System for realizing PVC flooring inspecting and conveying, and stacker blanking

Abstract

The invention discloses a system for realizing PVC flooring inspecting and conveying, and stacker blanking. The system comprises a shear model elevator system, a conveying belt system, a rolling bed system and a stacker system, wherein the shear model elevator system is provided with an anti-collision detection system and a positioning system; a first light-sensitive system and a counter system are arranged on one side of the conveying belt system; the rolling bed system is provided with pneumatic lifting plates and a second light-sensitive system; the anti-collision detecting system is used for preventing PVC floorings on a supporting plate from colliding with a conveying belt in the lifting process of an elevator; the positioning system is used for controlling the maximum lifting height of the elevator; the counter system is used for counting the PVC floorings; the pneumatic lifting plates are used for supporting a certain amount of PVC floorings; the light-sensitive systems are used for controlling the transportation and the blanking of the PVC floorings. According to the system, the intelligentized transportation of equipment is realized, the PVC floorings are tidy and ordered in the whole process; with the design of a stacker, an automatic blanking function is realized, and the inspecting efficiency is improved.

Description

technical field [0001] The invention relates to a PVC floor feeding system, a transportation system, a detection workbench system and a feeding system. This is a combination of electromechanical and hydraulic electromechanical automation equipment. It is composed of scissor lift equipment with automatic and manual loading functions, motor-driven conveyor belt, motor-driven conveying roller bed and automatic unloading stacker system. The device is equipped with automatic conveying and automatic unloading equipment, which greatly improves the inspection efficiency of PVC floor and reduces the labor intensity of operators. Background technique [0002] The inspection of PVC floor is divided into light inspection and plane inspection, mainly through manual inspection of color difference, blemishes or defects on the surface of the floor, and the existing PVC floor inspection flow equipment: "a PVC floor loading and unloading and inspection workbench system" ( The acceptance numb...

AI Technical Summary

Problems solved by technology

[0002] The inspection of PVC floor is divided into light inspection and plane inspection, mainly through manual inspection of color difference, blemishes or defects on the surface of the floor, and the existing PVC floor inspection flow equipment: "a PVC floor loading and unloading and inspection workbench system" ( The acceptance number of the invention patent is 201210257766), which uses scissor lifting platform to load materials, inspect on the workbench and manually unload the materials to the lifting platform. The whole inspection process takes a long time, the inspection production efficiency is not high, and the automation level needs to be improved. Specifically there are following deficiencies:

[0003] 1. The placement of the loading elevator is not reasonable enough, and the work of the operators is cumbersome and labor-intensive

First, the light inspection is carried out on the overall mobile scissor lift equipment, and then the PVC floor after the light inspection is sent to the inspection table manually, resulting in uneven stacking of the PVC floor

[0004] 2. The conveying process is labor-intensive and there is no systematic conveying equipment

[0005] 3. The automation level of the blanking process is not high, it cannot be stacked neatly, the speed is slow, and the efficiency is low

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