Dual-plate rotating mechanical 24-hour clock controlled by singlechip

Abstract

The invention discloses a dual-plate rotating mechanical 24-hour clock controlled by a singlechip. The dual-plate rotating mechanical 24-hour clock comprises a clock core for driving a pointer to rotate, wherein a display panel and a fixed shielding panel are coaxially arranged between the pointer and the clock core; the display panel can rotate back and forth at a certain angle around the rotating center of the pointer; 24 hour numbers are evenly arranged on the display panel along the circumference; 12 hollow parts, corresponding to the hour numbers, are evenly arranged on the shielding panel; and the dual-plate rotating mechanical 24-hour clock also comprises a control system, and a driving mechanism which is controlled by the control system and is used for driving the display panel to rotate back and forth. By providing a rotary shielding plate which is controlled by the environment and the time for the clock, the automatic switching and the automatic display in 24-hour manner of current time are achieved; the distinguishing of day and night under a special environment is facilitated; the dual-plate rotating mechanical 24-hour clock is humanized and visualized; and as the dual-plate rotating mechanical 24-hour clock has a night-vision effect, the function of clearly seeing the time at a dark night can be realized.

Description

technical field [0001] The invention relates to a clock capable of displaying 24 numbers, in particular to a clock with a night vision function which realizes displaying 24 numbers by using a single-chip microcomputer control and a mechanical movement mechanism. Background technique [0002] Since the traditional 12-hour clock is often used in real life to display 24 hours with 12 numbers, there are certain deficiencies in the actual effect, and it cannot reflect the time of day and night intuitively and humanely, such as in some international hotels. There are always clocks displaying the time of many countries, but due to the lack of 12-hour clock display, it is impossible to judge the time of foreign countries intuitively. It is necessary to calculate the time difference of time zones artificially to obtain the time of foreign countries. In some occasions, the application is not intuitive and user-friendly. For example, in environments such as submarines, it is a dark en...

AI Technical Summary

Problems solved by technology

[0002] Since the traditional 12-hour clock is often used in real life to display 24 hours with 12 numbers, there are certain deficiencies in the actual effect, and it cannot reflect the time of day and night intuitively and humanely, such as in some international hotels. There are always clocks displaying the time of many countries, but due to the lack of 12-hour clock display, it is impossible to judge the time of foreign countries intuitively. It is necessary to calculate the time difference of time zones artificially to obtain the time of foreign countries. In some occasions, the application is not intuitive and user-friendly enough

For example, in submarines and other environments, it is dark and night environment all day long, and it is difficult to distinguish between day and night

Moreover, traditional clocks cannot tell the time at night

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