Rotary die filling furnace ramming machine

Abstract

The invention discloses a rotary die filling furnace ramming machine, which is characterized in that the machine comprises a heating furnace, a die pipe, a transmission device, a centering device, a damping device, a flat plate and a bottom plate, wherein the heating furnace is arranged on the flat plate and is connected with the flat plate in a spot welding way, the die pipe is arranged in the heating furnace, the transmission device and the damping device are arranged at the lower part of the heating furnace and between the flat plate and the bottom plate and are connected with the heating surface and the die pipe, and the centering device is arranged at the upper part of the die pipe and is connected with the top end of the die pipe. Since electrical drive is adopted to substitute for manual turning, the work efficiency is greatly improved and the rejection rate of the product is reduced. Moreover, since the centering device and the damping device are arranged, under the joint action of the centering device and the damping device, the vibrating effect is enhanced, the heat preservation effect and the thermal insulation effect are good, the product quality is improved and the energy consumption is reduced.

Description

technical field [0001] The invention relates to a rotary mold injection furnace building machine, in particular to a machine designed for a rotary mold injection furnace builder capable of semi-automatic processing, which can effectively improve work efficiency, improve product quality, and prevent waste products. Background technique [0002] We know that refractory mud needs to be poured during the production of the heating furnace. The heating furnace is required for production. There is a round hole channel in the middle. It is necessary to continuously rotate the steel mold tube during pouring to ensure that the mold tube will not be stuck and heated. The furnace is placed on the vibrating bottom plate, and the air motor is used to vibrate the furnace during pouring to make the refractory mud uniform and dense. This method has the following disadvantages: [0003] 1. In the past, during the pouring process, the heating furnace was fixed on the vibrating bottom plate, an...

AI Technical Summary

Problems solved by technology

[0003] 1. In the past, during the pouring process, the heating furnace was fixed on the vibrating bottom plate, and the mold tube was rotated manually, because the refractory mud will expand when it meets water, which has resistance to the rotating mold tube, and it has little effect when pouring a small heating furnace; when pouring In the case of a large heating furnace, multiple people are required to continuously rotate for a long time. If there is a slight slack, the mold tube will be stuck and the heating furnace will be scrapped;

[0004] 2. Because the heating furnace has various specifications, it is very inconvenient to fix the heating furnace when vibrating. The usual method is to weld the lower part firmly with angle steel. Ineffective, wastes power while in use

Images