Abstract: This invention includes a pocket for a charger that is capable of accommodating a number of different batteries, each battery having a different mechanical and electrical form factor. The pocket includes a pocket divider that may be inserted into multiple pairs of notches. The pocket divider thereby allows the pocket to be reconfigured. The pocket further comprises at least two sets of electrical contacts, and at least two springs for ensuring the proper contact force between a battery and the electrical contacts.

Abstract: This invention includes a pocket for a charger that is capable of accommodating a number of different batteries, each battery having a different mechanical and electrical form factor. The pocket includes a pocket divider that may be inserted into multiple pairs of notches. The pocket divider thereby allows the pocket to be reconfigured. The pocket further comprises at least two sets of electrical contacts, and at least two springs for ensuring the proper contact force between a battery and the electrical contacts.

Abstract: An optical fiber splicer-connector comprises a fiber section, a splice section, and a connecting section. The splice section is located between the fiber section and the connecting section. A fiber channel is disposed on the fiber section for accepting an optical fiber and for guiding the optical fiber to the splice section. Means for splicing optical fibers is located on the splice section. A fiber channel is disposed on the connecting section for accepting an optical fiber and for guiding the optical fiber to the splice section. The connecting section includes a connecting body for releasably attaching the splicer to an adapter. In one embodiment, the splice section and the connecting section are provided as separate, interengagable pieces.