Digitized New Language Input Method Using Arabic Numerals
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Solution Overview
Problem
Current languages and their corresponding Braille and sign languages create barriers in communication due to differences in writing forms and pronunciations, hindering global understanding and international communication, and there is no effective means to communicate with extraterrestrial beings.
Innovation Solution
A digitized new language using ten Arabic numbers 0-9 as unified word-formation symbols, incorporating phonetic and semantic symbols to facilitate global and interstellar communication, along with a new input method and tool that allows for easy learning and writing across languages and cultures.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If multiple different languages with unique writing forms are used, then each language preserves its cultural identity and expression nuances, but communication barriers increase and global understanding decreases
Solution Approach 1:
The patent applies universality by creating a unified global language system that can function across all cultural and linguistic contexts. The standardized character set and grammar structure serve multiple languages and cultures simultaneously, enabling one system to handle diverse communication needs without requiring separate systems for each language.
Solution Approach 2:
The patent introduces an intermediary universal language system that mediates between different native languages. This intermediate system acts as a bridge, allowing speakers of different languages to communicate through a common standardized language without losing the ability to express culturally specific concepts.
2Ease of manufacture
If Latin letters are used as word-formation symbols, then word formation becomes systematic and learnable, but the system remains constrained by Latin alphabet limitations and cannot achieve true global breakthrough
Solution Approach 1:
The patent applies parameter changes by fundamentally altering the basic unit of language from 26 Latin letters to 10 Arabic numerals. This parameter change creates a more compact, universally recognizable symbol system that maintains systematic word formation while removing Latin alphabet constraints, enabling true global applicability.
3Ease of operation
If Braille and sign languages are created for different language groups, then accessibility is improved for visually impaired and deaf individuals, but communication barriers between different language groups persist
Solution Approach 1:
The patent applies universality by creating unified Braille and sign language systems based on the standardized global language. These alternative language forms can serve multiple functions: providing accessibility within language groups while also enabling communication between different language groups through the common standardized vocabulary and grammar structure.
Data Source
AI summary
A digitized new language, an input method therefor, and an input tool therefor, belong to the technical field of language digitization and input methods therefor. The characters of the digitized new language are ten Arabic numbers from 0 to 9 of the international universal code, the number of vowels and consonants for the phonetic notation in international intercommunication each ten. The digitized new language takes the 0-9 Arabic numerals as the unified characters of all languages in the world, and connects, by means of a literal meaning classification mode expressed by various languages all languages in series, and continues by means of word sounds, which makes understanding, teaching, translation, conversion, and input among different languages simple and smooth, and moreover, all the issues, such as computer input methods and tools of languages, programming, system development, wider application of the decimal system, dictionary arrangement, will be greatly innovated.