A voice recognition-based smart protection method

Abstract

This invention provides a sound recognition-based smart guardianship method, comprising mobile guardian software installed on a mobile phone. This software includes a map and is accessible to the user after registration and login. A backend management system is also included, managed by an administrator. The mobile guardian software uses the phone's microphone to pick up and recognize sounds such as falls or cries for help, automatically sending a distress signal. Upon receiving the distress signal, other nearby users' mobile guardian software can view the location of the person seeking help on the map and provide assistance. The scope of protection of this invention includes, but is not limited to, the above embodiments. The scope of protection of this invention is defined by the claims, and any substitutions, modifications, or improvements readily conceived by those skilled in the art fall within the scope of protection of this invention.

Description

[0001] This invention relates to a smart protection method based on voice recognition on the Internet. Background Technology

[0002] Existing mobile phone emergency call systems rely on buttons on the phone's software to call for help. However, some elderly people are often unable to move after a fall or other accident, making it difficult to send out a distress message promptly. The elderly need a mobile app that uses microphone pickup and recognition technology to intelligently detect falls or other accidents that impair mobility and automatically send distress messages to nearby security guards, social workers, and neighbors. Upon receiving the distress message, these individuals can quickly provide assistance. Summary of the Invention

[0003] A voice recognition-based smart guardian method, characterized in that the voice recognition-based smart guardian operation includes: A mobile guardian software installed on a phone. The software includes a map, which users can access after registering and logging in. The backend management system, held by the administrator, is used to manage the mobile guardian software. Mobile guardian software uses the phone's microphone and technologies such as sound event detection, voice recognition, and voiceprint recognition to identify sounds made by people, animals, and objects in the surrounding environment. For example, it can automatically send a help message when a person falls or cries for help are heard. Mobile security software for users such as property security guards, social workers, and neighbors can receive requests for help within a certain range and view the location of the person seeking help on a map. A voice recognition-based smart protection method includes the following steps: a. User A's mobile phone has installed the mobile protection software and completed registration and login. When the phone is placed next to him, the microphone will automatically identify the sound of A falling or make a voice call and automatically send out a help message. b. User B installs the mobile security software on their phone and completes registration and login. They can be various roles such as property security guard, social worker, or resident. c. User B receives a help request from nearby user A. User B can see the location of user A's request on the map of the mobile protection software and can quickly go there to provide assistance. The aforementioned voice recognition-based smart protection method utilizes mobile protection software with learning capabilities for technologies such as sound event detection, voice, and voiceprint recognition. By continuously learning the sounds emitted by people, animals, and objects in the user's surrounding environment, it achieves more accurate recognition and reduces misjudgments. The aforementioned voice recognition smart protection method integrates the temperature sensor, camera, light sensor, accelerometer, and gyroscope on the mobile phone. Through data combination and learning, it achieves more accurate recognition and reduces misjudgments. The aforementioned voice recognition-based smart guardianship method includes a rescuer application page on the mobile guardianship software. Only after a user applies to be a rescuer and is approved by the backend management system can they receive help requests from other users. The aforementioned voice recognition-based smart protection method includes a mobile protection app with online / offline buttons for rescuers. Rescuers can choose to go offline if they are unable to provide assistance, and will no longer receive requests for help. If they choose to go online, they will be able to receive requests for help. The aforementioned voice recognition smart protection method includes a mobile protection software with floor recognition technology and a smart door lock linkage function. When someone is unable to move around due to an accident at home, the rescuer can obtain a temporary password to open the door of the person seeking help. The aforementioned voice recognition-based smart protection method involves the mobile protection software detecting a fall or a voice call, first prompting the user to ask for help, then issuing or closing the help request based on the user's secondary command. If the user does not respond for a long time, the help request will be issued automatically to reduce false alarms. The aforementioned voice recognition-based smart rescue method includes a "Honors Showcase" in the mobile app. Rescuers who successfully help others are automatically awarded "compassion points" by the system, and are ranked according to their points within a specific administrative region. The Honor Showcase also includes a reward pool, where top-ranked rescuers receive cash rewards. The aforementioned voice recognition-based smart protection method includes a map on the backend management system. When a mobile phone with the mobile protection software installed and registered sends a distress message, its location is displayed on the map.

Claims

1. A voice recognition-based intelligent protection method, characterized by: This voice recognition-based smart protection system includes: A mobile guardian software installed on a phone. The software includes a map, which users can access after registering and logging in. The backend management system, held by the administrator, is used to manage the mobile guardian software. Mobile guardian software uses the phone's microphone and technologies such as sound event detection, voice, and voiceprint recognition to identify sounds made by people, animals, and objects in the surrounding environment. For example, it will automatically send a help message when a person falls or cries for help are heard. Mobile security software for users such as property security guards, social workers, and neighbors can receive requests for help within a certain range and view the location of the person seeking help on a map. A voice recognition-based smart protection method includes the following steps: a. User A's mobile phone has installed the mobile protection software and completed registration and login. When the phone is placed next to him, the microphone will automatically identify the sound of A falling or make a voice call and automatically send out a help message. b. User B installs the mobile security software on their phone and completes registration and login. They can be various roles such as property security guard, social worker, or resident. c. User B receives a help request from nearby user A. User B can see the location of user A's request on the map of the mobile protection software and can quickly go there to provide assistance.

2. The voice recognition smart protection method as described in claim 1 is characterized by: Mobile guardian software has a learning function for technologies such as sound event detection, voice, and voiceprint recognition. By continuously learning the sounds made by people, animals, and objects in the user's surrounding environment, it can achieve more accurate recognition and reduce misjudgments.

3. The voice recognition smart protection method as described in claim 1 is characterized by: The temperature sensor, camera, light sensor, accelerometer, and gyroscope on the mobile phone are integrated. Through data combination and learning, more accurate recognition is achieved and false judgments are reduced.

4. The voice recognition smart protection method as described in claim 1 is characterized in that: The mobile app has a rescuer application page. Only after a user applies to become a rescuer and is approved by the backend management system can they receive help requests from other users.

5. The voice recognition smart protection method as described in claim 1 is characterized in that: The mobile app features online / offline buttons for rescuers. If a rescuer is unable to conduct a rescue, they can choose to go offline and will no longer receive requests for help. If they choose to go online, they will be able to receive requests for help.

6. The voice recognition smart protection method as described in claim 1 is characterized in that: The mobile security software features floor recognition technology and can be linked with smart locks. When the person seeking help is unable to move around at home, the rescuer can obtain a temporary password to open the door.

7. The voice recognition smart protection method as described in claim 1 is characterized in that: When the mobile security software detects a fall or a voice call, it first prompts the user to ask for help. Based on the user's secondary command, it sends or closes the help request. If the user does not respond for a long time, it will also send a help request automatically to reduce false alarms.

8. The voice recognition smart protection method as described in claim 1 is characterized in that: The mobile app features a showcase of achievements. Rescuers automatically receive points for successfully helping others, and are ranked according to their points within a specific administrative region. The showcase also includes a reward pool; top-ranked rescuers can receive cash prizes.

9. The voice recognition smart protection method as described in claim 1, characterized in that: [Backend] The management system has a map. When a mobile phone with the mobile protection software installed and registered sends a distress message, its location is displayed on the map.