An automatic bottom cover machine

Abstract

The invention provides an automatic bottom cap mounting machine. The automatic bottom cap mounting machine comprises a machine frame and a control mechanism, wherein a first flat plate and a second flat plate which are arranged up and down in a spaced manner and are used for mounting components are arranged on the machine frame; the control mechanism is used for controlling the operating of the overall automatic bottom cap mounting machine; the automatic bottom cap mounting machine further comprises a material supply device which is used for storing and automatically releasing bottom caps, a cap arranging device which is used for arranging the bottom caps, and a cap compressing device which is used for compressing the bottom caps to bottle bodies, wherein the feeding end of the cap arranging device is connected with the material supply device; the discharge end of the cap arranging device is connected with the cap compressing device. The automatic bottom cap mounting machine is simple in structure, easy to operate, low in manufacturing cost, long in service life and easy to maintain and repair; the production cost and the labor intensity of a worker can be effectively reduced; the cap arranging and compressing effects are good; the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of packaging equipment for bottled products, in particular to an automatic bottom capping machine for automatically arranging bottom caps and automatically pressing and assembling the bottom caps to the bottom of a bottle body. 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 packaging bottle is also diversified, such as setting a bottom cover at the bottom of the bottle body or an anti-theft bottom cover on the bottle body, etc. wait. as attached Figure 18 Shown is a cross-sectional view of a packaging bottle with a double-layer structure. The bottle body and the bottom cover of the packaging bottle are injection molded separately, and then the bottom cover is assembled on the bottle body. In the assembly process, there are manual capping and mechanica...

AI Technical Summary

Problems solved by technology

In the assembly process, there are manual capping and mechanical equipment automatic capping. The problems with manual capping are: the labor intensity of the operator is very high, the production efficiency is low, and it is easy to cause the bottle body or the bottom cap to be damaged. Scratches on the outer surface

The problem of using mechanical equipment to press the cover is that when the bottom cover is assembled, the bottom cover placed on the mechanical equipment is not uniformly facing upward or downward during the transportation process, which affects the subsequent upper cover processing and reduces the equipment cost. Therefore, in order to ensure that the direction of the bottom cover is consistent, some equipment manually put the bottom covers into the upper cover equipment one by one. In this way, the labor intensity of the operators is high, and the capping efficiency of the equipment cannot be greatly improved. Improvement; on the current mainstream upper cap equipment, there is often a detection mechanism, through which the bottom cap with the cap opening that does not meet the requirements is extracted, and then the equipment assembles the bottom cap with the cap opening that meets the requirements on the bottle body , and the bottom cover extracted by the detection mechanism of the equipment is manually collected and put back into the upper cover equipment. In this way, with the increase in the number of operations of unscrambling the cover, it is easy to cause friction damage to the bottom cover; because the unscrambling link of the equipment requires manual Participation, and can not achieve one-time automatic adjustment of the bottom cover orientation, increase the labor load and labor intensity of workers, can not effectively improve the efficiency of the upper cover of the equipment, the production cost is large, and the production efficiency is low

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