at the UE , a keep-alive timer for maintaining a connection with an edge application server in an edge data network that is accessed via a wireless communications network via one or more edge interfaces; determining that the connection with the edge application server is to be maintained; transmitting, responsive to the determining and to an expiration of the keep-alive timer, a keep-alive message to an edge enabler server associated with the edge application server via the wireless communications network ; the method characterized by further comprising the steps of: determining that the UE has moved outside of an area associated with one or more edge application servers that are serving one or more associated edge application clients at the UE ; and discontinuing transmitting further keep-alive messages responsive to the determining that the UE has moved outside of the area. determining that the UE has moved outside of an area associated with one or more edge application servers that are serving one or more associated edge application clients at the UE ; and discontinuing transmitting further keep-alive messages responsive to the determining that the UE has moved outside of the area.