A method for following intelligent guardianship

Abstract

A follow-up intelligent protection method, a user holds and registers a camera with a microphone and a sound box; a mobile terminal protection software with a map is provided, and the user can use it after registration; a background management system is held by a manager, and is used for managing the camera with the microphone and the sound box and the mobile terminal protection software; the camera with the microphone and the sound box identifies images, and when a person falls, a flame or smoke occurs, automatically sends an alarm information; the mobile terminal protection software of a property security, a social worker, a neighbor and the like can receive the alarm information of the camera within a certain range, and can check the position information of the alarm camera on the map. The protection scope of the present application includes but is not limited to the above embodiments, and the protection scope of the present application is subject to the claims, and any replacement, deformation, improvement of the present technology which is easily thought by the person skilled in the art falls within the protection scope of the present application.

Description

[0001] This invention is a follow-up intelligent protection method based on the Internet. Background Technology

[0002] Existing cameras that monitor falls can only dial a pre-set number when an elderly person falls. If the person holding the pre-set number cannot answer in time or is too far away, rapid assistance can be provided. The elderly need a camera system that can send an alarm when someone falls, so that nearby property security guards, social workers, and residents can receive the alert and provide rapid assistance. Summary of the Invention

[0003] A method for following intelligent guardians, characterized in that the operation of the following intelligent guardians includes: A camera equipped with a microphone and speaker, which users can use after registering and logging in; This is a mobile security software that includes a map. Users can use it after registering and logging in. The back-end management system, held by the administrator, is used to manage cameras with microphones and speakers, as well as mobile security software. A camera equipped with a microphone and speaker can recognize images and automatically send alarm information if someone falls, there is fire, or smoke. Mobile security software for property security guards, social workers, neighbors, and other users can receive alarm information from nearby cameras within a certain range and view the location of the alarm cameras on a map. One method of following intelligent protection includes the following steps: a. A camera equipped with a microphone and speaker, registered and logged in by user A, recognizes images through the camera, and automatically sends alarm information if someone falls, there is fire, or smoke. b. User B completes registration and login on the mobile guardian software. They can be various roles such as property security guard, social worker, or resident. c. User B receives an alarm message from the camera of nearby User A. User B can see the location of User A's camera alarm on the map of the mobile protection software and can quickly go there to provide assistance. The aforementioned intelligent protection method uses a camera equipped with a microphone and speaker to achieve more accurate identification and reduce misjudgments through data combination and learning. The aforementioned smart protection method involves a camera equipped with a microphone and speaker, and equipped with a battery and electrically driven tires. When the battery level drops below a certain value, the camera will automatically walk to a charging station to recharge. One of the aforementioned smart protection methods involves a camera equipped with a microphone and speaker, and equipped with batteries and electrically powered tires, which automatically follow the person as they walk. One of the aforementioned smart protection methods involves a camera equipped with a microphone and speaker that can be linked to a smart door lock. When the camera issues an alarm and a person within its range is unable to move easily, a temporary password can be sent to a rescuer to open the door of the person seeking help. The aforementioned smart protection method uses a camera with a microphone and speaker to detect when someone falls. It then asks the user if they want to send a help request. Based on the user's secondary command, the help request is sent or turned off. If the user does not respond for a long time, the help request will be sent automatically to reduce false alarms. In one of the aforementioned smart protection methods, the mobile protection software has a rescuer application page. Only after the user applies to be a rescuer and is approved by the backend management system can they receive alarm information from the camera. One of the aforementioned smart rescue methods includes a "Honors Showcase" on the mobile app. Rescuers who successfully provide assistance 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. In one of the aforementioned smart protection methods, the backend management system has a map. When a registered and logged-in camera issues an alarm, its location is displayed on the map.

Claims

1. A method for following intelligent protection, characterized by: The Follow Smart Guardian operation includes: A camera equipped with a microphone and speaker, which users can use after registering and logging in; This is a mobile security software that includes a map. Users can use it after registering and logging in. The back-end management system, held by the administrator, is used to manage cameras with microphones and speakers, as well as mobile security software. A camera equipped with a microphone and speaker can recognize images and automatically send alarm information if someone falls, there is fire, or smoke. Mobile security software for property security guards, social workers, neighbors, and other users can receive alarm information from nearby cameras within a certain range and view the location of the alarm cameras on a map. One method of following intelligent protection includes the following steps: a. A camera equipped with a microphone and speaker, registered and logged in by user A, recognizes images through the camera, and automatically sends alarm information if someone falls, there is fire, or smoke. b. User B completes registration and login on the mobile guardian software. They can be various roles such as property security guard, social worker, or resident. c. User B receives an alarm message from the camera of nearby User A. User B can see the location of User A's camera alarm on the map of the mobile protection software and can quickly go there to provide assistance.

2. The following intelligent protection method as described in claim 1 is characterized in that: Cameras equipped with microphones and speakers can achieve more accurate recognition and reduce misjudgments through data combination and learning.

3. The following intelligent protection method as described in claim 1 is characterized in that: The camera, equipped with a microphone and speaker, features a battery and an electric-powered movement mechanism, not limited to tires, tracks, or legs, which automatically moves to a charging station to recharge when the battery level drops below a certain point.

4. The following intelligent protection method as described in claim 1 is characterized in that: The camera, equipped with a microphone and speaker, features a battery- and electrically powered movement mechanism—not limited to tires, tracks, or legs—that automatically follows the person.

5. The following intelligent protection method as described in claim 1 is characterized in that: Cameras equipped with microphones and speakers can be linked to smart locks. When the camera issues an alarm and a person within its range is unable to move easily, a temporary password can be sent to a rescuer to open the door of the person seeking help.

6. The following intelligent protection method as described in claim 1 is characterized in that: When a camera with a microphone and speaker detects someone falling, it asks in voice whether the user wants to send a help request. It can then issue or cancel the help request based on the user's secondary command. If the user does not respond for a long time, the request will be sent automatically to reduce false alarms.

7. The following intelligent protection method as described in claim 1 is characterized in that: The mobile guardian software has a rescuer application page. Users can only receive alarm information from the camera after they apply to become a rescuer and are approved by the backend management system.

8. The following intelligent protection method as described in claim 1 is characterized in that: The mobile app features a showcase of achievements. Rescuers automatically receive points as a reward for successful rescues, and are ranked according to their points within a specific administrative region. The showcase also includes a reward fund; top-ranked rescuers can receive cash prizes.

9. The following intelligent protection method as described in claim 1 is characterized in that: The backend management system has a map, and when a registered and logged-in camera issues an alarm, its location is displayed on the map.