Novel semi-automatic filling machine

Abstract

A novel semi-automatic filling machine comprises a rack, a filling system and a control system. The filling system is arranged on a platform of the rack. The control system controls operation of the filling system. The filling system is composed of a plurality of filling assembly lines. Each filling assembly line comprises an empty bucket area, a heavy bucket area and a filling area, wherein the empty bucket area and the heavy bucket area are arranged side by side and each provided with a conveying belt, the tail end of the conveying belt of the empty bucket area is rotationally connected to the starting end of the conveying belt of the heavy bucket area, and the filling area is located above the heavy bucket area. Empty filling buckets are conveyed to the heavy bucket areas from the empty bucket areas through the conveying belts and stay for filling after being recognized by detection devices. The novel semi-automatic filling machine is suitable for simultaneous precise filling of a large batch of different kinds of ceramic ink and is easy to adjust and operate and more convenient to clean, and filling efficiency is improved. The empty bucket areas, the heavy bucket areas and the filling areas are divided, the aims of accurate and stable conveying of the filling buckets and semi-automatic filling of the ceramic ink are achieved, manual cost is reduced, and filling is quick and precise.

Description

technical field [0001] The invention relates to the technical field of ceramic ink filling, in particular to a novel semi-automatic filling machine. Background technique [0002] In the process of preparing ceramic ink for architectural ceramics, it is usually necessary to fill and store different types of prepared ceramic ink for subsequent use as decorative materials in inkjet printing of ceramic products. The filling of batches of ceramic ink corresponds to the need for advanced filling equipment for efficient filling. [0003] At present, for the filling of ceramic ink, the commonly used ink filling method is mainly manual ink filling or semi-automatic equipment. Manual filling is inefficient. In fact, for general factories, semi-automatic equipment is used for filling operations. At the same time, the filling barrel is usually filled manually, the operation is more complicated, there are problems such as difficult arrangement, complicated control, and high cost, and i...

AI Technical Summary

Problems solved by technology

[0003] At present, for the filling of ceramic ink, the commonly used ink filling method is mainly manual ink filling or semi-automatic equipment. Manual filling is inefficient. In fact, for general factories, semi-automatic equipment is used for filling operations. At the same time, the filling barrel is usually filled manually, the operation is more complicated, there are problems such as difficult arrangement, complicated control, and high cost, and it is only for filling a single ceramic ink, which is low in efficiency and often exists Due to the wide variety of ceramic inks, they need to be filled separately, and it is impossible to effectively fill multiple ceramic inks at the same time. The filling accuracy is low, the operation difficulty and labor cost are high, and the cleaning of the equipment is difficult, which may easily cause the ceramic ink to be filled. Therefore, it is necessary to improve the ceramic ink filling equipment and improve the performance of the ceramic ink filling equipment

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