초록 ▼

An electric cell module is provided, which enables operations of connecting terminals in one direction and which is, as a whole, highly rigid and has excellent resistance to breakage. A pair of rod bodies 3A and 3B are arranged parallel to each other to be oriented in opposite polarities. Each rod b

An electric cell module is provided, which enables operations of connecting terminals in one direction and which is, as a whole, highly rigid and has excellent resistance to breakage. A pair of rod bodies 3A and 3B are arranged parallel to each other to be oriented in opposite polarities. Each rod body contains a plurality of electric cells 1 connected in series through cell connector portions 2. An electrical connecting structure 4 is formed on one end face of each rod body. The structure connects the rod bodies electrically to each other. A coupling jig 5 is incorporated to surround at least one juxtaposed pair of cell connector portions present at the same longitudinal position in the rod bodies.

대표청구항 ▼

1. An electric cell module, comprising: a pair of rod bodies arranged parallel to each other to be oriented in opposite polarities, each rod body containing a plurality of electric cells connected in series through cell connector portions; an electrical connecting structure formed on one end fac

1. An electric cell module, comprising: a pair of rod bodies arranged parallel to each other to be oriented in opposite polarities, each rod body containing a plurality of electric cells connected in series through cell connector portions; an electrical connecting structure formed on one end face of each rod body, the structure connecting the rod bodies electrically to each other; and a jig for coupling the rod bodies, the jig surrounding at least one juxtaposed pair of cell connector portions present at the same longitudinal position in the rod bodies. 2. The electric cell module according to claim 1, wherein the jig for coupling the rod bodies has a double-split structure. 3. The electric cell module according to claim 1, wherein the jig for coupling the rod bodies has on the faces surrounding the cell connector portions an elastic body. 4. The electric cell module according to claim 1, wherein the electrical connecting structure is made of copper, a copper-based metal, an aluminum alloy or nickel-plated iron. 5. The electric cell module according to claim 2, wherein the jig for coupling the rod bodies has on the faces surrounding the cell connector portions an elastic body.