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𘤣

tangut component-292

Tangut Component 292

𘤣 is a Tangut script component: a structural piece scholars use to describe and index whole Tangut characters, not a standalone word. Tangut writing, also called Xixia writing, was created for the Western Xia state and appears in Buddhist, legal, and Chinese-translated books. If it appears as an empty box, your font lacks this glyph.

Text symbol
Search it as
Xixia · Tangut script · Tangut component · Tangut components · Tangut font · Tangut input method · Tangut character structure
Shows up in
Anything that takes text · its shape is whatever your font draws

What 𘤣 means

𘤣 is a building block, not a word to translate.

Tangut characters are built from recurring elements called components. Scholars use them to analyze a character's structure and find whole characters in modern dictionaries; some components also serve as dictionary headings, called radicals. The Unicode component set brings together several dictionary and research systems, so 292 is an index label in that set, not a universal historical name.

A component can contribute to a larger character's structure, but its role depends on the whole character. On its own, 𘤣 has no single translation or pronunciation.

Why was Tangut writing created?

It was created for Western Xia rule and Buddhist translation.

In 1036, emperor Li Yuanhao ordered a Tangut writing system as part of building the Western Xia state and a distinct identity from Song China. One major purpose was likely to translate the Buddhist canon into Tangut. Tangut was its own script, visually and structurally inspired by Chinese writing; its Khitan neighbors had created two scripts earlier.

Tangut books included Buddhist scriptures, legal works, and texts translated from Chinese. A manuscript found in the ruins of Khara-Khoto, a settlement in present-day Inner Mongolia, probably dates to the 12th or early 13th century. As of 2023, the latest known Tangut inscription cited by the source dates to 1502. Today, scholars use components to find and describe Tangut characters.

How can I type or display Tangut component 292?

Use a Tangut font and a specialist Tangut input method.

If 𘤣 appears as a square or empty box, the available font lacks this glyph. As of 2026, Noto Serif Tangut documents support for the Tangut and Tangut Components blocks.

For repeated entry, specialized tools are more useful than a general keyboard. As of 2026, BabelStone provides stroke-code entry for Tangut components. Rime Xunpin, an input scheme for the Rime framework, accepts Tangut pronunciations reconstructed by scholars, stroke codes, and components.

Specialist and archival: it fits Tangut study, dictionary lookup, font testing, or input-method work.

Do not read 292 as a Tangut word or pronunciation.

Questions people ask

1

Why does Tangut component 292 show as an empty box?

It is a font-coverage problem: the available fonts do not contain a glyph for this character. A font with Tangut Components coverage can display it.

How to type 𘤣

Windows (Word)
Alt+XType 18923, then Alt+X to get 𘤣.
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-292”.
Linux
Ctrl+Shift+UType 18923, then Enter or Space.
HTML
𘤣
CSS
\18923
Tangut stroke-code input
BabelStone's custom Tangut input method includes components entered by stroke code.
Rime Xunpin
This Rime input scheme accepts scholar-reconstructed Tangut pronunciations, stroke codes, and components; a Tangut-capable font is still needed to display the result.
Codes and encoding1 code points
HTML decimal
𘤣
HTML hex
𘤣
CSS content
content: "\18923";
Each escape is closed by the next backslash; a trailing space is needed before a literal hex digit.
URL encoded
%F0%98%A4%A3
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