Delta Innergie's PocketCell Wins 2012 Computex Best Choice Award

Taipei, Taiwan, May, 29, 2012 – The new PocketCell rechargeable battery bank from Delta Electronics' consumer brand Innergie has won the 2012 Computex Best Choice Award. The award is the highest honor presented at Computex Taipei, the largest ICT trade show in Asia. The Innergie PocketCell is an innovative and compact rechargeable battery bank that features a 3-in-1 charge & sync cable, integrated Apple connector, Micro USB, and Mini USB tips. The PocketCell can charge or provide extended power to virtually any mobile device such as iPads, iPhones, iPods, HTC, Samsung, and BlackBerry, Android smart phones, media players, and more than 10,000 other portable devices, as it fulfills Delta's brand concept "Smarter, Greener, Together".

The senior director of Innergie, P.S. Tang, said, "The PocketCell is compact and lightweight at 72 grams, and its 3,000 mAh rechargeable battery bank can extend the operating hours of mobile devices. For instance, it can extend the iPhone's talk time to more than 25 hours." The PocketCell not only has a built-in smart chipset and 2.1 amp fast-charging USB port to fast charge and recharge mobile devices, but it also has built-in power protection systems to ensure safety, including: over current protection, over voltage protection, overheating protection, over power protection, and short circuit protection.

The Innergie PocketCell battery bank comes in a stylish one-piece design with an elegant piano-lacquer finish. For energy saving the built-in Auto Sleep Mode turns the power off after 10 seconds when not in-use.

The Innergie PocketCell is exhibited at Delta's Booth number L0631a located in the Nangang Hall 4th floor at 2012 Computex Taipei.

電子凸輪介紹3

電子凸輪介紹2
電子凸輪介紹1

在市面上，其實已經有很多電子凸輪相關的功能產品推出，
最常見的就是附加在伺服驅動器上。
但為什麼用的人很少見呢!?

原因就是在寫PLC程式的人，要去了解伺服驅動器的電子凸輪功能，
再加以應用，實在是很困難的一步。

唯有做成PLC類似的架構，在推廣與應用上，才能更加的快速。

如果PLC就能啟動/停止/設定凸輪，變數就能夠設定凸輪的參數，不是更加的方面嗎!?


待續：台達DVP-10MC

電子凸輪介紹-2

電子凸輪介紹1

電子凸輪應用的地方?
飛剪、追剪、包裝、排線....
其實有幾個共同點，都是相同動作，連續重覆，都有一個主動軸(感應馬達)
飛剪：主馬達拉料，達一定長度後，開始啟動圓型刀(伺服)，此時圓型刀的切速度要跟主馬達一致。

追剪：主馬達拉料，達一定長度後，切刀機構開始要跟主馬達同速，才可以切口整齊。

包裝：主生產線持續送料，到固定長度後開始封口，切割。
排線：主馬達帶動軸心旋轉，排線軸隨著主馬達的轉速在左右移動。

總合以上：
1.主馬達需要的馬力需求很高，所以都不會是採用伺服馬達。
2.都有計算長度的需求。所以要加裝編碼器(encode)來檢查距離是否到達。
3.從動軸，都有要跟主馬達同速的需求
4.感應馬達跟伺服馬達要同速，就只要靠編碼器(encode)來確認感應馬達的轉速，來調整伺服馬達的度。(跟車床的每轉連給率是相同的原理。)