Brick discharge system of brick machine

Abstract

The invention provides brick discharge systems of brick machines and particularly relates to a brick discharge system, which is highly safe, easy and convenient to operate, and has no damage to a machine. The brick discharge system comprises a push-and-pull oil cylinder and a brick discharge oil cylinder, a cylinder plug of the push-and-pull oil cylinder is fixed on the side surface of a machine frame of the brick machine, a platform is arranged below the machine frame, two parallel guide rails are welded at the upper end of the platform in the push-and-pull direction of the push-and-pull oil cylinder, two ends of each guide rail are respectively provided with a proximity switch, platform guide wheels which form a prismatic pair with the guide rails are clamped onto the bottom of the machine frame, and bearings are arranged between the platform guide wheels and the guide rails; the brick discharge oil cylinder is arranged below the platform, and a brick discharge ejector pin is fixed onto the cylinder plug of the brick discharge oil cylinder. The brick discharge system is highly safe and easy and convenient to operate and can effectively avoid abrasion of the machine.

Description

technical field [0001] The invention relates to the field of brick output by a brick press, in particular to a brick output system with high safety, easy operation and no damage to the machine. Background technique [0002] The existing brick output system is to use the motor to drive the transmission device to drive the slider to move up and down in a straight line to generate striking force for the production of refractory bricks. The upward movement of the slider drives the upward movement of the ejector rod of the brick ejector during brick ejection. There are several disadvantages in the existing brick ejector system: 1. The feeding and brick ejection in the existing production process are all completed under the hammer head . The operator needs to frequently put his hand under the hammer head for feeding, leveling and brick output. If the machine operator misuses or the brake fails to make the hammer head slide during the process, it is easy to cause injury to the ope...

AI Technical Summary

Problems solved by technology

The operator needs to frequently put his hand under the hammer head for feeding, leveling and brick output. If the machine operator misuses or the brake fails to make the hammer head slide during the process, it is easy to cause injury to the operator; 2. A lot of mud is used in the production of steel converter bricks. The existing system is inconvenient to add materials during production. It is difficult to evenly shovel the accumulated mud after feeding. Porosity increases the probability of spalling; 3. To produce bricks in the existing brick production method, it is necessary to pull out the refractory bricks first and then rotate them, and then hold the bricks

The dragging and rotation during this process can easily have a negative impact on the surface quality of the refractory bricks

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