Geological-inclinometer mechanical timing clock

Abstract

The invention provides a geological-inclinometer mechanical timing clock, which comprises an upper clamp plate, a lower clamp plate, a timing dial, an axle component, an escape wheel component, an escape fork component and a balance wheel component, wherein the upper clamp plate and the lower clamp plate are fixed to be parallel to each other by four upright columns; the axle component consisting of a head-axle component, a two-axle component, a three-axle component and a four-axle component, the escape wheel component, the escape fork component and the balance wheel component are all arranged between the upper clamp plate and the lower clamp plate and are rotationally connected with the upper clamp plate and the lower clamp plate through two ends of respective shafts thereof; a clockwork spring on a head axle allows the head-axle component to obtain power; the head-axle component passes power to the two-axle component, the three-axle component and the four-axle component; the four-axle component drives the escape wheel component; an escape wheel dries the escape fork component to move; an escape fork rotates a balance wheel to regulate swing frequency and control the clockwork spring to release energy outwards according to certain frequency; an axle drives a cam; the cam pushes an ejector rod; the ejector rod pushes an hour hand; and the clock is arranged into a geological inclinometer so as to form the geological-inclinometer mechanical timing clock. The clock has the advantages of suitability for field work, durability and use convenience.

Description

technical field [0001] The invention relates to a mechanical clock, in particular to a mechanical timing clock used in geological inclinometers. Background technique [0002] Geological inclinometers are widely used in geology, mining, construction, water conservancy and geophysical exploration and other industries. At present, the random clock of geological inclinometers gradually adopts electronic clocks. Although the display is flexible and accurate, geological inclinometers are generally used in the field , The working environment is poor, the instrument is easily wet by rain and dew, and the power supply for the electronic components is easily damp, and the power supply cannot be supplied normally. The instrument is often disturbed by regional electromagnetic fields or mechanical vibrations, causing the drive motor of the electronic clock to lose steps, which will cause differences with the standard time. Contents of the invention [0003] The technical problem to be...

AI Technical Summary

Problems solved by technology

[0002] Geological inclinometers are widely used in geology, mining, construction, water conservancy and geophysical exploration and other industries. At present, the random clock of geological inclinometers gradually adopts electronic clocks. Although the display is flexible and accurate, geological inclinometers are generally used in the field , the working environment is poor, the instrument is easily wetted by rain and dew, and the power supply for the electronic components is easily affected by moisture, and the power supply cannot be supplied normally

The instrument is often disturbed by regional electromagnetic fields or mechanical vibrations, causing the drive motor of the electronic clock to lose steps, which will cause differences with the standard time

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