Intelligent interactive system of sightseeing bicycle and stage lighting

Abstract

The invention relates to an intelligent interactive system for sightseeing bicycle and stage lighting, it belongs to the interactive performance mode of the combination of innovative scenic spots andstage landscape lamps and lanterns, When a tourist rides a sightseeing bicycle near a scenic spot in a scenic spot, the card reader antenna detects the signal from the electronic tag on the sightseeing bicycle, the card reading antenna transmits the tag information including the card number and the RSSI field strength value to the control box through the RS232 serial interface module. The card number is unique identification information, according to the preset authentication, when the card number on the sightseeing bicycle is identical to a card number in the MCU rica number library and the RSSI value is greater than S (standard), the MCU controls the lighting scene program to run automatically, and the lighting fixture performs according to the control instruction transmitted from the interface module; and when the card number on the sightseeing bicycle is identical to a card number in the MCU rica number library, the MCU controls the lighting scene program to run automatically. Whenthe sightseeing bicycle leaves the attraction and the RSSI value transmitted by the card reader antenna is less than S (standard), the MCU stops the lighting show and the system returns to the initial state.

Description

technical field [0001] The invention belongs to the field of lighting control in scenic spots, in particular to the field of interaction between sightseeing bicycles in scenic spots and lamps for stage landscapes. Background technique [0002] At present, tourism has become a hot spot in the society, and the scenic spots are also of various types, such as mountains, water, stones, roads, bridges, statues, buildings and so on. The lights in the scenic area are mainly street lights or LED line lights that can be wrapped around trees or landscapes for pure decoration, as simple lighting or rendering effects, and the intelligent control of lights has always been applied to power saving. Intelligently control the brightness of the light according to the time and the flow of people to achieve the purpose of saving power and avoiding waste of resources. [0003] Due to the special geographical environment of the scenic spot, the most common means of transportation in the scenic sp...

AI Technical Summary

Problems solved by technology

"It can be seen that although it is a lighting interactive system, it is not suitable for scenic spots at all, because combined with its background technology description "In order to realize the interaction between the human body and the lighting system, the LED lighting interactive system with gravity sensing function released in 2012, the The system interacts with the body weight and LED lights. The system is installed on the ground and requires a wider area. The change of the interactive effect is only related to the size of the force under the feet. The interactive area is limited to the area of ​​the light matrix module and cannot realize the full range of the light matrix. The lighting interaction in the interior is less effective

", as can be seen from the above, in order to achieve the covered range within the entire range of the light matrix, 1- each lamp is equipped with a sensor node; 2- the lamps and sensor nodes are formed into an array and evenly arranged on the ceiling, It can be seen that it is obviously used for indoor stages, booths, exhibition areas or ballrooms. It belongs to the interactive innovation of traditional performance venues for professional stage lighting. The sensing method is matched with each lighting fixture. The way of the sensor determines that it cannot be used in the open-air attractions of the scenic spot, and there is no specific identification for tourists, so it is impossible to achieve any specific interaction or authentication

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