Light control equipment with built-in twisted pair

Abstract

The invention discloses light control equipment with a built-in twisted pair, and the equipment comprises a background service device, a processing system, a power control box, a lamp bulb, a switcher, a wireless communication module, and a detection control device. The background service device comprises a main server and a standby server, and the processing system comprises a main processor anda standby processor. The background service device is electrically connected with the processing system, and the processing system is electrically connected with the power control box. The interior ofthe power control box is provided with a power filter, and the power control box is electrically connected with the lamp bulb through a wire. The processing system is electrically connected with theswitcher, and the switcher is connected with the detection control device through the wireless communication module. The equipment is simple in structure, is low in cost, is economical and practical,is operated through a cellphone and a computer, can achieve the automatic control effect, reduces the manual operation, reduces the damages to the elements, and reduces the waste.

Description

technical field [0001] The invention relates to the technical field of lighting control, in particular to a lighting control device with a built-in twisted pair. Background technique [0002] The existing lighting control systems in public places such as stadiums and stadiums include direct control of low-voltage circuit breakers or manual switches, relay contact control and computer control systems. [0003] Direct control of low-voltage circuit breaker or manual switch: This control method is widely used, simple in structure, and easy to manufacture. However, it needs to be manually operated one by one, which is inconvenient to use. In addition, because the low-voltage circuit breaker and manual switch are protection devices with infrequent actions, and the starting current of the control object is relatively large, the damage rate of the components is relatively high. Relay contact control: this The control method needs to pass through the secondary control circuit, the ...

AI Technical Summary

Problems solved by technology

However, it needs to be manually operated one by one, which is inconvenient to use. In addition, because the low-voltage circuit breaker and manual switch are protection devices with infrequent actions, and the starting current of the control object is relatively large, the damage rate of the components is relatively high. Relay contact control: this The control method needs to pass through the secondary control circuit, the wiring is complicated, the lighting scheme is single and the operation is inconvenient

It is impossible to realize that the lights are turned on sequentially in groups, and it is impossible to avoid damage to the lamps caused by grid voltage fluctuations, and it is difficult to maintain. Computer control system: This system is completed by a computer, which can meet the flexible and changeable control requirements on site. It uses State-of-the-art power electronics for automatic dimming, timer switching and more

But for small and medium-sized stadiums, rote application will inevitably cause great waste, and the economy and rationality are questionable

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