Cyclic feeding digital jet printing machine

Abstract

The invention discloses a cyclic feeding digital jet printing machine, which comprises a transmission line composed of a plurality of transmission bodies capable of being butted with each other freely; each transmission body comprises an upper body layer and a lower body layer; the upper body layer and the lower body layer are respectively provided with an endless belt for conveying the boards to be printed; both ends of the transmission line are each provided with an elevating device used for conveying boards to be printed from the upper body layer to the lower body layer, or inversely; both the upper body layer and the lower body layer are also respectively provided with a positioning device used for positioning the board to be printed thereon; the upper body layer and the lower body layer are also respectively provided with an upper stopping device and a lower stopping device used for stopping the boards to be printed thereon; and each transmission body is connected with a printing treatment device capable of treating the printing media on the board to be printed. The machine disclosed by the invention occupies a small area, achieves a high production efficiency and can be changed of the number of work positions freely.

Description

【Technical field】 [0001] The invention relates to a jet printing machine, more specifically to a circulation feeding digital jet printing machine. 【Background technique】 [0002] Existing inkjet printing equipment is bulky, especially when it involves multiple stations, and the inkjet printing equipment will be particularly long. Therefore, the floor area is very large, which increases the cost of land and factory buildings for enterprises. Moreover, the biggest disadvantage of current jet printing equipment is that it is very difficult to add and subtract stations. Generally, spraying, drying, squeegee, inkjet and other processes are involved in the jet printing process, but different printing media will use Different processes, for example, some printing media do not need to be sprayed and dried in the printing process, while some printing media do not require a squeegee process in the printing process, so for traditional inkjet printing equipment, in the equipment When i...

AI Technical Summary

Problems solved by technology

[0002] Existing inkjet printing equipment is bulky, especially when it involves multi-stations, the inkjet printing equipment will be very long, therefore, it occupies a very large area, which increases the cost of land and factory buildings for enterprises

Moreover, the biggest disadvantage of current jet printing equipment is that it is very difficult to add and subtract stations. Generally, spraying, drying, squeegee, inkjet and other processes are involved in the jet printing process, but different printing media will use Different processes, for example, some printing media do not need to be sprayed and dried in the printing process, while some printing media do not require a squeegee process in the printing process, so for traditional inkjet printing equipment, in the equipment When installing, it is necessary to install as many and more comprehensive stations as possible, so that all possible printing processing devices such as spraying, drying, squeegee, and inkjet can be installed in place. In the actual printing process Then the printing processing devices on some stations can be closed according to the needs. Therefore, the traditional printing equipment occupies a very large area, and when the printing processing devices of some stations are closed, the printing devices on the printing medium The longer transportation distance will affect the production efficiency and increase the cost of the enterprise

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