Battery pack
AssigneeSanyo Electric Co., Ltd.
InventorsAtsushi Watanabe, Mikitaka Tamai, Hiroki Teraoka, Masatsugu Naka
Life of this patent
Estimating the term…
Abstract
A battery pack including a molded resin portion, which holds a part of or the entire battery, and an externally exposed output terminal. The battery pack further includes an insulating block, which is provided with a breaker mechanism for cutting-off current flow when an over-current flows. The insulating block is held by being inserted in the molded resin portion. The insulating block holds the output terminal on its surface. The output terminal held by the insulating block is held at a prescribed position so as to be externally exposed from the molded resin portion.
Claims13
A battery pack comprising:
- a battery;
- a molded resin portion which holds at least a part of the battery;
- an insulating block which is provided with a breaker mechanism for cutting-off current flow upon detection of an over-current flow, the insulating block being held by being inserted in the molded resin portion;
- an externally exposed output terminal connected to a surface of the insulating block,
- wherein the insulating block holds the output terminal on a surface thereof, and the output terminal held by the insulating block is disposed at a prescribed position so as to be externally exposed from the molded resin portion, and
- wherein the insulating block includes a base block and a cover block, which are separately formed of plastic, the cover block being fastened to the base block, and a holding chamber is formed between the cover block and the base block;
- a fastening metallic member connected to the output terminal;
- and
- a breaker mechanism provided in the holding chamber, wherein the breaker mechanism includes a movable arm, and the movable arm protrudes externally outside of the cover block, and an externally protruding portion of the movable arm is fastened to the fastening metallic member.
A battery pack comprising:
- a battery including a terminal;
- a molded resin portion which holds a part of or the whole of the battery inserted thereto;
- an insulating block which is provided with a breaker mechanism for cutting-off current flow when an over-current flow, the insulating block being held by inserted in the molded resin portion,
- an externally exposed output terminal connected to a surface of the insulating block, wherein the output terminal held by the insulating block is held at a prescribed position so as to be externally exposed from the molded resin portion;
- and
- a drawn-out lead plate fastened to the terminal of the battery and fastened to the insulating block,
- wherein the drawn-out lead plate protrudes from one end of the insulating block, and an end of the protruded part is connected to the terminal of the battery,
- wherein the drawn-out lead plate is provided with a bent portion that is bent in a direction that protrudes from the end face of the terminal at its fore end, and
- wherein the drawn-out lead plate is bent in a U-shape, and the insulating block is opposed to a terminal surface which the drawn-out lead plate is fastened to, and the insulating block has an insertion recessed portion into which the bent portion of the drawn-out lead plate is fitted, and the insulating block is positioned at the prescribed position of the end face of the terminal in the state that the bent portion is inserted into the insertion recessed portion.
A battery pack comprising:
- a battery;
- a molded resin portion which holds a part of or the whole of the battery inserted thereto;
- an insulating block which is provided with a breaker mechanism for cutting-off current flow upon detection of an over-current flow, the insulating block being held by being inserted in the molded resin portion;
- and
- externally exposed output terminals secured to a surface of the insulating block, wherein the output terminals held by the insulating block are held at a prescribed position so as to be externally exposed from the molded resin portion;
- and
- an electronic component connected by soldering to adjacent ones of the output terminals, wherein opposing surfaces of the adjacent output terminal define opposing notch portions, and the notch portions are formed in opposing edges surfaces of the adjacent output terminals, and an area between the notch portions is filled with resin.
Dependencies are inferred from the claim text.