Intelligent turnover conveyor

Abstract

The invention discloses an intelligent turnover conveyor which comprises a conveying system, a swinging system, a rotating system, a power connection system and a control system, wherein the conveying system comprises two travel driving motors, a travel rail and a vehicle body; the vehicle body is slidably connected onto the travel rail; the two travel driving motors are connected through the vehicle body; a vehicle-mounted controller is mounted on the vehicle body; the swinging system comprises a chain wheel transmission mechanism, a swinging motor, a turnover shaft and a large swinging arm; the chain wheel transmission mechanism is connected onto the vehicle body of the conveying system; the turnover shaft is perpendicularly connected with the chain wheel transmission mechanism; the large swinging arm and the turnover shaft are in seal connection with each other through a flange; the large swinging arm can rotate along with the turnover shaft; the rotating system and the swinging system are connected with each other, and three-stage transmission is adopted for the connection; a vehicle body connecting frame used for being connected with the vehicle body is arranged on a turnover body; through the swinging system, the turnover body can swing in a pitching manner; and through the swinging system, the vehicle body can rotate at any angle in a vertical plane.

Description

technical field [0001] The invention relates to the pretreatment of an automobile painting workshop and the transportation of an electrophoresis system, and belongs to the field of painting mechanized transportation. Background technique [0002] At present, the mechanized conveying equipment used in the pre-treatment and electrophoresis production lines of domestic large-scale automobile coating lines can be summed up in the following ways: main equipment such as self-propelled trolleys, product-free suspension conveyors, and swing rod conveyors. Small investment, simple manufacturing, easy maintenance, etc., but these conveying equipment have many limitations: the maximum angle of the workpiece turning in the tank can only reach 45 degrees, resulting in uneven pre-treatment and electrophoresis on the surface of the car body, which cannot meet the needs of more and more car bodies. More stringent quality requirements; due to the limitation of the angle of the traditional co...

AI Technical Summary

Problems solved by technology

[0002] At present, the mechanized conveying equipment used in the pre-treatment and electrophoresis production lines of domestic large-scale automobile coating lines can be summed up in the following ways: main equipment such as self-propelled trolleys, product-free suspension conveyors, and swing rod conveyors. Small investment, simple manufacturing, easy maintenance, etc., but these conveying equipment have many limitations: the maximum angle of the workpiece turning in the tank can only reach 45 degrees, resulting in uneven pre-treatment and electrophoresis on the surface of the car body, which cannot meet the needs of more and more car bodies. More stringent quality requirements; due to the limitation of the angle of the traditional conveying equipment, in order to meet the process requirements, the length of the equipment chamber increases, thereby increasing the investment of the equipment. Due to the increase in the length of the equipment chamber, the corresponding pre-treatment electrophoretic medium and subsequent The increase in energy input leads to energy waste, which is not conducive to energy conservation and environmental protection; the important thing is that traditional conveying equipment lacks intelligence and cannot meet the complex process requirements required by the gradual increase in automobile production

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