Landscape lighting restoration method and landscape lighting system

Abstract

The invention discloses a landscape lighting restoration method and a landscape lighting system. The landscape lighting restoration method comprises the following steps: acquiring display data of a lamp system; recombining the display data; judging the correctness of the recombined display data; and giving feedback. By adopting the scheme, the display data is recombined, whether the display data is correct or not can be judged, and whether the abnormal reason is the display data or the lamp system for landscape lighting can be judged when the abnormal reason occurs, so that responsibility can be distinguished easily, and the problem that the solving efficiency is influenced by mutual prevarication of persons in charge is avoided, approach for solving abnormality can be rapidly found, as the display data is recombined, so that the method and the system can adapt to various display data and packaging modes and different protocols of the display data, the recombined display data can be used as output data for secondary development, and the autonomous control capability of a service purchaser or a landscape soverer is enhanced.

Description

Technical field [0001] The present invention relates to landscape lighting, in particular, relates to a method of reducing landscape lighting and landscape lighting system. Background technique [0002] As technology advances, more and more landscape lighting not only provides the lighting function, also played a role in landscape layout and advertising. With the rapid development of urban construction, urban landscape lighting put forward higher requirements, upgrade from simple lighting to illuminate the same time enhance the urban landscape, control systems become more complex, a variety of control systems emerging, but lack of system deployment debugging an effective means of checking the correctness of the data, lack of effective means to assess the ability of the system, which is increasing the burden on site commissioning personnel, while the larger portion of the energy consumption of lighting systems, if open at any time lighting effect is validated, the loss is large, h...

AI Technical Summary

Problems solved by technology

With the rapid development of urban construction, higher requirements have been put forward for urban landscape lighting. From simple lighting to lighting while improving urban night scenes, the control system has become more and more complex. Various control systems emerge in endlessly, but In the process of system deployment and debugging, there is no effective means to verify the correctness of the data, and there is also a lack of effective means to evaluate the system capabilities, which increases the burden on the on-site commissioning personnel. At the same time, some system lamps consume a lot of energy. The effect verification of lamps and lanterns, the loss is relatively large, the cost is extremely high, and the possibility of realization is lacking

[0003] Specifically, when the landscape lighting project wants to display the animation on the media facade, the playback device needs to use a network protocol to encapsulate each frame of animation data into a display data packet and send it; all display data will pass through different hierarchical control devices, and finally Arriving at the lamps and lanterns to display each pixel; however, each manufacturer has its own independent protocol for display data encapsulation and transmission, as well as industry standard protocols, such as ART-NET, etc., so the correctness of display data encapsulation and transmission can only be achieved with complete hardware After the system is established, it can be observed on the final luminaire with the naked eye, so it is impossible to check in time whether it is an error in the display data source or an error in the transmission of the display data in each grading device

[0004] In addition, there is a need for secondary editing and processing of animation data played by different manufacturers

[0005] like figure 1 As shown, the existing lighting control system directly outputs data through network equipment, such as display data to the lighting system or lighting fixtures. When the lighting fixtures are abnormal or the lighting fixtures really make it impossible to judge the correctness of the output system, it is also impossible to carry out secondary development of the output data, and It is impossible to evaluate system performance, and there is no effective data statistics monitoring capability

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