CN202920607U - Sauna room or far infrared light wave room - Google Patents

Abstract

The utility model provides a sauna room or far infrared light wave room, includes sauna room or far infrared light wave room and main control unit thereof, the electric capacity touch button of being connected with main control unit's input to and the liquid crystal display who is connected with main control unit's output, characterized by still includes voice module and wireless signal and receives the ware, and wherein voice module includes voice command control module and the voice command prompt module of being connected with main control unit's input and output respectively, and wireless signal receives the ware and is connected with main control unit's input. The utility model discloses novel structure is reasonable, control the convenience, and the user only needs to carry out simple operation can realize the function conversion in sauna room or the light wave room, easily enjoys the convenience that science and technology brought for the life, can effectively promote user's satisfaction.

Description

Sauna room or far infrared light wave room

technical field

The utility model relates to a sauna room or a far-infrared light wave room, which belongs to the technical field of sauna rooms or light wave rooms for health care purposes.

Background technique

With the improvement of people's living standards, leisure and relaxation equipment such as sauna rooms or light wave rooms have become more and more popular. At present, a control device is generally provided in a sauna room or a light wave room, through which it is convenient for people to control the temperature in the sauna room or light wave room, and additional functions such as music and broadcasting. Existing sauna rooms or light wave rooms basically do not use remote control technology. When people need to adjust the functions in the sauna room or light wave room, it is very troublesome to get up and adjust. Furthermore, although some control devices also adopt infrared remote control technology, this infrared remote control technology has a directional limitation of control, and is easily subject to other electromagnetic interference during use, which is very inconvenient to use. Chinese Patent Document No. CN201707573U disclosed on January 12, 2011 a remote control system for a sauna room, comprising a control device, the control device is provided with a single-chip microcomputer, a display chip and a digital display tube, the single-chip microcomputer and the display The chip is connected, the display chip is connected with the digital display tube, and it also includes a remote controller and a wireless receiver, the wireless receiver is connected with the single-chip microcomputer, and the remote controller and the wireless receiver perform wireless communication connection. It is said that due to the use of wireless communication connection, the communication effect is good, and it will not be affected by electromagnetic interference, and it is very convenient for people to adjust the temperature in the sauna room. However, this design scheme can only be controlled by a remote controller, which is not convenient enough and can only be adjusted for temperature. Therefore, it is necessary to make further improvements.

Utility model content

The purpose of the utility model is to provide a sauna room or a far-infrared light wave room with novel and reasonable structure, convenient control and comfortable use, so as to overcome the deficiencies in the prior art.

A sauna room or far-infrared light-wave room designed according to this purpose, including a sauna room or a far-infrared light-wave room and its main control unit, a capacitive touch button connected to the input end of the main control unit, and an output end connected to the main control unit The connected liquid crystal display is characterized in that it also includes a voice module and a wireless signal transmitter, wherein the voice module includes a voice command control module and a voice command prompt module connected to the input and output ends of the main control unit respectively, and the wireless signal interface The transmitter is connected to the input terminal of the main control unit.

The voice module also includes a voice command pre-memory for storing fixed voice information and control command information; the voice module is an independent control module, and the voice module and the main control unit are electrically connected through a standard TTL serial port or an I2C bus communication through a specific data transmission protocol to achieve the specified voice control and voice prompt functions.

The outside of the voice module is also electrically connected with a voice activation switch, the voice activation switch is a capacitive proximity sensor or an infrared human body sensor; the sensing distance of the voice activation switch is 0-3m, when someone approaches the output "1" high Ping, wake up the voice module; no one is close to the output "0" low level, the voice module enters sleep mode.

The wireless signal transceiver receives mobile phone control instructions through WIFI network, 3G network or bluetooth or infrared transmission, and is electrically connected to the input end of the main control unit through a standard TTL serial port or I2C bus.

The input end and the output end of the main control unit are respectively connected with a control circuit and a detection circuit, wherein the detection circuit is connected with a door switch detection, a temperature sensor, and a human body induction switch.

The utility model has a novel and reasonable structure and is easy to operate. Users only need to perform simple operations to realize the function conversion in the sauna room or the light wave room, easily enjoy the convenience brought by technology to life, and can effectively improve user satisfaction.

Description of drawings

Fig. 1 is a system framework diagram of the present utility model;

Fig. 2 is the operation schematic diagram of the voice command control module of the present utility model;

Fig. 3 is the operating principle diagram of the voice instruction prompt module of the present utility model;

Fig. 4 is the voice control flowchart of the present utility model;

Fig. 5 is a flow chart of the voice instruction of the present invention.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is described further.

Referring to Fig. 1, a kind of sauna room or far-infrared light-wave room, comprises sauna room or far-infrared light-wave room and its main control unit 7, the capacitive touch button 9 that is connected with the input terminal of main control unit 7, and the main control unit 7 The liquid crystal display screen 8 connected to the output end of the LCD also includes a voice module 1 and a wireless signal transmitter 10 .

Voice module 1 comprises the voice command control module 2 and the voice command prompt module 3 that are connected with the input end and the output end of main control unit 7 respectively, also includes the voice command pre-memory 4 of storing fixed voice information and control command information; Voice module 1 is an independent control module, and the voice module 1 communicates with the main control unit 7 through a standard TTL serial port or an I2C bus electrical connection, and realizes specified voice control and voice prompt functions through a specific data transmission protocol. The outside of the voice module 1 is also electrically connected with a voice activation switch 11, the voice activation switch 11 is a capacitive proximity sensor or an infrared human body sensor; the sensing distance of the voice activation switch 11 is 0-3m, and the default setting of the present embodiment is 1.5m. When someone is close to the output "1" high level, the voice module 1 is awakened; when no one is close to the output "0" low level, the voice module 1 enters sleep mode.

The wireless signal transceiver 10 receives mobile phone control commands through WIFI network, 3G network or bluetooth or infrared transmission, and is electrically connected to the input end of the main control unit 7 through a standard TTL serial port or I2C bus.

The input end and the output end of the main control unit 7 are also respectively connected with a control circuit 5 and a detection circuit 6, wherein the detection circuit 6 is connected with a door switch detection, a temperature sensor, and a human body induction switch; the control circuit 5 is connected with an infrared electric heating plate (for light wave room)/electric heating tube (for sauna room), lamp tube (reading light, colorful light, eave light), exhaust fan and other devices, by executing the control instructions on the main control unit 7, the light wave room/sauna room can be controlled Control setting of working temperature, working time, working power, and control of additional functions such as music and radio.

Referring to Fig. 2-Fig. 5, a control method of a sauna room or a far-infrared light wave room, the control modes include capacitive touch button mode, voice mode and mobile phone remote mode.

Capacitive touch key mode includes the following steps:

1) The user issues a control command by pressing the capacitive touch button 8; 2) The main control unit 7 converts the control command into a digital command; 3) Determines whether the user is within the sensing range of the voice activation switch 11; 4) If so, the voice Command prompt module 3 transfers the corresponding control command content of voice command pre-memory 4, loudspeaker 3.4 plays corresponding prompt voice, and executes step 5 simultaneously; If not, then executes step 5; 5) liquid crystal display 8 displays corresponding prompt operation, controls The circuit 5 executes corresponding control instructions.

Speech mode consists of the following steps:

1) The user issues control commands through fixed voice commands; rely on fixed voice commands to control the functions of the sauna room or light wave room, such as "start", "shut down", "setting → temperature setting → 50°C", "play video" , "Start the radio" and so on; 2) judge whether the user is within the sensing range of the voice activation switch 11; If not, return to step 1; 4) If the similarity reaches the threshold F, then enter step 5; if the similarity does not reach the threshold F, return to step 1; 5) Output the digital command 2.5 Transfer to the main control unit 7 to determine whether the user is within the sensing range of the voice activation switch 11; 6) If so, the voice command prompt module 3 calls the corresponding control command content of the voice command pre-memory 4; if not, then return to step 1 ; 7) The speaker 3.4 plays the corresponding prompt voice, the liquid crystal display 8 displays the corresponding prompt operation at the same time, and the control circuit 5 executes the corresponding control command.

The mobile phone remote mode includes the following steps:

1) The user sends a control command remotely through the mobile phone; 2) Through the door detection switch on the detection circuit 5, it is detected whether the door of the sauna room or the far-infrared light wave room is open or closed; 3) If the door is closed, the wireless signal is sent and received The device 10 receives and transmits the control command to the main control unit 7; if not, return to step 1, and at the same time the mobile phone receives the out-of-control feedback information; 4) the main control unit 7 converts the control command into a digital command; 5) judges whether the user Within the sensing range of the voice activation switch 11; 6) if so, the voice command prompt module 3 calls the corresponding control command content of the voice command pre-memory 4, the speaker 3.4 plays the corresponding prompt voice, and executes step 5 simultaneously; if not, then executes Step 5; 7) The liquid crystal display 8 displays corresponding prompt operations, and the control circuit 5 executes corresponding control instructions.

Voice command control module 2 passes the received voice control command through microphone 2.1, audio processing circuit 2.2, voice recognition unit 2.3 and comparison controller 2.4 successively, and compares similar with the fixed command of voice command pre-memory 4 in comparison controller 2.4 The control command that reaches the threshold F is transmitted to the main control unit with the digital command output 2.5.

The voice command prompt module 3 inputs the digital command output 3.1 of the main control unit 7 after the command processing unit 3.2, calls the corresponding control command of the voice command pre-memory 4, and sends a prompt voice after the audio output control circuit 3.3 and the loudspeaker 3.4; voice The instruction prompt module 3 is also provided with a fixed automatic prompt voice, such as an automatic prompt of "5 minutes of remaining use time" when taking a sauna.

Claims (5)

1. A sauna room or a far-infrared light wave room, including a sauna room or a far-infrared light wave room and its main control unit (7), a capacitive touch button (9) connected to the input end of the main control unit, and a The liquid crystal display screen (8) connected to the output terminal of the main control unit is characterized in that it also includes a voice module (1) and a wireless signal transmitter (10), wherein the voice module includes a voice module connected to the input terminal and output terminal of the main control unit The command control module (2), the voice command prompt module (3), and the wireless signal transmitter are connected to the input end of the main control unit. 2. The sauna room or far-infrared light wave room according to claim 1, characterized in that the voice module (1) also includes a voice command pre-memory (4) for storing fixed voice information and control command information; the voice module It is an independent control module. The voice module communicates with the main control unit (7) through a standard TTL serial port or I2C bus electrical connection, and realizes specified voice control and voice prompt functions through a specific data transmission protocol. 3. The sauna room or far-infrared light wave room according to claim 1 or 2, characterized in that a voice activation switch (11) is electrically connected to the outside of the voice module (1), and the voice activation switch is a capacitive proximity sensor or Infrared human body sensor; the sensing distance of the voice start switch is 0-3m, when someone is close to the output "1" high level, wake up the voice module; when no one is close to the output "0" low level, the voice module enters sleep mode. 4. The sauna room or far-infrared light wave room according to claim 3, characterized in that the wireless signal transceiver (10) receives the mobile phone control command through the WIFI network, 3G network or Bluetooth, and infrared transmission, and passes the standard The TTL serial port or the I2C bus is electrically connected to the input terminal of the main control unit (7). 5. The sauna room or the far-infrared light wave room according to claim 4, characterized in that the input end and the output end of the main control unit (7) are also respectively connected with a control circuit (5) and a detection circuit (6), wherein The detection circuit is connected with a door switch detection, a temperature sensor, and a human body induction switch.

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