體感電玩排檔桿之研發

Research and Development of a Gear Shift Device in Somatosensory Video Game

陳羿蓁(Chen Yi Chen 陳羿蓁)

指導教授 ： 徐正會 ； 林於隆

國立臺北科技大學/工程學院/材料科學與工程研究所/碩士(2010年)

https://doi.org/10.6841/NTUT.2010.00499

摘要

本研究針對排檔桿之相關專利文獻已做詳細分析，並以排檔桿驅動方式為原則進行分類，其中，排檔桿之驅動大致上可區分為動力與動作二大類。完成各國專利分類分析之程序後，接著須為此排檔桿內部機構確立設計條件，如操作過程中必須有真實駕駛中的感覺，同時，兼具安全性、趣味性、真實性與耐用性等，依前述之設計條件構思出機構之設計初體。
本研究利用機構合成之方法，經過設計需求的設立，使用萬向接頭機構，並藉由Soild Works 2007電腦輔助設計軟體，進行模擬駕駛遊戲機之尺寸合成，建立其3D Model，再利用Ansys11.0之模擬軟體進行應力、應變及位移之分析，以確定所設計機台之強度，再應用Soild Works 2007模組中COSMOSMotion指令之模擬功能，對所設計之機台進行動態模擬，確認模擬駕駛遊戲機於操作過程中無干涉情形發生，最後則進行實體模型之打樣製作，使創新設計之體感電玩遊戲機得到驗證，透過此分析得以了解與確立遊戲機台之可行性與正確性。

關鍵字

排檔桿 ； 控制桿

並列摘要

This research collected and analyzed all relevant patents and literatures in the area of the gear shift. Literature analysis of all collected an important reference for the power drive of this study.
After the above analysis and integration of the patent , so that the method of the present study design somatosensory game gear shift. The requirements of design demand are the outline of this research. In addition, this feature is designed to simulate the relationship between driving game with safety, comfort, mass production, low cost and practicality. This research will utilize the method that the mechanisms synthesis will look for the most suitable mechanisms and use Soild Works 2007, dimensional synthesis of the somatosensory game gear shift, set up its 3D model. Then use the function of Mechanism order, carrying on dynamic simulation to the somatosensory game gear shift, which interference is no allowed when operation is going on. Finally, by using Ansys11.0 makes analysis on stress, meeting an emergency and displacement, it ensures the intensity of the somatosensory game gear shift. Then making a real model and apply for patent through the property office of intelligence.
The somatosensory game gear shift has its analysis and proves through processes above. That experience has verification and it is helpful in the feasibility and exactness to establish the mechanisms designed in future innovation. Also it is expected that the result of this research provided a reference for future developer.

並列關鍵字

Gear shift ； JoyStick

參考文獻

[29] Dervis Demirtas, Delft [NL];Joeri Jonke Post, Rotterdam [NL];Jennigje Dankelman, Pijnacker [NL];“Joystick”, U.S. Patent, 7601924, 2009.

[8] Roger P. Penzotti, Livermore [US]; Gordon F. Schmeisser, Livermore [US]; “Shift Linkage for a Tilt Cab Truck ”, U.S. Patent, 4276953, 1981.

[5] Wayne K. Simons, Federal Way [US]; “Break-Over Shift Lever Assembly”, U.S. Patent, 4073199, 1978.

[13] Leslie A. Meacock, II , Emmaus [US]; Edward C. Merkel , Palmerton [US] ; “Gear Shift Control”, U.S. Patent, 4269282, 1981.

[27] Herbert H. Schmiel, Fridley, Minn. [US];“Hydraulic Remote Control Joystick”, U.S. Patent, 4445541, 1984.