Range hood infrared control method, system and range hood

Abstract

The invention provides a kitchen ventilator, an infrared control method and a system for the kitchen ventilator and relates to the technical field of kitchen ventilators. The method comprises the following steps: collecting monitoring parameter values; adopting a median average filtering algorithm for treating the monitoring parameter values, thereby acquiring a feedback parameter value; confirming state section, parameter variation and parameter change rate of feedback parameter value in a preset period; controlling the running state of the kitchen ventilator according to the state section, parameter variation and parameter change rate. The kitchen ventilator, the infrared control method and the system for the kitchen ventilator provided by the embodiment of the invention are capable of acquiring the feedback parameter value by adopting the median average filtering algorithm for treating the monitoring parameter values, confirming the state section, parameter variation and parameter change rate of feedback parameter value and thus controlling the running state of the kitchen ventilator according to the state section, parameter variation and parameter change rate, and are capable of increasing the accuracy of temperature measurement data and the matching degree during the cooking process, automatically accurate controlling blast capacity of kitchen ventilator and guaranteeing cooking safety.

Description

technical field [0001] The invention relates to the technical field of range hoods, in particular to an infrared control method and system for range hoods and the range hood. Background technique [0002] With the development of artificial intelligence technology, smart home appliances have begun to attract consumers' attention. The range hood system is an indispensable central control system for kitchen appliances. The manual control of smoking in traditional hoods can no longer satisfy everyone's yearning for a better cooking life. In addition, cooking tools such as traditional gas stoves (hereinafter referred to as cooking tools) will cause kitchen safety hazards such as dry burning, air combustion, and even fire when creating kitchen works. In order to solve such problems, temperature sensors are added to the structure of cooking tools such as stoves. The contact temperature sensor in the burner of traditional stoves detects that when the temperature under the pot is gr...

AI Technical Summary

Problems solved by technology

This method has high requirements on the precision of the structure, and is affected by oil stains, carbon deposits on the bottom of the pot, contact time, etc. The detection of the metal thermal sensor is inaccurate, and the accuracy and durability of the temperature sensor are tested and have great limitations. , it cannot be realized for all cooking tools, and the linkage control of the hood in each cooking state has not been achieved for precise smoking, and the degree of intelligence is far from meeting the needs of users for easy cooking

Images