Intelligent induction control method

Abstract

The invention discloses an intelligent induction control method, and an intelligent induction based control system comprises intelligent induction lamps and an intelligent sensor. The number of the intelligent induction lamps is n, n is greater than or equal to 1, the intelligent induction lamps are divided into N groups according to areas or the number, N is greater than or equal to 1, and all the intelligent induction lamps in each group are in a one-way linkage illumination mode or a non-one-way linkage illumination mode. Any two adjacent groups of intelligent induction lamps are in an associated illumination mode or a non-associated illumination mode, in the associated illumination mode, induction areas of the two adjacent groups of intelligent induction lamps do not coincide, and at least one intelligent sensor is arranged between the two groups of intelligent induction lamps. At least one intelligent induction lamp in each group of the two groups of intelligent induction lamps is in interactive wireless communication connection with the corresponding intelligent sensor and is associated with the corresponding intelligent sensor; and in the non-associated illumination mode, the induction areas between the two adjacent groups of intelligent induction lamps are partially overlapped. According to the method, the automatic turn-on time, the number of the induction lamps and the illumination contextual model type can be set in a user-defined mode, and the outdoor illumination intensity of different application scenes, different time periods and environments where the induction lamps are located is automatically switched to different illumination contextual models, so energy is saved to the maximum extent under the condition that normal operation conditions of the induction lamps are not affected.

Description

technical field [0001] The invention relates to an intelligent induction control method. Background technique [0002] Induction lights are a new type of intelligent lighting product that automatically controls the lighting of the light source through the induction module. It can automatically turn on the lighting and automatically turn off with a delay after people leave; induction lights are often installed in some larger buildings in daily use, such as Public areas such as residential buildings, shopping malls, hospitals, airports, and urban roads are used to bring light to users in dark areas or when the lights are dim; however, the existing sensor lights have the following defects: First, many public areas are currently equipped with The distance between the induction lights will be longer, so as to meet the requirements of use and reduce the trouble of wiring and wiring as much as possible and the unnecessary waste of resources. When people walk in the building, becaus...

AI Technical Summary

Problems solved by technology

[0002] Induction lights are a new type of intelligent lighting product that automatically controls the lighting of the light source through the induction module. It can automatically turn on the lighting and automatically turn off with a delay after people leave; induction lights are often installed in some larger buildings in daily use, such as Public areas such as residential buildings, shopping malls, hospitals, airports, and urban roads are used to bring light to users in dark areas or when the lights are dim; however, the existing sensor lights have the following defects: First, many public areas are currently equipped with The distance between the induction lights will be longer, so as to meet the requirements of use and reduce the trouble of wiring and wiring as much as possible and the unnecessary waste of resources. When people walk in the building, because the two induction lights are far away, When people leave the sensing area of ​​the current sensor light and have not walked to the sensing area of ​​the next sensor light, they usually experience a section of dimly lit or no-light area, which affects the user experience and poses a greater safety hazard; the second , in two adjacent areas, due to obstacles such as walls or doors, when the user leaves the current area and enters another area, because the sensor light in the other area cannot be turned on in advance, the user often experiences a state of darkness in front of his eyes, and the The situation in another area is unpredictable, causing inconvenience for users and affecting user experience; third, the existing sensor lights can only be turned on when they sense people, but cannot adjust the brightness of the lights

However, under different ambient light levels, the requirements for light brightness are different. For example, on cloudy days, the light brightness can be lower, but at night, the light brightness needs to be higher, while the existing sensor lights have constant brightness. , cannot be adjusted

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