Multifunctional material distribution equipment and application method thereof

Abstract

The invention discloses multifunctional material distribution equipment and an application method thereof. The multifunctional material distribution equipment comprises a first powder falling conveying module. The first powder falling conveying module comprises discharging hoppers. Modeling devices are arranged between the discharging hoppers. A vibration screen is arranged between each modeling device and the corresponding discharging hopper in front of the modeling device, and the position adjacent to a feeding module is provided with a material flattening device. A main belt is arranged below the vibration screens, and the end portion of the main belt is adjacent to a forming device. The feeding module and a second powder falling conveying module are arranged above the main belt, and the feeding module is closely adjacent to the first powder falling conveying module. The second powder falling conveying module comprises discharging hoppers, a conveying belt, a transfer hopper and a pushing frame, wherein the lower portion of the conveying belt is connected with the pushing frame, and the discharging hoppers are arranged above the conveying belt. The feeding module comprises discharging hoppers, a feeding grid and a pushing frame, wherein the lower portion of the feeding grid is connected with the pushing frame. According to the multifunctional material distribution equipmentand the application method thereof, the production efficiency is improved, production equipment input management, maintenance and cost in the related technology are reduced, and the occupied space isgreatly saved.

Description

technical field [0001] The invention relates to the field of architectural ceramic tiles, in particular to a multifunctional distributing equipment and a method for using the same. Background technique [0002] In the decoration of modern buildings, the top-ranking decorative materials are none other than high-grade natural stones with natural patterns and shapes, especially high-grade marbles with fine and attractive textures. With people's emphasis on scarce resources and environmental protection, using ceramic tiles to imitate stone products has become a major trend in home furnishing and decoration, and is widely favored by people. The specific subdivisions of ceramic tile products include micro-powder polishing, inkjet Glazed tiles, antique tiles, polished tiles, etc., and in recent years, new materials or cost-effective or products such as whole-body ceramic tiles that are close to the overall texture of natural stone, and ceramic products containing surface dry partic...

AI Technical Summary

Problems solved by technology

[0003] People in the industry know that the existing technologies for making the above-mentioned types of ceramic tile bodies are all prepared by different distributing equipment, and the commonality between different distributing equipment is not strong. They want to produce products with different processes or materials on the same equipment to achieve comprehensive Performance improvements are difficult to achieve

Therefore, the manufacturer must plan the supporting production line according to the process type of the product or the performance of the material, cost constraints, etc., so that the manufacture of products with different processes or different material types requires specific equipment, and it is necessary to arrange a suitable space location. Correspondingly, due to the type of equipment It takes up a lot of space, especially when it is necessary to switch to other craft products, it is necessary to change the corresponding cloth equipment. This will be a great waste for stable production, improve efficiency, and control manufacturing costs, and it will also make effective use of resources. The rate is low, which virtually increases the equipment cost, management cost and depreciation cost of the manufacturer

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