Equipment working mode switching method and camera

Abstract

The invention discloses an equipment working mode switching method and a camera. The method comprises: using a depth image collected by a depth camera for static image detection, and when the image static condition is met and the background of the equipment runs without tasks, controlling the equipment to enter a low-power-consumption mode; when the equipment enters a low-power-consumption mode, according to the depth image collected by the depth camera in a low power consumption mode, carrying out static image detection; when the image static condition is not met, recognizing user operation according to the depth image collected by the depth camera and the RGB image collected by the RGB camera, and when it is recognized that the user operation is awakening operation, awakening the equipment, and controlling the equipment to enter a normal working mode. The working modes of the equipment can be accurately switched according to the depth change condition of the image, a user does not need to operate a physical key, the awakening mode is convenient, and the user experience is good.

Description

technical field [0001] The invention relates to a switching method and a camera for working modes of equipment. Background technique [0002] At present, there are more and more relatively intelligent camera products on the market, and the operating system is already used in the products to complete the control and image processing of the camera, but because the camera itself generally needs battery power or the service life of the device itself In order to reduce the power consumption of the system and prolong the use time of the product, it is necessary to sleep the system at an appropriate time. [0003] The most common Android operating system itself has a sleep wake-up function, so as to be suitable for the demand of mobile terminals such as mobile phones for a long time. However, the wake-up method that comes with the Android operating system generally needs to be connected to a physical button, and the system wakes up by pressing the physical button, that is, it must...

AI Technical Summary

Problems solved by technology

However, the wake-up method that comes with the Android operating system generally needs to be connected to a physical button, and the system wakes up by pressing the physical button, that is, it must be manually pressed before each use to enter the working state to collect and process images. The method is cumbersome and the user experience is poor

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