Green brick transfer machine for refractory brick salt leaching process

Abstract

The invention relates to a green brick transfer machine for a refractory brick salt leaching process. The green brick transfer machine comprises a walking vehicle body, a lifting hydraulic cylinder, vehicle-mounted guide rails and a brick cage lifting tool. The walking vehicle body is provided with walking wheels and can walk along the guide rails under the drive of a walking drive device. The walking vehicle body is fixedly provided with the lifting hydraulic cylinder, a piston rod of the hydraulic cylinder stretches out from the position below the walking vehicle body, and the stretching-outend of the piston rod of the hydraulic cylinder is connected with the brick cage lifting tool through a hinge lifting mechanism. The two sides of the brick cage lifting tool are provided with liftingtool guide wheels, the bottom, on the stretching-out side of the piston rod of the hydraulic cylinder, of the walking vehicle body is provided with vehicle-mounted guide rails corresponding to the lifting tool guide wheels. Direction guiding of a brick cage is achieved through match between the lifting tool guide wheels and the vehicle-mounted guide wheels before the brick cage enters a salt leaching groove. The inner walls of the two sides of the salt leaching groove are provided with ingroove guide wheels correspondingly, and direction guiding of the brick cage is achieved through match between the ingroove guide wheels and the outer side wall of the brick cage after the brick cage enters the salt leaching groove. The walking vehicle body is further provided with a walking positioning device. The green brick transfer machine is simple and light and handy in structure and convenient to operate, precise positioning of a green brick can be achieved in the salt leaching process, and a reliable lifting guiding mechanism is arranged.

Description

technical field [0001] The invention relates to a walking transportation device, in particular to a brick adobe transfer machine for refractory brick salt soaking process. Background technique [0002] In the salt soaking process of refractory bricks, the bricks are placed in the brick cage and placed in the preparation position first, and then placed on the kiln car and dried in the kiln after soaking in salt and draining water. In order to meet the requirements of continuous production, it is often necessary to set up brick cage brick loading positions, multiple salt soaking tanks, and multiple draining tanks in sequence on a production line. After the process of salting and draining, it is placed on the kiln car and then dried in the kiln, which requires the whole process to be fully automatic; because the transfer process of brick adobe is relatively complicated, and the transfer process will also cause the accumulation of errors in the position of the brick cage, so eac...

AI Technical Summary

Problems solved by technology

In order to meet the requirements of continuous production, it is often necessary to set up brick cage brick loading positions, multiple salt soaking tanks, and multiple draining tanks in sequence on a production line. After the process of salting and draining, it is placed on the kiln car and then dried in the kiln, which requires the whole process to be fully automatic; because the transfer process of brick adobe is relatively complicated, and the transfer process will also cause the accumulation of errors in the position of the brick cage, so each station needs to be adjusted. The accurate positioning of the brick cage ensures the smooth transfer of bricks, so there is a high requirement for the positioning function of the brick transfer device; in addition, due to the high height of the brick cage and the deep salt bath, the lifting stroke of the brick transfer device is very large , if there is no suitable guide mechanism, the brick cage will tilt during the lifting process, and even cause accidents

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