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    扭轉彈簧的應用領域與工作原理
    文章來源:http://www.tlwpp.com/ 發布時間:2022-06-10 瀏覽次數:
    扭轉彈簧是一種利用彈性來工作的機械零件。一般用彈簧鋼制成。用以控制機件的運動、緩和沖擊或震動、貯蓄能量、測量力的大小等廣泛應用于計算機,電子,家電,照相機,儀器,門,摩托車,收割機,汽車,等行業。生產設備主要設備有:數字化控制多功能電腦卷簧機、機械自動卷簧機、磨簧機、熱處理設備、大型熱卷彈簧生產線、質量檢測儀器。扭轉彈簧為什么可以被應用于廣泛的領域呢?我們可以了解一下扭轉彈簧的工作原理。
    Torsion spring is a kind of mechanical part that uses elasticity to work. It is generally made of spring steel. It is widely used in computer, electronics, home appliances, cameras, instruments, doors, motorcycles, harvesters, automobiles, and other industries to control the movement of mechanical parts, mitigate impact or vibration, store energy, measure the size of force, etc. The main production equipment includes: digital control multi-function computer spring coiling machine, mechanical automatic spring coiling machine, spring grinding machine, heat treatment equipment, large hot coil spring production line and quality testing instrument. Why can torsion springs be used in a wide range of fields? We can understand the working principle of torsion spring.
    扭轉彈簧
    在應用的時候,扭轉彈簧的底端部分往往是被固定到了其他的地方,這就形成了其他的組件圍繞著扭轉彈簧的中心旋轉的現象。一旦當其他的組件圍繞著彈簧中心旋轉開始的時候,彈簧就是迅速將其他組件給拉回到原來的位置,這就會形成一種旋轉力,將產生的旋轉力變化為所需要的阻力。這樣,扭轉彈簧就可以通過儲存或者是釋放這種能量的方式來以靜態的方式固定住某一裝置,達到預期想要的結果。
    When applied, the bottom part of the torsion spring is often fixed to other places, which forms the phenomenon that other components rotate around the center of the torsion spring. Once other components start rotating around the center of the spring, the spring will quickly pull other components back to their original position, which will form a rotating force and change the generated rotating force into the required resistance. In this way, the torsion spring can statically fix a device by storing or releasing this energy to achieve the desired results.
    當然,我們也可以發現,應用的地方不一樣,其中扭轉彈簧的圈數也是不同的,所以,這里面就涉及到了大量的物理、數學知識。通過固定住裝置所需要的阻力大小,來計算得到扭轉彈簧所需要的圈數。并且,在計算的過程中,根據應用的實際要求來設計扭轉彈簧的旋轉方向。
    Of course, we can also find that the applications are different, and the number of turns of the torsion spring is also different. Therefore, a lot of physical and mathematical knowledge is involved. The number of turns required for the torsion spring is calculated by the resistance required to fix the device. Moreover, in the process of calculation, the rotation direction of the torsion spring is designed according to the actual requirements of the application.
    此外扭轉彈簧用法應避免超過很大扭轉量的使用扭力產生進而造成折損,接近密著長之使用,會使彈簧線部逐漸密著如此,因為彈簧定數變高造成荷重曲線隨之生高,近而產生高應力使彈簧失效。
    In addition, the use of the torsion spring should avoid the use of a large amount of torsion, which will cause damage. The use of close fitting will gradually make the spring line close. Because the fixed number of the spring becomes higher, the load curve will be higher, and close fitting will produce high stress to make the spring invalid.
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