Seagate Technology Incorporated

Kong Beng Terang Thia

Kah Liang Gan

Wei Loon Ng

Pei Koh Lee

Xiong Liu

ChoonKiat Lim

Pow-Hing Yong

USB storage device housing

A storage device includes a housing having a cavity formed therein which contains a storage unit. A USB cable is electrically connected between a USB plug located outside of the cavity of the housing and the storage unit located in the cavity. A USB cable stress relief mount includes a first USB cable clamp formed in the housing. A second USB cable clamp is formed in the housing and is opposed to the first USB cable clamp. A third USB cable clamp is formed in the housing. The third USB cable clamp is positioned at an angle with the first and second USB cable clamps. The USB cable extends between, and is secured by, the first, second and third USB cable clamps.

USB storage device

The present invention is a method of determining mass unbalance of an actuator mechanism in a system. The method includes calculating a center of gravity in first x and y components with respect to a first coordinate system of the actuator mechanism. The method also includes calculating the center of gravity in second x and y components with respect to a second coordinate system of the actuator mechanism. The total mass unbalance of the actuator mechanism is then calculated.

Method of determining the mass unbalance of an actuator

Growing community of inventors

Singapore, Singapore

Kong Beng Terang Thia