Edible oil bottling machine

Abstract

The invention relates to an edible oil bottling machine. The edible oil bottling machine comprises a first table body, a second table body, an input belt for connecting the first table body with the second table body, and an output belt connected with the second table body, a turntable mechanism is arranged on the first table body, an inner cover inputting and applying mechanism, an inner cover screwing mechanism and an outer cover inputting and buckling mechanism are arranged, around the edge of the turntable mechanism, on the first table body, and dusting and oil-filling mechanisms are arranged on the second table body. The edible oil bottling machine realizes the integrated automatic processing of oil bottle cleaning, oil body filling, inner bottle cover application, inner bottle coverscrewing and outer bottle cover buckling and conveying, and replaces an artificial oil filling and assisted bottle mouth packaging production mode, so the edible oil filling efficiency is improved, the labor investment is reduced, the direct contact of the staff with the edible oil in the bottling process is avoided to prevent artificial pollution of the edible oil in the production process, the production quality of the edible oil is improved, and the eating safety is ensured.

Description

technical field [0001] The invention relates to the technical field of edible oil filling equipment, in particular to an edible oil bottle filling machine. Background technique [0002] Edible oil is obtained by pressing peanuts or beans as raw materials. It is a liquid oil product at room temperature. When filling edible oil, filling equipment is required. However, in the existing edible oil bottling production line, it is usually set up to run in an uninterrupted cycle. The conveyor belt is used to transport oil bottles, and many workers distributed on both sides of the conveyor belt carry out processes such as filling, capping, coding, and packing of oil barrels. Each process requires multiple workers to continuously Work together to form an assembly line operation. Among them, during the filling process, the staff manually determined the amount of oil poured into the oil bottle according to their work experience, and could not accurately control the amount of oil poured...

AI Technical Summary

Problems solved by technology

Among them, during the filling process, the staff manually determined the amount of oil poured into the oil bottle according to their work experience, and could not accurately control the amount of oil poured into the oil bottle, resulting in inconsistent oil volume in each oil barrel, and each worker Only one oil bottle can be filled at a time, and the work efficiency is low. During the capping process, since the oil bottle needs to be sealed with the cap by pressing the cap, the cap needs to be placed manually. After the bottle mouth of the oil drum is tapped, the cap is connected to the oil bottle tightly. Since manual tapping cannot guarantee a completely vertical downward direction, and the force of each tap is different, it is easy to cause the cap not to be in contact with the oil bottle. The tight connection causes the edible oil to overflow during transportation, and the way of artificially assisted filling edible oil is easy to cause pollution to the edible oil. Therefore, the production quality of the existing edible oil is poor, the efficiency is low, and the labor cost is high. There are food safety hazards

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