Stereoscopic curing kiln

Abstract

The invention provides a stereoscopic curing kiln. The stereoscopic curing kiln comprises a kiln body, a lifting ferry vehicle, a pushing and pulling device and a humidity adjusting system. The pushing and pulling device comprises a lifting door mechanism and a direct pushing mechanism arranged on the side wall of the lifting ferry vehicle, one end of the lifting door mechanism is arranged on theside wall, opposite to the direct pushing mechanism, of the lifting ferry vehicle, and the other end of the lifting door mechanism is connected with a door of the kiln body. The humidity adjusting system comprises a moisture supply mechanism and partition plates, and the multiple partition plates partition the kiln body into a plurality of curing spaces which mutually communicate. According to thestereoscopic curing kiln provided by the invention, through the lifting door mechanism and the direct pushing mechanism, the lifting door mechanism is connected with the kiln body, thus building materials can easily enter the kiln body, operation is easy, and the time and labor are saved; and the humidity adjusting system is arranged in the kiln body and comprises the moisture supply mechanism and the multiple partition plates, the partition plates partition the kiln body into the multiple curing spaces which mutually communicate, the different building materials are cured, and automation humidity control is achieved.

Description

【Technical field】 [0001] The invention relates to the technical field of building material manufacturing, in particular to a three-dimensional curing kiln. 【Background technique】 [0002] In the production process of building materials, maintenance is one of the basic procedures, which has a great influence on the quality of building materials. The purpose of maintenance is to ensure the normal setting and hardening of building materials so that they can achieve qualified physical, mechanical and mechanical properties. For example, in order to obtain good quality concrete products, curing must be carried out after the concrete products are formed to ensure the normal progress of the cement hydration process. After the concrete is poured and tamped, it needs to undergo a hydration reaction under appropriate temperature and humidity conditions, and gradually condense and harden to form strength. In order to ensure that the finished concrete prefabricated parts are qualified,...

AI Technical Summary

Problems solved by technology

[0003] In the related technology, due to the limited space in the curing kiln, the motor pulley mechanism cannot be installed. If only relying on the active motor pulley mechanism on the lift ferry car to give the steel trolley a driving force to move back and forth, it is impossible to move the steel trolley to the designated position. Therefore, the operation of building materials in the process of entering the curing kiln is very cumbersome; moreover, the building materials are placed in the kiln for curing, the temperature and humidity control system of the curing kiln is single, the control process needs to be manually set, the degree of automation is low, and the operation process cumbersome

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