Printing equipment convenient to store and storage method thereof

Abstract

The invention discloses printing equipment convenient to store. The equipment comprises a base, an intermediate platform and a spray trolley, the intermediate platform comprises a printing surface forholding printing materials, and a guide rail is arranged on the intermediate platform; the spray trolley is connected with the guide rail, and the spray trolley at least moves longitudinally or / and transversely along the guide rail parallel to the surface of the platform; and the base is arranged below the intermediate platform and is detachably connected with the intermediate platform. Modularization of the printing equipment helps to disassemble the printing equipment into a plurality of modules or even two modules quickly and conveniently, so that storage and transportation are carried outbased on the modules generated through disassembly, existing space can be made full use, and efficiency of storage and transportation is improved; after separating the modules, quick and simple assembly and restoration of a whole machine can be achieved according to requirements, an internal structure is protected from being exposed, and the modules are convenient to adjust in advance, so that the modules are quickly assembled and put into use after transportation, consumption of excessive manpower, material resources and time for adjusting after reaching a use site is avoided.

Description

technical field [0001] The present invention relates to the technical field of printers, and more particularly, relates to a storage-friendly printing device and a storage method thereof. Background technique [0002] In the prior art, large-scale printers often have a very large volume, such as industrial flatbed printers, UV inkjet printers, etc. Correspondingly, the space required for placing such large-scale printers is also very large. And this kind of large-scale printer is a product formed by compact assembly of several parts and special parts in a specific structure. Its internal structure and assembly features are the unique technology of the manufacturer. The whole machine is stored as a separate product, so it is often not disassembled after being produced. More importantly, in order to realize the corresponding industrial printing function of this type of large printer, the parts and system design are very complicated, and the parts are relatively fragmented. It...

AI Technical Summary

Problems solved by technology

Even in the process of transporting to the site of use, it can only be transported in the form of a complete machine, because it is obviously impossible to transport it in the form of parts transport only to improve transport efficiency when considering manpower, time costs, and technical confidentiality. Because large-scale printers arrive at the use site in the form of parts, it will take several days for the assembly and production of several parts and continuous debugging

That is, based on the existing large-scale printer structure, large-scale printers can only be stored or transported in a complete state

[0003] However, storing a large printer in the form of a complete machine will lead to the problem of not being able to make full use of the storage space, because the large printer is not a square structure, and there are often parts protruding outward from the base on both sides and top , so when storing multiple large printers, it is often impossible to place them in a way that can make full use of the space such as stacking. At present, the storage of multiple existing large printers is generally placed by laying them on a plane. It is difficult to use the space in the vertical direction, so that the storage or transportation space cannot be fully utilized, which brings a large burden to the storage, affects the transportation efficiency in terms of transportation, and also increases the cost of storage and transportation

Although the existing technology can theoretically reduce the storage space by disassembling the large parts and placing them separately, as mentioned above, the parts of the large printers in the prior art are usually relatively scattered, and the correlation between the parts is weak, and The structure and connection relationship of large-scale printers are very complicated. Disassembling some parts will cause other parts to loosen or shift in position, resulting in the need for complex assembly and several times of debugging when it is ready to be put into use, which is equivalent to a simpler assembly from zero. , generally still presents as a complicated assembly process, which consumes manpower, material resources, time, and low efficiency

That is to say, the existing large-scale printers cannot realize a structure similar to modularization, and it is impossible to make the printing equipment have a stable structure and facilitate disassembly and instant assembly, which is not convenient for storage and transportation

And because the parts of the existing large-scale printers are relatively fragmented, it is often necessary to adjust the parts of the entire large-scale printing device after the printing device arrives at the use site. It can only be put into use after several adjustments, which is easy to waste. Too much time, unable to put into use quickly

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