Operation system for Android device in Recovery mode and hardware execution system thereof

Abstract

The invention provides an operating system used in a Recovery mode of Android equipment and a hardware execution system of the operating system, and automatic operation is realized through combination of software and hardware. The software part comprises an interface identification module, an instruction generation module and a communication module, and the hardware part comprises a mechanical arm, a control unit and a sensor module. The system can automatically identify the mobile phone interface and execute the software instruction through the mechanical arm, is suitable for batch processing or operation in a specific environment, and improves the efficiency and accuracy.

Description

Technical Field

[0001] This invention relates to the field of mobile device operating systems and automated control technology, and in particular to an operating system and its hardware execution system for Android devices in Recovery mode, which achieves automated operation through the combination of software and hardware. Background Technology

[0002] Android devices' Recovery mode typically requires manual user intervention, which is inefficient for batch processing or operations in specific environments (such as production line inspections or repair centers). Current technology lacks a solution that can automatically recognize the phone's interface and perform operations via a robotic arm. Summary of the Invention

[0003] The purpose of this invention is to provide an operating system and its hardware execution system for Android devices in Recovery mode. This system can automatically recognize the phone interface and execute software instructions through a robotic arm to achieve automated operation.

[0004] Software aspects: 1. An operating system for Android devices in Recovery mode, characterized in that it comprises: (1) Interface recognition module, used to recognize graphical user interface elements on the mobile phone screen; (2) Data processing module: processes the data output by the interface recognition module and extracts valid information (such as button positions, menu options, etc.).

[0005] (3) The instruction generation module generates corresponding operation instructions based on the recognition results; (4) Communication module, used to communicate with the hardware execution system and send operation commands; (5) Log recording module, which records operation logs during software operation (such as recognition results, generated instructions, execution status, etc.); (6) Error handling module, which detects and handles errors during software operation (such as recognition failure, instruction generation error, etc.).

[0006] Hardware aspects: A hardware execution system for Android device Recovery mode, characterized in that it includes: (1) A robotic arm, used to perform physical operations, such as clicking, sliding, etc.; (2) Control unit, which receives instructions from the operating system and controls the movements of the robotic arm; (3) Sensor module, used to detect the position and force of the robotic arm to ensure the accuracy of operation. Detailed Implementation Plan

[0007] A method for implementing an operating system and its hardware execution system in Recovery mode of an Android device, characterized by comprising the following steps: Step 1: Start Recovery mode and load the operating system; Step 2: The interface recognition module identifies the graphical user interface elements on the mobile phone screen; Step 3: The instruction generation module generates operation instructions based on the recognition results; Step 4: The communication module sends the operation instructions to the hardware execution system; Step 5: The control unit receives instructions and controls the robotic arm to perform the corresponding physical operations; Step Six: The sensor module detects the position and force of the robotic arm and sends the feedback to the control unit to ensure operational accuracy. Instruction manual illustrations

[0008] Figure 1 This is a diagram showing the overall architecture of the system of the present invention; Figure 2 This is a module structure diagram of the software part; Figure 3 This is a module structure diagram of the hardware part; Figure 4 A flowchart for implementing the method.

Claims

1. An operating system for Android device Recovery mode, characterized in that, It includes an interface recognition module, an instruction generation module, and a communication module.

2. The operating system of claim 1, wherein, The interface recognition module uses image recognition technology to identify graphical user interface elements on the phone screen.

3. The operating system of claim 1, wherein, The instruction generation module generates corresponding operation instructions based on the recognition results.

4. The operating system of claim 1, wherein, The communication module communicates with the hardware execution system through wireless or wired means and sends operation instructions.

5. A hardware execution system, characterized by It includes a mechanical arm, a control unit, and a sensor module.

6. The hardware execution system of claim 5, wherein, The mechanical arm uses high-precision motors and transmission devices to perform precise physical operations.

7. The hardware execution system of claim 5, wherein, The control unit receives instructions from the operating system to control the actions of the mechanical arm, ensuring the accuracy of the operation.

8. The hardware execution system of claim 5, wherein, The sensor module includes a position sensor and a force sensor to detect the position and force of the mechanical arm, feeding back to the control unit to ensure the accuracy of the operation.

9. An implementation method of an operating system and its hardware execution system for an Android device in a Recovery mode, characterized in that, It includes the following steps: Step one: Start the Recovery mode and load the operating system. Step two: The interface recognition module identifies the graphical user interface elements on the phone screen. Step three: The instruction generation module generates operation instructions based on the recognition results. Step four: The communication module sends operation instructions to the hardware execution system. Step five: The control unit receives instructions to control the mechanical arm to perform corresponding physical operations. Step six: The sensor module detects the position and force of the mechanical arm and feeds back to the control unit to ensure the accuracy of the operation.

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