JPH03119957U

JPH03119957U -

Info

Publication number: JPH03119957U
Application number: JP1990030191U
Authority: JP
Priority date: 1990-03-23
Filing date: 1990-03-23
Publication date: 1991-12-10

Description

[Brief explanation of drawings]

図は本考案の実施例を示し、第１図は本考案の
斜視図、第２図は縦側断面図、第３図はマイクロ
バツテリーの縦側断面図、第４図は打抜きピンを
ネジ込み方式とした要部の縦側断面図、第５図は
打抜きピンをプツシユ方式とした要部の縦側断面
図。１……電槽、２……電解液槽、３……陽極端子
、４……陰極端子、５……電極コード、６……タ
ーミナル接続端子、７……密閉隔離板、８……打
抜きピン、９……二酸化鉛、１０……陽極板、１
１……鉛、１２……陰極板、１３……電解液、１
４……安全カバー、１５……電解液含浸用繊維、
１６……絶縁性材質、１７……マイクロバツテリ
ー、１８……パツキン、１９……プリント配線、
２０……電解液流入口。 The figures show an embodiment of the present invention, Fig. 1 is a perspective view of the invention, Fig. 2 is a longitudinal sectional view, Fig. 3 is a longitudinal sectional view of the micro battery, and Fig. 4 is a punching pin screwed in. FIG. 5 is a vertical sectional view of the main part using the push method for punching pins. 1...Battery tank, 2...Electrolyte tank, 3...Anode terminal, 4...Cathode terminal, 5...Electrode cord, 6...Terminal connection terminal, 7...Sealed separator, 8...Punching pin , 9...Lead dioxide, 10...Anode plate, 1
1... Lead, 12... Cathode plate, 13... Electrolyte, 1
4...Safety cover, 15...Fiber for electrolyte impregnation,
16... Insulating material, 17... Micro battery, 18... Packing, 19... Printed wiring,
20... Electrolyte inlet.

Claims

[Claims for Utility Model Registration] 1. An anode plate 10 having a thin film layer of lead dioxide 9 having a predetermined surface area and mass on the surface of an ultra-thin copper plate, and lead 1 having a predetermined surface area and mass on the surface of the ultra-thin copper plate.
Microbatteries 17 are stacked vertically, with the cathode plate 12 formed with the thin film surface layer of No. 1 facing each other across the electrolyte-impregnated fiber 15, and the sides and bottom of which are sealed with an insulating material 16. are connected in series, and an electrode cord 5 of a predetermined length with a terminal connection terminal 6 attached to the tip of each of the anode terminal 3 and the cathode terminal 4 facing the outside is connected to the upper part of the battery case 1. An electrolyte tank 2 is formed through a sealed separator 7, and a punched pin 8 is provided from the outside of the electrolyte tank 2 toward the inside sealed separator 7, and when in use, the punched pin 8 is propelled to seal and isolate the tank. A predetermined amount of the electrolyte 13 in the electrolyte tank 2 is transferred from the punched part of the plate 7 to the micro battery 17 in the battery tank 1.
A disposable ultra-compact battery that can be moved inside. 2. The discharge disposable ultra-compact battery according to claim 1, wherein the punching pin 8 is of a screw-in type. 3. The discharge disposable ultra-compact battery according to claim 1, wherein the punching pin 8 is of a bushing type.