Intelligent electronic clock with laser beam indicators

Abstract

The invention discloses an intelligent electronic clock with laser beam indicators, belonging to an all-electronic timer. The invention aims at improving travel-time accuracy of the traditional clock and prolonging the service life of the traditional clock. By using an intelligent test technology and a laser technology, the intelligent electronic clock with laser beam indicators simulates traditional indicator by using laser beams to replace a traditional mechanical travel-time mechanism. The electronic clock consists of a time base signal generating device, a standard time calibration device, a travel-time control device, a laser emitting device, a clock dial, a voice time device and a power supply device which are sequentially connected with each other. The intelligent electronic clock with laser beam indicators has the laser beams with three colors of red, green and blue to simulate time hand, minute hand and second hand, and the indicators are in a radial shape inwards or outwards with bright and clear indication, smooth running like running water and powerful rhythm. Therefore, the clock is suitable for homes, schools, enterprises and public institutions as well as public occasions, and particularly suitable for clock towers, and has wide market prospect.

Description

technical field [0001] The invention relates to an intelligent laser beam pointer electronic clock, in particular to an intelligent electronic clock using laser beams as hour, minute and second hands. technical background [0002] Currently, existing clocks mainly contain three types. One is a "mechanical" clock whose timekeeping mechanism is: powered by the elastic potential energy stored in elastic elements (such as springs, etc.), and travels through a series of mechanical transmission systems such as speed change gears, so as to achieve the purpose of measuring and indicating time. Purpose, this is the oldest and traditional "mechanical" clock. This type of timepiece requires manpower to transmit energy to elastic elements (such as springs, etc.) from time to time, which is not very convenient to use, and the mechanical travel time system is complicated, and the travel time error is large. The other is an "electronic" clock, whose timing mechanism is: powered by electr...

AI Technical Summary

Problems solved by technology

Therefore, the problems of the mechanical travel time system itself (such as high energy consumption, low precision, large wear, short life, etc.) have not been fundamentally resolved

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