Time telling control device structure for ancient astronomical clock tower

Abstract

The invention belongs to the field of astronomical instruments, and particularly relates to a time telling control device structure for an ancient astronomical clock tower. The time telling control device structure comprises a wooden pavilion, a head sheave, a dial tooth machine wheel, a daytime bell drum wheel, an early time spur gear, a time telling timer wheel, a replacing and preparing wheel, a night arrow wheel, a time telling support seat and a time telling shaft. The wooden pavilion is divided into five layers with a first layer to a fifth layer being arranged from top to bottom, and the wooden pavilion is fixedly arranged on a rack of the model of the astronomical clock tower. The first layer of the wooden pavilion is provided with three doors, and the layers from a second layer to the fifth layer are respectively provided with a door. The time telling shaft is sequentially connected with the center of the head sheave, the center of the dial tooth machine wheel, the center of the daytime bell drum wheel, the center of the early time spur gear, the center of the time telling timer wheel, the center of the replacing and preparing wheel and the center of the night arrow wheel from top to bottom. The time telling shaft is inserted into the time telling support seat for fixing. The time telling support seat is installed on the rack of the model of the astronomical clock tower and can rotate. The head sheave is connected with a power output system of the model of the astronomical clock tower. The self-clocking demonstration function of a time signal device of the astronomical clock tower can be achieved through the design of a clock buckled mechanism.

Description

technical field [0001] The invention belongs to the field of astronomical instruments, and in particular relates to a structure of a time-telling control device used for an ancient water transport instrument platform. Background technique [0002] The Water Transport Instrument and Observatory is a large-scale astronomical instrument designed by Su Song and others during the Yuanhu period of the Northern Song Dynasty (1086-1093 A.D.). It integrates automatic timing, astronomical observation and astrology demonstration, and represents ancient Chinese astronomical observation, machinery manufacturing and architecture. The highest level of engineering, etc., condenses the outstanding achievements in astronomy, calendar, metallurgy, casting, mechanical technology and construction engineering during the peak period of ancient Chinese science and technology. It is the most representative major invention in the history of ancient Chinese science and technology. [0003] Due to the ...

AI Technical Summary

Problems solved by technology

However, the implementation process and specific structure of bell ringing, drumming and bell ringing in the time reporting device of the water transport instrument and image platform recorded in "Xin Yi Xiang Fa Yao" are not given.

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