美國tb-polytek灌注、製模、面具、玻纖、碳纖技術交流區, 中和區中山路2段25巷6號2樓, Xinbei (2026)

20/10/2025

IFPD (IntelliFlex Prediction Device) 的關鍵不是「演算法複雜」，而是邏輯層高、運算量低的控制方式。

也就是在低算力情況下，也能精準快速穩態控制非線性系統同時可有效精準穩定控制及抑制混沌狀態。

(1) IFPD 獨道之處，可即時回授邏輯並預測誤差的生成方向。對非線性系統來說 IFPD能提前感知「非線性偏移」的發生，進行前饋補償。，，，，，，
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06/09/2025

TW Self-Prediction Device 堤業國際
四軸飛行器是經典的非線性動態複雜系統，其飛行穩定性長期依賴傳統 PID 控制。
然而，PID 在面對高階非線性運動時，往往難以達到理想的穩定控制。
我們的新型非線性自我預測控制裝置，突破傳統限制：
無需高算力 AI —— 輕量級邏輯即可運行；
具備自適應特性 —— 動態學習並即時修正偏差；
高效預測與抑制 —— 精準捕捉非線性行為並提前修正；
低成本、低算力、高穩定 —— 以極低硬體需求，實現專業級穩定效果。
特點在於：只需外掛於一般玩具級四軸機，即可立刻升級為智能四軸機，展現遠超原有層級的動態穩定性能。
TW Self-Prediction Device

Quadcopters are a classic example of nonlinear dynamic systems, where flight stability has traditionally relied on conventional PID control.
However, PID controllers often struggle to deliver optimal stability when dealing with advanced nonlinear dynamics.
Our next-generation nonlinear self-prediction control device overcomes these limitations:
No need for high AI compute power — operates on lightweight logic;
Adaptive capability — dynamically learns and corrects deviations in real time;
Efficient prediction and suppression — precisely anticipates nonlinear behaviors and mitigates instability in advance;
Low cost, low compute, high stability — achieves professional-grade stability with minimal hardware requirements.

The key advantage: by simply attaching this module to a standard toy-grade quadcopter, it can be instantly upgraded into an intelligent quadcopter, delivering dynamic stability far beyond its original level.

Photos from 美國tb-polytek灌注、製模、面具、玻纖、碳纖技術交流區's post

29/08/2025

科研 DIY 堤業國際正式啟動！
這次的挑戰目標 : 把一台普通的玩具四軸機，改造成高階智能四軸機
本次改裝會用到的神器：
1️⃣ TW-SEIF-PREDICTION 外掛智能控制裝置 – 大腦升級核心
2️⃣ MILLIPUT 密黏補、新水晶土– 結構強化、固定、絕緣一劑搞定
3️⃣ TB 水漆 – 超薄防水絕緣、防護塗層 + 帥氣外觀標記
4️⃣ 美國 POLYTEK 樹脂 – 專屬配件客製化製作

這不只是 DIY，更是「科研 DIY」的第一步！
下一階段會分享更多進度，敬請期待～
#四軸機 #智能控制 #改裝升級 #創客生活

15/08/2025

Electrical Chaos Motion Physical Generator

ElecChaosGenerator　 # Design & Production – TWINBASE Inc.

Introduction to Chaos Theory

Chaos Theory: When an extremely small initial condition is introduced into a system, it can cause the system’s future evolution to display highly sensitive and unpredictable behavior, even leading to system collapse. The core feature lies in the persistent influence of the initial value — once the chaotic state is triggered, it cannot stop on its own unless the initial value is completely eliminated.

Traditionally, the presentation of chaotic phenomena has relied mostly on numerical simulations in software or simple mechanical devices, which can only reproduce them graphically or through rough physical motion. These lack the ability to precisely input initial conditions. Our innovation is an electrical control system that can accurately reproduce chaotic physical states in the real world.

Application Fields of Chaos Theory

Scientific and engineering R&D

Economic and financial model analysis

Biological dynamics and ecosystem research

Atmospheric and climate change prediction

TWINBASE's Future Development Plan (Market Upgrade + Aesthetic Integration)

We aim to move from the traditional DIY handcraft market into the DIY electrical-control scientific R&D market, perfectly combining scientific technology with artistic aesthetics — proving that technology can also be elegant.

Dynamic Systems Technology R&D

We develop and optimize various dynamic system designs and improvement solutions, launch corresponding kits, and expand into application partnerships and commercial sales models.

Cross-Category Integrated Applications

Existing products we distribute and sell — such as decorative materials, repair consumables, molding resins, and water-based paints (TB Water-based Paint) — will be fully applied to DIY electrical-control scientific research projects and promotional campaigns.

Control System Solutions

We provide optimization technology for dynamic system control, develop dedicated controllers, and sell them in modular or standalone product formats.

15/08/2025

#電控混沌運動物理製造機
　 #設計製作 – 堤業國際
#混沌理論簡介
#混沌理論（Chaos Theory）：當一個極微小的初始條件被引入系統後，可能導致未來演化呈現高度敏感且不可預測的行為，甚至引發系統崩解。其核心特徵在於初始值的持續影響——一旦混沌狀態被觸發，除非初始值完全消除，混沌現象將無法自行停止。
傳統上，混沌現象的呈現多依賴軟體數值模擬或簡單機械裝置，僅能以圖形化或概略運動重現，缺乏能精確輸入初始條件、但我們創新由電控系統準確再現混沌物理狀態的解決方案。

#混沌理論應用領域
科學與工程研發、經濟與金融模型分析、生物動態與生態系統研究、大氣與氣候變化預測。

堤業國際未來發展計畫 (市場升級與美學融合)
從傳統 DIY 手作市場進階至 DIY 電控科學研發市場，將科研技術與藝術美學完美結合，證明科技也可以很優雅。

#動態系統技術研發
開發與優化各類動態系統設計與改進方案，推出對應套件，並拓展應用合作與商業銷售模式。

#跨品類整合應用
現有代理與銷售的造型材料、修補耗材、成形樹脂及水性塗料（TB水性漆）將全面應用於 DIY 電控科研專案及市場宣傳。

#控制系統解決方案
提供動態系統控制優化技術，開發專用控制器，並以模組化或單體產品形式銷售。

#堤業國際
自 2006 年成立以來，堤業國際持續投入創新研發與市場服務，致力於為廣大消費者提供高品質產品與解決方案。
未來 20 年，我們將秉持專業、創新與服務的核心價值，持續引領市場，將科研與藝術融入生活，開創更多可能性。