Kitchen equipment linking noise reduction system and visual inspection system and linkage method thereof

Abstract

The invention provides kitchen equipment linking a noise reduction system and a visual inspection system and a linkage method thereof. The kitchen equipment comprises a range hood, a three-dimensionalspace sound field noise reduction system and the visual inspection system, wherein the three-dimensional space sound field noise reduction system is used for generating sound waves for balancing outnoises of the range hood; the range hood, the visual inspection system and the three-dimensional space sound field noise reduction system are powered by a range hood main board and are mutually and electrically connected; the range good is linked with the visual inspection system and the three-dimensional space sound field noise reduction system. The invention provides the kitchen equipment linking the noise reduction system and the visual inspection system; instant / in-time noise reduction is realized through linkage and the range hood which is really intelligent and has low noises is realized; furthermore, the invention further provides the linkage method utilizing the kitchen equipment so that the kitchen equipment is more intelligent and an optimized solution with mutually matched functions can be obtained.

Description

technical field [0001] The invention relates to the technical field of kitchen equipment, in particular to a kitchen equipment in which a noise reduction system is linked with a visual detection system and a linkage method thereof. Background technique [0002] At present, the control of the wind speed of the traditional range hood is mainly realized through physical buttons, and this method realizes the adjustment of the wind speed of the range hood through manual manipulation. This method has many disadvantages in actual operation: 1. The smog level is not clearly distinguished, and the human operation often adjusts the high power to prevent the occurrence of large smog, thus causing a great waste of power resources; 2. Artificially adjusting the range hood wind speed will have Delay affects the operating experience. [0003] The existing automatic speed range hood has achieved a great improvement in the performance of the range hood. Most of them are based on non-visual ...

AI Technical Summary

Problems solved by technology

This method has many disadvantages in actual operation: 1. The smog level is not clearly distinguished, and the human operation often adjusts the high power to prevent the occurrence of large smog, thus causing a great waste of power resources; 2. Artificially adjusting the range hood wind speed will have Delay, affecting the operating experience

[0003] The existing automatic speed range hood has achieved a great improvement in the performance of the range hood. Most of them are based on non-visual smoke detection devices, which can judge the smoke concentration near the smoke detection device. Determine the range of smoke, and it is not sensitive to water vapor, so the maximum power is used for the smoke with a small range but high concentration, resulting in false alarms, false alarms, false alarms, etc., and the additional functions of the current range hood do not have linkage , such as the noise reduction function, generally there will be a delay of more than 5 seconds, which greatly affects the user experience

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