CN206350214U - A kind of lamp control system - Google Patents

Abstract

The utility model is related to a kind of lamp control system, including light fixture（1）, it is characterised in that：Also include switching system（2）, context detection module（3）, the network terminal（4）, gateway（5）, WIFI routers（6）With operation terminal（7）, the switching system（2）Respectively with the light fixture（1）, context detection module（3）, the network terminal（4）Bus is connected；The network terminal（4）With the context detection module（3）Bus is connected, the network terminal（4）Pass through gateway（5）With the WIFI routers（6）Network connection；The WIFI routers（6）With each gateway（5）, the operation terminal（7）Network connection.Memory（61）With the WIFI routers（6）Bus is connected.The utility model is practical, stability is high, easy to use and flexible, can manually, button remote control, environmental information detection control, the WIFI controls open and close of light fixture, illumination intensity, light color.

Description

A lamp control system

technical field

The utility model belongs to the technical field of intelligent lighting control, in particular to a lamp control system.

Background technique

The current intelligent lighting system, such as the lighting system based on ZigBee Light Link technology, etc., can be controlled by the user to turn on and off the lights, light intensity, etc., and to achieve different lighting backgrounds and colors through the on and off of different lamps; "Smart", however, these "smart lighting" scenarios, first, only emphasize intelligent control, without combining with traditional control methods, in some occasions, it is not very convenient, such as changing light bulbs, getting up at night, compatibility with the living habits of the elderly Second, structurally, it is not convenient for extended control of lamps, such as large-scale lighting systems, can each modular and small area lighting system be connected to the host computer controller through the network to form a modularized lighting system? For large-scale lighting systems, when part of the lamps or part of the control system is faulty or has a problem, only one or part of the area lighting module needs to be replaced; the third is the control settings of the lamps. In many cases, operators need to manually operate at the operation terminal, but In many occasions, the brightness and chromaticity control of lights, as well as the replacement of lights of different colors, have relatively strict requirements. At this time, manual control has affected the expanded application of lighting control systems.

In addition, for many lighting systems, in order to facilitate the management of the entire lighting system at night, or in emergency situations such as fire and water leakage, most of them adopt the method of centralized management of the lighting system. Under this management method, often when a lamp fails, the power supplies of all nearby lamps need to be turned off, which is not very convenient.

Smart lighting systems in homes, teaching buildings, office buildings, office buildings, libraries, exhibition halls, etc. need to turn on less or no lights when the brightness is sufficient, and turn off the corresponding lights when there is no one. In these application links, the current "smart lighting system" design is basically not compatible with these problems that have been considered in the traditional lighting system.

In some shopping malls, supermarkets, wharves, freight yards, teaching buildings, office buildings, office buildings, libraries, exhibition halls, etc., it is necessary to control the lamps individually, and at the same time, according to the needs of the work, small-scale, regional or centralized control of lamps, and lighting There may be only one person in charge of the system, and even the manager of the lighting system may be part-time. In this case, whether the lighting control system is convenient for this part of the personnel is more important.

Utility model content

In order to solve the above existing technical problems, the utility model designs a lighting control system, which has strong practicability and high degree of automation, and can embody the advantages of "smart lighting system".

In order to solve the above-mentioned technical problems, the utility model adopts the following scheme:

A lamp control system, including a lamp (1), characterized in that it also includes a switch system (2), an environment detection module (3), a network terminal (4), a gateway (5), a WIFI router (6) and an operation terminal (7), the switch system (2) is respectively connected to the lamp (1), the environment detection module (3), and the network terminal (4) bus; the network terminal (4) is connected to the environment detection module (3) ) bus connection, the network terminal (4) is connected to the network of the WIFI router (6) through the gateway (5); the WIFI router (6) is connected to the network of each gateway (5) and the operation terminal (7) .

Further, the switch system (2) includes a manual switch (21), a control circuit (23) and a switch circuit (24), and the control circuit (23) is connected to the manual switch (21), the switch circuit ( 24) Circuit connection, the switch circuit (24) is connected to the lamp (1) bus; the control circuit (23) is connected to the environment detection module (3) and the network terminal (4) bus; the The switch circuit (24) is connected to the bus of the network terminal (4).

Further, the switch system (2) includes a button remote control switch, and the button remote control switch includes a button remote controller (221) and a receiver (222), and the receiver (222) is wireless with the button remote controller (221) connected, the receiver (222) is bus-connected to the control circuit (23).

Further, the environment detection module (3) includes a photosensitive sensor (31) and an environment detection controller (37); the photosensitive sensor (31) is connected to the environment detection controller (37) in a circuit, and the environment detection control The device (37) is respectively connected to the control circuit (23) and the network terminal (4) through a bus.

Further, the environment detection module (3) also includes a humidity detection sensor (32), a temperature detection sensor (33), a smoke detection sensor (34), an illumination detection sensor (35) and a buzzer (36), the The humidity detection sensor (32), the temperature detection sensor (33), the smoke detection sensor (34), the illuminance detection sensor (35), the buzzer (36) and the environment detection controller (37) are respectively circuit connected.

Further, it also includes a memory (61), and the memory (61) is connected to the WIFI router (6) bus.

Further, the operation terminal (7) is a smart phone or an iPAD or a PC or a notebook computer.

The lamp control system has the following beneficial effects:

(1) This utility model can not only be compatible with the characteristics of traditional lighting control, but also can control the lighting system through WIFI and area, which is convenient for operators and managers to work; at the same time, it can also be well connected with the host computer controller and conveniently build modules large-scale lighting system.

(2) The lamp control system of the utility model has strong practicability, high stability, and is convenient and flexible to use. It can be controlled by manual, button remote control, environmental information detection and control, and WIFI to control the on, off, illumination intensity, and light color of the lamp.

Description of drawings

Figure 1: Schematic diagram of the overall structure of the lamp control system of the utility model;

Fig. 2: Schematic diagram of the structure of the switch system in the utility model;

Figure 3: A schematic diagram of the manual control of lamps and lanterns in the utility model;

Figure 4: A schematic diagram of the button remote control of the lamp in the utility model;

Figure 5: Schematic diagram of detection and control of lamp environment information in the utility model;

Figure 6: The overall schematic diagram of the regional control of lamps and lanterns of the lamps and lanterns control system of the utility model.

Explanation of reference signs:

1—lamp; 2—switch system; 21—manual switch; 221—button remote control; 222—receiver; 23—control circuit; 24—switch circuit; 3—environmental detection module; 31—photosensitive sensor; 32—humidity detection Sensor; 33—temperature detection sensor; 34—smoke detection sensor; 35—illumination detection sensor; 36—buzzer; 37—environment detection controller; 4—network terminal; 5—gateway; 6—WIFI router; 61— memory; 7—operation terminal.

detailed description

Below in conjunction with accompanying drawing, the utility model is described further:

1 to 6 show a lamp control system, including a lamp 1 , a switch system 2 , an environment detection module 3 , a network terminal 4 , a gateway 5 , a WIFI router 6 and an operation terminal 7 . The switch system 2 is respectively connected to the lamps 1, the environment detection module 3 and the network terminal 4 by bus. The network terminal 4 is connected to the environment detection module 3 by bus, and the network terminal 4 is connected to the WIFI router 6 through the gateway 5 . WIFI router 6 is connected with gateway 5 and operation terminal 7 network.

As shown in FIG. 2 , the switch system 2 includes a manual switch 21 , a control circuit 23 , a switch circuit 24 and a button remote switch. The control circuit 23 is respectively connected with the manual switch 21 , the switch circuit 24 and the button remote control switch circuit, and the switch circuit 24 is connected with the lamp 1 bus. The control circuit 23 is connected to the environment detection module 3 and the network terminal 4 by bus; the switch circuit 24 is connected to the network terminal 4 by bus. The button remote control switch includes a button remote controller 221 and a receiver 222. As shown in FIG.

As shown in FIG. 5 , the environment detection module 3 includes a photosensitive sensor 31 , a humidity detection sensor 32 , a temperature detection sensor 33 , a smoke detection sensor 34 , an illumination detection sensor 35 , a buzzer 36 and an environment detection controller 37 . Photosensitive sensor 31 , humidity detection sensor 32 , temperature detection sensor 33 , smoke detection sensor 34 , illuminance detection sensor 35 , buzzer 36 and environment detection controller 37 are respectively connected by circuit. The environment detection controller 37 is connected to the control circuit 23 and the network terminal 4 by bus.

As shown in FIG. 6 , a memory 61 is also included. The memory 61 is connected to the WIFI router 6 via a bus. The operation terminal 7 includes smart phones, iPADs, PCs, notebook computers and the like.

Working mode 1: "manual", or "photosensitive + manual switch" mode;

Mainly used for manual control of lamps, such as daily use at home, lamp replacement, lamp maintenance in cafes, Internet cafes, small receptions, dances and other venues; see Figure 1, Figure 2, and Figure 3 for details. The user uses a smart phone, iPAD, PC, notebook, etc. to operate the terminal 7, connect to the WIFI router 6 through the network, and operate the control circuit 23 of the switch system 2 through the gateway 5 and the network terminal 4 to enter the manual mode, and then select "manual mode". ", or "photosensitive + manual switch" mode.

In the "manual mode", the user operates the manual switch 21 to send the on/off signal of the lamp 1 to the control circuit 23, and the control circuit 23 sends the relevant control signal to the switch circuit 24 and the network terminal 4. At the same time, the identification The lamp 1 is "manually on" or "manually off"; the switch circuit 24 drives the lamp 1 to perform corresponding operations, and transmits the on and off status of the lamp 1 to the network terminal 4; the network terminal 4 is compared with the control circuit 23 and the information sent by the switch circuit 24 to identify the information of the lamp 1 as "manually on", "manually off" or "switching system damaged", and simultaneously transmit these information to the operator via the gateway 5 and the WIFI router 6. terminal7.

In the "photosensitive + manual switch" mode", the user manually turns on the manual switch 21, the control circuit 23 sends a photosensitive detection signal to the environment detection controller 37, drives the photosensitive sensor 31, and detects the natural light intensity value near the lamp 1, When the light intensity value exceeds the preset light intensity Lux11, send a "light off" signal to the environment detection controller 37, and send a "light on" signal to the environment detection controller 37 when the light intensity value is lower than the preset light intensity Lux11. Controller 37; environment detection controller 37 sends relevant control signals to control circuit 23 and network terminal 4; control circuit 23 transmits switch signal to switch circuit 24, and at the same time, identifies lamp 1 as "photosensitive+manual switch bright " or "photosensitive+manual switch off"; the switch circuit 24 drives the light fixture 1 to light or extinguish, and transmits the light and light conditions of the light fixture 1 to the network terminal 4; the network terminal 4 compares the environment detection controller 37, the control The information sent by the circuit 23 and the switch circuit 24 to itself identifies the information of the lamp 1 as "photosensitive + manual switch on", "photosensitive + manual switch off" or "switching system damaged", and at the same time pass these information through the gateway 5, Through the WIFI router 6, it is transmitted to the operation terminal 7.

Working method two: button remote control method;

Mainly used for button remote control of lamps, such as daily use at home, getting up at night, switch of lamps in collective dormitories, lighting background replacement in families, cafes, Internet cafes, small receptions, small dance parties, etc.; for details, see Figure 1, Figure 2, Figure 4. The user uses an operation terminal 7 such as a smart phone, iPAD, PC, notebook, etc., and connects to the WIFI router 6 through the network, and operates the control circuit 23 of the switch system 2 through the gateway 5 and the network terminal 4 to enter the button remote control mode.

In the button remote control mode, the user operates the button remote controller 221 to send the on/off signal of the lamp 1, the light intensity signal, and the color signal of the lamp 1 to the receiver 222, and the receiver 222 sends the received signal to the control circuit. 23. Forward it to the switch circuit 24 and the network terminal 4. At the same time, the control circuit 23 identifies the lamp 1 as "button on**" and "button off", wherein the first "*" in "button on**" represents The brightness of the lamp 1, the second "*" represents the chromaticity of the lamp 1; the switch circuit 24 drives the lamp 1 to perform corresponding switching operations, and controls the brightness and chromaticity of the lamp 1 on and off, Pass it to the network terminal 4; the network terminal 4 compares the information sent to itself by the control circuit 23 and the switch circuit 24, and identifies the information of the lamp 1 as "the button is on**", "the button is off" and "the switch system is damaged", and at the same time The information is transmitted to the operation terminal 7 through the gateway 5 and the WIFI router 6 .

Working method three: Environmental information detection and control method;

Mainly used for environmental information detection and control of lamps, such as automatic monitoring and control of lamps and lanterns in libraries, office buildings, office buildings, cafes, Internet cafes, supermarkets, etc.; see Figure 1, Figure 2, and Figure 5 for details. The user uses an operating terminal 7 such as a smartphone, iPAD, PC, or notebook to connect to the WIFI router 6 through the network, and through the gateway 5 and the network terminal 4, to operate the control circuit 23 of the switch system 2 to enter the environmental information detection control mode, and then Select the working mode as "photosensitive" or "photosensitive + manual switch".

In the "photosensitive" working mode, the photosensitive sensor 31 automatically detects the natural light intensity value near the lamp 1. When the light intensity value exceeds the preset light intensity Lux11, a "light off" signal is sent to the environment detection controller 37. When the strong value is lower than the preset light intensity Lux11, a "lighting" signal is sent to the environment detection controller 37; the environment detection controller 37 sends relevant control signals to the control circuit 23 and the network terminal 4; the control circuit 23 transmits the switch signal to the switch circuit 24, and at the same time, identifies the lamp 1 as "photosensitive bright" or "photosensitive off"; The network terminal 4; the network terminal 4 compares the information sent to itself by the environment detection controller 37, the control circuit 23 and the switch circuit 24, and identifies the information of the lamp 1 as "photosensitive bright", "photosensitive off" or "switching system damaged" , and transmit the information to the operation terminal 7 via the gateway 5 and the WIFI router 6 at the same time.

In the "photosensitive + manual switch" working mode, only after the manual switch is turned on, the control circuit 23 sends the photosensitive detection signal to the environment detection controller 37, drives the photosensitive sensor 31, and detects the natural light intensity value near the lamp 1. When the light If the intensity value exceeds the preset light intensity Lux11, send a "light off" signal to the environment detection controller 37; when the light intensity value is lower than the preset light intensity Lux11, send a "light on" signal to the environment detection controller 37.

The environment detection controller 37 sends relevant control signals to the control circuit 23 and the network terminal 4; the control circuit 23 transmits the switch signal to the switch circuit 24, and at the same time, identifies the lamp 1 as "photosensitive+manual switch bright" or "photosensitive +Manual switch off"; the switch circuit 24 drives the lamp 1 to light or extinguish, and transmits the light on and off of the lamp 1 to the network terminal 4; the network terminal 4 compares the environment detection controller 37, the control circuit 23 and the switch The information sent by the circuit 24 to itself indicates that the information of the lamp 1 is "photosensitive+manual switch on", "photosensitive+manual switch off" or "switching system damaged" and simultaneously pass these information through the gateway 5 and WIFI router 6, sent to the operation terminal 7.

In the environmental information detection control mode, no matter the working mode is "photosensitive" or "photosensitive + manual switch", the environmental detection controller 37 reads the identification bit of the control circuit 23, and when the lamp 1 is not on, the humidity detection Sensor 32, temperature detection sensor 33 and smoke detection sensor 34 are detected once every T1 time. Check once every T2 time.

When the humidity detection sensor 32 detects a humidity value that is less than the set door threshold H _{humidity 1} , the humidity detection sensor 32 does not send any signal and remains in its original state;

When the humidity detection sensor 32 detects a humidity value greater than the set door threshold H _{humidity 1} , but less than the set door threshold H _{humidity 2} , the humidity detection sensor 32 sends a "humidity is too large" signal to the environment detection The controller 37, the environment detection controller 37, sends the information to the control circuit 23 and the network terminal 4, and simultaneously drives the buzzer 36 to sound with the frequency F1 to remind the user to pay attention to check the reason of "the environment humidity is too large"; the control circuit 23 After reading the information of "the humidity of the lamp is too large" transmitted by the environment detection controller 37, the lamp 1 is marked as "the humidity of the environment is too large", and the network terminal 4 reads the information of "the environment of the lamp is too large" transmitted by the environment detection controller 37. Humidity is too large" information, mark lamp 1 as "environmental humidity is too large", and at the same time, this information is transmitted to the operation terminal 7 through the gateway 5 and the WIFI router 6;

When the humidity detection sensor 32 detects a humidity value greater than the set door threshold H _{humidity 2} , the humidity detection sensor 32 sends a signal of "there is water around the light fixture" to the environment detection controller 37, and the environment detection controller 37 sends the information Send it to the control circuit 23 and the network terminal 4, and drive the buzzer 36 to sound at the frequency F2 at the same time, reminding the user to pay attention to check the reason for "there is water around the lamp"; After the information of "there is water", mark the light fixture 1 as "there is water around", and send a signal to the switch circuit 24 to turn off the light fixture 1, and the switch circuit 24, after turning off the light fixture 1, send the light fixture 1 off information to the network terminal 4; the network terminal 4 After reading the information of "there is water around the lamp" transmitted by the environment detection controller 37, mark the lamp 1 as "there is water around", and at the same time, transmit this information to the operation terminal through the gateway 5 and the WIFI router 6 7; then, the network terminal 4 continues to compare the information about the light fixture 1 sent to itself by the environment detection controller 37, the control circuit 23 and the switch circuit 24, and identifies the light fixture 1 as "there is water around, turn off" or "there is water around". , switch system failure", at the same time, the information is transmitted to the operation terminal 7 through the gateway 5 and the WIFI router 6;

After the light fixture 1 is turned off in this way, the control circuit 23 will send the "water around" sign to the control circuit 23 only through the WIFI router 6, the gateway 5 and the network terminal 4. , to make the switching system 2 work normally, otherwise, the control circuit 23 does not respond to other external control commands.

When the temperature detection sensor 33 detects a temperature value less than the set door threshold T _{temperature 1} , the temperature detection sensor 33 does not send any signal and remains in the original state;

When the temperature detection sensor 33 detects a temperature value greater than the set door threshold T _{temperature 1} , but less than the set door threshold T _{temperature 2} , the temperature detection sensor 33 sends a signal of "the ambient temperature of the lamp is too high" to the environment. The detection controller 37 and the environment detection controller 37 send the information to the control circuit 23 and the network terminal 4, and drive the buzzer 36 to sound at a frequency of F3 at the same time, reminding the user to check the reason for "the ambient temperature of the lamp is too high"; the control circuit 23 After reading the information of "the ambient temperature of the lamp is too high" transmitted by the environmental detection controller 37, the lamp 1 is marked as "the ambient temperature is too high", and the network terminal 4 reads the "ambient lamp temperature" transmitted by the environmental detection controller 37. After the message of "too high", the lamp 1 is marked as "the ambient temperature is too high", and the information is transmitted to the operation terminal 7 through the gateway 5 and the WIFI router 6 at the same time;

When the temperature detection sensor 33 detects a humidity value greater than the set door threshold H _{temperature 2} , the temperature detection sensor 33 sends a "fire around the lamp" signal to the environment detection controller 37, and the environment detection controller 37 sends the information For the control circuit 23 and the network terminal 4, the buzzer 36 is driven to sound at a frequency of F4 at the same time, reminding the user to check the cause of "fire around the lamp"; the control circuit 23 reads the "fire around the lamp" transmitted by the environment detection controller 37 After receiving the information, mark the lamp 1 as "fire around", and send a signal to the switch circuit 24 to turn off the lamp 1. The switch circuit 24, after turning off the lamp 1, sends the lamp 1 off information to the network terminal 4; the network terminal 4 reads After the information of "fire around the lamp" transmitted by the environment detection controller 37, identify the lamp 1 as "fire around", and at the same time, transmit this information to the operation terminal 7 through the gateway 5 and the WIFI router 6; then, the network terminal 4. Continue to compare the information about the lamp 1 sent by the environment detection controller 37, the control circuit 23 and the switch circuit 24, and identify the lamp 1 as "fire around, turn off" or "fire around, switch system failure", and at the same time, The information is transmitted to the operation terminal 7 through the gateway 5 and the WIFI router 6;

After the light fixture 1 is turned off in this way, the "surrounding fire" sign of the control circuit 23 can be activated only if the manager of the lighting system transmits the "surrounding fire" sign to the control circuit 23 through the WIFI router 6, the gateway 5 and the network terminal 4. Make the switch system 2 work normally, otherwise, the control circuit 23 does not respond to other external control commands.

When the smoke value detected by the smoke detection sensor 34 is less than the set door threshold FT _{smoke 1} , the smoke detection sensor 34 does not send any signal and remains in the original state;

When the smoke value detected by the smoke detection sensor 34 is greater than the set door threshold value FT _{smoke 1} , but less than the set door threshold value FT _{smoke 2} , the smoke detection sensor 34 sends a "environmental smoke concentration is too high" signal to the environmental detection control The device 37, the environment detection controller 37, sends the information to the control circuit 23 and the network terminal 4, and drives the buzzer 36 to sound at the frequency F5 at the same time, reminding the user to pay attention to the reason of checking the "environmental smoke concentration is too high" of the lamp; the control circuit 23, After reading the information of "environmental smoke concentration is too high" transmitted by the environment detection controller 37, the lamp 1 is marked as "environmental smoke concentration is too high", and the network terminal 4 reads the "environmental smoke concentration" transmitted by the environment detection controller 37. After the message of "too high", the lamp 1 is marked as "the concentration of ambient smoke is too high", and the information is transmitted to the operation terminal 7 through the gateway 5 and the WIFI router 6 at the same time;

When the smoke detection sensor 34 detects a smoke value greater than the set door threshold FT _{smoke 2} , the smoke detection sensor 34 sends a "fire around the lamps" signal to the environment detection controller 37, and the environment detection controller 37 sends the information to The control circuit 23 and the network terminal 4 drive the buzzer 36 to sound at a frequency of F4 at the same time, reminding the user to pay attention to check the cause of "fire around the lamp"; After the message, mark the lamp 1 as "there is water around", and send a signal to the switch circuit 24 to turn off the lamp 1, the switch circuit 24, after turning off the lamp 1, send the lamp 1 off information to the network terminal 4; the network terminal 4 reads After the information of "fire around the lamp" transmitted by the environment detection controller 37, identify the lamp 1 as "fire around", and at the same time, transmit this information to the operation terminal 7 through the gateway 5 and the WIFI router 6; then, the network terminal 4. Continue to compare the information about the lamp 1 sent by the environment detection controller 37, the control circuit 23 and the switch circuit 24, and identify the lamp 1 as "fire around, turn off" or "fire around, switch system failure", and at the same time, The information is transmitted to the operation terminal 7 through the gateway 5 and the WIFI router 6;

After the light fixture 1 is turned off in this way, the "surrounding fire" sign of the control circuit 23 can be activated only if the manager of the lighting system transmits the "surrounding fire" sign to the control circuit 23 through the WIFI router 6, the gateway 5 and the network terminal 4. Make the switch system 2 work normally, otherwise, the control circuit 23 does not respond to other external control commands.

When the illuminance detection sensor 35 detects that the illuminance of the lamp 1 is greater than the set door threshold L _{light intensity 1} , the illuminance detection sensor 35 does not send any signal and remains in its original state;

When the illuminance detection sensor 35 detects that the illuminance of the lamp 1 is less than the set door threshold L _{light intensity 1} , but greater than the set door threshold L _{light intensity 2} , the illuminance detection sensor 35 sends a message "Luminaire illuminance down". ” signal, to the environment detection controller 37, the environment detection controller 37 sends the information to the control circuit 23 and the network terminal 4, and drives the buzzer 36 at the same time, tweeting with the frequency F6, reminding the user to pay attention to check the lighting level of the lamp 1. "Reason: After the control circuit 23 reads the information of "decrease in illuminance" transmitted by the environment detection controller 37, it identifies the lamp 1 as "decrease in illuminance", and the network terminal 4 reads the information transmitted by the environment detection controller 37" After the message of "decrease in illuminance", mark the lamp 1 as "decrease in illuminance", and transmit this information to the operation terminal 7 through the gateway 5 and the WIFI router 6;

When the illuminance of the lamp detected by the illuminance detection sensor 35 is less than the set door threshold L _{light intensity 2} , the illuminance detection sensor 35 sends a "lamp damage" signal to the environment detection controller 37, and the environment detection controller 37 sends the information Send to the control circuit 23 and the network terminal 4, and drive the buzzer 36 to sound at the frequency F7 at the same time, reminding the user to pay attention to check the cause of "lamp damage"; the control circuit 23 reads the "lamp damage" transmitted by the environment detection controller After information, mark lamp 1 as "damaged", and send a signal to switch circuit 24 to turn off lamp 1, switch circuit 24, after turning off lamp 1, send lamp 1 shutdown information to network terminal 4; network terminal 4 reads the environmental detection After the controller 37 transmits the information of "the lamp is damaged", the lamp 1 is marked as "damaged", and at the same time, the information is transmitted to the operation terminal 7 through the gateway 5 and the WIFI router 6; then, the network terminal 4 continues to compare The environment detection controller 37, the control circuit 23 and the switch circuit 24 send the information about the lamp 1 to themselves, and identify the lamp 1 as "damaged, closed" or "damaged, switching system failure", and at the same time, send these information through the gateway 5. Send to the operation terminal 7 via the WIFI router 6;

After the lamp 1 is turned off in this way, the "lamp damage" sign of the control circuit 23 can only be released by the manager of the lighting system by transmitting the "lamp damage" sign to the control circuit 23 through the WIFI router 6, the gateway 5 and the network terminal 4. Make the switch system 2 work normally, otherwise, the control circuit 23 does not respond to other external control commands.

Working method four: WIFI control method;

Mainly used for WIFI control of lamps and construction of large-scale modular lighting systems, such as WIFI control of lamps and construction of modular lighting systems in homes, libraries, office buildings, office buildings, coffee shops, Internet cafes, supermarkets, etc.; see the figure for details 1. Figure 2, Figure 6. The user uses an operation terminal 7 such as a smart phone, iPAD, PC, notebook, etc., connects to the WIFI router 6 through the network, and operates the control circuit 23 of the switch system 2 through the gateway 5 and the network terminal 4, enters the WIFI control mode, and then selects the working mode. The methods are "WIFI setting", "free operation", "query download" and "host computer control".

In the "WIFI setting" working mode, the user uses a smart phone, iPAD, PC, notebook and other operating terminals 7 to connect to the WIFI router 6 through the network, and sends control commands to the network terminal 4 through the gateway 5, and to the corresponding switch system 2 The control circuit 23 performs related operations, so that the lamp 1 enters "manual mode", "key remote control mode", "environmental information detection control" and "WIFI control mode".

In the "free operation" working mode, the user can use the manual switch 21 to manually control the on and off of the lamp 1; In the WIFI control mode, the user can also use the operation terminal 7 to perform on/off control for specific lamps 1 or all lamps 1, control and adjust the lighting intensity, and also call the "reception, theater, etc." stored in the memory 61. , rest, lighting, bathroom, Internet cafe, cafe, dance party, cocktail party, KTV" and other one-button lighting scene effect modes, for all lamps 1, according to the scene mode, control the light on and off, lighting intensity, and light color , and set the timing time to control the time of a certain lighting effect; at the same time, during the above work process, the environment detection module 3 of the system works normally, and according to the preset detection threshold, the photosensitive sensor 31, the humidity detection sensor 32, the temperature detection The monitoring data of sensor 33, smoke detection sensor 34, and illuminance detection sensor 35 detect the natural light intensity, humidity, temperature, smoke concentration, and illuminance of the lamp 1 around the lamp 1, and send relevant control signals to the environment detection control according to the detection results Device 37, drive control circuit 23 and buzzer 36, carry out related operations such as "alarm", "turn off the light", "keep the original state"; , through the network terminal 4 and the gateway 5, and send it to the WIFI router 6, and the WIFI router 6 stores the relevant information in the memory 61 for the operation terminal 7 to query.

In the "query download" working mode, the user uses the operation terminal 7 to view, eliminate or change the fault status of the control circuit 23 and the network terminal 4; at the same time, the user can use the operation terminal 7 to check the lighting status of the specific lamp 1, such as Edit the switching time, brightness, color, etc., or edit the lighting state of a specific lamp 1, or part of the lamps 1, or all the lamps 1, and store it in the memory 61 as the user's lighting mode , for the user to call next time; the user can also use the operating terminal 7 to edit the user-defined lighting mode, or copy the custom lighting mode to the operating terminal 7, then connect to the WIFI router 6, and download it to the memory 61. invoked by the user;

In the "host computer control" working mode, the WIFI router 6 will select an external host computer, and the user uses the operation terminal 7 to select a suitable host computer, and then transfers the control rights of all lamps 1 to the host computer, which facilitates the construction of large-scale lighting control system.

The lamp control system of the utility model has strong practicability, high stability, convenient and flexible use, and can be used for manual, button remote control, environmental information detection and control, and WIFI control of lamp on and off, illumination intensity and light color.

The utility model can not only control the lighting of the lamps manually, button remote control, and environmental detection signals, but also can control the lighting system through WIFI and area. Daily management of the lighting system; it can also be well connected to the host computer controller to facilitate the construction of a large-scale modular lighting system.

The utility model has been exemplarily described above in conjunction with the accompanying drawings. Obviously, the realization of the utility model is not limited by the above-mentioned method, as long as various improvements of the method concept and technical solutions of the utility model are adopted, or the utility model is not improved. Directly applying the conception and technical solutions of the utility model to other occasions is within the protection scope of the utility model.

Claims (9)

1. a kind of lamp control system, including light fixture（1）, it is characterised in that：Also include switching system（2）, context detection module （3）, the network terminal（4）, gateway（5）, WIFI routers（6）With operation terminal（7）, the switching system（2）Respectively with it is described Light fixture（1）, context detection module（3）, the network terminal（4）Bus is connected；The network terminal（4）With the context detection module （3）Bus is connected, the network terminal（4）Pass through gateway（5）With the WIFI routers（6）Network connection；The WIFI roads By device（6）With each gateway（5）, the operation terminal（7）Network connection.

2. lamp control system according to claim 1, it is characterised in that：The switching system（2）Including hand switch （21）, control circuit（23）And on-off circuit（24）, the control circuit（23）Respectively with the hand switch（21）, described open Powered-down road（24）Circuit is connected, the on-off circuit（24）With the light fixture（1）Bus is connected；The control circuit（23）And institute State context detection module（3）, the network terminal（4）Bus is connected；The on-off circuit（24）With the network terminal（4）Always Line is connected.

3. lamp control system according to claim 2, it is characterised in that：The switching system（2）Including button remote control Switch, the button remote control switch includes button remote controller（221）And receiver（222）, the receiver（222）Pressed with described Key remote control（221）Wireless connection, the receiver（222）With the control circuit（23）Bus is connected.

4. the lamp control system according to claim 1,2 or 3, it is characterised in that：The context detection module（3）Including Light sensor（31）With environment measuring controller（37）；The light sensor（31）With the environment measuring controller（37） Circuit is connected, the environment measuring controller（37）With the control circuit（23）With the network terminal（4）Respectively by total Line is connected.

5. lamp control system according to claim 4, it is characterised in that：The context detection module（3）Also include wet Spend detection sensor（32）, temperature detection sensor（33）, Smoke Detection sensor（34）, illuminance detection sensor（35）With Buzzer（36）, the moisture detection sensor（32）, temperature detection sensor（33）, Smoke Detection sensor（34）, illumination Spend detection sensor（35）, buzzer（36）With the environment measuring controller（37）Circuit connection respectively.

6. the lamp control system according to claim 1,2,3 or 5, it is characterised in that：Also include memory（61）, it is described Memory（61）With the WIFI routers（6）Bus is connected.

7. lamp control system according to claim 4, it is characterised in that：Also include memory（61）, the memory （61）With the WIFI routers（6）Bus is connected.

8. the lamp control system according to claim 1,2,3,5 or 7, it is characterised in that：The operation terminal（7）It is intelligence Can mobile phone or iPAD or PC or notebook computer.

9. lamp control system according to claim 4, it is characterised in that：The operation terminal（7）Be smart mobile phone or IPAD or PC or notebook computer.