mhurhangee/patent-ind-claim-en huggingface dataset:
A pre-formed insulated concrete form panel , comprising: first and second panels (12 and 14, respectively), made of an expandable polymer material, and having exterior surfaces (12e and 14e, respectively) and interior surfaces (12i and 14i, respectively) and positioned in opposed spaced relation to form a cavity between the interior surfaces (12i and 14i); the pre-formed insulated concrete form panel having an internal connector frame disposed within the cavity and having a plurality of bridge members that are spaced one atop the other and are irreleasably connected to a plurality of stud members of the internal connector frame ; wherein each bridge member has a first end, a second end, and a plurality of side ends, wherein each side end has opposed first coupling means for mechanically coupling the bridge members to the stud members ; wherein each stud member has a first end, a second end, and at least one second coupling means , wherein each first and second end has connection means for mechanically connecting adjacent stud members positioned end-to-end, and wherein the at least one second coupling means corresponds to the first coupling means for mechanically coupling the bridge members to the stud members ; characterized in that each first and second end of each bridge member has connection means for mechanically connecting adjacent bridge members positioned end-to-end, and in that the stud members are integral to first and second panel members (12 and 14), such that the first and second panel members (12 and 14) are molded around or to the stud members . first and second panels (12 and 14, respectively), made of an expandable polymer material, and having exterior surfaces (12e and 14e, respectively) and interior surfaces (12i and 14i, respectively) and positioned in opposed spaced relation to form a cavity between the interior surfaces (12i and 14i); the pre-formed insulated concrete form panel having an internal connector frame disposed within the cavity and having a plurality of bridge members that are spaced one atop the other and are irreleasably connected to a plurality of stud members of the internal connector frame ; wherein each bridge member has a first end, a second end, and a plurality of side ends, wherein each side end has opposed first coupling means for mechanically coupling the bridge members to the stud members ; wherein each stud member has a first end, a second end, and at least one second coupling means , wherein each first and second end has connection means for mechanically connecting adjacent stud members positioned end-to-end, and wherein the at least one second coupling means corresponds to the first coupling means for mechanically coupling the bridge members to the stud members ; characterized in that each first and second end of each bridge member has connection means for mechanically connecting adjacent bridge members positioned end-to-end, and in that the stud members are integral to first and second panel members (12 and 14), such that the first and second panel members (12 and 14) are molded around or to the stud members .
A non-luer connector for connection to a female non-luer connector comprising: a container having an open distal end including a distal wall , a sidewall including an inside surface defining a fluid chamber for retaining fluids, an elongate tip extending in a distal direction from the distal wall , the elongate tip including an opening for providing access to the chamber , and a non-luer element disposed at the open distal end causing leakage between a standard luer connector and the container when the standard luer connector is attached to the container; wherein the non-luer element includes a plurality of barrier walls forming at least one aperture spaced between the plurality of barrier walls ; characterized in that : the non-luer element has a distal end and a proximal end , and the at least one aperture extends from the distal end of the non-luer element to the proximal end of the non-luer element and wherein the non-luer element extends in a distal direction from the distal wall of the container and is disposed coaxially around the elongate tip , the non-luer element forming a channel between the elongate tip and the non-luer element for receiving a portion of the female non-luer connector and an inner cross-sectional dimension of the non-luer element is greater than an inner cross-sectional dimension of a standard female luer connector and less than an outer cross-sectional dimension of the standard female luer connector; wherein the at least one aperture provides access to the channel a container having an open distal end including a distal wall , a sidewall including an inside surface defining a fluid chamber for retaining fluids, an elongate tip extending in a distal direction from the distal wall , the elongate tip including an opening for providing access to the chamber , and a non-luer element disposed at the open distal end causing leakage between a standard luer connector and the container when the standard luer connector is attached to the container; wherein the non-luer element includes a plurality of barrier walls forming at least one aperture spaced between the plurality of barrier walls ; characterized in that : the non-luer element has a distal end and a proximal end , and the at least one aperture extends from the distal end of the non-luer element to the proximal end of the non-luer element and wherein the non-luer element extends in a distal direction from the distal wall of the container and is disposed coaxially around the elongate tip , the non-luer element forming a channel between the elongate tip and the non-luer element for receiving a portion of the female non-luer connector and an inner cross-sectional dimension of the non-luer element is greater than an inner cross-sectional dimension of a standard female luer connector and less than an outer cross-sectional dimension of the standard female luer connector;
Calibration system for the calibration of at least a distance meter , comprising: - at least one measuring section , wherein the at least one distance meter can be mounted on a first end of the measuring section , - at least a reflector which can be mounted in a moveable manner on the at least one measuring section , said reflector being designed to reflect a measuring signal (D i ) emitted by the at least one distance meter , and - a laser tracker , which is arranged on an end of the measuring section situated opposite the distance meter , characterized in that a mirror arrangement is provided by means of which it is possible for the laser tracker to determine at least a distance (M i ) from the at least one reflector and at least a reference distance (R i ) from the at least one distance meter , and wherein a higher-level unit is provided that is designed to - determine a measured distance (X i ) of the distance meter to the reflector using the distance (M i ) and the reference distance (R i ), and - calibrate the distance meter using the measured distance (X i ) and the measuring signal (D i ). - at least one measuring section , wherein the at least one distance meter can be mounted on a first end of the measuring section , - at least a reflector which can be mounted in a moveable manner on the at least one measuring section , said reflector being designed to reflect a measuring signal (D i ) emitted by the at least one distance meter , and - a laser tracker , which is arranged on an end of the measuring section situated opposite the distance meter , - determine a measured distance (X i ) of the distance meter to the reflector using the distance (M i ) and the reference distance (R i ), and - calibrate the distance meter using the measured distance (X i ) and the measuring signal (D i ).
Terminal for fixing a plurality of cable lugs each being mounted to an end of a cable , wherein the terminal comprises - at least one base body and a plurality of terminal screws screwed into the at least one base body , wherein each terminal screw is designed to clamp an eyelet end or a fork type end of a cable lug of the cable lugs between the at least one base body and said terminal screw , the terminal further comprising - a case with a fixed case part , - wherein the case encloses the at least one base body and the terminal screws and wherein space is left for the cable lugs within the case , - wherein the fixed case part is fixedly arranged relative to the at least one base body characterised in that the case comprises a plurality of movable case parts individually movable arranged in the fixed case part and wherein each movable case part is associated each with a terminal screw of the terminal screws and wherein each movable case part comprises a recess (A) forming a feed through for a cable mounted to the cable lug associated with said movable case part . - at least one base body and a plurality of terminal screws screwed into the at least one base body , wherein each terminal screw is designed to clamp an eyelet end or a fork type end of a cable lug of the cable lugs between the at least one base body and said terminal screw , the terminal further comprising - a case with a fixed case part , - wherein the case encloses the at least one base body and the terminal screws and wherein space is left for the cable lugs within the case , - wherein the fixed case part is fixedly arranged relative to the at least one base body
A hose reel , comprising: a frame , a reel rotatably arranged within the frame , a rewind mechanism with a spring which is tensioned when the reel is rotated within the frame in a first direction around a rotation axis while a hose is pulled out from the reel, and which provides the reel with a spring force rotating the reel in a second direction within the frame to rewind the hose to the reel , a guide mechanism with a guide via which the hose is guided to an outside of the hose reel , the guide mechanism moving the guide back and forth on a path while the reel is rotated in the second direction for distributing the hose evenly onto the reel by means of the guide, and a ground support with contact areas supporting the hose reel from a base , and wherein the frame is attached to the ground support in a position where the rotation axis of the reel is perpendicular relatively to the base , characterized in that the reel is provided with a hose joint in a lowermost part of the reel to guide out the hose from the reel at a location as low as possible, and the guide mechanism is configured to move the guide to a lowermost point of the path when the hose is completely pulled out from the reel . a frame , a reel rotatably arranged within the frame , a rewind mechanism with a spring which is tensioned when the reel is rotated within the frame in a first direction around a rotation axis while a hose is pulled out from the reel, and which provides the reel with a spring force rotating the reel in a second direction within the frame to rewind the hose to the reel , a guide mechanism with a guide via which the hose is guided to an outside of the hose reel , the guide mechanism moving the guide back and forth on a path while the reel is rotated in the second direction for distributing the hose evenly onto the reel by means of the guide, and a ground support with contact areas supporting the hose reel from a base , and wherein the frame is attached to the ground support in a position where the rotation axis of the reel is perpendicular relatively to the base , characterized in that the reel is provided with a hose joint in a lowermost part of the reel to guide out the hose from the reel at a location as low as possible, and the guide mechanism is configured to move the guide to a lowermost point of the path when the hose is completely pulled out from the reel .
Process of production of roll and membrane of submicrometric thickness of Ga 2 O 3 characterized by comprising the steps of: a) implanting ions in a semiconductor monocrystal of Ga 2 O 3 , with a cleavage plane parallel to the surface, at a temperature below 500 °C, making an ion beam strike along a non-parallel direction to the referred cleavage plane, with an energy in the range of 10-4000 keV, a flux in the range of 1×10 12 -1×10 14 ions/cm 2 .s and a fluence in the range of 1×10 13 -1×10 16 ions/cm 2 , with formation of at least one roll; b) subjecting the at least one roll formed in step a) to a thermal treatment at a temperature equal to or higher than 500°C. a) implanting ions in a semiconductor monocrystal of Ga 2 O 3 , with a cleavage plane parallel to the surface, at a temperature below 500 °C, making an ion beam strike along a non-parallel direction to the referred cleavage plane, with an energy in the range of 10-4000 keV, a flux in the range of 1×10 12 -1×10 14 ions/cm 2 .s and a fluence in the range of 1×10 13 -1×10 16 ions/cm 2 , with formation of at least one roll; b) subjecting the at least one roll formed in step a) to a thermal treatment at a temperature equal to or higher than 500°C.
A system having a security layer for use in an industrial control and automation system comprising: a user database configured to store identities of users with credentials to access one or more controllers of the security layer ; a web server configured to identify an operator using a client device ; a secure token server (STS) configured to authenticate the operator of the client device, with the identities stored in the user database and, provide an identity token to the client device; wherein upon the client device attempting to access a target controller in a target security layer the web server is further configured to: communicate with the STS to authenticate the operator; receive an identity token from the client device; and provide an access token for the operator derived from the identity token to an application server; and wherein the application server is configured to negotiate access for the client device with a target application server in the target security layer for allowing the client device to access target controllers of the target security layer. a user database configured to store identities of users with credentials to access one or more controllers of the security layer ; a web server configured to identify an operator using a client device ; a secure token server (STS) configured to authenticate the operator of the client device, with the identities stored in the user database and, provide an identity token to the client device; wherein upon the client device attempting to access a target controller in a target security layer the web server is further configured to: communicate with the STS to authenticate the operator; receive an identity token from the client device; and provide an access token for the operator derived from the identity token to an application server; and wherein the application server is configured to negotiate access for the client device with a target application server in the target security layer for allowing the client device to access target controllers of the target security layer. communicate with the STS to authenticate the operator; receive an identity token from the client device; and provide an access token for the operator derived from the identity token to an application server; and wherein the application server is configured to negotiate access for the client device with a target application server in the target security layer for allowing the client device to access target controllers of the target security layer.
A tactile sensor comprising: a photosensing structure (4; 14; 20; 24; 28; 36; 78; 144; 186; 212); a volume of clear elastomer (3; 16; 34; 46; 79; 136; 160; 182; 198; 208) supported by a rigid support made of clear material configured to transmit an image; and a reflective skin (2; 18; 38; 44; 84; 134; 152; 180; 192; 206; 224); said reflective skin (2; 18; 38; 44; 84; 134; 152; 180; 192; 206; 224) is adapted to cover said volume of clear elastomer, said reflective skin is configured to be illuminated through said volume of clear elastomer and rigid support made of clear material by one or more light sources (5; 31; 33; 80, 82; 140; 156), characterized in that the reflective skin having reflective particles configured to reflect light incident on the reflective skin from within the volume of clear elastomer, said reflective particles being non-directional, moderately directional, directional or highly directional light-reflecting particles, said reflective skin is configured to be geometrically altered in response to pressure applied by an entity configured to touch said reflective skin, said geometrical alteration adapted to cause localized changes in the surface normal of said skin and associated localized changes in the amount of light reflected from said reflective skin in the direction of said photosensing structure; and wherein said photosensing structure is positioned to receive a portion of said reflected light in the form of an image, said image being configured to indicate one or more features of the entity producing said pressure. a photosensing structure (4; 14; 20; 24; 28; 36; 78; 144; 186; 212); a volume of clear elastomer (3; 16; 34; 46; 79; 136; 160; 182; 198; 208) supported by a rigid support made of clear material configured to transmit an image; and a reflective skin (2; 18; 38; 44; 84; 134; 152; 180; 192; 206; 224); said reflective skin (2; 18; 38; 44; 84; 134; 152; 180; 192; 206; 224) is adapted to cover said volume of clear elastomer, said reflective skin is configured to be illuminated through said volume of clear elastomer and rigid support made of clear material by one or more light sources (5; 31; 33; 80, 82; 140; 156), characterized in that the reflective skin having reflective particles configured to reflect light incident on the reflective skin from within the volume of clear elastomer, said reflective particles being non-directional, moderately directional, directional or highly directional light-reflecting particles, said reflective skin is configured to be geometrically altered in response to pressure applied by an entity configured to touch said reflective skin, said geometrical alteration adapted to cause localized changes in the surface normal of said skin and associated localized changes in the amount of light reflected from said reflective skin in the direction of said photosensing structure; and wherein said photosensing structure is positioned to receive a portion of said reflected light in the form of an image, said image being configured to indicate one or more features of the entity producing said pressure.
A coated article including a coating supported by a glass substrate , the coating comprising moving away from the glass substrate: a dielectric layer comprising zirconium silicon oxynitride ; a layer comprising zinc stannate ; a layer comprising zinc oxide located over and directly contacting the layer comprising zinc stannate; an infrared (IR) reflecting layer comprising silver located on the substrate over and directly contacting the layer comprising zinc oxide; and a layer comprising metal oxide located over at least the IR reflecting layer comprising silver; wherein the layer comprising zirconium silicon oxynitride contains at least three times as much nitrogen as oxygen, and wherein a ratio of Zr/Si (atomic) is from 0.30 to 0.47 in the layer comprising zirconium silicon oxynitride. a dielectric layer comprising zirconium silicon oxynitride ; a layer comprising zinc stannate ; a layer comprising zinc oxide located over and directly contacting the layer comprising zinc stannate; an infrared (IR) reflecting layer comprising silver located on the substrate over and directly contacting the layer comprising zinc oxide; and a layer comprising metal oxide located over at least the IR reflecting layer comprising silver; wherein the layer comprising zirconium silicon oxynitride contains at least three times as much nitrogen as oxygen, and wherein a ratio of Zr/Si (atomic) is from 0.30 to 0.47 in the layer comprising zirconium silicon oxynitride.
A method of forming a decorative layer of a building panel, wherein the method comprises: • heating a substrate to a temperature of at least about 80 °C; • printing a digital image with a print head by applying drops of a water-based ink on the heated substrate ; and • applying a transparent wear resistant layer on the digital image, wherein the water-based ink is adapted for digital printing on a substrate of a panel that after printing is pressed and heated to above 100 °C, wherein the water-based ink comprises a colorant comprising an aqueous pigment dispersion, a binder comprising an acrylic resin dispersion, and a liquid viscosity increasing substance comprising glycol or glycerine, wherein the boiling point of the water-based ink is above 100 °C and below 130 °C, and wherein the viscosity of the water-based ink is above 2 cps and below 15 cps at 25 °C. • heating a substrate to a temperature of at least about 80 °C; • printing a digital image with a print head by applying drops of a water-based ink on the heated substrate ; and • applying a transparent wear resistant layer on the digital image, wherein the water-based ink is adapted for digital printing on a substrate of a panel that after printing is pressed and heated to above 100 °C, wherein the water-based ink comprises a colorant comprising an aqueous pigment dispersion, a binder comprising an acrylic resin dispersion, and a liquid viscosity increasing substance comprising glycol or glycerine, wherein the boiling point of the water-based ink is above 100 °C and below 130 °C, and wherein the viscosity of the water-based ink is above 2 cps and below 15 cps at 25 °C.
A method for interactively selecting an auxiliary cell, characterized in that it comprises the steps of: Selecting , by a UE, a master cell, and performing data interaction with the master cell to obtain a neighbour cell list; measuring, by the UE, coordinated multiple point status information of a cell in the neighbour cell list, and performing evaluation according to a measurement result to generate a candidate list of coordinated multiple point auxiliary cells ; sending , by the UE, the candidate list to the master cell when the UE initiates a coordinated multiple point operation service; performing, by the master cell, an activation strategy on a cell in the candidate list to obtain an auxiliary cell for the coordinated multiple point operation of the UE, and sending an auxiliary cell activation list to the UE ; and maintaining , by the UE, the auxiliary cell activation list until the coordinated multiple point operation service ends. Selecting , by a UE, a master cell, and performing data interaction with the master cell to obtain a neighbour cell list; measuring, by the UE, coordinated multiple point status information of a cell in the neighbour cell list, and performing evaluation according to a measurement result to generate a candidate list of coordinated multiple point auxiliary cells ; sending , by the UE, the candidate list to the master cell when the UE initiates a coordinated multiple point operation service; performing, by the master cell, an activation strategy on a cell in the candidate list to obtain an auxiliary cell for the coordinated multiple point operation of the UE, and sending an auxiliary cell activation list to the UE ; and maintaining , by the UE, the auxiliary cell activation list until the coordinated multiple point operation service ends.