Frequency control system and method using type detection

Abstract

The invention relates to a frequency control system using type detection, comprising: a uniform transmission mechanism, which is composed of a single transmission motor and a plurality of rolling shafts, and the transmission motor is respectively connected with the plurality of rolling shafts for driving the multiple The two rolling shafts drive the vegetables above to be conveyed at a constant speed in the horizontal direction according to the set speed; the cutting actuator is used to perform uniform cutting operations on the conveyed vegetables according to the adjusted cutting frequency of the frequency adjustment device; the vegetable storage box is used for Receives and holds vegetable bodies after performing a constant speed cutting operation on vegetables. The invention also relates to a frequency regulation method using type detection. The frequency control system and method using type detection of the present invention are compact in structure, convenient and practical. Since different vegetable cutting frequencies can be adaptively selected based on the types of vegetables detected on site, different cutting demands of people for vegetables with different lengths of leaves or stems are met.

Description

technical field [0001] The invention relates to the field of intelligent control, in particular to a frequency control system and method using type detection. Background technique [0002] The main difference between intelligent control and traditional control is that traditional control methods must rely on the model of the controlled object, while intelligent control can solve the control problems of non-modeled systems. compared to traditional controls. [0003] Intelligent control has the following basic features: [0004] 1) The core of intelligent control is high-level control. It can effectively control complex systems (such as nonlinear, fast time-varying, complex multi-variable, environmental disturbances, etc.) globally, realize generalized problem solving, and have strong fault tolerance. [0005] 2) The intelligent control system can use the non-mathematical generalized model represented by knowledge and the hybrid control process represented by mathematics, an...

AI Technical Summary

Problems solved by technology

Due to the different types of vegetables, for example, the lengths of leaves of vegetables in the form of leaves are different, or the lengths of roots of vegetables in the form of rhizomes are different, and users have different cutting requirements for them. Vegetables with short leaves and vegetables with longer leaves require a slower cutting frequency, however, none of the existing vegetable cutting machinery can do this

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