Electrolyte feeder for battery

Claim 2

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of a spaced cell units equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; an upwardly extending cylindrical filling sleeve being formed on each filling port of siad battery; a thin film being formed at a tip end of the filling tube, each shell body being sealed by said thin film, and each shell body being opened by breaking said thin film with the filling sleeve.

Claim 3

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of spaced cell units, equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; a thin film, which can be opened, being formed at a tip end of the filling tube, and a battery sealing plug is fitted onto an outer periphery of the filling tube.

Claim 4

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of spaced cell units, equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; a thin film, which can be opened, being formed at a tip end of the filling tube, and a battery sealing plug is fitted onto an outer periphery of the filling tube.

Claim 5

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of spaced cell units, equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; a thin film being formed at a tip end of the filling tube, each shell body being sealed by said thin film, a filling hole for each cell being provided on each filling port of a battery cover, an upwardly extending filling sleeve is formed on each filling hole, said filling sleeve fitting in an inner periphery of the filling tube of electrolyte container and said filling sleeve opening the thin film on the filling tube, and air grooves for supplying air to the electrolyte container are formed on an outer peripheral surface of said sleeve.

Claim 6

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of spaced cell units, equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; a thin film being formed at a tip end of the filling tube, each shell body being sealed by said thin film, a filling hole for each cell being provided on each filling port of a battery cover, an upwardly extending filling sleeve is formed on each filling hole, said filling sleeve fitting in an inner periphery of the filling tube of electrolyte container and said filling sleeve opening the thin film on the filling tube, and air grooves for supplying air to the electrolyte container are formed on an outer peripheral surface of said sleeve.

Claim 7

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of spaced cell units, equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; a thin film being formed at a tip end of the filling tube, each shell body being sealed by said thin film, a filling hole, for each cell, being provided on each filling port of a battery cover, an upwardly extending filling sleeve being formed on each filling hole, said filling sleeve fitting in an inner periphery of the filling tube of electrolyte container for opening the filling tube, and air grooves for supplying air to the electrolyte container being formed on an inner peripheral surface of said filling tube.

Claim 8

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of spaced cell units, equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; a thin film being formed at a tip end of the filling tube, each shell body being sealed by said thin film, a filling hole, for each cell, being provided on each filling port of a battery cover, an upwardly extending filling sleeve being formed on each filling hole, said filling sleeve fitting in an inner periphery of the filling tube of electrolyte container for opening the filling tube, and air grooves for supplying air to the electrolyte container being formed on an inner peripheral surface of said filling tube.

Claim 9

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of spaced cell units, equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; a thin film being formed on a tip end of the filling tube, said thin film comprising an aluminum sheet body layer, thermal resisting polyester resin layers formed on both sides of said aluminum sheet body layer and a polyethylene resin layer formed of the same material as the container, said polyethylene resin layer being formed on a inner most surface of the container, and each shell body is sealed up by said thin film.

Claim 10

An electrolyte feeder for battery including an electrolyte container, said container comprising: a shell body filled with an electrolyte in a plurality of spaced cell units, equal in number to the number of individual cells in a dry charged storage battery, each of said shell bodies having a filling tube, and said filling tubes being spaced to coincide with the spacing between filling ports of said battery to enable the filling tubes to fit into the corresponding one of the filling ports; a thin film being formed on a tip end of the filling tube, said thin film comprising an aluminum sheet body layer, thermal resisting polyester resin layers formed on both sides of said aluminum sheet body layer and a polyethylene resin layer formed of the same material as the container, said polyethylene resin layer being formed on a inner most surface of the container, and each shell body is sealed up by said thin film.

Claim 11

An electrolyte feeder for battery as set forth in claim 3, in which a notched portion is formed at a tip end of the sleeve, an air groove is formed at a position deviated from said tip end in a circumferential direction, a radially outwardly extending rib is formed on a sleeve outer peripheral surface corresponding to a lower side part of the air groove.

Claim 12

An electrolyte feeder for a battery as set forth in claim 1, wherein said thin film is an aluminum sheet layer and a polyethylene resin layer.

Claim 13

An electrolyte feeder for a battery as set forth in claim 1, wherein said thin sheet is bonded by thermocompression to said filling tube of said electrolyte container.

Claim 14

An electrolyte feeder for a battery as set forth in claim 2, wherein said thin film is an aluminum sheet layer and a polyethylene resin layer.

Claim 15

An electrolyte feeder for a battery as set forth in claim 2, wherein said thin sheet is bonded by thermocompression to said filling tube of said electrolyte container.

Claim 16

An electrolyte feeder for a battery as set forth in claim 3, wherein said thin film is an aluminum sheet layer and a polyethylene resin layer.

Claim 17

An electrolyte feeder for a battery as set forth in claim 3, wherein said thin sheet is bonded by thermocompression to said filling tube of said electrolyte container.

Claim 18

An electrolyte feeder for a battery as set forth in claim 4, wherein said thin film is an aluminum sheet layer and a polyethylene resin layer.

Claim 19

An electrolyte feeder for a battery as set forth in claim 4, wherein said thin sheet is bonded by thermocompression to said filling tube of said electrolyte container.

Claim 20

An electrolyte feeder for a battery as set forth in claim 5, wherein said thin sheet is bonded by thermocompression to said filling tube of said electrolyte container.