复配食品添加剂加工系统
The compound food additive processing system, which combines vertical layout and pneumatic conveying, solves the problems of easy blockage in material conveying and dust pollution, realizes automated and environmentally friendly production, and improves production efficiency and product quality.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Filing Date
- 2025-09-22
- Publication Date
- 2026-07-17
AI Technical Summary
Existing compound food additive processing systems suffer from problems such as easy blockage of material conveying, low production efficiency, and serious environmental pollution, especially incomplete dust treatment, which affects production efficiency and working environment.
The raw material supply device, finished product packaging device, and exhaust dust removal device are arranged vertically. The process is automated by using gravity and pneumatic conveying principles. Combined with weighing mechanism, mixing bin, pneumatic conveying mechanism and inspection sieve, it ensures quantitative mixing of raw materials and quality of finished products. The exhaust dust removal device forms a closed loop to recover dust.
It has enabled the automation, efficiency, and environmental friendliness of compound food additive processing, improving production efficiency, reducing dust pollution, ensuring product quality, and lowering production costs.
Smart Images

Figure CN224511528U_ABST
Abstract
Claims
1. A compounded food additive processing system, characterized by, It includes a vertically arranged raw material supply device, finished product packaging device, and exhaust dust removal device, wherein: The raw material supply device includes a silo I (1), a weighing mechanism (2), a mixing silo (3), a pneumatic conveying mechanism, a lifting pipe (5), and an inspection sieve (7) arranged in sequence. The raw material is temporarily stored in the silo I (1). The weighing mechanism (2) is located at the outlet of the silo I (1) and is used to weigh the raw material quantitatively. The remaining raw material mixed in the mixing silo (3) is conveyed to the lifting pipe (5) through the pneumatic conveying mechanism I (4) and then sent upward to the input end of the inspection sieve (7) through the lifting pipe (5). The finished product packaging device includes a packaging machine (8) and a production line (9); the packaging machine (8) is located at the output end of the inspection sieve (7), and the production line (9) is located below the packaging machine (8); the production line (9) contains the compound food additive packaging bags of the finished product. The dust extraction and removal device includes a drive mechanism I (6), a dust removal channel I (10), and a dust removal channel II (11); the drive mechanism I (6) includes an air extractor I that cooperates with the pneumatic conveying mechanism, and a dust collector that cooperates with the dust removal channel I (10) and the dust removal channel II (11); the dust removal channel I (10) and the dust removal channel II (11) respectively transport the dust generated by the inspection sieve (7) and the baler (8) back to the silo I (1).
2. The complex food additive processing system of claim 1, wherein The weighing mechanism (2) of the raw material supply device is a weighing sensor; the mixing chamber (3) is equipped with a paddle agitator, and the bottom of the mixing chamber (3) is connected to the feed end of the pneumatic conveying mechanism I (4) through a pneumatic butterfly valve; the lifting pipe (5) is equipped with a flow regulating valve; the inspection sieve (7) is a double-layer vibrating sieve.
3. The complex food additive processing system according to claim 1 or 2, wherein The raw material supply device also includes a mixing chamber II (13) and a pneumatic conveying mechanism II (14). The mixing chamber II (13) temporarily stores the mixed compound food additives. The mixed compound food additives in the mixing chamber II (13) are conveyed to the lifting pipe (5) through the pneumatic conveying mechanism I (4).
4. The complex food additive processing system of claim 3, wherein The dust extraction device also includes a drive mechanism II (15), which includes a vacuum pump II that cooperates with the pneumatic conveying mechanism II (14).
5. The complex food additive processing system of claim 4, wherein, The dust extraction device's extraction fan I and extraction fan II are both Roots blowers, and the dust flow velocity range of the pneumatic conveying mechanism I (4) and pneumatic conveying mechanism II (14) is 18-25 m / s.
6. The complex food additive processing system of claim 1, wherein The output end of the dust collector is divided into two parts. One part is connected to the pneumatic conveying mechanism I (4) to collect dust to the pneumatic conveying mechanism I (4); the other part is connected to the collection port (12) to collect dust.