Warehousing tracking lighting system

Abstract

The invention discloses a warehousing tracking lighting system, which comprises a central control module, a lighting control module and an AGV control module. The central control module is used for acquiring the position of an AGV and sending a turn-on instruction to the lighting control module. The AGV control unit comprises a micro control unit, a distance measuring unit and a scanning code positioning unit. The micro control unit is used for acquiring distance information sent by the distance measuring unit and generating an execution instruction. The distance measuring unit measures the distance information between the AGV and a followee and sends the distance information to the micro control unit. The invention discloses the lighting system which tracks a user's actions through infrared distance measurement by the AGV, and at the same time, the AGV identifies a ground two-dimensional code for positioning and turns on a lighting unit of the corresponding alignment position according to the current position. The warehousing tracking lighting system in the invention effectively avoids the case where the lighting units in a large warehouse are turned on for a long time, is energysaving and environmentally friendly, can adjust a lighting system according to the user's position, and is intelligent and convenient.

Description

technical field [0001] The invention belongs to the technical field of lighting systems, in particular to a storage tracking lighting system. Background technique [0002] At present, traditional lighting systems such as high-pressure sodium lamps or high-pressure mercury lamps are used in storage lighting facilities such as warehouses. Although the lighting effect is good, it needs to consume a lot of electricity every year. Traditional lighting systems such as high-pressure mercury lamps or high-pressure mercury lamps are increasingly unable to meet energy-saving needs, and the life of high-pressure sodium lamps or high-pressure mercury lamps is short, and the maintenance workload is relatively large; if semiconductor road lighting systems are used, although they have energy-saving features, but Its cost is expensive, and its electrical circuit is not compatible with the high-pressure sodium lamp road lighting system currently used in large quantities. If the high-pressure...

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