Plastic bottle sorting refers to the separation of different types of plastic bottles from garbage for recycling. Typically, plastic bottle sorting is done with automated equipment that can identify and separate plastic bottles based on characteristics such as type, color, shape and size. The main purpose of plastic bottle sorting is to increase the recycling rate of waste, reduce environmental pollution and waste of resources.
Automatic equipment for plastic bottle sorting usually includes sensors, optical recognition systems, airflow classifiers, etc., which can identify and classify plastic bottles on the conveyor belt. Among them, the optical recognition system can identify the color and shape of plastic bottles, the sensor can detect the size and material of plastic bottles, and the airflow classifier can separate different types of plastic bottles through wind.
1. Gép-T LP sorting equipment adopts the latest deep learning technology combined with visible light spectrum (VIS) detection technology and hyperspectral near-infrared (NIR) detection technology, which can not only realize the separation of mineral water bottles, beverage bottles, daily chemical bottles, oil The color sorting and material sorting of pots, bottles and other bottles can also identify materials from multiple dimensions and multiple characteristics, so as to achieve the ability of shape selection and non-plastic material sorting, and greatly improve the effect of color sorting and material sorting;
2. The deep learning technology of Gép-T LP sorting equipment mainly uses sample feature marks, morphological marks, association, non-association feature marks, etc., the system intelligently expands the sample data of rejected objects, and the sorting effect is continuously optimized to easily realize minimalist classification. select.
3. The structural design of Gép-T LP sorting equipment takes recycling enterprises into consideration, and the design occupies a small area. It adopts a bouncing screen and a long belt for conveying. The material is scattered well, the transportation is super stable, the sorting efficiency is high, and the output is large.