Inventors list

Assignees list

Classification tree browser

Top 100 Inventors

Top 100 Assignees

Micro Power Electronics, Inc.

Micro Power Electronics, Inc. Patent applications
Patent application number	Title	Published
20110093840	PATCHES FOR BATTERY-INTERFACING DEVICES AND ASSOCIATED SYSTEMS AND METHODS - Patches for battery-interfacing devices and associated systems and methods are disclosed. A patch device in accordance with one embodiment includes a storage medium having a patch, the patch including information that is not specific to only the patch device. The patch device can further include a data terminal coupled to the storage medium and coupleable to a corresponding data terminal of a battery port of a host device. The patch is transmissible away from the storage medium via the data terminal. A method in accordance with a particular embodiment includes powering a host device by connecting a battery pack to the host device via a power terminal and a data terminal of the battery pack and corresponding power terminal and data terminal of the host device. Information is conveyed to the host device via the data terminal of the battery pack that is specific to just the battery pack. The battery pack is then removed from the host device and a patch device is connected to the host device via a data terminal of the patch device and the corresponding data terminal of the host device. The method further includes transmitting a patch from a storage medium of the patch device to the host device via the data terminal of the patch device and the data terminal of the host device, with the patch including information that is not specific to just the patch device.	04-21-2011
20110086255	TEMPORARY INSULATOR FOR BATTERY PACKS AND ASSOCIATED SYSTEMS AND METHODS - Battery packs having electrically insulating material between conductive surfaces of electrical components are described herein. In some embodiments, a battery pack includes a battery cell with a first conductive surface, an electrically conductive member with a second conductive surface, and electrically insulating material positioned between the first and second conductive surfaces. The electrically insulating material has at least one passage that enables the first and second conductive surfaces to be electrically connected. For example, the passage in the electrically insulating material may be formed by, during, or as a result of a process in which the first and second conductive surfaces are attached, such as by a welding process that both ablates a portion of the electrically insulating material to form the through passage and that physically joins the first and second conductive surfaces, thereby creating an electrical connection therebetween.	04-14-2011