704 results about "SOCKS" patented technology

A lightweight secure tunneling protocol or LSTP permits communicating across one or more firewalls by using a middle server or proxy. Three proxies are used to establish an end-to-end connection that navigates through the firewalls. In a typical configuration, a server is behind a first firewall and a client behind a second firewall are interconnected by an untrusted network (e.g., the Internet) between the firewalls. A first inside firewall SOCKS-aware server-side end proxy connects to the server inside the first firewall. A second inside firewall SOCKS-aware client-side end proxy is connected to by the client inside the second firewall. Both server-side and client-side end proxies can address a third proxy (called a middle proxy) outside the two firewalls. The middle proxy is usually started first, as the other two end proxies (server and client) will initiate the connection to the middle proxy some time after they are started. Since the middle proxy is mutually addressable by both inside proxies, a complete end-to-end connection between the server and client is established. It is the use of one or more middle proxies together with the LSTP that establishes the secure communications link or tunnel across multiple firewalls.

An apparatus and method for metabolic cooling and insulation of a user in a cold environment. In its preferred embodiment the apparatus is a highly flexible composite material having a flexible matrix containing a phase change thermal storage material. The apparatus can be made to heat or cool the body or to act as a thermal buffer to protect the wearer from changing environmental conditions. The apparatus may also include an external thermal insulation layer and/or an internal thermal control layer to regulate the rate of heat exchange between the composite and the skin of the wearer. Other embodiments of the apparatus also provide 1) a path for evaporation or direct absorption of perspiration from the skin of the wearer for improved comfort and thermal control, 2) heat conductive pathways within the material for thermal equalization, 3) surface treatments for improved absorption or rejection of heat by the material, and 4) means for quickly regenerating the thermal storage capacity for reuse of the material. Applications of the composite materials are also described which take advantage of the composite's thermal characteristics. The examples described include a diver's wet suit, ski boot liners, thermal socks, gloves and a face mask for cold weather activities, and a metabolic heating or cooling blanket useful for treating hypothermia or fever patients in a medical setting and therapeutic heating or cooling orthopedic joint supports.

The present invention relies on dynamic autoproxy configuration and more particularly to a method and system for selecting a Proxy/Socks Server according to some response time and availability criteria. It rests on a dynamic autoproxy mechanism using availability and response time probes. It relies on probes retrieving well known HTML pages through each Proxy/Socks Server, measuring associated response time, detecting Proxy/Socks failures and degradation of response time. It also uses a CGI (Common Gateway Interface) program for dynamically creating autoproxy code (in a preferred embodiment Javascript code) on an autoproxy URL (Universal resource locator) system for selecting said Proxy/Socks Server.

A plurality of socks each has a closed end, an open end and an intermediate extent there between. Each sock has an elastomeric pad. The pads each have an upper face in secure contact to the intermediate extent. The pads each have a lower face with projections in rows and columns integrally formed with the pad for traction purposes. The socks are designated “one size fits all” and are arranged in pairs. A plurality of containers containing pairs of socks of a common size are to be selected by a passenger to be screened for security purposes.

An Internet client is provided with a SOCKS server. The client comprises a processor having an operating system, and a suite of one or more Internet tools. The SOCKS proxy server includes means for intercepting and servicing connection requests from the Internet tools. Preferably, the proxy server has a predetermined Internet Protocol address, preferably the loopback address. If the loopback address is not available on the protocol stack, a redirecting mechanism is used to redirect connection requests associated with stale IP addresses to a current IP address. The SOCKS server includes a filtering mechanism for filtering connection requests to particular servers, and a monitoring mechanism for monitoring network IP activity.

The invention relates to a multi-function window guardrail and a manufacturing method and application, which belongs to the anti-creep, burglary-prevention and protecting device of the wall, the balcony and the window of a building. The invention comprises a fender bracket that is characterized in that the fender bracket is provided with a setting spring and an electronic switch. The electronic switch is connected with an alarm. The fender bracket is a mobile part. When external force acts, the fender bracket rotates to an angle and the electronic switch is turned on. Meanwhile, the alarm gives warning and the external force is lost. With the aid of the spring, the fender bracket is reset and the alarm stops giving warning. The multi-function window guardrail is installed outside the balcony and the window to be used for guarding against being climbed and theft, giving shoes and socks an airing and actively giving the warning. In addition, the multi-function window guardrail is also used for guarding against the creeper and the theft and protection for the pipes of the building and wall.

The invention discloses a label sewing fully automatic socks packaging machine. The label sewing fully automatic socks packaging machine comprises a vibrating disk bracket, wherein the vibrating disk bracket is provided with a vibrating disk; a spiral material passage is arranged on the outer side of the vibrating disk; the lower end of the spiral material passage is connected with a hook mounting component; a socks feeding component is arranged in front of the hook mounting component; a vertical paper card bin component is arranged between the hook mounting component and the socks feeding component; a label sewing machine is arranged behind the socks feeding component; the hook mounting component and the socks feeding component are arranged on a same longitudinally arranged linear guide rail. The label sewing fully automatic socks packaging machine has the advantages that (1) the vibrating disk is arranged, so that automatic hook feeding can be realized, (2) the hook mounting component is arranged, so that automatic hook mounting can be realized, (3) the paper card bin component is arranged, so that automatic paper card feeding can be realized, (4) the socks feeding component is arranged, so that automatic socks feeding can be realized, and (5) the label sewing machine is arranged, so that automatic sewing can be realized.

The invention discloses an instant message transmission method based on an XMPP (Xmlbased Messaging And Presence Protocol). Open source Openfire is taken as a server; a Spark client is taken as a main client framework; a client based on the XMPP is edited with the Java language at a Smack client; MySQL in Xampp software is taken as a database; and data transmission of instant messages inside and outside an enterprise is successful achieved by adopting XMPP technology, SOCKS technology, database technology and socket technology. The method provided by the invention can well meet users' basic demand, management demand and functional demand, and besides, high safety and expansibility can be achieved, and connection and communication between the instant message and other instant communication system can be realized.

The invention provides a horizontal type or obliquely horizontal type roller washing machine, which comprises a door cover for closing or opening an orifice of an outer box, wherein the door cover comprises a front cover part and a rear cover part which are separated and are connected by a flexible connecting ring, adjacent rigid parts of the front cover part and the rear cover part are provided with contact gaps, an electromagnet actuated or motor driven movable connecting piece is arranged between the front cover part and the rear cover part for enabling the front cover part and the rear cover part to be controlled in the manner that the rear cover part is fixedly supported by the front cover part or the front cover part and the rear cover part are only flexibly connected by the flexible connecting ring, an elastic supporting device used for supporting the rear cover part is arranged in the outer box, a rotating roller driven by a driving motor at the rear part of the rear cover part is arranged in a cavity formed by the front cover part and the rear cover part, a water inlet pipe, a water outlet pipe and a power line and a control line entering the door cover are arranged in the cavity, and the front cover part is provided with an opening and a small door cover allowing small clothes to enter or exit. The roller washing machine is particularly suitable for placing small clothes or only a few clothes, such as underwear, socks or infant clothes requiring classified washing into the rotating roller of the door cover for washing, so that the space is saved, and the use is convenient.

A portable, free-standing dryer device with generally tapered portions formed about a generally central axis facilitating insertion into clothing items to be dried from inside, for example gloves, mittens, socks and other substantially tubular items. The device has a connector temporarily fastening it to a forced air vent. The dryer device comprises at least first and second drier portions joined by an intermediate shoulder portion, each of which defines multiple air passages widening from inner to outer surfaces of the portions to define an expansion volume fostering air flow. A larger substantially open end in the first portion receives air from the vent. The air flows from within the drier outwardly through the passages. An angular relationship of outer surfaces of the first, second and intermediate portions relative to the device central axis ensures that the second drier portion has an extended, narrowing configuration facilitating its insertion into clothing items.

The invention relates to a side by side composite fiber spinneret plate, a method of preparing a three-dimensional crimp antibacterial fiber filament, and an application of the three-dimensional crimp antibacterial fiber filament. The method comprises the steps that the side by side composite fiber spinneret plate is used; every two groups of rectangular spinneret orifices in unequal dimensions at 120 degrees form every equilateral three-blade A and B; an ingredient A and an ingredient B with different thermal shrinkage rates are selected; an antimicrobial agent ingredient C is added into the ingredient A; the ingredient A and the ingredient C are subjected to melt extrusion by two twin screws, enter a parallel composite component and the spinneret plate after metered, and are subjected to parallel composite distribution, cross air blow, low-temperature shock cooling, oiling and winding to form a winding yarn; and the winding yarn is subjected to drawing, false twisting and thermoforming to form a DTY (Draw Textured Yarn) or subjected to the drawing and thermoforming to form the DTY. A three-dimensional crimp antibacterial fiber prepared by the method is soft and elastic, has the characteristics of good breathability, wicking, quick drying, antibacterium and the like since various grooves are formed in the cross section, and is applied to the development of shell fabrics of undergarments, sports suits, socks, bedclothes and the like and medical dressings.

The invention discloses a sock production device. The sock production device comprises a rack, a feeding device, a waste material recovery device, a sewing box, a discharging device and a sock turning device, wherein the feeding device comprises a guide rail, a guiding frame, a guiding box, a feeding box and a first electric motor component; the waste material recovery device comprises a negative air pressure pumping device and a pipeline, the negative air pressure pumping device is arranged on the rack, and one end of the pipeline is connected to the negative air pressure pumping device; the sewing box is fixedly arranged on the rack and is sequentially and fixedly provided with a first sewing head and a second sewing head from left to right; the right end of the rack is fixedly provided with the discharging device, the discharging device is provided with a discharging guide rail, the lower part of the discharging guide rail is provided with a sock guiding pipe, and the sock guiding pipe is provided with the sock turning device. According to the sock production device disclosed by the invention, socks can be automatically turned after the socks are sewed when a seam of a sock point is completely sewed, meanwhile, the situation that waster materials which are generated by the first sewing head, the second sewing head and a sock point cutting mechanism can be collected is realized, the automation degree is high, the working efficiency is increased, and the labor cost is reduced.

The present invention relates to a system and method of dispatching an IP datagram comprising socks traffic on a socks server, in an Internet Protocol (IP) network comprising a plurality of socks servers, the IP datagram comprising an IP header comprising a Type Of Service (TOS) field. The method comprises in a socks dispatcher the steps of retrieving the value of the Type Of Service (TOS) field from the IP header of the IP datagram and selecting a socks server referring to a first table, said first table defining for each value of the TOS field one or a plurality of socks servers. The IP datagram is sent by an IP network device with a given priority. The step of retrieving the value of the Type Of Service (TOS) field is followed by the further step of determining the priority of the IP datagram by referring to a second table, the second table defining a priority for each value of the Type Of Service (TOS) field. The IP datagram comprising data according to a given application level protocol, the step of determining the priority of the IP datagram comprises the further step of determining the application level protocol of data transported in the IP datagram by referring to the second table, the second table defining a priority and an application level protocol for each value of the Type Of Service (TOS) field. In case of congestion in one or a plurality of output queues, the step of determining the priority of the IP datagram is followed by the further steps of discarding in the one or plurality of output queues IP datagrams having the lowest priority until there is no more congestion, and discarding the IP datagram when said IP datagram compared with IP datagrams in said one or plurality of output queues, has the lowest priority.

The present invention relates to methods, systems and apparatuses for computerized design and/or selection of clothes, fashion accessories, and/or similar items. More particularly, the present invention relates to methods, systems and apparatuses that can be used for clothes and fashion design and/or selection at one's home or office by individual designer who may be a professional or non-professional. In an embodiment, the present invention creates personalized 3D virtual human models of the users, or other persons, and converts the data into 2D design drawings or transfers the data to a machine capable of building a 3D physical model, which can then be used for fit and esthetic analysis. A push and pull technique is used to create a personalized 3D virtual model from a library model, which can then be used for an analysis as to how a certain clothing, for example, will look on a particular person. The push and pull technique may also be used to personalize 2D design templates and/or drawings which may be preloaded into the computer library or added by the user by drawing them directly on the computer using a CAD software for example, or added by other ways as for example drawing on paper and scanning the drawing into the computer. In addition, final verifications are achieved by a inputting into a special purpose computer a combination of person's actual measurements, fit tolerance, and/or fit preference. One of the goals of the present invention is to bridge the gap between designers, who may be professionals, or not, and manufacturers. The present invention makes clothing design and/or selection look so realistic that everyone that sees it can easily picture how the clothing will look like on a particular person when it is made. A user can use the teachings of the present invention to design and/or select clothing like, for example, dresses, skirts, shirts, bras, pants, coats, lingerie, T-shirt, sweater, pullover, suit, socks, hat, cap or gloves, to design and/or select shoes, or, to design and/or select fashion accessories like, for example, jewelry, eyeglasses, purses or hand bags.

The present invention relates to a dark network data collection and extraction system and method. The system comprises a dark network point discovery module, a dark network data crawling module, a page parsing and content extraction module, and a data fusion and storage module that are connected in sequence; the dark network point discovery module obtains dark web urls in multi-source data; the dark network data crawling module is configured with the Tor service, modifies Nutch configuration to make the Nutch interact with a socks protocol, and crawls data; the page parsing and content extraction module carries out page parsing, page vectoring, signature generation, similarity calculation, template set updating, and page content extraction; and the data fusion and storage module reorganizes the extracted content by using a data alignment strategy, and fuses similarly-closed data records into a database. According to the system and method disclosed by the present invention, a complete system design flow from page saving to content extraction is realized, and data support is provided for the discovery of illegal transaction activities in the dark network and the establishment of thedark network knowledge map.

A method of producing a porous, rubbery polymer coated sock comprising: 1) preparing a double layered sock; 2) wearing the sock on mold hanging on a continuous line; 3) pre-treating the sole portion of the sock a with calcium nitrate solution; 4) preparing a first nitrile rubber solution by stirring a solution comprising foaming agents and acrylo-nitrile butadiene rubber (NBR) at 1,200 r.p.m. for 30 minutes; 5) dipping the sock worn on the mold in a first, deep bath containing the first, foamed nitrile rubber solution; 6) air-drying the solvent in the polymer solution and developing foam in the rubber layer; 7) preparing a second, foamed nitrile rubber solution by stirring a solution comprising foaming agents and nitrile rubber at 1,200 r.p.m. for 30 minutes; 8) dipping sock worn on the mold in a second, shallow bath containing the second, foamed nitrile rubber solution; 9) air-drying the solvent in the second polymer solution and developing foam in the rubber layer; and 10) washing the sock from step 9) in a cleaning solution to eliminate the calcium nitrate and organic solvents and drying the washed sock 110° C. for 40 minutes. The sock thus produced has a bottom face covered with nitrile rubber foams having 0.5 μm voids therein. The portion of the sock from toe to ball is coated with nitrile rubber foam of 1 mm to 3 mm thickness, while the heel portion of the sock is coated with nitrile foam of 0.5 mm thickness. The nitrile rubber foam coating provides a friction surface as well as a cushion for shock absorption.

The invention discloses a method for improving the performance of a mobile SSL VPN by utilizing remote Socks5 proxy technology, which comprises the steps of: adopting a mode of utilizing an Socks5 protocol for data forwarding to establish a safely accessed VPN on an application layer level; dividing the TCP connection from a client application program to central office application into three sections by utilizing an Socks proxy relay; and jointly realizing the Socks proxy function by a remote terminal and a central office. The system is a mobile VPN system, and comprises a mobile SSL VPN central office system and a mobile SSL VPN terminal system, wherein the central office system is positioned on a VPN server of an intranet DMZ; and the terminal system is positioned on mobile equipment. The method improves the connection performance of the SSL VPN in wireless networks, and reduces the influence on the connection performance caused by the disadvantages of extremely unsteady rate and easy disconnection of the wireless networks.

Dryer-added fabric conditioning articles that comprise friable microcapsules, wherein the microcapsules comprise a blooming perfume composition, provide consumers an impactful freshness experience while wearing clothing that is treated by the article. The microcapsules that are deposited on treated clothing rupture upon the mechanical stresses imposed upon the microcapsules through daily activities of wearing clothing such as putting on socks or putting on a coat. Furthermore, perfume microcapsules also allows the consumer to have a delightful scent experience on fabrics which have been stored even for long durations of time due to their ability to protect perfume from volatilization to the surrounding air space.

The invention relates to the technical field of functional and differentiated fiber production, and aims to provide flexible and heterogeneous nylon-6 fiber and a preparation method thereof. The flexible and heterogeneous nylon-6 fiber is formed by V-shaped jet micropore spinning and a melting spinning method by using fiber-level nylon-6 chips as substrates; the internal part of the section of the flexible and heterogeneous nylon-6 fiber is hollow, and the periphery of the section is triangular; and the relative radial profile degree of the cross section of the flexible and heterogeneous nylon-6 fiber is 20 to 30 percent, and the relative section profile degree is 35 to 55 percent, and hollowness of the flexible and heterogeneous nylon-6 fiber is 10 to 30 percent. The fiber has good mechanical properties, and high elasticity, hygroscopicity and heat retention, and can be widely used for the fields of underwear, socks, clothing and the like.

Disclosed is an interactive automated system for dispensing cloth articles, the principles of which may be readily adapted for use in systems for dispensing a wide variety of articles suitable for distribution by use of a vending style device, such as, but not limited to hospital scrub outfits, clean rooms suits, towels, blankets, sweat suits, t-shirts, socks, underwear, under shirts, ties, scarves, hats, and rain suits. Further, systems of the present invention will be of benefit to a variety of institutions and outlets, such as, but not limited to, hospitals, hotels, motels, resorts, health clubs, country clubs, swimming pools, college and university dormitories, shopping malls, tourist attractions, sport stadiums and arena, fair ground, sport shops, factories, laboratories and the like. The general principles of the present invention include: providing an article dispensing device; receiving a user order; ascertaining if the order may be fulfilled by the dispensing device at which such order was placed; if “yes”, then fulfilling the order; and if “no” providing an alternative ordering solution based on the user's requested order and information from a system wide database. The alternative ordering solutions may include an alternate article from the dispensing device at which the order is received, the location of an alternate dispensing device at which the desired article may be obtained, or a request that the user return a used article to an associated return device. The system may be configured for loaning articles with the intention that the articles be returned. Alternatively, the system may be configured for vending articles.

The invention relates to an antibacterial, hydroscopic and perspiratory polyester fiber with self-hydrophilicity, which comprises filaments and chopped fibers. A preparation process comprises the following steps of: blending, fusing and spinning polyesters (including copolyesters), hydrophilic modified polyester master batches (hydrophilic modified polyester is obtained by grafting a hydrophilic group) and antibacterial polyester master batches (including but not limited to carrier antibacterial polyesters of silver, copper and zinc ions) according to a certain proportion; extruding with a special-shaped spinneret plate; and performing an after-treatment process to obtain an antibacterial, hydroscopic and perspiratory polyester filament or chopped fiber. A textile made from the fiber has an excellent antibacterial effect and hydroscopic and perspiratory functions, and can be widely applied to sporting goods brands, socks, underwear and the like.

The disclosure provides a method and apparatus for transmitting data securely using an unreliable communication protocol, such as User Datagram Protocol. In one variation, the disclosure describes retaining compatibility with conventional Secure Sockets Layer (SSL) and SOCKS protocols, such that secure UDP datagrams can be transmitted between a proxy server and a client computer in a manner analogous to conventional SOCKS processing. Further, the disclosure describes a network arrangement that employs a cache having copies distributed among a plurality of different locations. SSL/TLS session information for a session with each of the proxy servers is stored in the cache so that it is accessible to at least one other proxy server. Using this arrangement, cached SSL/TLS communication session information may be retrieved and used by a second proxy server to accept a session with the client device when the client device switches proxy servers.

The invention discloses an integrated device for shaping and demoulding socks. The integrated device comprises a base, a transmission belt, a driver, a lifting device, a shaping box, a magnetron and a sock demoulding device, wherein the transmission belt is mounted on the base; a plurality of sock dies are mounted on the transmission belt and are sleeved by the socks; the driver is mounted on the base and connected with the transmission belt; the shaping box is mounted on the base; the side wall of the shaping box is communicated with the magnetron by virtue of a waveguide tube; a front box door and a rear box door are mounted on the front side and the rear side of the shaping box, respectively; the lifting device is mounted on the shaping box in a manner of being hinged with the front box door and the rear box door; the sock demoulding device is mounted on the base. The integrated device is simple in structure, has an energy-saving effect, is safe, has the functions of simultaneously shaping and automatically demoulding the socks, and is high in automation degree; the working efficiency is improved and the labor cost is reduced.

An inspection system positions a balancing shim to asymmetrically balance a magnetic field generated by an inductive sensor, which forms part of the inspection system. Additionally, relays and capacitors used to tune the inductive sensor to a desired resonance frequency are geometrically arranged to minimize electrical interference generated by operation of the relays and capacitors. A shielding device, which may be formed on a printed circuit board, protects a magnetic field generated by the inductive sensor from external electromagnetic interference. A slot positioned in the inductive sensor may be used to tune a resonant mode of the inductive sensor to accurately and particularly detect metallic shanks and/or other metallic objects in shoes, socks, and/or clothing.

In a data communications network, a split proxy can include a split proxy server disposed behind a firewall in a private portion of the data communications network; a split proxy client disposed in a client computing device positioned externally to the private portion of the data communications network; a split proxy client interface to at least one client application in the client computing device, and a split proxy server interface to at least one server application corresponding to the at least one client application in the private portion of the data communications network. A tunnel can be established between the split proxy client and split proxy server. The tunnel can host all Internet Protocol (IP) data traffic between the client application and the corresponding server application in the private portion of the data communications network.