Automatic rubber tubulating machine

Abstract

The invention relates to an automatic rubber tubulating machine. The automatic rubber tubulating machine comprises a base, an LED lamp, a displaying screen, a machine box, a tubulating part, a pigment bucket, a funnel, an automatic button, a rotating shaft, a bracket, a wheel-fixing device and wheels; the bracket and the machine box are arranged on the base, the tubulating part is arranged on the top of the machine box, and the funnel is arranged on the tubulating part; the tubulating part comprises an inner core and an outer wall; the funnel is inlaid in the tubulating part and is connected with the outer wall; the bracket is provided with the rotating shaft which is connected with the inner core; the funnel is connected with the bottom of the pigment bucket, and the automatic button is arranged on one side of the funnel; the displaying screen and the LED lamp are arranged on one side of the machine box; and the wheel-fixing device is arranged at the bottom of the base, and no less than four wheels are arranged at the bottom of the wheel-fixing device. According to the automatic rubber tubulating machine, the connecting technique is good, quality is standard, the automation degree is high, automatic feeding can be ahicved, potential safety hazards during operating of workers are eliminated, so that safety of the workers is guaranteed powerfully; and the structure is compact and simple, installation and maintenance are very convenient, and working is stable and smooth.

Description

technical field [0001] The invention relates to an automatic rubber pipe joint machine, which belongs to the technical field of machinery. Background technique [0002] The dimensional accuracy and shape and position accuracy of the rubber joints are all required to be high. The existing automatic rubber joint machines generally adopt a separate workbench assembly line operation method, which occupies a large area and has low work efficiency. Some adopt the round table assembly line operation method, and the work efficiency also has room for development. The rubber joints in the prior art have low efficiency and are easy to block. It is demanding and not safe. [0003] There are two common processing methods for connecting pipes. One is to cut them out with one knife through machine tools. This method has the highest precision, but the processing efficiency is the lowest and the manufacturing cost is very high. The other is to punch out through precision stamping devices. ...

AI Technical Summary

Problems solved by technology

[0002] The dimensional accuracy and shape and position accuracy of the rubber joints are all required to be high. The existing automatic rubber joint machines generally adopt a separate workbench assembly line operation method, which occupies a large area and has low work efficiency.

Some adopt the round table assembly line operation method, and the work efficiency also has room for development. The rubber joints in the prior art have low efficiency and are easy to block. demanding, not safe

[0003] There are two common processing methods for connecting pipes. One is to cut them out with one knife through machine tools. This method has the highest precision, but the processing efficiency is the lowest and the manufacturing cost is very high. The other is to punch out through precision stamping devices. The processing efficiency of the method is higher than that of the machine tool, but due to the limitation of the technical level of the entire air-conditioning parts manufacturing industry at this stage, the stamping machine commonly used for pipe processing not only has poor processing quality, but also has a high scrap rate and a high degree of automation. not tall

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