mhurhangee/patent-ind-claim-en huggingface dataset:
A system for managing Internet connection from an information communication device to a specific connection destination Internet Protocol, IP, address (A, B) via the Internet, comprising: a filter server for restricting packet transmission to the Internet based on a destination IP address of the packet and a source IP address of the information communication device ; a Virtual Private Network, VPN, server for establishing a tunnel connection between the VPN server and the information communication device , wherein the tunnel connection while established passes all Internet communication traffic from the information communication device , and transmitting to the filter server the packet which passed through the tunnel connection ; and an Application Programming Interface, API, server capable of blocking mobile network connection of the information communication device , wherein the API server comprises: a VPN existence confirmation module connected to the VPN server for confirming existence of the tunnel connection , and a mobile network blocking module configured to block access to the Internet by way of a mobile network connection of the information communication device in the event that the VPN existence confirmation module determines that the tunnel connection is absent. a filter server for restricting packet transmission to the Internet based on a destination IP address of the packet and a source IP address of the information communication device ; a Virtual Private Network, VPN, server for establishing a tunnel connection between the VPN server and the information communication device , wherein the tunnel connection while established passes all Internet communication traffic from the information communication device , and transmitting to the filter server the packet which passed through the tunnel connection ; and an Application Programming Interface, API, server capable of blocking mobile network connection of the information communication device , wherein the API server comprises: a VPN existence confirmation module connected to the VPN server for confirming existence of the tunnel connection , and a mobile network blocking module configured to block access to the Internet by way of a mobile network connection of the information communication device in the event that the VPN existence confirmation module determines that the tunnel connection is absent. a VPN existence confirmation module connected to the VPN server for confirming existence of the tunnel connection , and a mobile network blocking module configured to block access to the Internet by way of a mobile network connection of the information communication device in the event that the VPN existence confirmation module determines that the tunnel connection is absent.
A vibratory meter including a multi-channel flow tube , the vibratory meter comprising: a meter electronics ; and a meter assembly communicatively coupled to the meter electronics , the meter assembly comprising: the multi-channel flow tube comprising two or more fluid channels surrounded by a tube wall , wherein the two or more fluid channels and tube wall comprise a single integral structure; and a driver coupled to the multi-channel flow tube , the driver being configured to vibrate the multi-channel flow tube ; wherein the two or more fluid channels and tube wall are configured to deform in a same direction as the single integral structure in response to a drive signal applied to the driver , and characterised by : a longitudinal length of the two or more fluid channels is substantially equal to a longitudinal length of a vibratory portion of the multi-channel flow tube . a meter electronics ; and a meter assembly communicatively coupled to the meter electronics , the meter assembly comprising: the multi-channel flow tube comprising two or more fluid channels surrounded by a tube wall , wherein the two or more fluid channels and tube wall comprise a single integral structure; and a driver coupled to the multi-channel flow tube , the driver being configured to vibrate the multi-channel flow tube ; wherein the two or more fluid channels and tube wall are configured to deform in a same direction as the single integral structure in response to a drive signal applied to the driver , and characterised by : a longitudinal length of the two or more fluid channels is substantially equal to a longitudinal length of a vibratory portion of the multi-channel flow tube . the multi-channel flow tube comprising two or more fluid channels surrounded by a tube wall , wherein the two or more fluid channels and tube wall comprise a single integral structure; and a driver coupled to the multi-channel flow tube , the driver being configured to vibrate the multi-channel flow tube ; wherein the two or more fluid channels and tube wall are configured to deform in a same direction as the single integral structure in response to a drive signal applied to the driver , and characterised by : a longitudinal length of the two or more fluid channels is substantially equal to a longitudinal length of a vibratory portion of the multi-channel flow tube .
An interworking entity to provide access between a user equipment and a mobile core network, comprising: a first network interface configured to communicate with the user equipment over a non-3GPP access network; a second network interface configured to communicate with the mobile core network; a third network interface configured to communicate with the mobile core network; a controller that is configured to: receive a secure connection request to establish a secure connection via the first network interface, determine whether the secure connection request is associated with a first capability or a second capability, establish the secure connection with the user equipment via the first network interface, and establish a data connection via the third network interface on behalf of the user equipment and relay user data between the secure connection and the data connection over the third network interface if the secure connection request is associated with the second capability, wherein the first capability supports non-access stratum communication and the second capability does not support non-access stratum communication. a first network interface configured to communicate with the user equipment over a non-3GPP access network; a second network interface configured to communicate with the mobile core network; a third network interface configured to communicate with the mobile core network; a controller that is configured to: receive a secure connection request to establish a secure connection via the first network interface, determine whether the secure connection request is associated with a first capability or a second capability, establish the secure connection with the user equipment via the first network interface, and establish a data connection via the third network interface on behalf of the user equipment and relay user data between the secure connection and the data connection over the third network interface if the secure connection request is associated with the second capability, receive a secure connection request to establish a secure connection via the first network interface, determine whether the secure connection request is associated with a first capability or a second capability, establish the secure connection with the user equipment via the first network interface, and establish a data connection via the third network interface on behalf of the user equipment and relay user data between the secure connection and the data connection over the third network interface if the secure connection request is associated with the second capability, wherein the first capability supports non-access stratum communication and the second capability does not support non-access stratum communication.
A liquid detergent composition comprising manganese 1,4,7-triazacyclononane (MnTACN) and derivatives thereof and a polar solvent, wherein the composition is contained in a water-soluble film; wherein the polar solvent is selected from one or more of N-Acetylcaprolactam, propylenecarbonate, γ-valerolactone, cyrene, acetonitrile, ε-caprolactone, ε-caprolactam, dimethylsulphoxide ethylene carbonate, β-butyrolactone, γ-butyrolactone, N-methylpyrrolidone, methyl sulpholane, sulpholane, 2,3-butylene carbonate, nitromethane, 2-pyrrolidone, butadiene sulfone, cyclobutanone, cyclopentanone, ethylene sulphite, glycerol carbonate acetate, N-acetyl piperidine, and/or N-acetyl pyrrolidone.
A sparkle effect detection system comprising an image source , a first polarizer having an optical axis of polarisation, a transparent sample , and a device for detecting the sparkle effect of said transparent sample , wherein said transparent sample is arranged in front of said image source , to which said first polarizer is associated, wherein said detection device includes an imaging system , and wherein said transparent sample , said first polarizer and said imaging system are arranged along an optical path originated from said image source , characterized in that said detection device includes a second polarizer arranged between said transparent sample and said imaging system , said second polarizer having an optical axis of polarization directed at ninety degrees with respect to the optical axis of polarization of said first polarizer .
Heel unit (10; 110; 210; 310) for a touring binding, comprising a. a base (12; 112; 212; 312) which is provided for mounting on a sliding board, b. coupling means (18; 118; 218; 318) which are designed to be in engagement with a heel portion of the sliding board boot in a downhill position of the touring binding, in order to retain the sliding board boot on the touring binding, c. a release mechanism (34, 36; 234, 236; 334, 336) by means of which the coupling means are held so as to be rotatable relative to the base, such that they can be released from the engagement with the sliding board boot, in the downhill position of the touring binding, in the event of action of a force that exceeds a predetermined release force, the release mechanism comprising a spring means which determines the predetermined release force, d. an adjustment mechanism (70, 32, 44; 170, 132, 144; 280, 232, 244; 370, 332, 344), by means of which the touring binding can be rotatably adjusted between the downhill position and a walking position, in which the coupling means are arranged in a position remote from the sliding board boot, such that they do not come into engagement with the sliding board boot, characterized in that the adjustment mechanism comprises an actuation assembly (70; 170; 270; 370) which can be manually actuated by a user between a locking position in which the adjustment mechanism is locked in the downhill position or in the walking position, and an unlocking position in which the adjustment mechanism is unlocked and can be rotated from the downhill position into the walking position or from the walking position into the downhill position substantially without an actuation force or with an actuation force that is less than the predetermined release force. a. a base (12; 112; 212; 312) which is provided for mounting on a sliding board, b. coupling means (18; 118; 218; 318) which are designed to be in engagement with a heel portion of the sliding board boot in a downhill position of the touring binding, in order to retain the sliding board boot on the touring binding, c. a release mechanism (34, 36; 234, 236; 334, 336) by means of which the coupling means are held so as to be rotatable relative to the base, such that they can be released from the engagement with the sliding board boot, in the downhill position of the touring binding, in the event of action of a force that exceeds a predetermined release force, the release mechanism comprising a spring means which determines the predetermined release force, d. an adjustment mechanism (70, 32, 44; 170, 132, 144; 280, 232, 244; 370, 332, 344), by means of which the touring binding can be rotatably adjusted between the downhill position and a walking position, in which the coupling means are arranged in a position remote from the sliding board boot, such that they do not come into engagement with the sliding board boot,
A method comprising: collecting (S101), by an end-user device, a depth map at a location in a path network, whereby the term path network also includes road network; slicing the depth map into a plurality of horizontal segments, each horizontal segment corresponding to a different elevation, wherein each horizontal segment has a thickness; analysing the plurality of horizontal segments to find prominent two-dimensional feature geometries; extracting (S103), using a processor of the end-user device, the two-dimensional feature geometries from the depth map; identifying (S105) a number of control points in the extracted two-dimensional feature geometries; calculating (S107) distances between the end-user device and the identified control points; receiving (S109), from a database that is external to the end-user device, location reference information comprising latitude and longitude values and altitude, or latitude and longitude values and altitude and elevation above the road or path level, for each identified control point; and determining (S111) a geographic location of the end-user device in the path network through a multilateration calculation using the location reference information of the identified control points and the calculated distances between the end-user device and each identified control point. collecting (S101), by an end-user device, a depth map at a location in a path network, whereby the term path network also includes road network; slicing the depth map into a plurality of horizontal segments, each horizontal segment corresponding to a different elevation, wherein each horizontal segment has a thickness; analysing the plurality of horizontal segments to find prominent two-dimensional feature geometries; extracting (S103), using a processor of the end-user device, the two-dimensional feature geometries from the depth map; identifying (S105) a number of control points in the extracted two-dimensional feature geometries; calculating (S107) distances between the end-user device and the identified control points; receiving (S109), from a database that is external to the end-user device, location reference information comprising latitude and longitude values and altitude, or latitude and longitude values and altitude and elevation above the road or path level, for each identified control point; and determining (S111) a geographic location of the end-user device in the path network through a multilateration calculation using the location reference information of the identified control points and the calculated distances between the end-user device and each identified control point.
A radiation detection device comprising: a radiation detection panel ; a supporting member configured to support the radiation detection panel at a side of a first surface of the supporting member; and a housing configured to accommodate the radiation detection panel and the supporting member , wherein the supporting member has one or more concave portions at the first surface, the one or more concave portions are filled with a filler having a lower density than a material forming the supporting member , and the filler is made from a foamed material, characterized in that a surface layer of the filler exposed from the first surface has a higher density than an inside of the filler except the surface layer, the radiation detection device further comprises: a buffer member that is provided between a radiation incident surface of the radiation detection panel and a top plate of the housing which covers the radiation incident surface, and wherein the buffer member is more flexible than the filler. a radiation detection panel ; a supporting member configured to support the radiation detection panel at a side of a first surface of the supporting member; and a housing configured to accommodate the radiation detection panel and the supporting member , wherein the supporting member has one or more concave portions at the first surface, the one or more concave portions are filled with a filler having a lower density than a material forming the supporting member , and the filler is made from a foamed material, characterized in that a surface layer of the filler exposed from the first surface has a higher density than an inside of the filler except the surface layer, the radiation detection device further comprises: a buffer member that is provided between a radiation incident surface of the radiation detection panel and a top plate of the housing which covers the radiation incident surface, and wherein the buffer member is more flexible than the filler. a buffer member that is provided between a radiation incident surface of the radiation detection panel and a top plate of the housing which covers the radiation incident surface, and wherein the buffer member is more flexible than the filler.
A laser point projecting device , comprising a light source assembly which projects a first positioning point and a second positioning point respectively along the two directions of a straight line, wherein the laser point projecting device comprises a housing part and a body part ; the housing part is sleeved on the periphery of the body part , and the housing part and the body part are displaceable relative to each other; the laser point projecting device further comprises a switch , the laser point projecting device characterized in that when the body part displaces to a first position along the direction of projecting the first positioning point, the laser point projecting device assumes a first status , the switch is not triggered, and the light source assembly is off; when the body part displaces to a second position along the direction of projecting the second positioning point, the laser point projecting device assumes a second status , the switch is triggered, and the light source assembly is switched on; and the housing part is provided with at least one opening at the end of the housing part which is closer to the first positioning point, and when the laser point projecting device assumes the second status , a hollow space is formed between the end of the housing part closer to the first positioning point and the body part , and the opening acts as an observation window through which the position of the first positioning point can be observed. the laser point projecting device comprises a housing part and a body part ; the housing part is sleeved on the periphery of the body part , and the housing part and the body part are displaceable relative to each other; the laser point projecting device further comprises a switch , the laser point projecting device characterized in that when the body part displaces to a first position along the direction of projecting the first positioning point, the laser point projecting device assumes a first status , the switch is not triggered, and the light source assembly is off; when the body part displaces to a second position along the direction of projecting the second positioning point, the laser point projecting device assumes a second status , the switch is triggered, and the light source assembly is switched on; and the housing part is provided with at least one opening at the end of the housing part which is closer to the first positioning point, and when the laser point projecting device assumes the second status , a hollow space is formed between the end of the housing part closer to the first positioning point and the body part , and the opening acts as an observation window through which the position of the first positioning point can be observed.
A Bismuth-based or other eutectic alloy plug for plugging wells, and in particular oil and gas wells, comprising: a plug body wherein the plug body is formed from a first metal outer tube and a second metal inner tube connected co-axially by way of reinforcement means ; said plug body having a central heater receiving void located along the axis of the plug; said plug body further comprising a base to which both the first metal outer tube and the second metal inner tube are connected at their end; and characterised in that the reinforcement means attach to an inner surface of the first metal tube wall and an outer surface of the second metal tube wall at discrete points in cross-section such that the reinforcement means are configured to give the plug structural strength in cross-section while remaining weaker along the length of the plug. a plug body wherein the plug body is formed from a first metal outer tube and a second metal inner tube connected co-axially by way of reinforcement means ; said plug body having a central heater receiving void located along the axis of the plug; said plug body further comprising a base to which both the first metal outer tube and the second metal inner tube are connected at their end; and characterised in that the reinforcement means attach to an inner surface of the first metal tube wall and an outer surface of the second metal tube wall at discrete points in cross-section such that the reinforcement means are configured to give the plug structural strength in cross-section while remaining weaker along the length of the plug.
A method of manufacturing a transmission-type X-ray target comprising: measuring, of a flat plate-shaped diamond substrate having a first surface and a second surface facing the first surface , a residual stress of the first surface and a residual stress of the second surface ; identifying the first surface based on the measured residual stresses such that the residual stress of the first surface is lower than the residual stress of the second surface ; and, then, forming a target layer on the identified first surface . measuring, of a flat plate-shaped diamond substrate having a first surface and a second surface facing the first surface , a residual stress of the first surface and a residual stress of the second surface ; identifying the first surface based on the measured residual stresses such that the residual stress of the first surface is lower than the residual stress of the second surface ; and, then, forming a target layer on the identified first surface .
A control station, comprising: communication circuitry; a first processor; and a second processor configured to communicate with one or more devices via the communication circuitry, wherein the second processor is configured to process information from the one or more devices and to poll the one or more devices, wherein the second processor is configured to assign each of the one or more devices a pre-determined time period in which to respond to polling of that device, wherein the second processor is further configured to change the assigned time period for a particular one of the one or more devices based on at least one response time of the particular device, and wherein at least one of the first processor and the second processor is configured to output the processed information to one or more of: an electronic display of the control station, a display external to the control station, a server and an electronic device. communication circuitry; a first processor; and a second processor configured to communicate with one or more devices via the communication circuitry, wherein the second processor is configured to process information from the one or more devices and to poll the one or more devices, wherein the second processor is configured to assign each of the one or more devices a pre-determined time period in which to respond to polling of that device, wherein the second processor is further configured to change the assigned time period for a particular one of the one or more devices based on at least one response time of the particular device, and wherein at least one of the first processor and the second processor is configured to output the processed information to one or more of: an electronic display of the control station, a display external to the control station, a server and an electronic device.