A fall detection-based smart protection method
By installing mobile guardian software on a phone, the system uses accelerometer and gyroscope to detect falls and automatically send help requests. Combined with camera and microphone data, it solves the problem of elderly people being unable to call for help after a fall, enabling rapid rescue and smart door lock opening, thus improving the efficiency of rescue when the elderly fall.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- 胡光
- Filing Date
- 2026-03-09
- Publication Date
- 2026-06-02
AI Technical Summary
When elderly people experience accidents such as falls, they are unable to send out help requests in a timely manner via their mobile phones, and existing mobile phone emergency call systems cannot intelligently detect and automatically send out help requests.
By installing a mobile guardian app on a phone, the app uses an accelerometer gravity field and gyroscope to detect phone falls, and combines this with camera and microphone data to automatically send a distress message. The mobile guardian app provides location tracking and rescue functions, supports integration with smart door locks, and has a rescuer application and honor reward mechanism.
It automatically sends out a distress signal when an elderly person falls, reducing misjudgments, providing rapid assistance, supporting smart door lock opening and honorary rewards, and improving the efficiency of rescuing elderly people who have fallen.
Abstract
Description
Technical Field
[0001] This invention relates to an intelligent protection method for fall detection based on the Internet. Background Technology
[0002] Existing mobile phone emergency call systems work by pressing buttons on the phone's software. However, some elderly people are unable to move when they fall or have other accidents, making it difficult to send out a distress message promptly. The elderly need a mobile app that can intelligently detect when they fall or are unable to move due to an accident, and automatically send a distress message to nearby security guards, social workers, neighbors, etc., who can then quickly provide assistance. Summary of the Invention
[0003] A fall detection intelligent protection method, characterized in that the fall detection intelligent protection 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 security software detects a phone falling by using the accelerometer's gravitational field and linear motion, or the gyroscope's conservation of angular momentum or Coriolis force, and automatically sends a distress message. 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 fall detection-based smart protection method includes the following steps: a. After User A installs and registers the mobile protection software on their phone and logs in, the phone's accelerometer or gyroscope detects that the phone has fallen and automatically sends a distress 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 intelligent fall detection protection method integrates the camera and microphone on a mobile phone, and through data combination and learning, achieves more accurate identification and reduces misjudgments. The aforementioned fall detection and intelligent protection method includes a rescuer application page on the mobile protection 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 intelligent fall detection and protection method includes a mobile 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 distress calls. If they choose to go online, they will be able to receive distress calls. The aforementioned fall detection smart protection method features mobile protection software with floor recognition technology and smart door lock linkage function. When the person seeking help is unable to move around at home, the rescuer can obtain a temporary password to open the door of the person's home. The aforementioned fall detection smart protection method involves the mobile protection software detecting a phone fall and first prompting the user to send a distress signal. Based on the user's secondary command, the distress signal can be sent or closed. If the user does not respond for a long time, the distress signal will be sent automatically to reduce false alarms. The aforementioned intelligent fall detection and rescue method includes a mobile app with a "Honors Showcase." Rescuers who successfully help others are automatically awarded "compassion points," 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 intelligent fall detection and 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 fall detection-based intelligent protection method, characterized by: This intelligent fall detection 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 security software detects a phone falling by using the accelerometer's gravitational field and linear motion, or the gyroscope's conservation of angular momentum or Coriolis force, and automatically sends a distress message. 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 fall detection-based smart protection method includes the following steps: a. After User A installs and registers the mobile protection software on their phone and logs in, the phone's accelerometer or gyroscope detects that the phone has fallen and automatically sends a distress 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 fall detection smart protection method as described in claim 1 is characterized in that: By fusing the camera and microphone on the phone and combining and learning data, more accurate recognition can be achieved and misjudgments can be reduced.
3. The fall detection intelligent 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.
4. The fall detection intelligent 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.
5. The fall detection 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.
6. The fall detection intelligent protection method as described in claim 1 is characterized in that: After the mobile protection software detects that the phone has fallen, it first prompts the user to send a help request. Based on the user's secondary command, it can send or close the help request message. If the user does not respond for a long time, it will also send a help request automatically to reduce false alarms.
7. The mobile app features a "Honors Showcase." Rescuers who successfully help others are automatically awarded "Charity Points," and are ranked according to their points within a specific administrative region. The Honor Showcase includes a reward pool; top-ranked rescuers can receive cash rewards.
8. The fall detection 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.