Glass coloring and mixing small material automatic batching device

Abstract

The invention discloses an automatic blending device of a glass coloring mixed material. The automatic blending device comprises a raw material scale group, a feeding conveyor belt group, a first bucket elevator, a second bucket elevator, a first discharging conveyor belt group, a second discharging conveyor belt group and coloring material scales. The feeding conveyor belt group is connected with a feeding opening of the first bucket elevator and a feeding opening of the second bucket elevator respectively; two discharging openings of the first bucket elevator are connected with first discharging conveyor belt group and the second discharging conveyor belt group respectively; two discharging openings of the second bucket elevator are connected with the input end of the first discharging conveyor belt group and the input end of the second discharging conveyor belt group respectively; one coloring material scale is arranged above the first discharging conveyor belt group, and the other coloring material scale is arranged above the second discharging conveyor belt group. When the automatic blending device of the glass coloring mixed material conducts blending for two glass kilns, cross contamination of raw materials can be avoided in the blending process, the blended material is good in uniformity, and weighing accuracy of a coloring agent is high.

Description

Technical field [0001] The invention belongs to the technical field of glass production, and relates to an automatic batching device, in particular to an automatic batching device for glass coloring and mixing small materials. Background technique [0002] For daily glass products companies that mainly produce bottles and cans, the mixing quality of glass raw materials is very important to ensure the quality of molten glass in the glass furnace, the color of the molten glass, and the quality of bottle and can forming. It is the glass forming quality (such as Bottle thickness uniformity, physical and chemical properties, and other glass defects) are an important factor in eligibility. [0003] In order to ensure the stable melting quality and color stability of the glass in the furnace, and to avoid the quality of the glass bottle and the change of the color during the forming process, the quality of the bottle is affected. Domestic glass bottle and can manufacturers generally use m...

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Problems solved by technology

[0004] However, in order to reduce production costs, current glass bottle and jar companies generally use one automatic batching line to feed two glass kilns. The disadvantages of one automatic batching line for two glass kilns are: 1. Two glass kilns When the kiln produces glass bottles and jars of different colors, it is easy to cause cross-contamination of raw materials in the three-way distributor; 2. When weighing, when the small amount of colored material is weighed, the colorant is easy to hang on the wall of the weighing bucket 3. The colorant and other raw materials are weighed on a scale, and the weighing accuracy of the colorant is poor

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