JP3193386U

JP3193386U - Battery case

Info

Publication number: JP3193386U
Application number: JP2014003949U
Authority: JP
Inventors: 建造小松
Original assignee: 建造小松
Filing date: 2014-07-08
Publication date: 2014-10-02
Anticipated expiration: 2024-07-08

Abstract

【課題】簡単なスイッチ機能を設け操作性の簡便な、安価で生産性の良い電池ケースを提供する。
【解決手段】ノブ１３の側面の突起面と突起面は電池ケース１の内面に当てて押さえられて矢印１６の方向に板バネに力が働く。電池ケース１のノブ受け面に、ノブ１３のガイドを押し当てノブ１３をスライド矢印１７の方向にスライドさせ、ノブ１３のストッパー１９を電池ケース１のノブ受け面に押し当て、ノブ１３の飛び出しを防止する。ノブ１３をスライド矢印１７の方向に、スライドさせるときに、板バネの先端１４が絶縁板の面を押さえながら滑りタイミング穴に落ち込み電極に接触する。
【選択図】図４A battery case having a simple switch function, simple operability, low cost and high productivity is provided.
A protruding surface and a protruding surface of a side surface of a knob 13 are pressed against and pressed against an inner surface of a battery case 1, and a force acts on a leaf spring in the direction of an arrow 16. The guide of the knob 13 is pressed against the knob receiving surface of the battery case 1, the knob 13 is slid in the direction of the slide arrow 17, the stopper 19 of the knob 13 is pressed against the knob receiving surface of the battery case 1, and the knob 13 protrudes. To prevent. When the knob 13 is slid in the direction of the slide arrow 17, the tip 14 of the leaf spring falls into the sliding timing hole while touching the surface of the insulating plate and contacts the electrode.
[Selection] Figure 4

Description

Detailed description of the invention

平面角型の電池と、ＬＥＤを収納した電池ケースに関するものである。The present invention relates to a flat prismatic battery and a battery case containing LEDs.

上記の電池は、電池ケースにおいて簡単なスイッチ機能を設け操作性の簡便な、安価で生産性の良い電池ケースを供給する。 The above battery supplies a battery case with a simple switch function and a simple operability, low cost and high productivity.

平面角型の電池を収納した電池ケースにおいて、従来から電池の電極とスイッチを半田付け、あるいはリード線の圧着でスイッチ配線していた。
同一出願人による先願例図面は図６によるConventionally, in a battery case containing a flat rectangular battery, the battery electrode and the switch are conventionally soldered or switch wiring is performed by crimping a lead wire.
Drawing of prior application by the same applicant is shown in FIG.

平面角型の電池において、リードの半田付け、圧着工事を伴わない構造のスイッチ機構を構成して、該電池にＬＥＤを組み合わせにて点灯、消灯できる機構の電池ケース構造体を供給すること。 In a flat rectangular battery, a switch mechanism having a structure that does not involve lead soldering and crimping work is configured, and a battery case structure having a mechanism that can be turned on / off by combining LEDs with the battery is supplied.

Means for the Invention to Solve

本考案は、平面角型の電池と、該電池の電極が覗ける導通部の穴と、絶縁部と配置した絶縁板を電池の片方の電極側に重ね合わせる、該絶縁板面をスライドする簡単な板バネとを取り付け、該板バネを、導通部分穴と絶縁部分をスライドさせてスイッチ構造を構築する。 The present invention is a simple battery that slides on the surface of a flat rectangular battery, a hole of a conduction part through which the electrode of the battery can be seen, and an insulating board arranged with the insulating part on one electrode side of the battery. A plate spring is attached, and the switch structure is constructed by sliding the conductive portion hole and the insulating portion.

該電池を電池ケース本体に収めて、２端子を持つＬＥＤの端子の一方を該電池の片方の電極に固定し、もう一方のＬＥＤの端子部を、該絶縁板に添わせて固定し、板バネの端をＬＥＤ端子部上にスライド接触させて、該板バネのもう一方の端側を、該絶縁板のタイミング穴の導通部面に接触してスライドする様にして組み込んだ。
板バネが、該電池の電極面を覗けるタイミング穴の導通面に出入りすることで、これによりスイッチ機構が構築される。The battery is housed in the battery case body, one of the terminals of the LED having two terminals is fixed to one electrode of the battery, and the terminal portion of the other LED is fixed along the insulating plate. The end of the spring was brought into sliding contact with the LED terminal portion, and the other end side of the leaf spring was assembled so as to slide in contact with the conduction portion surface of the timing hole of the insulating plate.
The leaf spring enters and exits the conduction surface of the timing hole through which the electrode surface of the battery can be seen, whereby a switch mechanism is constructed.

本考案を、図１から図５で説明する、図１は本考案による基本実施例の電池ケース図である。
図１本考案の基本実施例の図である。図１において電池ケース１の中心部に平面角型電池組立２を組み込み光を通すキャップケース３とスイッチノブ組立４を組み付けた基本図である。キャップケース３はＬＥＤ７の保護のカバーであり、保護が保てれば、キャップケース３は無くても良い。
平面角型の電池５の電極Ａ面８にタイミング穴６０１を設けた絶縁板６重ね合わせる、タイミング穴６０１からは電極Ａ面８が覗ける、ＬＥＤ７の端子Ｃ１０を絶縁板６に沿わせて組み付け、ＬＥＤ７の端子Ｄ１１を電極Ｂ面９に接触固定して平面角型電池組立２を完成させる。
ノブ１３の側面の突起面１３０１と突起面１３０２は電池ケース１の内面１０１に当てて組み込みます、スイッチノブ組立４は電池を押してスライドできる。The present invention will be described with reference to FIGS. 1 to 5. FIG. 1 is a battery case diagram of a basic embodiment according to the present invention.
1 is a diagram of a basic embodiment of the present invention. 1 is a basic view in which a flat prismatic battery assembly 2 is assembled at the center of the battery case 1 and a cap case 3 for passing light and a switch knob assembly 4 are assembled. The cap case 3 is a protective cover for the LED 7, and the cap case 3 may be omitted if the protection can be maintained.
The insulating plate 6 provided with the timing hole 601 is overlapped with the electrode A surface 8 of the flat rectangular battery 5, the electrode A surface 8 can be seen from the timing hole 601, and the terminal C 10 of the LED 7 is assembled along the insulating plate 6. The flat prismatic battery assembly 2 is completed by fixing the terminal D11 of the LED 7 to the electrode B surface 9 in contact.
The projecting surface 1301 and the projecting surface 1302 on the side surface of the knob 13 are built in contact with the inner surface 101 of the battery case 1, and the switch knob assembly 4 can slide by pushing the battery.

図２は本考案の電池組立２の説明図である。
図２において、板バネ１２をノブ１３のボスに合わせ張り合わせる、板バネ１２の先端１４、先端１５は、矢印１６の方向に力が働く、板バネ１２の先端１４が平面角型電池組立２の絶縁板６の面を押さえながら滑りタイミング穴６０１を通る様にして、電池５の電極に接触し、ＬＥＤ７の端子１０にバネの先端１５が接触してスライドする位置に組み付けて電池ケース１の中心部に固定した。
図３はスイッチノブ組立４である。図３において、ノブ１３の内側に、板バネ１２の固定し、平面角型電池組立２の絶縁板６と電池ケース１の内面１０１との隙間に板バネ１２の先端１４、先端１５が絶縁板６とＬＥＤ７の端子１０に接触スライドするように組み込まれる。FIG. 2 is an explanatory view of the battery assembly 2 of the present invention.
In FIG. 2, the leaf spring 12 is attached to the boss of the knob 13, and the tip 14 and the tip 15 of the leaf spring 12 have a force acting in the direction of the arrow 16. The tip 14 of the leaf spring 12 is the flat rectangular battery assembly 2. The battery case 1 is assembled so that it passes through the sliding timing hole 601 while holding down the surface of the insulating plate 6 and is in contact with the electrode of the battery 5 and the terminal 10 of the LED 7 is in contact with the tip 15 of the spring and slides. Fixed in the center.
FIG. 3 shows the switch knob assembly 4. In FIG. 3, the leaf spring 12 is fixed inside the knob 13, and the distal end 14 and the distal end 15 of the leaf spring 12 are the insulating plate in the gap between the insulating plate 6 of the flat rectangular battery assembly 2 and the inner surface 101 of the battery case 1. 6 and the terminal 10 of the LED 7 are assembled so as to slide in contact.

図４は本考案の基本実施構造断面図のスイッチがＯＮ状態の説明図である、図４において、ノブ１３の側面の突起面１３０１と突起面１３０２は電池ケース１の内面１０１に当てて押さえられて矢印１６の方向に板バネ１２に力が働く。
電池ケース１のノブ受け面２０１に、ノブ１３のガイド２０を押し当てノブ１３をスライド矢印１７の方向にスライドさせ、ノブ１３のストッパー１９を電池ケース１のノブ受け面２０２に押し当て、ノブ１３の飛び出しを防止する。
図４において、ノブ１３をスライド矢印１７の方向に、スライドさせるときに、板バネ１２の先端１４が絶縁板４の面を押さえながら滑りタイミング穴６０１に落ち込み電極に接触する、電気的に閉回路になったスイッチがＯＮ状態の説明図である。
図５は本考案の基本実施構造断面図のスイッチがＯＦＦ状態の説明図である。ノブ１３をスライド矢印１８方向に移動させて、ノブ１３の位置が下方に移り板バネ１２の先端１４が絶縁板６のタイミング穴６０１から外れて、絶縁板６の絶縁部がバネ１２の先端１４と、平面角型電池組立２の電極面Ａ８の間に入り、スイッチがＯＦＦ状態の説明図である。FIG. 4 is an explanatory diagram of the basic embodiment structure cross-sectional view of the present invention in the ON state. In FIG. 4, the protrusion surface 1301 and the protrusion surface 1302 on the side surface of the knob 13 are pressed against the inner surface 101 of the battery case 1. Thus, a force acts on the leaf spring 12 in the direction of the arrow 16.
The guide 20 of the knob 13 is pressed against the knob receiving surface 201 of the battery case 1, the knob 13 is slid in the direction of the slide arrow 17, and the stopper 19 of the knob 13 is pressed against the knob receiving surface 202 of the battery case 1. Prevent popping out.
In FIG. 4, when the knob 13 is slid in the direction of the slide arrow 17, the tip 14 of the leaf spring 12 falls into the sliding timing hole 601 while pressing the surface of the insulating plate 4 and contacts the electrode. It is explanatory drawing of the switch turned ON.
FIG. 5 is an explanatory view of the switch of the basic embodiment structure sectional view of the present invention in the OFF state. When the knob 13 is moved in the direction of the slide arrow 18, the position of the knob 13 is moved downward, the tip 14 of the leaf spring 12 is removed from the timing hole 601 of the insulating plate 6, and the insulating portion of the insulating plate 6 is the tip 14 of the spring 12. And is between the electrode surface A8 of the flat prismatic battery assembly 2, and is an explanatory view of the switch in the OFF state.

Effect of device

本考案の電池ケースは、単純な構造でスイッチ機能を持たせたＬＥＤライトユニットがえられる。電気回路がＯＦＦ状態では電流が少ないので電池の寿命を延ばすことができた。
部品の組込みが単純で、品質の安定し製品がえられた。The battery case of the present invention provides an LED light unit having a simple structure and a switch function. When the electric circuit is in the OFF state, the battery life can be extended because the current is small.
The assembly of parts was simple, and the product was stable in quality.

本考案の基本実施例の図Illustration of the basic embodiment of the present invention 本考案の電池組立の説明図Explanatory drawing of battery assembly of the present invention スイッチノブ組立の説明図Illustration of switch knob assembly 本考案の基本実施構造断面図のスイッチがＯＮ状態の説明図Explanatory drawing of switch ON state of basic implementation structure sectional view of the present invention 本考案の基本実施構造断面図のスイッチがＯＦＦ状態の説明図Explanatory drawing of the switch of the basic implementation structure sectional view of the present invention in the OFF state 同一出願人による先願例図面Prior application drawing by the same applicant

マグネシウム等の電池ライトにかんする平面板状角型の積層電池構造において簡単な構造のスイッチ構造を単純化し効率よいエネルギーの提供を目的とした。The purpose of the present invention was to simplify the switch structure with a simple structure in the planar plate-shaped prismatic battery structure for battery lights such as magnesium and to provide efficient energy.

１・電池ケース
２・平面角型電池組立
３・キャップケース
４・スイッチノブ
５・電池
６・絶縁板
７・ＬＥＤ
８・電極Ａ面
９・電極Ｂ面
１０・端子Ｃ
１１・端子Ｄ
１２・板バネ
１３・ノブ
１４・バネの先端
１５・バネの先端
１６・矢印
１７・スライド矢印
１８・スライド矢印
１９・ストッパー
２０・ガイド
１０１・内面
２０１・ノブ受け
２０２・ノブ受け
６０１・タイミング穴
１３０１・突起面
１３０２・突起面1. Battery case 2. Flat prismatic battery assembly 3. Cap case 4. Switch knob 5. Battery 6. Insulating plate 7. LED
8. Electrode A surface 9. Electrode B surface 10. Terminal C
11. Terminal D
12, leaf spring 13, knob 14, spring tip 15, spring tip 16, arrow 17, slide arrow 18, slide arrow 19, stopper 20, guide 101, inner surface 201, knob receiver 202, knob receiver 601, timing hole 1301 -Projection surface 1302-Projection surface

Claims

In the case of a square flat plate battery, a flat plate square battery, an insulating plate provided with a timing hole for creating a conducting portion and an insulating portion, a battery body case, a metal leaf spring, and two terminals A battery case characterized in that a switch function is provided by sliding a metal leaf spring on an insulating plate provided with a conductive connection plate having a timing hole.