TWI669688B - Control method and system for controlled device - Google Patents

Abstract

The invention relates to a control method and system for a controlled device. The control system comprises a control host and at least one mobile device, and the control host performs a control method. The control host is configured to perform a normal mode, a temporary mode, and an unmanned mode. In the normal mode, the control host broadcasts a first connection signal, and the first connection signal includes a first connection tag. In the temporary mode, the control host broadcasts a second connection signal, and the second connection signal includes a second connection label, and when the mobile device receives the second connection signal, it connects to the control host and transmits a recovery. instruction. When the control host receives the resume command, it executes the normal mode instead. However, when the management host does not receive the recovery command, it executes an unmanned mode instead. In this way, the control host can automatically control the startup of each controlled device according to the state of execution, thereby avoiding unnecessary power waste or safety concerns.

Description

Control method and system for controlled device

The invention relates to a control method and system, in particular to a control method and system for a controlled device.

People's living space is full of various electrical appliances. For example, in the office, there will be computers, electric fans, air conditioners, electric lights, etc., or at home, there will be TVs, computers, and electric fans. , air conditioning equipment, electric lights, water heaters, refrigerators and other electrical appliances.

However, these appliances must rely on electricity to operate, and when the user is using them, the appliances perform normal startup operations to consume electricity. When the user leaves without using it, the user must turn off the appliances themselves or control the appliances to enter the standby state to reduce power consumption and avoid wasted power. However, if the user rushes to leave and forgets to turn off the appliances, the appliances will continue to operate, causing unnecessary power wastage.

In addition, it is easy for people to leave these electrical appliances because of other affairs and forget to turn off these devices, which not only causes waste of electricity, but also may cause disasters due to no one to eliminate accidents, such as fires caused by continuous opening of electric heaters.

Furthermore, in general, a home or office security monitoring system operates continuously throughout the day to conduct home or office security monitoring to ensure home or office security. However, the operation of the security monitoring system around the clock will cause considerable power consumption. Thus the security monitoring system can be activated or deactivated by the user, thereby reducing power consumption.

However, in the home or office security monitoring system, since the user wants to maintain personal privacy, the user can turn off the surveillance video of the security monitoring system during the user's home or office hours, and when the user goes out, the user can open the home or Office security monitoring system.

However, the home or office security monitoring system mainly provides security monitoring when no one is present. If the household forgets to set the alarm and directly leaves, the security is ineffective.

Further, a smart home window control system is used to control the windows of the user's home or office. When the user is at home or in the office, the user can remotely control the opening or closing of the window through the remote control or the mobile device. However, when the user leaves home, if the user forgets to close the window, the rainwater will splash into the room and cause damage to the furniture.

Since the manner in which these electrical devices or systems are currently turned off or activated must be performed by the user, and the user often forgets to turn off or activate the electrical devices or systems when leaving, or the user rushes to leave and forgets to turn off or activate the appliances, In this way, it will cause unnecessary power waste, or the security monitoring system will forget to be activated, causing safety concerns, or forgetting to close the window, causing the furniture to be damaged by rainwater splashing, so the existing method of controlling the electrical appliances Further improvements are necessary.

In view of the way in which existing users manage the startup or shutdown of electrical devices or systems to reduce the consumption of electricity, when the user rushes to leave and forgets to turn off or start the appliances, it will cause unnecessary power waste or preservation. The system forgets to be activated to cause safety concerns, or forgets to close the window to cause the furniture to be splashed by rain. The present invention proposes a control method and system for the controlled device, so that the controlled device can be based on whether the user is away or not. Automatically start or shut down to reduce power consumption.

The control method of the controlled device is performed by a control host, and is characterized in that it comprises the following steps: executing a normal mode; in the normal mode, resetting the timing of a timing unit, and starting a timing unit to start timing Broadcasting a first connection signal; wherein the first connection signal includes a first connection label; determining whether the timing time of the timing unit exceeds a first preset time; when the timing of the timing unit exceeds a first preset At the time of time, a temporary mode is executed instead; in the temporary mode, the timing time of the timing unit is reset, and the timing unit is restarted to start timing; in the temporary mode, the first connection signal is stopped and changed. Broadcasting a second connection signal; wherein the second connection signal includes a second connection tag; determining whether a resume command is received; wherein: when receiving the resume command transmitted by the mobile device, performing the normal mode instead; When the recovery instruction transmitted by the mobile device is not received, it is determined whether the timing time of the timing unit exceeds one a preset time; wherein: when the timing of the timing unit does not exceed the second preset time, re-broadcasting the second connection signal, and re-determining whether a recovery command transmitted by the mobile device is received; when the timing unit When the chronograph time exceeds the second preset time, an unmanned mode is executed instead; wherein in the normal mode, at least one normal mode control signal is generated to control the startup state of the at least one controlled device; in the unmanned mode Generating at least one unmanned mode control signal to change an activated state of the controlled device; wherein in the normal mode, when the timing of the timing unit does not exceed a first predetermined time, the first connection signal is rebroadcasted And re-determining whether the timing time of the timing unit exceeds the first preset time.

In addition, the control system of the controlled device is characterized in that: at least one mobile device is included; a control host includes a timing unit and performs a normal mode; wherein when the control host executes the normal mode, the control host Resetting the timing of the timing unit, and starting the timing unit to start timing, and broadcasting a first connection signal, the control host further determining whether the timing of the timing unit exceeds a first preset time, and when the control host When it is determined that the timing of the timing unit exceeds a first preset time, a temporary mode is performed; wherein the first connection signal includes a first connection label; wherein when the management host executes the temporary mode, the management host Resetting the timing of the timing unit, restarting the timing unit to start timing, and the control host stops broadcasting the first connection signal, and broadcasts a second connection signal, and the management host further determines whether a recovery command is received. Wherein the second connection signal includes a second connection tag; wherein the control master When the temporary mode is executed, and when the recovery instruction is received, the management host performs the normal mode instead; wherein the management host performs the temporary mode, and when the recovery instruction is not received, the management host Determining whether the timing time of the timing unit exceeds a second preset time; wherein when the management host executes the temporary mode, and when the control host determines that the timing time of the timing unit does not exceed the second preset time, The control host re-broadcasts the second connection signal, and re-determines whether the recovery command is received; when the management host executes the temporary mode, and when the management host determines that the timing of the timing unit exceeds the second preset time The control host performs an unmanned mode instead; wherein when the control host executes the normal mode, the control host generates at least one normal mode control signal to control an activation state of the at least one controlled device; when the management host performs the In the unmanned mode, the control host generates at least one unmanned mode control signal to change the controlled device Start state.

When the control host of the present invention executes the temporary mode or the unmanned mode, it is determined whether the normal mode is to be changed back by determining whether the recovery command is received. And the controlling host further determines whether the temporary mode is to be executed by executing the normal mode or the execution of the temporary mode by performing the temporary mode by determining the timing of the timing unit.

In this way, the management host can receive the recovery command to determine whether the user is in the vicinity of the control host, and then the control host automatically controls the startup of each controlled device according to the currently executed mode. This avoids unnecessary power waste, safety concerns, or prevents furniture from being splashed by rain.

The technical means adopted by the present invention for achieving the intended purpose of the invention are further described below in conjunction with the drawings and preferred embodiments of the invention.

Referring to FIG. 1 , the present invention is a control method and system for a controlled device. The control system of the controlled device includes at least one mobile device 11 and a control host 12 . The management host 12 is for managing the startup state of the plurality of controlled devices 13. In the preferred embodiment, the mobile device 11 and the control host 12 are wirelessly connected, such as Bluetooth wireless communication, Bluetooth Low Energy wireless communication, or WiFi wireless communication. The control host 12 and each of the controlled devices 13 are connected in a wired or wireless manner. In addition, the control host 12 includes a timing unit 121.

The control host 12 executes a normal mode, and when the control host 12 executes the normal mode, the control host 12 resets the timing of the timing unit 121, and starts the timing unit 121 to start timing, and broadcasts a a first connection signal, wherein the first connection signal comprises a first connection tag. The control host 12 further determines whether the timing of the timing unit 121 exceeds a first preset time. In the preferred embodiment, the first connection signal broadcast by the management host 12 is received by the mobile device 11, and the flow of steps performed by the mobile device 11 is detailed later.

When the control host 12 executes the normal mode, and when the control host 12 determines that the timing of the timing unit 121 exceeds a first predetermined time, the management host 12 instead executes a temporary mode.

When the control host 12 executes the temporary mode, the control host 12 resets the timing of the timing unit 121, and restarts the timing unit 121 to start timing. The control host 12 stops broadcasting the first connection signal. And broadcasting a second connection signal, wherein the second connection signal comprises a second connection label. The control host 12 further determines whether a resume command is received, and when the control host 12 receives the resume command, the control host 12 executes the normal mode instead.

When the control host 12 does not receive the resume command, the control host 12 determines whether the time counted by the timer unit 121 exceeds a second preset time.

When the control host 12 executes the temporary mode, and when the control host 12 determines that the timing of the timing unit 121 does not exceed the second preset time, the control host 12 rebroadcasts the second connection signal and re-judges Whether the recovery instruction was received.

When the control host 12 executes the temporary mode, and when the control host 12 determines that the timing of the timing unit 121 exceeds the second preset time, the management host 12 instead executes an unmanned mode.

When the control host 12 executes the normal mode, the control host 12 generates at least one normal mode control signal to control the startup state of the at least one controlled device 13. When the control host 12 executes the unmanned mode, the control host 12 generates at least one unmanned mode control signal to change the startup state of the controlled device 13.

The user can set a set of unmanned commands and store them on the control host 12. When the control host 12 enters the unattended mode, the management host 12 can execute the set of unmanned commands to meet the user's needs.

When the control host 12 of the present invention executes the temporary mode or the unmanned mode, it is determined whether or not the normal mode is to be changed back by determining whether the resume command is received. And the control host 12 further determines whether the temporary mode is to be executed by executing the normal mode or the execution of the temporary mode by performing the temporary mode by determining the timing of the timing unit 121.

In this way, the control host 12 can determine whether the user is in the vicinity of the control host 12 by receiving the resume command, and then the control host 12 automatically controls the startup of each controlled device 13 according to the currently executed mode. Whether or not to avoid unnecessary power waste, or safety concerns, or to prevent furniture from being splashed by rain.

Further, when the management host 12 executes the unmanned mode, the management host 12 broadcasts a third connection signal and determines whether the recovery instruction is received. The third connection signal includes a third connection label.

When the management host 12 executes the unattended mode, and when the management host 12 receives the resume command, the management host 12 instead executes the normal mode.

For example, the control host 12 can be a desktop computer, or an intelligent electronic device, fixedly installed in the home or in the office, or the control host 12 can be a control module installed in the In general electrical appliances or on electrical switches. The mobile device 11 can be a smart phone, a wearable device, or a pet collar, etc., which can be carried by the user. The controlled device 13 can be a variety of electrical appliances, such as televisions, computers, electric fans, air conditioners, electric lights, water heaters, refrigerators, security system hosts, or control systems for windows.

Since the mobile device 11 is held by at least one user and can move with the user, when the management host 12 can connect with the mobile device 11 and receive the resume command, it represents at least one The user is in the home or in the office, so the control host 12 will execute the normal mode to control each controlled device 13 in the home or office. In the normal mode, the control host 12 can separately control the activation of each controlled device 13, for example, when at least one user is at home or in the office, the control host 12 performs the normal mode or The temporary mode and control of the controlled devices 13 such as television, air conditioner, computer, electric light, water heater, etc. are activated, so that the user can use the respective controlled devices 13. Or the control host 12 can control the security system to be turned off in the normal mode or the temporary mode to reduce power consumption. Or the control host 12 can control the window system to open and maintain ventilation in the normal mode or the temporary mode.

On the contrary, when the management host 12 cannot receive the recovery instruction, the representative user 12 has left the home or the office, so the management host 12 will perform the unmanned mode instead to control each controlled home or office. Device 13. In the unmanned mode, the control host 12 can separately control the activation of each controlled device 13, for example, because the user is at home or in the office, the control host 12 can control television, air conditioner, computer, The controlled device 13 such as an electric lamp or a water heater is turned off to reduce power consumption. Or the control host 12 can control the startup of the security system in the unmanned mode for security monitoring of the home or office, and can control the window system to be closed to prevent rain from splashing the furniture. In this way, the user can leave the home or office with peace of mind and at will, and the controlled devices 13 in the home or office can be controlled by the control host 12, thereby reducing power consumption and automatically starting the security system to avoid Unneeded power wasted, or security concerns.

In addition, when the control host 12 receives the resume command while executing the unattended mode and executes the normal mode instead, the control host 12 further receives a remote command transmitted by the mobile device 11. And when the control host 12 changes from executing the unmanned mode to executing the normal mode, the generated at least one normal mode control signal is set according to the remote control command transmitted by the mobile device 11.

Therefore, the user can set the corresponding remote control command by operating the mobile device 11. When the user returns to the home and the control host 12 changes from the unmanned mode to the normal mode, the user can control the remote command according to the user's remote command. The activated state of each controlled device 13 provides a user with personalized settings for the environment in the home.

Further, when the control host 12 executes the normal mode, and when the timing of the timing unit 121 does not exceed the first preset time, the control host 12 rebroadcasts the first connection signal, and re-determines the Whether the timing time of the timing unit 121 exceeds the first preset time.

The mobile device 11 executes a control program. In the preferred embodiment, the resume command is generated by the mobile device 11 and transmitted to the managed host 12. When the mobile device 11 executes the control program, the mobile device 11 determines whether the second connection signal broadcast by the control host 12 is received, and the mobile device 11 determines that the second connection signal broadcast by the control host 12 is received. The mobile device 11 broadcasts the request connection command and establishes a connection with the control host 12, and after the mobile device 11 is connected to the control host 12, transmits the resume command to the control host 12, and then, the The mobile device 11 ends the connection with the managed host 12. However, when the mobile device 11 receives the first connection signal broadcast by the management host 12, the mobile device 11 does not need to transmit any instructions to the management host 12.

That is to say, when the normal control mode is executed, the control host 12 continuously broadcasts the first connection signal for the mobile device 11 to receive during the first preset time. When the mobile device 11 receives the first connection signal broadcast by the control host 12, the mobile device 11 does not automatically connect to the control host 12 unless the user actively performs the connection, thereby reducing the mobile device. 11 power consumption.

However, when the mobile device 11 determines that the second connection signal broadcast by the control host 12 in the temporary mode is received, the mobile device 11 broadcasts the request connection command to establish a connection with the control host 12, and The recovery command is transmitted to the control host 12, and the mobile device 11 ends the connection with the management host 12 after transmitting the resume command, thereby further reducing the power consumption of the mobile device 11.

In addition, when the mobile device 11 determines that the second connection signal broadcasted by the control host 11 in the temporary mode is not received, the mobile device 11 further determines whether the control host 12 is received in the unmanned mode. The third connection signal. And when the mobile device 11 determines that the third connection signal broadcast by the control host 12 in the unattended mode is received, the mobile device 11 broadcasts the request connection command to establish a connection with the management host 12, the movement After the device 11 is successfully connected to the control host 12, the mobile device 11 transmits the resume command to the control host 12. After the mobile device 11 transmits the resume command to the control host 12, the mobile device 11 further transmits the remote control command to the control host 12, and ends the connection with the control host 12, thereby further reducing the mobile device 11 The power consumption.

The temporary mode can prevent the mobile device 11 from continuously connecting to the control host 12, and only the control host 12 needs to receive a recovery command within the second preset time to prevent the control host 12 from executing the unmanned mode. .

For the mobile device 11, when the control host 12 executes the temporary mode and broadcasts the second connection signal for the mobile device 11 to receive, the mobile device 11 broadcasts the request connection command to control the control. The host 12 establishes a connection and transmits the resume command to the control host 12 for the control host 12 to perform the normal mode instead. In this way, the mobile device 11 does not need to be connected to the control host 12 for a long time, thereby reducing the power consumption of the mobile device 11.

In addition, because of the use of wireless transmission, when there are many controlled devices 13 in the user environment, if the mobile device 11 and the control host 12 are continuously connected for a long time, it represents frequent handshake signals, thereby causing mutual interference and reducing. Transmission efficiency, even lead to connection failure; or repeated transmission of signals due to transmission failure, resulting in wasted power, which consumes the battery power of the mobile device, thereby increasing the frequency of battery replacement or charging, and reducing the degree of signal congestion of the wireless channel. It is also possible to increase the number of action devices accommodated in one area. Therefore, since the mobile device 11 of the present invention does not need to be connected to the control host 12 for a long time, the effect of effectively reducing the power consumption of the mobile device 11 is highlighted.

Further, when the management host 12 executes the unmanned mode, the control host 12 instead broadcasts the third connection signal and determines whether a recovery command transmitted by the mobile device 11 is received. When the control host 12 executes the unattended mode, and when the management host 12 does not receive the resume command transmitted by any mobile device 11, the control host 12 rebroadcasts the third connection signal and re-determines whether The resume command transmitted by the mobile device 11 is received. When the management host 12 receives the recovery instruction transmitted by any mobile device 11, the management host 12 executes the normal mode instead.

Moreover, in another preferred embodiment, the second connection signal broadcast by the control host 12 in performing the temporary mode is the same as the third connection signal broadcasted in the execution of the unmanned mode. And when the control host 12 executes the unattended mode, and when the control host 12 receives the resume command, the control host 12 transmits a reset signal to the mobile device 11 after performing the normal mode instead.

When the mobile device 11 executes the control program, the mobile device 11 determines whether the second connection signal broadcast by the control host 12 is received, and the mobile device 11 determines that the second connection signal broadcast by the control host 12 is received. The mobile device 11 broadcasts the request connection command and establishes a connection with the control host 12, and after the mobile device 11 successfully connects to the control host 12, the mobile device 11 further determines whether the heavy device is received. Set the signal. When the mobile device 11 determines that the reset signal is received, the mobile device 11 transmits the resume command to the control host 12, and the mobile device 11 further transmits a remote control command to the control host 12, and ends. Control the connection of the host 12. However, when the mobile device 11 receives the first connection signal broadcast by the management host 12, the mobile device 11 does not need to transmit any instructions to the management host 12.

Since the mobile device 11 cannot know the current mode of the control host 12 from the broadcasted signal when the second connection signal is the same as the third connection signal. That is to say, the mobile device 11 cannot judge whether the control host 12 returns from the temporary mode to the normal mode or the unmanned mode to the normal mode according to the received connection signal.

Therefore, after receiving the recovery command in the unmanned mode, the control host 12 is reset from the unmanned mode to the normal mode, at which time the control host 12 issues the reset signal to notify the mobile device, and thus the mobile device 11 It can thus be known whether the managed host 12 has been reset from the unmanned mode to the normal mode or from the temporary mode to the normal mode.

For example, when the mobile device 11 receives the reset signal, it indicates that the control host 12 is changed from the unmanned mode to the normal mode, and when the management host 12 is changed from the unmanned mode to the execution of the In the normal mode, the control host 12 receives the remote command transmitted by the mobile device 11. When the mobile device 11 does not receive the reset signal, it indicates that the control host 12 changes from the temporary mode to the normal mode, and does not receive the remote command transmitted by the mobile device 11.

Since the system includes one or more mobile devices 11, the settings of the respective mobile devices 11 can have different settings, so that the mobile device 11 can continue to control the respective controlled devices 13 by the reset signal. One step of action. In other words, after the control host 12 enters the unattended mode, the managed host 12 determines the behavior of the controlled device 13; and when the unmanned mode is reset to the normal mode, the mobile device 11 determines the subsequent behavior. In this way, each mobile device 11 can be individually configured to meet user needs.

For example, the control host 12 controls two lights A and B in the home, and registers two mobile devices 11A, 11B. At this time, the mobile device 11A is set to turn on the electric lamp A after receiving the reset signal, and the mobile device 11B is set to turn on the electric lamp B after receiving the reset signal. In this way, it is possible to achieve different settings in each mobile device 11 so that the user can adjust it to suit the most suitable setting of the user. And because these settings exist in various mobile devices, the design of the main control host can be simplified, and the capacity requirement of the main control host memory is also reduced.

In another embodiment, the user can set a set of reset commands and store them on the control host 12. After receiving the recovery command in the unmanned mode, the control host 12 resets back to the normal mode. At this time, the control host 12 can execute the corresponding reset command stored on the control host 12 to execute the corresponding command. In this way, the mobile device 11 is not required to intervene, and the time for the control host 12 to connect with the mobile device 11 is reduced, thereby reducing the consumed power.

Further, since the sum of the first preset time and the second preset time represents the time when the control host 12 executes the normal mode to execute the unmanned mode, since it is required due to different usage scenarios, The adjustment can be given to the user. For example, users often enter and leave the workplace because of work needs. A short preset time will cause non-users to enter the unmanned mode, which will cause confusion. However, if the controlled device 13 controlled by the control host 12 is an LED light bulb, shortening the first preset time and the second preset time can achieve a better power saving effect. Therefore, the user sets the appropriate time to meet the usage requirements.

Moreover, the mobile device 11 first determines whether a start command is generated before determining whether the second connection signal is received. When the mobile device 11 determines that the start command is generated, the mobile device 11 determines whether the second connection signal is received. However, when the mobile device 11 determines that the startup command is not generated, the mobile device 11 re-determines whether the startup command is generated.

For example, the mobile device 11 can be determined to be turned on or off by a user setting to determine whether to generate the boot command to connect to the control host 12 and transmit the resume command. For example, the mobile device 11 is a tablet computer, and the user installs an application execution program thereon, but does not carry the tablet computer with the user. When the user wants to leave, the user can set the tablet to be turned off. The installed application prevents the tablet from continuously transmitting the resume command, thereby preventing the managed host 12 from entering the unattended mode because it continues to receive the mobile device 11 transmitting a resume command when the user leaves.

In addition, in the preferred embodiment, the management host 12 performs a connection procedure to establish a connection with the mobile device 11, and the management host 12 and the mobile device 11 establish a connection through a handshake protocol.

In order to resist malicious attacks, if the illegal agent wants to invade the monitoring system to shut down the security system, the management host 12 and the mobile device should establish a secure connection, and only the recovery command transmitted under the secure connection can be accepted by the management host.

In one embodiment, the mobile device 11 and the managed host 12 use a low power Bluetooth Low Energy technology as a transport protocol, wherein the managed host should establish a registration procedure with the mobile device 11 prior to performing the normal mode.

For example, when the management host 12 executes the connection procedure, the management host 12 first determines whether a management host registration procedure needs to be executed, and when the management host 12 needs to execute the management host registration procedure, the management host 12 executing the management host registration procedure to establish a connection with the mobile device 11 and registering an identity information of the mobile device 11. When the management host 12 does not need to execute the management host registration procedure, the management host 12 listens to the request connection command broadcasted by the mobile device 11 and determines whether the request connection command broadcasted by the mobile device 11 is received.

When the management host 12 receives the request connection command broadcasted by the mobile device 11, the control host 12 further determines, according to the identity information of the mobile device 11, whether the request connection command broadcasted by the mobile device 11 passes the authentication.

When the management host 12 does not receive the request connection command broadcasted by the mobile device 11, or the management host 12 determines that the request connection command broadcasted by the mobile device 11 fails the authentication, the management host 12 re-listens the mobile device. 11 broadcast request connection instructions.

When the management host 12 determines that the request connection command broadcasted by the mobile device 11 passes the authentication, the management host 12 establishes a connection with the mobile device 11 and starts a connection timing unit 122 of the control host 12 to start timing.

The control host 12 further receives the resume command transmitted by the mobile device 11 and determines whether the time counted by the connection timing unit 122 exceeds a third preset time. And the control host 12 interrupts the connection with the mobile device 11 and resets the timing of the connection timing unit 122 when the timing of the connection timing unit 122 exceeds the third preset time. And the request connection command broadcasted by the mobile device 11 is re-listed to determine whether the request connection command broadcasted by the mobile device 11 is received.

When the control host 12 does not exceed the third preset time in the timing of the connection timing unit 122, the management host 12 re-receives the recovery instruction transmitted by the mobile device 11.

For example, the management host 12 performs identity registration on the mobile device 11 by executing the management host registration procedure, and establishes a white list. When the management host 12 receives the request connection command broadcasted by the mobile device 11, the mobile device 11 can be authenticated, thereby confirming whether the identity information of the mobile device 11 belongs to the whitelist, that is, whether it has been registered. After that, when the identity information of the mobile device 11 belongs to the white list, the management host 12 will perform the subsequent itinerary with the mobile device.

Then, when the management host 12 receives the request connection command broadcasted by the mobile device 11, since the request connection command includes the identity information of the mobile device 11, the management host 12 can register according to the management host. The identity information that has been registered in the program is compared and authenticated, thereby confirming whether the received request connection command is broadcast by the registered mobile device 11.

In this way, the management host 12 can avoid misjudgment, and can determine that the mobile device 11 that broadcasts the request connection command is registered, and determines that the mobile device 11 held by the correct user is near the control host 12. Not the mobile device 11 held by other unregistered users.

In addition, in another preferred embodiment of the present invention, the mobile device 11 first determines whether a mobile device registration procedure needs to be executed before use, and the mobile device 11 moves when the mobile device registration procedure needs to be executed. The device 11 executes the mobile device registration procedure to establish a connection with the management host 12 and log in an identity information of the management host 12.

When the mobile device 11 does not need to execute the mobile device registration program, the mobile device 11 executes the control program to determine whether the startup command is generated. When the mobile device 11 generates the startup command, the mobile device 11 further determines whether the second connection signal broadcast by the control host 12 is received. When the mobile device 11 receives the second connection signal broadcast by the control host 12, the mobile device 11 further determines whether the second connection signal passes the authentication according to the identity information of the management host 12.

When the mobile device 11 determines that the second connection signal passes the authentication, the mobile device 11 further determines whether an environmental condition is met according to an environmental information, to determine whether to issue the request connection command, and when the mobile device 11 determines the When the environmental information meets the environmental condition, the recovery command is issued after being connected to the control host 11.

For example, the environmental information is the signal strength of the second connection signal, and the mobile device 11 can estimate the distance from the control host 12 according to the strength of the second connection signal sent by the control host 12, when the movement When the device 11 determines that the signal strength of the second connection signal is sufficiently large, the mobile device 11 determines that the environmental condition is met, and then the requesting connection command is issued to the control host 12 to establish a connection with the control host 12.

For another example, the controlled device 13 is a home electric lamp, the control host 12 controls the electric light in the home, and the mobile device 11 is a smart mobile phone, the mobile device 11 senses the current brightness in the home, and generates the environmental information according to the current brightness in the home. And when the mobile device 11 determines the environmental information, that is, the current brightness in the home is greater than a brightness threshold, the brightness of the user's home is sufficient, so the mobile device 11 determines that the environmental information does not meet the environmental condition, and the mobile device 11 does not need to line with the control host 112, so that the control host 12 returns to the normal mode to turn on the lights.

In still another example, the controlled device 13 is a window controller in the home, the control host 12 controls the window controller to control a window switch in the home, and the mobile device 11 is a smart phone that can be connected to the network to learn the current The weather information is used as the environmental information, and when the mobile device 11 is raining, it is determined that the environmental information does not meet the environmental condition, so even when the user returns home, the mobile device 11 does not The control host 12 is connected to enable the control host 12 to return to the normal mode to open the window. In this way, the user can be prevented from opening the window because the control host 12 automatically returns to the normal mode after going home in the rainy day, which causes the rain to splash into the room.

In addition, before the mobile device 11 is connected to the control host 12, it is determined whether the environmental information meets the environmental condition to confirm whether it is to be connected to the control host 12, so the mobile device 11 can reduce the control. The communication frequency of the host, which in turn reduces the consumption of power of the mobile device 11, and reduces mutual interference of signals between the devices.

In addition, this environment ring information condition can be set by the user to meet the user's needs. For example, the mobile device 11 determines the distance between the mobile device 11 and the control host 12 by receiving the signal strength of the second connection signal broadcast by the control host 12, and the user can set the signal strength as a determination condition. For another example, the control host 12 controls the lighting device in the home, and the user can set the brightness of the home to determine whether to enter the unmanned mode to turn off the illumination.

The first, second, and third connection signals of the present invention are indicated to indicate the current state of the control host 12, but thus expose information that no one is at home, such as continuously broadcasting the third connection signal, thereby exposing the state of being unattended at home. In order to avoid this situation, the first, second and third connection labels described above should be encrypted.

In one embodiment, when the mobile device 11 registers with the management host 12, the management host 12 issues a private key and stores it in the mobile device 11. The management host 12 then encrypts the first, second and third connection tags and encloses the public key in the first, second and third connection signals, and continuously updates the public key and encrypts it. In this way, only the registered mobile device 11 can decrypt the first, second and third connection signals and know the current state of the control host 12 to avoid exposing the state of the person at home.

Referring to FIG. 2A and FIG. 2B, according to the above, the control method of the controlled device can be sorted out, and the control method of the controlled device is performed by the controlled host, and the control method of the controlled device includes The following steps are performed: executing a normal mode (S201); in the normal mode, resetting the timing of a timing unit, and starting the timing unit to start timing (S202); broadcasting a first connection signal (S203); The first connection signal includes a first connection label; determining whether the timing time of the timing unit exceeds a first preset time (S204); when the timing time of the timing unit exceeds a first preset time, performing one Temporary mode (S205); in the temporary mode, resetting the timing of the timing unit, and restarting the timing unit to start timing (S206); stopping broadcasting the first connection signal, and broadcasting a second connection signal instead (S207); wherein the second connection signal includes a second connection tag; determining whether a resume command is received (S208); when receiving the resume command, performing the normal mode instead (S2) 01); when the recovery command is not received, determining whether the timing time of the timing unit exceeds a second preset time (S209); wherein: when the timing time of the timing unit does not exceed the second preset time, The second connection signal is rebroadcasted (S207), and it is re-determined whether the resume command is received (S208); when the timing of the timing unit exceeds the second preset time, an unmanned mode is executed instead (S210).

In the preferred embodiment, when the control host executes the normal mode, the control host generates at least one normal mode control signal to respectively control the startup states of the respective controlled devices. When the control host executes the unmanned mode, the control host generates at least one unmanned mode control signal to respectively change the startup states of the respective controlled devices.

In addition, the control method of the controlled device further performs the following steps by the management host: in the normal mode, when the timing of the timing unit does not exceed a first preset time, the first connection signal is rebroadcasted (S203) And re-determining whether the timing time of the timing unit exceeds the first preset time (S204); in the unmanned mode, broadcasting a third connection signal (S211), and determining whether the recovery instruction is received (S212); The third connection signal includes a third connection label; wherein: when receiving the resume instruction, receiving a remote control command (S213), and executing the normal mode instead (S201); when the resume command is not received, The third connection signal is rebroadcasted (S211).

In the preferred embodiment, the remote command is generated by the mobile device and transmitted to the managed host.

Further, referring to FIG. 3A and FIG. 3B, the control method of the controlled device further performs a connection procedure by the management host, so that the management host establishes a connection with the mobile device, and the management host and the controller The mobile device establishes a connection by using a handshake protocol, where the connection program includes the following steps: determining whether a control host registration procedure needs to be executed (S301); executing the management host registration procedure when the management host registration procedure needs to be executed (S302), establishing a connection with the mobile device, and logging in an identity information of the mobile device; when the management host registration procedure is not required to be executed, listening to the request connection command broadcasted by the mobile device (S303); Receiving a request connection command broadcasted by the mobile device (S304); when receiving the request connection command broadcasted by the mobile device, determining, according to the identity information of the mobile device, whether the request connection command broadcasted by the mobile device passes the authentication ( S305); establishing a connection with the mobile device when the request connection command broadcasted by the mobile device passes the authentication (S306); The connection timing unit starts timing (S307); receiving the resume command transmitted by the mobile device (S308); determining whether the time of the connection timing unit exceeds a third preset time (S309); wherein: the connection When the timing of the timing unit exceeds the third preset time, the connection with the mobile device is interrupted (S310), and the timing of the connection timing unit is reset (S311), and the request connection of the mobile device broadcast is re-listened. An instruction (S303) to determine whether a request connection command for receiving the mobile device broadcast is received (S304); when the time counted by the connection timing unit does not exceed the third preset time, the resume command transmitted by the mobile device is re-received (S308); re-listening the request connection command broadcasted by the mobile device when the request connection command broadcasted by the mobile device is not received, or when the request connection command broadcasted by the mobile device fails the authentication (S303).

In addition, referring to FIG. 4A and FIG. 4B, another preferred embodiment of the connection procedure of the control method of the controlled device includes the following steps: determining whether a control host registration procedure needs to be executed (S401); When the management host registration procedure is executed, the management host registration procedure is executed (S402) to establish a connection with the mobile device, and log in an identity information of the mobile device; when the management host registration procedure is not required to be performed, the device is monitored. The mobile device broadcasts a request connection command (S403), and determines whether a request connection command broadcasted by the mobile device is received (S404); when receiving the request connection command broadcasted by the mobile device, according to the identity of the mobile device The information determines whether the request connection command broadcasted by the mobile device passes the authentication (S405); when the request connection connection command broadcasted by the mobile device passes the authentication, the connection is established with the mobile device (S406), and the resume command is generated (S407) After interrupting the connection with the mobile device (S408), re-listening the request connection command broadcasted by the mobile device (S403) to determine whether the shift is received. a request connection command broadcasted by the device (S404); re-listening the request for the mobile device broadcast when the request connection command broadcasted by the mobile device is not received, or when the request connection command broadcasted by the mobile device fails the authentication Line command (S403).

In the preferred embodiment, the recovery command is generated by the management host, so that the management host does not need to receive the recovery instruction transmitted by the mobile device after the management host establishes a connection with the mobile device. The unmanned mode can be stopped according to the self-generated recovery instruction, and the normal mode is executed instead, thereby achieving the purpose of fast switching mode.

Further, referring to FIG. 5, the preferred embodiment of the management host registration procedure executed by the management host includes the following steps: closing a white list (S501); resetting the timing of the timing unit (S502) Starting the timing unit to start timing (S503); broadcasting an open registration signal (S504); wherein the open registration signal includes an open registration label; determining whether to connect with the mobile device (S505); when connected to the mobile device At the time of the line, determining whether a registration success command transmitted by the mobile device is received (S506); when receiving the registration success command transmitted by the mobile device, registering the mobile device (S507), and adding the mobile device to the whitelist After (S508), the whitelist is opened (S509), and the management host registration procedure is terminated (S510); when not connected to the mobile device, it is determined whether the timing of the connection timing unit exceeds a fourth a preset time (S5051); when the timing of the connection timekeeping unit exceeds the fourth preset time, the whitelist is turned on (S509), and the management host registration procedure is ended (S510); when the connection is When the timing of the fourth time unit does not exceed the preset time, re-broadcast of the open enrollment signal (S504).

In addition, referring to FIG. 6A and FIG. 6B, a preferred embodiment of the management program executed by the mobile device includes the following steps: determining whether a mobile device registration procedure needs to be performed (S601); performing the mobile device registration as needed During the program, the mobile device registration program is executed (S602) to establish a connection with the management host and log in an identity information of the management host; when it is not necessary to execute the mobile device registration program, determine whether a startup command is generated ( S603); when the startup command is generated, determining whether a second connection signal broadcast by the management host is received (S604); and when receiving the second connection signal broadcast by the management host, according to the identity information of the management host Determining whether the second connection signal passes the authentication (S605); when the second connection signal passes the authentication, determining whether the environmental condition is met according to an environmental information (S606); when the environmental condition is met, broadcasting the request connection instruction (S607), and is connected to the control host (S608), and determines whether the connection with the control host is successful (S609); when the connection with the control host is successful After transmitting a resume command to the control host (S610), ending the connection with the control host (S611); when the connection with the control host is unsuccessful, re-determine whether the start command is generated (S603); When the startup command is generated, it is determined whether the startup command is generated (S603); when the second connection signal fails to pass the authentication, it is determined whether the startup command is generated (S603); when the environmental condition is not met, Generating the startup command (S603); determining, when the second connection signal broadcasted by the management host is not received, determining whether a third connection signal is received (S6041); receiving the third connection signal broadcast by the control host And determining, according to the identity information of the management host, whether the third connection signal passes the authentication (S6042); when the third connection signal passes the authentication, determining whether the environmental condition is met according to the environmental information (S6043); when the environment is met When the condition is met, the request connection command is broadcasted (S6044), and is connected to the control host (S6045), and it is determined whether the connection with the control host is successful (S6046); When the host connection is successful, after transmitting a resume command and a remote control command to the control host (S6047), the connection with the control host is terminated (S6048); when the third connection signal broadcast by the control host is not received Re-determining whether the start command is generated (S603); when the third connection signal fails to pass the authentication, re-determining whether the start command is generated (S603); when the environmental condition is not met, re-determining whether the start command is generated ( S603); when the connection with the management host is unsuccessful, it is re-determined whether the startup command is generated (S603).

Further, referring to FIG. 7A and FIG. 7B, the mobile device registration procedure includes the following sub-steps: starting a mobile device timing unit to start timing (S701); determining whether the mobile device timing unit has a timing time exceeding one. a fifth preset time (S702); when the timing of the timing unit of the mobile device does not exceed the fifth preset time, determining whether an open registration signal broadcast by the control host is received (S703); when the control is received When the host broadcasts the open registration signal, it is determined whether the management host is not in the registration list (S704); when the management host is not in the registration list, it is determined whether an environmental information conforms to an environmental condition (S705); when the environmental information conforms to the In the environmental condition, the connection is established with the control host (S706), and it is determined whether the connection with the management host is successful (S707); when the connection with the management host is successful, the management host is registered (S708), and it is determined whether The management host is successfully registered (S709); when the management host is successfully registered, the management host is added to the registration list (S710), and the registration is successfully transmitted. After the command (S711), the connection with the control host is ended (S712), and the mobile device registration procedure is ended (S713); when the timing of the timing unit of the mobile device exceeds the fifth preset time, the end is ended. a mobile device registration program (S713); when the open registration signal broadcasted by the management host is not received, re-determining whether the time counted by the mobile device timing unit exceeds a fifth preset time (S702); when the management host is in the When registering the list, re-determine whether the timing time of the mobile device timing unit exceeds a fifth preset time (S702); when the environmental information does not meet the environmental condition, re-determine whether the timing time of the mobile device timing unit exceeds the a fifth preset time (S702); when the connection with the management host is not successful, ending the mobile device registration procedure (S713); when the management host is not successfully registered, ending the connection with the management host (S712) And the mobile device registration procedure is ended (S713).

In another preferred embodiment of the control method of the controlled device, the second connection signal broadcast by the control host in performing the temporary mode is the same as the third connection signal broadcasted in the execution of the unmanned mode. The following is an explanation of the control host broadcasting the second connection signal instead of the third connection signal in the unmanned mode.

Referring to FIGS. 8A and 8B, as described above, in another preferred embodiment of the control method of the controlled device, the following steps are included: performing a normal mode (S801); in the normal mode, resetting Counting time of a timing unit, and starting the timing unit to start timing (S802); broadcasting a first connection signal (S803); wherein the first connection signal includes a first connection label; determining whether the timing time of the timing unit exceeds a first preset time (S804); when the timing of the timing unit exceeds a first preset time, a temporary mode is executed instead (S805); in the temporary mode, the timing of the timing unit is reset And restarting the timing unit to start timing (S806); stopping broadcasting the first connection signal, and broadcasting a second connection signal (S807); wherein the second connection signal includes a second connection label; determining whether to receive Go to a resume command (S808); when the resume command is received, the normal mode is executed instead (S801); when the resume command is not received, it is determined whether the time of the timing unit exceeds a second preset time (S809); wherein: when the timing time of the timing unit does not exceed the second preset time, re-broadcasting the second connection signal (S807), and re-determining whether the recovery instruction is received (S808) When the timing of the timing unit exceeds the second preset time, an unmanned mode is executed (S810); in the normal mode, when the timing of the timing unit does not exceed a first preset time, Re-broadcasting the first connection signal (S803), and re-determining whether the timing time of the timing unit exceeds the first preset time (S804); in the unmanned mode, broadcasting the second connection signal (S811), and determining whether Receiving the resume command (S812); wherein: when receiving the resume command, transmitting a reset signal to the mobile device, and receiving a remote command (S813), the normal mode is executed instead (S801); When the resume command is not received, the second connection signal is rebroadcasted (S811).

In the preferred embodiment, the resume command and the remote command are generated by the mobile device and transmitted to the control host.

Moreover, another preferred embodiment of the management program executed by the mobile device is performed in accordance with another preferred embodiment of the management method of the controlled device. Referring to FIG. 9A and FIG. 9B, another preferred embodiment of the management program executed by the mobile device includes the following steps: determining whether a mobile device registration procedure needs to be performed (S901); and executing the mobile device registration procedure And executing the mobile device registration procedure (S902) to establish a connection with the management host and log in an identity information of the management host; when it is not necessary to execute the mobile device registration procedure, determine whether a startup command is generated (S903) When the startup command is generated, determining whether a second connection signal broadcasted by the management host is received (S904); when receiving the second connection signal broadcast by the management host, determining according to the identity information of the management host Whether the second connection signal passes the authentication (S905); when the second connection signal passes the authentication, determining whether the environmental condition is met according to an environmental information (S906); when the environmental condition is met, broadcasting the request connection instruction ( S907), and is connected to the control host (S908), and determines whether the connection with the control host is successful (S909); when the connection with the control host is successful, After sending a resume command to the control host (S910), determining whether the reset signal is received (S911); when receiving the reset signal, transmitting the remote command to the control host (S912), and ending Connecting with the control host (S913); when the reset signal is not received, ending the connection with the control host (S913); when the start command is not generated, re-determining whether the start command is generated ( S903); re-determining whether the start command is generated when the second connection signal is not received (S903); when the second connection signal fails to pass the authentication, re-determining whether the start command is generated (S903); In the environmental condition, it is determined whether the startup command is generated (S903); when the connection with the management host is unsuccessful, it is re-determined whether the startup command is generated (S903).

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention. A person skilled in the art can make some modifications or modifications to equivalent embodiments by using the above-disclosed technical contents without departing from the technical scope of the present invention. It is still within the scope of the technical solution of the present invention to make any simple modifications, equivalent changes and modifications to the above embodiments.

11, 11A, 11B‧‧‧ mobile devices

12‧‧‧Control host

121‧‧‧Time unit

122‧‧‧Connected timing unit

13‧‧‧Controlled device

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a block diagram showing a preferred embodiment of a control system for a controlled device of the present invention. 2A and 2B are schematic flow charts showing a preferred embodiment of a control method for a controlled device of the present invention. 3A and 3B are schematic flow charts showing a preferred embodiment of a connection procedure of a control method for a controlled device of the present invention. 4A and 4B are schematic flow charts showing another preferred embodiment of a connection procedure of the control method of the controlled device of the present invention. FIG. 5 is a schematic flow chart of a control host registration procedure of the control method of the controlled device of the present invention. 6A and 6B are schematic flow charts showing a preferred embodiment of a control program executed by a mobile device of a control system of a controlled device of the present invention. 7A and FIG. 7B are schematic diagrams showing the flow of a mobile device registration procedure performed by a mobile device of a control system of a controlled device of the present invention. 8A and 8B are schematic flow charts showing another preferred embodiment of the control method of the controlled device of the present invention. 9A and 9B are schematic flow charts showing another preferred embodiment of a control program executed by the mobile device of the control system of the controlled device of the present invention.

Claims (16)

A control method for a controlled device is executed by a control host, and includes the following steps: executing a normal mode; in the normal mode, resetting a timing time of a timing unit, and starting a timing unit to start timing; broadcasting one a first connection signal, wherein the first connection signal includes a first connection label; determining whether the timing time of the timing unit exceeds a first preset time; when the timing time of the timing unit exceeds the first preset time, Switching to a temporary mode; in the temporary mode, resetting the timing of the timing unit, and restarting the timing unit to start timing; in the temporary mode, stopping broadcasting the first connection signal, and changing to broadcast one a second connection signal; wherein the second connection signal includes a second connection tag; determining whether a resume command transmitted by the mobile device is received; wherein: when receiving the resume command transmitted by the mobile device, performing the normal Mode; when the recovery instruction transmitted by the mobile device is not received, determining whether the timing time of the timing unit exceeds one a preset time; wherein: when the timing of the timing unit does not exceed the second preset time, re-broadcasting the second connection signal, and re-determining whether the recovery instruction is received; when the timing of the timing unit exceeds In the second preset time, an unmanned mode is executed instead; wherein in the normal mode, at least one normal mode control signal is generated to control an activated state of the at least one controlled device; in the unmanned mode, at least one is generated An unmanned mode control signal to change the startup state of the controlled device; In the normal mode, when the timing of the timing unit does not exceed the first preset time, re-broadcast the first connection signal, and re-determine whether the timing time of the timing unit exceeds the first preset time; In the unmanned mode, a third connection signal is broadcasted, and it is determined whether the recovery command is received; wherein the third connection signal includes a third connection label; wherein: when the recovery instruction is received, the normal operation is performed instead Mode; re-broadcasting the third connection signal when the resume command is not received. The control method of the controlled device according to claim 1, wherein in the unmanned mode, the second connection signal is broadcasted, and it is determined whether the recovery instruction is received; wherein: when the recovery instruction is received, the transmission is heavy The signal is sent to the mobile device to perform the normal mode instead; when the resume command is not received, the second connection signal is rebroadcasted. The control method of the controlled device according to claim 2, further comprising a connection procedure, wherein the connection procedure comprises the following steps: determining whether a control host registration procedure needs to be executed; when the management host registration procedure needs to be executed Executing the management host registration procedure to establish a connection with the mobile device and logging in an identity information of the mobile device; when the management host registration procedure is not required to be executed, listening to the request connection command broadcasted by the mobile device; Receiving a request connection command broadcasted by the mobile device; determining, when receiving the request connection command broadcasted by the mobile device, whether the request connection command broadcasted by the mobile device passes the authentication according to the identity information of the mobile device; Receiving a request connection command broadcasted by the mobile device, or re-listening the request connection command broadcasted by the mobile device when the request connection command broadcasted by the mobile device fails to pass the authentication; When the request connection command broadcasted by the mobile device passes the authentication, a connection is established with the mobile device, and a resume command transmitted by the mobile device is received. The control method of the controlled device according to claim 2, further comprising a connection procedure, wherein the connection procedure comprises the following steps: determining whether a control host registration procedure needs to be executed; when the management host registration procedure needs to be executed Executing the management host registration procedure to establish a connection with the mobile device and logging in an identity information of the mobile device; when the management host registration procedure is not required to be executed, listening to the request connection command broadcasted by the mobile device; Receiving a request connection command broadcasted by the mobile device; determining, when receiving the request connection command broadcasted by the mobile device, whether the request connection command broadcasted by the mobile device passes the authentication according to the identity information of the mobile device; Receiving a request connection command broadcasted by the mobile device, or re-listening a request connection command broadcasted by the mobile device when the request connection command broadcasted by the mobile device fails to pass the authentication; request connection connection command broadcasted by the mobile device When the authentication is established, after the connection with the mobile device is established, the recovery instruction is generated, and the middle After disconnecting from the mobile device, the request connection command broadcasted by the mobile device is re-listed to determine whether the request connection command broadcasted by the mobile device is received. A control device control system includes: at least one mobile device; a control host, including a timing unit, and performing a normal mode; wherein when the control host executes the normal mode, the control host resets the timing unit Timing time, and starting the timing unit to start timing, and broadcasting a first connection signal, the control host further determining whether the timing time of the timing unit exceeds a first preset time, and when the control host determines When the timing of the timing unit exceeds the first preset time, a temporary mode is executed; wherein the first connection signal includes a first connection label; wherein when the management host executes the temporary mode, the management host weight Setting a timing time of the timing unit, and restarting the timing unit to start timing, and the control host stops broadcasting the first connection signal, and broadcasts a second connection signal, and the management host further determines whether the mobile device is received or not. a recovery command; wherein the second connection signal includes a second connection label; wherein the management host performs the temporary mode, and upon receiving the recovery instruction transmitted by the mobile device, the management host performs the normal a mode; wherein the control host performs the temporary mode, and when the recovery command transmitted by the mobile device is not received, the control host determines whether the time of the timing unit exceeds a second preset time; wherein the control When the host performs the temporary mode, and when the control host determines that the timing of the timing unit is not exceeded During the second preset time, the control host rebroadcasts the second connection signal, and re-determines whether a recovery command transmitted by the mobile device is received; when the management host executes the temporary mode, and when the management host determines the When the timing of the timing unit exceeds the second preset time, the management host performs an unmanned mode instead; wherein when the management host executes the normal mode, the management host generates at least one normal mode control signal to control at least one a startup state of the controlled device; when the management host performs the unmanned mode, the management host generates at least one unmanned mode control signal to change an activation state of the controlled device; wherein when the management host performs the normal mode, and When the control host determines that the timing of the timing unit does not exceed the first preset time, the control host re-broadcasts the first connection signal, and re-determines whether the timing of the timing unit exceeds the first preset time; among them: When the control host performs the unmanned mode, the control host broadcasts a third connection signal and determines whether the recovery command is received; wherein the third connection signal includes a third connection label; when the management host executes the unattended mode And when the management host receives the resume instruction, the normal mode is executed instead; when the management host executes the unattended mode, and when the management host does not receive the resume instruction, the management host rebroadcasts the The third connection signal. The control system of the controlled device according to claim 5, wherein: the management host further performs a connection procedure; when the management host executes the connection procedure, the management host determines whether a management host registration procedure needs to be executed, When the management host needs to execute the management host registration procedure, the management host executes the management host registration procedure to establish a connection with the mobile device and log in an identity information of the mobile device; the management host does not need to execute When the management host registers the program, the management host listens to the request connection command broadcasted by the mobile device, and determines whether the request connection command broadcasted by the mobile device is received; the management host receives the request connection of the mobile device broadcast. When the command is received, the control host further determines, according to the identity information of the mobile device, whether the request connection command broadcasted by the mobile device is authenticated; and the control host determines that the request connection command broadcasted by the mobile device passes the authentication, the control host and the control host The mobile device establishes a connection and receives the recovery transmitted by the mobile device instruction. The control system of the controlled device according to claim 6, wherein when the management host executes the connection procedure, and after the management host establishes a connection with the mobile device, the management host starts a connection timing unit first. After timing, receiving a resume command transmitted by the mobile device, and determining whether the time of the connection timing unit exceeds a third preset time; When the timing of the connection timing unit exceeds the third preset time, the control host interrupts the connection with the mobile device and resets the timing of the connection timing unit. The control system of the controlled device according to claim 5, wherein: the management host further performs a connection procedure; when the management host executes the connection procedure, the management host determines whether a management host registration procedure needs to be executed, When the management host needs to execute the management host registration procedure, the management host executes the management host registration procedure to establish a connection with the mobile device and log in an identity information of the mobile device; the management host does not need to execute When the management host registers the program, the management host listens to the request connection command broadcasted by the mobile device, and the control host determines whether the request connection command broadcasted by the mobile device is received; the control host receives the broadcast of the mobile device. When requesting the connection instruction, the management host determines, according to the identity information of the mobile device, whether the request connection command broadcasted by the mobile device passes the authentication; when the management host broadcasts the request connection command by the mobile device, the control host A connection is established with the mobile device, and the management host generates the resume command. The control system of the controlled device according to claim 8, wherein when the management host executes the connection procedure, and the management host generates the recovery instruction, the management host interrupts the connection with the mobile device, and re-listens the The mobile device broadcasts a request connection command to determine whether a request connection command broadcasted by the mobile device is received. The control system of the controlled device according to any one of claims 6 to 9, wherein the management host registration program executed by the management host comprises the steps of: closing a white list; resetting the timing of the timing unit ; start the timing unit to start timing; Broadcasting an open registration signal; wherein the open registration signal includes an open registration label; determining whether to connect to the mobile device; and when connecting to the mobile device, determining whether a registration success command transmitted by the mobile device is received; Receiving the registration success instruction transmitted by the mobile device, registering the mobile device, and adding the mobile device to the whitelist, opening the whitelist, and ending the management host registration procedure; when not connected to the mobile device Determining whether the time of the connection timekeeping unit exceeds a fourth preset time; when the time of the connection timekeeping unit exceeds the fourth preset time, the whitelist is opened, and the management host registration is ended. program. The control system of the controlled device according to claim 5, wherein: the mobile device executes a control program; when the mobile device executes the control program, the mobile device determines whether the second connection signal broadcast by the control host is received When the mobile device receives the second connection signal broadcast by the control host, the mobile device broadcasts the request connection command, establishes a connection with the control host, and determines whether the connection with the control host is successful; After the mobile device successfully connects to the management host, the mobile device transmits the recovery command to the management host, and ends the connection with the management host. The control system of the controlled device according to claim 5, wherein: the mobile device determines whether it is necessary to perform a mobile device registration procedure before determining whether the second connection signal is received; the mobile device needs to perform the movement When the device registers the program, the mobile device executes the mobile device registration procedure to establish a connection with the management host and log in an identity information of the management host; When the mobile device does not need to execute the mobile device registration procedure, the mobile device determines whether a startup command is generated; when the mobile device determines that the startup command is generated, the mobile device determines whether the second connection signal is received; When the mobile device receives the second connection signal, the mobile device determines, according to the identity information of the management host, whether the second connection signal passes the authentication; when the mobile device determines that the second connection signal passes the authentication, the mobile device broadcasts the Requesting a connection command, and establishing a connection with the control host, and determining whether the connection with the control host is successful; when the mobile device is successfully connected to the control host, the mobile device transmits the recovery command to the control host, And end the connection with the management host. The control system of the controlled device of claim 11, wherein: when the mobile device does not receive the second connection signal broadcast by the control host, the mobile device determines whether the third broadcast by the control host is received a connection signal; when the mobile device receives the third connection signal, the mobile device determines, according to the identity information of the management host, whether the third connection signal passes the authentication; when the mobile device determines that the third connection signal passes the authentication, The mobile device broadcasts the request connection command, and connects to the control host, and determines whether the connection with the control host is successful; when the mobile device successfully connects to the control host, the mobile device transmits the resume command to the After the host is controlled, the connection with the managed host ends. The control system of the controlled device according to claim 5, wherein: when the management host executes the unmanned mode, the control host broadcasts the second connection signal, and determines whether the recovery instruction is received; when the management host performs In the unmanned mode, and when the control host receives the resume command, the control host transmits a reset signal to the mobile device to perform the normal mode instead; When the management host executes the unattended mode, and when the management host does not receive the resume instruction, the management host re-broadcasts the second connection signal. The control system of the controlled device according to claim 14, wherein: the mobile device executes a control program; when the mobile device executes the control program, the mobile device determines whether a mobile device registration program needs to be executed; the mobile device When the mobile device registration procedure needs to be executed, the mobile device executes the mobile device registration procedure to establish a connection with the management host and log in an identity information of the management host; the mobile device does not need to perform the mobile device registration. In the program, the mobile device determines whether the startup command is generated; when the mobile device determines that the startup command is generated, the mobile device determines whether the second connection signal is received; when the mobile device receives the second connection signal, The mobile device determines whether the second connection signal passes the authentication according to the identity information of the management host; when the mobile device determines that the second connection signal passes the authentication, the mobile device broadcasts the request connection command and establishes with the control host Connect, and determine whether the connection to the control host is successful; when the mobile device When the connection with the master control, the mobile device transmits the recovery command to the master control, and determines whether the received signal has been reset. The control system of the controlled device of claim 12 or 15, wherein the mobile device registration procedure performed by the mobile device comprises the steps of: initiating a mobile device timing unit to start timing; determining a timing of the mobile device timing unit Whether the time exceeds a fifth preset time; when the timing time of the timing unit of the mobile device does not exceed the fifth preset time, determining whether an open registration signal broadcast by the control host is received; When receiving the open registration signal broadcasted by the management host, determining whether the management host is not in the registration list; when the management host is not in the registration list, establishing a connection with the management host and determining whether to connect with the management host Successfully; when the connection with the management host is successful, register the management host and determine whether the management host is successfully registered; when the management host is successfully registered, the management host is added to the registration list, and a registration success command is transmitted. Ending the connection with the management host and ending the mobile device registration procedure; when the timing of the timing unit of the mobile device exceeds the fifth preset time, ending the mobile device registration procedure.