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𘡤

tangut component-101

Tangut Component 101

101/768

𘡤 is a structural component of the Tangut script, not a complete word with its own everyday translation. Tangut components help scholars index and describe larger ideographs, so this one belongs in reference and font or text-support work. The script served the Western Xia state and remained in use after its fall.

Text symbol

What 𘡤 means

It is a structural component, not a standalone Tangut word. Unicode uses Tangut components to index, analyze, and describe larger Tangut ideographs. An Ideographic Description Sequence is notation that shows how an ideograph is assembled; components such as this one can appear in it. Alone, 𘡤 is a reference element, not a translated word.

The Tangut script was created in 1036–1037 for the Western Xia state. The earliest surviving example is an official document sent to a military inspector in Guazhou in 1072.

Tangut served records and teaching, then appeared in translated books, printed texts, monumental inscriptions, and Buddhist works. It remained in use after Western Xia fell in 1227; a Buddhist inscription dated 1502 shows the script lasted well beyond the state. In digital text, this component serves scholarly description and font or text support.

Why was the Tangut script created?

It supported Western Xia administration and Tangut identity. Historical accounts link the project to Western Xia’s first emperor, Li Yuanhao, and the official Yeli Renrong. In 1037, the state organized a Department of Tangut and Sinitic (Chinese) scripts to teach both writing systems. Officials used Tangut for records as well as political self-definition.

Tangut grew amid Chinese and Tibetan cultural influence, but it was the Western Xia state’s script for the Tangut language. A Tangut preface from 1190 describes Tangut and Chinese scripts as different in outward form but related at the root; this records an older view, not proof of direct descent. The Khitan were a neighboring people with their own scripts; possible influence from them remains debated.

Technical and archival: it fits Unicode, font, and Tangut-studies contexts; it is opaque in ordinary conversation.

The 101 is a catalogue number, not part of the Tangut reading.

Part of the collection

Who writes 𘡤

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Questions people ask

1

Why does Tangut Component 101 appear as a box?

The selected font may lack its glyph. Unicode still identifies the character, but supporting fonts can draw its shape differently.

How to type or find 𘡤

Search it as
tangut component · tangut radical · tangut glyph · tangut script · xixia script · tangut ideographic description sequence · tangut font
Shows up in
Anything that takes text · its shape is whatever your font draws
Windows (Word)
⎇Alt+XType 18864, then AltX to get 𘡤.
Windows
⊞Win+Rrun charmap for the full table, or use the emoji picker's Ω symbols tab (Win .).
macOS
⌃Control+⌘Command+␣SpaceOpen the character viewer and search “tangut component-101”.
Linux
⎈Ctrl+⇧Shift+UType 18864, then Enter or Space.
HTML
𘡤
CSS
\18864
Unicode input
To type Tangut Component 101, use software that accepts Unicode input; everyday keyboard layouts have no dedicated key for this specialist character.
Python source
In Python, write "\U00018864" as a string; other languages have their own Unicode escape syntax.
Codes and encoding1 code points
HTML decimal
𘡤
HTML hex
𘡤
CSS content
content: "\18864";
Each escape is closed by the next backslash; a trailing space is needed before a literal hex digit.
URL encoded
%F0%98%A1%A4
1
On screen
1
Code points
2
JS .length
4
UTF-8 bytes

A visible symbol can contain several code points. JS .length counts UTF-16 units; UTF-8 counts bytes.

Families this belongs to

1

Chinese, Japanese & Korean121,370 symbols