A cutting system for stone slab processing based on the Internet of Things

Abstract

The invention discloses a cutting system for a stone panel based on the Internet of Things. A rack is provided with a panel feeding channel and a panel discharging channel, and a gap is formed betweenthe panel feeding channel and the panel discharging channel. A cutting device is fixed to the rack and located above the gap, a panel cutting area is formed, and a cooling device is arranged in the panel cutting area and achieves cooling in the panel cutting process. Panel pressing devices are arranged at the tail end of the panel feeding channel and the front end of the panel discharging channel. The panel cutting area on the rack is covered with a transparent dust stop chamber, and the dust stop chamber is connected with a dust suction device. The cutting device, the cooling device, the panel pressing devices and the dust suction device are connected with an intelligent control system. By adoption of the system for stone panel cutting, the effects that the cutting efficiency is high, the damage rate is low, and influences on physical and psychological health of workers are weak are achieved.

Description

technical field [0001] The invention belongs to the technical field of stone slab processing, and in particular relates to a cutting system for stone slab processing based on the Internet of Things. Background technique [0002] With the needs of the construction industry, the demand for processing stone slabs is also increasing. In the processing of stone slabs, cutting and edging are more common. Due to the characteristics of stone slabs, they are brittle and easy to break under force. The problem, especially in the cutting process, requires the operator to be very careful during the operation, otherwise the stone slab is very prone to breakage, resulting in waste of slate and large economic losses. In addition, there are serious problems in the cutting process of stone slabs Therefore, it is necessary to design a cutting device that can ensure high efficiency, low breakage rate and little impact on workers' physical and mental health during the cutting process of stone sl...

AI Technical Summary

Problems solved by technology

[0002] With the needs of the construction industry, the demand for processing stone slabs is also increasing. In the processing of stone slabs, cutting and edging are more common. Due to the characteristics of stone slabs, they are brittle and easy to break under force. The problem, especially in the cutting process, requires the operator to be very careful during the operation, otherwise the stone slab is very prone to breakage, resulting in waste of slate and large economic losses. In addition, there are serious problems in the cutting process of stone slabs Therefore, it is necessary to design a cutting device that can ensure high efficiency, low breakage rate and little impact on workers' physical and mental health during the cutting process of stone slabs.

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