Positive pressure air respirator mask with AI intelligent communication control function

Abstract

The application is suitable for the technical field of masks, and provides a mask with AI intelligent communication control function for positive pressure air respirator, which comprises a mask body and an AI intelligent communication assembly; a mounting hole for mounting the AI intelligent communication assembly is arranged on the surface of the mask body, the mounting hole is linked with the AI intelligent communication assembly, a receiver of the AI intelligent communication assembly is mounted on the AI intelligent communication assembly, a loudspeaker of the AI intelligent communication assembly is fixed on the AI intelligent communication assembly, the AI intelligent communication assembly is fixedly mounted on the mask body, the AI intelligent communication assembly is linked with a circuit board, the circuit board is linked with a battery, the AI intelligent communication assembly is provided with a communication card, the AI intelligent communication assembly is connected with a repeater through wireless signals, and the AI intelligent communication assembly is provided with a sound control assembly. The mask can effectively avoid the problems that the air respirator communication mask needs to press a button to complete communication intercom and communication, the sound quality is poor, and there is no blind area communication.

Description

Technical Field

[0001] This invention belongs to the technical field of positive pressure air respirator communication mask, and particularly relates to a mask with AI intelligent communication control function for positive pressure air respirators. Background Technology

[0002] The communication mask is a crucial piece of equipment in self-contained breathing apparatus (SCBA). Fire scenes are constantly changing, and firefighters and commanders continuously communicate and adjust firefighting and rescue plans during rescue operations. Every adjustment and deployment of a fire rescue plan relies on the communication mask. However, current SCBA communication systems use walkie-talkies, which, due to their inherent characteristics, result in cumbersome, heavy, and poor-quality operation of the communication mask. As a vital rescue communication component, excessive weight directly impacts firefighters' combat effectiveness and comfort, while poor communication quality affects the effectiveness of communication between firefighters, making it difficult for them to understand each other's intentions. Furthermore, current communication mask technology requires pressing a communication button to initiate communication, causing confusion and inconvenience for firefighters and hindering the entire rescue operation. How to solve the problems of bulkiness, cumbersome operation, and poor communication quality of positive pressure air respirator communication masks, and improve the performance of air respirator communication masks to enhance the rescue effectiveness of firefighters, is an urgent problem that we need to solve. Summary of the Invention

[0003] This invention provides a face mask with AI intelligent communication control function for positive pressure air respirators, aiming to solve the problem that communication requires manually pressing a button when using the communication function of existing positive pressure air respirator face masks.

[0004] This invention is implemented as follows: a face mask with AI intelligent communication control function for a positive pressure air respirator includes a face mask body and an AI intelligent communication component; the surface of the face mask body has a mounting hole for mounting the AI ​​intelligent communication component, the mounting hole is connected to the AI ​​intelligent communication component, the receiver of the AI ​​intelligent communication component is mounted on the AI ​​intelligent communication component, the loudspeaker of the AI ​​intelligent communication component is fixed on the AI ​​intelligent communication component, the AI ​​intelligent communication component is fixedly mounted on the face mask body, the AI ​​intelligent communication component is connected to a circuit board, and the circuit board is connected to a battery. The AI ​​intelligent communication component includes a communication card, connects to a repeater via wireless signal, includes a voice control component, has detachable mounting threads between the AI ​​intelligent communication component and the receiver and amplifier, has a connection port between the AI ​​intelligent communication component and the walkie-talkie connection cable, and includes a head-mounted display. The voice control component is used for voice-controlled communication. The circuit board contains software programs that operate synchronously with the backend server software data. The backend server is used for signal connection at the network communication end.

[0005] Preferably, the communication of the AI ​​intelligent communication component is controlled by voice, and the voice control component is electrically connected to the receiver and the circuit board respectively.

[0006] Preferably, the AI ​​intelligent communication component is equipped with an AI intelligent communication system, the software program controls the AI ​​intelligent communication system according to electrical signals, the AI ​​intelligent communication system is wirelessly linked to the backend server and the repeater signal, and the AI ​​intelligent communication system is equipped with a multi-person online real-time communication module.

[0007] Preferably, the head-mounted display includes a display screen and a camera. The data displayed by the head-mounted display is exchanged via the circuit board. The data displayed by the head-mounted display is linked by the circuit board via point signals. The head-mounted display is equipped with a gas cylinder pressure gauge, a temperature display, and an alarm. The gas cylinder pressure gauge, the temperature display, and the alarm are all installed inside the mask.

[0008] Preferably, the AI ​​intelligent communication component is equipped with a wireless communication module, wherein the AI ​​intelligent communication component establishes a signal link with the signal repeater during wireless communication.

[0009] Preferably, the AI ​​intelligent communication component connects to the head-mounted display and the back-end server, and the back-end server obtains the card number of the communication card to realize user networking.

[0010] Preferably, the AI ​​intelligent communication component is powered by a battery, and the battery is equipped with a charging interface.

[0011] Preferably, the AI ​​intelligent communication component is equipped with a main power switch, which is used to turn the mask on and off.

[0012] Preferably, the AI ​​intelligent communication system adopts a two-way communication method.

[0013] Preferably, the AI ​​intelligent communication system uses voice control to open or close the intercom function of the mask.

[0014] Preferably, the mask has a card slot, and the communication card is installed in the card slot.

[0015] Preferably, the repeater is linked to the circuit board and the software program respectively, and the repeater is disposed on the mask.

[0016] Preferably, the AI ​​intelligent communication component is equipped with a speaker, the receiver is connected to the speaker through the circuit board, and the speaker works when the main power switch is turned on.

[0017] Preferably, the AI ​​intelligent communication system has a built-in signal transmitting antenna, which is connected to the base station or the repeater for signal transmission.

[0018] Compared with the prior art, the beneficial effects of this invention are: by employing a mask body and an AI intelligent communication component; a mounting hole for installing the AI ​​intelligent communication component is opened on the surface of the mask body, the mounting hole is connected to the AI ​​intelligent communication component, the receiver of the AI ​​intelligent communication component is installed on the AI ​​intelligent communication component, the loudspeaker of the AI ​​intelligent communication component is fixed on the AI ​​intelligent communication component, the AI ​​intelligent communication component is fixedly installed on the mask body, the AI ​​intelligent communication component is connected to the circuit board, the circuit board is connected to the battery, the AI ​​intelligent communication component is equipped with a communication card, and the AI ​​intelligent communication component is connected to a repeater via a wireless signal. The intelligent communication component includes a voice control component. The AI ​​intelligent communication component has detachable mounting threads between itself and the receiver and amplifier. A connection port is provided between the AI ​​intelligent communication component and the walkie-talkie connection cable. The AI ​​intelligent communication component also includes a head-mounted display. The voice control component is used for voice-controlled communication. The circuit board contains software programs that operate synchronously with the backend server software. The backend server is used for signal connection to the communication terminals within the network. This solution addresses the problems of limited communication functionality and cumbersome operation associated with existing positive pressure air respirators, which require manually pressing a communication button to initiate communication. Attached Figure Description

[0019] Figure 1This is a schematic diagram of the structure of the present invention;

[0020] Figure 2 This is a schematic diagram of the structure during assembly of the present invention;

[0021] Figure 3 This is a schematic diagram of the external structure of the breathing mask with AI intelligent communication control function of the present invention.

[0022] In the diagram: 1-Main body of the mask, 2-AI intelligent communication component, 3-Mounting hole, 4-Receiver, 6-Circuit board, 7-Battery, 8-Communication card, 9-Repeater, 10-Walkie-talkie connection cable, 11-Connection port, 12-Voice control component, 13-Software program, 14-Headseter, 15-Card slot, 16-Backend server, 17-Walkie-talkie, 18-Main power switch, 19-Speaker. Detailed Implementation

[0023] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative and not intended to limit the invention.

[0024] Figure 1 This is a schematic diagram of the structure of the present invention. Figure 2 This is a schematic diagram of the structure during assembly of the present invention. Figure 3 This is a schematic diagram of the external structure of the air-breathing mask with AI intelligent communication control function according to the present invention. Please refer to [link / reference]. Figure 1-3 This invention provides a face mask with AI intelligent communication control function for a positive pressure air respirator, including a face mask body 1 and an AI intelligent communication component 2; the surface of the face mask body 1 has a mounting hole 3 for mounting the AI ​​intelligent communication component 2, the mounting hole 3 is connected to the AI ​​intelligent communication component 2, the receiver 4 of the AI ​​intelligent communication component 2 is mounted on the AI ​​intelligent communication component 2, the loudspeaker 5 of the AI ​​intelligent communication component 2 is fixed on the AI ​​intelligent communication component 2, the AI ​​intelligent communication component 2 is fixedly mounted on the face mask body 1, the AI ​​intelligent communication component 2 is connected to a circuit board 6, the circuit board 6 is connected to a battery 7, and the AI ​​intelligent communication component 2 is equipped with... The communication card 8, AI intelligent communication component 2, and repeater 9 are connected wirelessly. The AI ​​intelligent communication component 2 is equipped with a voice control component 12. The AI ​​intelligent communication component 2 is connected to the receiver 4 and the loudspeaker 5 with a detachable mounting thread. The AI ​​intelligent communication component 2 is connected to the walkie-talkie 17 with a connecting cable 10 with a connection port 11. The AI ​​intelligent communication component 2 is equipped with a head-mounted display 14. The AI ​​intelligent communication component 2 is equipped with a voice control component 12, which is used to control communication by voice. The circuit board 6 is equipped with a software program 13, which operates synchronously with the software data of the backend server 16. The backend server 16 is used for signal connection of the communication terminal within the network.

[0025] The AI ​​intelligent communication component 2 uses voice control for communication. The voice control component 12 is connected to the receiver 4 and the circuit board 6 by electrical signals.

[0026] AI intelligent communication component 2 is equipped with an AI intelligent communication system. The software program 13 controls the AI ​​intelligent communication system based on electrical signals. The AI ​​intelligent communication system uses wireless signal linking with the backend server 16 and repeater 9. The AI ​​intelligent communication system is equipped with a multi-person online real-time communication module.

[0027] The head-mounted display 14 includes a display screen and a camera. The data displayed by the head-mounted display 14 is exchanged via the circuit board 6. The data displayed by the head-mounted display 14 is linked via point signals via the circuit board 6. The head-mounted display 14 is equipped with a gas cylinder pressure gauge, a temperature display, and an alarm. The gas cylinder pressure gauge, temperature display, and alarm are all installed inside the mask.

[0028] AI intelligent communication component 2 is equipped with a wireless communication module, in which AI intelligent communication component 2 establishes a signal link with signal repeater 9 during wireless communication.

[0029] The AI ​​intelligent communication component 2 connects with the head-mounted display 14 and the back-end server 16. The back-end server 16 obtains the card number of the communication card 8 to enable user networking.

[0030] The AI ​​intelligent communication component 2 is powered by battery 7, which has a charging interface.

[0031] The AI ​​intelligent communication component 2 is equipped with a main power switch 18, which is used to turn the mask on and off.

[0032] The AI ​​intelligent communication system adopts a two-way communication method, using voice control to open or close the intercom on the mask.

[0033] The mask has a card slot 15, and the communication card 8 is installed in the card slot 15.

[0034] Repeater 9 is connected to circuit board 6 and software program 13 respectively, and repeater 9 is located on the mask.

[0035] The AI ​​intelligent communication component 2 is equipped with a speaker 19. The receiver 4 is connected to the speaker 19 through the circuit board 6. The speaker 19 works when the main power switch 18 is turned on.

[0036] The AI ​​intelligent communication system has a built-in signal transmitting antenna, which is connected to the base station or repeater 9 for signal transmission.

[0037] As can be seen, by providing an AI intelligent communication component 2 for communication on the main body 1 of the mask, the AI ​​intelligent communication component 2 is independently designed and installed on the main body 1 of the mask. The communication function of the AI ​​intelligent communication component 2 adopts a dual-mode communication function design, which has the dual functions of walkie-talkie communication and wireless communication. The AI ​​intelligent communication component 2 is designed with voice control operation function, and can be operated in the background when grouping. The background server 16 can realize multi-level network management. The communication mask is also designed with a repeater 9 function, which can provide signal link support between communication units in the network in the absence of signal blind spots. The communication mask is designed with a repeater 9 signal transmission link function. The AI ​​intelligent communication mask, through its built-in repeater 9 function, can receive signals from upstream base stations and provide relay and transmission links for communication signals between users in the network.

[0038] Air respirators are existing technology and have respiratory protection functions, so they will not be described in detail here.

[0039] The device employs a dual-communication system: a walkie-talkie and a wireless communication system. To use, a communication SIM card is inserted beforehand, the communication mask's power switch is turned on, and pairing is performed via the backend's pairing function. A "beep" sound indicates successful pairing, at which point a green light illuminates. The user then dons the communication mask, and its communication function begins. When the user needs to communicate with other members, they can call the designated recipient according to the settings. The AI ​​intelligent voice communication system will automatically connect the call and emit a "beep" sound to indicate the connection is complete and the call has begun. To disable the communication function, the user can use voice commands to notify the AI ​​intelligent voice communication system to deactivate the function, ending the call. To make another call, simply repeat the above steps. When using voice control, users do not need to press the communication button; they can directly communicate with the AI ​​intelligent voice communication system using their voice. When adding or removing personnel from a group, groups and personnel can be added or deleted directly in the background. When switching to walkie-talkie communication, first tune the walkie-talkie to the correct channel. The user inserts one end of the walkie-talkie cable into the communication port on the communication mask, and connects the other end of the cable to the walkie-talkie. To communicate, use the voice control function to switch to and activate the walkie-talkie's intercom function, and begin speaking. Repeat this process until the entire call is complete. Using AI intelligent voice control effectively solves the problem of needing to press and hold a button to communicate during intercom.

[0040] In this embodiment, the mounting hole 3, receiver 4, circuit board 6, battery 8, communication card 8, repeater 9, voice control component 12, and card slot 15 are all integrated with the AI ​​intelligent communication component. The circuit units of each communication function are all connected to the circuit board 6. The AI ​​intelligent communication component 2 and the walkie-talkie 17 are designed with a walkie-talkie connection cable 10 and a connection port 11. When using walkie-talkie communication, the walkie-talkie connection cable 10 needs to be connected. When making a call, the user uses voice control to activate the communication button. After activation, the user will hear a "beep" sound, and the user can then make a call. The AI ​​intelligent voice control function consists of the circuit board 6, receiver 4, battery 7, communication card 8, voice control component 12, software program 13, head-mounted display 14, and card slot 15. The AI ​​intelligent communication part is written with software program 13. The entire AI intelligent communication system is connected to the backend server 16 via electrical signals. When using wireless communication, the communication connection can be turned on and off via voice. To enable two-way communication, the user needs to use voice to activate and select the communication method. If the user does not request to activate the intercom function, they can only receive calls and cannot initiate conversations. Once the communication function is activated, the initiator and receiver can engage in real-time two-way communication. The speaker 19 on the AI ​​intelligent communication component 2 of the communication mask operates with the receiver 4 and circuit board 6 connected to it. The speaker 19 operates when the main power switch 18 is turned on. The speaker 19 can amplify both intercom voice and the user's spoken voice. When a conversation occurs, speaker 19 prioritizes playing the other party's voice. When there is no conversation, speaker 19 functions as a mask-mounted loudspeaker. Circuit board 6 contains a volume control chip, communication electronic components, and a working circuit chip, constituting AI intelligent functionality. During normal communication, the signal is provided by the base station. If the signal is weak, repeater 9 designed on the communication mask 1 provides signal relay and transmission links. Repeater 9 can establish signal links with both the base station signal and the communication mask unit. Repeater 9 serves as an upstream signal receiver and a signal relay and transmission link between downstream networking units. If it is necessary to increase or decrease the number of communication networking units, this can be done in the background 16. Software program 13 can adopt existing designs, which will not be elaborated further here.

[0041] The voice control component 12 is connected to the circuit board 6, the receiver 4, the repeater 9, and the battery 7, and the power is provided by the battery 7.

[0042] The voice control component 12 is located on the circuit board 6. It has AI intelligent control function, which can switch the communication mode through voice and emit a "beep" prompt tone. Its intelligent communication and voice control have a voice control chip to support the realization of intelligent control function.

[0043] The face mask of the present invention adopts a dual-mode communication function, that is, it has two communication functions: 4G and 5G wireless communication function and traditional walkie-talkie communication function. When using walkie-talkie 17 for communication, there is no need to press a button to communicate. The original method of pressing a manual button when communicating with walkie-talkie 17 is replaced by voice control to turn the communication on and off, replacing the design of pressing a button to turn the communication on and off with voice control.

[0044] To avoid signal interference during mask communication, the wireless communication link will be automatically disconnected when using walkie-talkie communication. When the walkie-talkie link is disconnected, the wireless communication function will resume operation.

[0045] The communication mask is designed with signal receiving and relay functions. When the signal is poor during communication, the repeater 9 on the communication mask 1 provides the relay and transmission link for the communication signal. The repeater 9 serves as the upstream signal receiver and the signal relay and transmission between downstream networking units.

[0046] The speaker 19 on the communication mask, the receiver 4 and the circuit board 6 are connected to the speaker 19. The speaker 19 works when the main power switch 18 is turned on. The speaker 19 can amplify both the voice of the communication intercom and the voice of the user. When the two parties are talking, the speaker 19 will play the other party's voice first. When there is no intercom, the speaker 19 is used as a mask loudspeaker.

[0047] The working principle and usage process of this invention: After installation, the AI ​​intelligent communication component is mounted on the main body of the mask through the mounting holes, thus forming a positive pressure air respirator mask with AI intelligent communication control function. The AI ​​intelligent voice control function involves a circuit board and receiver, battery, communication card, voice control component, software program, head-mounted display, card slot, speaker, etc. The AI ​​intelligent communication part has software written into it. The entire AI intelligent communication system is connected to the backend server via electrical signals. When using wireless communication, the communication connection can be controlled to open and close via voice. The circuit board contains a voice control chip, communication electronic components, and working circuit chips that constitute the AI ​​intelligent function. With the adoption of an AI intelligent dual-mode communication function design, it offers an additional communication mode selection and enables voice switching between two communication modes. For example, when selecting wireless communication, the user only needs to say "Enable wireless communication mode" to automatically switch the AI ​​intelligent communication mask to wireless communication mode. To disconnect wireless communication, say "Disconnect communication." To use walkie-talkie communication, the user only needs to say "Enable walkie-talkie communication mode" to activate the AI ​​intelligent communication mask. The cover will automatically switch to walkie-talkie communication mode. After switching, walkie-talkie communication can be carried out. To end the communication, say "close communication". At this time, the communication will end with a "beep" sound. The speaker will emit a sound through voice control. This eliminates the need to press a button to communicate when using a walkie-talkie. The original method of pressing a manual button to transmit the message has been replaced by voice control to turn the message on and off. AI voice control replaces the manual button design for turning the message on and off. In addition to the AI ​​voice control function, unit grouping and other functions are also designed in the background. The multi-level grouping and hierarchical management function not only enhances the technological level of the air respirator communication mask, but also effectively solves the problem that users need to press the intercom button to communicate when using a walkie-talkie. By using AI intelligent voice control technology, it solves the drawback of existing communication masks that only allow communication via walkie-talkie and require pressing the intercom button to communicate. With the support of dual-mode and AI voice functions, the communication mask technology of the air respirator is no longer outdated, it is more convenient to use, has stronger communication capabilities, and is more effective in rescue operations.

[0048] The beneficial effects of this embodiment are as follows: It employs a face mask body and an AI intelligent communication component; the face mask body has a mounting hole on its surface for installing the AI ​​intelligent communication component, the mounting hole is connected to the AI ​​intelligent communication component, the receiver of the AI ​​intelligent communication component is installed on the AI ​​intelligent communication component, the loudspeaker of the AI ​​intelligent communication component is fixed on the AI ​​intelligent communication component, the AI ​​intelligent communication component is fixedly installed on the face mask body, the AI ​​intelligent communication component is connected to a circuit board, the circuit board is connected to a battery, the AI ​​intelligent communication component has a communication card, and the AI ​​intelligent communication component is connected to a repeater via a wireless signal. The communication component includes a voice control component. The AI ​​intelligent communication component has detachable mounting threads between itself and the receiver and amplifier. A connection port is provided between the AI ​​intelligent communication component and the walkie-talkie connection cable. The AI ​​intelligent communication component also includes a head-mounted display. The voice control component is used for voice-controlled communication. The circuit board contains software programs that operate synchronously with the backend server software. The backend server is used for signal connection to the communication terminals within the network. This solution addresses the problems of limited communication functionality and cumbersome operation associated with existing positive-pressure air respirators, which require manually pressing a communication button to initiate communication.

[0049] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, and improvements made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. A face mask with AI intelligent communication control function for a positive pressure air respirator, characterized in that: It includes the main body of the mask (1) and the AI ​​intelligent communication component (2); The mask body (1) has a mounting hole (3) for mounting the AI ​​intelligent communication component (2) on its surface. The mounting hole (3) is connected to the AI ​​intelligent communication component (2). The receiver (4) of the AI ​​intelligent communication component (2) is mounted on the AI ​​intelligent communication component (2). The loudspeaker (5) of the AI ​​intelligent communication component (2) is fixed on the AI ​​intelligent communication component (2). The AI ​​intelligent communication component (2) is fixedly mounted on the mask body (1). The AI ​​intelligent communication component (2) is connected to the circuit board (6). The circuit board (6) is connected to the battery (7). The AI ​​intelligent communication component (2) is equipped with a communication card (8). The AI ​​intelligent communication component (2) is connected to the repeater (9) via a wireless signal. The AI ​​intelligent communication component (2) is equipped with a voice control component (12). The AI ​​intelligent communication component (2) is provided with a detachable mounting thread between the receiver (4) and the loudspeaker (5). The AI ​​intelligent communication component (2) is provided with a connection port (11) between the connection line (10) of the walkie-talkie (17). The AI ​​intelligent communication component (2) is equipped with a head-mounted display (14). The AI ​​intelligent communication component (2) is equipped with a voice control component (12), which is used to control communication by voice. The circuit board (6) is equipped with a software program (13), which operates synchronously with the software data of the back-end server (16). The back-end server (16) is used for signal connection of the network communication terminal. The AI ​​intelligent communication component (2) uses voice control for communication, and the voice control component (12) is connected to the receiver (4) and the circuit board (6) via electrical signals. The AI ​​intelligent communication component (2) is equipped with an AI intelligent communication system. The software program (13) controls the AI ​​intelligent communication system according to the electrical signal. The AI ​​intelligent communication system is wirelessly connected to the back-end server (16) and the repeater (9). The AI ​​intelligent communication system is equipped with a multi-person online real-time communication module.

2. The face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: When the walkie-talkie (17) is connected to the switching link, the communication link of the communication card (8) is automatically disconnected. When the walkie-talkie (17) is disconnected, the communication function of the communication card (8) is restored.

3. The mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The head-mounted display (14) includes a display screen and a camera. The data displayed by the head-mounted display (14) is exchanged by the circuit board (6) through data exchange. The data displayed by the head-mounted display (14) is linked by the circuit board (6) through point signals. The head-mounted display (14) is equipped with a gas cylinder pressure gauge, a temperature display and an alarm. The gas cylinder pressure gauge, the temperature display and the alarm are all installed inside the mask.

4. The face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The AI ​​intelligent communication component (2) is equipped with a wireless communication module, wherein the AI ​​intelligent communication component (2) establishes a signal link with the signal repeater (9) during wireless communication.

5. A face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The AI ​​intelligent communication component (2) is connected to the head-mounted display (14) and the back-end server (16), and the back-end server (16) obtains the card number of the communication card (8) to realize user networking.

6. The face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The AI ​​intelligent communication component (2) is powered by a battery (7), which has a charging interface.

7. A face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The AI ​​intelligent communication component (2) is equipped with a main power switch (18), which is used to turn the mask communication function on and off.

8. The face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The AI ​​intelligent communication system adopts a two-way communication method.

9. The mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The AI ​​intelligent communication system uses voice control to open or close the intercom on the mask.

10. The face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The mask has a card slot (15), and the communication card (8) is installed in the card slot (15).

11. The face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The repeater (9) is connected to the circuit board (6) and the software program (13) respectively, and the repeater (9) is located on the mask.

12. The face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The AI ​​intelligent communication component (2) is equipped with a speaker (19). The receiver (4) is connected to the speaker (19) through the circuit board (6). The speaker (19) works when the main power switch (18) is turned on.

13. The face mask with AI intelligent communication control function for a positive pressure air respirator as described in claim 1, characterized in that: The AI ​​intelligent communication system has a built-in signal transmitting antenna, which is connected to the base station or the repeater (9) for signal transmission.

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