CN106547235A - A kind of room scene mode setting method - Google Patents

Abstract

A room scene mode setting method is realized by a room control device. The room control device includes a plurality of distribution units, and the distribution unit includes a dimming controller and at least 2 smart switches; the smart switch can be set as a scene mode switch; the smart switch can also be set as Electrical control switch. The distribution units all include a communication module; the communication module is a wireless data transmission transceiver module; the communication network among the plurality of distribution units is a distributed wireless communication network. The room control device does not need a control host, and can select an appropriate number of related distributed units such as dimming control units and control switch units according to needs to form itself through a distributed communication network. The room control device does not need a server or a control host, and can realize the control and setting of the scene mode.

Description

A method for setting room scene mode

technical field

The invention relates to an indoor control system of electrical equipment and its management control system, in particular to a method for setting room scene modes.

Background technique

In order to solve the intelligent control of hotels, homes or offices, the existing room control system or smart home control system generally adopts a centralized control method, that is, the entire control system includes a centralized control box and switch operation panel, air conditioning operation panel, dimming Controller, outdoor doorbell switch and other peripheral modules, the centralized control box communicates with each peripheral module through the control signal line or communication bus, and the relevant control required in the living room is completed by the centralized control box and realized through the peripheral modules. This centralized control system is expensive and inconvenient to install; in addition, once a problem occurs in the centralized control box, the entire system will be completely paralyzed. In addition, the control of the living room by the hotel server is controlled through the centralized control box, and its function is limited by the centralized control box, which loses flexibility. In addition, when a one-key control method such as scene mode is required, the control data of the scene mode is stored in the server or the control host. When the server fails to send or the communication with the server fails, or the control host sends One-button control is not possible. The setting of the scenario mode also needs to be completed on the control host or server.

Contents of the invention

In order to solve the above-mentioned technical problems existing in the existing hotel room control device, the present invention provides a room scene mode setting method, which is realized by the room control device.

The room control device includes multiple distribution units, and the multiple distribution units include N touch switch units and P dimming control units; the N is greater than or equal to 1; and the P is greater than or equal to. The N touch switch units include at least 2 smart switches.

The smart switch can be set as a scene mode switch; the smart switch can also be set as an electrical appliance control switch.

The distribution units all include a communication module; the communication module is a wireless data transmission transceiver module; the communication network among the plurality of distribution units is a distributed wireless communication network.

The scene mode is jointly controlled by a group of object control units and their scene mode switches in the room control device; the group of object control units includes at least two object control units; the object control unit includes electrical control switches and adjustment light controller.

The scene mode switch stores the control data of the scene mode; when the scene mode is started, the control data of the scene mode will be sent to the corresponding object control unit.

The scenario mode is jointly set by a scenario mode switch and multiple object control units; multiple object control units participating in the setting process form the group of object control units.

The concrete steps of described room scenario mode setting method are:

Step 1: Operate the scene mode switch to enter the scene mode setting state;

Step 2, operate an object control unit that needs to be controlled in the scene mode, and set a corresponding control state;

Step 3, repeating Step 2 until all the control states of the group of object control units are set;

Step 4, operate the scene mode switch to exit the scene mode setting state; save the control data of all object control units in the group to the scene mode switch.

The first step is to operate the scene mode switch to enter the scene mode setting state. The specific method is: long press the scene mode switch to enter the scene mode setting state.

In the step 3, all the control states of the group of object control units are set up, the method is: operate each object control unit that needs to be controlled in the scene mode, and set it to the corresponding control state. .

The beneficial effects of the present invention are: the room control device does not need to control the host computer, and can select an appropriate number of related distribution units such as dimming control units and touch switch units according to the needs to form by itself through a distributed wireless communication network; the scene mode control data of the room control device Stored in the corresponding scene mode switch, the control of the scene mode can be realized without a server or a control host; the setting of the scene mode is directly completed by the scene mode switch and the corresponding scene mode control unit, also without a server or a Control host.

Description of drawings

Fig. 1 is a structural diagram of an embodiment of a room control device;

Fig. 2 is a structural diagram of an embodiment of a touch switch unit;

Fig. 3 is the touch switch unit embodiment circuit comprising 2 switches;

Fig. 4 is a structural diagram of an embodiment of a dimming control unit;

Fig. 5 is the embodiment of the central control and management system of the living room;

Fig. 6 is a structural diagram of an embodiment of a room access point unit.

detailed description

The present invention will be further described below in conjunction with accompanying drawing.

As shown in FIG. 1 is a structure diagram of an embodiment of a room control device including four distribution units, and the communication between each distribution unit is realized through a distributed wireless communication network. One of the distribution units is the dimming control unit 101 , and the other three distribution units are touch switch units, namely the touch switch unit 102 , the touch switch unit 103 , and the touch switch unit 104 .

There are communication modules in the 4 distribution units shown in Fig. 1 . Each distribution unit uses its own communication module to communicate with other distribution units through the distributed wireless communication network 100. The function of the communication module is to transmit data to other distribution units and receive data from other distribution units. When the room control device needs to add a distribution unit, the function of the communication module of the added distribution unit is the same as that of the communication modules in the 4 distribution units shown in Figure 1, and the distribution unit is accessed in the same way as the 4 distribution units shown in Figure 1. type wireless communication network 100.

The frequency bands of the distributed wireless communication network include 314-316MHz, 430-432MHz, 433.00-434.79MHz, etc.; the wireless communication network can also use an infrared communication network. In the described room control device, the wireless communication carrier frequencies of all distribution unit communication modules are consistent, that is: the communication modules of all distribution units have wireless transmission circuits and transmit wireless signals with the same carrier frequency; the communication modules of all distribution units have wireless The receiving circuit can directly receive the wireless signals transmitted by the communication modules of all distribution units. The communication modules of the distribution units all include wireless transceiver modules, which can realize wireless digital communication, that is, realize the sending and direct receiving of digital signals. For example, in the embodiment shown in FIG. 1, when the wireless transceiver module adopts a 433MHz wireless transceiver module, the communication modules of the dimming control unit 101, touch switch unit 102, touch switch unit 103, and touch switch unit 104 all include 433MHz wireless transceiver modules. Module, or 433MHz wireless data transmission module; when one of the distribution units sends data through the 433MHz wireless transceiver module, other distribution units can directly receive data through their own 433MHz wireless transceiver module.

In the embodiment of the room control device shown in Fig. 1, only one dimming control unit and three touch switch units are included. In the room control device, the number of dimming control units and touch switch units can be increased or decreased according to actual needs. Usually, the touch switch unit may need to control room lamps, bedside lamps, night lamps, table lamps, floor lamps, bathroom lamps, mirror lights, spotlights, downlights, wall lamps, etc., and other lights; it may be necessary to control TVs, Ventilation fans and other electrical equipment; it may be necessary to control and set sleep mode, visitor mode, reading mode and other scene modes; etc. Multiple lights such as bedside lamps, table lamps, floor lamps, or other lights need to be controlled with dimming controllers. Therefore, the total number of switches needs to be increased, and the number of touch switch units is usually more than three; especially when multiple devices need to realize two-site or multi-site control, more touch switch units are needed. In the same room control device, the total number of switches can exceed 256, and there is no upper limit. Likewise, the dimming controller may need to be arranged in multiple dimming control units.

Figure 2 is a structural diagram of an embodiment of a touch switch unit in a room control device, including a switch microcontroller module 301, a communication module 302, a switch 1 input module 303, a switch 2 input module 304, a switch 1 drive module 305, a switch 2 A driving module 306 and an on-off indicating module 307 . The communication module 302, the switch 1 input module 303, the switch 2 input module 304, the switch 1 drive module 305, the switch 2 drive module 306, the on-off indication module 307 and the switch microcontroller module 301 are electrically connected or have photoelectric isolation The electrical connection relationship is used for the transmission of related signals. The touch switch unit communicates with other distribution units through the distributed wireless communication network through the communication module 302, and its role is to transmit data to other distribution units and receive data from other distribution units.

The function of the switch micro-controller module 301 includes: analyze the data received by the communication module 302, realize the synchronous control of the switch drive module 304 of the touch switch unit, realize the scene mode control, etc.; form the control operation and state of the touch switch unit The data is sent out through the communication module 302; the state and operation of the identification switch 1 input module 303 and the switch 2 input module 304 are judged; the state of the control switch 1 drive module 305 and the switch 1 drive module 306; Indicates the status.

The touch switch unit includes one or more switch input modules, corresponding to one or more electrical switch devices, and the electrical switch devices are commonly referred to as electrical switches, or switches. In the embodiment of the touch switch unit shown in FIG. 2 , there are two switch input modules, a switch 1 input module 303 and a switch 2 input module 304 . In the same room control device, the number of switches of different touch switch units can be selected arbitrarily. That is, in the same room control device, there can be several 1-open switches, several 2-open switches, several 3-open switches, several 4-open switches, several 5-open switches, and so on.

The setting of each touch switch function of the switch input module can be to set one touch point to realize on-off conversion after touching, or to set two touch points to realize the on-off function respectively.

The touch switch unit includes one or more switch drive modules. In the same touch switch unit, the number of switch drive modules is equal to the number of switch input modules, and they correspond one-to-one to form the same number of electrical switch devices. In the embodiment of the touch switch unit shown in FIG. 2 , there are two switch driving modules, namely, a switch 1 driving module 305 and a switch 2 driving module 306 . The switch driving module can be composed of an electromagnetic relay, or a solid state relay, or a thyristor, and their driving circuits. If a touch switch unit includes 2 electrical switch devices, it means that the touch switch unit includes 2 switches, which can control 2 electrical appliances or other equipment respectively.

The on-off indication module 307 is used to indicate the on-off state of the switch driving module. The on-off indication module 307 is not required to be configured. With the on-off indication module 307, the start and stop status of the controlled electrical appliance can be observed on the panel of the touch switch unit; Observe the operation of the controlled electrical appliances to judge their start and stop states.

When the touch switch unit does not form a network with other distribution units, it can be set to an independent working mode and work alone.

As shown in Fig. 3, the embodiment circuit of the touch switch unit including 2 switches is shown. The control core of the switch microcontroller module adopts a single-chip microcomputer. In Fig. 3, the circuit required for the minimum system of the single-chip microcomputer is omitted and not drawn. The switch input module, that is, the touch switch adopts the double-key capacitive touch sensor switch chip ASC0104-2, and the two touch input terminals TP0 and TP1 of ASC0104-2 are respectively connected to the touch points K1 and K2. C1 and C2 are grounded; the two touch signal output terminals TPQ0 and TPQ1 of ASC0104-2 are respectively connected to the input terminals IN0 and IN1 of the microcontroller; the high/low active level selection terminal AHLB of ASC0104-2 and the positive power supply terminal VDD are connected to the power supply +VCC; the output type selection terminal of ASC0104-2 and the negative terminal VSS of the power supply are connected to the power ground. When the touch switch unit includes multiple switch input modules, as shown in the embodiment of FIG. 3 , an integrated chip with multi-key input can be used; each switch input module can also use a separate circuit.

In Fig. 3, the communication module adopts CC1101 wireless data transmission transceiver module, and the frequency is 433MHz or 315MHz. The chip selection control terminal CSN of the CC1101 wireless data transmission transceiver module is connected to the output terminal OUT1 of the microcontroller, the SPI clock terminal SCK is connected to the output terminal OUT2 of the microcontroller, the SPI data input terminal MOSI is connected to the output terminal OUT3 of the microcontroller, and the SPI data output terminal MISO Connect to the input terminal IN3 of the single-chip microcomputer, and the information output terminals GDO0 and GDO2 are connected to the input terminals IN2 and IN4 of the single-chip microcomputer respectively; the power supply terminal VCC of the CC1101 wireless data transmission transceiver module is connected to the power supply +VCC, and the ground terminal GND is connected to the power supply ground.

In Fig. 3, optocoupler isolator M1, triac V1, resistor R3, and resistor R4 form a switch drive module of switch K1, and optocoupler isolator M2, triac V2, resistor R5, and resistor R6 form a switch drive module of switch K2. After the resistor R4 is connected in series with the output of the optocoupler isolator M1, it is connected in parallel to the first anode and gate of the bidirectional thyristor V1; after the resistor R3 is connected in series with the input of the optocoupler isolator M1, the output terminal OUT4 of the microcontroller controls the switching of the bidirectional thyristor V1. The first anode and the second anode of the bidirectional thyristor V1 are the input terminal L and the output terminal L1 of the AC power phase line (live line) of the switch K1 respectively; the load of the switch K1 is connected to the output terminal L1 and the neutral line of the AC power supply. After the resistor R6 is connected in series with the output of the optocoupler isolator M2, it is connected in parallel to the first anode and gate of the bidirectional thyristor V2; after the resistor R5 is connected in series with the input of the optocoupler isolator M2, the output terminal OUT5 of the microcontroller controls the switching of the bidirectional thyristor V2. The first anode and the second anode of the bidirectional thyristor V2 are respectively the input terminal L and the output terminal L2 of the AC power phase line (fire line) of the switch K2; the load of the switch K2 is connected to the output terminal L2 and the neutral line of the AC power supply. Optocoupler isolators M1 and M2 can choose MOC3041, MOC3042, MOC3043, MOC3061, MOC3062, MOC3063 and other devices with zero-crossing trigger function.

In Fig. 3, the light emitting diode LED1, the light emitting diode LED2, the resistor R1, and the resistor R2 form an on-off indicating module. The light-emitting diode LED1 is the signal indication of the switch K1, which is controlled by the output terminal OUT6 of the single-chip microcomputer; the light-emitting diode LED2 is the signal indication of the switch K2, and is controlled by the output terminal OUT7 of the single-chip microcomputer.

In FIG. 3 , when K1 is touched, the on-off state of the bidirectional thyristor V1 changes, and its load becomes de-energized when it was energized, or it becomes energized when it was de-energized. Similarly, when K2 is touched, the on-off state of the bidirectional thyristor V2 changes, and its load becomes de-energized when it was energized, or it becomes energized when it was de-energized.

Each switch in the touch switch unit can write its control function (or control object) or number, and the control function (or control object) or number is called configuration information, which is written and saved in the corresponding touch in the switch unit. Each switch in the touch switch unit can be set as a scene mode switch, and can also be set as a switch for controlling electrical appliances, that is, an electrical appliance control switch.

The process of writing the function (or control object) of the switch or the number of the switch in the switch is called configuration, and there are many methods for configuring the switch.

Configure at production time. During production, set the configuration information of the switch to be consistent with the silkscreen name on the panel. For example, if the silkscreen name on the panel is night light, the corresponding switch function is configured as night light switch; if the silkscreen name on the panel is wall lamp, then the corresponding The function of the switch is configured as a wall lamp switch; the silk screen name on the panel is ventilation fan, and the corresponding switch function is configured as a ventilation fan switch; the silk screen name on the panel is reception mode, and the switch is a reception scene mode switch, then the corresponding switch function is Configured as a visitor mode switch. Spare switch, or when the function of the switch is not configured during production, you can set a special name for the switch with an unconfigured function, for example, set it as a spare switch, or set it as an unconfigured switch, or set it to another name . In actual configuration, switch functions can also be replaced by numbers, for example, switch No. 1 controls the wall lamp, switch No. 2 controls the room light, switch No. 100 is the scene mode switch for meeting guests, and so on. A spare switch, or when the switch is not functionally configured during production, you can set a special number, for example, set it to No. 0, that is, switch No. 0 is a switch that has not been functionally configured for the switch; It must be No. 0, and you can also choose other numbers, for example, No. 999, or No. 511, and so on.

Configure or modify the configuration on site. Connect a computer or a special configuration tool to the on-site room control device for unified network configuration; or connect a single touch switch unit to a computer or a special configuration tool for separate configuration. The specific steps are:

① Connect the computer or special configuration tool to the on-site room control device or connect to a single touch switch unit;

②Edit the function or number of the switch to be configured in the relevant project configuration interface of the computer or special configuration tool and select it, or select the switch whose function or number has been edited;

③ Select the switch to configure and complete the configuration confirmation;

④ Return to step ② (configure in the on-site room control device) or step ① (configure a single touch switch unit) to configure other switches.

The selection switch in the step ③ is configured, and there are many ways to complete the configuration confirmation. One of the methods is to perform a switch operation to realize a new configuration and cancel the old configuration at the same time. For example, now you are going to configure a room light switch, select the switch corresponding to the room light in the relevant project configuration interface, and then operate a certain switch that needs to be configured, then the switch will be configured as the same switch as the switch selected in the project configuration interface The function or the same switch number, the other switch function or switch number to which the switch was configured is canceled. The second method is that all the switches have a status indication of whether they are configured or not; perform a switch operation on a switch whose status indication shows that it is not configured, and then perform a new configuration, and the status indication shows that the configuration is successful; If the switch is operated, the configuration is cancelled, and the status indicator shows that it is not configured; the unconfigured switch can be set as a spare switch, or set as an unconfigured switch, or set to another name; the unconfigured switch can also be set as the No. 0 switch , or set to other special numbers. Whether the status indicator is configured well can be distinguished by the on and off of the indicator light, whether it is flickering or not, the different flickering frequency of the indicator light, and so on.

All switch configurations can be reconfigured, unconfigured, etc. changed at any time.

FIG. 4 is a structural diagram of an embodiment of a dimming control unit in a room control device, including a dimming microcontroller module 401 , a communication module 402 , a dimming input module 403 , a dimming drive module 404 , and an on-off indication module 305 . The communication module 402 , the dimming input module 403 , the dimming driving module 404 and the dimming microcontroller module 401 have an electrical connection relationship or an electrical connection relationship with photoelectric isolation for the transmission of related signals. The dimming control unit communicates with other distributed units through the distributed wireless communication network through the communication module 402, and its role is to transmit data to other distributed units and receive data from other distributed units.

The function of the dimming microcontroller module 401 includes: analyzing the data received through the communication module 402 to realize scene mode control; forming data and sending the control operation and status of the dimming control unit through the communication module 402; judging and identifying State and operation of the dimming input module 403 ; control the state of the dimming driving module 404 .

In the same room control device, the number of dimming controllers of different dimming control units can be selected arbitrarily. That is to say, in the same room control device, there can be several dimming control units with 1 dimming controller, several dimming control units with 2 dimming controllers, and several dimming control units with 3 dimming controllers. Dimming control units for controllers, etc.

The dimming input module 403 includes one or more dimming instruction devices, corresponding to one or more dimming controllers.

The dimming command device can be a potentiometer, including various types of potentiometers such as resistance potentiometers, pulse potentiometers, and coding potentiometers.

The dimming command device may consist of a mechanical switch. The mechanical switch can be a single control normally open switch, a single control normally closed switch, a double control normally open/normally closed switch, etc., or a normally open button, normally closed button, self-resetting switch, etc. For example, a dimming instruction device may consist of two buttons, one of which is for increasing brightness, and the other button is for decreasing brightness.

The dimming instruction device can also be composed of a touch switch. For example, one dimming command device is provided with two touch points to realize the functions of increasing brightness and decreasing brightness respectively.

The dimming command device can also be composed of a touch screen touch switch. For example, one dimming command device is provided with two touch points to realize the functions of increasing brightness and decreasing brightness respectively; or one dimming command device is provided with a sliding bar to realize the functions of increasing brightness and decreasing brightness.

The dimming driving module 404 includes one or more dimming driving devices. In the same dimming driving module, the number of dimming driving devices is equal to the number of dimming instruction devices, and they correspond one to one to form the same number of dimming controller. The dimming driving device may be a thyristor voltage regulating and dimming circuit, an LED pulse width modulation dimming circuit, or other dimming driving circuits.

If a dimming control unit includes 2 dimming controllers, it means that the dimming control unit can realize dimming control of 2 lamps respectively.

Each dimming controller in the dimming control unit can write its control function (or control object) or number, and the control function (or control object) or number is called configuration information, and the configuration information is written and Stored in the corresponding dimming control unit.

The process of writing its function (or control object) or number in the dimming controller is called configuration, and the method of configuring the dimming controller is the same as the method of configuring the switch, and there are also multiple methods.

Configure at production time. During production, set the configuration information of the dimming controller to be consistent with the silkscreen name on the panel. For example, if the silkscreen name on the panel is night light, the corresponding dimming controller function is configured as night light dimming controller; the panel The silkscreen name on the screen is wall lamp, and the function configuration of the corresponding dimming controller is wall lamp dimming controller. Standby dimming controller, or when the function of the dimming controller is not configured during production, you can set a special name for the dimming controller without configuration functions, for example, set it as the standby dimming controller uniformly, or uniformly Set it to Unconfigured Dimmer Controller, or set it to another name. In actual configuration, the function of the dimming controller can also be replaced by a number, for example, No. 200 dimming controller controls the wall lamp, No. 201 dimming controller controls the room lamp, and so on. Standby dimming controller, or when the dimming controller is not functionally configured during production, you can set a special number, for example, set it to No. 0, that is, No. 0 dimming controller is not configured for its function Dimming controller; the special number is not necessarily No. 0, and other numbers can also be selected, for example, No. 999, or No. 511, etc.

Configure or modify the configuration on site. Connect a computer or a special configuration tool to the on-site room control device for unified network configuration; or connect a single dimming control unit to a computer or a special configuration tool for separate configuration. The specific steps are:

① Connect the computer or special configuration tool to the on-site room control device or connect to a single dimming control unit;

② Edit the function or number of the dimming controller to be configured in the relevant project configuration interface of the computer or special configuration tool and select it, or select the dimming controller whose function or number has been edited;

③Select the dimming controller to configure and complete the configuration confirmation;

④ Go back to step ② (configure in the on-site room control device) or step ① (configure a single dimming control unit) to configure other dimming controllers.

In the step ③, select the dimming controller for configuration, and there are many ways to complete the configuration confirmation. One of the methods is to perform a dimming operation of the dimming controller to realize a new configuration and cancel the old configuration at the same time. For example, if you are going to configure the dimming controller for the house light, select the dimming controller corresponding to the house lamp in the relevant project configuration interface, and then perform a dimming operation on a certain dimming controller that needs to be configured, the dimming control The dimming controller is configured with the same function or number as the dimming controller selected in the engineering configuration interface, and the other functions or numbers configured for the dimming controller are cancelled. The second method is that all dimming controllers have a status indication of whether they are configured; if the status indication shows that the dimming controller is not configured, perform a dimming operation, and then perform a new configuration, and the status indication shows that the configuration is successful; for the status indication If the dimming controller that shows the successful configuration performs a dimming operation, the configuration will be cancelled, and the status indicator will display unconfigured; the unconfigured dimming controller can be set as a backup dimming controller, or as an unconfigured dimming controller , or set to another name; the unconfigured dimming controller can also be set to No. 0 dimming controller, or set to other special numbers. Whether the status indication is configured well can be distinguished by the on and off of the indicator light, whether the indicator light is flickering or not, the frequency of the indicator light’s flickering, the touch screen displaying different information, etc. .

Configuration is performed via panel operation on the panel of the dimming control unit. When the dimming instruction device is composed of a touch screen, the display information is rich and the configuration is convenient. There are various options for specific configuration methods. The purpose or method is to select the dimming controller to be configured on the touch screen, and modify the function or number of the dimming controller to be configured through the touch screen. and confirm.

All dimmer controller configurations can be reconfigured, unconfigured, etc. changed at any time.

In the touch switch unit of the room control device, a switch is set or configured as a scene mode switch, which is used to start the scene mode, and can also set the scene mode.

There may be various scene modes of the room, for example, bright mode, reception mode, leisure mode, reading mode, sleep mode, and so on. The master off function of lights can be one of the scene modes.

Each profile corresponds to a profile switch. Each scene mode switch controls a group of object control units in the room control device to realize the corresponding scene mode. The object control unit may be an electrical appliance control switch, a dimming controller, or an air conditioner controller, and so on. A group of object control units includes at least 2 object control units, for example, a group of object control units includes at least 2 electrical control switches, or includes at least 2 dimming controllers, or includes at least 1 dimming controller and at least 1 electrical control switch, etc.

The control data of the group of object control units are stored in the scene mode switch. When the scene mode switch activates the scene mode, the control data is sent to the corresponding object control unit, or to the distribution unit where the corresponding object control unit is located. Each object control unit in the group performs corresponding scene mode control according to the received control data.

The scene mode can be jointly set through the scene mode switch and multiple object control units; the multiple object control units participating in the setting process form the aforementioned group of object control units. The specific method is:

① Operate the scene mode switch to enter the scene mode setting state;

② Operate an object control unit that needs to be controlled in the scene mode, and set the corresponding control state;

③Repeat step ② until all the control states of the control units of the group of objects are set;

④ Operate the scene mode switch to exit the scene mode setting state; save the control data of all object control units in the group to the scene mode switch.

Step ① Operate the scene mode switch to enter the scene mode setting state. In order to avoid misoperation, you can take a long press to operate the scene mode switch to enter the scene mode setting state, or short press the scene mode switch several times in a row to enter the scene mode setting state, or press and hold the scene mode switch for 2 consecutive times (or multiple times) to enter the scene mode setting state, and other methods, etc.

The step ② operates an object control unit that needs to be controlled in the scene mode, and sets the corresponding control state; it refers to operating the switch at least once for the electrical appliance controlled by on and off; for example, in this scene In this mode, the room light needs to be turned on. If the room light is off after entering the scene mode setting state, operate the room light switch once to turn on the room light; if the room light is on after entering the scene mode setting state, then It is necessary to operate the room light switch at least twice, and then turn on the room light after it is turned off.

Said step ③, until the control state of the group of object control units is all set, each object control unit that needs to be controlled in the scene mode must be operated and set to the corresponding control state; even if only the scene mode needs to be controlled To modify the control state of an object control unit, it is also necessary to operate all object control units that do not need to modify the control state, set the corresponding control state, and ensure that all object control units corresponding to the scene mode participate in the setting operation.

After a scene mode is started, other scene modes are started, and the current scene mode is automatically exited.

After a scene mode is started, the object control unit in the scene mode is operated, for example, the light under the control of the scene mode is adjusted, and the current scene mode is automatically exited.

After a scene mode is started, the current scene mode can also be exited directly through the scene mode switch of the scene mode.

As shown in Figure 5, it is an embodiment of the central control and management system of the living room, including a central control server 10, a room control device 20, a room control device 30, a room control device 40, and a room control device 50. It is suitable for controlling 4 bedrooms, offices, or 4 (sets) bedrooms. The 4 room control devices all have Internet communication units, and the 4 room control devices use the Internet 60 between the Internet communication units and the central control server 10 to communicate according to the Internet protocol. The Internet 60 may include gateways, routers, network switches and other devices used in Internet communication.

The central control server can be a local server, for example, a central control server is set in the hotel LAN, or a central control server is set in the property management center of the residential area; the central control server can also be various forms of remote servers, for example, Use cloud servers.

FIG. 6 is a structural diagram of an embodiment of a room access point unit, including a microcontroller module, that is, an access point microcontroller module 701 , and a communication module 702 and a WAN port module 703 . The communication module 702, the WAN port module 703 and the access point microcontroller module 701 have an electrical connection relationship or an electrical connection relationship with photoelectric isolation for the transmission of related signals. The Internet communication unit is included in the room access point unit.

The room access point unit, or room AP, is used to connect the room control device with the Internet, and communicate with the central control server according to the Internet protocol.

The room AP is connected to the central control server through the WAN port module 703 via the Internet, and can upload the relevant information of the room control device to the central control server in time, which is convenient for monitoring and realizes the interlocking of the soft switch in the system database and the room switch ; Any distributed unit in the room control device can be managed with the help of the central control server to realize remote control, including realizing the interlock control of the monitoring switch in the user terminal that has logged into the system to the living room switch; the central control server can be used to control the room The configuration of the switches in the control device, especially the configuration of the interlocking state between the switches, is convenient and quick; and so on.

The room AP may also include a WiFi module 704, and may also include a LAN port module. The WiFi module 704, the LAN port module, and the access point microcontroller module 701 have an electrical connection relationship or an electrical connection relationship with photoelectric isolation for Transmission of relevant signals. The LAN port module provides the user with a LAN port, and the WiFi module 704 enables the room AP to have a WiFi hotspot function.

The room AP communicates with other distribution units through the distributed wireless communication network through the communication module 702, and its function is to send the data of the central control server to other distribution units and report the information of other distribution units to the central control server.

The management and control of the living room central control management system are realized by the central control management system software. The software of the central control management system is a B/S (browser/server) architecture. After the background program and the system database are installed in the central control server, the client only needs to install a browser and log in to use it. The information of all room control devices is uploaded to the system database of the central control server, and can be browsed and inquired on the client terminal that has logged into the central control management system; Device management and control. Various popular database platforms can be selected for the system database.

The user terminal can be a computer or a handheld mobile terminal. The user of the client terminal can be an engineer, a hotel receptionist, a room owner, or other management personnel, and so on.

When the client is a computer, it only needs to install a browser and log in to the central control management system to realize the management and control of the living room. The central control management system has a variety of login permissions for different users. Taking hotel management as an example, you can set the login permissions of different users such as administrators, engineering personnel, senior managers, lobby managers, and front desk customer service, among which the set administrators have the highest authority.

Users can use computers or handheld mobile terminals to realize the management and control of living rooms, and interact with room equipment, such as turning on specific lights, adjusting room temperature, entering scene modes, and so on. Users can use computers or handheld mobile terminals to interact with specific login users, for example, interact with the hotel front desk to request check-out, interact with property management to report faults, and so on. Typical handheld mobile terminals include mobile phones and tablet computers.

One of the ways to use handheld mobile terminals to realize the management and control of living rooms is WeChat control. After users follow WeChat, for example, the official account of the hotel, or the official account of the unit, or the official account of the property management of the community, and other related official accounts, the relevant management and control can be realized. For example, after guests check into the hotel, they can use WeChat to control the equipment in the room, such as lights, air conditioners, curtains, scene modes, etc., by entering the room number and verification code through the wifi provided by the hotel, and they can also make service requests to the hotel front desk.

The second method of using the handheld mobile terminal to realize the management and control of the living room is APP control. Taking a guest staying in a hotel as an example, the user downloads the APP provided by the hotel, and after logging in, he can control the equipment in the room through the APP, such as lighting, air conditioning, curtains, scene modes, etc., and can also put forward service needs to the hotel front desk.

There is a monitoring switch corresponding to the switch in the room control device on the relevant display control interface of the user terminal that logs into the central control management system; the information of the corresponding switch in the room control device is saved in the system database in the form of a soft switch; The soft switch and monitoring switch corresponding to the same switch in the device are configured in an interlock state. If the corresponding switch is set as a scene mode switch, all the control data of the group of control units corresponding to the scene mode switch will also be stored in the system database at the same time.

The soft switch can be configured in an interlock state with the corresponding switch in the room control device, or the monitoring switch can be configured in an interlock state with the corresponding switch in the room control device. When operating a monitoring switch on the display control interface, the state of the corresponding soft switch in the system database changes, and the switch in the room control device configured as an interlocking state changes the control state and performs corresponding actions; when in the living room When a certain switch is operated in the room and the control state is changed, the state of the corresponding soft switch in the system database also changes, and the state of the monitoring switch displayed in the user terminal that logs into the system also changes.

There is a monitoring dimming controller corresponding to the dimming controller in the room control device on the relevant display control interface of the user terminal that logs into the central control management system; the corresponding dimming controller in the room control device is saved in the system database in the form of appropriate data. The brightness control data of the light controller; the brightness control data and the brightness control data of the same dimming controller in the room control device are configured in an interlocking state.

When operating a monitoring dimming controller on the display control interface, the brightness control data of the corresponding dimming controller in the system database changes, and the dimming controller configured in an interlocking state in the room control device changes the brightness Control data and perform dimming; when a certain dimming controller is operated in the living room to change the brightness of the light, the corresponding brightness control data in the system database will also change.

Each of the multiple room control devices has a different ID, that is, an identification number. The central control management system software identifies the room control device through the identification number. There are many specific forms of the identification number. For example, the MAC address of the room access point unit is used as the identification number. Each room access point unit has a 6-digit MAC address and is clearly marked when leaving the factory. The software of the central control management system corresponds the room number with the corresponding identification number one by one. The room number and the identification number can be entered into the system database by keying in the user terminal that has logged into the system, or the room number can be entered into the system database first. The corresponding relationship between the room number and the identification number is entered into Excel, TXT and other forms or documents, and then imported into the system database in batches.

There are soft switches corresponding to all living room switches in the system database, and there are monitoring switches corresponding to all living room switches in the display control interface of the user terminal that has logged into the system. The soft switches and monitoring switches correspond to the switches in the living room The method is also the name of the control object, or the number related to the control object. After the name or number of the control object is written into the switch in the room control device, the switch is automatically configured as an interlocking state with the corresponding soft switch in the system database and the monitoring switch corresponding to all living room switches in the display control interface. Similarly, the system database stores brightness control data corresponding to all living room dimming controllers, and the monitoring dimming controller, living room dimming controller and corresponding brightness control data use the same control object name, or It is the same number to achieve interlocking.

The system database pre-stores the control data of multiple scenarios, or the standard control data of multiple scenarios. You can use the user terminal that has logged into the system to set the scene mode of the living room. One of the methods is to choose to download the pre-stored scene mode control data to the room control device that needs to be set. After the download is completed, the corresponding scene mode switch will save the control data of all object control units in the group, even if the room control device is connected to the control unit. When the central control server is disconnected and the scene mode is activated through the scene mode switch, the saved control data will still be sent to the corresponding object control unit to realize the control of the scene mode.

The second method is to set the scene mode of the living room on the user terminal, the specific method is:

① Operate the monitoring switch corresponding to the scene mode switch to enter the scene mode setting state;

② Operate an object control unit that needs to be controlled in the scene mode, and set the corresponding control state; for example, turn off the monitoring switch corresponding to the room light, or adjust the monitoring and dimming controller corresponding to the wall lamp;

③Repeat step ② until all the control states of the control units of the group of objects are set;

④ Operate the monitoring switch corresponding to the scene mode switch to exit the scene mode setting state; download and save the control data of all object control units in the group to the corresponding scene mode switch in the corresponding room control device.

In the step ③, until the control states of the group of object control units are all set, each object control unit that needs to be controlled in the scene mode must be operated to set the corresponding control state; To modify the control state of an object control unit, it is also necessary to operate all object control units that do not need to modify the control state, set the corresponding control state, and ensure that all object control units corresponding to the scene mode participate in the setting operation.

The multiple distribution units of the room control device may also include one or more air-conditioning control units, one or more monitoring units, one or more controllable sockets, etc.; if it is used in hotel rooms Control, the multiple distribution units of the room control device may also include a power-taking switch unit, an electronic door plate unit, and the like.

The information or status of all distributed units can be uploaded to the central control server and stored in the system database; the distributed units that play a control role can be controlled through the central control server through the user terminal that has logged into the system.

When the room control device uses a distributed wireless communication network to communicate, the distributed units can communicate in a multi-master broadcasting manner, or in a master-slave manner, or in a single-master broadcasting manner. The specific implementation of the three communication modes is executed by the program running in the microcontroller module in the distribution unit.

The room control device adopts a distributed wireless communication network, and when all distributed units adopt a multi-master broadcast mode to realize communication, the multi-master means that all distributed units in the distributed wireless communication network are masters, and all Data can be actively broadcast to the distributed wireless communication network. All distribution units have a communication module. In the same room to control the device, all communication modules use the same method to transmit the data of the distribution unit to other distribution units and receive the data of other distribution units. If there is no distributed unit in the distributed wireless communication network to send data by broadcasting through the communication module, the distributed wireless communication network is in an idle state; data, the distributed wireless communication network is in a non-idle state. When a certain distribution unit needs to send data to the outside, it first detects the current state of the distributed wireless communication network; when the distribution unit detects that the distributed wireless communication network is in an idle state, it starts to adopt the Send data in broadcast mode.

Under normal working conditions, the number of distribution units in the room control device is limited, and the time taken for each distribution unit to broadcast and send data to the outside is very short. On the one hand, the data to be sent is simple and the message is short; on the other hand, the number of operations for each distribution unit is limited, for example, for the operation of the touch switch unit, whether it is turning on or off the light, or turning on or off the exhaust fan, etc. It does not operate frequently, and each distribution unit only needs to send data when the state of the distribution unit changes. Therefore, there are not many times when each distribution unit needs to send data to the outside in time. Therefore, the distributed wireless communication network is basically in an idle state, and its communication load rate is extremely low; each distribution unit uses broadcasting to send data, which usually does not cause conflicts, that is, two or more distribution units on the bus use broadcasting at the same time Send data, or two or more distribution units use the wireless communication network to send data by broadcasting at the same time.

In order to improve the reliability of communication, each distribution unit can re-send the data that needs to be broadcast and released once or more, and each re-send is carried out after the interval delay time t; like the first sending, all repeated sending Both need to be started when it is detected that the distributed wireless communication network is in an idle state. Further, in order to avoid conflicts caused by repeated transmission of distribution units that have already caused conflicts, the specific value of the delay time t between retransmissions is generated in a random manner; They are all generated in a random manner, that is, the interval delay time of each retransmission is randomly selected. There is no specific requirement on the range of the interval delay time t. Generally, the maximum value of the interval delay time t does not exceed 10 ms, and the minimum value is greater than 0. For example, the interval delay time t can be set to be randomly generated between 0.1 and 1 ms.

The distribution units use multi-master broadcasting to realize communication, and the distribution units use ad hoc network to form a distributed wireless communication network. The communication modules of each distribution unit adopt wireless transceiver modules capable of realizing wireless digital communication, that is, automatically form the distributed wireless communication network.

The distribution unit uses the multi-master broadcast method to realize communication. When sending data, only the relevant information of the distribution unit is sent, and the information sent has nothing to do with other distribution units.

The distribution unit adopts a multi-master broadcasting method to realize communication. When the distributed wireless communication network fails, or some of the distribution units fail, the intact part of the distributed wireless communication network or the distributed wireless communication network composed of intact part of the distribution units Wireless communication networks are still able to function normally.

The room control device adopts a distributed wireless communication network, and when all distribution units communicate in a master-slave manner, one of the multiple distribution units of the room control device is configured as a communication master, and the other distribution units are configured as communication slave. A distribution unit configured as a communication master is only a communication master and does not function as a centralized control.

There are several ways to configure one of the distribution units of the room control device as a communication master.

Method 1 for configuring the communication master: adopting a pre-fixed configuration method, that is, one of the multiple distribution units of the room control device is pre-fixed and configured as a communication master, and the other distribution units are configured as communication slaves. For example, the dimming control unit 101 in the room control device shown in Figure 1 is configured as a communication master, and the touch switch unit 102, touch switch unit 103, and touch switch unit 104 are configured as communication slaves; in the system shown in Figure 1 Other distribution units added on the basis are also configured as communication slaves. Or when there is a power-taking switch unit in the multiple distribution units of the room control device, the power-taking switch unit is configured as a communication master, and other distribution units are configured as communication slaves. Or, when there is a room access point unit among the multiple distribution units of the room control device, it is configured as a communication master, and other distribution units are configured as communication slaves. etc. When using the pre-fixed configuration method, the communication program running in the microcontroller module in the distribution unit configured as the communication master is fixed as the master communication program, and the communication program running in the microcontroller module in the distribution unit configured as the communication slave The program is fixed as the slave communication program.

The second way of configuring the communication master: adopt the method of engineering configuration determination, that is, select and configure one of the multiple distribution units of the room control device as the communication master, and select and configure the other distribution units as communication slaves. At this time, all distribution units in the room control device can be selected and configured as communication masters or slaves; when the distribution unit is selected and configured as a communication master, the communication program running in the microcontroller module It is the master communication program; when the distribution unit is selected and configured as a communication slave, the communication program running in the micro-controller module in the distribution unit is the slave communication program. For example, if the dimming control unit 101 in the room control device shown in FIG. 1 is configured as a communication master, and the touch switch unit 102, 103, and 104 are configured as communication slaves, then the The communication program that runs in the access point microcontroller module is a master communication program, and the communication program that runs in the switch microcontroller module in the touch switch unit 102, touch switch unit 103, and touch switch unit 104 is a slave communication program; The touch switch unit 102 in the room control device shown in 1 is configured as a communication master, and the dimming control unit 101, the touch switch unit 103, and the touch switch unit 104 are configured as communication slaves, and the touch switch unit 102 switches the microcontroller module The communication program running in is the host communication program, the communication program running in the switch microcontroller module in the touch switch unit 103 and the touch switch unit 104 and the communication program running in the access point microcontroller module in the dimming control unit 101 are as follows: Slave communication program. There are also many ways to configure the communication host by means of engineering configuration determination. The configuration can be determined during production, or the configuration can be determined or modified on site; the computer or special configuration tool can be connected to the room control device on site. Or through the user terminal that has logged into the system to perform unified network configuration and determination, or connect a single distribution unit to a computer or a special configuration tool to perform off-network separate configuration determination; it can also be determined in the I/O of the microcontroller module of the distribution unit Input a controllable level signal to configure.

When the distributed units communicate in a master-slave manner, the communication host plays the role of comprehensive coordination, and the communication between all distributed units is completed through the communication host. The data of the distribution unit where each communication slave is located is first sent to the communication master, and then the communication master forwards the data to the distribution unit where each communication slave is located or the distribution unit where the designated communication slave is located; the data of the distribution unit where the communication master is located is directly Send to the distribution unit where each communication slave is located or the distribution unit where the specified communication slave is located.

The room control device adopts a distributed wireless communication network, and when all distribution units adopt a single master broadcast mode to realize communication, one of the multiple distribution units of the distributed wireless communication network is configured as a coordinating master, and the other distribution units are configured as a coordinating master. The unit is configured as a coordinating slave. In a distributed wireless communication network, only one distribution unit has broadcast authority at any time, and broadcasts data to the distributed wireless communication network; the broadcast authority of all distribution units is determined by the coordination of the coordinating host; the method of determining the broadcast authority is optimal A simple rotation method can also be determined by other methods. The distribution unit configured as the coordinating host only plays the role of coordinating broadcast authority, and does not play the role of centralized control.

When one of the plurality of distribution units of the distributed wireless communication network is configured to communicate in the mode of coordinating the master and adopting the master-slave mode, one of the plurality of distribution units of the distributed wireless communication network is configured to communicate The same as the master, there are many ways, including the way of pre-fixed configuration, that is, one of the multiple distribution units of the distributed wireless communication network is pre-fixed and configured as a coordinating master, and other distribution units are configured as coordinating slaves; configuration The communication program running in the micro-controller module in the distribution unit for coordinating the master is fixed as the coordinating master communication program, and the communication program running in the micro-controller module in the distribution unit configured as a coordinating slave is fixed as the coordinating slave communication program . Including adopting the method of engineering configuration determination, that is, determining the selected configuration of one of the multiple distributed units of the distributed wireless communication network as the coordinating master, and selecting and configuring other distributed units as coordinating slaves; at this time, the distributed wireless communication network All distribution units in the communication network can be selected and configured as coordinating masters or coordinating slaves; when a distribution unit is selected and configured as a coordinating master, the communication program running in the microcontroller module within the distribution unit is a coordinating master communication program ; When the distribution unit is determined as the coordination slave by the selected configuration, the communication program running in the micro-controller module in the distribution unit is the coordination slave communication program. There are also many ways to configure the coordinating host in the way of engineering configuration determination. The configuration can be determined during production, or the configuration can be determined or modified on site; it can be connected to a computer or dedicated configuration in the distributed wireless communication network on site. tool, or through the user terminal that has logged into the system to perform unified network configuration determination, or connect a single distribution unit to a computer or a special configuration tool to perform off-network separate configuration determination; it can also be determined in the I The /O terminal inputs a controllable level signal for configuration.

When communication is performed in a master-slave manner, one of the multiple distribution units of the room control device is configured as a communication master, and the other distribution units are configured as communication slaves. And all the communication slaves in the room control device need to register in the communication master and join the distributed wireless communication network, that is, the communication master needs to know that there are distributed units configured as communication slaves in the room control device, Allow the communication master to coordinate and allocate communication rights to all communication slaves.

When communication is performed in a single-master broadcast manner, one of the multiple distribution units of the distributed wireless communication network is configured as a coordinating master, and the other distribution units are configured as coordinating slaves. And all the coordination slaves in the room control device need to register in the coordination master and join the distributed wireless communication network, that is, the coordination master needs to know that there are distributed units configured as coordination slaves in the room control device, Allow the coordinating master to coordinate and distribute broadcast rights to all coordinating slaves.

There are many ways for the communication slave to register in the communication master, and the method for the coordination slave to register in the coordination master is the same as the method for the communication slave to register in the communication master. In the following, the communication slave is referred to as the slave, the communication master is referred to as the master, the coordination slave is also referred to as the slave, and the coordination master is also referred to as the master, to explain the method of registering the communication slave in the communication master and the coordination slave registering in the coordination master . The registration refers to adding the necessary information of the slave to the host, for example, adding the unit identification code or address code of the slave to the host, so that the host can coordinate and communicate with all slaves, such as communication authority and broadcast authority. distribute. All the aforementioned distribution units are equipped with unit identification codes or communication address codes for identification between distribution units.

Registration method 1: Register on the operation panel of the distribution unit configured as the master, and add the necessary information of the slave to the master through panel operations.

Registration method 2: Access the computer or special registration tool in the on-site room control device, or use the room access point unit and distributed wireless communication network to transfer the slave’s The necessary information is added to the host.

Registration method three: connect the distribution unit configured as the master to a computer or a special registration tool, and directly add the necessary information of the slave to the master through the computer or a special registration tool.

Registration method four: automatic registration method. Assuming that there is a slave G in the system, take the slave G as an example to illustrate the main points of the automatic registration method: ① The master uses rotation or other methods to communicate with the registered slaves at intervals not exceeding time T; Describe the communication with the registered slave, including confirming the broadcast authority of the slave, or confirming the communication authority of the slave, or other forms of communication. ②The host detects at any time whether there is registration information sent by the slave in broadcast mode on the distributed wireless communication network, and if so, registers the registration information in the host. ③ After the slave G is powered on, wait for the master to initiate contact with the slave G, and the waiting time is T+T1. ④ Within the waiting time T+T1, the master initiates a communication with the slave G, then the slave G has registered in the master, and the registration is over. ⑤ Within the waiting time T+T1, the master does not initiate contact with the slave G, and the slave G considers that it is not registered in the master, and thus initiates an automatic registration process. ⑥ The automatic registration process of the slave G is to send the registration information to the distributed wireless communication network by broadcasting, and then wait for the master to initiate contact with the slave G. The waiting time is T+T1; within the waiting time T+T1 , the master initiates the communication with the slave G, the slave G has registered in the master, and the registration is over; within the waiting time T+T1, the master does not initiate the communication with the slave G, the slave G Automatic registration was unsuccessful. ⑦ When the automatic registration of the slave G is unsuccessful, it can be repeated multiple times, for example, the automatic registration process is repeated 3 times.

There is no specific requirement on the range of the additional waiting time T1. Generally, the maximum value of the additional waiting time T1 is not more than 10 ms, and the minimum value is greater than 0. For example, the additional waiting time T1 can be set to be randomly generated between 0.1 and 1 ms.

When selecting the time T, it is required that T be greater than the time required for the master to contact all the slaves in turn, that is, when the master-slave mode is used for communication, the communication master communicates with all the communication slaves once in turn, and completes the reception and forwarding of all data. When using the single-master broadcast method for communication, the coordinating master communicates with all coordinating slaves in turn, and the time required for all coordinating slaves to complete the broadcast transmission of data.

When the distribution unit of the room control device sends data, whether to send data, that is, the driving method of sending data adopts one of the event-driven method and the time-driven method, or adopts the event-driven method and the time-driven method at the same time. The event-driven mode refers to that when the distribution unit generates the data that needs to be sent, the data transmission is started, and the data generated according to the relevant information of the distribution unit is sent to other distribution units; for example, when the touch switch unit has a switch operation, it needs to Start data sending; for example, after the room access point unit receives the data from the central control server, it needs to start data sending; and so on. The time-driven mode refers to that the distribution unit regularly sends out data such as status information of the unit where it is located.

There is a microcontroller module in all distribution units. For example, the microcontroller module in the dimming control unit is the dimming microcontroller module, the microcontroller module in the touch switch unit is the switch microcontroller module, and the microcontroller module in the room access point unit is the access Click on the microcontroller module.

The control core of the microcontroller module of the distribution unit, such as the control core of the access point microcontroller module 701, the switch microcontroller module 301, the dimming microcontroller module 401, etc., can choose a single-chip microcomputer, ARM, DSP, etc. Microcontroller, you can also choose a controller such as CPLD.

The configuration information of each distribution unit, such as the control data of the scene mode, various identification codes, identification numbers, address code information, etc., which are allowed to be modified but need to be retained during power failure, are stored in the microcontroller of the distribution unit The control core of the module is stored in the non-volatile memory that comes with it, or stored in the non-volatile memory that is added outside the control core of the microcontroller module in the distribution unit. For example, when the control core selects a single-chip microcomputer, the modification information is stored in a non-volatile memory of the single-chip microcomputer, or in a non-volatile memory device extended on the periphery of the single-chip microcomputer.

The power supply of the distribution unit may adopt a zero live wire power supply, or a single live wire power supply as required.

The room control device does not need to control the host, and can select an appropriate number of related distribution units such as dimming control units and touch switch units according to the needs to form itself through a distributed wireless communication network; the scene mode control data of the room control device is stored in the corresponding scene mode switch In the process, the control of the scene mode can be realized without a server or a control host; the setting of the scene mode is directly completed by using the scene mode switch and the corresponding scene mode control unit, which also does not require a server or a control host; Use mobile phone WeChat to realize the control and setting of scene mode; each distribution unit can be installed with 86 bottom shell structure; it has the advantages of low cost, convenient and fast installation and debugging.

The embodiment in Fig. 3 is only an example. According to the above requirements, select or design the microcontroller module circuit of the touch switch unit, room access point unit, dimming control unit, etc., and select or design the corresponding peripheral module devices and circuits to realize the corresponding functions. Conventional techniques mastered by technicians.

Claims (7)

1. a kind of room scene mode setting method, it is characterised in that realized by room control device；

The room control device includes multiple distribution units, and the plurality of distribution unit includes N number of soft-touch control unit With P dimming control unit；The N is more than or equal to 1；The P is more than or equal to 1；

N number of soft-touch control unit includes at least 2 intelligent switch；

The intelligent switch can be provided as contextual model switch；The intelligent switch can also be provided as electrical equipment control System switch；

The distribution unit all includes communication module；The communication module is wireless data sending transceiver module；The plurality of distribution Communication network between unit is distributed wireless communication network.

2. room scene mode setting method according to claim 1, it is characterised in that the contextual model is by room control A group objects control unit and its contextual model switch in device processed carrys out co- controlling；The one group objects control unit is at least Including 2 object control units；The object control unit includes electric control switch and light adjusting controller.

3. room scene mode setting method according to claim 2, it is characterised in that protect in the contextual model switch There is the control data of the contextual model；When starting contextual model, the control data of the contextual model can be sent to corresponding right As in control unit.

4. room scene mode setting method according to claim 3, it is characterised in that the contextual model passes through scene Mode switch and multiple object control units are arranging jointly；Participate in described in multiple object control unit compositions of setting up procedure One group objects control unit.

5. room scene mode setting method according to claim 4, it is characterised in that comprise the concrete steps that：

Step one, operation profiles switch, arranges state into contextual model；

Step 2, to needing the object control unit for controlling to operate in the contextual model, arranges corresponding control shape State；

Step 3, repeat step two, until the controlled state of the group objects control unit is all provided with；

Step 4, operation profiles switch exit contextual model and arrange state；By the control of the group all object control units Data are preserved into the contextual model switch.

6. room scene mode setting method according to claim 5, it is characterised in that the step one, operational scenarios Mode switch, arranges state into contextual model, and concrete grammar is：Long switch by contextual model then enter contextual model setting shape State.

7. room scene mode setting method according to claim 5, it is characterised in that until the group in the step 3 The controlled state of object control unit is all provided with, and method is：Each object control to needing to control in the contextual model Unit processed is operated, and is set to corresponding controlled state.