A micro-embedded computer intelligent control debugging device and method for smart home

Abstract

The invention discloses an intelligent control and debugging device and method for a micro-embedded computer used in smart home, which comprises a rectangular housing and a rotating plate, one end of the rotating plate is rotationally connected with the inner wall of the rectangular housing, and the surface of the rotating plate is installed with a A pre-installation debugging device that avoids extrusion and friction between the bed body and the inner wall of the rectangular shell when the body is installed. The present invention replaces the bed body by installing the pre-installation debugging device on the rotating plate to simulate the process of folding the bed body into the rectangular shell body, and according to According to the test results, the bed installation position is debugged to select the best installation position. Compared with the existing method of installing the bed body and then observing or touching the extrusion degree between personnel, the debugging result is more obvious and the debugging is more accurate. Flexible, only need to change the position of the adjusting arm, which is equivalent to changing the installation position of the bed body, and the debugging time is short. Pre-installing the debugging device instead of the bed body during debugging can avoid extrusion and friction between the bed body and the inner wall of the rectangular shell, and avoid bed body damage.

Description

technical field [0001] The invention relates to the technical field of installation and debugging of smart homes, in particular to a device and method for intelligent control and debugging of micro-embedded computers for smart homes. Background technique [0002] In layman's terms, embedded technology is "specialized" computer technology. This special purpose refers to a specific application, such as for network, for communication, for audio, for video, for industrial control, etc. From an academic point of view, embedded The system is application-centric, based on computer technology, and the software and hardware can be tailored. It is suitable for special computer systems that have strict requirements on function, reliability, cost, size, and power consumption of the application system. It is generally composed of embedded microprocessors. It consists of four parts: the device, the peripheral hardware device, the embedded operating system and the user's application progra...

AI Technical Summary

Problems solved by technology

[0004] In order to save existing housing space, some smart beds are designed to be folded. When not in use, the bed body is folded 90° into the wall, and it is rotated horizontally when in use. Most of these folding beds include a bed body, a rotating structure and a storage space. For the shell of the bed body, in order to avoid the waste of space, when installing the folding bed, it is usually ensured that the shell that accommodates the bed body is compatible with the bed body. When installing the bed body, since the folding bed needs to be movable, after installation Debugging is usually required to avoid extrusion and friction between the outer side of the folding bed and the shell after folding, which will cause serious wear on the outer side of the bed and affect the service life. The existing debugging method is usually to fold the bed after the bed is installed. According to the extrusion degree between personnel observation or touch feeling, the debugging time is long and the detection effect is poor. Therefore, we propose a micro-embedded computer intelligent control debugging device and method for smart home

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