Travel control apparatus of brick laying machine

Abstract

The invention relates to the technical field of brick laying machines, in particular to a travel control apparatus of a brick laying machine, which solves the problem about the travel positioning of an old brick laying machine. The travel control apparatus of the brick laying machine is characterized in that a guide rail is disposed above a brick laying machine track and is parallel to the brick laying machine track, a stopping device, a baffle plate and a winding device are successively distributed along the moving direction of the brick laying machine, the stopping device is provided with alimiting switch, the brick laying machine and the baffle plate are provided with a limiting switch matched therewith, and a pulling rope penetrates through the baffle plate to be connected with the stopping device; the upper end of the stopping device is provided with a concave sliding groove, the sliding groove is sleeved into the guide rail, the sliding groove is provided with a push-pull electromagnet, the bottom of the push-pull electromagnet is provided with a pulley in a hanging manner, a rotating shaft of the pulley is fixed on a push-pull rod of the push-pull electromagnet, and a pulley is disposed on the guide rail in the sliding groove; and the lower end of the stopping device is provided with an electromagnetic suction cup, and the electromagnetic suction cup is disposed on a track of the brick laying machine. By adopting the travel control apparatus, the working efficiency of the old brick laying machine can be effectively increased, on the premise of not performing the complicated and high-cost modification and upgrading of devices, the automatic reciprocating work of the brick laying machine is realized, and the modification cost is decreased.

Description

technical field [0001] The invention relates to the technical field of brick laying machines, in particular to a stroke control device for brick laying machines. Background technique [0002] With the improvement of my country's infrastructure construction, more and more brick roads are laid on sidewalks in the process of urban construction. Many brick roads are often laid one by one manually. In addition, the roads are getting wider and wider. The requirements for smoothness are also getting higher and higher. The pavement that needs to be paved is not only large in size, but also highly technically difficult. It also requires a lot of manual continuous work, which wastes a lot of labor. At the same time, the labor is often very expensive and the work efficiency is very low. , so that the construction budget is greatly improved. [0003] Since the existing brick laying machine adopts the continuous or slope brick laying method, the brick laying machine does not have the func...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of my country's infrastructure construction, more and more brick roads are laid on sidewalks in the process of urban construction. Many brick roads are often laid one by one manually. In addition, the roads are getting wider and wider. The requirements for smoothness are also getting higher and higher. The pavement that needs to be paved is not only large in size, but also highly technically difficult. It also requires a lot of manual continuous work, which wastes a lot of labor. At the same time, the labor is often very expensive and the work efficiency is very low. , greatly increasing the construction budget

[0003] Since the existing brick laying machine adopts the continuous or slope brick laying method, the brick laying machine does not have the function of laying dust at the same time, or does not have the function of applying an adhesive layer to the back of the floor tiles, and cannot meet the high standard brick laying process. People have higher and higher requirements for tile laying, and the technology has more finer requirements than before. In order to have more stable quality, in the brick laying construction, it is necessary to apply a layer of cement slurry on the back of the floor tiles as a bonding layer, so that the floor tiles and the floor can be pasted more closely. Firm, in order to achieve full coverage of the cement slurry and the back of the floor tiles, it is necessary to turn the floor tiles to apply the cement slurry. When laying tiles, the process of turning over the floor tiles is added. Therefore, when the floor tiles are placed on the floor, the brick laying machine remains static. At the same time, the brick laying machine needs to lay the bottom ash on the floor, and the brick laying machine needs to move horizontally when laying the bottom ash. For floor tiles, after laying a floor tile, it is necessary to spread ash forward and stop temporarily to lay the floor tiles again, and repeat this two-step process in this cycle. According to the actual situation, design a stroke control device for the brick laying machine that can realize automatic work without complicated improvement

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