mhurhangee/patent-ind-claim-en huggingface dataset:
A tube container having a shutoff function on a shoulder and a neck thereof, the tube container comprising: a tube body including a gas barrier layer formed of an aluminum sheet; a head formed at a front end of the tube body and having a shoulder and a neck ; and a head gas barrier layer , which is formed of an aluminum sheet, wherein the head gas barrier layer has a shape corresponding to a shape of inner surfaces of the shoulder and the neck , wherein a top surface of the head gas barrier layer is closed and positioned corresponding to the neck , and is bonded to the inner surfaces of the shoulder and the neck according to formation of the head , and wherein an edge of a lower end of the head gas barrier layer is formed as a contact portion of the head gas barrier layer , wherein a bonding portion is formed between an outer surface of the edge of the head gas barrier layer and an inner surface of the front end of the tube body , characterized in that when a part of molten resin upon the forming of the head is introduced while being permeated into a space between the outer surface of the edge of the head gas barrier layer and the inner surface of the front end of the tube body to form the bonding portion , the edge of the head gas barrier layer is tightly bonded to the bonding portion . a tube body including a gas barrier layer formed of an aluminum sheet; a head formed at a front end of the tube body and having a shoulder and a neck ; and a head gas barrier layer , which is formed of an aluminum sheet, wherein the head gas barrier layer has a shape corresponding to a shape of inner surfaces of the shoulder and the neck , wherein a top surface of the head gas barrier layer is closed and positioned corresponding to the neck , and is bonded to the inner surfaces of the shoulder and the neck according to formation of the head , and wherein an edge of a lower end of the head gas barrier layer is formed as a contact portion of the head gas barrier layer , wherein a bonding portion is formed between an outer surface of the edge of the head gas barrier layer and an inner surface of the front end of the tube body , characterized in that when a part of molten resin upon the forming of the head is introduced while being permeated into a space between the outer surface of the edge of the head gas barrier layer and the inner surface of the front end of the tube body to form the bonding portion , the edge of the head gas barrier layer is tightly bonded to the bonding portion .
Lubricant composition for engines comprising at least one base oil, at least one viscosity index improver polymer chosen in the group consisting of olefin copolymers, the ethylene/alpha-olefin copolymers, styrene/olefin copolymers, the polyacrylates alone or in a mixture and at least one polyalkylene glycol, which is a copolymer of butylene oxide and propylene oxide with the butylene oxide to propylene oxide mass ratio being a value of 3:1 to 1:3, preferably a value of 3:1 to 1:1, the polyalkylene glycol has a molar mass measured according to the standard ASTM D4274 ranging from 300 to 1000 grams per mole, the quantity of polyalkylene glycol being from 1 to 28% by mass with respect to the total mass of lubricant composition, the polyalkylene glycol having the general formula (A): wherein - Y 1 and Y 2 are, independently of each other, hydrogen, or an alkyl group having 1 to 30 carbon atoms, - n represents an integer greater than or equal to 2, preferably less than 60, preferably ranging from 5 to 30, preferably ranging from 7 to 15, - x represents one or more integers ranging from 1 to n, - the R 2x-1 and R 2x groups are, independently of each other, hydrogen, or hydrocarbon radicals, comprising from 1 to 2 carbon atoms, - for at least one value of x, the sum of the numbers of carbon atoms in R 2x-1 and R 2x is equal to 2. - Y 1 and Y 2 are, independently of each other, hydrogen, or an alkyl group having 1 to 30 carbon atoms, - n represents an integer greater than or equal to 2, preferably less than 60, preferably ranging from 5 to 30, preferably ranging from 7 to 15, - x represents one or more integers ranging from 1 to n, - the R 2x-1 and R 2x groups are, independently of each other, hydrogen, or hydrocarbon radicals, comprising from 1 to 2 carbon atoms, - for at least one value of x, the sum of the numbers of carbon atoms in R 2x-1 and R 2x is equal to 2.
A Very Small Aperture Terminal to provide backhaul satellite communications for a cellular base station, the Very Small Aperture Terminal comprising: an Evolved Packet Core Core Network device ; and a first satellite modem connected to the Evolved Packet Core Core Network device and to communicate over a satellite link; wherein the Evolved Packet Core Core Network device manages communication of user traffic from the cellular base station to the first satellite modem ; characterised in that the Very Small Aperture Terminal further comprises: a second satellite modem to communicate over a second satellite link with a data service; and a router to separate the user traffic into voice traffic and data traffic, to communicate the voice traffic with the first satellite modem , and to communicate the data traffic over the second satellite modem . an Evolved Packet Core Core Network device ; and a first satellite modem connected to the Evolved Packet Core Core Network device and to communicate over a satellite link; wherein the Evolved Packet Core Core Network device manages communication of user traffic from the cellular base station to the first satellite modem ; characterised in that the Very Small Aperture Terminal further comprises: a second satellite modem to communicate over a second satellite link with a data service; and a router to separate the user traffic into voice traffic and data traffic, to communicate the voice traffic with the first satellite modem , and to communicate the data traffic over the second satellite modem . a second satellite modem to communicate over a second satellite link with a data service; and a router to separate the user traffic into voice traffic and data traffic, to communicate the voice traffic with the first satellite modem , and to communicate the data traffic over the second satellite modem .
A method for processing video signals, comprising: deriving an inter-view motion vector of a current texture block using one of inter-view motion vector candidates of the current texture block based on priority, the priority indicating an order of detecting a block coded according to inter-view inter-prediction; and performing inter-view inter-prediction for the current texture block using the derived inter-view motion vector of the current texture block, the inter-view motion vector candidates include at least one of an inter-view motion vector of a spatial neighboring block, and an inter-view motion vector of a temporal neighboring block, the spatial neighboring block includes a left neighboring block and an upper neighboring block, the temporal neighboring block includes a collocated block, characterized in that , the inter-view motion vector of the temporal neighboring block has a higher priority than the inter-view motion vector of the spatial neighboring block, the inter-view motion vector candidates further include a disparity vector, and the inter-view motion vector of the spatial neighboring block has a higher priority than the disparity vector. deriving an inter-view motion vector of a current texture block using one of inter-view motion vector candidates of the current texture block based on priority, the priority indicating an order of detecting a block coded according to inter-view inter-prediction; and performing inter-view inter-prediction for the current texture block using the derived inter-view motion vector of the current texture block, the inter-view motion vector candidates include at least one of an inter-view motion vector of a spatial neighboring block, and an inter-view motion vector of a temporal neighboring block, the spatial neighboring block includes a left neighboring block and an upper neighboring block, the temporal neighboring block includes a collocated block, characterized in that , the inter-view motion vector of the temporal neighboring block has a higher priority than the inter-view motion vector of the spatial neighboring block, the inter-view motion vector candidates further include a disparity vector, and the inter-view motion vector of the spatial neighboring block has a higher priority than the disparity vector.
A wedge assembly for an anchor of a tendon for use in post tensioning concrete comprising: at least two wedges adapted to fit on an outer surface of a strand of the tendon , each wedge including an outer surface having a circumferential groove formed thereon, the groove positioned in a plane substantially perpendicular to the longitudinal axis of the strand ; and a wedge ring , the wedge ring adapted to fit into the groove of each wedge , to couple the wedges together and to retain the wedges to the strand , the wedge ring including a gap; wherein the wedge ring gap aligns with a space between the wedges such that the wedge assembly can be installed from the side of the strand . at least two wedges adapted to fit on an outer surface of a strand of the tendon , each wedge including an outer surface having a circumferential groove formed thereon, the groove positioned in a plane substantially perpendicular to the longitudinal axis of the strand ; and a wedge ring , the wedge ring adapted to fit into the groove of each wedge , to couple the wedges together and to retain the wedges to the strand , the wedge ring including a gap; wherein the wedge ring gap aligns with a space between the wedges such that the wedge assembly can be installed from the side of the strand .
Wagon transfer system for guiding at least one supply cable between two wagons, with a supply cable , with an cable termination and with a supporting part for holding the supply cable , wherein the supporting part has a separate connection point , to which the supply cable is electrically connected, wherein the supporting part is fastened to the cable termination for electrical and mechanical connection to one of the wagons, wherein the supply cable is designed as a spiral cable and extends in a helical manner around a longitudinal cable axis (K), wherein the supporting part is rigid and a clamping part is fastened to the supporting part for strain relief and mechanical retention of the supply cable , wherein the supporting part has two legs and positions the cable termination and the supply cable at a predetermined angle (W) to one another, and wherein the two legs are rigidly connected to each other via a number of side parts (S) and the connection point is disposed at one of the side parts (S).
A condensation laundry dryer comprising a condenser from which condensate flows out via a channel and a pipe into a pump housing , which in turn via a condensate transporting line pumps condensate to a condensate tank , wherein said housing with the pump i is arranged in the region below said condenser whereas said condensate tank is arranged in the region above a drum of the drying apparatus , and a steam generator with a water container , wherein the latter is automatically filled with the water, wherein the condensate tank is arranged in a receptacle which is via a draining line fluidly connected with the container of water for the steam generator , wherein in the close vicinity of said condensate tank , a branching element is connected to the condensate transporting line for transporting the condensate from the pump to the condensate tank , said branching element divides said condensate transporting line into two separate lines, that is a first line having a lower flow capacity, and a second line having a larger flow capacity, wherein said first line is constantly fluidly connected with the receptacle for the condensate tank , characterized in that the second line is via a pipe connection only optionally in a direct fluid connection with the condensate tank or is fluidly connected to an external condensate sink which does not constitute the drying apparatus .
An underwater snake robot comprising: a plurality of links that are connected to one another by joint modules for generating a flexural motion of the robot, wherein the joint modules actively drive movement of the links relative to one another and are actuated by one or more actuators and the robot flexes at two or more joints to thereby generate an undulating motion; multiple thrust devices located at different points along the length of the robot for applying thrust to the robot for underwater propulsion and optionally for guidance; and at least one tool , or at least one connection point for a tool, attached to the robot; wherein the flexural motion and/or thrust devices enable movement of the robot and control of the orientation and/or location of the tool with some or all of the links of the robot acting as links of a manipulator arm. a plurality of links that are connected to one another by joint modules for generating a flexural motion of the robot, wherein the joint modules actively drive movement of the links relative to one another and are actuated by one or more actuators and the robot flexes at two or more joints to thereby generate an undulating motion; multiple thrust devices located at different points along the length of the robot for applying thrust to the robot for underwater propulsion and optionally for guidance; and at least one tool , or at least one connection point for a tool, attached to the robot; wherein the flexural motion and/or thrust devices enable movement of the robot and control of the orientation and/or location of the tool with some or all of the links of the robot acting as links of a manipulator arm.
Conductor connection terminal with at least one housing and at least one clamping spring , which has an abutment leg serving to fix the clamping spring , a connecting leg adjoining the abutment leg and bent away from the abutment leg , a spring bend adjoining the connecting leg and a clamping leg adjoining the spring bend , which is set up for clamping an electrical conductor at a clamping point, and the connecting leg having at least one conductor passage opening region through which an electrical conductor can be guided from a conductor insertion opening of the housing through the conductor passage opening region to the clamping point, characterized in that the conductor connection terminal comprises an actuating member for actuating the clamping leg , the actuating member having an actuating portion manually actuatable from outside the housing and an actuating plunger adapted to deflect the clamping leg , the actuating plunger extending through an actuating plunger passage opening region in the connecting leg , wherein the housing is formed of at least two separate parts connectable to each other to form the housing , at least one part of the housing having a sleeve-shaped conductor guide extension extending through the conductor passage opening region .
A computer-implemented method of managing vibration in a machine having a plurality of sub-assemblies controlled by at least a control system, the computer-implemented method comprising: generating a computational model for the machine, the computational model comprising a geometric model of the machine comprising the sub-assemblies and one or more module of machine readable code defining how vibration is communicated through said geometric model; running a first and a second instance of the computational model to generate outputs comprising: loading on the machine geometry as a result of the vibration of the geometric model under a simulated machine operating condition; and a sensitivity parameter value indicating a sensitivity of at least a sub-set of the plurality of sub-assemblies to vibration induced by the control system, wherein the first and second instances respectively comprise the computational model with and without inclusion of vibration induced by the control system for a sub-assembly of the machine; determining a maximum loading threshold for the machine; setting a threshold for one or more control parameter under the control of the control system based on the contribution of the vibration induced by the control system in order not to exceed the maximum loading threshold. generating a computational model for the machine, the computational model comprising a geometric model of the machine comprising the sub-assemblies and one or more module of machine readable code defining how vibration is communicated through said geometric model; running a first and a second instance of the computational model to generate outputs comprising: loading on the machine geometry as a result of the vibration of the geometric model under a simulated machine operating condition; and a sensitivity parameter value indicating a sensitivity of at least a sub-set of the plurality of sub-assemblies to vibration induced by the control system, wherein the first and second instances respectively comprise the computational model with and without inclusion of vibration induced by the control system for a sub-assembly of the machine; determining a maximum loading threshold for the machine; setting a threshold for one or more control parameter under the control of the control system based on the contribution of the vibration induced by the control system in order not to exceed the maximum loading threshold.
A fastener driver comprising: a housing ; a cylinder disposed within the housing; a piston positioned and moveable within the cylinder; a nosepiece at least partially defining a fastener driving track through which fasteners are driven; and a driver blade attached to the piston and moveable with the piston to drive the fasteners through the fastener driving track, the driver blade including an elongated body having a first edge extending between a front surface and a rear surface along one lateral side of the body; wherein the driver blade includes an axial guiding projection for guiding the driver blade within the nosepiece, and wherein the projection terminates before a distal end of the driver blade, wherein the nosepiece includes a recess extending along a length of the nosepiece, and wherein the recess is configured to receive the axial guiding projection, wherein the nosepiece includes a longitudinal guide groove in which the fasteners are received, and wherein the longitudinal guide groove at least partially defines the fastener driving track, and characterised in that it further comprises a plurality of lift teeth formed along the first edge of the body , wherein the lift teeth are sequentially engaged with a lifter assembly during return of the driver blade from a driven position to a ready position; wherein the nosepiece includes parallel guide ribs extending from an interior surface of the nosepiece, thereby defining an extension of the guide groove. a housing ; a cylinder disposed within the housing; a piston positioned and moveable within the cylinder; a nosepiece at least partially defining a fastener driving track through which fasteners are driven; and a driver blade attached to the piston and moveable with the piston to drive the fasteners through the fastener driving track, the driver blade including an elongated body having a first edge extending between a front surface and a rear surface along one lateral side of the body; wherein the driver blade includes an axial guiding projection for guiding the driver blade within the nosepiece, and wherein the projection terminates before a distal end of the driver blade, wherein the nosepiece includes a recess extending along a length of the nosepiece, and wherein the recess is configured to receive the axial guiding projection, wherein the nosepiece includes a longitudinal guide groove in which the fasteners are received, and wherein the longitudinal guide groove at least partially defines the fastener driving track, and characterised in that it further comprises a plurality of lift teeth formed along the first edge of the body , wherein the lift teeth are sequentially engaged with a lifter assembly during return of the driver blade from a driven position to a ready position; wherein the nosepiece includes parallel guide ribs extending from an interior surface of the nosepiece, thereby defining an extension of the guide groove.
A method of manufacturing biometric RFID devices , the method comprising: producing a plurality of biometric identification devices that are each adapted to receive an RFID module comprising an RFID chip and a tuning capacitor , each biometric identification device comprising: a biometric authentication engine ; an antenna ; and a socket arranged to receive an RFID module ; the method further comprising, for each biometric identification device: selecting an RFID protocol from a plurality of different RFID protocols; and installing, in the socket of the biometric identification device, an RFID module corresponding to the selected RFID protocol. producing a plurality of biometric identification devices that are each adapted to receive an RFID module comprising an RFID chip and a tuning capacitor , each biometric identification device comprising: a biometric authentication engine ; an antenna ; and a socket arranged to receive an RFID module ; a biometric authentication engine ; an antenna ; and a socket arranged to receive an RFID module ; the method further comprising, for each biometric identification device: selecting an RFID protocol from a plurality of different RFID protocols; and installing, in the socket of the biometric identification device, an RFID module corresponding to the selected RFID protocol. selecting an RFID protocol from a plurality of different RFID protocols; and installing, in the socket of the biometric identification device, an RFID module corresponding to the selected RFID protocol.
An environmental sensor for measuring physical quantities associated with a surrounding environment, the environmental sensor comprising: one or more sensor elements (113 - 119) configured to detect the physical quantities; and a communication unit configured to transmit a predetermined maintenance signal including unit identification information identifying at least the environmental sensor when a physical quantity detected by at least one of the sensor elements (113 - 119) included in the environmental sensor changes in accordance with a predetermined rule, wherein the physical quantity detected by the at least one of the sensor elements (113 - 119) is an illuminance. one or more sensor elements (113 - 119) configured to detect the physical quantities; and a communication unit configured to transmit a predetermined maintenance signal including unit identification information identifying at least the environmental sensor when a physical quantity detected by at least one of the sensor elements (113 - 119) included in the environmental sensor changes in accordance with a predetermined rule, wherein the physical quantity detected by the at least one of the sensor elements (113 - 119) is an illuminance.