Air-overturning and conveying device for autoclaved aerated cellular concrete moulding frames

Abstract

The invention relates to an air-overturning and conveying device for autoclaved aerated cellular concrete moulding frames. The air-overturning and conveying device is provided with a walking rail which is erected in the air; a walking support plate is arranged on the walking rail; a moulding frame overturning device is arranged on the walking support plate; an autoclaved aerated cellular concretemoulding frame is hoisted to the lower part of the moulding frame overturning device; the moulding frame overturning device is provided with guiding rods which are parallelly vertically arranged on two ends of the walking support plate; symmetrical positions of the inner sides of the two guiding rods are separately fixedly provided with a lifting oil cylinder; a piston rod of each lifting oil cylinder is vertically downwards arranged, and the lower end of each piston rod is connected with a lifting arm; the lower end of each lifting arm is hinged to a moulding frame overturning hook; symmetrical positions of the sides of the two lifting arms are separately hinged to a hook overturning oil cylinder; an unlocking device is arranged on a cross arm; and the unlocking device is used for drivingunlocking or locking actions of a rotary locking device. The air-overturning and conveying device is novel in structure, convenient to operate, automatic and flexible in operation, safe and high-efficient.

Description

technical field [0001] The invention relates to the technical field of autoclaved aerated block production equipment, in particular to an air-flip conveying device for an autoclaved aerated block mold frame. Background technique [0002] In the production process of the autoclaved aerated block, the aerated block is a complete set of continuous process from pouring to final molding and demoulding, in which the aerated block mold frame is an important The combined formwork composed of the side plate and the side plate, after the demoulding is completed, the formwork body and the side plate are in a separated state. When the production continues, the two need to be reassembled, and then they are transferred to the pouring track together. For pouring operation, the existing mold frame transfer equipment has the following problems: ①The locking and unlocking operation between the side plate and the mold frame body is extremely inconvenient, and most of them rely on manual operat...

AI Technical Summary

Problems solved by technology

[0002] In the production process of the autoclaved aerated block, the aerated block is a complete set of continuous process from pouring to final molding and demoulding, in which the aerated block mold frame is an important The combined formwork composed of the side plate and the side plate, after the demoulding is completed, the formwork body and the side plate are in a separated state. When the production continues, the two need to be reassembled, and then they are transferred to the pouring track together. For pouring operation, the existing mold frame transfer equipment has the following problems: ①The locking and unlocking operation between the side plate and the mold frame body is extremely inconvenient, and most of them rely on manual operation, which has low efficiency and low safety ;②Because there is a change in azimuth and position during the closing process of the formwork body and the side panels, it is necessary to turn over the angle. The traditional design of the overturning hook has potential safety hazards in the process of lifting the formwork body together with the side panels. In the actual operation, there have been incidents where the mold frame fell and hurt people; ③The traditional mold frame transfer operation does not have a set of overall automation equipment, and many of them are manually operated, which cannot keep up with the timeliness, and the operation is laborious and extremely inconvenient

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