Alarm platform interacting with artificial intelligence AI and connection method

Abstract

The invention relates to the field of rescue notification, in particular to an alarm platform interacting with artificial intelligence AI, which comprises an input interface end, a core cloud server, an output interface end and a client official account, an Internet port and a protocol conversion unit are arranged in the input interface end, messages of other ends are obtained through the Internet port, and the messages are converted into a standard communication protocol through the protocol conversion unit and then sent to the core cloud server; the core cloud server reads corresponding client information in the official account of the client according to the unique code in the standard communication protocol; the output interface end comprises a WeChat, short message and telephone dial-out interface end; respectively pushing the information to the specified objects; when the client opens the notification platform, the client pays attention to the specified official account by using a mobile phone to transmit related information; each AI platform is used for judging whether a user has an alarm demand or not, speaking the alarm type at the moment, and notifying the alarm platform through the Internet; the alarm platform is set to notify a specified object through WeChat, short messages and calls according to an official account of a client information base.

Description

Technical Field

[0001] The present invention relates to the technical field of rescue notification, and in particular to an alarm platform and a connection method for interacting with artificial intelligence (AI). Background Art

[0002] There are many kinds of rescue notification devices, such as mobile phones, watches, bracelets, Bluetooth headsets, power banks, tags and remote controls, but they all need to be operated by hand. Often when rescue is needed, hands are not convenient to operate. Not only can you not make a call, you can't even press a simple SOS button. Therefore, the present invention uses AI technology to enable devices that can directly communicate with the Internet, such as smart phones, smart card watches, or smart AI headsets, smart AI dolls, smart rings, smart AI speakers and smart power banks connected via Bluetooth and Wi-Fi. After they can communicate with the Internet, you can use voice to ask for help. Only one conversation is needed to alarm and transmit information to the user and the designated object, which can ensure that the rescue notification is successful and they get care in time. Summary of the invention

[0003] The present invention relates to the technical field of rescue notification, and specifically to an alarm platform that interacts with artificial intelligence (AI), wherein the characteristic alarm platform comprises a cloud server input interface, a core cloud server, a cloud server output interface, and a client information library public account; the cloud server input interface contains an Internet port and a protocol conversion unit, and uses the Internet port to obtain information from other ends of the Internet, wherein the other ends at least include Doubao, Wenxin Yiyan of Baidu, Tencent Yuanbao of Tencent, Tiangong AI, Yuewen, Zhipu Qingyan, iFlytek Spark, Baixiaoying and Tongyi Qianwen developed by Jieyuexingchen; the information is converted into a standard communication protocol by the protocol conversion unit and then given to the core cloud server; the core cloud server The customer information of the corresponding IMEI unique code in the public account of the client information library is read according to the IMEI unique code in the standard communication protocol; the output interface of the cloud server includes a WeChat output interface, a text message output interface and a telephone dialing interface; the information is pushed separately so that the designated object receives WeChat, text message and phone call; the public account of the client information library, when the customer opens the notification platform, uses the mobile phone to follow the designated public account to transmit relevant information; each AI platform is used to determine whether the user has an alarm demand. When there is an alarm demand, the type of alarm is stated and the alarm platform is notified through the Internet; the alarm platform is set to notify the designated object by WeChat, text message and phone call according to the public account of the client information library.

[0004] One is the cloud server input interface: the cloud server input interface is connected to the core cloud server, between the Internet and the core cloud server; it is the front end of the alarm platform. From a hardware perspective, there are two types of cloud server input ports: RJ45 or fiber optic ports; the RJ45 interface is a common type of network interface, widely used in local area networks (LANs); the RJ45 interface is usually used for data transmission, and the most common application is the network card interface; its fastest speed is the maximum rate of the RJ45 interface, which can reach 10000Mbps (10Gbps); the maximum rate of the RJ45 interface depends on the supported network protocol and the capabilities of related equipment; it should be noted that the actual transmission speed may be affected by many factors, including network cable type, equipment performance, signal interference, etc.; the maximum transmission speed of the fiber optic port is a constantly evolving field, and with the emergence of new technologies, the transmission speed is also constantly improving; ordinary home optical fiber: the maximum transmission speed The transmission speed can reach more than 10Gbps; the maximum speed of a single optical fiber in the laboratory has reached 26Tbps; without upgrading the existing optical fiber infrastructure, the data transmission rate reaches 402Tb / s. The cost is related to the speed and region, and it can be used as long as it can meet the needs; from the software perspective, the input port of the cloud server is divided into different ports; the port is the interface for data transmission between the computer and other devices; it plays the role of a channel and gateway for data transmission; each process in the computer system has a corresponding port number, which is used to identify each process so that data can be correctly passed to the corresponding process; the information transmitted from the remote end can specify which group of ports to receive; in order to facilitate the management of the same type of information, the same port will be specified for reception; the cloud server input interface contains an Internet port and a protocol conversion unit, which converts different device protocols into standard protocols, making the core cloud server operation simple and smooth.

[0005] The second is the core cloud server: the core cloud server is between the cloud server input interface and the cloud server output interface, and is connected to the client information library public account; each group of cloud server input interface ends converts different device protocols into standard protocols through a protocol conversion unit, making the operation of the core cloud server simple and smooth; during the operation, the information in the client information library public account will be called.

[0006] The third is the cloud server output interface: the cloud server output interface is connected to the core cloud server. After the core cloud server converts the instruction information received by the cloud server input interface, the core cloud server controls the cloud server output interface to complete the instruction. The instruction is associated with the information in the client information library public account and the cloud server input interface.

[0007] The fourth is the client information library public account: the client information library public account is the information reserved by the customer before the event occurs, so that when the event occurs and the notification is made, the notified party can clearly know who needs support, what happened, and what kind of help is needed, so that the notified party can provide support in the most effective way. The client information library public account has one or more notified parties; one or more events occur; one or more help methods; and the notification methods include WeChat, SMS, SKYPE, LINE and telephone.

[0008] Among them, the preferred solution is that the notified objects can be notified in multiple ways, including WeChat, SMS, SKYPE, LINE and phone calls; WeChat, SMS, SKYPE and LINE can be dialed at the same time, and the phone calls can be dialed in sequence, which can be divided into the first one connected and stop, the second one connected and stop, the third one connected and stop, or all calls must be answered; if the first round of dialing fails to reach the target, the undialed object will be dialed again; if several dialings fail to reach the target, the cloud link method is used to notify manual dialing or notify the rider company to use manual rescue to arrive at the scene.

[0009] The present invention is a method for connecting an alarm platform that interacts with artificial intelligence (AI), and is characterized in that the connection method includes an alarm platform and an AI smart device; the AI ​​smart device includes a smart phone, a smart card watch, a smart AI headset, a smart AI doll, a smart ring, a smart AI speaker and a smart power bank; the AI ​​smart devices are divided into two categories, the first category is directly connectable to the Internet, such as a smart phone and a smart card watch; the second category needs to communicate with the Internet via other devices, such as a smart AI headset, a smart AI doll, a smart ring, a smart AI speaker and a smart power bank.

[0010] Among them, the preferred solution is to have a device that can be directly connected to the Internet, commonly a smart phone or a smart card watch; the smart phone can be installed with an APP, connected to the AI ​​platform, to request help by mobile phone or voice.

[0011] Among them, the preferred solution is that the smart card-inserting watch can be installed with an APP, connected to the AI ​​platform, and help can be requested manually or by voice.

[0012] Among them, the preferred solution is that the above-mentioned devices need to be connected to the Internet through other devices, and common ones include smart AI headphones, smart AI dolls, smart rings, smart AI speakers and smart power banks; after the above are connected to the Internet through Bluetooth or Wi-Fi and smart phones or Wi-Fi sharers, help can be sought by mobile phone or voice.

[0013] Among them, the preferred solution is that the voice help method is divided into the following stages: S1 Wake-up phase: Users can set a wake-up word, such as the last letter of their name, and call it twice in a row; for example, "Xiaochao" "Xiaochao"; S2 Wake-up response: The AI ​​intelligent device (200) responds “Master, I am here”; S3 Request for assistance: The user says "need service" or "need rescue"; S4 Rescue Required Response: AI smart device responds "Does the owner need service or rescue notification?" S5 Select service or rescue notification: the user says "need service" or "need rescue"; S6 performs service or rescue notification: connects to the alarm platform and performs service or rescue notification according to S5; S7 Voice seeking help: Live broadcast "I have connected to the alarm platform and notified relatives and friends, asking nearby people to assist or call the police; S8 Voice broadcast stop: The user does not need voice broadcast, just say "stop broadcast" to stop the broadcast.

[0014] Among them, the preferred solution is that it can be directly connected to the Internet. When there is no AI smart device (200) but an AI platform, the steps for first opening the AI ​​platform notification function are as follows: T1 Wake-up phase: Users can set a wake-up word, such as the last letter of their name, and call it twice in a row; for example, "Xiaochao" "Xiaochao"; T2 Wake-up response: The AI ​​smart device responds "Master, please tell me your eight-digit customer number"; T3 function is enabled: the user says "eight-digit customer number"; T4 Customer number confirmation: AI smart device responds "Master, please tell me the four-digit password"; T5 Enter password: The user says "four-digit password"; T6 Confirm password: If the password is correct, the AI ​​smart device responds "Open device-free connection" and goes to T8; T7: Enter the password again: If the password is incorrect, it will go to T4; T8: Open the device-free connection: After 60 minutes, it will go to T9. If it is not reached, it will stop at T8. T9 extension reminder: AI smart device responds to "whether the owner wants to extend the no-device connection mode"; T10 needs to be extended: if the user says "need to be extended", it will go back to T8; T11 Exit:: If there is no response from the user, then stop the device-free connection mode.

[0015] Among them, the preferred solution is that each AI platform determines whether the user has an alarm demand. If the user actively wakes up with voice and confirms with voice or the AI ​​platform determines that the user has an alarm demand and sends a query, the answer is yes or no response is considered to be an alarm demand.

[0016] Compared with the prior art, the beneficial effects of the present invention are: 1. Only voice conversation is required to request for rescue notification.

[0017] 2. Devices that need to be connected to the Internet include smart AI headsets, smart AI dolls, smart rings, smart AI speakers, and smart power banks. These devices can be connected to the Internet via Bluetooth or Wi-Fi with a smartphone or Wi-Fi router, and then you can ask for help via mobile phone or voice.

[0018] 3. It can be connected to the Internet, so you can ask for help by voice even in an environment without AI smart devices; you can also turn on the voice help mode in an Internet cafe, so you can call for help even if you encounter danger without a mobile phone.

[0019] 4. Carry an AI doll with you, and you can also use voice to ask for help, and broadcast on the spot that "I have connected to the alarm platform, and notify relatives and friends, and ask nearby people to assist or call the police; you can ensure that you will be taken care of in time.

[0020] 5. This alarm platform notifies designated parties via WeChat, SMS and phone calls based on the public account settings in the client information database.

[0021] 6. The notified parties can be notified via WeChat, SMS, SKYPE, LINE and phone calls. WeChat, SMS, SKYPE and LINE can be dialed simultaneously, and phone calls can be dialed in sequence, which can be divided into the following categories: stop after the first call, stop after the second call, stop after the third call, or all calls must be answered. If the target is not reached in the first round of dialing, the undialed party will be dialed again. If the target is not reached after several calls, the cloud connection method will be used to notify manual dialing or notify the rider company to arrive at the scene for manual rescue. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 An internal organizational chart of an alarm platform that interacts with artificial intelligence (AI); Figure 2 This is an external organizational chart for an alarm platform that interacts with artificial intelligence (AI); Figure 3 A schematic diagram of an IMEI alarm platform that interacts with artificial intelligence AI; Figure 4 A schematic diagram of a cloud server input interface of an alarm platform that interacts with artificial intelligence AI; Figure 5 A schematic diagram of a core cloud server of an alarm platform that interacts with artificial intelligence AI; Figure 6 A schematic diagram of a cloud server output interface of an alarm platform that interacts with artificial intelligence AI; Figure 7 A schematic diagram of the public account content of the client information library of an alarm platform that interacts with artificial intelligence AI; Figure 8 A schematic diagram of a client notification object method of an alarm platform that interacts with artificial intelligence AI; Fig. 9 A schematic diagram of an alarm platform connection method for an alarm platform that interacts with artificial intelligence AI; Fig.10 A schematic diagram of proactively seeking help for falling or fainting while interacting with artificial intelligence AI; Fig.11 This is a schematic diagram of a device that needs to communicate with the Internet through other devices to interact with artificial intelligence AI; Fig.12 A schematic diagram of a voice help method of an alarm platform that interacts with artificial intelligence AI; Fig.13 This is a schematic diagram of the AI ​​platform notification function steps of an alarm platform that interacts with artificial intelligence (AI).

[0023] Explanation of the symbols in the accompanying drawings: 10- cloud server input interface; 11- Internet port; 12- protocol conversion unit; 13- bean bag; 14- Baidu's Wenxin Yiyan; 15- Tencent's Tencent Yuanbao; 18- messages from other ends of the Internet; 20- core cloud server; 30- cloud server output interface; 31- WeChat output interface; 32- SMS output interface; 33- phone dialing interface; 50- client information library public account; 51- IMEI unique code; 53- phone and WeChat number; 54- name and nickname; 55- gender and age; 56- body shape characteristics; 57- relationship with the customer; 58- possible situation of the customer (also known as the alarm category); 59- residence contact information (door opening method); 60- alarm demand; 61- WeChat notification; 62- SMS notification; 63- SKYPE notification ;64-LINE notification;65-Phone notification;66-Stop as soon as the first one is connected;67-Stop as soon as the second one is connected;68-Stop as soon as the third one is connected;69-Answer all calls;71-Manual dialing;72-Manual rescue at the scene;80-Internet,100-Alarm platform;120-Internet;200-AI smart device;210-Type that can be directly connected to the Internet;211-Smart phone;212-Smart card watch;213-Wi-Fi sharer;215-3D displacement sensor;216-Heart rate sensor;217-APP;220-Type that needs to be connected to the Internet through other devices;221-Smart AI headset;222-Smart AI doll;223-Smart ring;224-Smart AI speaker;225-Smart power bank;230-Information on the Internet. DETAILED DESCRIPTION

[0024] It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention. The implementation, functional features and advantages of the present invention will be described in conjunction with the embodiments and with reference to the attached drawings. Figures 1 to 13 Further explanation. The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0025] Reference Figure 1 And attached Figure 2, which is an example of an embodiment of the present invention, specifically an alarm platform that interacts with artificial intelligence AI, and its characteristic alarm platform 100 includes a cloud server input interface terminal 10, a core cloud server 20, a cloud server output interface terminal 30 and a client information library public account 50; the cloud server input interface terminal 10 contains an Internet port 11 and a protocol conversion unit 12, and uses the Internet port 11 to obtain a message 200 from the Internet terminal, and the other terminal at least includes Doubao 13, Baidu's Wenxin Yiyan 14, Tencent's Tencent Yuanbao 15, Kimi, Tiangong AI, Jieyuexingchen developed Yuewen, Zhipu Qingyan, iFlytek Spark, Baixiaoying and Tongyi Qianwen, etc.; converted into a standard communication protocol 18 by the protocol conversion unit 12, and then given to the core cloud server 20; refer to the attached Figure 3 , the core cloud server 20 reads the corresponding IMEI unique code 51 customer information in the client information library public account 50 according to the IMEI unique code 51 in the standard communication protocol 18; the IMEI unique code 51 refers to the number of the SIM card, which consists of 14 digits and is assigned by the United Nations International Telecommunication Union (ITU). In theory, it is unique, but black cards are also produced; this system takes effect after registration, and black cards do not affect rights and interests; the cloud server output interface terminal 30 contains a WeChat output interface terminal 31, a text message output interface terminal 32 and a phone dialing interface terminal 33; push information respectively so that the designated object receives WeChat, text messages and calls; the client information library public account 50, when the customer opens the notification platform, uses the mobile phone to follow the designated public account to transmit relevant information; use each AI platform to determine whether the user has an alarm demand, and when there is an alarm demand, say the type of alarm and notify this alarm platform 100 through the Internet; this alarm platform 100 is set to notify the designated object by WeChat, text messages and phone calls according to the client information library public account 50.

[0026] One is the cloud server input interface: refer to the attached Figure 4, the cloud server input interface end 10 is connected to the core cloud server 20, between the Internet and the core cloud server 20; it is the front end of the alarm platform 100. From a hardware perspective, the cloud server input port 10 has two types: RJ45 or fiber optic port; the RJ45 interface is a common type of network interface, widely used in local area networks (LANs); the RJ45 interface is usually used for data transmission, and the most common application is the network card interface; its fastest speed is the maximum rate of the RJ45 interface, which can reach 10000Mbps (10Gbps); the maximum rate of the RJ45 interface depends on the supported network protocol and the capabilities of related equipment; it should be noted that the actual transmission speed may be affected by many factors, including network cable type, equipment performance, signal interference, etc.; the maximum transmission speed of the fiber optic port is a constantly evolving field, and with the emergence of new technologies, the transmission speed is also constantly improving; ordinary home optical fiber: the maximum transmission speed can reach 10Gbps or more; the maximum speed of a single optical fiber in the laboratory has reached 26Tbps; without upgrading the existing optical fiber infrastructure, the data transmission rate reaches 402Tb / s, the cost is related to the speed and region, as long as it can meet the needs; from the software perspective, the cloud server input port 10 is divided into different ports; the port is the interface for data transmission between the computer and other devices; it plays the role of a channel and gateway for data transmission; each process in the computer system has a corresponding port number, which is used to identify each process so that data can be correctly passed to the corresponding process; the information transmitted from the remote end can specify which group of ports to receive; in order to facilitate the management of the same type of information, the same port will be specified for reception; the cloud server input interface end (10) contains an Internet port 11 and a protocol conversion unit 12, which converts different device protocols into standard protocols, making the core cloud server 20 operate simply and smoothly.

[0027] The second is the core cloud server: refer to the attached Figure 5 The core cloud server 20 is between the cloud server input interface terminal 10 and the cloud server output interface terminal 30, and is connected to the client information library public number 50; each group of cloud server input interface terminals 10 converts different device protocols into standard protocols through the protocol conversion unit 12, so that the core cloud server 20 operates simply and smoothly; during the operation, the information in the client information library public number 50 will be called.

[0028] The third is the cloud server output interface: refer to the attached Figure 6, the cloud server output interface terminal 30 is connected to the core cloud server 20. After the core cloud server 20 converts the instruction information received by the cloud server input interface terminal 10, the core cloud server 20 controls the cloud server output interface terminal 30 to complete the instruction, and the instruction is associated with the information in the client information library public account 50 and the cloud server input interface terminal 10. The cloud server output interface terminal at least includes a WeChat output interface terminal 31, a short message output interface terminal 32 and a telephone dialing interface terminal 33.

[0029] The fourth is the client information library public number 50: refer to the attached Figure 7 , client information library public number 50, reserves information for customers before the incident occurs, so that when notified when the incident occurs, the notified party can clearly know who needs support, what happened, and what kind of help is needed. The content includes phone and WeChat number 53, name and nickname 54, gender and age 55, body shape characteristics 56, relationship with the customer 57, possible conditions of the customer (also known as alarm category) 58 and residential contact information (door opening method) 59; based on the above information, the notified party can provide support in the most effective way, client information library public number 50, the notified party is one or more; the event is one or more; the help method is one or more; the notified party has WeChat, SMS, SKYPE, LINE and phone calls.

[0030] Among them, the preferred solution is, refer to the attached Figure 8 , after there is an alarm demand 60, the objects to be notified may be WeChat notification 61, SMS notification 62, SKYPE notification 63, LINE notification 64 and phone notification 65; among them, WeChat notification 61, SMS notification 62, SKYPE notification 63, LINE notification 64 can be made simultaneously, and notification 65 can be dialed in sequence, which can be divided into whether the first call stops 66, the second call stops 67, the third call stops 68 or all calls must be answered 69; if the first round of dialing fails to reach the target, the undialed object will be dialed again; if the target is not reached after several dialings, the cloud connection method is used to notify manual dialing 71 or notify the rider company to use manual rescue to arrive at the scene 72.

[0031] The present invention is a method for connecting an alarm platform that interacts with artificial intelligence AI, which is characterized by: Fig. 9, the connection method includes an alarm platform 100 and an AI smart device 200; the AI ​​smart device 200 includes a smart phone 211, a smart card watch 212, a smart AI headset 221, a smart AI doll 222, a smart ring 223, a smart AI speaker 224 and a smart power bank 225; the AI ​​smart device 200 is divided into two categories, the first category is directly connectable to the Internet 210 such as a smart phone 211 and a smart card watch 212; the second category needs to be connected to the Internet via other devices 220, such as a smart AI headset 221, a smart AI doll 222, a smart ring 223, a smart AI speaker 224, a smart power bank 225 and a smart Wi-Fi sharer 226.

[0032] Among them, the preferred solution is that the device can be directly connected to the Internet, and the common ones are smart phones 211 and smart card watches 212; the smart phone 211 can install APP 217, connect to the alarm platform 100, select the help option manually or control long pressing of external buttons or voice help; and the smart card watch 212 can install APP, connect to the AI ​​platform, and use the help button or voice help. Fig.10 , or a built-in three-dimensional displacement sensor 215 and a heart rate sensor 216, through the calculation of the main control chip of the smart card watch, it is known that the wearer may fall or faint and actively seek help.

[0033] Among them, the preferred solution is, refer to the attached Fig.11 , which need to be connected to the Internet through other devices, the common ones are smart AI headphones 221, smart AI dolls 222, smart rings 223, smart AI speakers 224 and smart power banks 225; the above are connected to the smart phone 211 or smart card watch 212 or Wi-Fi sharing device 213 through Bluetooth communication 218 or Wi-Fi communication 219, and then communicated through the Internet 120, and then asked for help from the mobile phone, button or AI voice to the alarm platform 100.

[0034] Among them, the preferred solution is, refer to the attached Fig.12 , the voice help method is divided into the following stages: S1 Wake-up phase: Users can set a wake-up word, such as the last letter of their name, and call it twice in a row; for example, "Xiaochao" "Xiaochao"; S2 Wake-up response: The AI ​​smart device 200 responds “Master, I am here”; S3 Request for assistance: The user says "need service" or "need rescue"; S4 Rescue required response: The AI ​​smart device 200 responds to “Does the owner need service or rescue notification?” S5 Select service or rescue notification: the user says "need service" or "need rescue"; S6 performs service or rescue notification: connects to the alarm platform 100 and performs notification service or rescue notification according to S5; S7 Voice seeking help: Live broadcast "I have connected to the alarm platform and notified relatives and friends, asking nearby people to assist or call the police; S8 Voice broadcast stop: The user does not need voice broadcast, just say "stop broadcast" to stop the broadcast.

[0035] The AI ​​in the above judgment sentences can intelligently judge dialects and similar expressions.

[0036] Among them, the preferred solution is, refer to the attached Fig.13 , which can be directly connected to the Internet. When there is no AI smart device 200 but an AI platform, the steps for opening the AI ​​platform notification function are as follows: T1 Wake-up phase: Users can set a wake-up word, such as the last letter of their name, and call it twice in a row; for example, "Xiaochao" "Xiaochao"; T2 Wake-up response: The AI ​​intelligent device 200 responds “Master, please tell me your eight-digit customer number”; T3 function is enabled: the user says "eight-digit customer number"; T4 Customer number confirmation: The AI ​​intelligent device 200 responds “Master, please tell me the four-digit password”; T5 Enter password: The user says "four-digit password"; T6 Confirm password: If the password is correct, the AI ​​smart device 200 responds “Open device-less connection” and goes to T8; T7: Enter the password again: If the password is incorrect, it will go to T4; T8: Open the device-free connection: After 60 minutes, it will go to T9. If it is not reached, it will stop at T8. T9 extension reminder: the AI ​​smart device 200 responds to “whether the owner wants to extend the no-device connection mode”; T10 needs to be extended: if the user says "need to be extended", it will go back to T8; T11 Exit: If there is no response from the user, the device-free connection mode will be terminated.

[0037] The AI ​​in the above judgment sentences can intelligently judge dialects and similar expressions.

[0038] Among them, the preferred solution is that only voice conversation is needed to request rescue notification; it needs to be connected to the Internet through other devices, and common ones include smart AI headphones 221, smart AI dolls 222, smart rings 223, smart AI speakers 224, and smart power banks 225; after the above are connected to the Internet through Bluetooth or Wi-Fi and smart phones 211 or Wi-Fi sharers, help can be requested by mobile phone or voice.

[0039] Among them, the preferred solution is that each AI platform determines whether the user has an alarm demand. If the user actively wakes up with voice and confirms with voice or the AI ​​platform determines that the user has an alarm demand and sends a query, the answer is yes or no response is considered to be an alarm demand.

[0040] Among them, the preferred solution is that it can be connected to the Internet, and voice help can be provided even in an environment without an AI smart device 200; the voice help mode can be turned on in an Internet cafe, and even if in danger, one can call for help without a mobile phone.

[0041] Among them, the preferred solution is to carry an AI doll with you, which can also use voice to ask for help, and broadcast on the spot that "I have connected to the alarm platform, and notify relatives and friends, and ask nearby people to assist or call the police; this can ensure timely care.

[0042] Among them, the preferred solution is that the notified objects can be notified in multiple ways, including WeChat, SMS, SKYPE, LINE and phone calls; WeChat, SMS, SKYPE and LINE can be dialed at the same time, and the phone calls can be dialed in sequence, which can be divided into the first one connected and stop, the second one connected and stop, the third one connected and stop, or all calls must be answered; if the first round of dialing fails to reach the target, the undialed object will be dialed again; if several dialings fail to reach the target, the cloud link method is used to notify manual dialing or notify the rider company to use manual rescue to arrive at the scene.

[0043] Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to replace some of the technical features therein by equivalents. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention. The above description is only a preferred specific implementation of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field shall replace or change the technical solution and the inventive concept of the present invention by equivalents within the technical scope disclosed by the present invention, which shall be included in the protection scope of the present invention.

Claims

1. An alarm platform that interacts with artificial intelligence AI, with characteristic alarm The platform (100) comprises a cloud server input interface (10), a core cloud server (20), a cloud server output interface (30) and a client information library public account (50); the cloud server input interface (10) comprises an Internet port (11) and a protocol conversion unit (12), and uses the Internet port (12) to obtain information from other Internet terminals, wherein the other terminals at least comprise Doubao (13), Wenxin Yiyan (14) of Baidu, Tencent Yuanbao (15) of Tencent, Kimi (16), Tiangong AI, Yuewen (18) developed by Jieyuexingchen, Zhipu Qingyan, iFlytek Spark, Baixiaoying and Tongyi Qianwen; the information is converted into a standard communication protocol (18) by the protocol conversion unit (12), and then given to the core cloud server (20); the core cloud server (20) reads the corresponding IMEI unique code (51) in the client information library public account (60) according to the standard communication protocol (18). The IMEI unique code (51) of the user is the user's information; the cloud server output interface (30) includes a WeChat output interface (31), a text message output interface (32) and a telephone dialing interface (33); the information is pushed to the designated object so that the designated object receives the WeChat, text message and telephone call; the client information library public account (50), when the customer activates the notification platform, uses the mobile phone to follow the designated public account to transmit relevant information; each AI platform is used to determine whether the user has an alarm demand, and when there is an alarm demand, the type of alarm is stated and the alarm platform (100) is notified via the Internet; the alarm platform (100) is set to notify the designated object via WeChat, text message and telephone call according to the client information library public account (50); wherein each AI platform determines whether the user has an alarm demand, and if the user actively wakes up the user with voice confirmation or the AI ​​platform determines that the user has an alarm demand and sends a query, the answer is yes or the user cannot respond, which is considered to be an alarm demand.

2. An alarm platform (100) according to claim 1, characterized in that: The cloud server input interface end (10) is connected to the core cloud server (20) and is located between the Internet and the core cloud server (20). It is the front end of the alarm platform (100). From a hardware perspective, the cloud server input port (10) has two types: RJ45 or optical fiber port. The RJ45 interface is a common type of network interface and is widely used in local area networks (LANs). The RJ45 interface is usually used for data transmission, and the most common application is the network card interface. The highest speed of the RJ45 interface can reach 10000Mbps (10Gbps). The maximum speed of the RJ45 interface depends on the supported network protocol and the capabilities of the related equipment. It should be noted that the actual transmission speed may be affected by many factors, including the type of network cable, equipment performance, signal interference, etc. The maximum transmission speed of the optical fiber port is a constantly developing field. With the emergence of new technologies, the transmission speed is also constantly improving. For ordinary household optical fibers, the maximum transmission speed can reach more than 10Gbps. In the laboratory, the maximum speed of a single optical fiber has reached 26Tbps. Without upgrading the existing optical fiber infrastructure, the data transmission rate reaches 402Tb / s. The cost is related to the speed and region, and any port that can meet the needs is acceptable. From a software perspective, the cloud server input port (10) is divided into different ports. A port is an interface for data transmission between a computer and other devices. It plays the role of a channel and a gateway for data transmission. Each process in a computer system has a corresponding port number, which is used to identify each process so that data can be correctly passed to the corresponding process. Information transmitted from the remote end can be specified to which group of ports it is received. In order to facilitate the management of the same type of information, the same port will be specified to receive it. The cloud server input interface (10) contains an Internet port (11) and a protocol conversion unit (12), which converts different device protocols into standard protocols, making the core cloud server (20) operate simply and smoothly.

3. An alarm platform (100) according to claim 1, characterized in that: The core cloud server (20) is between the cloud server input interface end (10) and the cloud server output interface end (30), and is connected to the client information library public number (50); each group of cloud server input interface ends (10) converts different device protocols into standard protocols through a protocol conversion unit (12), so that the core cloud server (20) operates simply and smoothly; during the operation process, the information in the client information library public number (50) is called.

4. An alarm platform (100) according to claim 1, characterized in that: The cloud server output interface end (30) is connected to the core cloud server (20). After the core cloud server (20) converts the instruction information received by the cloud server input interface end (10), the core cloud server (20) controls the cloud server output interface end (30) to complete the instruction. The instruction is associated with the information in the client information library public account (50) and the cloud server input interface end (10).

5. An alarm platform (100) according to claim 1, characterized in that: The client information library public account (50) is information reserved by the customer before the event occurs, so that when the event occurs, the notified object can clearly know who needs support, what happened, and what kind of help is needed, so that the notified object can provide support in the most effective way. The client information library public account (50) has one or more notified objects; one or more events occurred; one or more help methods; and the methods of notifying the object include WeChat, SMS, SKYPE, LINE and telephone.

6. An alarm platform (100) according to claim 5, characterized in that: The methods of notifying the object include WeChat, SMS, SKYPE, LINE and phone calls; WeChat, SMS, SKYPE and LINE can be dialed simultaneously, and phone calls can be dialed in sequence, which can be divided into the following categories: stop as soon as the first call is answered, stop as soon as the second call is answered, stop as soon as the third call is answered, or all calls must be answered; if the target is not reached in the first round of dialing, the target will be dialed again; if the target is not reached after several dialings, the cloud connection method will be used to notify manual dialing or notify the rider company to use manual rescue to arrive at the scene.

7. A method for connecting an alarm platform that interacts with artificial intelligence (AI), characterized in that the connection method comprises an alarm platform (100) and an AI smart device (200); the AI ​​smart device (200) includes a smart phone (211), a smart card watch (212), a smart AI headset (221), a smart AI doll (222), a smart ring (223), a smart AI speaker (224) and a smart power bank (225); the AI ​​smart device (200) is divided into two categories, the first category is directly connectable to the Internet (210), such as a smart phone (211) and a smart card watch (212); the second category needs to communicate with the Internet via other devices (220), such as a smart AI headset (221), a smart AI doll (222), a smart ring (223), a smart AI speaker (224) and a smart power bank (225).

8. A method for connecting an alarm platform according to claim 7, characterized in that the device can directly communicate with the Internet, and common ones include smart phones (211) and smart card watches (212); the smart phone (211) can be installed with an APP, connected to the AI ​​platform, and help can be asked for by hand or voice; the smart card watch (212) can be installed with an APP, connected to the AI ​​platform, and help can be asked for by mobile phone or voice; the other devices that need to communicate with the Internet include smart AI headphones (221), smart AI dolls (222), smart rings (223), smart AI speakers (224) and smart power banks (225); after the above are connected to the Internet through Bluetooth or Wi-Fi and the smart phone (211) or Wi-Fi sharer, help can be asked for by mobile phone or voice.

9. The voice assistance method according to claim 8, characterized in that: The voice help method is divided into the following stages: S1 Wake-up phase: Users can set a wake-up word, such as the last letter of their name, and call it twice in a row; for example, "Xiaochao" "Xiaochao"; S2 Wake-up response: The AI ​​intelligent device (200) responds “Master, I am here”; S3 Request for assistance: The user says "need service" or "need rescue"; S4 Rescue required response: The AI ​​smart device (200) responds "Does the owner need service or rescue notification?" S5 Select service or rescue notification: the user says "need service" or "need rescue"; S6 performs service or rescue notification: connects to the alarm platform (100) and performs notification service or rescue notification according to S5; S7 Voice seeking help: Live broadcast "I have connected to the alarm platform and notified relatives and friends, asking nearby people to assist or call the police; S8 Voice broadcast stop: The user does not need voice broadcast, just say "stop broadcast" to stop the broadcast.

10. A method for connecting an alarm platform according to claim 7, characterized in that the tool can be directly connected to the Internet, and when there is no AI intelligent device (200) but an AI platform, the steps of first opening the AI ​​platform notification function are as follows: T1 Wake-up phase: Users can set a wake-up word, such as the last letter of their name, and call it twice in a row; for example, "Xiaochao" "Xiaochao"; T2 Wake-up response: AI intelligent device (200) responds "Master, please tell me your eight-digit customer number"; T3 function is enabled: the user says "eight-digit customer number"; T4 Customer number confirmation: AI intelligent device (200) responds "Master, please tell me the four-digit password"; T5 Enter password: The user says "four-digit password"; T6 Confirm password: If the password is correct, the AI ​​smart device (200) responds “Open device-less connection” and goes to T8; T7: Enter the password again: If the password is incorrect, it will go to T4; T8: Open the device-free connection: After 60 minutes, it will go to T9. If it is not reached, it will stop at T8. T9 extension reminder: the AI ​​smart device (200) responds to “whether the owner wants to extend the no-device connection mode”; T10 needs to be extended: if the user says "need to be extended", it will go back to T8; T11 Exit:: If there is no response from the user, then stop the device-free connection mode; Each AI platform determines whether the user has an alarm demand. If a user actively wakes up the system with voice and confirms the situation through voice, or the AI ​​platform determines that the user has an alarm demand and asks a question, the answer is yes or no response is given, which is considered as an alarm demand.

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