UniGlyph is a constructed language (conlang) designed to create a universal transliteration system using a script derived from seven-segment characters. The goal of UniGlyph is to facilitate cross-language communication by offering a flexible and consistent script that can represent a wide range of phonetic sounds. This paper explores the design of UniGlyph, detailing its script structure, phonetic mapping, and transliteration rules. The system addresses imperfections in the International Phonetic Alphabet (IPA) and traditional character sets by providing a compact, versatile method to represent phonetic diversity across languages. With pitch and length markers, UniGlyph ensures accurate phonetic representation while maintaining a small character set. Applications of UniGlyph include artificial intelligence integrations, such as natural language processing and multilingual speech recognition, enhancing communication across different languages. Future expansions are discussed, including the addition of animal phonetic sounds, where unique scripts are assigned to different species, broadening the scope of UniGlyph beyond human communication. This study presents the challenges and solutions in developing such a universal script, demonstrating the potential of UniGlyph to bridge linguistic gaps in cross-language communication, educational phonetics, and AI-driven applications.

翻译：UniGlyph是一种基于七段式字符衍生文字构建的人工语言，旨在创建一种通用的音译系统。该语言的目标是通过提供一种灵活且一致的文字方案来表示广泛的语音音素，从而促进跨语言交流。本文探讨了UniGlyph的设计，详细阐述了其文字结构、音素映射规则及音译原则。该系统通过提供一种紧凑、多功能的表示方法，克服了国际音标及传统字符集在表征跨语言语音多样性方面的不足。借助音高与时长标记，UniGlyph在保持较小字符集的同时确保了语音表征的准确性。UniGlyph的应用涵盖人工智能集成领域，例如自然语言处理与多语言语音识别，可增强不同语言间的交流效能。本文亦探讨了其未来扩展方向，包括引入动物语音表征——通过为不同物种分配独特文字符号，将UniGlyph的应用范围拓展至人类交流之外。本研究阐述了开发此类通用文字系统面临的挑战及解决方案，论证了UniGlyph在跨语言交流、教育语音学及人工智能驱动应用等领域弥合语言鸿沟的潜力。