Device for detecting conveying stability of aerated concrete pouring mould box and bottom plate

Abstract

The invention discloses a device for detecting the conveying stability of an aerated concrete pouring mould box and a bottom plate. The device comprises a switch support bottom plate, one side of theswitch support bottom plate is fixed with a rotating shaft through a bolt, the outer wall of the rotating shaft is rotationally connected with a detection shifting piece, one end of the detection shifting piece is provided with an arc-shaped bending part, the side wall, close to the arc-shaped bending part, of the switch support bottom plate is provided with an arc-shaped hole, the arc-shaped holeis provided with a proximity switch, circular center positions of the arc-shaped hole and the arc-shaped bending part coincide with the position of the rotating shaft, a metal shaft is arranged at the side wall, close to the position between the rotating shaft and the arc-shaped bending part, of the detection shifting piece, a metal rod is rotationally connected to the outer wall of the metal shaft, and a first stop block is arranged on the outer wall of the metal rod. According to the device, unstable factors of a conventional detection method are well avoided, the equipment operation failure rate is greatly reduced, the equipment operation smoothness is improved, the automation integration level of a production system is improved, the equipment damage caused by faults in a workshop is reduced, and the equipment maintenance time is reduced.

Description

technical field [0001] The invention relates to the technical field of electrical detection of aerated concrete, in particular to a device for detecting the transmission stability of an aerated concrete pouring form box and a bottom plate. Background technique [0002] In production practice, it is found that due to the complex environment of the site, a lot of dust and oil, some products with hot steam, low transmission accuracy and easy wear and tear of the equipment, the mold box or the bottom plate is prone to undetectable or false detection during the transmission process. and so on. This makes the automatic production operation of the workshop not smooth enough, and it is prone to problems such as the rear mold box (bottom plate) hitting the front mold box (bottom plate), or there is no mold box (bottom plate) in the front, and the rear mold boxes (bottom plate) cannot automatically advance and line up. Aiming at the above problems, we have tried proximity switch, pho...

AI Technical Summary

Problems solved by technology

[0002] In production practice, it is found that due to the complex environment of the site, a lot of dust and oil, some products with hot steam, low transmission accuracy and easy wear and tear of the equipment, the mold box or the bottom plate is prone to undetectable or false detection during the transmission process. and so on

This makes the automatic production operation of the workshop not smooth enough, and it is prone to problems such as the rear mold box (bottom plate) hitting the front mold box (bottom plate), or there is no mold box (bottom plate) in the front, and the rear mold boxes (bottom plate) cannot automatically advance and line up.

Aiming at the above problems, we have tried proximity switch, photoelectric switch, travel switch and other methods successively. Due to the short detection distance of proximity switch, it is easy to fail to detect. Although the detection distance of photoelectric switch is long, it is easy to be interfered and cause false detection and is not good for dark colors. Sensitive, which makes the stability of the photoelectric switch detection cannot be guaranteed; the fixing screw of the stroke switch is easy to loosen when it is used in frequent collisions, and due to the short distance, it is easy to be damaged and has a high failure rate, so a detection method is now proposed Aerated Concrete Pouring Form Box and Base Plate Conveying Stability Device

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