Decorative panel production line applying intelligent RGVs (Rail Guided Vehicle)

Abstract

The invention discloses a decorative panel production line applying intelligent RGVs (Rail Guided Vehicle). A feeding RGV and a discharging RGV are correspondingly arranged at a feeding end and a discharging end of each of a plurality of sets of panel pressing equipment respectively; a transferring RGV and a transition conveying RGV are matched to work; a decorative panel product on the discharging RGV is conveyed to a panel airing production line to finish cooling work of the decorative panel product, and the decorative panel product is conveniently conveyed into a cabin for storage subsequently. The decorative panel production line is provided with a first photoelectric approach switch, a laser range finder, a control device and the like to automatically and coordinately control the conveying work of the feeding RGV, the discharging RGV, the transferring RGV and the transition conveying RGV. The RGVs are used for replacing a previous forklift working manner, and a plurality of sets of flexible production line products can be gathered on one conveyor line, so that a transportation route is optimized and the space of a factory is saved; the energy consumption is reduced, the utilization of non-renewable energy resources is reduced, no waste gas is emitted, and the effects of energy saving and emission reduction, and pollution reduction are realized.

Description

technical field [0001] The invention relates to the technical field of decorative panel production, in particular to a decorative panel production line using an intelligent RGV. Background technique [0002] In the board pressing process, the board needs to be placed on the workbench of the pressing machine (press machine), and then equipped with special paper on the upper and lower sides of the board, and double-sided pressing is carried out to make the finished decorative board. In the previous operation, the multi-point to multi-point conveying method was adopted, and multiple forklifts were used to place the plates to be processed on multiple roller conveyors on the front side of the platen equipment. However, the conveying process was cumbersome and very inconvenient. It is easy to collide between them, resulting in a relatively slow conveying speed, which cannot keep up with the high-speed pressing production line. In addition, the use of forklift transportation requi...

AI Technical Summary

Problems solved by technology

In the previous operation, the multi-point to multi-point conveying method was adopted, and multiple forklifts were used to place the plates to be processed on multiple roller conveyors on the front side of the platen equipment. However, the conveying process was cumbersome and very inconvenient. It is easy to collide between them, resulting in a relatively slow conveying speed, which cannot keep up with the high-speed pressing production line

In addition, the use of forklift transportation requires a professional forklift operator for each forklift, which not only increases the input cost of the enterprise, but also pollutes the workshop and the atmosphere with a large amount of exhaust gas generated by the consumption of diesel by forklifts, seriously affecting the working environment and affecting the work. People are uncomfortable, and the cost of diesel fuel consumed by forklifts is high, the purchase cost is high, and the maintenance cost is high; on the other hand, if forklifts are used, the workshop space needs to be large enough for multiple forklifts to come in and out

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