A svg system with display adjustment and drop protection and its method

Abstract

The invention provides an SVG system with functions of display adjustment and fall protection. The SVG system comprises a display screen and an SVG body connected with the display screen in a controlling manner, wherein a power output circuit for driving the SVG body to work is arranged in the SVG body. The SVG system is characterized in that an attitude detection circuit is arranged in the SVG body and comprises a single-chip microcomputer and a gyroscope of which the output end is connected with signal input end of the single-chip microcomputer; the display adjustment signal output end of the single-chip microcomputer is connected with the display screen in a controlling manner; the fall protection signal output end of the single-chip microcomputer is connected with the power output circuit. The attitude detection circuit is mounted in the SVG body in a matched manner, so that the SVG system can quickly catch a static state and a moving state of the SVG body in real time, and adjust the displaying direction of the display screen and exchange the add and subtract directional keys of the keys in real time according to the state; meanwhile, the attitude detection circuit has a fall detection function, so that the system can be stopped instantly when equipment falls off accidentally during running; therefore, equipment loss and electrical fault are reduced; the SVG system has a fall protection function.

Description

technical field [0001] The invention belongs to the technical field of SVG products, in particular to an SVG system with display adjustment and drop protection functions, and a method for display adjustment and drop protection of SVG products using the system. Background technique [0002] At present, there are many installation methods for SVG products on the market, such as wall-mounted, stacked, upside-down, plug-in, etc., but these products do not have the physical position status detection function, and once installed, the display mode of the display cannot be changed. And button function position adjustment, this defect makes on-site installation, when the installation method needs to be changed or installed in an unconventional way due to on-site conditions, the equipment screen and operation buttons will be reversed after installation, which is not conducive to observation and operation. On the one hand, it brings relatively great inconvenience to on-site debugging a...

AI Technical Summary

Problems solved by technology

[0002] Currently, there are many installation methods for SVG products on the market, such as wall-mounted, stacked, upside-down, plug-in, etc., but these products do not have the physical position detection function, and once installed, the display mode of the display cannot be changed. And button function position adjustment, this defect makes on-site installation, when the installation method needs to be changed or installed in an unconventional way due to on-site conditions, the device screen and operation buttons will be reversed after installation, which is not conducive to observation and operation. On the one hand, it brings great inconvenience to on-site commissioning and on-site use. On the other hand, the installers need to constantly change their postures to install, which greatly reduces the installation comfort of the installers.

At the same time, in some specific environments, when the installed equipment encounters accidental dumping and falling during operation, if the equipment cannot be interrupted in time, it will easily cause equipment loss and electrical accidents.

Images