mhurhangee/ep-ind-claims huggingface dataset:
A corrosion resistant concrete reinforcing member comprising: (i) an elongate core member defining a longitudinal axis the core member being hollow for at least a part of its length; (ii) at least one longitudinally extending outer wall connected to and extending around said elongate core member; and (iii) respective voids between the elongate core member and each of the at least one outer wall, each void being in fluid communication with the outside of the reinforcement member via openings in the outer wall; wherein a surface area defined by portions of the elongate core member and the at least one outer walls that define the respective voids is adapted to contact concrete and assist in mechanical bonding of the reinforcing member to said concrete, characterized in that the corrosion resistant concrete reinforced member is made from a material comprising one of: a non-metallic material; a thermoplastic polymer; a fibre reinforced thermoplastic polymer; and PVC. (i) an elongate core member defining a longitudinal axis the core member being hollow for at least a part of its length; (ii) at least one longitudinally extending outer wall connected to and extending around said elongate core member; and (iii) respective voids between the elongate core member and each of the at least one outer wall, each void being in fluid communication with the outside of the reinforcement member via openings in the outer wall;
A method of sensing interactions between molecular entities and nanopores, the method comprising: providing a sensor device comprising an array of sensor elements arranged to support respective nanopores that are capable of an interaction with a molecular entity and including respective electrodes, each sensor element being arranged to output an electrical signal at the electrode that is dependent on an interaction of a molecular entity with the nanopore; providing a detection circuit comprising: a plurality of detection channels each capable of amplifying an electrical signal from one of the sensor elements, the number of sensor elements in the array being greater than the number of detection channels; and a switch arrangement capable of selectively connect the detection channels to respective sensor elements; controlling the switch arrangement to connect detection channels to respective sensor elements; and characterised by detecting, on the basis of an analysis of the amplified electrical signal output from the detection channels, completion of interactions at sensor elements, and in response thereto, controlling the switch arrangement to connect the respective detection channel that is connected to a sensor element at which completion of an interaction has been detected to a new sensor element that is not currently connected to a detection channel. providing a sensor device comprising an array of sensor elements arranged to support respective nanopores that are capable of an interaction with a molecular entity and including respective electrodes, each sensor element being arranged to output an electrical signal at the electrode that is dependent on an interaction of a molecular entity with the nanopore; providing a detection circuit comprising: a plurality of detection channels each capable of amplifying an electrical signal from one of the sensor elements, the number of sensor elements in the array being greater than the number of detection channels; and a switch arrangement capable of selectively connect the detection channels to respective sensor elements; a plurality of detection channels each capable of amplifying an electrical signal from one of the sensor elements, the number of sensor elements in the array being greater than the number of detection channels; and a switch arrangement capable of selectively connect the detection channels to respective sensor elements; controlling the switch arrangement to connect detection channels to respective sensor elements; and characterised by detecting, on the basis of an analysis of the amplified electrical signal output from the detection channels, completion of interactions at sensor elements, and in response thereto, controlling the switch arrangement to connect the respective detection channel that is connected to a sensor element at which completion of an interaction has been detected to a new sensor element that is not currently connected to a detection channel.
An airbag system for a powered saddle-ride type vehicle, the airbag system comprising: a housing; an airbag arranged and packed in the housing in a folded condition; and an inflator; wherein the housing is elongated and has a longitudinal extension with two opposing flanks (16A, 16B), a thickness and a height, the thickness being substantially smaller than the height and the longitudinal extension; the inflator is arranged in a central position of the elongated housing where the housing has a locally enlarged depth as compared to a depth of the two opposing flanks (16A, 16B); and that the airbag is symmetrically arranged in the housing with a symmetric extension along the opposing flanks (16A, 16B) on opposite sides of the inflator; wherein the elongated housing is configured to face the driver, and the elongated housing is configured to be fixedly mounted to a leg shield next to the steering column of the vehicle in an area between handlebars of the vehicle and a foot support of the vehicle, and that the elongated housing is configured to be mounted in a substantially horizontal direction, transverse to a longitudinally extending centreline of the vehicle, and wherein the inflator is configured to allow the airbag, in the event of an activation signal, to inflate and deploy symmetrically on opposite sides of the longitudinally extending centreline of the vehicle to thereby fill an available space between the vehicle and the driver's pelvis, abdomen, thorax and head area. a housing; an airbag arranged and packed in the housing in a folded condition; and an inflator; wherein the housing is elongated and has a longitudinal extension with two opposing flanks (16A, 16B), a thickness and a height, the thickness being substantially smaller than the height and the longitudinal extension; the inflator is arranged in a central position of the elongated housing where the housing has a locally enlarged depth as compared to a depth of the two opposing flanks (16A, 16B); and that the airbag is symmetrically arranged in the housing with a symmetric extension along the opposing flanks (16A, 16B) on opposite sides of the inflator; wherein the elongated housing is configured to face the driver, and the elongated housing is configured to be fixedly mounted to a leg shield next to the steering column of the vehicle in an area between handlebars of the vehicle and a foot support of the vehicle, and that the elongated housing is configured to be mounted in a substantially horizontal direction, transverse to a longitudinally extending centreline of the vehicle, and wherein the inflator is configured to allow the airbag, in the event of an activation signal, to inflate and deploy symmetrically on opposite sides of the longitudinally extending centreline of the vehicle to thereby fill an available space between the vehicle and the driver's pelvis, abdomen, thorax and head area.
Computer-implemented method for providing correction data in a GNSS network-RTK system having reference stations, the method comprising • obtaining basic data with respect to the reference stations, the basic data for each of the reference stations respectively indicating influences on a signal propagation exerted by the atmosphere on a satellite signal of a GNSS associated with the respective reference station, • defining a base triangulation that encloses at least part of the reference stations, • subdividing the base triangulation into child triangles by means of a recursive division of parent triangles into four child triangles, • determining synthetic data for each of the child triangles based on a triangulation algorithm applied to the basic data such that the synthetic data represent a gridded representation of the basic data, and • providing access to correction data, wherein the correction data comprise at least part of the synthetic data, characterized in that the at least part of the synthetic data are arranged in a quad-tree hierarchy and the correction data are configured that for each child node (12,13) differential data are provided with respect to data of its parent node (12,13), namely the node of the previous tree level which was partitioned into those child nodes which comprise the respective child node. • obtaining basic data with respect to the reference stations, the basic data for each of the reference stations respectively indicating influences on a signal propagation exerted by the atmosphere on a satellite signal of a GNSS associated with the respective reference station, • defining a base triangulation that encloses at least part of the reference stations, • subdividing the base triangulation into child triangles by means of a recursive division of parent triangles into four child triangles, • determining synthetic data for each of the child triangles based on a triangulation algorithm applied to the basic data such that the synthetic data represent a gridded representation of the basic data, and • providing access to correction data, wherein the correction data comprise at least part of the synthetic data, the at least part of the synthetic data are arranged in a quad-tree hierarchy and the correction data are configured that for each child node (12,13) differential data are provided with respect to data of its parent node (12,13), namely the node of the previous tree level which was partitioned into those child nodes which comprise the respective child node.
An end effector (100, 300, 500) of a surgical tool comprising: a pair of jaws (172, 174, 372, 374, 572, 574) pivotable about a first axis; a first (160, 360, 562a) and a second (154, 361, 554) cam pulley rotatable about a second axis parallel to the first axis and coupled to the pair of jaws; and a cam follower (172d, 174d, 356) coupling at least one of the first and the second pulleys to at least one of the pair of jaws; wherein: a rotation of the first cam pulley opens or closes the pair of jaws about the first axis; a force applied to the second cam pulley rotates the pair of jaws about the second axis; and the pivot point of each of the pair of jaws is spaced a lateral distance from the second axis. a pair of jaws (172, 174, 372, 374, 572, 574) pivotable about a first axis; a first (160, 360, 562a) and a second (154, 361, 554) cam pulley rotatable about a second axis parallel to the first axis and coupled to the pair of jaws; and a cam follower (172d, 174d, 356) coupling at least one of the first and the second pulleys to at least one of the pair of jaws; wherein: a rotation of the first cam pulley opens or closes the pair of jaws about the first axis; a force applied to the second cam pulley rotates the pair of jaws about the second axis; and the pivot point of each of the pair of jaws is spaced a lateral distance from the second axis. a rotation of the first cam pulley opens or closes the pair of jaws about the first axis; a force applied to the second cam pulley rotates the pair of jaws about the second axis; and the pivot point of each of the pair of jaws is spaced a lateral distance from the second axis.
A voice interaction method for a vehicle, wherein the vehicle communicates with a server and has a voice interaction software development kit pre-installed on a map client thereof, the voice interaction method comprising: acquiring a user's speech request for display of energy supplement points when the map client is currently in a surrounding reality display mode; receiving an instruction callback issued by the voice interaction software development kit based on an instruction to display energy supplement points, after the voice interaction software development kit receives the instruction to display energy supplement points that was generated and returned by the server in response to the speech request; and controlling the display of energy supplement points on the map client based on the instruction callback, wherein said controlling comprises: generating a command for exiting the surrounding reality display mode based on the instruction callback, and controlling, based on the generated command, the map client to exit the surrounding reality display mode and displaying a standard map interface. acquiring a user's speech request for display of energy supplement points when the map client is currently in a surrounding reality display mode; receiving an instruction callback issued by the voice interaction software development kit based on an instruction to display energy supplement points, after the voice interaction software development kit receives the instruction to display energy supplement points that was generated and returned by the server in response to the speech request; and controlling the display of energy supplement points on the map client based on the instruction callback, wherein said controlling comprises: generating a command for exiting the surrounding reality display mode based on the instruction callback, and controlling, based on the generated command, the map client to exit the surrounding reality display mode and displaying a standard map interface. generating a command for exiting the surrounding reality display mode based on the instruction callback, and controlling, based on the generated command, the map client to exit the surrounding reality display mode and displaying a standard map interface.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, a Radio Resource Control, RRC, reconfiguration message comprising a PDCP version change indicator or an NR radio bearer configuration; and performing a Packet Data Convergence Protocol, PDCP, version change for at least one radio bearer, RB, configured for the UE from a first PDCP version of a first PDCP entity to a second PDCP version of a second PDCP entity based on the PDCP version change indicator or the NR radio bearer configuration included in the RRC reconfiguration message, wherein the PDCP version change indicator indicates PDCP version change from a New Radio, NR, PDCP to an Evolved Universal Terrestrial Radio Access, E-UTRA, PDCP. receiving, from a base station, a Radio Resource Control, RRC, reconfiguration message comprising a PDCP version change indicator or an NR radio bearer configuration; and performing a Packet Data Convergence Protocol, PDCP, version change for at least one radio bearer, RB, configured for the UE from a first PDCP version of a first PDCP entity to a second PDCP version of a second PDCP entity based on the PDCP version change indicator or the NR radio bearer configuration included in the RRC reconfiguration message, wherein the PDCP version change indicator indicates PDCP version change from a New Radio, NR, PDCP to an Evolved Universal Terrestrial Radio Access, E-UTRA, PDCP.
Clutch actuating arrangement for actuating a clutch for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft of a motor vehicle transmission, having a master cylinder which can be actuated by foot via a clutch pedal in order to apply a hydraulic and/or pneumatic pressure, a slave cylinder which is connected hydraulically to the master cylinder in order to open and/or close the clutch, an intermediate cylinder which is arranged hydraulically between the master cylinder and the slave cylinder in order to apply a hydraulic and/or pneumatic actuating pressure for actuating the clutch, an intermediate piston which is guided in the intermediate cylinder, the master cylinder acting hydraulically on the intermediate piston, and an automatic actuator which acts on the intermediate piston in order to move the intermediate piston in the intermediate cylinder, characterized in that the automatic actuator is arranged substantially concentrically within an annular cylinder which is connected to the master cylinder, an annular piston which can act on the intermediate piston being guided in the annular cylinder.
Removable jewel support device, with the jewel essentially consisting of an ornamental element supported by at least one hooking element provided with a stem and a bulge; the device comprising at least a first housing for accommodating an O-ring assigned to lock the stem in a support condition of the jewel by the device; said device being characterized in that it comprises: - a base having the first housing which bears a rear opening and which is externally surrounded by a second housing; - a fixing element having a front hole and a rear hole and having the O-ring enclosed inside; said fixing element being inserted in the first housing of the base in an assembly condition in which the stem is inserted into the fixing element passing from the front hole, through the O-ring and the rear hole until the bulge protrudes, at least partially, from the rear opening in correspondence with the support condition of the removable jewel by the device. - a base having the first housing which bears a rear opening and which is externally surrounded by a second housing; - a fixing element having a front hole and a rear hole and having the O-ring enclosed inside;
A method of modifying a projectile, the method comprising: removing material from an aft end of the projectile; and coupling a device to the aft end of the projectile. wherein the projectile is initially a spin-stabilized projectile; and wherein the device is a tail fin kit, such that the coupling transforms the projectile into a fin-stabilized projectile. removing material from an aft end of the projectile; and coupling a device to the aft end of the projectile. wherein the projectile is initially a spin-stabilized projectile; and wherein the device is a tail fin kit, such that the coupling transforms the projectile into a fin-stabilized projectile.
Mixing plant having a portal unit, wherein the portal unit comprises at least one scale for weighing the components of the mixture, a mixer for mixing the components of the mixture and a dispensing device for dispensing the mixed mixture, and a housing, wherein the portal unit can be converted from the mountable and demountable housing, wherein the housing can be composed of transportable modules (7, 7a, 7b, 7c, 7d, 7e, 7f, 7g), characterised in that the modules (7, 7a, 7b, 7c, 7d, 7e, 7f, 7g) can be detachably coupled to the portal unit, wherein the modules (7, 7a, 7b, 7c, 7d, 7e, 7f, 7g) are designed to be lifted by a mobile crane to the erected portal unit for coupling with the portal unit.
A method for reconfiguring a binary tree topology network upon the departure of a departing node, the network including a plurality of nodes (P, Q, X, A, B), including a root node, operatively networked together to provide a downtree communication path for data, the network configured wherein a departing node is docked downtree of, and with a parent node, and uptree of, and with a first child node and a second child node, and wherein the first child node is docked uptree of, and with a first grandchild node and a second grandchild node, and wherein the departing node, the parent node, the first child node, the second child node, the first grandchild node and the second grandchild node with are each one of the plurality of nodes, the method of reconfiguring the network the steps of: sending a register message from the first child node to the parent node, the register message requesting that the parent node dock uptree of, and with the first child node; responding to the register message by sending a register accept from the parent node to the first child node, thus docking the parent node uptree of, and with the first child node; the method being characterised by the steps of sending a priority join message from the second child node to the first child node, the priority join message requesting that the first child node dock uptree of, and with the second child node; sending a disconnect propagate message from the first child node to the second grandchild node upon receiving a priority join message from the second child node; and responding to the priority join message by sending a join accept from the first child node to the second child node, thus docking the first child node uptree of, and with the second child node, whereby the network is reconfigured to no longer include the departing node. sending a register message from the first child node to the parent node, the register message requesting that the parent node dock uptree of, and with the first child node; responding to the register message by sending a register accept from the parent node to the first child node, thus docking the parent node uptree of, and with the first child node; the method being characterised by the steps of sending a priority join message from the second child node to the first child node, the priority join message requesting that the first child node dock uptree of, and with the second child node; sending a disconnect propagate message from the first child node to the second grandchild node upon receiving a priority join message from the second child node; and responding to the priority join message by sending a join accept from the first child node to the second child node, thus docking the first child node uptree of, and with the second child node, whereby the network is reconfigured to no longer include the departing node.
Base formulation for cosmetic products, characterized in that it comprises, in percentage by weight of the formulation and according to the INCI nomenclature: a) from 0.2 to 10% of at least one hydroxylated ester, wherein the hydroxylated ester consists of PEG-20 glyceryl triisosterate, b) from 0.5 to 70% of a mixture of at least one mineral oil and at least one copolymer derived from alkenes, wherein said mixture consists of a mixture of mineral oil and at least one copolymer derived from alkenes selected from a group consisting of ethylene, propylene and styrene copolymer and a butylene, ethylene and styrene copolymer, as well as any combination thereof, c) from 0.5 to 90% of at least one hydrogenated polymer, wherein the hydrogenated polymer consists of a polyalphaolefin, d) from 0.5 to 35% of a mixture of water and at least one glyceryl glucoside. a) from 0.2 to 10% of at least one hydroxylated ester, wherein the hydroxylated ester consists of PEG-20 glyceryl triisosterate, b) from 0.5 to 70% of a mixture of at least one mineral oil and at least one copolymer derived from alkenes, wherein said mixture consists of a mixture of mineral oil and at least one copolymer derived from alkenes selected from a group consisting of ethylene, propylene and styrene copolymer and a butylene, ethylene and styrene copolymer, as well as any combination thereof, c) from 0.5 to 90% of at least one hydrogenated polymer, wherein the hydrogenated polymer consists of a polyalphaolefin, d) from 0.5 to 35% of a mixture of water and at least one glyceryl glucoside.