TW201601127A - Personalized home scenario control system and method - Google Patents

Abstract

The present invention is a personalized home scenario control system and a method, and comprises an exclusive personalized scenario control device, more than one relay device located in an environment where a user lives and a respective corresponding sensor. The scenario control device is operated to edit a scenario listing. The relay device that is connected to an electrical module to change an environmental atmosphere can receive commands transmitted from the scenario control device via a wireless communication protocol, thus the relay device will control an operational status of the electrical module. If the user initiates the sensor in the environment containing the plurality of electrical modules by employing the scenario control device, the relay device can control the operational status of each electrical module by the sensor according to the scenario listing; therefore it can freely edit personalized home scenario effect, which is user-friendly to carry it without environmental limitation and achieves the purpose of ease of use and freedom.

Description

Personalized family situation control system and method

The present invention relates to a control system and method, and more particularly to a control system and method for editing a personalized home situation.

With the advancement of technology, people have the need to pursue convenience and high efficiency for electrical equipment that is often used in family life. In particular, all electrical equipment can be controlled or interconnected wirelessly in an environment. The electrical equipment that people want to control in daily life includes lighting system, temperature control system, digital audio and video playback system, monitoring or physiological monitoring system, etc. In the prior art, the common control method is to use the infrared transceiver to remotely control, but this The approach is quite susceptible to interference from obstacles in the environment and is very inconvenient for situations where the seat is often moved.

For example, China's new patent right M376076 "Multi-work integrated remote control device and multiplex integrated remote control system" (hereinafter referred to as the previous case), the main purpose is to use the remote control to enable all appliances to be immediately activated or regulated to the state required by the user, which provides a The multiplexed integrated remote control system is suitable for being built in a multiplex integrated remote control device, so that the multiplexed integrated remote control device can remotely control most electrical appliances through a ZigBee wireless network protocol, and the multiplex integrated remote control device includes a a casing, a storage module, a button module and a micro processing module, the storage module can be driven to store data, the button module is embedded in the casing, and the microprocessor module is configured Connected to the storage module and the button module in the casing;

The micro processing module includes a binding unit, a control unit, a context saving unit, and a context reply unit. The binding unit is bound to a specific function of a predetermined appliance, and the control unit is bound by a remote control. The predetermined electrical appliance causes the predetermined electrical appliance to perform a predetermined function, and the context saving unit can store the functional state storage of all the appliances currently bound, the context replying unit can drive the control unit to remotely control all the electrical appliances, and respectively return to the situation The function state stored in the storage unit is saved; the function state of all the bound appliances can be saved through the above design, so that the user can return the saved device to the saved device by triggering the button module of the multiplex integrated remote control device. Functional status.

It can be seen from the above prior art that in the control technology of home electrical equipment, remote control using an infrared transceiver is quite susceptible to interference from obstacles, walls, and furniture in the environment, which is very inconvenient for users who often move seats, although The former case uses the multiplexed integrated remote control device to remotely control most of the electrical appliances through the ZigBee wireless network protocol, which can solve the problem that the infrared transceiver is easily interfered, and provides the button module to return the remote control device to the saved functional state. However, the control effect provided by the previous case is limited, especially if the appliance is only bound and then stored in a preset state for the user to have a fixed effect each time, or to return to the preset state by remote control in the future, if used People often move, change the environment or have different preferences. The above binding method causes troubles, troubles and even conflicts between different members of the same family, and it is necessary to revert to the pre-saved functional state or separately The setting causes a lot of restrictions; therefore, the above prior art still has various For questions, it does the need for solutions to be further raised.

In view of the above-mentioned deficiencies of the prior art, the main object of the present invention is to provide a personalized home situation control system and method, so that all members of the family can freely design an exclusive personal environment environment, carry and operate through the wireless transmission and sensing. In a way that allows the users representing family members to move to any environment, all electrical equipment can be immediately adjusted according to the design of the exclusive personal situation effect, so that the user can easily carry and be free from environmental restrictions, thereby improving the ease of use and The purpose of freedom.

The main technical means adopted for the above purposes is to enable the above-mentioned personalized family situation control method, mainly to enable a dedicated individual's situation control device to control the status of a plurality of electrical modules that can change the atmosphere through one or more wireless communication protocols. And performing the following steps in the situation control device: receiving a plurality of wireless signals representing the electrical module; providing a context editing interface, wherein the user selects multiple data representing the wireless signal and customizes one or more situation lists, the situation list Presetting a identity identification code; determining whether an execution mode command is received; if receiving the execution mode command, sending a wireless control signal to the corresponding electrical module according to the content of the exclusive context list, so that the majority of the electrical mode The group performs the corresponding action.

According to the above method, the user can use the situation control device to receive the wireless signal transmitted by the plurality of electrical modules through the wireless communication protocol, and customize the content and preset of the exclusive situation list on the context editing interface of the situation control device. The identity identification code, when the user inputs an execution mode command through the context control device, the context control device sends the wireless control signal to the corresponding electrical module, and causes a plurality of electrical modules that can change the ambient atmosphere to be based on the exclusive The content of the situation list performs corresponding control actions to generate a personalized family situation effect, which is convenient for the user to carry and is not restricted by the environment and improves the convenience and freedom of use.

In order to achieve the above objective, another main technical means adopted is that the personalized home situation control system includes: a context control device having an operation interface, a first wireless module and a second wireless module, The operation interface is provided for the user to customize a unique personalized situation list and the identity identification code thereof, and wirelessly transmit and exchange data with the remote terminal through the first wireless module and the second wireless module respectively; The device has more than one signal input end, a signal output end and a third wireless module. The signal output end is electrically connected to one or more electrical modules capable of changing the ambient atmosphere, and is connected to the third wireless module through the third wireless module. The first wireless module is connected to the situation control device; the sensing device has a fourth wireless module and a fifth wireless module, and the fourth wireless module is configured to send a sensing mode signal to the context control The second wireless module of the device is coupled to the third wireless module of the relay device through the fifth wireless module.

According to the above configuration, the present invention provides a personalized personal situation control device, which edits a user-specific personalized situation list and its identity identification code through the operation interface thereof, and uses the first wireless module in the environment where the user is located. Connected to one or more relay devices, the second wireless module is coupled to the corresponding sensing device, and wirelessly transmits and exchanges data respectively, and the relay device is electrically connected to the electrical module capable of changing the ambient atmosphere, and is Receiving the content control device to transmit the content of the context list, so that the relay device controls the use state of the electrical module, and when the user moves to another environment with a plurality of electrical modules, the context control device can receive the sensing device to send The sensing mode signal is activated by the situation control device, and the fifth wireless module of the sensing device is transmitted through the third wireless module of the relay device, so that the sensing device is configured according to the situation list The relay devices control the state of the electrical module to generate a personalized home situation effect to achieve the user's side Carrying and not being restricted by the environment and improving the convenience and freedom of use, the situation control device can freely edit the personalized family situation effect, so that the user can carry it easily and is not restricted by the environment, so as to enhance the use convenience. The purpose of sex and freedom.

For a preferred embodiment of the personalized home situation control system of the present invention, please refer to FIG. 1 and FIG. 2, which includes a context control device 10, more than one relay device 20, and more than one sensing device 30. The operating device 10 is portable and has an operation interface for the user to customize a personalized personalized situation list and its identification code, and wirelessly transmit and data to the remote end through one or more wireless communication protocols. The relay device 20 is connected to an electrical module capable of changing an ambient atmosphere. The electrical module can be a light module, a video module, a play module, a cold air module and an electric curtain mold. In the present embodiment, the relay device 20 is connected between an electrical module and controls the disconnection of the power of the electrical module. The electrical module includes a light emitting module 21 and a switch module 22, and receiving a command transmitted by the context control device through a wireless communication protocol, so that the relay device 20 controls the use state of the electrical module, and the context control device 10 transmits another The wireless communication protocol activates the sensing device 30, and the sensing device 30 causes the relay device 20 to control the state of the electrical module based on the context list.

To further illustrate the personalized home situation control system of the present invention, as shown in FIG. 2, the context control device 10 has a casing, a first wireless module 11 and a second wireless module 12, and the casing is a business card. The size of the rectangle, the situation control device 10 through the first wireless module 11 and the second wireless module 12 respectively, a first wireless communication protocol, a second line communication protocol and the relay device 20, the sensing device 30. Perform wireless transmission and data exchange. In this embodiment, the processor of the situation control device 10 further includes a processor 13, a power module 14, a storage unit 17, and as shown in FIG. 1 and FIG. An input module 15 , a display module 16 , a biometric information capture module 18 , and a solar module 19 are further disposed on the housing of the situation control device 10 . The processor 13 and the power module 14 respectively The input module 15 , the display module 16 , the storage unit 17 , and the biometric information capture module 18 are electrically connected, and the power module 14 is electrically connected to the solar module 19 .

The power module 14 is configured to provide a required power source. The solar module 19 is configured to receive light energy and output power to the power module 14 to provide a required power source. The input module 15 is input by a user. The display module 16 is configured to display relevant information input by the user for viewing, and the display module 16 is configured to form the situation through the input module 15 and the identification module. The operation unit of the control device 10 is configured to store a personalized list of personalized situations, identification codes, and related information. The biometric information capture module 18 mainly receives physiological information of a user and transmits The storage unit 17 stores the personal physiological information for establishing an information security security mechanism. If the user wants to enable the context control device 10, the processor 13 receives a human physiological condition by using the biological information capturing module 18. The information is compared with the personal physiological information pre-stored in the storage unit 17 to confirm whether the user identity is a user with the right to use.

As shown in FIG. 2, the relay device 20 has one or more signal input terminals, a signal output terminal, and a third wireless module 23. The signal input terminal is connected to the switch module 22, and the signal output terminal is connected to the switch module 22 The third wireless module 23 of the relay device 20 is connected to the first wireless module of the context control device 10 through the first wireless communication protocol, and is controlled by the user in the context. An operation mode command is executed on the operation interface of the device 10, and the relay device 20 receives a wireless control signal transmitted by the context control device 10, so that the illumination module 21 generates a corresponding brightness change. In this embodiment, the A wireless communication protocol refers to a ZigBee communication protocol.

The sensing device 30 has a fourth wireless module 31, a fifth wireless module 32, and a switch module 33. The fourth wireless module 31 and the second wireless module 12 of the context control device 10 transmit the The second wireless communication protocol constitutes a connection, and the fourth wireless module 31 transmits an inductive mode signal to the second wireless module 12 of the situation control device 10, and the fifth wireless module 32 and the relay device are further configured. The third wireless module 23 of the 20 is configured to be connected by the first wireless communication protocol, and the user can use the context control device 10 to activate the sensing device 30, and the sensing device 30 causes the relay device according to the content of the situation list. 20 controls the state of the electrical module; in this embodiment, the second wireless communication protocol refers to an RFID communication protocol.

In summary, the present invention provides a personalized personalized context control device 10, through which a user-specific personalized situation list and its identity code are edited, and the context is controlled by the first wireless communication protocol. The device 10 and the relay device 20, the relay device 20 and the sensing device 30 can perform wireless transmission and data exchange, and the state of the electrical module is adjusted according to the content of the situation list of the situation control device 10, when The environment control device 10 can receive the sensing mode signal sent by the sensing device 30 and transmit the same to the relay device 20 through the sensing device 30, and According to the content of the situation list, the relay device 20 controls the state change of all the electrical modules to generate a personalized home situation effect, which is convenient for the user to carry and is not restricted by the environment, and improves the convenience and freedom of use. the goal of.

To further illustrate a specific application manner of the preferred embodiment of the present invention, please refer to FIG. 3, which is used to indicate an application, including a first active area 40, a second active area 50, and a third active area. 60. The active areas 40-60 are adjacent to each other and are respectively provided with a plurality of relay devices 20, corresponding electrical modules and a plurality of sensing devices 30; most of the electrical modules include first to tenth lamps L1 to L10, An air-conditioning device Air, a television device TV, a playback device BD, an amplifier device AMP, and an electric curtain EC; the first active area 40 is mounted with the first to fourth lamps L1 to L4 (L1 to L4 in order) The setting, the air-conditioning device Air, the television device TV, the playback device BD, the amplifier device AMP, and the electric curtain EC, the second and third active areas 50, 60 may be sequentially provided with the fifth to seventh lamps L5~ L7, eighth to tenth lamps L8~L10.

The first active area 40 has an inlet, and the inlet peripheral has an inductive door locking device 41 and a door light fixture LD. A first sensing device 301 is disposed near the entrance in the inlet, and is provided at a position opposite to the entrance. a second sensing device 302 corresponding to the first to fourth lamps L1 to L4, the air-conditioning device Air, the television device TV, the playback device BD, the amplifier device AMP, and the electric curtain EC, and The second active area 50 is provided with a third sensing device 303 corresponding to the fifth to seventh lamps L5 to L7. The third active area 60 is provided with a fourth sensing device 304. The four active zone 60 series corresponds to the eighth to tenth lamps L8~L10;

When the user wants to enter the first active area 40 by the situation control device 10 of the present invention, the door light fixture LD is first activated by the context control device 10 of the present invention, and the finger is placed on the situation control device 10 for fingerprint scanning, and through The biometric information capture module 18 transmits the personal physiological information to the processor 13 for identity verification to establish a confidentiality mechanism with information security, and the contextual manipulation device 10 is brought close to the induction door lock device 41 after the identity confirmation is correct. The door is opened, and the door luminaire LD can be set to automatically turn off after a few minutes;

After the user enters the first activity area 40, the situation control device 10 approaches the first sensing device 301 to receive a sensing signal, and executes a welcome situation mode according to the user-specific context list (which can also be controlled by the context) The device 10 directly activates the welcoming situation mode, and causes all the relay devices 20 to control the corresponding electrical modules through the first wireless communication protocol. When the welcome situation mode starts to be executed, the electric curtain EC changes from the closed state to the open state. Adjusting the brightness of the first and fourth lamps L1, L4 to 50% and adjusting the brightness of the second and third lamps L2, L3 to 100%, starting the air conditioner Air again, and setting the temperature of the air conditioner Air to At 25 degrees, the television device TV and the amplifier device AMP are turned on, so that the television device TV plays a preset channel.

If the preset content in the context list edited by the user is a movie context mode, when the user wants to change the aforementioned home situation effect (welcome context mode), the context control device 10 only needs to be moved to the second sensing device 302. And receiving, by the second sensing device 302, a sensing signal, and executing the movie context mode according to the user-specific context list (or selecting any one of the set context templates in the operation interface of the context control device 10); When the movie situation mode starts to be executed, the electric curtain EC is turned from the on state to the off state, the brightness of the first and fourth lamps L1, L4 is reduced by 30%, and the brightness of the second and third lamps L2 and L3 is lowered. Up to 50%, the television device TV is set to the HDMI channel, and the playback device BD is activated to correspond to the HDMI channel of the television device TV, and the amplifier device AMP is switched to a mode suitable for the playback device BD. And a preset volume is reduced by 20 decibels (dB).

Another preferred embodiment of the personalized home situation control system of the present invention, as shown in FIG. 4, further includes a mobile device 70 having a battery module 71 and a power transmission port 72, the battery The module 71 is electrically connected to the power transmission port 72. The power module 14 of the situation control device 10 is electrically connected to the power transmission port 72 of the mobile device 70 through a power port 141; thus, the user can pass through The context control device 10 uses the power provided by the battery module 71 of the mobile device 70, and the battery module 71 of the mobile device 70 is charged by the power module 14 of the context control device 10, especially the context control device. 10, the solar module 19 can receive the light energy into electrical energy, and then the battery module 71 provided to the mobile device 70 is charged, so that the user can carry it more conveniently in the above manner.

In this embodiment, the context control device 10 is further connected to a sound receiving device (not shown), and the sound receiving device can be used as a voice control. If the user wants to execute the foregoing execution mode command on the context control device 10, The voice control signal is received by the sound receiving device to activate the execution mode command (such as a movie situation mode). In the embodiment, the sound receiving device is a microphone device. Further, the sensing device 30 is further connected to a sound broadcasting device ( The broadcast device has a voice prompt function. When the exclusive context list is successfully set, the broadcast device plays a voice prompt such as “You have set the movie situation mode No. 1”, and uses the above manner. Easy to use.

According to the preferred embodiment of the present invention, a personalized home situation control method can be summarized. The method mainly enables a dedicated personal situation control device 10 to control a plurality of electrical modules capable of changing the atmosphere through one or more wireless communication protocols. The state is as shown in FIG. 5, and the following steps are performed in the situation control device: receiving a plurality of wireless signals representing the electrical module (S41) to search for all electrical modules in all active areas 40-60, The electrical module transmits the wireless signal through the relay device 20; provides a context editing interface representing the operation interface, and the user selects multiple data representing the wireless signal on the context editing interface and customizes more than one context. a list, the situation list is preset with a identity identification code (S42); determining whether an execution mode instruction is received (S43); if the execution mode instruction is received, the content of the exclusive context list is corresponding to the corresponding electrical mode The group sends a wireless control signal, so that most electrical modules perform corresponding actions (S44), such as changes in brightness of the light, sound A change in size, etc.; a humanized family situation effect is generated by most electrical modules (S45).

The situation control device 10 can receive the wireless signal transmitted by the plurality of electrical modules in the environment through the relay device 20 through the wireless communication protocol, and customize the exclusive situation on the context editing interface of the context control device 10 The content of the list and the preset identity code, when the user inputs the execution mode command through the context control device 10, the wireless control signal is sent to the corresponding electrical module, and the majority of the electrical modules that can change the ambient atmosphere are The content of the exclusive situation list performs corresponding control actions to generate a personalized family situation effect. If the user moves to a different environment or wants to change the family situation effect, the above steps are performed to "determine whether an execution mode is received. In the instruction (S43), as shown in FIG. 6, the method further performs the following steps in the situation control device: determining whether a sensing mode signal is received (S53); if receiving the sensing mode signal, transmitting an identity Identification code and its exclusive context list to a corresponding sensor module (S54); Most electrical modules perform the corresponding action (S55); produced by most electrical module of a person's family situation effect (S45).

Therefore, when the user wants to change the original home situation effect, the situation control device 10 only needs to be close to the sensing module and determines whether the sensing mode signal is received. If the sensing mode signal is received, the identity identification code and The exclusive situation list information is transmitted to the corresponding sensor module, and the plurality of electrical modules that can change the ambient atmosphere are executed by the sensor module to perform a corresponding control action to generate a personalized home situation effect, by using the context control device 10 Freely edit the personalized family situation effect, so that users can easily carry and not be restricted by the environment, so as to achieve the purpose of improving convenience and freedom.

10‧‧‧Situation control device
11‧‧‧First wireless module
12‧‧‧Second wireless module
13‧‧‧ Processor
14‧‧‧Power Module
141‧‧‧Power supply
15‧‧‧Input module
16‧‧‧Display module
17‧‧‧ storage unit
18‧‧‧Biometric Capture Module
19‧‧‧ solar modules
20‧‧‧Relay device
21‧‧‧Lighting module
22‧‧‧Switch Module
23‧‧‧ Third wireless module
30‧‧‧Induction device
301‧‧‧First sensing device
302‧‧‧Second sensing device
303‧‧‧ third sensing device
304‧‧‧fourth sensing device
31‧‧‧fourth wireless module
32‧‧‧Fifth Wireless Module
33‧‧‧Switch Module
40‧‧‧First activity area
50‧‧‧Second activity area
60‧‧‧ Third activity area
70‧‧‧ mobile devices
71‧‧‧ battery module
72‧‧‧Power transmission module

1 is a schematic diagram of a system architecture of a preferred embodiment of the present invention. 2 is a block diagram of a system in accordance with a preferred embodiment of the present invention. 3 is a schematic diagram of an application state of a preferred embodiment of the present invention. 4 is a block diagram of a system in accordance with another preferred embodiment of the present invention. FIG. 5 is a flow chart of an execution mode control method according to a preferred embodiment of the present invention. 6 is a flow chart of a sensing mode control method in accordance with a preferred embodiment of the present invention.

10‧‧‧Situation control device

11‧‧‧First wireless module

12‧‧‧Second wireless module

15‧‧‧Input module

16‧‧‧Display module

18‧‧‧Biometric Capture Module

19‧‧‧ solar modules

20‧‧‧Relay device

21‧‧‧Lighting module

22‧‧‧Switch Module

23‧‧‧ Third wireless module

30‧‧‧Induction device

33‧‧‧Switch Module

Claims (11)

A personalized home situation control method mainly comprises a situation control device of a dedicated individual controlling the state of a plurality of electrical modules capable of changing the atmosphere through one or more wireless communication protocols, and performing the following steps on the situation control device: receiving more a wireless signal representing the electrical module; providing a context editing interface, the user selects a plurality of data representing the wireless signal and customizes one or more context lists, the situation list is preset with a identity identification code; An execution mode command; if the execution mode command is received, sending a wireless control signal to the corresponding electrical module according to the content of the exclusive context list, so that most electrical modules perform corresponding actions. The personal home situation control method as claimed in claim 1, the method further comprising the steps of: determining whether a sensing mode signal is received; if receiving the sensing mode signal, transmitting an identity identification code and its exclusive context list to Corresponding to a sensing module; through the sensing module, a plurality of electrical modules perform corresponding actions. According to the personalized home situation control method described in claim 1 or 2, the above steps are performed to perform the corresponding actions to most electrical modules, and further include the following steps: A personalized home situation effect is generated by a plurality of electrical modules. A personalized home situation control system includes: a context control device having an operation interface, a first wireless module, and a second wireless module, the user interface is customized for a user-specific personalized situation a list and an identity code thereof, and wirelessly transmitting and data exchange between the first wireless module and the second wireless module respectively; and more than one relay device having more than one signal input end and signal output And a third wireless module, the signal output terminal is electrically connected to one or more electrical modules capable of changing the ambient atmosphere, and is connected to the first wireless module of the situation control device through the third wireless module; The sensing device has a fourth wireless module and a fifth wireless module, and the fourth wireless module sends a sensing mode signal to the second wireless module of the context control device, and transmits the fifth wireless module. The group is coupled to the third wireless module of the relay device. The personalized home situation control system of claim 4, wherein the situation control device has a casing, the casing is rectangular, and the casing further comprises a processor, a power module, and a storage unit. Further comprising an input module, a display module, a biological information capture module, and a solar module; the processor and the power module, the input module, the display module, and the storage unit And the biometric information capture module is electrically connected, and the power module is electrically connected to the solar module. The personalized home situation control system of claim 5, wherein the biometric information capture module receives a physiological information of a user and stores the personal physiological information through the storage unit to establish an information security Confidentiality mechanism. The personal home situation control system of claim 6, wherein the relay device is connected between an electrical module, the electrical module includes a light emitting module and a switch module thereof, and the switch device The signal input end is connected to the switch module, and the signal output end is electrically connected to the light emitting module; when the user executes an execution mode command on the operation interface of the situation control device, the relay device receives the context control A wireless control signal transmitted by the device causes the state of the lighting module to change. The personalized home situation control system of claim 7, further comprising a mobile device having a battery module and a power transmission port, wherein the battery module is electrically connected to the power transmission port; The power module of the control device is electrically connected to the power transmission port of the mobile device through a power source. The personalized home situation control system according to any one of claims 4 to 8, wherein the context control device transmits a first wireless communication protocol and a second wireless module through the first wireless module and the second wireless module respectively. The line communication protocol performs wireless transmission and data exchange with the third wireless module of the relay device and the fourth wireless module of the sensing device; the third wireless module of the relay device is configured by the first wireless communication protocol The fifth wireless module of the sensing device performs wireless transmission and data exchange. In the personalized home situation control system of claim 9, the first wireless communication protocol refers to a ZigBee communication protocol, and the second wireless communication protocol refers to an RFID communication protocol. The personalized home situation control system of claim 10, the electrical module comprising a light fixture, an air conditioner, a television device, a playback device, an amplifier device or an electric curtain.