A forklift mast test system

Abstract

The invention discloses a fork truck mast frame testing system. The fork truck mast frame testing system is characterized by comprising a mechanical frame, an auxiliary detection box, an inclination angle sensor, a microcomputer system, a middle two-dimensional laser scanner and a top two-dimensional laser scanner, wherein the top two-dimensional laser scanner is arranged at the central position at the top end of the mechanical frame, the middle two-dimensional laser scanner is arranged at the middle position of the mechanical frame and higher than a fork truck mast frame to be tested. The inclination angle sensor is fixed on the side of the fork truck mast frame. The auxiliary detection box is fixed on a fork of a fork truck to be tested. The inclination angle sensor, the middle two-dimensional laser scanner and the top two-dimensional laser scanner are in wired or wireless connection to enable acquired data to be input into the microcomputer system, and the auxiliary detection box is composed of a regular rectangular box body, is smooth in surface and is made from a laser reflecting material. On the premise that the safety is ensured, the effect of automatically, rapidly and accurately detecting the maximum lifting height, the lifting speed and an inclination angle of the fork truck mast frame is achieved.

Description

technical field [0001] The invention relates to a forklift performance test system, in particular to a test system for the movement performance of a forklift mast in all directions. Background technique [0002] The maximum lifting height, lifting speed and inclination angle of the forklift mast are one of the most basic performances of forklifts; with the development of forklift technology, various manufacturers have produced forklifts with masts that can move back and forth, left and right; for this kind of forklift, the door The moving stroke, moving speed and inclination angle in the three directions of the Diesel coordinate system when different loads are mounted are one of the parameters that must be provided when the forklift leaves the factory. The fast and accurate detection method is not only a reliable helper for the forklift factory, but also provides the most practical and reliable selection basis for forklift buyers. [0003] At present, most domestic forklift...

AI Technical Summary

Problems solved by technology

Not only is its efficiency low, it cannot meet the requirements of large-scale forklift manufacturers for the production cycle, and its detection results also have large human errors. At the same time, manual detection has potential safety hazards, especially when the load is dropped.

Existing companies in the market can provide rapid detection technology for the maximum lifting height, lifting speed and inclination angle of the forklift mast, but they cannot meet the requirements of detection in the directions of up and down, front and rear, and left and right

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