CN106970600A - Situational positioning sensing situational mode control device - Google Patents

Abstract

The present invention provides a positioning sensing scenario mode control device, including several panels and several positioning sensing devices, the panels including scene panels and multiple function panels, each of the function panels controlling the operating state of a device, the scene panel storing at least one location area and multiple scenario modes, and corresponding each location area to a scenario mode, the positioning sensing device detecting the user's location signal, the scene panel judging the user's scenario area based on the location signal and triggering or switching to the corresponding scenario mode, the function panel controlling the operation of the device based on the triggered or switched scenario mode. Compared with the prior art, the present invention locates the user's location area and automatically triggers a pre-set scenario mode, realizing fully automatic scenario mode switching, without manual operation, fully automated intelligent control, realizing a truly intelligent automated home, and fully reflecting the core concept of a smart home.

Description

Situational positioning sensing situational mode control device

technical field

The invention relates to the technical field of the Internet of Things, and more particularly relates to a situational positioning sensing situational mode control device.

Background technique

Smart home is based on the residence as a platform, using integrated wiring technology, network communication technology, security technology, automatic control technology, audio and video technology to integrate the facilities related to home life, build an efficient management system for residential facilities and family schedules, and improve Home safety, convenience, comfort, artistry, and to achieve an environmentally friendly and energy-saving living environment.

At present, some smart home centralized control devices have a scene mode setting function, such as providing a "warm mode" button, which can make multiple lights, curtains, and air conditioners operate at the same time with only one click of the user. However, most of the existing smart home solutions are semi-automatic solutions, which still require manual operation to work normally, and cannot be regarded as intelligent and fully automated smart home solutions in the true sense.

Contents of the invention

The purpose of the present invention is to provide a positioning sensing situation mode control device, which can realize fully automatic and intelligent switching of a suitable home situation mode without manual operation by the user.

In order to achieve the above object, the present invention provides a positioning sensing situation mode control device, which includes several panels and several positioning sensing devices, the panels include a scene panel and a plurality of function panels, each of the function panels is connected to a device for Control the operating state of the device, the scene panel stores at least one location area and multiple situation modes, and each location area corresponds to one of the scene modes, and the location sensing device senses the user's position in real time To obtain the position signal, the scene panel judges the scene area where the user is located according to the position signal, and triggers or switches to the scene mode corresponding to the scene area, and the function panel is connected to the scene panel and according to the trigger or switch The profile controls the operation of the device.

Compared with the prior art, the present invention has a positioning sensing device, which can locate the location of the user, and automatically trigger the preset scene mode to realize fully automatic scene mode switching without manual operation and fully automatic intelligent control. Realize the real intelligent automation home, fully embodies the core idea of smart home.

Preferably, the position sensing devices are respectively arranged on the panels.

Preferably, the positioning sensing situation mode control device also includes an environment sensing device, the environment sensing device collects the environmental state around the panel, the scene panel is connected with the environment sensing device and obtains the environmental state, according to the The environment state and the preset algorithm are calculated to obtain a corresponding scene mode, and the function panel controls the operation of the device according to the triggered scene mode. Through the coordinated work of the positioning sensing device and each functional panel, various environmental parameters around the panel can be detected, a suitable scene mode can be calculated through the collected environmental data and a special preset algorithm, and each functional panel can be controlled to realize various Control of equipment (lighting, curtains, audio-visual, air conditioning, security).

Specifically, the environmental state includes light intensity, temperature and humidity, air quality and the like.

Preferably, the panel also includes a scene master control panel, the scene master control panel is respectively connected to the scene panel and the function panel, and is used to issue scene master control panel instructions to the scene panel and the function panel The scene panel and the function panel control the state of the scene panel and the function panel according to the received command of the scene master control panel, and then control the running state of the device.

Specifically, the scene master control panel also wirelessly accepts the control commands output by the mobile terminal to generate corresponding scene master control panel instructions, and the function panel wirelessly accepts the control commands output by the mobile terminal to control the operation of the corresponding equipment. The control command output by the mobile terminal is accepted, and the corresponding scene mode is triggered or switched according to the control command output by the mobile terminal.

More preferably, the mobile terminal can accept external gesture signals, shake signals, voice signals and/or key input signals, and output to the panel according to the gesture signals, shake signals, voice signals and/or key input signals corresponding control commands.

Preferably, the mobile terminal is respectively connected to the position sensing device and the scene panel, receives the position signal collected by the position sensing device, uses wireless sensing positioning technology to coordinate positioning to determine the user's location, and sends the judgment result to the The scene panel, the scene panel judges the scene area where the user is located according to the judgment result.

Preferably, the scene panel sends an acquisition command to the function panel when receiving any context mode establishment command, and the function panel replies to the status of the function panel and automatically forwards the acquired command when receiving the acquisition command. The acquisition instruction is sent to the adjacent function panel, and the scene panel receives and stores the state of each of the function panels and records it as a situation mode corresponding to the situation mode establishment instruction. Compared with the prior art, the positioning sensing situation mode control device of the present invention includes a scene panel and a plurality of function panels. When the user establishes a situation mode, he can first operate the function panel to adjust each device to the expected operating state, and then operate the scene The panel sends a situation mode establishment command to the scene panel. At this time, the scene panel will obtain the status of each function panel, and then store the obtained status of each function panel as a situation mode. Afterwards, when the user selects the situation mode, the situation scene The panel will control each function panel to adjust to the stored state and then adjust each device to the corresponding operating state, thus realizing the simple and convenient setting of the situation mode without the control of the host.

Preferably, the context mode establishment instruction is located on any of the context mode storage units for an operation duration longer than a preset time.

Preferably, the panels are wired or wirelessly connected.

Preferably, the equipment includes lights, curtains, audio-visual devices, household appliances, monitoring devices, security devices and the like in the set area.

Preferably, each of the panels has a reset button, which is triggered to generate a reset signal, and the panel resets the system according to the reset signal.

Preferably, the panel records the operating state of the device and determines the operating state with the most times of use or the longest use time to obtain the usual working state, and controls the device to work in the usual working state after startup.

The present invention will become clearer through the following description in conjunction with the accompanying drawings, which are used to explain the embodiments of the present invention.

Description of drawings

FIG. 1 is a structural block diagram of an embodiment of a positioning sensing situational mode control device of the present invention.

FIG. 2 is a schematic structural diagram of another embodiment of the location sensing situational mode control device of the present invention.

FIG. 3 is a flowchart of an embodiment of a method for setting a location-sensing context mode in the present invention.

FIG. 4 is a flow chart of another embodiment of the method for setting a location-sensing context mode in the present invention.

FIG. 5 is a structural block diagram of a third embodiment of a positioning sensing context mode control device according to the present invention.

detailed description

Embodiments of the present invention will now be described with reference to the drawings, in which like reference numerals represent like components.

Please refer to FIG. 1, the present invention provides a position sensing situation mode control device 100, which includes a scene panel 12 and a plurality of function panels 14, each function panel 14 is connected to a device to control the operating state of the device, the scene The panel 12 and the function panel 14 are respectively provided with a positioning sensing device 15, and the scene panel 12 stores at least one location area and a plurality of situation modes, and corresponds each location area to a scene mode, the The positioning sensing device 15 senses the user's position in real time to obtain a position signal. The scene panel 12 judges the scene area where the user is located according to the position signal, and triggers or switches to the scene mode corresponding to the scene area. The function panel 14 It is connected with the scene panel and controls the operation of the device according to the triggered or switched scene mode. Wherein, the panels are wired or wirelessly connected.

Wherein, the scene panel 12 includes a plurality of situation mode storage units, each situation mode storage unit is used to store a situation mode, and the scene panel 12 is connected with the function panel 14, and the scene panel 12 is set up after receiving any situation mode When ordering, send an acquisition instruction to the function panel 14 to acquire the state of the function panel 14, the function panel 14 will reply the state of the function panel 14 when receiving the acquisition instruction and automatically forward the acquisition instruction to the adjacent function panel 14, the scene panel 12 receives and The state of each function panel 14 is stored and recorded as a situation mode corresponding to the situation mode creation instruction.

In addition, as shown in FIG. 1 , the positioning sensing situational mode control device 100 of the present invention also includes a scene master control panel 10, which is connected with the scene panel 12 and each function panel 14. When the user establishes a scene mode, he can first operate the scene panel 12 and The function panel 14 adjusts each device to the expected operating state, and then operates the scene master control panel 10 to send a scene mode establishment command to the scene panel 12 and each function panel 14. At this time, the scene master control panel 10 will obtain the information of each function panel 14 state and the state of scene panel 12, then the state of each function panel 14 acquired and the state of scene panel 12 are stored as a kind of situation mode (such as leaving home mode), and then when the user selects the general control situation mode, the scene total The control panel 10 controls each function panel 14 and scene panel 12 to be adjusted to a stored state so that each device is adjusted to a corresponding operating state.

Preferably, the scenario panel 12 is an instruction for setting up the scenario mode as an operation located on any scenario mode storage unit and the duration of the operation is greater than the preset time (such as 5 seconds); between the scenario master control panel 10 and the scenario panel panel 12, The connection between the scene panel 12 and the function panel 14 is a wired connection or a wireless connection.

Please refer to FIG. 2 again, which is a schematic diagram of another preferred embodiment of the location-sensing context mode control device 100 of the present invention. As shown in FIG. 2 , the positioning sensing situational mode control device 100 includes a scene master control panel 10, a scene panel 12 and a plurality of function panels 14, wherein the scene panel 12 includes a plurality of situational mode storage units, respectively marked as S1, S2, S3 . If the setting area is a bedroom, the dimming function panel 14a in the function panel 14 is connected with the LED lights in the bedroom to control the operating state of the LED lights, such as turning on or off, and the dimming function panel 14a is The 3-unit function panel is used to connect with the main light, wall light and wall washer in the bedroom, and then control the operation status of the main light, wall light and wall washer respectively. The curtain function panel 14b in the function panel 14 is connected with the curtain in the bedroom. Connection, used to control the operating state of the curtain, such as opening or closing. It should be noted that in the present invention, the dimming function panel 14a can adjust the light of the LED lamp, and the curtain function panel 14b can adjust the opening or closing degree of the curtain. In addition, the scene panel 12 includes a plurality of scene mode storage units, not limited to 6, which are set according to user requirements. With reference to Fig. 2, described function panel 14 also comprises the switch function panel that links to each other with electrical switch, the air conditioning function panel that links to each other with air conditioner, the ground heating function panel that links to each other with floor heating, the fresh air function panel that links to each other with ventilation fan, the audio-visual panel that links to each other with audio-visual device. A function panel, a monitoring function panel connected with the monitoring device, a security function panel connected with the security device, and a building intercom function panel connected with the walkie-talkie.

The following is an example to illustrate the operation process of the positioning sensing situational mode control device 100 in FIG. 2 when setting a certain situational mode:

The user operates multiple function panels 14 to set the operating status of the corresponding equipment, such as setting the brightness of the LED lights on the dimming panel to 50%, turning on the main light on the switch function panel, turning off the panel wall light and the panel wall washer light, and opening the curtain of the curtain function panel 40 %, then select any situation mode storage unit (such as S2) in the scene panel 12 at this time, the user operates the situation mode storage unit S2 to a preset time (such as 5 seconds) as the user has sent a situation mode establishment instruction, this When the scene panel 12 sends an acquisition command to each function panel 14 to obtain the status of the function panel 14, each function panel 14 will reply its status to the scene panel 12 and automatically forward the acquisition command to the adjacent function panel when receiving the acquisition command , the scene panel 12 receives and stores the state of each function panel 14 and records it as the scene mode S2, and then when the scene mode storage unit S2 is operated, each function panel 14 switches to the state corresponding to the scene mode S2, and then controls the brightness of the LED light to be 50 %, the main light is turned on, the wall lamp and wall washer are turned off, and the curtains are turned on 40%. Wherein, when the function panel 14 and the scene panel 12 are wirelessly connected, the communication between the function panel 14 and the scene panel 12 can be realized within a relatively large range by forwarding and acquiring instructions through the function panel 14 . Through the above operations, the user can set multiple situation modes, such as going out mode, sleep mode, leisure mode and so on.

Of course, the setting area applicable to the positioning sensing situation mode control device 100 of the present invention can be not only the bedroom, but also the kitchen, living room, dining room, etc., and the equipment in the corresponding setting area does not only include main lights, wall lights, washing Wall lights, curtains, LED lights, and can also include TVs, air conditioners and other equipment. In addition, the situational positioning sensing situational mode control device 100 of the present invention may include multiple scene panels 12, and the multiple scene panels 12 are connected to the scene master control panel 10, and different scene panels 12 are connected to function panels 14 in different setting areas. , used to set the scene modes in different setting areas.

Referring to FIG. 5 , in the third embodiment of the present invention, the location sensing situation mode control device 100 further includes an environment sensing device 16, and the environment sensing device 16 collects the environmental state around the panel, and the scene panel 12 and the scene panel 12 are connected to each other. The environment sensing device 16 is connected to obtain the environment state, and a corresponding scene mode is calculated and obtained according to the environment state and a preset algorithm, and the function panel 13 controls the operation of the device according to the triggered scene mode. Wherein, each panel is respectively provided with a corresponding environment sensing device 16 . The environmental state includes light intensity, temperature and humidity, and air quality.

Preferably, the panel receives control commands output by the mobile terminal in a wireless manner to control its state. Specifically, the scene master control panel 10 also accepts the control commands output by the mobile terminal in a wireless manner to generate corresponding scene master control panel instructions, and the function panel 13 accepts the control commands output by the mobile terminal in a wireless manner to control the corresponding The device operates, and the scene panel 12 receives the control command output by the mobile terminal wirelessly, and triggers or switches the corresponding scene mode according to the control command output by the mobile terminal.

Wherein, a corresponding APP is set in the mobile terminal (such as a mobile phone), and after entering the APP, a corresponding control command is output to the panel according to the control interface displayed after the APP runs. Of course, it is also possible to set a corresponding operation action in the APP, and make the operation action correspond to the corresponding control command. For example, the operation of shaking the mobile phone for a preset number of times is connected with the scene mode switching command. When the user shakes the mobile phone for a preset number of times, the mobile phone wirelessly sends a scene mode switching command to the scene master control panel, and the scene master control panel 10 accepts the scene mode switch. command to generate the corresponding scene master control panel command. Wherein, the mobile terminal can receive external shaking signals, voice signals and/or key input signals, and output corresponding control commands to the panel according to the shaking signals, voice signals and/or key input signals.

Wherein, in this embodiment, the mobile terminal is respectively connected to the position sensing device 15 and the scene panel 12, receives the position signal collected by the position sensing device 15, and uses the wireless sensing positioning technology to perform coordinated positioning to determine the area where the user is located. , and send the judgment result to the scene panel 12, and the scene panel 12 judges the scene area where the user is located according to the judgment result.

Please refer to FIG. 3 again, which is a flow chart of an embodiment of a method for setting a location-sensing context mode according to the present invention. As shown in Figure 3, the following steps are included:

Step S101, operating each function panel to adjust the operating status of the corresponding equipment;

Step S102, operate the scene panel so that the scene panel sends an acquisition instruction to the function panel; for example: the user operates any scene mode storage unit on the scene panel for a preset time (such as 5 seconds);

Step S103, after the function panel receives the acquisition instruction, it returns the status of the function panel and automatically forwards the acquisition instruction to the adjacent function panel;

Step S104, the scene panel receives and stores the status of each function panel and records it as a situation mode corresponding to the situation mode establishment instruction;

Step S105, repeating steps S101 to S104 to create multiple situational models;

Step S106, operating the scene panel to select any situation mode, such as operating the scene panel;

Step S107, each function panel is adjusted to a state corresponding to the situation mode.

Finally, please refer to FIG. 4 , which is a flow chart of another embodiment of the location sensing context mode setting method of the present invention. As shown in Figure 4, the following steps are included:

Step S201, setting a corresponding scene mode according to steps S101-S107;

Step S202, setting a location sensing scene mode;

Step S203, enabling the scene panel positioning sensing mode;

Step S204, when the scene panel determines that the user enters the stored location area;

Step S205, triggering a scenario mode corresponding to the location area;

Step S206, the scene panel sends an instruction corresponding to the scene mode to each function panel;

Step S207, each function panel controls the device to run in a state corresponding to the situation mode.

Wherein, the steps of setting the location sensing scenario mode are as follows: input the corresponding area range information to the function panel, the function panel generates a location area according to the input area range information, and store the location area corresponding to any scene mode.

It should be noted that when the scene master control panel is operated, the scene master control panel controls the scene panel and each function panel, and when any situation of the scene master control panel is pressed, the scene panel and each function panel switch to the preset situation mode, Such as the first situation mode stored in the scene panel and the state in the function panel.

The present invention has been described above in conjunction with the best embodiments, but the present invention is not limited to the above-disclosed embodiments, but should cover various modifications and equivalent combinations made according to the essence of the present invention.

Claims (14)

1. A positioning sensing situational mode setting device, characterized in that it comprises several panels and some positioning sensing devices, the panels include a scene panel and a plurality of function panels, each of the function panels is connected to a device to control the The operating state of the device, the scene panel stores at least one location area and multiple situation modes, and corresponds each location area to one of the scene modes, and the location sensing device senses the user's location in real time to obtain the location signal, the scene panel judges the scene area where the user is located according to the position signal, and triggers or switches to the scene mode corresponding to the scene area, and the function panel is connected to the scene panel and according to the scene mode triggered or switched control the operation of the device. 2 . The location-sensing situation mode control device according to claim 1 , wherein the location-sensing devices are respectively disposed on the panels. 3 . 3. The positioning sensing situation mode control device according to claim 1, further comprising an environment sensing device, the environment sensing device collects the environmental state around the panel, the scene panel is connected to the environment sensing device and The environmental state is obtained, and a corresponding scene mode is calculated and obtained according to the environmental state and a preset algorithm, and the function panel controls the operation of the device according to the triggered scene mode. 4 . The location-sensing situational mode control device according to claim 3 , wherein the environmental status includes light intensity, temperature and humidity, and air quality. 5. The positioning sensing situational mode control device according to claim 1, wherein the panel further comprises a scene master control panel, and the scene master control panel is respectively connected with the scene panel and the function panel for Sending scene master control panel instructions to the scene panel and the function panel, the scene panel and the function panel control the state of the scene panel and the function panel according to the received scene master control panel instructions And then control the running state of the device. 6. The positioning sensing situational mode control device according to claim 5, wherein the scene master control panel also wirelessly accepts control commands output by the mobile terminal to generate corresponding scene master control panel instructions, and the function panel wirelessly Accepting the control command output by the mobile terminal to control the operation of the corresponding equipment, the scene panel receives the control command output by the mobile terminal wirelessly, and triggers or switches the corresponding scene mode according to the control command output by the mobile terminal. 7. The positioning sensing situational mode control device according to claim 6, wherein the mobile terminal can accept external gesture signals, shaking signals, voice signals and/or key input signals, and according to the gesture signals, Shaking signals, voice signals and/or key input signals output corresponding control commands to the panel. 8. The positioning sensing situational mode control device according to claim 1, wherein the mobile terminal is connected to the position sensing device and the scene panel respectively, receives the position signal collected by the position sensing device, and uses wireless sensing positioning technology Perform coordinated positioning to determine the area where the user is located, and send the judgment result to the scene panel, and the scene panel judges the scene area where the user is located according to the judgment result. 9. The positioning sensing situation mode control device according to claim 1, wherein the scene panel sends an acquisition instruction to the function panel when receiving any situation mode establishment instruction, and the function panel receives the Responding to the state of the function panel when acquiring the instruction and automatically forwarding the acquisition instruction to the adjacent function panel, the scene panel receives and stores the state of each of the function panels and records it as the same as the situation mode Create a contextual model corresponding to the command. 10. The location-sensing situational mode control device according to claim 9, wherein the situational mode establishment instruction is an operation located on any of the situational mode storage units and the duration of the operation is longer than a preset time . 11 . The location-sensing context mode control device according to claim 1 , wherein the panels are wired or wirelessly connected. 12 . 12 . The location-sensing situational mode control device according to claim 1 , wherein the devices include lights, curtains, audio-visual devices, household appliances, monitoring devices and security devices in the set area. 13 . 13. The positioning sensing situational mode control device according to claim 1, wherein the panels are provided with a reset button, the reset button is triggered to generate a reset signal, and the panel resets the system according to the reset signal . 14. The location-sensing situational mode control device according to claim 1, wherein the panel records the operating state of the device and determines the operating state with the most times of use or the longest use time, so as to obtain a common working state, And control the device to work in the usual working state after starting.