Automatic bottle turning double-pipe synchronous lifting canned bottle inverted rapid circulating and washing system

Abstract

The invention discloses an automatic bottle turning double-pipe synchronous lifting canned bottle inverted rapid circulating and washing system. The system comprises a main poking wheel. A synchronouscarrier rail is arranged on the bottom of the main poking wheel. A ring-shaped fixing carrier rail is arranged on the periphery of the main poking wheel. An installing disc is arranged at the lower end of the main poking wheel. A spraying pipe lifting device is arranged on the installing disc and comprises spraying pipes. Spraying pipe rolling wheels are arranged on the side edges of the sprayingpipes. The spraying pipe rolling wheels are carried on a spraying pipe cam track. Each spraying pipe comprises an air spraying pipe and a liquid spraying pipe. A first rotating connector is connectedto the lower end of each air spraying pipe. A second rotating connector is connected to the lower end of each liquid spraying pipe. The second rotating connectors communicate with a cleaning liquid box through the water pump. A table board is fixedly provided with a ring-shaped liquid falling pool coaxial with the main poking wheel. Each spraying pipe is located above the liquid falling pool. Thebottom of the liquid falling pool communicates with the cleaning liquid box. The first rotating connectors communicate with a hot air fan. According to the system, the full-automatic air and liquid lifting and flushing manner is adopted, canned bottles can be washed continuously without stop, the cleaning liquid is recycled and used, the cleanness degree of washing is high, and the speed is high.

Description

technical field [0001] The invention belongs to the technical field of food processing equipment, and specifically relates to an upside-down rapid cycle cleaning system for automatic bottle turning, double-pipe lifting and canning. Background technique [0002] Canned fruit cans generally use wide-mouthed glass bottles. Canned bottles need to be cleaned and disinfected before filling to eliminate foreign matter such as glass slag, dust, and fiber slag in the canned bottle. The existing traditional canned bottle cleaning methods are all It adopts the method of manual cleaning, or the method of automatically rotating the brush in the can bottle. Manual cleaning is labor-intensive, low in cleanliness, low in efficiency, and high in labor costs. Although the cleanliness of the automatic rotating brush is high, the cleaning speed Slow and easy to damage the cans. At present, there is also a way to clean the cans upside down, but the flushing devices are fixed, so the flushing is ...

AI Technical Summary

Problems solved by technology

[0002] Canned fruit cans generally use wide-mouthed glass bottles. Canned bottles need to be cleaned and disinfected before filling to eliminate foreign matter such as glass slag, dust, and fiber slag in the canned bottle. The existing traditional canned bottle cleaning methods are all It adopts the method of manual cleaning, or the method of automatically rotating the brush in the can bottle. Manual cleaning is labor-intensive, low in cleanliness, low in efficiency, and high in labor costs. Although the cleanliness of the automatic rotating brush is high, the cleaning speed Slow and easy to damage the cans. At present, there is also a way to clean the cans upside down, but the flushing devices are all fixed, so the flushing is not in place and the cleaning is not clean. At the same time, the cleaning liquid is wasted and the efficiency is low.

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