阅读说明：本技术 一种适于脑控的智能家居仿真实验系统 (Intelligent home simulation experiment system suitable for brain control ) 是由 刘新玉 谢行 程璐璐 杨扬 桑帅 高峰 胡明静 于 2020-05-29 设计创作，主要内容包括：本发明提供一种适于脑控的智能家居仿真实验系统,包括用于产生脑控数据信号的脑机接口装置、智能家居系统以及基于无线通讯协议的通讯设备,脑机接口装置借助通讯设备向智能家居系统传输脑控数据信号进行指令控制；智能家居系统包括用于接收脑控数据信号的控制模块以及与控制模块遥控连接的多个家用电器,每个家用电器均设有信号器,控制模块上设有针对每个家用电器的按键；指令控制包含单指令控制和多指令控制两种模式。本发明通过脑机接口装置、通讯设备对简易智能家居系统进行控制,克服了目前在实验室环境下进行脑控智能家居技术研究的局限性,并且具有价格低廉、易于实现的特点,同时也具有较高实验价值。(The invention provides an intelligent home simulation experiment system suitable for brain control, which comprises a brain-computer interface device used for generating brain control data signals, an intelligent home system and communication equipment based on a wireless communication protocol, wherein the brain-computer interface device transmits the brain control data signals to the intelligent home system by means of the communication equipment for command control; the intelligent home system comprises a control module for receiving brain control data signals and a plurality of household appliances remotely connected with the control module, wherein each household appliance is provided with a annunciator, and the control module is provided with a key for each household appliance; the instruction control comprises two modes of single instruction control and multi-instruction control. The simple intelligent home system is controlled through the computer interface device and the communication equipment, the limitation of the technical research of the computer-controlled intelligent home under the laboratory environment at present is overcome, and the computer-controlled intelligent home system has the characteristics of low price and easiness in realization and also has higher experimental value.)

1. The utility model provides a be suitable for intelligent house simulation experiment system of brain accuse which characterized in that: the intelligent home system comprises a brain-computer interface device (1) for generating brain control data signals, an intelligent home system (2) and communication equipment based on a wireless communication protocol, wherein the brain-computer interface device (1) transmits the brain control data signals to the intelligent home system (2) by means of the communication equipment for command control; the intelligent home system (2) comprises a control module (3) for receiving brain control data signals and a plurality of household appliances (4) connected with the control module (3) in a remote control mode, wherein each household appliance (4) is provided with a annunciator, and the control module (3) is provided with a key (6) aiming at each household appliance (4); the instruction control comprises a single instruction control mode and a multi-instruction control mode, and the single instruction control and the multi-instruction control mode are circularly switched through buttons arranged on the control module (3).

2. The smart home simulation experiment system suitable for brain control according to claim 1, wherein: when the experimental device is in a single-instruction control mode, switches of all household appliances (4) are controlled by the same instruction, indicator lamps (5) on the household appliances (4) are lighted circularly, and when the indicator lamps (5) of the household appliances (4) are in a lighted state, a control instruction is sent to control the household appliances to be turned on or turned off; when the experimental device is in a multi-instruction control mode, the opening and closing of all the household appliances (4) are controlled by stimulating corresponding keys (6) with different instructions, and the indicator lamps (5) on the household appliances (4) are lightened or extinguished along with the opening and closing of the household appliances (4).

3. The smart home simulation experiment system suitable for brain control according to claim 1, wherein: the brain control data signals are hexadecimal data, and when the command control is in a single command control mode, each household appliance (4) is turned on and off through the same hexadecimal data; when the command control is in a multi-command control mode, each household appliance (4) is turned on through different hexadecimal data and turned off through the same hexadecimal data.

4. The smart home simulation experiment system suitable for brain control according to claim 1, wherein: the annunciator is an indicator lamp (5) irrelevant to the working state of the household appliance (4).

5. The smart home simulation experiment system suitable for brain control according to claim 1, wherein: the communication equipment is a Bluetooth module, and the Bluetooth module comprises a data signal transmitter arranged on the brain-computer interface device (1) and a data signal receiver arranged on the control module (3).

Technical Field

The invention relates to the technical field of intelligent home, in particular to an intelligent home simulation experiment system suitable for brain control.

Background

Tens of thousands of incapacitating patients in the world not only lose the exercise ability, but also even cannot control conventional household appliances, the life cannot be self-managed, and people need to take care of the incapacitating patients all the time, so that the incapacitating patients become a serious social problem. Therefore, the improvement of the household equipment control capability of the disabled patients has great social significance. The brain-computer interface is one of the research hotspots in the field of human-computer interaction at present, and is also one of the potential technologies for improving the control capability of household equipment of a disabled patient. The control of home appliances using a brain-computer interface generally comprises three parts: signal acquisition, characteristic pattern recognition and terminal control. The control intention of the testee is proposed from the electroencephalogram signals, the intention is converted into a control instruction through a specific pattern recognition algorithm, and the control instruction is transmitted to the external equipment, so that the external equipment is controlled. However, the existing smart home environment is very expensive to build, and is not beneficial to technical research of a brain-controlled smart home system in a simulation laboratory environment, so that an intelligent home simulation experiment device suitable for brain control is urgently needed to promote the research of the brain-controlled smart home technology.

Disclosure of Invention

The invention provides an intelligent home simulation experiment system suitable for brain control aiming at the problems of incapacitating patients in controlling household equipment, overcomes the limitation of the technical research of the brain-controlled intelligent home under the simulation laboratory environment at present, and has the following specific scheme:

an intelligent home simulation experiment system suitable for brain control comprises a brain-computer interface device used for generating brain control data signals, an intelligent home system and communication equipment based on a wireless communication protocol, wherein the brain-computer interface device transmits the brain control data signals to the intelligent home system by means of the communication equipment for command control; the intelligent home system comprises a control module for receiving brain control data signals and a plurality of household appliances in remote control connection with the control module, wherein each household appliance is provided with a annunciator, and the control module is provided with a key for each household appliance; the instruction control comprises a single instruction control mode and a multi-instruction control mode, and the single instruction control and the multi-instruction control mode are circularly switched through buttons arranged on the control module.

Based on the above, when the experimental device is in the single-instruction control mode, the switches of all the household appliances are controlled by the same instruction, the indicator lamps on the household appliances are circularly turned on, and when the indicator lamps of the household appliances are in the turned-on state, the control instruction is sent to control the household appliances to be turned on or turned off; when the experimental device is in a multi-instruction control mode, the on and off of all household appliances are controlled by stimulating corresponding keys by different instructions, and indicator lights on the household appliances are lightened or extinguished along with the on and off of the household appliances.

Based on the above, the brain control data signal is hexadecimal data, and when the command control is in the single command control mode, each household appliance is turned on and off through the same hexadecimal data; when the command control is in a multi-command control mode, each household appliance is turned on through different hexadecimal data and turned off through the same hexadecimal data.

Based on the above, the annunciator is an indicator light irrelevant to the working state of the household appliance.

Based on the above, the communication device is a bluetooth module, and the bluetooth module includes a data signal transmitter disposed on the brain-computer interface device and a data signal receiver disposed on the control module.

Compared with the prior art, the invention has outstanding substantive characteristics and remarkable progress, and particularly has the following advantages:

the invention is based on the brain-computer interface technology, controls the simple intelligent home system through the brain-computer interface device and the communication equipment, overcomes the limitation of brain-controlled intelligent home technology research under the laboratory environment at present, has the characteristics of low price and easy realization, and simultaneously has higher experimental value.

Drawings

Fig. 1 is a usage scenario pattern diagram of the present invention.

Fig. 2 is a schematic structural diagram of the smart home system in the present invention.

Fig. 3 is a schematic view of a working state of the smart home system in the single-command control mode according to the present invention.

Fig. 4 is a schematic view of a working state of the smart home system in the multi-command control mode according to the present invention.

Fig. 5 is a control flow block diagram of the smart home system in the embodiment of the present invention.

Fig. 6 is a circuit diagram of an intelligent home system in an embodiment of the present invention.

In the figure: 1. a brain-computer interface device; 2. an intelligent home system; 3. a control module; 4. a household appliance; 5. an indicator light; 6. and (6) pressing a key.

Detailed Description

The technical solution of the present invention is further described in detail by the following embodiments.