Monitoring mobile phone

Abstract

A monitoring mobile phone, comprising: a secondary screen (1) located in an upper half portion of a display screen of a mobile phone; and a primary screen (2) located in a lower half portion of the display screen of the mobile phone, the secondary screen (1) being used to display a surrounding environment of a user, and the primary screen (2) being used to display an interface normally viewed by the user.

Description

A surveillance mobile phone Technical Field

[0001] This utility model relates to a mobile phone technology that provides surrounding security monitoring for mobile phone users. Background Technology

[0002] Many people now have a habit of using their mobile phones while walking, or focusing excessively on their phone screens when not walking (whether standing, sitting, or lying down), ignoring surrounding dangers and creating significant safety hazards. Every year, numerous traffic accidents and injuries occur due to people looking at their phones while walking without observing road conditions, or focusing excessively on their phone screens when not walking (whether standing, sitting, or lying down), ignoring surrounding dangers. Technical issues

[0003] Many people now have a habit of using their mobile phones while walking, or focusing excessively on their phone screens when not walking (whether standing, sitting, or lying down), ignoring surrounding dangers and creating significant safety hazards. Every year, numerous traffic accidents and injuries occur due to people looking at their phones while walking without observing road conditions, or focusing excessively on their phone screens when not walking (whether standing, sitting, or lying down), ignoring surrounding dangers. Technical solutions

[0004] To allow users to conveniently and continuously monitor their surroundings while walking or lying down, this feature can be directly enabled in the phone's "Settings." This requires installing one or more dedicated camera lenses, either on the back or top of the phone, or a combined multi-angle camera lens. Internal sensors (gyroscope, magnetic sensor, accelerometer) detect user movement. When the user is not walking, a secondary screen appears on the upper half of the screen prompting them to enable monitoring. If they click "Yes," the secondary screen displays their direction of travel and surrounding environment. If the software detects danger, it alerts them via ringtone, vibration, or voice to avoid hazards. If street lighting is insufficient, the flash automatically activates. Video footage is saved for accident analysis. Beneficial effects

[0005] The beneficial effect of this invention is that users can easily understand the situation in front of them and the surroundings without looking up while walking (or standing, sitting, or lying down), and can promptly determine whether it is safe and avoid danger. It is similar to the head-up display (HUD) function in a car. It also adds a mobile phone shooting angle. Attached Figure Description

[0006] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0007] Figure 1 shows a schematic diagram of the main screen (displaying what the user is reading) and the secondary screen (displaying the surrounding environment) on the front of the phone; 1. Secondary screen, 2. Main screen

[0008] Figure 2 shows the camera lens positions of a mobile phone viewed from the side (back and top). In the figure, 3 is the top camera lens, and 4 is the rear camera lens.

[0009] Figure 3 is a schematic diagram of a dedicated camera lens on the back of a mobile phone (replacing lenses 3 and 4). The dedicated camera lens in the figure (5) can be a pop-up, folding, or rotating type, or a fixed-position wide-angle lens; there can be one or more lenses. The best embodiment of the present invention

[0010] Using the existing camera lens on the back of the phone (or a separately installed lens) 4, install another camera lens 3 at the top of the phone, as shown in Figure 2 (3 and 4). Alternatively, install a separate dedicated camera lens 5 to simultaneously monitor the environment up, down, left, and right, replacing lenses 3 and 4, as shown in Figure 3 (5). (The lens can be pop-up, folding, rotating, or fixed in position). The number of lenses can be one or more.

[0011] When the phone's sensors (gyroscope, magnetic sensor, accelerometer) detect that the user is walking, this function can also be activated directly in the phone's "Settings" when the user is not walking (standing, sitting, or lying down). A secondary screen 1 will appear in the upper half of the phone screen, requiring the user to choose whether to enable security monitoring. (See Figure 1 for screen 1).

[0012] If the user clicks "No", the original normal phone interface will be restored (the original phone interface will be displayed in full screen).

[0013] When the user clicks "Yes," a button to select whether to record video will appear on the secondary screen. Secondary screen 1 displays video footage captured from the top and back of the phone, or from one (or more) dedicated cameras simultaneously monitoring the vertical and horizontal directions, and integrated and optimized by the phone's software, as shown in Figure 1 (1). This allows the user to easily monitor the safety of their surroundings while traveling. The phone software analyzes the video content to determine its safety; if it determines there is a potential hazard, the phone will ring, vibrate, or issue a voice alert to the user.

[0014] If the user clicks the record video button before starting the video on secondary screen 1, the video can be saved in the phone's memory for later review or analysis during an incident. This is similar to a car's dashcam.

[0015] To turn it off, long press on the secondary screen 1 or tap the close button in the upper right (or upper left) corner of the secondary screen 1 interface. This will also turn off the flash (if it was on) and stop recording (if video recording mode was selected). Embodiments of the present invention

[0016] Same as 0007 Industrial applicability

[0017] It has a wide range of applications and improves the security of mobile phone users. Sequence List Free Content

[0018] Type the free content description paragraph for the sequence list here.

Claims

1. The upper half of the screen on the front of the phone is the secondary screen 1, which displays the user's surrounding environment (the flash is used to fill in light when there is insufficient light in front of the user), and the lower half is the main screen 2, which displays the interface that the phone user can normally view.

2. Utilize the existing camera lens on the back of the mobile phone or install a separate camera lens 4, install a camera lens 3 at the top, or install a dedicated camera lens 5 that combines camera lenses 3 and 4 into one. The dedicated camera lens 5 can be foldable, telescopic, fixed, or rotating. There can be one or more lenses, which can simultaneously monitor the user's safety in the surrounding environment.

3. Secondary screen 1 displays the mobile app's optimized video interface.

4. The mobile phone software analyzes the video captured by the phone's camera. If danger is encountered, the phone will emit an sound or vibration alarm or provide a voice prompt.

5. Recording videos facilitates playback or accident analysis.

6. Add a new angle for taking photos or videos.

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