mhurhangee/ep-ind-claims huggingface dataset:
A method for request routing comprising: obtaining a DNS query from a client computing device at a first DNS server, wherein the DNS query corresponds to a requested resource associated with an original resource identifier provided by a content provider and wherein the first DNS server corresponds to a content delivery network "CDN" service; obtaining a query IP address associated with the DNS query at the first DNS server, wherein the query IP address is associated with the client computing device; obtaining a location-based identifier associated with the query IP address and a confidence factor, the confidence factor corresponding to a degree of confidence associated with the accuracy of the location-based identifier to query IP address association; and processing the DNS query based on evaluation of the confidence factor, wherein processing the DNS query based on evaluation of the confidence factor includes determining whether the confidence factor exceeds a threshold value, and selecting a network point of presence based on the location-based identifier if the confidence factor exceeds the threshold value. obtaining a DNS query from a client computing device at a first DNS server, wherein the DNS query corresponds to a requested resource associated with an original resource identifier provided by a content provider and wherein the first DNS server corresponds to a content delivery network "CDN" service; obtaining a query IP address associated with the DNS query at the first DNS server, wherein the query IP address is associated with the client computing device; obtaining a location-based identifier associated with the query IP address and a confidence factor, the confidence factor corresponding to a degree of confidence associated with the accuracy of the location-based identifier to query IP address association; and processing the DNS query based on evaluation of the confidence factor, wherein processing the DNS query based on evaluation of the confidence factor includes determining whether the confidence factor exceeds a threshold value, and selecting a network point of presence based on the location-based identifier if the confidence factor exceeds the threshold value.
A resilient flooring product, comprising: at least one base layer, the base layer comprising a polymeric binder and a filler, the base layer having at least 20-95% weight of the filler and at least 5% weight of recycled material; at least one film layer supported by the base layer, the film layer being a rigid film selected from the group consisting of polyethylene terephthalate, glycolated polyethylene terephthalate, polybutylene terephthalate, polypropylene terephthalate, and a thermoplastic ionomer resin; and includes a topcoat, wherein the topcoat is provided on the film layer and the topcoat is a radiation curable coating, the radiation curable coating is a radiation curable biobased coating comprising a biobased component selected from the group consisting of a biobased resin, biobased acrylate, and a biobased polyol. at least one base layer, the base layer comprising a polymeric binder and a filler, the base layer having at least 20-95% weight of the filler and at least 5% weight of recycled material; at least one film layer supported by the base layer, the film layer being a rigid film selected from the group consisting of polyethylene terephthalate, glycolated polyethylene terephthalate, polybutylene terephthalate, polypropylene terephthalate, and a thermoplastic ionomer resin; and includes a topcoat, wherein the topcoat is provided on the film layer and the topcoat is a radiation curable coating, the radiation curable coating is a radiation curable biobased coating comprising a biobased component selected from the group consisting of a biobased resin, biobased acrylate, and a biobased polyol.
An implantable drug-delivery pump, comprising: an electrolyte chamber; a drug reservoir; a cannula for conducting liquid from the drug reservoir to a target site; an expandable diaphragm separating the electrolyte chamber and the drug reservoir and providing a fluid barrier therebetween; electrolysis electrodes in the electrolyte chamber operable when current is provided to the electrodes to evolve gas to expand the diaphragm and force liquid drug out of the drug reservoir through the cannula; and a drug reservoir fill port and an electrolyte chamber fill port each comprising an elastomeric plug extending at least partially through an aperture in a wall, the drug reservoir fill port being in fluid communication with the drug reservoir and the electrolyte chamber fill port being in fluid communication with the electrolyte chamber, wherein the elastomeric plugs are formed of a self-sealing material allowing each plug to be punctured with a needle and to re-seal itself upon removal of the needle; and wherein the apertures include threads, grooves or other features facilitating mechanical interlocking machined or molded into the walls that define the apertures to keep the plugs secured in place. an electrolyte chamber; a drug reservoir; a cannula for conducting liquid from the drug reservoir to a target site; an expandable diaphragm separating the electrolyte chamber and the drug reservoir and providing a fluid barrier therebetween; electrolysis electrodes in the electrolyte chamber operable when current is provided to the electrodes to evolve gas to expand the diaphragm and force liquid drug out of the drug reservoir through the cannula; and a drug reservoir fill port and an electrolyte chamber fill port each comprising an elastomeric plug extending at least partially through an aperture in a wall, the drug reservoir fill port being in fluid communication with the drug reservoir and the electrolyte chamber fill port being in fluid communication with the electrolyte chamber, wherein the elastomeric plugs are formed of a self-sealing material allowing each plug to be punctured with a needle and to re-seal itself upon removal of the needle; and wherein the apertures include threads, grooves or other features facilitating mechanical interlocking machined or molded into the walls that define the apertures to keep the plugs secured in place.
A soil cultivation implement for attachment an agricultural machine having a frame, which comprises at least two frame parts (12.1, 12.2, 12.3) arranged adjacently transversely to a travelling direction of the soil cultivation implement, wherein the frame can be changed over through at least one actuator (14.1, 14.2, 14.3, 14.4) between a working position and a transport position, in that at least one of the frame parts (12.1, 12.2, 12.3) can be tilted about an axis of rotation (16.1, 16.2) between a lowered position and a raised position, in order to have in the transport position a smaller extent of the soil cultivation implement transversely to the travelling direction than in the working position, wherein the frame parts (12.1, 12.2, 12.3) each comprise at least one tool for soil cultivation and are each assigned at least to one distance determination device (20, 22) for determining a distance of the tool to the ground or a penetration depth of the tool into the ground and characterised in that the soil cultivation implement is configured, based on a certain distance or the certain penetration depth to raise or lower at least one of the frame parts (12.1, 12.2, 12.3) through the actuator (14.1, 14.2, 14.3, 14.4) in such a manner that the distance or the penetration depth assumes a predetermined value. wherein the frame parts (12.1, 12.2, 12.3) each comprise at least one tool for soil cultivation and are each assigned at least to one distance determination device (20, 22) for determining a distance of the tool to the ground or a penetration depth of the tool into the ground and characterised in that the soil cultivation implement is configured, based on a certain distance or the certain penetration depth to raise or lower at least one of the frame parts (12.1, 12.2, 12.3) through the actuator (14.1, 14.2, 14.3, 14.4) in such a manner that the distance or the penetration depth assumes a predetermined value.
A system for mobile device authentication, the system comprising: a public-facing server configured to interface with a mobile device; and a secure server configured to interface with the public-facing server via a perimeter network; and an authorization station configured to interface with the secure server via a control system network, the authorization station comprising processing circuitry configured to: establish authorization limits for the mobile device; generate an authentication key associated with the authorization limits; provide the authentication key and an identifier of the mobile device to the secure server; characterized in that the processing circuitry is further configured to generate an authorization code comprising an encoded version of the authentication key and an address of the public-facing server; and provide the authorization code to the mobile device to establish authentication for the mobile device to receive data from the control system network as constrained by the authorization limits, wherein the authorization code is provided to the mobile device by a visual indication detectable by a camera of the mobile device. a public-facing server configured to interface with a mobile device; and a secure server configured to interface with the public-facing server via a perimeter network; and an authorization station configured to interface with the secure server via a control system network, the authorization station comprising processing circuitry configured to: establish authorization limits for the mobile device; generate an authentication key associated with the authorization limits; provide the authentication key and an identifier of the mobile device to the secure server; characterized in that the processing circuitry is further configured to generate an authorization code comprising an encoded version of the authentication key and an address of the public-facing server; and provide the authorization code to the mobile device to establish authentication for the mobile device to receive data from the control system network as constrained by the authorization limits, wherein the authorization code is provided to the mobile device by a visual indication detectable by a camera of the mobile device. establish authorization limits for the mobile device; generate an authentication key associated with the authorization limits; provide the authentication key and an identifier of the mobile device to the secure server; characterized in that the processing circuitry is further configured to generate an authorization code comprising an encoded version of the authentication key and an address of the public-facing server; and provide the authorization code to the mobile device to establish authentication for the mobile device to receive data from the control system network as constrained by the authorization limits, wherein the authorization code is provided to the mobile device by a visual indication detectable by a camera of the mobile device.
Tripod for shooting equipment, including a mounting plate for mounting video or photo equipment and three adjacent legs, wherein each leg is telescopic and consists of a lower section and an upper section, with a restraint attached at the upper end of the lower section connecting the lower section to the upper section, and at its lower end the lower section is connected to a support heel with a hinged ear to which a hinged element is connected and a restraining element, along which a triple clamp is mounted along the longitudinal axis, and, on the support heel, the lower end of the lower section is fastened via a threaded coupling on one side, and on the other side the support rod is fastened, placed in the lower section via a threaded connection, wherein the upper end of the upper section is fixedly connected to a main hinged element which is connected to a central support element, with a handle mounted between the mounting plate and the central support element with three ears in which central support element a tensioner is fitted with three other ears, and the lower part of the central support element is closed by a lower element provided with a cylindrical part serving as a guide for the tensioner, wherein the main hinged element is provided with a pass-through axial opening, connecting the legs of the tripod to the ears of the central support element, and the lower end of the upper section is connected to the collet having a pass-through axial opening and two opposite inner conical surfaces, with a rod placed in the axial opening, also provided with two opposite outer conical surfaces, and in its lower end the rod is provided with a radial pass-through opening located between the supports, and in the radial opening of the rod a locking lever is placed with a pass-through axial opening, the centre of which intersects with the longitudinal axis of the rod, wherein between the supports a spring is located on a sleeve connected to the rod connected to the bottom of the connecting tube element, the upper part of which is connected to a hinge with a bearing, the hinge being located in an opening to another hinged ear of the tensioner.
A display control apparatus comprising: an acquisition unit configured to acquire content data from a received broadcasting signal; a registration unit configured to register a part of the content data designated by a user; a comparison unit configured to compare updated content data acquired by the acquisition unit and the part of the content data registered by the registration unit to detect a portion of the updated content data acquired by the acquisition unit that is different to the part of the content data registered by the registration unit, the detected portion of the updated content data being an updated portion of the content data; and a display unit configured to display the updated portion of the content data detected by the comparison unit distinctly from the part of the content data registered by the registration unit on a display screen. an acquisition unit configured to acquire content data from a received broadcasting signal; a registration unit configured to register a part of the content data designated by a user; a comparison unit configured to compare updated content data acquired by the acquisition unit and the part of the content data registered by the registration unit to detect a portion of the updated content data acquired by the acquisition unit that is different to the part of the content data registered by the registration unit, the detected portion of the updated content data being an updated portion of the content data; and a display unit configured to display the updated portion of the content data detected by the comparison unit distinctly from the part of the content data registered by the registration unit on a display screen.
A carton clamp arm assembly, comprising: (a) a clamp arm having an outer end; (b) a load stabilizer mounted on said outer end of said clamp arm and movable with respect to said clamp arm through at least a small angle about a vertical pivot axis extending through said outer end of said clamp arm; (c) a plurality of clamp pad support assemblies mounted on said load stabilizer; (d) a carton clamp pad (28,30) carried by said load stabilizer and attached thereto by said plurality of clamp pad support assemblies, at least one of said clamp pad support assemblies including a bearing block defining a pivot axis about which said clamp pad support assembly can pivot with respect to said load stabilizer, characterised in that said at least one of said clamp pad support assemblies also includes a distance adjustment assembly and is adjustable to establish a selected distance between a related part of the carton clamp pad (28, 30) and a related part of the load stabilizer within a range of available positions, said distance adjustment assembly including a positioning member in threaded engagement in said bearing block and extending by an adjustable distance from said bearing block, and including a fastener engaged with said positioning member and connected with said clamp pad (28, 30) so as to interconnect said clamp pad with the positioning member. (a) a clamp arm having an outer end; (b) a load stabilizer mounted on said outer end of said clamp arm and movable with respect to said clamp arm through at least a small angle about a vertical pivot axis extending through said outer end of said clamp arm; (c) a plurality of clamp pad support assemblies mounted on said load stabilizer; (d) a carton clamp pad (28,30) carried by said load stabilizer and attached thereto by said plurality of clamp pad support assemblies, at least one of said clamp pad support assemblies including a bearing block defining a pivot axis about which said clamp pad support assembly can pivot with respect to said load stabilizer, characterised in that said at least one of said clamp pad support assemblies also includes a distance adjustment assembly and is adjustable to establish a selected distance between a related part of the carton clamp pad (28, 30) and a related part of the load stabilizer within a range of available positions, said distance adjustment assembly including a positioning member in threaded engagement in said bearing block and extending by an adjustable distance from said bearing block, and including a fastener engaged with said positioning member and connected with said clamp pad (28, 30) so as to interconnect said clamp pad with the positioning member.
Epoxy resin adhesive for the production of an adhesive folded-seam bond, characterized in that the epoxy resin adhesive has the following molar mass distribution determined by means of gel permeation chromatography (see relevant instructions in the Description): Mn: from 400 to 600 g/mol Mw: from 3000 to 4000 g/mol PDI: from 6.0 to 8.5 where Mn is the number-average molar mass and Mw is the weight-average molar mass and the polydispersity index PDI is the quotient Mw/Mn. Mn: from 400 to 600 g/mol Mw: from 3000 to 4000 g/mol PDI: from 6.0 to 8.5
A positive drive linear valve actuating mechanism useable to operate a linear valve of a reciprocating compressor for oil and gas industry, the linear valve actuating mechanism comprising: a driver (310, 320) configured to perform a rotating motion; and a follower (340, 350) connected to a mobile part of the linear valve and to the driver, and configured to transform the rotating motion of the driver into a reciprocating motion to open the linear valve and to close the linear valve, respectively, wherein the driver (310, 320) includes a first cam and a second cam configured to rotate around an axis, wherein elongated parts of the first cam and of the second cam, respectively, are located at different angular positions; and the follower (340, 350) includes a first arm having a cam-contact end in contact with profiles of the first cam and of the second cam, a second arm having a shaft-contact end attached to a valve shaft, and a rigid joint connecting ends (344, 352) of the first arm and of the second arm opposite to the cam-contact end and to the shaft-contact end, respectively, the follower (340, 350) transforming the rotating motion of the driver (310, 320) into a reciprocating translation of a valve closing member attached to the valve shaft. a driver (310, 320) configured to perform a rotating motion; and a follower (340, 350) connected to a mobile part of the linear valve and to the driver, and configured to transform the rotating motion of the driver into a reciprocating motion to open the linear valve and to close the linear valve, respectively, wherein the driver (310, 320) includes a first cam and a second cam configured to rotate around an axis, wherein elongated parts of the first cam and of the second cam, respectively, are located at different angular positions; and the follower (340, 350) includes a first arm having a cam-contact end in contact with profiles of the first cam and of the second cam, a second arm having a shaft-contact end attached to a valve shaft, and a rigid joint connecting ends (344, 352) of the first arm and of the second arm opposite to the cam-contact end and to the shaft-contact end, respectively, a first arm having a cam-contact end in contact with profiles of the first cam and of the second cam, a second arm having a shaft-contact end attached to a valve shaft, and a rigid joint connecting ends (344, 352) of the first arm and of the second arm opposite to the cam-contact end and to the shaft-contact end, respectively, the follower (340, 350) transforming the rotating motion of the driver (310, 320) into a reciprocating translation of a valve closing member attached to the valve shaft.
A CVT provided with a longitudinal drive shaft, a drive disk (16,18), a driven disk and an active clamping mechanism, the active clamping mechanism comprising: a pressure-applying element longitudinally movable onto the longitudinal drive shaft; the pressure-applying element having a first surface configured to contact one of the drive and driven disks and an opposite surface including at least three V-shaped double ramps; a secondary element so mounted to the longitudinal drive shaft as to be axially fixed thereonto; the secondary element having a surface facing the pressure-applying element including at least three V-shaped double ramps; at least three ball bearings interposed between the V-shaped ramps of the pressure-applying and secondary elements; characterized by a radially variable position driving assembly so configured as to transmit torque to both the pressure-applying and secondary elements in a proportion determined by the radial position of a radially movable carriage thereof; one of the pressure-applying element and the secondary element being free to rotate about the longitudinal drive shaft and the other of the pressure-applying element and the secondary element being so mounted to the longitudinal drive shaft as to be prevented from rotating thereabout; whereby, the portion of torque applied to the pressure-applying element results in a pressure applied to the one of the drive and driven disks via a small circumferential displacement of the at least three ball bearings in the facing V-shaped double ramps of the pressure-applying and secondary elements. a pressure-applying element longitudinally movable onto the longitudinal drive shaft; the pressure-applying element having a first surface configured to contact one of the drive and driven disks and an opposite surface including at least three V-shaped double ramps; a secondary element so mounted to the longitudinal drive shaft as to be axially fixed thereonto; the secondary element having a surface facing the pressure-applying element including at least three V-shaped double ramps; at least three ball bearings interposed between the V-shaped ramps of the pressure-applying and secondary elements; characterized by a radially variable position driving assembly so configured as to transmit torque to both the pressure-applying and secondary elements in a proportion determined by the radial position of a radially movable carriage thereof; one of the pressure-applying element and the secondary element being free to rotate about the longitudinal drive shaft and the other of the pressure-applying element and the secondary element being so mounted to the longitudinal drive shaft as to be prevented from rotating thereabout; whereby, the portion of torque applied to the pressure-applying element results in a pressure applied to the one of the drive and driven disks via a small circumferential displacement of the at least three ball bearings in the facing V-shaped double ramps of the pressure-applying and secondary elements.