High-speed cap closing machine

Abstract

The invention discloses a high-speed cap closing machine which comprises a spindle system, a two-shaft system, a three-shaft system, a four-shaft system and a planetary system; the spindle system comprises a first planet wheel which is arranged on a spindle and is used for continuously feeding and discharging; the two-shaft system and the three-shaft system continue to feed for the spindle system; the four-shaft system continues to discharge for the spindle system; the planetary system is fixedly connected above the first planet wheel and shares the same axis with a spindle; a planetary assembly central shaft in the planetary system corresponds to a radial concave central shaft on the first planet wheel; a planetary assembly rotates with the spindle synchronously and peripherally, moves vertically and revolves; and a suction tip for interrupted suction is arranged on the lower end of the planetary assembly. The high-speed cap closing machine continuously feeds and presses and rotates caps for the spindle system, presses and rotates the upper and the lower caps while continuously feeding through the planet system, so that the production cycle is saved, and the production efficiency is maximized.

Description

technical field [0001] The invention relates to a high-speed cap assembly machine. Background technique [0002] At present, the capping machine has been widely used in the fields of food, pharmaceutical and other industrial machinery and equipment to process various types of bottle caps, combined caps and special caps. The products produced have a large output and high quality requirements. [0003] Most of the existing capping machines use the method of pressing first and then spinning to produce bottle caps. Because the pressing and rotating device and the feeding mechanism are in relative motion, when feeding, the pressing and rotating device is in a static state, while When the pressing and spinning device is moving, the feeding mechanism must be stationary, and the feeding, pressing and screwing will take double time consumption, and considering the stability of the entire machine, the time for feeding, pressing and spinning cannot be reduced to too small. The existin...

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Problems solved by technology

[0003] Most of the existing capping machines use the method of pressing first and then spinning to produce bottle caps. Because the pressing and rotating device and the feeding mechanism are in relative motion, when feeding, the pressing and rotating device is in a static state, while When the pressing and spinning device is moving, the feeding mechanism must be still, and the feeding, pressing and screwing will take double time. However, considering the stability of the whole machine, the feeding, pressing and spinning time cannot be reduced to too small. The existing capping machine has the disadvantages of high cost, low efficiency, and long time consumption, which seriously limits the room for improving the production efficiency of bottle caps.

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