JPS636824Y2 - - Google Patents

Description

【考案の詳細な説明】 本考案はレバースイツチに係り、回動レバーデ
イテント位置決め用のボール及びスプリングを収
納する収納体をスイツチケースに容易に取付けう
るレバースイツチを提供することを目的とする。[Detailed Description of the Invention] The present invention relates to a lever switch, and an object of the present invention is to provide a lever switch in which a storage body for storing a ball and a spring for positioning a rotary lever daytent can be easily attached to a switch case.

第１図及び第２図は夫々本考案になるレバース
イツチの１実施例を適用した組合せスイツチの１
実施例の全体斜視図及び分解斜視図、第３図Ａ，
Ｂは夫々上記組合せスイツチの側面図及び正面
図、第４図は上記組合せスイツチの縦断面図であ
る。図中、組合せスイツチ１はレバースイツチ２
に他のスイツチ体３を附設してなる。レバースイ
ツチ２は金属板製ケース４を有し、該ケース４は
上板部５及び両側板部６を有する。上板部５には
所定の開口部の他に位置決め孔５ａ及びネジ孔５
ｂを有する。両側板部６は互いに対称形状をな
し、所定位置にピン孔６ａ，６ｂ、内方突出部６
ｃ，６ｄ、係合凹部６ｅを有し、又下端に突出状
の取付脚部６ｆ、係止片６ｇ及び係合凹部６ｈ，
６ｉを形成され、又前端に前方突出部６ｊ及び切
起し部分を含んで折曲形成されネジ孔７ａを有す
る取付板部７を一体形成される。尚、取付板部７
は折曲部分のみで形成してもよいし或いは切起し
部分のみで形成するようにしてもよい。又本実施
例では、取付板部７は側板部６のみに形成してい
るが、これに限らず上板部５又は下板部がある場
合は該下板部に形成するようにしてもよい。 FIGS. 1 and 2 each show a combination switch to which an embodiment of the lever switch of the present invention is applied.
Overall perspective view and exploded perspective view of the embodiment, Figure 3A,
B is a side view and a front view of the combination switch, respectively, and FIG. 4 is a longitudinal sectional view of the combination switch. In the figure, combination switch 1 is lever switch 2.
Another switch body 3 is attached to the switch body 3. The lever switch 2 has a case 4 made of a metal plate, and the case 4 has an upper plate portion 5 and side plate portions 6. In addition to the predetermined opening, the upper plate portion 5 has a positioning hole 5a and a screw hole 5.
It has b. Both side plate parts 6 have a mutually symmetrical shape, and have pin holes 6a, 6b at predetermined positions, and an inward protrusion 6.
c, 6d, an engagement recess 6e, a mounting leg 6f protruding from the lower end, a locking piece 6g, and an engagement recess 6h.
6i, and is integrally formed with a mounting plate portion 7 including a forward protruding portion 6j and a cut-and-raised portion at the front end, which is bent and has a screw hole 7a. In addition, the mounting plate part 7
may be formed only from bent portions or may be formed from only cut and raised portions. Further, in this embodiment, the mounting plate part 7 is formed only on the side plate part 6, but the mounting plate part 7 is not limited to this, and if there is an upper plate part 5 or a lower plate part, it may be formed in the lower plate part. .

８は樹脂製収納体で、大略直方体状で収納孔８
ａ前端に垂直及び水平溝８ｂ，８ｃを有し、又両
側部の下端後部に互いに逆Ｌ字状をなす水平下面
９ａ及び垂直後面９ｂを有する凹部９を形成さ
れ、該水平下面９ａ後端には更に傾斜面９ｃを設
けられている。収納体８の孔８ａにはコイルバネ
１０及びボール１１を収納される。この収納体８
の取付けに関しては、ケース４前方より収納体８
上面を上板部５に密着させた状態で嵌入せしめ、
相対的に内方突出部６ｃを凹部９内に傾斜面９ｃ
の案内により嵌入させ水平下面９ａ及び垂直後面
９ｂに共通に当接させる。これにより収納体８は
上下方向にそれ自体の若干の弾性により上板部５
及び内方突出部６ｂ間に強固に挾持固定され且つ
前後方向に垂直後面９ｂの上記当接により位置決
めされ取付けられる。又取外し時には後方向より
単に押圧すればよく、取付け取外し作業はワンタ
ツチで極めて容易に行ないうる。又凹部９の形状
はこれに限ることなく上記二平面９ａ，９ｂが例
えば円形内周面状でもよく、その他種々の形状を
とりうる。 8 is a resin storage body, which is approximately rectangular parallelepiped and has a storage hole 8.
It has vertical and horizontal grooves 8b, 8c at the front end of a, and a recess 9 having a horizontal lower surface 9a and a vertical rear surface 9b that are mutually inverted L-shaped is formed at the rear of the lower end of both sides, and at the rear end of the horizontal lower surface 9a. is further provided with an inclined surface 9c. A coil spring 10 and a ball 11 are housed in the hole 8a of the housing body 8. This storage body 8
When installing the storage body 8 from the front of the case 4,
Insert it with the top surface in close contact with the top plate part 5,
Relatively inwardly protruding portion 6c is formed into inclined surface 9c within recess 9.
It is inserted by the guidance of and brought into common contact with the horizontal lower surface 9a and the vertical rear surface 9b. As a result, the storage body 8 moves upwardly and downwardly due to its own slight elasticity.
and the inward protrusion 6b, and is positioned and attached in the front-rear direction by the abutment of the vertical rear surface 9b. In addition, when removing it, it is only necessary to press it from the rear, and the installation and removal work can be performed extremely easily with one touch. Further, the shape of the recess 9 is not limited to this, and the two planes 9a and 9b may have circular inner peripheral surfaces, for example, or may take various other shapes.

１２はレバーで、孔１２ａ，１２ｂ、デイテン
ト凹部１２ｃ、係合凸部１２ｄを有しており、ケ
ース４に対しピン孔６ａを挿通するピン１４によ
りプツシユ１３を介して孔１２ａを挿通支承され
且つピン孔６ｂを貫通するピン１５により孔１２
ｂを挿通規制されて取付けられ、この場合中央デ
イテント凹部１２ｃにボール１１がバネ１０によ
り圧接係合する。これにより収納体８は相対的に
後方へ押圧附勢され上記前後方向位置決めを確実
にされる。尚、収納体８の溝８ｂにはレバー１２
の後端が嵌挿し、溝８ｃにはピン１５が嵌挿す
る。 Reference numeral 12 denotes a lever, which has holes 12a, 12b, a detent recess 12c, and an engaging convex portion 12d. The hole 12 is opened by the pin 15 passing through the pin hole 6b.
In this case, the ball 11 is pressed into engagement with the center detent recess 12c by the spring 10. As a result, the storage body 8 is pressed relatively rearward and the above-mentioned longitudinal positioning is ensured. Note that a lever 12 is provided in the groove 8b of the storage body 8.
The rear end of the pin 15 is inserted into the groove 8c, and the pin 15 is inserted into the groove 8c.

２１は絶縁基板で両側に突起部２１ａを有し、
夫々複数の固定接点部２２ａ及び端子２２ｂを有
する４組の端子板２２を貫通植設されており、ケ
ース６下面に対し第２図、第３図Ａに示す如く、
該突起部２１ａを夫々係合凹部６ｉに係合させた
後係止片６ｇを夫々内方へ折曲させて取付係止さ
れる。このときケース４下面前端に第４図に示す
如く開口部２７を形成される。 21 is an insulating substrate having protrusions 21a on both sides;
Four sets of terminal plates 22 each having a plurality of fixed contact portions 22a and terminals 22b are inserted through the bottom surface of the case 6, as shown in FIGS. 2 and 3A.
After the protrusions 21a are respectively engaged with the engagement recesses 6i, the locking pieces 6g are bent inward to be attached and locked. At this time, an opening 27 is formed at the front end of the lower surface of the case 4 as shown in FIG.

２３は大略直方体の樹脂製スライダで、前方突
出部２３ａに係合孔２３ｂを有し、又下方溝２３
ｃに４個の二叉状摺接子２４を収納され、更に第
２、第４図に示す如く中央上方溝２３ｄに作動板
２５を互いの凸部２３ｅ、凹部２５ａを係合させ
て嵌挿され接着固定される。尚、作動板２５は第
４図に示す如くスライダ２３後方に突出する。こ
のスライダ２３は予め基板２１上面に対し、摺接
子２４が夫々端子板２２を圧接挾持するよう載置
されており、ケース４への組込時に第３図Ａ、第
４図に示す如くスライダ２３上面両側を内方突出
部６ｄにより接触規制されて上下ガタを除去され
て図中矢印Ａ，Ｂ方向スライド自在とされる。
尚、前方突出部２３ａは開口部２７内に対応位置
して基板２１との干渉を回避されると共に係合孔
２３ｂにレバー１２の係合凸部１２ｄを係合され
る。 Reference numeral 23 denotes a roughly rectangular parallelepiped resin slider, which has an engagement hole 23b in the front protrusion 23a and a lower groove 23.
Four bifurcated sliding joints 24 are housed in c, and as shown in FIGS. 2 and 4, the actuating plate 25 is inserted into the central upper groove 23d by engaging the convex portions 23e and concave portions 25a of each other. and fixed with adhesive. Incidentally, the actuating plate 25 protrudes to the rear of the slider 23 as shown in FIG. The slider 23 is placed in advance on the upper surface of the board 21 so that the sliding contacts 24 press and clamp the terminal plates 22, respectively. Both sides of the top surface of 23 are restricted from contact by inward protrusions 6d to eliminate vertical play and can freely slide in the directions of arrows A and B in the figure.
The front protrusion 23a is located within the opening 27 to avoid interference with the substrate 21, and the engagement protrusion 12d of the lever 12 is engaged with the engagement hole 23b.

２６は樹脂製カバー体で、底板部２６ａ及び両
側板部２６ｂより一体的になり、底板部２６ａは
両側凸部２６ｃ及び後方段部２６ｄを有し又側板
部２６ｂは半円状凹部２６ｅ及び係合凸部２６ｆ
を有する。カバー体２６はケース４に開口部２７
下方より嵌入され両側板部２６ｂが夫々一旦内方
へ弾性変位した後各係合凸部２６ｆが夫々ケース
４の係合凹部６ｅに係合し（このとき両側板部２
６ｂは弾性変位復帰する）且つ各凸部２６ｃが
夫々ケース４の係合凹部６ｈに係合し、しかも各
段部２６ｄが基板２１前端に当接して取付係止さ
れる。これにより開口部２７は底板部２６ａによ
り閉蓋密閉されるため、後述する端子板２２の半
田デイツプ時に上昇するフラツクス及び他のゴミ
等のケース４内への進入を防止され、接触不良等
のない良好な接点機能が得られる。 Reference numeral 26 denotes a resin cover body, which is integrated with a bottom plate portion 26a and side plate portions 26b. Convex portion 26f
has. The cover body 26 has an opening 27 in the case 4.
After being inserted from below and the both side plate parts 26b are once elastically displaced inward, each engagement convex part 26f engages with the engagement recess 6e of the case 4 (at this time, the both side plate parts 2
6b is elastically displaced and returned), each convex portion 26c engages with an engagement recess 6h of the case 4, and each step portion 26d abuts the front end of the board 21 to be fixed and locked. As a result, the opening 27 is closed and hermetically sealed by the bottom plate 26a, thereby preventing flux and other dust that rises during soldering of the terminal board 22, which will be described later, from entering the case 4, thereby preventing contact failure, etc. Good contact function can be obtained.

他のスイツチ体３は大略コ字状に折曲形成した
取付板３１を有し、該取付板３１の上板部３２は
位置決め凸部３２ａ及び孔３２ｂを設けられ又底
板部３３は所定巾の凸部３３ａ及び１対のネジ孔
３３ｂを設けられている。 The other switch body 3 has a mounting plate 31 bent into a roughly U-shape, and the top plate 32 of the mounting plate 31 is provided with a positioning protrusion 32a and a hole 32b, and the bottom plate 33 has a predetermined width. A protrusion 33a and a pair of screw holes 33b are provided.

３４は夫々スケルトンスイツチで、夫々ケース
３５に１対の端子板３６ａ，３６ｂを貫通植設す
ると共に（各端子板３６ａ，３６ｂのケース３５
内先端が接点として互いに離間対向している）、
先端に樹脂製押圧片３７を有するバネ板３８を植
設してなり、一の端子板３６ａ及び押圧片３７は
反転バネ板３９により連結されている。二連スケ
ルトンスイツチ３４は取付板３１の底板部３３上
面に重畳配設され、ケース３５の孔３５ａ及びネ
ジ孔３３ｂに挿通した１対のボルト４０により取
付固定される。 Reference numeral 34 designates a skeleton switch, in which a pair of terminal plates 36a, 36b are inserted through the case 35 (case 35 of each terminal plate 36a, 36b).
The inner tips are facing away from each other as contact points),
A spring plate 38 having a resin pressing piece 37 at its tip is implanted, and one terminal plate 36a and the pressing piece 37 are connected by an inverted spring plate 39. The double skeleton switch 34 is arranged to overlap the top surface of the bottom plate portion 33 of the mounting plate 31, and is fixedly attached by a pair of bolts 40 inserted into the hole 35a and the screw hole 33b of the case 35.

かくして完成したスイツチ体３はケース４に対
し、上板部３２をケース４の上板部５に密着させ
互いの位置決め凸部３２ａ及び凹部５ａを嵌合さ
せ、且つ底板部３３の凸部３３ａをケース４の両
側板部６間に嵌入させて位置決め、孔３２ｂ及び
ネジ孔５ｂに挿通したボルト４１により取付固定
される。このとき第４図に示す如く、二連スケル
トンスイツチ３４の各押圧片３７は夫々スライダ
２３のスライド方向延長線上に位置し作動板２５
が共通に離間対向する。この両者２３，３４の連
動配設方法によれば、構成及び組付作業が極めて
簡単であり、単に作動板２５を使用するのみでレ
バースイツチ２及びスケルトンスイツチ３４共に
標準品を使用しうる。かくして組合せスイツチ１
が完成する。 The switch body 3 thus completed is attached to the case 4 by bringing the upper plate part 32 into close contact with the upper plate part 5 of the case 4, fitting the positioning protrusion 32a and the recess 5a, and fitting the protrusion 33a of the bottom plate part 33 into the case 4. It is fitted and positioned between the side plate portions 6 of the case 4 and fixed by bolts 41 inserted through the holes 32b and screw holes 5b. At this time, as shown in FIG. 4, each pressing piece 37 of the double skeleton switch 34 is located on the extension line of the slider 23 in the sliding direction, and
are commonly spaced apart and facing each other. According to this interlocking arrangement method of both 23 and 34, the construction and assembly work are extremely simple, and by simply using the actuating plate 25, standard products can be used for both the lever switch 2 and the skeleton switch 34. Thus combination switch 1
is completed.

尚上記実施例において、作動板２５は必ずしも
必要ではなく、スライダ２３に作動板２５に相当
する部分を予め一体形成しておいてもよく、或い
はスケルトンスイツチの押圧片３７にスライダ２
３近傍まで延出する当接部分を一体形成しておく
ようにしてもよい。 In the above embodiment, the actuating plate 25 is not necessarily required, and a portion corresponding to the actuating plate 25 may be integrally formed on the slider 23 in advance, or the slider 2 may be formed on the pressing piece 37 of the skeleton switch.
The contact portion extending up to three points may be integrally formed.

又上記実施例ではスケルトンスイツチ３４を使
用しているが、これに限らず通常のマイクロスイ
ツチを使用してもよい。 Further, although the skeleton switch 34 is used in the above embodiment, the present invention is not limited to this, and a normal micro switch may also be used.

次に組合せスイツチ１をパネル４２に取付ける
構成つき説明する。パネル４２は第２図に示す如
く、溝４２ａ両側に各１対の係止孔４２ｂ及び孔
４２ｃを有する。従つてレバースイツチ１のレバ
ー１２先端を溝４２ａに挿通させながら、ケース
４の各前方突出部６ｊを夫々係止孔４２ｂに挿入
係止して位置決め、且つ各取付板部７をパネル４
２裏面に当接させ孔４２ｃ及びネジ孔７ａをボル
ト４３により挿通締付けて取付固定する。このと
きボルト４３の後端はカバー体２６の半円状凹部
２６ｅに遊嵌しておりカバー体２６に干渉する等
の不都合を生じない。又レバー１２先端にノブ４
４が嵌合固定される。上記取付構造によれば、パ
ネル４２は位置決め用凹凸部を何ら必要とせず単
にフラツトで孔を設けるのみでよく、特にパネル
４２側の加工が容易であるためスイツチ１の取付
応用範囲が広く、その上取付作業自体も単に挿入
係止、ボルト締めだけでよく容易である。 Next, the configuration for attaching the combination switch 1 to the panel 42 will be explained. As shown in FIG. 2, the panel 42 has a pair of locking holes 42b and a pair of holes 42c on both sides of the groove 42a. Therefore, while inserting the tip of the lever 12 of the lever switch 1 into the groove 42a, each front protrusion 6j of the case 4 is inserted and locked into the locking hole 42b for positioning, and each mounting plate 7 is inserted into the panel 4.
2 and the back surface thereof, and the bolt 43 is inserted through the hole 42c and the screw hole 7a and tightened to be attached and fixed. At this time, the rear end of the bolt 43 is loosely fitted into the semicircular recess 26e of the cover body 26, so that problems such as interference with the cover body 26 do not occur. Also, there is a knob 4 at the tip of the lever 12.
4 are fitted and fixed. According to the above mounting structure, the panel 42 does not require any uneven parts for positioning, and it is sufficient to simply provide holes in the flat panel, and since the panel 42 side is particularly easy to process, the range of mounting applications for the switch 1 is wide, and The upper mounting process itself is easy, requiring only insertion, locking, and bolt tightening.

次に、第３図Ａ，Ｂに示す如く、レバースイツ
チ３の端子部２２ｂに対しプリント基板４５を取
付ける。このときケース４の取付脚部６ｆ及び端
子部２２ｂはプリント基板４５を挿通突出して半
田デイツプされ夫々所定パターンに導通固着され
る。又二連スケルトンスイツチ３４の各端子板３
６ａ，３６ｂも所定の配線を施される。 Next, as shown in FIGS. 3A and 3B, a printed circuit board 45 is attached to the terminal portion 22b of the lever switch 3. At this time, the mounting leg part 6f and the terminal part 22b of the case 4 are inserted through the printed circuit board 45, and are dipped in solder to be electrically fixed in a predetermined pattern. Also, each terminal plate 3 of the double skeleton switch 34
6a and 36b are also provided with predetermined wiring.

次に上記組合せスイツチ１の操作につき説明す
る。第４図中ノブ４４を操作してレバー１２を矢
印Ｃ方向へ回動させてその下端デイテント凹部１
２ｃにボール１１を係合させる。すると、スライ
ダ２３はレバー１２との係合により図中矢印Ａ方
向へ所定寸法スライドされ、摺接子２４及び端子
板２２間で所定の他の接点切換えを行なう。この
とき作動板２５は二連スケルトンスイツチ３４の
各押圧片３７に当接しこれを同じく矢印Ａ方向に
そのバネ板３８の弾性変位を伴ない押圧変位せし
める。各押圧片３７が一定寸法以上変位した時点
で反転バネ板３９が反転して端子板３６ａが他の
端子板３６ｂ側に弾性的に急速回動して両接点が
スナツプ的に閉成される。かくしてプリント基板
４５の回路が切換えられると共に、二連スケルト
ンスイツチ３４の回路が切換え閉成される。 Next, the operation of the combination switch 1 will be explained. In FIG. 4, the lever 12 is rotated in the direction of arrow C by operating the knob 44, and the lower end of the detent recess 1 is
2c is engaged with the ball 11. Then, the slider 23 is slid by a predetermined distance in the direction of arrow A in the figure by engagement with the lever 12, and another predetermined contact switching is performed between the sliding contact 24 and the terminal plate 22. At this time, the actuating plate 25 comes into contact with each pressing piece 37 of the double skeleton switch 34 and similarly presses and displaces it in the direction of arrow A with the elastic displacement of its spring plate 38. When each pressing piece 37 is displaced by a certain amount or more, the reversing spring plate 39 is reversed, and the terminal plate 36a is elastically and rapidly rotated toward the other terminal plate 36b, so that both contacts are closed in a snap-like manner. In this way, the circuit of the printed circuit board 45 is switched, and the circuit of the double skeleton switch 34 is switched and closed.

続いて、レバー１２を第４図中矢印Ｄ方向に回
動させて同図に示す位置に復帰させると、スライ
ダ２３は矢印Ｂ方向にスライド復帰して再び元の
接点切換状態に復帰する。同時に作動板２５も押
圧片３７より離間してスライド復帰するため、押
圧片３７も変位復帰し反転バネ板３９が再び反転
して端子板３６ａ，３６ｂがスナツプ的に開成す
る。かくしてプリント基板４５の回路が切換え復
帰されスケルトンスイツチ３４の回路も開成復帰
される。 Subsequently, when the lever 12 is rotated in the direction of arrow D in FIG. 4 and returned to the position shown in the figure, the slider 23 slides back in the direction of arrow B and returns to the original contact switching state again. At the same time, the actuating plate 25 also slides back away from the pressing piece 37, so that the pressing piece 37 also returns to its displacement, the reversing spring plate 39 is turned over again, and the terminal plates 36a, 36b are opened like a snap. In this way, the circuit on the printed circuit board 45 is switched back on and the circuit on the skeleton switch 34 is also switched on and back on.

続いて第４図中、レバー１２を更に矢印Ｄ方向
へ回動させてその上端デイテント凹部１２ｃにボ
ール１１を係合させる。するとスライダ２３は図
中矢印Ｂ方向へ図示の位置より更に所定寸法スラ
イドされ更に他の接点切換えを行なう。この場合
は作動板２５は押圧片３７より更に離間するのみ
であり、従つてプリント基板４５の回路が更に切
換えられ、スケルトンスイツチ３４の回路は開成
されたままである。 Subsequently, in FIG. 4, the lever 12 is further rotated in the direction of arrow D to engage the ball 11 in the upper end detent recess 12c. Then, the slider 23 is further slid by a predetermined distance from the illustrated position in the direction of arrow B in the figure, and another contact switching is performed. In this case, the actuating plate 25 is only moved further away from the pressing piece 37, so that the circuit of the printed circuit board 45 is further switched, and the circuit of the skeleton switch 34 remains open.

上述の如く、本考案になるレバースイツチによ
れば、収納体は単に傾斜面が内方突出部に案内さ
れつつ押込む操作のみで上下方向には内方突出部
の上部及びケース上板部間に位置規制され且つ前
後方向には内方突出部の前部と垂直部との当接に
より位置規制されて容易に取付固定され、かつ、
この取付け固定は収納体の弾性により行なわれる
ため、例えば組立て作業におけるレバーの取付中
に収納体がケースより脱落するようなことはなく
取付け、取外し操作が極めて容易となり、又ケー
スには内方突出部を又収納体には凹部を設けるの
みで、構成も極めて簡単である等の特長を有する
ものである。 As described above, according to the lever switch of the present invention, the storage body can be moved vertically between the upper part of the inward protrusion and the top plate of the case by simply pushing the storage body while the inclined surface is guided by the inward protrusion. The position is regulated by the contact between the front part of the inwardly protruding part and the vertical part in the front-rear direction, so that it can be easily installed and fixed, and
This installation and fixation is done by the elasticity of the storage body, so the storage body will not fall out of the case during assembly work, for example, while installing the lever, making installation and removal operations extremely easy. This device has the advantage of being extremely simple in construction since it only requires a recessed portion in the storage body.

【図面の簡単な説明】[Brief explanation of drawings]

第１図及び第２図は夫々本考案になるレバース
イツチの１実施例を適用した組合せスイツチの１
実施例の全体斜視図及び分解斜視図、第３図Ａ，
Ｂは夫々上記組合せスイツチの側面図及び正面
図、第４図は上記組合せスイツチの縦断面図、第
５図は上記組合せスイツチの組立途中の下面図で
ある。 １……組合せスイツチ、２……レバースイツ
チ、３……スイツチ体、４，３５……ケース、６
ｃ，６ｄ，６ｊ，２３ａ……突出部、７……取付
脚部、８……収納体、９……凹部、９ａ……水平
下面、９ｂ……垂直後面、１０……バネ、１１…
…ボール、１２……レバー、１４，１５……ピ
ン、２１……基板、２２，３６ａ，３６ｂ……端
子板、２３……スライダ、２４……摺接子、２５
……作動板、２６……カバー体、３１……取付
板、３４……スケルトンスイツチ、３７……押圧
片、４２……パネル、４２ｂ……係止孔、４４…
…ノブ、４５……プリント基板。 FIGS. 1 and 2 each show a combination switch to which an embodiment of the lever switch of the present invention is applied.
Overall perspective view and exploded perspective view of the embodiment, Figure 3A,
B is a side view and a front view of the combination switch, FIG. 4 is a longitudinal sectional view of the combination switch, and FIG. 5 is a bottom view of the combination switch during assembly. 1... Combination switch, 2... Lever switch, 3... Switch body, 4, 35... Case, 6
c, 6d, 6j, 23a...Protrusion, 7...Mounting leg, 8...Storage body, 9...Recess, 9a...Horizontal lower surface, 9b...Vertical rear surface, 10...Spring, 11...
... Ball, 12 ... Lever, 14, 15 ... Pin, 21 ... Board, 22, 36a, 36b ... Terminal board, 23 ... Slider, 24 ... Sliding contact, 25
... Actuation plate, 26 ... Cover body, 31 ... Mounting plate, 34 ... Skeleton switch, 37 ... Pressing piece, 42 ... Panel, 42b ... Locking hole, 44 ...
...knob, 45...printed circuit board.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] ケース側板部の所定位置に内方突出部を有する
ケースと、大略直方体形状で側方部に傾斜面、水
平部及び垂直部を有する係止用凹部を形成される
と共に内部に操作レバーのスナツプ位置決め用の
コイルバネ及びボールを収納しており該ケース前
方よりケース上板部に密着させて嵌入され該凹部
に該内方突出部を係合させてケースに取付固定さ
れる樹脂製の収納体とよりなり、上記嵌入時にお
いて該収納体は該傾斜面が該内方突出部に案内さ
れ、かつ、上記取付固定時において該収納体は該
内方突出部が該垂直部と当接することにより位置
決めがされると共に、該収納体自体の弾性により
該水平部が該内方突出部を押圧する構成としてな
るレバースイツチ。 The case has an inward protrusion at a predetermined position on the case side plate, a locking recess that is approximately rectangular in shape and has an inclined surface, a horizontal portion, and a vertical portion on the side portion, and a snap positioning portion for the operating lever inside. A storage body made of resin that stores coil springs and balls for use in the case, and is fitted into the upper plate of the case from the front of the case, and is fixed to the case by engaging the inward protrusion in the recess. When the storage body is inserted, the inclined surface is guided by the inward protrusion, and when the storage body is installed and fixed, the inward protrusion comes into contact with the vertical part, so that the storage body can be positioned. and the horizontal portion presses the inwardly protruding portion due to the elasticity of the storage body itself.