臺灣博碩士論文加值系統

在TPMS發展過程中量測其特性與修正其可靠度為主要關鍵，性能測試環境控制系統重點在於測試該產品之壓力、溫度、無線資料傳輸特性，就目前為止在自動化工業裡仍無標準測試設備。因此本研究
決定設計一自動化性能測試環境控制系統來提升測試及品管之效。
本研究的主要目的在於 : 提供一個測試環境，作為開發階段的胎壓
偵測系統驗證之用，其中包括了密閉測試箱設計，利用熱電致冷器
(TEC)來控制溫度的變化，並使用電磁閥來控制箱體內之氣體壓力的
變化，搭配PC做控制 , 以其達成所需之高溫高壓之測試環境，以利
工程師在設計階段中可完成胎壓檢測系統產品功性能測試、可靠度測試之用。

To measure the characteristics and verify the reliability of TPMS in the development stage is the critical success of factors. The environmental control system focuses on testing characteristics of pressure, temperature and wireless data transmission in the product itself. Up to now, there is no standardized testing bench in the field so the researcher is aimed to design one automatic environmental control system for the purpose to enhance the testing efficiency and quality assurance. The primary purpose of the research is to provide one testing environments as a verification tool in the developing stage of TPMS. The system includes the design of chamber with TEC to control the variance of temperature. Also, the solenoid control valve with PC board controlled is adopted to control the changes of air pressure in the chamber in order to meet the testing environments in high temperature and high pressure. The researcher will demonstrate in which method the environmental control system will assist the engineer to conduct the testing in the purpose of designing TPMS.

目 錄
誌 謝...........................i
中文摘要.........................ii
Abstract ........................iii
目 錄.........................iv
圖 目 錄.........................vii
表 目 錄.........................ix
第一章 緒論................................1
1.1 研究背景...............................1
1.2 研究目的及其重要性......................5
1.3 國內外相關研究 .........................5
第二章 無線胎壓監視系統簡介................10
2.1 無線感測模組...........................12
2.2 壓力與溫度感測器.......................15
2.3 加速度感測器與震動開關.................18
2.4 無線發射整合元件.......................19
第三章 無線胎壓監視系統測試平台機構設計....22
3.1 WTPMS測試平台規範......................23
3.2 WTPMS測試平台硬體結構..................23
3.2.1 波以耳定律...........................24
3.2.2 測試平台結構設計.....................25
3.3 溫度控制...............................27
3.3.1 熱電致冷晶片.........................27
3.3.2 熱電致冷晶片模組設計.................29
3.3.3 熱電致冷晶片控制線路.................36
3.3.4 溫度控制流程 .........................40
3.4 壓力控制...............................41
3.4.1 氣閥與壓力感知器.....................41
3.4.2 控制線路.............................43
3.4.3 控制流程.............................45
3.5 轉動控制...............................46
3.6 RS-232介面.............................46
3.6.1 RS-232的介面 .........................47
3.6.2 RS-232的通訊協定.....................48
第四章 量測分析............................50
4.1 溫度量測...............................50
4.2 壓力量測...............................52
第五章 結論與未來展望......................54
5.1 結論...................................54
5.2 未來展望...............................54
參考文獻...................................56
附錄(一) 2004年第十三屆全國自動化科技研討會論文...60
附錄(二) 2006年第十三屆中華民國人因工程協會研討會論文..60

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