38results about How to "Set up fast" patented technology

The invention discloses a cabinet with combined drawer for transaction, which consists of a cabinet body and a drawer group. The cabinet body is composed of a binding frame, a back cabinet plate, two side cabinet plates, a upper cabinet plate and a lower cabinet plate; wherein, the binding frame is enclosed by tube body, four sides of the frame are embedded into the end edge grooves connected with the anterior of the upper cabinet plate, the lower cabinet plate and the two side cabinet plates; the end edge grooves by which each cabinet plate connects with each other are respectively bended into at least a mesh edge and a binding groove. The two sides of the drawer are connected with the side plates of the cabinet body by slide rails respectively. The drawer comprises a front plate, two side plates, a bottom plate, and a back plate, wherein, drawer plates connected with each other are respectively bended into at least a mesh edge and embedded into at least a binding groove. Due to the composition, the plates of the cabinet body and the drawer can be formed independently, the connection and organization can be completed simply and quickly, which leads to the convenience of storage and transfer as a whole.

The invention relates to the technical field of design and construction of building structure formwork supports, in particular to a cross beam formwork support and a design and construction method thereof. The design and construction method includes the following steps: firstly, a construction drawing of the cross beam formwork support is designed; secondly, checking of the bearing capacity is conducted; thirdly, the construction drawing is adjusted; fourthly, a beam bottom formwork tray is produced; fifthly, positioning and laying off of vertical rods are conducted; sixthly, a beam bottom formwork support is erected; seventhly, a beam bottom adjustable supporting brace is installed; eighthly, the beam bottom formwork tray is installed; ninthly, a beam bottom formwork main edge is installed; tenthly, beam bottom formwork secondary edges are installed; eleventhly, a beam bottom formwork panel is installed; and twelfth, cross beam reinforcement binding and beam side formwork installationare conducted. According to the cross beam formwork support and the design and construction method thereof, the key technical difficult problem of the vertical and horizontal cross beam bottom formwork main edge elevation difference can be effectively solved, the erection speed of the cross beam formwork support is increased 3 times than that of traditional technologies, factory processing and assembly construction of the beam bottom formwork tray are achieved, the beam bottom formwork tray is recycled hundreds of times, the comprehensive cost of construction can be greatly saved, and the requirements of energy conservation and consumption reduction and green construction are met.

The invention discloses a loading frame capable of loading large cargos lager than the dimension of an ISO container on a container transport ship. The invention is realized by the technical scheme as follows: the loading frame comprises a fixing frame consisting of beams and a side beam, a bottom plate frame and an end face frame; one side of the bottom plate frame is articulated on the side beam of the fixing frame by at least five articulating structures, and both ends of the other side of the bottom plate frame are respectively provided with a lock part of the fixing frame; the end face frame is connected on the beams at both ends of the fixing frame by a hinge, and a vertical beam of the end face frame is a sleeve structure formed by an inner pipe and an outer pipe which are connected by a lock-in structure; the outer pipe is respectively connected with a supporting bar; the upper end of the inner pipe is fixed on the upper beam of the end face frame. The invention provides a modularity auxiliary loading mean, the loading frame can be used directly on a container ship and a multi-purpose ship, and can load vehicles, engineering machinery, large equipment, components and partsand large goods and materials, without any modification of ships.

The invention discloses a structural perforation based scaffold building method. The method includes: making a plurality of through holes in two opposite ship structures in advance; arranging a rubber sleeve in each through hole; allowing each first steel pipe to penetrate two of the through holes at opposite positions; fixing second steel pipes to the first steel pipes, and fixing scaffold boards to the second steel pipes to form a scaffold platform. The structural perforation based scaffold building method has advantages that simplicity in operation and convenience in use are realized, the scaffold platform can be built conveniently and quickly, convenience in scaffold building is improved, the problem of high material input in ground building of fastener-style steel pipe scaffolds and uncertain problems of demounting, repairing, ship weight increasing and the like in mounting of scaffold parts are solved, scaffold building materials are reduced, building speed is increased, and construction difficulty is lowered while construction cost is reduced; in addition, the through holes of the ship structures neither increase scaffold steel pipe perforation difficulty nor affect strength of the ship structures.

The invention discloses a multi-layer loading platform capable of loading bulky cargos with dimensions exceeding the dimensions of ISO containers on container freighters. The invention is realized by the following technical proposal: each layer of the loading platform is composed of symmetrical assembly units, or extended assembly units or the symmetrical assembly units and the extended assembly units; the symmetrical assembly units are two loading frames which are symmetrically arranged; the extended assembly units comprise a loading frame and an extended loading frame; wherein, the loading frame and the extended loading frame are symmetrically arranged. The invention provides a modular assistant loading device which is directly used on the containers ships and multi-purpose ships for loading vehicles, engineering plants, large equipment, components and parts, and bulky materials without refitting the ships.

A radial gate forming die steel support adjustable in height comprises a steel support body, wherein the top end of the steel support body is provided with a top base, an ejector rod is arranged below the top base, a transmission device is arranged inside the ejector rod, a casing pipe is arranged outside the ejector rod, a locking device is arranged on the casing pipe, a limit device is arranged inside the ejector rod and located at the upper end of the transmission device, a jacking block is arranged at the lower portion of the transmission device, a locating sleeve is arranged below the jacking block, the transmission device penetrates through the locating sleeve and is connected with a worm wheel and worm below the locating sleeve, the worm wheel and worm is controlled by a rocker to rotate and drive the transmission device, a locating base is arranged at the lower end of the worm wheel and worm, and a base is arranged at the bottom of the steel support body and provided with a connection bolt. By the structure, on the basis of improving the use turnover rate of a radial gate forming die, the erecting efficiency of the radial gate forming die is improved at the same time, and the problem that materials used for erecting of the radial gate forming die are difficult to recycle is solved.