TWI658399B - Scene-mode switching system and state conflict displaying method - Google Patents

Abstract

A context mode switching system and a status conflict display method thereof. The status conflict display method is executed on a mobile device and includes the following steps: enabling one of a plurality of preset context modes, wherein the setting content of each context mode is recorded separately The power status of multiple connected electronic devices; set the enabled context mode to the highest priority and move to the first position in the context list; generate and issue control of each electronics based on the setting content of the highest priority context mode Control signals for the power status of the device; compare the current power status of each electronic device with the settings of other enabled scenario modes; and, when judging an electronic device with a power status conflict, display the The name of the device.

Description

Situation mode switching system and state conflict display method

The invention relates to the switching and displaying of a situation mode, and more particularly to a switching system of a situation mode and a method for displaying a state conflict.

Different electronic devices (such as televisions, computers, stereos, electric lights, etc.) have their own power switches. When users want to control these electronic devices, they generally need to control each electronic device individually.

However, when performing certain activities (such as watching a movie or reading a book), the user usually turns on / off multiple fixed electronic devices at the same time. For example, when a user wants to watch a movie, it is generally necessary to turn on the TV, DVD player and stereo, and turn off the electric light at the same time; when the user wants to read, generally need to turn on the electric light, and turn off the TV and DVD player at the same time. If the user needs to control the electronic devices separately, it is really troublesome.

In order to solve the above-mentioned problems, a single remote control is proposed in the market to control the control modes of multiple electronic devices at the same time in a contextual manner (such as a movie viewing context and a reading context). For example, when a user wants to watch a movie, he can turn on the "watching movie situation" by means of the remote control. Through the above "watching movie situation", the remote controller can automatically turn on the TV, DVD player and audio, and automatically turn off the electric lights. This eliminates the tedious actions of individually controlling multiple electronic devices.

However, different situations may switch the same electronic device to different states. Therefore, when a user opens multiple situations at the same time, there may be a situation in which the electronic device conflicts in different situations.

In view of the above problems, how to enable users to control multiple required electronic devices at the same time, and to let users know whether each electronic device has a state conflict phenomenon, is really important.

The main object of the present invention is to provide a situation mode switching system and a method for displaying a state conflict, which can enable a user to control the power states of multiple electronic devices at the same time by switching the situation mode, and Displayed when there is a conflict in the situation mode.

In order to achieve the above object, the state conflict display method provided by the present invention is mainly applied to a mobile device and a plurality of electronic devices connected to the mobile device, and includes the following steps: a) enabling multiple preset situations of the mobile device One of the modes, wherein a setting content of each of the context modes separately records a power state of the plurality of electronic devices; b) the context mode enabled in step a is set to the highest priority, and the highest priority is set The context mode of the right moves to the first position in a context list of the mobile device; c) generates and sends a control signal according to the setting content of the context mode of the highest priority, wherein the control signal is used to control each of the The power state of the electronic device; d) comparing the current power state of each electronic device with the setting content of other enabled scenario modes to determine whether there is the electronic device in conflict with the power state; and , E) when the electronic device in conflict with the power state exists, displaying on the mobile device the electronic device in conflict with the power state He said.

In order to achieve the above object, the context mode switching system provided by the present invention includes a controller connected to a plurality of electronic devices, and an application program executed in a mobile device connected to the controller. When the mobile device executes the application, the following operations can be performed:

Enabling one of a plurality of scenario modes preset by the application, wherein a setting content of each scenario mode separately records a power state of the plurality of electronic devices; setting the enabled scenario mode to the highest priority Rights, and move the context mode with the highest priority to the first position in a context list displayed by the mobile device; generate and send a control signal to the controller according to the setting content of the context mode with the highest priority Wherein the controller controls the power state of each electronic device according to the control signal; compares the current power state of each electronic device with the setting content of other enabled scenario modes to determine whether the The electronic device with conflicting power states; and when the electronic device with conflicting power states exists, displaying the name or icon of the electronic device with conflicting power states on the mobile device.

Compared with the prior art, the present invention enables a user to control the power states of multiple electronic devices at the same time by switching the context mode. In addition, when a user enables multiple context modes at the same time, causing a conflict in the power state of the electronic device, the present invention can also automatically display a state conflict message on the mobile device to remind the user. Therefore, the present invention can effectively achieve the technical effects of conflict management and notification.

1‧‧‧ mobile device

10‧‧‧ Apps

100‧‧‧ Mode queue

11‧‧‧ Situation Mode Switch Page

110‧‧‧ switch button

111‧‧‧First Scenario Mode

112‧‧‧Second Situation Mode

113‧‧‧ third scenario mode

114‧‧‧ fourth scenario mode

115‧‧‧ fifth scenario mode

116‧‧‧ Status Conflict Message

12‧‧‧ Situation Mode Setting Page

120‧‧‧setting button

2‧‧‧ Controller

3‧‧‧electronic equipment

31‧‧‧ TV

32‧‧‧DVD player

33‧‧‧Amplifier

34‧‧‧ Horn

35‧‧‧ table lamp

4‧‧‧ users

S10 ~ S24‧‧‧Setting steps

S30 ~ S40‧‧‧ Display steps

S50 ~ S68, S70 ~ S76‧‧‧ Display steps

FIG. 1 is a structural diagram of a switching system according to a first embodiment of the present invention.

FIG. 2 is a schematic diagram of a switching system according to a first embodiment of the present invention.

FIG. 3 is a schematic diagram of a context mode switching page according to the first embodiment of the present invention.

FIG. 4A is a schematic diagram of a scenario mode setting page according to the first embodiment of the present invention.

FIG. 4B is a schematic diagram of a scenario mode setting page according to a second embodiment of the present invention.

FIG. 5 is a flowchart of setting a scenario mode according to the first embodiment of the present invention.

FIG. 6 is a flowchart of a state conflict display according to the first embodiment of the present invention.

FIG. 7A is a first switching operation diagram of the first specific embodiment of the present invention.

FIG. 7B is a second switching operation diagram of the first specific embodiment of the present invention.

FIG. 7C is a third switching operation diagram of the first specific embodiment of the present invention.

FIG. 7D is a fourth switching operation diagram of the first specific embodiment of the present invention.

FIG. 8 is a schematic diagram of a context mode queue according to the first embodiment of the present invention.

FIG. 9A is a first state conflict display flowchart of a second specific embodiment of the present invention.

FIG. 9B is a second state conflict display flowchart of the second specific embodiment of the present invention.

FIG. 10 is a schematic diagram of a switching system according to a second embodiment of the present invention.

A preferred embodiment of the present invention is described in detail below with reference to the drawings.

Referring to FIG. 1 and FIG. 2, a schematic diagram of a switching system architecture and a schematic diagram of a switching system according to a first embodiment of the present invention are shown. The invention discloses a situation mode switching system (hereinafter referred to as a switching system) and a state conflict display method (hereinafter referred to as a display method) applied to the switching system.

As shown in FIG. 1, the switching system of the present invention mainly includes a controller 2 and an application program 10 executed in a mobile device 1. The controller 2 connects the surrounding electronic devices 3 in a wired or wireless manner, and connects the mobile device 1 in a wireless manner. In the present invention, the application program 10 is stored in a non-transitory storage unit (not shown) of the mobile device 1, and the mobile device 1 implements the display method of the present invention by executing the application program 10 (described in detail later).

In an embodiment, the controller 2 is mainly connected to the mobile device 1 through a first wireless method (for example, via a Bluetooth transmission method or a Wi-Fi transmission method), and is connected to the electronic device 3 (for example, through a radio frequency transmission method or a wireless transmission method). Infrared transmission method). The controller 2 wirelessly receives the control signal from the mobile device 1 and converts the control signal into a format that can be supported by the second wireless method, and then transmits the control signal to the electronic device 3 through the second wireless method to control the electronic device 3 Perform corresponding control (such as turning on or off the power).

In another embodiment, the controller 2 is connected to the mobile device 1 wirelessly, and is connected to the electronic device 3 through a wired connection (for example, via a transmission line). The controller 2 wirelessly receives the control signal from the mobile device 1 and directly transmits the control signal to the electronic device 3 according to the transmission line to perform corresponding control on the electronic device 3.

In another embodiment, the controller 2 is provided with a power socket (not shown in the figure), and the power socket is used for plugging the power plug of the electronic device 3. Thus, after the controller 2 wirelessly receives the control signal from the mobile device 1, the controller 2 can switch the power socket on / off according to the content of the control signal, thereby directly affecting the power on or off of the electronic device 3.

In yet another embodiment, the mobile device 1 may directly connect to the electronic device 3 through a wireless transmission method, so as to directly control the electronic device 3 by sending a control signal. In this embodiment, the controller 2 does not necessarily exist.

A plurality of scenario modes are preset in the application 10, and the setting content of each scenario mode records the power states of the plurality of electronic devices 3 respectively. In the present invention, the user can operate the mobile device 1 to execute the application program 10, and control the application program 10 to switch the context mode (such as the enabled context mode or the disabled context mode, etc.). When the scenario mode is switched, the application 10 The control signal is generated by the setting content of the switched scenario mode, and the control signal is transmitted to the controller 2 or the electronic device 3 by the mobile device 1.

As shown in FIG. 2, in the present invention, the electronic device 3 may mainly be various household appliances around the user, such as a television 31, a DVD player 32, an amplifier 33, a speaker 34, a desk lamp 35, and the like, without limitation. The user can control the electronic device 3 in a contextual manner through the operation of the mobile device 1 and the execution of the application program 10.

Continuing, please refer to FIG. 3, which is a schematic diagram of a context mode switching page according to the first embodiment of the present invention. After the mobile device 1 executes the application program 10, it may enter a scenario mode switching page 11 provided by the application program 10. In the context mode switching page 11, the user can switch the states of a plurality of context modes preset by the application 10.

As shown in FIG. 3, each scenario mode has a corresponding switching button 110 in the scenario mode switching page 11, and the user can trigger the switching button 110 to enable / disable the corresponding scenario mode. In the embodiment of FIG. 3, the context mode is exemplified by "watching TV mode", "watching movie mode", "listening to music mode", and "reading mode". In addition, the application 10 of the present invention can further provide a new function of a context mode, and a user can set a desired context mode by himself.

Continue to refer to FIG. 4A and FIG. 4B at the same time, which are schematic diagrams of a scenario mode setting page of the first embodiment and the second embodiment of the present invention, respectively. In the present invention, the user can further activate the context mode setting function of the application 10 (for example, touch the setting icon in the upper right corner of the screen of the mobile device 1 in FIG. 3) to enter the context mode setting page 12 provided by the application 10. In the scenario mode setting page 12, the user can set the electronic device 3 included in each scenario mode and the power state of each electronic device 3 included.

Taking the "TV watching mode" shown in FIG. 4A as an example, the TV watching mode includes televisions, DVD players, amplifiers, desk lamps, and set-top boxes and other electronic devices 3, among which the power status of the television, desk lamps, and set-top boxes To "ON", the power state of the DVD player is "OFF", and the power state of the amplifier is "NONE".

It is worth mentioning that each electronic device 3 has a corresponding setting button 120 in the context mode setting page 12, and the user can adjust the power state of each electronic device 3 through each setting button 120. Specifically, in an embodiment, the power state includes at least power on, power off, and no adjustment, but it is not limited.

If the user stores the power state shown in FIG. 4A as the setting content of the TV watching mode, when the user enters the scenario mode switching page 11 and enables the “watching TV mode”, the application program 10 will follow the setting Content to generate a control signal and send it to the controller 2 and / or the corresponding electronic device 3. Accordingly, the application program 10 controls the television 31, the desk lamp 35, and the set-top box (not shown) to turn on the power at the same time, controls the DVD player 32 to turn off the power, and does not adjust the power state of the amplifier 33.

Taking the "reading mode" shown in FIG. 4B as an example, the reading mode includes electronic devices 3 such as a television, a DVD player, an amplifier, a desk lamp, and a set-top box. Among them, the power status of the amplifier, the desk lamp, and the set-top box It is "ON", the power state of the DVD player is "OFF", and the power state of the TV is "NONE".

If the user stores the power state shown in FIG. 4B as the setting content of the "reading mode", when the user enters the context mode switching page 11 and opens the "reading mode", the application 10 will follow the setting content To generate a control signal and send it to the controller 2 and / or the corresponding electronic device 3. As a result, the application program 10 simultaneously controls the power of the amplifier 33, the desk lamp 35, and the set-top box (not shown), controls the DVD player 32 to turn off the power, and does not adjust the power state of the television 31.

Through the above-mentioned context mode setting page 12, the present invention enables a user to easily set the content of one or more context modes. And through the above-mentioned context mode switching page 11, the present invention can enable a user to selectively enable / disable one or more context modes.

Referring to FIG. 5, a flowchart of setting a scenario mode according to a first embodiment of the present invention is shown. To add a context mode or modify the settings of an existing context mode through the application 10, first, the user needs to operate the mobile device 1 to activate the context mode setting function of the mobile device 1 (that is, the application 10). (Step S10).

Then, the user can add or select an existing scenario mode (step S12), and set or modify the name of the scenario mode (step S14). In one embodiment, the user can add a context mode to the context mode switching page 11 and set the name of the newly added context mode. In another embodiment, the user may select one of the multiple context modes on the context list displayed on the context mode switching page 11 and modify the name of the selected context mode.

Next, the application program 10 provides a list of a plurality of electronic devices 3 that can be controlled currently (step S16). Specifically, the application program 10 uses the foregoing scenario mode setting page 12 to list a plurality of electronic devices 3 that are currently connected to the mobile device 1 and / or the controller 2 and can be controlled by the application program 10. The user can use the above list to select one or more electronic devices 3 to be included in the currently added / modified scenario mode (step S18), and set the power state of each electronic device 3 in the scenario mode (step S20). .

After step S20, the application program 10 determines whether the user's setting of the context mode has been completed (step S22). If the user's setting has not been completed, the application program 10 repeatedly executes steps S18 and S20 to continue the selection and setting of the electronic device 3. If the user's settings have been completed, the application program 10 will select the selected one or more electronic devices 3 and the power state of each electronic device 3 The state is stored as the setting content of the scenario mode (step S24). In the future, when the user enters the scenario mode switching page 11 of the application program 10 and enables the scenario mode, the application program 10 generates the control signal according to the setting content stored in step S24.

As mentioned above, the user can operate the mobile device 1 to switch multiple scenario modes preset by the application 10, however, when the user enables multiple scenario modes at the same time, the electronic device 3 is activated in each case. There may be conflicts between power states in a capable context mode. When the power state of the electronic device 3 conflicts, the present invention further provides the display method to remind the user so that the user can achieve the technical effect of conflict management.

6 is a flowchart of a state conflict display according to a first embodiment of the present invention. Specifically, the application program 10 is stored in the non-transitory storage memory of the mobile device 1, and computer code executable by a processor (not shown in the figure) of the mobile device 1 is recorded. After the processor of the mobile device 1 executes the application program 10, the steps shown in FIG. 6 can be executed by the operation of the computer code, thereby realizing the display method of the present invention.

First, the application program 10 accepts an external operation by the user, so that one of a plurality of scenario modes can be preset (step S30). In addition, as described above, the setting content of each scenario mode records the power states of the plurality of electronic devices 3 respectively.

Next, the application 10 sets the scenario mode enabled in step S30 to the highest priority, and moves the highest priority scenario mode to the first in the scenario list (for example, shown in FIG. 3) displayed on the mobile device 1. The order (step S32). In one embodiment, the application program 10 moves the highest priority scenario mode to the top of the scenario list, but it is not limited thereto. Then, the application program 10 generates and sends the control signal according to the setting content of the highest priority scenario mode (step S34). The mobile device 1 transmits the control signal to the controller 2 or directly to the corresponding electronic device 3 to control the power state of the corresponding electronic device 3 (such as turning on the power or turning off the power).

Specifically, in this embodiment, the user can enable multiple context modes at the same time, and the application program 10 sets the last enabled context mode to the highest priority, and only based on the highest priority context mode. Set the content to generate a control signal.

Next, the application program 10 further compares the current power state of each electronic device 3 with the setting content of other enabled scenario modes (step S36), thereby determining whether there is an electronic device 3 with a conflicting power state (step S36). S38).

For example, if the user first enables the first scenario mode (where the power state of the TV in the first scenario mode is ON), the application program 10 will generate a control signal for "controlling the TV to turn on the power". Then, the user further enables the second scenario mode (where the power state of the TV in the second scenario mode is OFF), and the application program 10 generates a control signal of “controlling the TV to turn off the power”. In addition, after the application 10 performs the comparison in step S36, it further determines in step S38 that the current power state of the TV (is OFF) conflicts with the power state in the first scenario mode.

If the application program 10 determines in step S38 that the electronic device 3 with a power state conflict exists, the application program 10 displays the name of the electronic device 3 on the mobile device 1 (step S40). For example, the application 10 may display a status conflict message 116 as shown in FIG. 7C on the context mode switching page 11. Specifically, if an electronic device 3 with a power state conflict exists, the application program 10 mainly displays the state conflict message 116 in a corresponding field on the context list of another scenario mode that generates a conflict (as shown in FIG. 7C). Because the situation mode M3 conflicts with the highest priority situation mode M4, the status conflict message 116 is displayed on the corresponding field of the situation mode M3).

In another embodiment, if an electronic device 3 with a power state conflict exists, the application program 10 may also display the state conflict message 116 in the corresponding field on the context list of the highest priority scenario mode, and make the The state conflict message 116 includes the name of the electronic device 3 that caused the conflict, and the name of another scenario mode that caused the conflict. However, the above are only specific implementation examples of the present invention, but not limited thereto.

Please refer to FIG. 7A to FIG. 7D at the same time, which are respectively a first switching operation diagram to a fourth switching operation diagram of the first specific embodiment of the present invention. The operation of the application 10 of the present invention when multiple context modes are enabled at the same time is described below with reference to FIGS. 7A to 7D.

As shown in FIG. 7A, in this embodiment, the application 10 is preset with a first scenario mode 111 (take M1 as an example), a second scenario mode 112 (take M2 as an example), and a third scenario. Mode 113 (M3 is taken as an example in the figure), a fourth scenario mode 114 (M4 is taken as an example in the figure), and a fifth scenario mode 115 (M5 is taken as an example in the figure). Moreover, in FIG. 7A, the states of the above-mentioned scenario modes 111-115 are preset to be disabled (OFF).

Next, as shown in FIG. 7B, when the user triggers the switch button 110 of the third context mode 113 to enable the third context mode 113, the application 10 sets the third context mode 113 to the highest priority and sets the third context The pattern 113 moves to the first position in the situation list. In addition, the application program 10 generates and sends a corresponding control signal according to the setting content of the third scenario mode 113. At this time, each electronic device 3 switches its power state according to the setting content of the third scenario mode 113.

Next, as shown in FIG. 7C, when the user triggers the switch button 110 of the fourth context mode 114 to enable the fourth context mode 114, the application 10 sets the fourth context mode 114 to the highest priority (ie, the third Situation mode 113 no longer has the highest priority), and the fourth situation mode 114 is moved to the first position in the situation list (at this time, the third situation mode 113 is located below the fourth situation mode 114 A pick). In addition, the application program 10 regenerates and issues a corresponding control signal according to the setting content of the fourth scenario mode 114. At this time, each electronic device 3 switches its power state according to the setting content of the fourth scenario mode 114.

In this embodiment, the power state of one of the electronic devices 3 in the third scenario mode 113 is different from the power state of the fourth device in the fourth scenario mode 114 (the television 31 is in the third scenario mode 113 to turn on the power in the first scenario). The four-scenario mode 114 is an example of turning off the power).

When the fourth context mode 114 is enabled, the application program 10 will generate a control signal according to the setting content of the fourth context mode 114 and control the power state of the television 31 to turn off the power. Next, the application program 10 compares the current power state of the TV 31 (for power off) with the setting content of the third scenario mode (M3) 113 (for power on), and determines that the TV 31 has power after the comparison. State conflict phenomenon. Therefore, the application 10 further displays the status conflict message 116 on the mobile device 1 to remind the user and allow the user to perform conflict management.

In one embodiment, the application program 10 displays the above-mentioned status conflict message 116 on the context mode switching page 11, but is not limited thereto.

In an embodiment, the status conflict message 116 records the name of the electronic device 3 with the power status conflict.

In one embodiment, the context list displays a plurality of corresponding fields of the context mode, and the status conflict message 116 is displayed in a corresponding field on the context list of another context mode where the conflict occurs. For example, in the embodiment of FIG. 7C, the state conflict message 116 records “the power state of the TV conflicts” and displays it on the corresponding field of the third situation mode (M3) 113 where the conflict occurs. In this way, the user can directly know which currently enabled scenario mode conflicts with which previously enabled scenario mode, and can also know which electronic device 3 caused the conflict, which is quite convenient.

Specifically, in an embodiment, when the application 10 is the current power state of any electronic device 3 connected to the mobile device 1 is different from the power state recorded in any enabled scenario mode, the electronic The power state of device 3 conflicts.

It is worth mentioning that, as mentioned above, the power state may include power on, power off, and no adjustment. If the power state of the electronic device 3 in the highest priority scenario mode is not adjusted, even if the current power state of the electronic device 3 is different from the power state recorded by other enabled scenario modes, the application 10 will not It is determined that the electronic device 3 has a power state conflict.

In another embodiment, the application 10 is the current power state of any electronic device 3 connected to the mobile device 1 is power on, and when the power state in any enabled scenario mode is power off, it is determined that The power states of the electronic devices 3 conflict.

In another embodiment, the application 10 is that the current power state of any electronic device 3 connected to the mobile device 1 is power off, and when the power state in any enabled scenario mode is power on, it is determined that The power states of the electronic devices 3 conflict.

Next, as shown in FIG. 7D, in the present invention, the application program 10 presets the last enabled scenario mode as the highest priority. However, the user 4 can operate the scenario mode switching page 11 of the application program 10 directly. Use your finger or stylus to touch and adjust the order of multiple enabled context modes.

For example, in the embodiment shown in FIG. 7D, the user 4 moves the third scenario mode 113 to the first position of the scenario list with a finger. Thereby, the application program 10 sets the third context mode 113 to the highest priority again (that is, the fourth context mode 114 no longer has the highest priority), and regenerates and transmits the third context mode 113 according to the setting content. Control signal.

Through the above technical solution, the user can adjust the order (ie, adjust the priority) of the multiple enabled context modes by himself to manage the power state conflicts of the multiple electronic devices 3, which is quite convenient.

Continuing, please refer to FIG. 8, which is a schematic diagram of a context mode queue according to the first embodiment of the present invention. In the present invention, the application 10 has a mode queue 100, and the enabled context modes are sequentially added to the mode queue 100. Specifically, in the present application, the application program 100 adds the last enabled scenario mode to the top of the mode queue 100, then sets the scenario mode at the top of the mode queue 100 as the highest priority, and sets the mode queue 100 at the top. The top situation mode moves to the first position in the situation list.

As shown in FIG. 8, when the user enables the first context mode 111, the application program 10 adds the first context mode 111 to the mode queue 100. At this time, there are no other context modes in the mode queue 100 (that is, other context modes are disabled), so the first context mode 111 is located at the top of the mode queue 100. In other words, the first context mode 111 has the highest priority, and the application program 10 generates and sends a control signal according to the setting content of the first context mode 111.

When the user next enables the second context mode 112, the application 10 adds the second context mode 112 to the mode queue 100. At this time, the second context mode 112 is stacked on the first context mode 111 and is located at the top of the mode queue 100. In addition, the second context mode 112 has the highest priority instead of the first context mode 111, and the application program 10 regenerates and sends a control signal according to the setting content of the second context mode 112.

When the user then enables the third context mode 113, the application 10 adds the third context mode 113 to the mode queue 100. At this time, the third scenario mode 113 is stacked on the second scenario mode 112 and is located at the top of the mode queue 100. And, the third situation mode 113 replaces the second situation mode Equation 112 has the highest priority, and the application program 10 regenerates and sends a control signal according to the setting content of the third scenario mode 113.

Further, when the user disables the second context mode 112, the application 10 removes the second context mode 112 from the mode queue 100. In this embodiment, since the removed second context mode 112 is not the context mode with the highest priority, the application program 10 does not regenerate the control signal. However, if the current power state of any electronic device 3 is different from the setting content of the second context mode 112 and a conflict phenomenon occurs, after the second context mode 112 is disabled, the conflict phenomenon no longer exists, and the application program 10 The status conflict message will be dismissed.

Then, when the user disables the third context mode 113, the application 10 removes the third context mode 113 from the mode queue 100. In this embodiment, since the removed third scenario mode 113 is the scenario mode with the highest priority, the application 10 will re-set the scenario mode currently at the top of the mode queue 100 (ie, the first scenario mode 111). Set as the highest priority, and restore some or all of the electronic devices 3 in response to the removal of the third scenario mode 113 (described later in detail), and then generate and issue a new one according to the settings of the first scenario mode 111 The control signal enables each electronic device 3 to adjust the power state corresponding to the setting content of the first scenario mode 111. Similarly, the application program 10 will determine whether the current power state of each electronic device 3 conflicts.

Then, when the user disables the first context mode 111, the application 10 removes the first context mode 111 from the mode queue 100, and responds to the removal of the first context mode 111 to some or all of the electronic devices. 3 Perform the recovery operation. At this time, there are no context modes in the mode queue 100, which means that all context modes in the application 10 have been disabled.

Continuing, please refer to FIGS. 9A and 9B, which are a first state conflict display flowchart and a second state conflict display flowchart of a second specific embodiment of the present invention. FIG. 9A and FIG. 9B are used to explain how the application program 10 operates when the present invention is disabled in any enabled context mode.

Specifically, the application program 10 accepts an external operation of the user to disable one of the multiple context modes that have been enabled (step S50). Next, the application program 10 determines whether the disabled context mode is the context mode with the highest priority (step S52). Specifically, in step S52, the application program 10 determines whether the disabled context mode is the last enabled context mode (ie, whether it is the context mode at the top of the mode queue 100).

If the application program 10 determines that the disabled context mode is the context mode with the highest priority in step S52, the application program 10 resets the context mode with the highest priority (step S54). Specifically, the application program 10 removes the disabled context mode from the mode queue 100, and sets the current situation mode at the top of the mode queue 100 as the highest priority. Next, the application program 10 moves the scenario mode with the highest priority to the first position in the scenario list (step S56).

In this embodiment, the application program 10 respectively obtains the setting content of the disabled context mode, the setting content of the highest priority context mode, and the current power state of each electronic device 3, and simultaneously sets the disabled context mode The content, the setting content of the highest priority scenario mode, and the current power state of each electronic device 3 are compared (step S58). In addition, the application program 10 generates a shutdown list according to the comparison result in step S58 (step S60). The shutdown list records one or more electronic devices 3 that need to be actively turned off by the application program 10.

If one or more electronic devices 3 are recorded in the closed list, the application program 10 generates a corresponding recovery signal according to the closed list, and sends the generated recovery signal to the corresponding one or more The electronic device 3 (step S62) to automatically turn off the power state of the corresponding one or more electronic devices 3 (ie, the aforementioned recovery operation). Conversely, if the closed list is null, the above step S62 is not performed.

For example, the power state of the recording electronic device D1 in the disabled scenario mode M1 is ON, and the current power state of D1 is ON, and the power state of the recording D1 in the highest priority scenario mode M2 is OFF (ie, (Automatically turning off the power state of D1 does not conflict with M2). In this case, the application program 10 will list D1 in the shutdown list, and generate and send the recovery signal for D1 to automatically turn off the power state of D1 in step S62.

For another example, in the disabled scenario mode M1, the power state of the electronic device D2 is recorded as OFF, but the user has adjusted the power state of D2 to on through other interfaces or controllers (that is, the current power state of D2 is different from The power state recorded in M1), and the highest priority scenario mode M2 records that the power state of D2 is NONE or OFF (ie, automatically turning off the power state of D2 does not conflict with M2). In this case, the application program 10 will list D2 in the shutdown list, and generate and send the recovery signal for D2 to automatically turn off the power state of D2 in step S62.

Next, the application program 10 generates and sends a new control signal according to the adjusted content of the scenario mode with the highest priority (step S64), so as to correspondingly adjust multiple electronic devices according to the currently set content of the scenario mode with the highest priority. 3 power status.

It is worth mentioning that when the application program 10 generates the closed list in step S60, it also considers the setting content of the highest priority scenario mode. Therefore, when the control signal is generated in step S64, the application program 10 can avoid the same The electronic device 3 repeatedly controls.

For example, if the power state of the recording electronic device D3 in the disabled scenario mode M1 is OFF, but the user has adjusted the power state of D3 to on through other interfaces or controllers (that is, the current power state of D3 is Different from the power state recorded in M1), app 10 will List D3 on the shutdown list. However, if the power status of record D3 is ON in the highest priority scenario mode, the application 10 will consider: 1. Automatically turning off the power status of D3 will conflict with the highest priority scenario mode; 2. In step S62, the power state of D3 is automatically turned off according to the recovery signal, and in step S64, the power state of D3 is turned on according to the control signal, which is a waste of resources for repeated control. In this case, the application 10 will not add D3 to the closed list.

In other words, if the number of the electronic devices 3 is ten (for example, D1 to D10), and the application program 10 automatically turns off the power states of D1 to D3 through the recovery signal in step S62, the application program 10 is in step S64. D1 ~ D3 will not be controlled any more by the control signal.

If the application 10 determines in step S52 that the disabled context mode is not the context mode with the highest priority, the application 10 does not need to reset the context mode with the highest priority. In this case, the application program 10 directly obtains and compares the setting content of the disabled context mode, the setting content of the highest priority context mode, and the current power state of each electronic device 3 (step S72). In addition, the application program 10 generates a shutdown list that records one or more electronic devices 3 that need to be actively powered off according to the comparison result in step S72 (step S74).

If one or more electronic devices 3 are recorded in the closed list, the application program 10 generates corresponding recovery signals according to the closed list, and sends the generated recovery signals to the corresponding one or more electronic devices 3 (step S76) to The power state of the corresponding one or more electronic devices 3 is automatically turned off. Conversely, if the closed list is null, the above step S76 is not performed.

Specifically, the foregoing steps S72 to S76 are the same as or similar to the foregoing steps S58 to S62. In this embodiment, the disabled context mode is not the context mode with the highest priority. Therefore, after step S76, the application program 10 does not need to regenerate and issue a new control signal (that is, it does not need to perform the foregoing step S64 ).

Through the above steps, the application 10 can re-control the power states of the multiple electronic devices 3 connected to the mobile device 1 after the user enables / disables any of the scenario modes. Thereby, the operation of the electronic device 3 is adapted to the scenario mode that is most urgently needed by the user at present (ie, the scenario mode that meets the highest priority).

After step S64 or step S76, the application program 10 compares the current power state of each electronic device 3 with the setting contents of other enabled scenario modes (step S66) to determine that one of them is disabled in step S50. After the scenario mode, is there still an electronic device 3 with a conflicting power state (step S68).

For example, if the television has a status conflict between the enabled first context mode and the enabled second context mode, the application 10 disables the second context mode in step S50, and the status of the television The conflict phenomenon may no longer exist.

If after step S68, the application program 10 determines that the electronic device 3 with a conflicting power state still exists, the application program 10 displays the name of the electronic device 3 on the mobile device 1 (step S70). Specifically, the application program 10 can display the name, device number, related icon, or any information of the electronic device 3 that can be used by the user to confirm the identity of the electronic device 3, without being limited to the name.

To facilitate understanding, an example will be used below to explain how the application program 10 operates when multiple context modes are enabled / disabled.

See the table below for the settings of the four context modes:

As shown in the above table, in this embodiment, the setting content of the first scenario mode is: "the first electronic device is powered on, the second electronic device is powered on, the third electronic device is not adjusted, and the fourth electronic device is powered on." The setting content of the second scenario mode is: "The first electronic device is powered on, the second electronic device is not adjusted, the third electronic device is powered on, and the fourth electronic device is powered on." The setting content of the third scenario mode is: "The first One electronic device is not adjusted, the second electronic device is powered off, the third electronic device is powered on, and the fourth electronic device is not adjusted. "The setting of the fourth scenario mode is:" The first electronic device is powered off, and the second electronic device is turned on. The power supply, the third electronic device is not adjusted, and the fourth electronic device is turned off. "

Please also refer to the following table for the sequence of switching action of the four situation modes:

For the sake of explanation, M1-M4 will be used to represent the first scenario mode to the fourth scenario mode, and D1-D4 will be used to represent the first electronic device to the fourth electronic device. If the above table is described in chronological order, the sequence of switching the scenario mode in this embodiment is: enable M1 at time T1 → enable M2 at time T2 → enable M3 at time T3 → enable M4 at time T4 → at Disable M4 at time T5 → Disable M2 at time T6.

As shown in the table above, when M1 is enabled at time T1, the application 10 will turn on the power states of D1, D2, and D4 according to the settings of M1, and will not adjust the power state of D3 (NONE).

When M2 is enabled at time T2, the application 10 will adjust the power states of D1, D3, and D4 to ON according to the settings of M2, and do not adjust the power state of D2 (maintain the previous state ON) . Then, the application 10 compares the current power states of D1-D4 with the settings of M1.

Because the current power states of D1 and D4 are the same as those of M1 (both are ON), there is no phenomenon of power state conflict between D1 and D4. Because M2 does not adjust the power state of D2 (the power state of D2 remains ON), there is no phenomenon of power state conflicts in D2. Although M2 adjusts the power state of D3 to ON, because D3 does not adjust the power state in M1, D3 does not have a power state conflict.

When M3 is enabled at time T3, the application 10 will adjust the power state of D2 to OFF according to the setting content of M3, adjust the power state of D3 to ON, and do not adjust D1 and D4. Power state (maintained at time T2, that is, D1 is on and D4 is on). Then, the application 10 compares the current power states of D1-D4 with the settings of M1 and M2.

After comparison, the application program 10 can judge that the current power state of D2 is in conflict with M1 (ON). At this time, because M3 has the highest priority, the application program 10 will still use the control signal. Turn off the power status of D2, but the message "Conflicting power status of D2" will be displayed on the corresponding field of M1.

It is worth mentioning that, in other embodiments, the application 10 may also display the name of the conflicting electronic device and the name of the conflicting mode at the same time. For example, the “D2 power supply in M1” is displayed directly on the corresponding field of M3. "Conflicting status" signal is not limited.

When M4 is enabled at time T4, the application 10 will adjust the power states of D1 and D4 to OFF according to the settings of M4, adjust the power state of D2 to ON, and do not adjust D3. Power state (maintained at time T3, that is, D3 is ON). Then, the application program 10 compares the current power state of the electronic device with the settings of M1, M2, and M3.

After comparison, the application 10 can determine that the current power state of D1 is in conflict with M1 and M2 (both ON). At this time, because M4 has the highest priority, the application 10 will still use the The control signal will turn off the power status of D1, but the message "D1 power status conflict" will be displayed on the corresponding fields of M1 and M2 respectively. In addition, the application program 10 can also judge that the current power state of D2 is in conflict with that in M3 (is OFF). At this time, since M4 has the highest priority, the application program 10 will still use D2 to control D2 The power status of is turned on, but the message "Conflicting power status of D2" will be displayed on the corresponding field of M3.

In addition, the application 10 can also judge that the power state of D4 is in conflict with M4 (is OFF) and M1 and M2 (both are ON). At this time, because M4 has the highest priority, the application 10 will still The power state of D4 is turned off by the control signal, but the message "D4 power state conflicts" will be displayed on the corresponding fields of M1 and M2, respectively.

When M4 is disabled at time T5, the application 10 sets the previous priority M3 as the highest priority. As shown in steps S58 to S62 of FIG. 9A described above, since the power state of D2 is recorded as ON in the disabled M4, the current power state of D2 is ON, and the power of D2 is Turning off the source state does not conflict with the power state recorded by M3. Therefore, the application program 10 performs a recovery operation on D2 through the recovery instruction to automatically turn off the power state of D2.

Among them, the power states of D1 and D4 are recorded as OFF in the disabled M4, that is, after M4 is enabled, the power states of D1 and D4 should be off. If the user has previously turned on D1 and / or D4 through other interfaces or controllers, the application 10 will find that the current power state of D1 and / or D4 is different from that of the disabled M4 after the comparison in step S58. The recorded power state, so after M4 is disabled (that is, at time T5), the application 10 will restore the D1 and / or D4 through the restore command to automatically turn off the power state of D1 and / or D4 (but This action must not conflict with the highest priority M3).

Then, the application program 10 generates a new control signal according to the setting content of M3 to adjust the power state of D3 to ON, and does not adjust the power states of D1 and D4 (maintain the state at time T4, that is, D1 is OFF, D4 is OFF). Then, the application program 10 compares the current power state of the electronic device with the settings of M1 and M2.

After comparison, the application 10 can determine that the current power state of D1 (OFF) is in conflict with M1 and M2 (both ON), so the corresponding fields of M1 and M2 will display "D1 Conflicting power status "message. In addition, the application program 10 can also judge that the current power state of D2 (OFF) is in conflict with that of M1 (ON), so the message "Conflicting power state of D2" will be displayed on the corresponding field of M1. . In addition, the application 10 can also judge that the current power state of D4 (OFF) is in conflict with that of M1 and M2 (both ON), so the corresponding fields of M1 and M2 will display "D4's power" Conflicting status "message.

When M2 is disabled at time T6, although M2 is not the highest priority situation mode, the application 10 will still disable the disabled M2, the highest priority M1, and each electronic device. The previous power state is compared to determine whether it is necessary to automatically turn off any electronic device in response to the disabling of M2, and whether each electronic device 4 has a conflict.

After comparison, the application program 10 can determine that the current power state of D1 (OFF) is in conflict with that of M1 (both ON), so the corresponding field of M1 will display "D1's power state conflicts" ". In addition, the application program 10 can also judge that the current power state of D2 (OFF) is in conflict with that of M1 (ON), so the message "Conflicting power state of D2" will be displayed on the corresponding field of M1. . In addition, the application 10 can also judge that the current power state of D4 (OFF) is in conflict with that of M1 (both are ON). Therefore, the corresponding field of M1 will display "D4 power state conflict". message.

With the display method of the present invention, when enabling / disabling each scenario mode, the user can easily know whether each electronic device 3 has a power state conflict phenomenon through the screen of the mobile device 1, and then decide whether to enable / Disable each scenario mode.

Continuing to refer to FIG. 10, it is a schematic diagram of a switching system according to a second embodiment of the present invention.

The switching system of the present invention may include a plurality of controllers 2 and an application program 10 installed and executed in the mobile device 1. As shown in FIG. 10, the plurality of controllers 2 may be disposed in different areas to control different areas. Of multiple electronic devices 3.

In this embodiment, each scenario mode may include electronic devices 3 located in different areas. For example, the TV watching mode may include a television, a speaker, and a desk lamp located in a living room, and the reading mode may include a speaker and a desk lamp located in a study room. In other words, in the present invention, the plurality of scenario modes set by the application 10 may also have regional characteristics.

In this embodiment, the application 10 may display a reminder notification on the screen of the mobile device 1 to ask the user 4 when the user 4 (ie, the mobile device 1) leaves the area to which the specific scenario mode belongs. Whether to disable the specific situation mode. At this time, the user 4 can choose to keep the specific situation mode enabled, and can also choose to disable the specific situation mode. Alternatively, the application program 10 can also automatically disable the specific scenario mode when the user 4 leaves the area to which the specific scenario mode belongs (for example, when the user 4 leaves the living room, the TV mode is automatically disabled). In addition, after the specific scenario mode is disabled, the application program 10 resets the highest priority of other enabled scenario modes, restores some or all of the electronic devices 3, and regenerates and sends the control signal. .

On the other hand, the application 10 can also display a reminder notification on the screen of the mobile device 1 when the user 4 enters the area to which the specific situation mode belongs, to ask the user 4 whether to enable the specific situation mode. At this time, the user 4 can choose to enable the specific situation mode, and can also choose to keep the specific situation mode disabled. Alternatively, the application program 10 may automatically enable the specific context mode when the user 4 enters the area to which the specific context mode belongs (for example, when the user 4 enters the study room, the reading mode is automatically enabled). In addition, after enabling the specific situation mode, the application program 10 automatically sets the specific situation mode to the highest priority, and regenerates and sends the control signal.

Through the above technical means, the present invention can achieve the purpose of user-human interaction between the user 4 and the switching system.

It is worth mentioning that in addition to controlling the power state of the electronic device 3, the controller 2 can also control various parameters of the electronic device 3 (for example, the volume of the speaker, the brightness of the desk lamp, the signal source of the TV, etc.). The control signal generated and sent by the application program 10 can include various parameters of the electronic device 3 in addition to switching the power state of the electronic device 3.

For example, when the user 4 is located in the living room, the application 10 enables the first TV watching mode corresponding to a plurality of electronic devices 3 in the living room, wherein the setting content of the first TV watching mode includes “TV power on”, "Speaker power on" and "Speaker volume adjusted to 5". When user 4 leaves When opening the living room and entering the bedroom, the application 10 disables the first TV watching mode and enables the second TV watching mode corresponding to the plurality of electronic devices 3 in the bedroom. In addition, the application program 10 turns on the television and the speakers in the bedroom through the control signal, and adjusts the volume of the speakers in the bedroom to 5.

As another example, when the user 4 is located in the living room, the application 10 enables the first listening music mode corresponding to the first speaker in the living room, wherein the setting content of the first listening music mode includes "the first speaker turns on the power". In addition, the user 4 receives online streaming music through the mobile device 1 and wirelessly transmits the music to the first speaker for playback. When the user 4 leaves the living room and enters the study, the application 10 disables the first listening mode and enables the second listening mode corresponding to the second speaker in the study. In addition, the application program 10 can automatically or manually transmit the online streaming music received by the mobile device 1 to the second speaker for playback.

Through the above technical solution, the user 4 can seamlessly use the same or similar scenario modes in different regions, which is quite convenient.

It is worth mentioning that the above-mentioned detection of the area where the user 4 is located can be implemented by switching multiple controllers 2 in the system. For example, the application 10 may determine that the user 4 is currently located in the living room when the mobile device 1 successfully establishes a connection with the controller 2 provided in the living room. When the mobile device 1 is disconnected from the controller 2 in the living room and connected to another controller 2 provided in the bedroom, the application program 10 can determine that the user 4 is currently located in the bedroom, and so on.

Through the switching system and the display method of the present invention, a user can control the power states of multiple electronic devices at the same time by using a scenario mode. When a user enables multiple situation modes at the same time and causes a power state conflict of the electronic device, the present invention can also obtain a state conflict message, thereby effectively achieving conflict management.

The above is only a preferred specific example of the present invention, and therefore does not limit the patent scope of the present invention. Therefore, all equivalent changes made by using the content of the present invention are included in the scope of the present invention by the same reason. Bright.

Claims (20)

A status conflict display method is applied to a mobile device, and includes: a) enabling one of a plurality of pre-set scenario modes, wherein a setting content of each of the scenario modes separately records a plurality of connected to the mobile device A power state of the electronic device; b) setting the context mode enabled in step a to the highest priority, and moving the context mode with the highest priority to the first rank in a context list displayed by the mobile device C) generating and sending a control signal according to the setting content of the context mode with the highest priority, wherein the control signal is used to control the power state of each electronic device; d) the current power state of each electronic device Compare with the content of the situation mode that has been enabled to determine whether there is an electronic device with a conflict in the power state; and e) when there is an electronic device with a conflict in the power state, take the action The name of the electronic device in conflict with the power state is displayed on the device. The state conflict display method according to claim 1, wherein the power state includes at least power on, power off, and no adjustment. The state conflict display method according to claim 2, wherein step d is to judge the electronic device when the current power state of any of the electronic devices is different from the power state recorded by any of the enabled context modes. There is a conflict in this power state. The state conflict display method according to claim 2, wherein step d is that the power state of any current electronic device is power on, and the power state recorded by the electronic device in any of the enabled context modes When the power is turned off, it is determined that the power state of the electronic device conflicts. The state conflict display method according to claim 2, wherein step d is that the power state of any current electronic device is the power off, and the power state recorded by the electronic device in any of the enabled context modes When the power is turned on, it is determined that the power state of the electronic device conflicts. The status conflict display method according to claim 2, wherein before step a, the method further comprises the following steps: a01) activating a context mode setting function of the mobile device; a02) adding or selecting a context mode; a03) setting or modifying The name of the scenario mode; a04) providing a list of the plurality of electronic devices that can be controlled; a05) selecting one or more of the electronic devices and setting the power state of each of the electronic devices according to the list; and a06) setting each The power state of the electronic device is stored as the setting content of the context mode added or selected in step a02. The method for displaying a status conflict according to claim 2, wherein step e) is to display the name of the electronic device in conflict with the power status in a corresponding field on the context list of another context mode in which the conflict occurs. The status conflict display method according to claim 2, wherein step b is to add the context mode enabled in step a to the top of a mode queue, and set the context mode at the top of the mode queue to the highest Priority, and move the situation mode at the top of the mode queue to the first place in the situation list. The status conflict display method according to claim 8, wherein step e) further includes the following steps: g) one of the plurality of context modes is disabled; h) judging whether the context mode disabled is the highest priority Right of the context mode; i) when the disabled context mode is the highest priority of the context mode, remove the context mode from the mode queue, and re-position the situation currently at the top of the mode queue The mode is set to the highest priority; j) After step i, the situation mode with the highest priority is moved to the first position in the situation list; k) the content of the setting of the disabled situation mode is obtained and compared, The setting content of the scenario mode with the highest priority and the current power state of each electronic device; l) A closed list is generated according to the comparison result, wherein the closed list records one or more electronic devices that need to actively turn off the power state. Equipment; m) generating and sending a recovery signal according to the shutdown list to shut down the power state of the corresponding one or more of the electronic equipment; n) after step m, according to the setting of the highest priority of the scenario mode When executed, and o) the scene mode in the disabled mode is not the highest priority context in step k), step l) and steps m); the contents of re-generating and transmitting the control signal. The status conflict display method according to claim 9, further comprising the following steps: p) after step n) or step o), setting the current power state of each electronic device with the setting of other enabled situation modes The content is compared to determine whether the electronic device in conflict with the power state exists; and q) when the electronic device in conflict with the power state exists, the name of the electronic device is displayed on the mobile device. A situation mode switching system includes: a controller connected to a plurality of electronic devices; and an application program executed in a mobile device connected to the controller; wherein, when the mobile device executes the application program, the following operations are performed: : Enable one of the multiple context modes preset by the application, where a setting content of each context mode separately records a power state of the plurality of electronic devices; set the enabled context mode to the highest Priority, and move the highest priority context mode to the first position in a context list displayed by the mobile device; generate and send a control signal to the control based on the setting content of the highest priority context mode Controller, wherein the controller controls the power state of each electronic device according to the control signal; compares the current power state of each electronic device with the setting content of other enabled scenario modes to determine whether there is The electronic device having the power state conflict; and when the electronic device having the power state conflict exists, Means displays the name of the state in which the power of the electronic device conflict. The situation mode switching system according to claim 11, wherein the power state includes at least power on, power off, and no adjustment. The context mode switching system according to claim 12, wherein the application judges the electronic device when the current power state of any electronic device is different from the power state recorded by any enabled context mode. This power state of the device conflicts. The context mode switching system according to claim 12, wherein the application is powered on when the power state of any of the electronic devices is current, and the power is recorded by the electronic device in any of the enabled context modes When the state is power off, it is determined that the power state of the electronic device conflicts. The context mode switching system according to claim 12, wherein the application is powered off when the power state of any of the electronic devices is current, and the power is recorded by the electronic device in any of the enabled context modes When the state is power on, it is determined that the power state of the electronic device conflicts. The context mode switching system according to claim 12, wherein when the mobile device executes the application, the following operations are also performed: activating a context mode setting function of the application; adding or selecting a context mode; setting or Modify the name of the context mode; provide a list of the plurality of electronic devices that can be controlled; select one or more of the electronic devices and set the power state of each electronic device according to the list; and The power state is stored as the setting content of the scene mode added or selected. The context mode switching system according to claim 12, wherein the mobile device is to display the electronic device in conflict with the power state in a corresponding field of the context mode on the context list of the other conflict mode. The context mode switching system according to claim 12, wherein the application adds the enabled context mode to the top of a mode queue, and sets the context mode at the top of the mode queue as the highest priority. , And move the situation mode at the top of the mode queue to the first position in the situation list. The context mode switching system according to claim 18, wherein when the mobile device executes the application, the following operations are further performed: one of the plurality of context modes is disabled; and whether the disabled context mode is the highest The context mode with priority; when the disabled context mode is the highest priority context mode, perform the following actions: remove the context mode from the mode queue, and reposition the current mode at the top of the mode queue The situation mode of the situation mode is set to the highest priority; the situation mode of the highest priority is moved to the first position in the situation list; the set content of the situation mode that is disabled and the highest priority of the situation mode are obtained and compared The setting content of the scenario mode and the current power status of each electronic device; a shutdown list is generated according to the comparison result, wherein the shutdown list records one or more electronic devices that need to actively turn off the power status; generated based on the shutdown list And sends a recovery signal to the controller to turn off the power state of the corresponding one or more electronic devices; and according to the highest priority The setting content of the situation mode is regenerated and the control signal is sent to the controller; when the situation mode that is disabled is not the highest priority situation mode, the following actions are performed: obtaining and comparing the situation mode that is disabled The setting content of the setting content, the setting content of the scenario mode with the highest priority, and the current power state of each electronic device; a shutdown list is generated according to the comparison result, wherein the shutdown list records one or more active power off states The electronic device according to the shutdown list; and generating and sending a recovery signal to the controller according to the shutdown list to turn off the power state of the corresponding one or more electronic devices. The situation mode switching system according to claim 19, wherein when the mobile device executes the application, the following operation is further performed: the current power state of each electronic device and the set content of other enabled situation modes Perform a comparison to determine whether the electronic device with a conflicting power state exists; and when the electronic device with a conflicting power state exists, display the name of the electronic device on the mobile device.