A cover arranging device for an automatic bottom cover machine

Abstract

The invention provides a cap arranging device for an automatic bottom feeding machine. The cap arranging device for the automatic bottom feeding machine comprises a first feeding track, a first arc-shaped conveying track, a second feeding track, a second arc-shaped conveying track and a control mechanism. The higher end of the second feeding track abuts against the right end of the first feeding track. The first arc-shaped conveying track is connected to the left end of the first feeding track. The second arc-shaped conveying track is connected to the end portion of the higher end of the second feeding track. The control mechanism is used for controlling operation of the cap arranging device. The cap arranging device further comprises a bottle cap turning mechanism and a bottle cap pushing mechanism. The bottle cap turning mechanism comprises a bottle cap turning groove, a first cylinder and at least two first inductors. The bottle cap pushing mechanism comprises a second cylinder, a second inductor and a blocking plate. The cap arranging device for the automatic bottom feeding machine is simple in structure, low in manufacturing cost and long in service life; production cost can be effectively reduced, and the labor intensity of workers can be effectively relieved; the cap arranging speed is high, and the cap arranging effect is good; production efficiency can be effectively improved, and the occupied space of equipment can be effectively reduced.

Description

technical field [0001] The invention relates to a cover sorting device, in particular to a cover sorting device of an automatic bottom cover loading machine. Background technique [0002] At present, bottled products in daily necessities, cosmetics and other industries are very common. For aesthetics, personalization or other packaging needs, the structural shape of the bottle body and bottle cap is also diversified, such as setting a bottom cover at the bottom of the bottle body or setting an anti-theft on the bottle body Bottle caps and the like, the bottle body and the bottle cap are generally made separately, the bottle body is placed in a centralized manner, and the bottle cap is placed in a centralized manner in addition, and then the bottle cap is assembled on the bottle body. In the assembly process, both manual and mechanical equipment are used for the upper cover. Due to the low production efficiency of the manual cover and the high labor intensity of the workers, ...

AI Technical Summary

Problems solved by technology

In the assembly process, both manual and mechanical equipment are used for the upper cover. Due to the low production efficiency of the manual cover and the high labor intensity of the workers, the current production line mainly adopts the automatic cover of the mechanical equipment. , but to use mechanical equipment to automatically cap, before capping, it is necessary to arrange the caps to ensure that the caps are uniformly facing upwards or downwards. Therefore, in the production process, in order to effectively ensure the bottle caps Orientation is the same, and some use manual capping, resulting in that the capping efficiency of the equipment cannot be greatly improved, and the labor intensity of workers cannot be effectively reduced; some are equipped with detection mechanisms or complex caps. The bottle caps required by the capping equipment are extracted, and then the capping equipment assembles the caps facing the caps that meet the requirements on the bottle body, and the extracted caps are manually collected and sorted and put back into the capping equipment. For some bottle caps, the number of cap unscrambling operations increases, which is prone to frictional damage; because the cap unscrambling link of the capping mechanical equipment requires manual participation, it cannot automatically adjust the orientation of the bottle cap, which increases the labor load and labor intensity of the workers, and cannot be effectively To improve the capping efficiency of the equipment, the production cost is high and the production efficiency is low. Therefore, it is necessary to study an automatic cap unscrambling device with a simple structure and a good one-time cap unscrambling effect, so as to reduce the labor intensity of workers and avoid bottle caps due to Frictional damage caused by repeated capping, improving production efficiency

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