Small electronic devices are often portable in nature and, as such, require a portable source of power such as a battery. A battery, which typically includes a battery housing, may be conveniently attached to an electronic device where electrical contact is made through conventional electronic coupling.
Several mechanisms have been devised to enable a user to easily connect and disconnect a battery from an electronic device. One such mechanism has been a latching mechanism. As an electronic device becomes smaller, however, volume within the electronic device cannot afford a latching mechanism which is extensive and complex. Thus, it would be advantageous for a latching mechanism to be placed in locations other than within the electronic device itself.
In addition, an electronic device having a battery may be subject to some mechanical stresses, such as those stresses which occur when an electronic device is dropped accidentally. Depending on the latching mechanism's design, the latching mechanism may break or wear from such stresses. Wearing the latching mechanism may cause the battery to be loosely attached to the electronic device. At best, a loosely attached battery may rattle on the electronic device; at worst, the battery may lose electrical contact with the electronic device. Therefore, it would be advantageous to provide a latching mechanism that is durable. In addition, a battery having a simple design for manufacturing is often desirable for reducing manufacturing effort, cost, and time. Also, a battery having a light weight is desirable when considering product cost and electronic device portability.