Ceramic sanitary ware finished product grading automatic pipeline system

Abstract

The invention discloses a ceramic sanitary ware finished product grading automatic pipeline system. The ceramic sanitary ware finished product grading automatic pipeline system comprises a finished product feeding boosting arm, a conveying system and a discharging boosting arm, wherein an appearance detecting workstation, a vacuum missing detecting machine, a fitting mounting detecting and blow-drying workstation, an overturning detecting and repairing device, a laser marking and casing device and an automatic packaging machine are sequentially arranged on the conveying system; the conveying system comprises a feeding section, a conveying section, a detecting and repairing section, a finished product guiding and conveying section, an elevating and casing section and a discharging and packaging section; the appearance detecting workstation is arranged on the feeding section; the vacuum missing detecting machine and the fitting mounting detecting and blow-drying workstation are arranged on the conveying section; the overturning detecting and repairing device is arranged on the detecting and repairing section; the laser marking and casing device is arranged on the elevating and casing section; and the automatic packaging machine is arranged on the discharging and packaging section. Compared with the prior art, the ceramic sanitary ware finished product grading automatic pipeline system has the advantages of labor saving, breakage rate reduction, small occupied land, clean and dust-free environment, and easiness in field management.

Description

technical field [0001] The invention relates to a device for grading finished sanitary ware, in particular to an automatic assembly line system for grading finished ceramic sanitary ware. Background technique [0002] The existing grading operation process mainly includes manually moving the finished product to a simple working platform for appearance inspection, and then moving it down and stacking it to wait for the installation of water fittings to test the water and check whether there is any water leakage. After the water test is completed, manually pour clean water and pull Go to the packaging location and wait for manual handling of the packaging. The disadvantages of this traditional classification mode of ceramic finished products are as follows: 1. Large dust, poor environment, low efficiency and more labor. 2. The finished product is labor-intensive after repeated handling, and the process is easy to be damaged and scratched (that is, the damage rate is high, the...

AI Technical Summary

Problems solved by technology

The disadvantages of this traditional classification mode of ceramic finished products are as follows: 1. Large dust, poor environment, low efficiency, and more labor

2. The finished product is labor-intensive after repeated handling, and the process is easy to be damaged and scratched (that is, the damage rate is high, the finished product is about 50 kg, and it often requires 2 people to cooperate to move it up and down)

If you accidentally break the finished product, it is very likely to cause injury to the employee, and the ceramic fragments are as sharp as a knife

3. It occupies a large space, the logistics are chaotic, and management is difficult (there are many four-wheeled trolleys, and there are finished products, transport carts, accessories, etc.)

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