Abstract: A method and system for mitigating a threat associated with network data packets are provided. The method commences with receiving, by an authentication server, a request for access to a server from a client. The method further includes authenticating the client by the authentication server. The authentication includes providing an authentication token to the client. The method continues with receiving, by a mitigation device, from the client, at least one network packet directed to the server. The at least one network packet embeds the authentication token. The method further includes validating, by the mitigation device, authenticity of the authentication token and selectively forwarding, based on the validation, the at least one network packet to the server. The authentication token is independently generated by the authentication server and the mitigation device, and is unique for each packet.

Abstract: A method and system for mitigating a threat associated with network data packets are provided. The method commences with receiving, by an authentication server, a request for access to a server from a client. The method further includes authenticating the client by the authentication server. The authentication includes providing an authentication token to the client. The method continues with receiving, by a mitigation device, from the client, at least one network packet directed to the server. The at least one network packet embeds the authentication token. The method further includes validating, by the mitigation device, authenticity of the authentication token and selectively forwarding, based on the validation, the at least one network packet to the server. The authentication token is independently generated by the authentication server, the mitigation device, and the server using a shared token generation algorithm based on a hash salt value.

Abstract: A method and system for mitigating a threat associated with network data packets are provided. The method commences with receiving, by an authentication server, a request for access to a server from a client. The method further includes authenticating the client by the authentication server. The authentication includes providing an authentication token to the client. The method continues with receiving, by a mitigation device, from the client, at least one network packet directed to the server. The at least one network packet embeds the authentication token. The method further includes validating, by the mitigation device, authenticity of the authentication token and selectively forwarding, based on the validation, the at least one network packet to the server. The authentication token is independently generated by the authentication server, the mitigation device, and the server using a shared token generation algorithm based on a hash salt value.

Abstract: A method and system for mitigating a threat associated with network data packets are provided. The method commences with receiving, by an authentication server, a request for access to a server from a client. The method further includes authenticating the client by the authentication server. The authentication includes providing an authentication token to the client. The method continues with receiving, by a mitigation device, from the client, at least one network packet directed to the server. The at least one network packet embeds the authentication token. The method further includes validating, by the mitigation device, authenticity of the authentication token and selectively forwarding, based on the validation, the at least one network packet to the server. The authentication token is independently generated by the authentication server, the mitigation device, and the server using a shared token generation algorithm based on a hash salt value.

Abstract: Provided is a method for identifying suspicious traffic. The method may commence with compiling statistical data for a plurality of hosts. The method may further include generating data lists for with the plurality of hosts based on the statistical data. The method may continue with receiving a data packet from a host of the plurality of hosts. The data packet may be associated with a plurality of parameters. The method may further include analyzing one or more of the plurality of parameters associated with the data packet using the data lists. The method may continue with determining, based on the analysis, that the one or more of the plurality of parameters are outside a predetermined tolerance zone. Based on the determination that the one or more of the plurality of parameters are outside the predetermined tolerance zone, a mitigation action associated with the host may be selectively initiated.

Abstract: Provided is a method for identifying suspicious traffic. The method may commence with compiling statistical data for a plurality of hosts. The method may further include generating data lists for with the plurality of hosts based on the statistical data. The method may continue with receiving a data packet from a host of the plurality of hosts. The data packet may be associated with a plurality of parameters. The method may further include analyzing one or more of the plurality of parameters associated with the data packet using the data lists. The method may continue with determining, based on the analysis, that the one or more of the plurality of parameters are outside a predetermined tolerance zone. Based on the determination that the one or more of the plurality of parameters are outside the predetermined tolerance zone, a mitigation action associated with the host may be selectively initiated.

Abstract: A method for operating a printing process on a printer is disclosed. The method includes the steps of: a) installing a software application into a computer; b) operating a printer connected to the computer to browse files thereof through the software application; c) selecting a file to be printed; d) placing a printing command for the file from the printer to the computer; and e) executing a printing task from the computer to the printer.

Abstract: The present invention relates to a peripheral interface, capable of being installed in a peripheral device to provide an operation interface, the peripheral interface having: a digital processor; a computer host input port; an input interface; and a display unit; wherein the peripheral device can receive at least one operation option entry from the input interface or the computer host.

Abstract: A multi-purpose shoelace structure comprises a shoelace flatly woven via multiple layers of side-by-side warps yarns and weft yarns interlacing back and forth the warp yarns thereof. A left and a right branches are formed by the interlaced warp and weft yarns respectively with a multiple of interwoven sections disposed at preset positions of the left and right branches thereon, and a multiple of elastic tying sections, each separated from the others via the interwoven sections thereof, equidistantly defined by the left and right branches thereof. When the shoelace is stringed through buttonholes of a shoe body and tied up into a knot, both ends of the shoelace are led through the elastic tying sections thereof and be held there-between at the left and right branches thereof for double protection in case the knot gets loose when the users are walking, running, or cycling. Both ends of the shoelace can also be led through the elastic tying sections in crisscross manner for more variety thereof.

Abstract: A multi-purpose shoelace structure comprises a shoelace flatly woven via multiple layers of side-by-side warps yarns and weft yarns interlacing back and forth the warp yarns thereof. A left and a right branches are formed by the interlaced warp and weft yarns respectively with a multiple of interwoven sections disposed at preset positions of the left and right branches thereon, and a multiple of elastic tying sections, each separated from the others via the interwoven sections thereof, equidistantly defined by the left and right branches thereof. When the shoelace is stringed through buttonholes of a shoe body and tied up into a knot, both ends of the shoelace are led through the elastic tying sections thereof and be held there-between at the left and right branches thereof for double protection in case the knot gets loose when the users are walking, running, or cycling. Both ends of the shoelace can also be led through the elastic tying sections in crisscross manner for more variety thereof.

Abstract: A decorative plate with three-dimensional patterns is mainly made up of an upper layer and a lower layer of PPU materials wherein the upper layer is a transparent body and the lower layer has a top facet half-tone printed with patterns of special design thereon. The upper layer has a plurality of elongated and serrated solid projections disposed consecutively at the top surface thereof, each having two perspective sloping sides and one central cutting line disposed at the top thereof; whereby, patterns disposed at the lower layer are refracted to give out vivid and floating appearance when the decorative plate is turned in an angle. Moreover, the two perspective sloping sides thereof can refract one design of the patterns while the central cutting line thereof can further divide and change the patterns in different displays, effecting the variety and beauty of the decorative plate with three-dimensional patterns.

Abstract: A decorative plate with three-dimensional patterns is mainly made up of an upper layer and a lower layer of PPU materials wherein the upper layer is a transparent body and the lower layer has a top facet half-tone printed with figures of special design thereon. The upper layer has a plurality of pyramidal solid projections distributed at the top surface thereof, each forming more than two perspective sloping sides, a number of cutting lines defining the perspective sloping sides, and one cutting point disposed at the top thereof; whereby, figures disposed at the lower layer are refracted to give out vivid and floating appearance when the decorative plate is turned or adjusted in an angle. Moreover, the perspective sloping sides can refract different shapes of the figures while the cutting lines and the cutting point thereof can further divide and change the figures into different displays in a kaleidoscopic manner, effecting the variety and beauty of the decorative plate with three-dimensional figures.

Abstract: A shoelace woven structure formed of threads that are equally divided into groups alternatively arranged in parallel around a circle and woven into a tubular shoelace in such a manner that each thread of the same group is extended internally over one thread of each of the other groups and twisted with a second thread of the same group and then extended internally over a second thread of each of the other groups and twisted with a third thread of the same group, and so on.

Abstract: The present invention is a three-dimensional spatial shoe vamp, including multiple longitudinal straps, latitudinal straps, and support straps. The longitudinal straps and the latitudinal straps respectively overlap each other in an intersecting manner along longitudinal and latitudinal directions. The support straps, the longitudinal straps and the latitudinal straps form a triangular relationship. The support straps pass through the longitudinal straps and the latitudinal straps in a corrugated manner. Each of the support straps initially crosses a top of each of the longitudinal straps, and then crosses a bottom of each of the latitudinal straps. Thus, the longitudinal straps, the latitudinal straps and the support straps may intersect and knit a three-dimensional spatial shoe vamp which has a substantially triangular spatial structure.

Abstract: A shoe is constructed to include a tubular shoe upper of crossed woven fabric formed of woven ribbons by cross weaving and adapted for covering the foot of the leg, the tubular shoe upper having a foot hole for the insertion of the foot and a binding extended around the foot hole, an insole fixedly fastened to the tubular shoe upper by stitches, and an outsole directly molded on the insole.

Abstract: A method of fabricating a shoe fabric having a concealed pattern, including the step of weaving prepared warp yarns and weft yarns into a woven fabric, and the step of using a hot imprinting apparatus to print the woven fabric into a finished shoe fabric having printed patterned flat surface portions and non-patterned surface portions on a front side thereof. The finished shoe fabric has printed patterned flat surface portions that reflect light and non-patterned surface portions that refract light, such that the pattern in the printed patterned flat surface portions is seen when viewed perpendicularly from the front side, or become invisible when viewed from an oblique angle.

Abstract: An elastic fabric structure having an elastic base fabric layer woven with warp and weft threads, the warp and weft threads each having at least one elastic core yarn and at least one surface yarn spirally wound round the at least one elastic core yarn, a soft lining layer of GORE-TEX or cotton bonded to an inner side of the elastic base fabric layer, and a covering layer with a color design bonded to an outer side of the elastic base fabric layer.

Abstract: A closure fabrication method includes the steps of (a) preparing a silk screen subject to a predetermined design, (b) preparing a face member and then using the silk screen to print the predetermined design on the back of the face member, (C) preparing a heat-press mold, (d) preparing a Velcro tape, and then covering a layer of glue on the back side of the Velcro tape and the back side of the face member, (e) sealing the Velcro tape and the face member with the heat-press mold, and (f) cooling the heat-press mold so as to obtained the finished product.

Abstract: A hook tape fabrication method includes the steps of coating nylon yarns with a layer of water repellent, coating the repellent-coated nylon yarns thus obtained with a layer of PU rubber, weaving the nylon yarns thus obtained into loops, and cutting the loops into hooks.

Abstract: A hook tape fabrication method includes the steps of coating nylon yarns with a layer of water repellent, coating the repellent-coated nylon yarns thus obtained with a layer of PU rubber, weaving the nylon yarns thus obtained into loops, and cutting the loops into hooks.