Moving reversing device of special mold for building materials

Abstract

The invention relates to a moving reversing device of a special mold for building materials. The moving reversing device comprises a mounting underframe, a transverse sliding rail is erected at the top of the mounting underframe, a longitudinal driving shaft is arranged in the middle of the upper end surface of the mounting underframe, a lifting driving cam is fixedly connected to the longitudinaldriving shaft in a penetrating manner, vertical lifting rods are movably connected to four corners of the upper end surface of the mounting underframe in a penetrating manner, a lifting plate frame is fixed to the top ends of the vertical lifting rods, a longitudinal driven shaft is arranged in the middle of the lower end face of the lifting plate frame, a transverse rotating shaft is arranged atthe upper end of the lifting plate frame, transverse rollers are arranged at the positions, close to the two ends, of the transverse rotating shaft, and driven belt wheels are fixed to the transverserotating shaft. According to the moving reversing device, steering traveling of a forming mold can be rapidly achieved, the action stroke is small, the automatic control cost is low, meanwhile, the position of the forming mold does not need to be aligned after steering, then high-efficiency operation of the forming mold is achieved, and the device is matched with a special building material forming mold, so that infinite circulation action of the forming mold can be achieved.

Description

technical field [0001] The invention relates to the technical field of a special mold moving device for building materials, in particular to a moving and reversing device for a special mold for building materials. Background technique [0002] In the production process of building materials, a large number of non-powered forming molds are required. Multiple non-powered forming molds are arranged together and rely on external force to propel them. During the operation and turnover of the molds, the walking direction needs to be changed. It is generally used that the forming molds enter a dedicated After the station, it is realized by rotating 90 degrees together with the special station. In this way, the mold displacement operation mode has the following disadvantages in the process: 1) If the mold is large, the linear speed outside the mold will be too fast during the rotation process. For the sake of safety , the rotation process has to reduce the speed, and the production ...

AI Technical Summary

Problems solved by technology

[0002] In the production process of building materials, a large number of non-powered forming molds are required. Multiple non-powered forming molds are arranged together and rely on external force to propel them. During the operation and turnover of the molds, the walking direction needs to be changed. It is generally used that the forming molds enter a dedicated After the station, it is realized by rotating 90 degrees together with the special station. In this way, the mold displacement operation mode has the following disadvantages in the process: 1) If the mold is large, the linear speed outside the mold will be too fast during the rotation process. For the sake of safety , the rotation process has to reduce the speed, and the production efficiency will be greatly reduced; 2) When the mold rotates, it will occupy a considerable part of the space, causing two adjacent molds to collide, and it is necessary to move the special rotary station a certain distance to overcome this. The action reduces the production efficiency again; 3) After the rotation, the mold changes 90 degrees. If it is a non-square mold, the final mold needs to be rotated 90 degrees again to return to the original state

Images