CN105636322B - A kind of corridor intelligent illuminating system - Google Patents

Abstract

The invention discloses an intelligent lighting system for corridors, which includes an intelligent lighting terminal and a cloud platform. The intelligent lighting terminal includes a lighting lamp, a traditional switch module and a wireless intelligent module. The wireless intelligent module includes a wireless signal transceiver module; The communication module is connected with the built-in wireless signal transceiver module of the wireless smart module, and then registers an account through a third-party cloud platform and obtains authorization. After successful login, the user performs personalized settings; At this time, the wireless communication module in the mobile terminal is automatically connected to the wireless signal transceiver module in the wireless smart module, and the authorized mobile terminal account goes online on the cloud platform, and the wireless smart module realizes authorization according to the personalized mode that has been set in the cloud platform User's personalized experience; the invention system adopts a completely humanized design, which is easy to operate and has a high degree of intelligence.

Description

A corridor intelligent lighting system

technical field

The invention belongs to the field of smart home equipment and relates to an intelligent lighting system for corridors.

Background technique

Since the intelligent lighting industry entered the Chinese market in the 1990s, it has been in a slow development trend due to the influence of various aspects such as market consumption awareness, market environment, product prices, and promotion efforts. In recent years, with the rapid development of the national economy, especially the rapid development of the real estate industry, the domestic intelligent lighting industry has developed rapidly, and various intelligent lighting products have appeared on the market. Compared with traditional lighting, smart lighting can achieve safety, energy saving, comfort, and high efficiency. Therefore, smart lighting has good development prospects in the fields of home, office, business and public facilities.

With the development of the city, the requirements for continuous, intelligent and safe electricity consumption in buildings are increasing. In daily life, when users go home and pass through corridors, there will be fixed paths, and they will also pass through fixed corridor lights, corridors and other public areas. A single control method is often used, that is, the lights are off during the day and the lights are on at night. The control method is single and rigid, which easily causes waste of resources.

At present, there is a patent "a corridor lighting adjustment device" (201420678911.5), which points out that the brightness of the building environment is collected by the brightness sensor, and when the brightness is lower than the brightness requirement of the module controller, the terminal controller issues an instruction to turn on the light source; The patent "Intelligent Corridor Lighting Control System" (201220252695.9) discloses that the single-chip microcomputer produced by Atmel Company is used to control street lights, access control and other equipment, and can also feedback the status of the equipment; there is also a patent "Intelligent Corridor Lighting System Based on ZigBee Network" (201110309214.3) , which discloses that the wireless terminal monitors the laser signal. If the laser is blocked, it will turn on the lighting and start timing. After a period of time, it will be automatically turned off. At the same time, the wireless terminal will report the corridor information to the monitoring center through ZigBee technology, and the monitoring center will detect the sent corridor identifier. Name, and control accordingly after authentication.

The existing technologies retrieved above are relatively low in humanization and intelligence, and none of them allow users to personalize settings according to their own preferences, and set the brightness and color of lights completely according to their own habits, so as to achieve the user's personalized experience.

Contents of the invention

The technical problem to be solved by the present invention is to overcome the shortcomings of the prior art and provide an intelligent lighting system for corridors. After the connection is authorized, it can automatically connect and implement lighting according to the set personalized mode every time you pass the corridor. It is convenient and simple to operate and has a high degree of intelligence.

In order to solve the above technical problems, the present invention provides an intelligent lighting system for corridors, including an intelligent lighting terminal and a cloud platform. The intelligent lighting terminal includes a lighting lamp, a traditional switch module and a wireless intelligent module, and the wireless intelligent module includes a wireless signal transceiver module;

The user connects the built-in wireless communication module of the mobile terminal with the built-in wireless signal transceiver module of the wireless smart module, and then registers an account through a third-party cloud platform and obtains authorization. The information and the personal mode set by the user are stored in the cloud platform;

When the user holds a mobile terminal and passes through the corridor where the intelligent lighting terminal is installed, the wireless communication module in the mobile terminal is automatically connected to the wireless signal transceiver module in the wireless intelligent module, and the authorized mobile terminal account goes online on the cloud platform, and the wireless intelligent The module realizes the personalized experience of the authorized user according to the user's personal mode stored in the cloud platform;

When multiple authorized users pass through the same corridor installed with intelligent lighting terminals at the same time, the intelligent lighting device will perform lighting according to the established strategy.

The technical scheme further defined in the present invention is:

If the user does not hold a mobile terminal, or the mobile terminal held is unauthorized, when passing through the corridor where the intelligent lighting terminal is installed, the wireless intelligent module of the intelligent lighting terminal cannot normally connect to the wireless signal transceiver module of the mobile terminal. The wireless intelligent module enters the dormant state, and the user can realize the normal operation of the lighting lamp in the intelligent lighting terminal through the traditional switch module, and the normal working mode with fixed brightness and color is executed by default.

further,

The aforementioned personalized setting includes setting the brightness and color of the illuminating lamp.

The aforementioned predetermined strategy is the average value, maximum value or fixed value, that is, the average brightness or maximum brightness set by multiple authorized users is used, or fixed brightness is used for lighting; the lighting color adopts a predetermined single color.

The foregoing mobile terminal is a mobile phone, a PAD or a smart watch.

The aforementioned wireless communication module and wireless signal transceiver module all adopt WiFi/ZigBee/Bluetooth wireless communication transmission protocol.

The aforementioned traditional switch modules include voice-activated switches or touch switches.

The beneficial effects of the present invention are:

In the system designed by the present invention, the user personally connects to the smart lighting terminal through a mobile phone or watch with a built-in WiFi/ZigBee/Bluetooth module, that is, the mobile phone or watch registers on the third-party cloud platform and obtains authorization by connecting to the smart lighting terminal. Then the user sets the relevant working mode of the terminal according to his own habits and preferences, and completes the user's personal personalized settings; /Bluetooth connected to the WIFI/ZigBee/Bluetooth module of the smart lighting terminal, the account of the authorized mobile terminal will be launched on the third-party cloud platform, and the WIFI/ZigBee/Bluetooth module of the smart lighting terminal will be realized according to the mode set by the third-party cloud platform Authorized user personalized experience; when multiple authorized users pass through the same corridor where the intelligent lighting terminal is installed, the intelligent lighting terminal will perform lighting work according to the average value, maximum value or fixed value.

If the user does not carry a mobile phone or watch with a built-in WIFI/ZigBee/Bluetooth module, or a mobile phone or watch with a built-in WIFI/ZigBee/Bluetooth module, but has not passed the authorization, the WIFI/ZigBee/Bluetooth module of the smart lighting terminal cannot connect and work normally , at this time it enters the dormant state; the user can basically control the corridor lighting through the traditional switch module, that is, the touch switch or the voice-activated switch, and the intelligent lighting terminal performs lighting work with normal brightness and color.

The design of the invention is scientific and reasonable, with a high degree of humanization, which solves the current situation that the existing lighting equipment is monotonous and boring, and can be personalized according to the user's personal preferences and habits, and at the same time can achieve safety, energy saving, comfort and high efficiency. Purpose.

Description of drawings

Fig. 1 is a working principle diagram of the present invention;

Figure 2 is a schematic diagram of the wireless intelligent module.

Detailed ways

Example 1

This embodiment provides an intelligent lighting system for corridors, the principle of which is shown in Figure 1. It includes an intelligent lighting terminal and a cloud platform. The intelligent lighting terminal includes a lighting lamp, a traditional switch module and a wireless intelligent module. As shown in Figure 2, the wireless intelligent module Including a wireless signal transceiver module; the user connects with the wireless signal transceiver module built in the wireless smart module through the built-in wireless communication module of the mobile terminal, and then registers an account through a third-party cloud platform and obtains authorization. After successful login, the user performs personalized settings and The account information of the authorized user and the personal mode set by the user are stored in the cloud platform; when the user holds the mobile terminal and passes through the corridor where the intelligent lighting terminal is installed, the wireless communication module in the mobile terminal and the wireless communication module in the wireless intelligent module The signal transceiver module is automatically connected, and the authorized mobile terminal account is online on the cloud platform. The wireless intelligent module realizes the personalized experience of the authorized user according to the user's personal mode stored in the cloud platform; When lighting the corridor of the terminal, the intelligent lighting device will execute the lighting according to the established strategy.

The aforementioned personalized settings include setting the brightness and color of the lighting; the established strategy is the average value, maximum value or fixed value, that is, the average brightness set by multiple authorized users is used for lighting; the lighting color adopts a predetermined single color; the mobile terminal is a mobile phone; Both the wireless communication module and the wireless signal transceiver module adopt the ZigBee wireless communication transmission protocol.

In the system designed in this embodiment, the user personally connects to the smart lighting terminal through the mobile phone with the built-in ZigBee module. Prefer to set the relevant working mode of the terminal to complete the personalized setting of the user; when the user carries the mobile terminal through the corridor where the intelligent lighting terminal is installed, the ZigBee inside the mobile terminal carried by the user is connected to the ZigBee module of the intelligent lighting terminal, The account of the authorized mobile terminal will be launched on the third-party cloud platform, and the ZigBee module of the intelligent lighting terminal will realize the personalized experience of the authorized user according to the mode set by the third-party cloud platform; when multiple authorized users pass through the same corridor where the intelligent lighting terminal is installed , the smart lighting terminal will perform work according to the average value.

Example 2

This embodiment provides an intelligent lighting system for corridors, the principle of which is shown in Figure 1. It includes an intelligent lighting terminal and a cloud platform. The intelligent lighting terminal includes a lighting lamp, a traditional switch module and a wireless intelligent module. As shown in Figure 2, the wireless intelligent module Including a wireless signal transceiver module; the user connects with the wireless signal transceiver module built in the wireless smart module through the built-in wireless communication module of the mobile terminal, and then registers an account through a third-party cloud platform and obtains authorization. After successful login, the user performs personalized settings and Store the account information of the authorized user and the personal mode set by the user in the cloud platform;

When the user holds a mobile terminal and passes the corridor where the intelligent lighting terminal is installed, if the mobile terminal held by the user is unauthorized, when passing the corridor where the intelligent lighting terminal is installed, the wireless intelligent module of the intelligent lighting terminal cannot be connected to the mobile terminal normally. The wireless signal transceiver module of the terminal, at this time, the wireless intelligent module enters the dormant state, and the user can realize the normal operation of the lighting lamp in the intelligent lighting terminal through the traditional switch module, and the normal working mode with fixed brightness and color is executed by default.

The aforementioned personalized setting includes setting the brightness and color of the lighting lamp; both the wireless communication module and the wireless signal transceiver module adopt the WiFi wireless communication transmission protocol; the traditional switch module includes a voice-activated switch.

In the system designed in this embodiment, the user personally connects to the smart lighting terminal through the watch with the built-in WiFi module, that is, the watch registers and obtains authorization on the third-party cloud platform by connecting to the smart lighting terminal, and then the user follows his own habits and Like to set the relevant working mode of the terminal to complete the personalized setting of the user; if the watch carried by the user is not authorized, the WIFI module of the smart lighting terminal cannot connect and work normally, and enters the dormant state at this time; the user can The corridor lighting is basically controlled through the traditional switch module, that is, the voice-activated switch, and the intelligent lighting terminal performs lighting work with normal brightness and color.

The above embodiments are only to illustrate the technical ideas of the present invention, and can not limit the protection scope of the present invention with this. All technical ideas proposed in accordance with the present invention, any changes made on the basis of technical solutions, all fall within the protection scope of the present invention. Inside.

Claims (6)

1. A corridor intelligent lighting system, characterized in that it includes an intelligent lighting terminal and a cloud platform, the intelligent lighting terminal includes a lighting lamp, a traditional switch module and a wireless intelligent module, and the wireless intelligent module includes a wireless signal transceiver module; The user connects with the wireless signal transceiver module built in the wireless smart module through the built-in wireless communication module of the mobile terminal, and then registers an account through a third-party cloud platform and obtains authorization. After successful login, the user performs personalized settings, and the authorized user The account information of the user and the personal mode set by the user are stored in the cloud platform; When the user holds a mobile terminal and passes through the corridor where the intelligent lighting terminal is installed, the wireless communication module in the mobile terminal is automatically connected to the wireless signal transceiver module in the wireless intelligent module, and the authorized mobile terminal account goes online on the cloud platform, and the wireless intelligent The module realizes the personalized experience of the authorized user according to the user's personal mode stored in the cloud platform; When multiple authorized users pass through the same corridor installed with intelligent lighting terminals at the same time, the intelligent lighting device will perform lighting according to the established strategy; If the user does not hold a mobile terminal, or the mobile terminal held is unauthorized, when passing through the corridor where the intelligent lighting terminal is installed, the wireless intelligent module of the intelligent lighting terminal cannot normally connect to the wireless signal transceiver module of the mobile terminal. The wireless intelligent module enters the dormant state, and the user can realize the normal operation of the lighting lamp in the intelligent lighting terminal through the traditional switch module, and the normal working mode with fixed brightness and color is executed by default. 2. The corridor intelligent lighting system according to claim 1, wherein the personalized setting includes setting the brightness and color of the lighting lamp. 3. The corridor intelligent lighting system according to claim 1, wherein the predetermined strategy is an average value, a maximum value or a fixed value, that is, the average brightness or maximum brightness set by multiple authorized users, or a fixed brightness Lighting is performed; the lighting color follows a given single color. 4. The corridor intelligent lighting system according to claim 1, wherein the mobile terminal is a mobile phone, a PAD or a smart watch. 5. The corridor intelligent lighting system according to claim 1, characterized in that, both the wireless communication module and the wireless signal transceiver module adopt WiFi/ZigBee/Bluetooth wireless communication transmission protocol. 6. The corridor intelligent lighting system according to claim 1, wherein the traditional switch module includes a voice-activated switch or a touch switch.