12 heavenly stems and earthly branches cross-reference table

12 heavenly stems and earthly branches cross-reference table

The branch watch is an ancient timing system, which plays an important role in the traditional culture of China. It consists of twelve heavenly stems and twelve earthly branches, each of which has its own unique meaning and symbol. Through this comparison table, we can clearly understand the ancient people's understanding of time, astronomy and calendar in China.

Among the twelve days, A, B, C, D, E, G, Xin, Ren and Ren are called "Ten Days", which respectively represent ten directions of east, south, west, north and middle. Zi, Ugly, Yin, Mao, Chen, Si, Wu, Wei, Shen, You, Xu and Hai are called "Twelve Earthly Branches", representing twelve months and twelve hours respectively.

In the twelve heavenly stems and earthly branches comparison tables, each heavenly stems and earthly branches has its unique combination and significance. For example, Jia represents the first hour, ugly B represents the second hour, and so on. Gui You stands for nine hours, while Ren Xu stands for ten hours. This combination enables us to accurately record time, predict astronomical phenomena and make calendars.

Heavenly stems and earthly branches watch is not only a timing tool, but also a cultural symbol and expression of ideas. It embodies the reverence and respect of ancient people in China for time, astronomy and nature, and also embodies people's pursuit of harmony and circulation. This comparison table has extensive application value in China traditional culture, such as providing valuable historical materials and cultural background for literature, history and other fields.

Generally speaking, the comparison table between cadres and branches is an indispensable part of China traditional culture, bearing rich cultural connotations and historical values. Through in-depth understanding and research of this comparison table, we can better understand China's traditional culture and thoughts and make contributions to its inheritance and development.