JPS59127337A - Terminal board unit - Google Patents

Terminal board unit

Info

Publication number
JPS59127337A
JPS59127337A JP95883A JP95883A JPS59127337A JP S59127337 A JPS59127337 A JP S59127337A JP 95883 A JP95883 A JP 95883A JP 95883 A JP95883 A JP 95883A JP S59127337 A JPS59127337 A JP S59127337A
Authority
JP
Japan
Prior art keywords
terminal
terminal board
piece
fitting
contact
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP95883A
Other languages
Japanese (ja)
Other versions
JPH0254614B2 (en
Inventor
健司 川崎
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Panasonic Electric Works Co Ltd
Original Assignee
Matsushita Electric Works Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Matsushita Electric Works Ltd filed Critical Matsushita Electric Works Ltd
Priority to JP95883A priority Critical patent/JPS59127337A/en
Publication of JPS59127337A publication Critical patent/JPS59127337A/en
Publication of JPH0254614B2 publication Critical patent/JPH0254614B2/ja
Granted legal-status Critical Current

Links

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 し技術分野〕 この発明は、継電器等に適用される端子板装置に関する
ものである。
DETAILED DESCRIPTION OF THE INVENTION [Technical Field] The present invention relates to a terminal board device applied to an electric relay or the like.

〔背景技術〕[Background technology]

従来、リレーにおいて、接点を有する端子板をかしめに
より固定している。しかし、高さ方向にスペースを取る
ばかりでなく、かしめ工程が必要になるという問題があ
る。また、端子板をコ字形に形成して圧入によシ固定す
るものもあるが、全ての方向につき確実な固定を得るこ
とはできなかった。
Conventionally, in a relay, a terminal plate having contacts is fixed by caulking. However, there are problems in that it not only takes up space in the height direction, but also requires a caulking process. In addition, there are devices in which the terminal plate is formed into a U-shape and fixed by press-fitting, but it has not been possible to securely fix the terminal plate in all directions.

〔発明の目的〕[Purpose of the invention]

この発明は、小型でかつ正大作業のみで端子板を容易に
取付けることができ、かつ全ての方向につき確実な固定
が得られる端子板装置を提供することを目的とする。
SUMMARY OF THE INVENTION An object of the present invention is to provide a terminal board device that is small in size, allows a terminal board to be easily attached by only a full-scale operation, and provides reliable fixing in all directions.

〔発明の開示〕[Disclosure of the invention]

この発明は、L字形に折曲形成されて立片部分の一側線
に接点を有し横片部分に端子ねじ螺着孔を有する端子板
と、この端子板の前記立片部分の他側縁に設けられた嵌
合切欠および先端縁に斜めに切起形成された弾性切起片
と、前記端子板を前記他側縁側から挿入可能に形成され
て前記立片部分の外面と横片部分の先端面が接する一対
の対面する立上り隔壁を有する端子板取付枠と、この端
子板取付枠にそれぞれ設けられて前記横片部分の上面−
側縁に当接する立壁、前記横片部分の下面他側縁に当接
する受突部、前記嵌合切欠に嵌入する嵌合突部、および
前記弾性切起片が圧入嵌合される嵌合溝付きの横壁と、
前記端子ねに螺着孔に螺着されて前記立壁に係合する端
子ねじとを備えたものである。
This invention provides a terminal plate which is bent into an L shape, has a contact point on one side line of a vertical piece, and has a terminal screw screw hole in a horizontal piece, and the other side edge of the vertical piece of the terminal plate. A fitting notch provided on the top edge and an elastic cutout piece formed diagonally on the tip edge, and an outer surface of the vertical piece portion and an elastic cutout piece formed so that the terminal plate can be inserted from the other side edge side. A terminal board mounting frame having a pair of facing rising partition walls whose end surfaces touch, and an upper surface of the horizontal piece provided on the terminal board mounting frame, respectively.
A standing wall that abuts the side edge, a receiving protrusion that abuts the other side edge of the lower surface of the horizontal piece, a fitting protrusion that fits into the fitting notch, and a fitting groove into which the elastic cut piece is press-fitted. A side wall with
The terminal screw is provided with a terminal screw that is screwed into the screw hole and engaged with the vertical wall.

この発明を有極型電磁継電器に適用した一実施例を第1
図ないし第6図に示す。第1図は基本原理を示す。第1
ヨーク1は左右側片2,3と、この左右側片2,3を連
ねる水平片4とでU字形に形成されておシ、かつ左右側
片2,3は互いの内側面を接極面2a、3aとしている
。第2のヨーク5は第1ヨーク1の左右側片2,3間よ
り短い長さで水平片4と対面する。この第2ヨーク5の
左右外側面を接極面5a 、5bとしている。永久磁石
6は第1ヨ〜り1と第2ヨーク5との間に介在し、その
磁化軸方向が垂直となる。この第1゜第2ヨーク1,5
、永久磁石6を1ブロツクとして上下に配置する。アマ
チャ7は水平移行型となり、左右側片8,9と、この左
右側片8,9を連ねる水平棒lOとでH形に形成されて
おり、かつその左右側片8,9の内外両側面を接極面8
a。
A first embodiment in which this invention is applied to a polarized electromagnetic relay is described below.
This is shown in Figures 6 to 6. Figure 1 shows the basic principle. 1st
The yoke 1 is formed into a U-shape by left and right side pieces 2 and 3 and a horizontal piece 4 that connects the left and right side pieces 2 and 3, and the left and right side pieces 2 and 3 have inner surfaces of each other as polarized surfaces. 2a and 3a. The second yoke 5 faces the horizontal piece 4 with a length shorter than the distance between the left and right side pieces 2 and 3 of the first yoke 1. The left and right outer surfaces of the second yoke 5 are polarized surfaces 5a and 5b. The permanent magnet 6 is interposed between the first yoke 1 and the second yoke 5, and its magnetization axis direction is perpendicular. This first degree second yoke 1,5
, permanent magnets 6 are arranged one block above the other. The armature 7 is of a horizontal transition type, and is formed into an H shape by left and right side pieces 8 and 9 and a horizontal rod lO connecting these left and right side pieces 8 and 9, and both the inner and outer surfaces of the left and right side pieces 8 and 9. The armature surface 8
a.

8b、9a、9bとしている。この左右側片8゜9の内
外接極面8 a 、 8 t> 、 9 a 、 9 
bが帥記第1、第2ヨーク1.5の内外接極面2a 、
3a 。
8b, 9a, and 9b. The inner and outer contact surfaces 8a, 8t>, 9a, 9 of this left and right side piece 8°9
b is the inner and outer contact surfaces 2a of the first and second yokes 1.5,
3a.

5a、5bに対峙し、エヤーギヤ7プa l b l 
c。
Confronting 5a and 5b, air gear 7 a l b l
c.

dを各々なす。コイル11にはアマチャ7の水平棒10
が貫通している。第1図において、実線Xは永久磁石6
の磁束であり、点線Yはコイル11の起磁束である。
Do each of d. The horizontal rod 10 of the armature 7 is attached to the coil 11.
is penetrated. In Fig. 1, the solid line X indicates the permanent magnet 6
The dotted line Y is the magnetic flux of the coil 11.

第2図から第5図までは第1図の基本原理を具体化した
ものである。上下の第1ヨーク1け上部が開口した合成
樹脂にて作られたボックス12に収納される。
2 to 5 embody the basic principle of FIG. 1. The upper and lower first yokes are housed in a box 12 made of synthetic resin that is open at the top.

この場合、上下の第1ヨーク1は第1図から90度何回
転た状態で、ボックス12の底壁13Kmわp、かつm
IJm14に左側片2.水平片4が接する。
In this case, the upper and lower first yokes 1 are rotated by 90 degrees from FIG.
Left side piece 2 on IJm14. Horizontal piece 4 touches.

コイル11の巻枠I5はつぎの構造となる。The winding frame I5 of the coil 11 has the following structure.

コイル11は巻胴部16・に巻かれており、巻胴部、1
6にはアマチャ7が貫通する孔17を有し、左右には巻
胴部16と一体に側壁18.19を形成し、この左右側
壁18.19間にわたってコイル11と平行して上下の
第2ヨーク5が第1図から90度何回転た状態で固定さ
れる。この左右側壁18.19には第2ヨーク5の嵌め
込み固定が容易となるための切欠部20を設けている。
The coil 11 is wound around the winding trunk 16.
6 has a hole 17 through which the armature 7 passes, side walls 18 and 19 are integrally formed with the winding drum 16 on the left and right sides, and upper and lower second The yoke 5 is fixed in a state rotated by 90 degrees from FIG. 1. The left and right side walls 18 and 19 are provided with notches 20 to facilitate fitting and fixing of the second yoke 5.

また、右側壁19にはコイル11が接続された受刃端子
金具22を差込して装備するための溝21を設けている
Further, the right side wall 19 is provided with a groove 21 into which a receiving blade terminal fitting 22 to which the coil 11 is connected is inserted.

ボックス12の上開口には合成樹脂にて作られたカバー
23が被せられて固定される。このカバー・23とボッ
クス12との間には絶縁板24を介在させる。
A cover 23 made of synthetic resin is placed over and fixed to the upper opening of the box 12. An insulating plate 24 is interposed between the cover 23 and the box 12.

このカバー23はつぎの構造となる。This cover 23 has the following structure.

カバー23は上壁25と、低くなった両側壁を含む側壁
26とこの上壁25と低い両側壁26とを連ねるととも
に、複数に区分する外部のセパレート27と、この外部
セパレート27と同位置の内部セパンート28と、この
内部セパレート28をクロスする下開口空洞29とでな
っている。
The cover 23 has an upper wall 25, a side wall 26 including lowered side walls, and an external separate 27 that is divided into a plurality of parts, and an external separate 27 that is located at the same position as the external separate 27. It consists of an internal separate part 28 and a lower opening cavity 29 that crosses this internal separate part 28.

上記カバー23の両側壁26と外部セパレート27とで
区分された両側外室には外部端子板30を固定している
。この端子板30は最右端の両側のものは一体に形成し
た垂直の差込栓刃31を有し、カバー23とボックス1
2とを組合せたときコイル巻枠15の受刃端子金具22
に差込まれ、コイル11と電気的接続を完了する。他の
端子板30には固定接点32を設けており、内部セパレ
ート28にて区分された画側内室33に位置する。
External terminal boards 30 are fixed to both outer chambers divided by both side walls 26 and external separates 27 of the cover 23. This terminal board 30 has vertical plug blades 31 integrally formed on both sides of the rightmost end, and has a cover 23 and a box 1.
When combined with 2, the receiving blade terminal fitting 22 of the coil winding frame 15
The electrical connection with the coil 11 is completed. The other terminal board 30 is provided with a fixed contact 32 and is located in an image-side interior chamber 33 divided by an interior separate 28 .

また、カバ〜23の下開口の空洞29には合成樹脂にて
作られたアマチャ7に平行して移行する可動台34が位
置する。
Further, a movable base 34 is located in the cavity 29 of the lower opening of the cover 23 and moves parallel to the armature 7 made of synthetic resin.

この可動台34は前記カバー23の内室33に対応した
位置に貫通横孔35を形成しておシ、ここには両側に喰
み出した接点37を設けた接点板36と、接触圧用のコ
イルばね38とを備えている。この可動台34の接点3
7とカバー23の接点32とが内室33にて対峙し、可
動台34の移行にて離合する。
This movable base 34 has a through-hole 35 formed at a position corresponding to the inner chamber 33 of the cover 23, and a contact plate 36 with contact points 37 protruding on both sides and a contact plate 36 for contact pressure. A coil spring 38 is provided. Contact point 3 of this movable base 34
7 and the contact point 32 of the cover 23 face each other in the inner chamber 33, and are separated when the movable table 34 moves.

この可動台34の落下は前記した絶縁板24により阻止
されるっ 可動台34とアマチャ7との結合は反転し・(−39に
より行なわれる。
This falling of the movable base 34 is prevented by the above-mentioned insulating plate 24. The coupling between the movable base 34 and the armature 7 is reversed and performed by -39.

反転レバー39け中央に軸40を通し、この軸40に前
記コイル巻枠15の右側壁19の軸孔41により支持す
る。
A shaft 40 is passed through the center of the reversing lever 39, and supported by the shaft hole 41 in the right side wall 19 of the coil winding frame 15.

反転レバー39とアマチャ7との関係において、その下
端に軸42全通し、この軸42を連結体43の溝44に
上方向より嵌め込み、かつアマチャ7の右端をその連結
体43に挿入して加圧変形し、抜は止め部7bとしてい
る。
In the relationship between the reversing lever 39 and the armature 7, the shaft 42 is completely passed through the lower end thereof, the shaft 42 is fitted into the groove 44 of the connecting body 43 from above, and the right end of the armature 7 is inserted into the connecting body 43 to apply the force. It deforms under pressure and becomes a stopper portion 7b.

アマチャ7は左端も同様に左側片8に挿入して加圧変形
し、抜は止め部7aとしているうこの抜は止めと同時に
非磁性のレジュアルプレート45を介在させる。このプ
レート45は永久磁石6の磁気特性カーブの両端をカン
トし、最も安定した範囲を使用するためにある。
The left end of the armature 7 is similarly inserted into the left piece 8 and deformed under pressure, and the non-magnetic regular plate 45 is interposed at the same time as the pull-out stopper 7a is stopped. This plate 45 is provided to cant both ends of the magnetic characteristic curve of the permanent magnet 6 and to use the most stable range.

反転レバー39と可動台34との関係において、その上
端39a f下開口の切欠部46に引掛けている。
In the relationship between the reversing lever 39 and the movable base 34, the upper end 39a of the reversing lever 39 is hooked into a notch 46 at the lower opening.

したがって、アマチャ7が第2図において1.矢印Zで
示す右方向に水平移行すれば反転レ−< −39は中実
軸40を中心に反時計方向に回転し、可動台34はアマ
チャ7とは反対の矢印Vで示す左方向に水平移行し、各
室の接点32.37が接合する。接合の維持は第1図の
原理図により永久磁石6の磁束によシなされる。
Therefore, the armature 7 is 1. If it moves horizontally to the right as indicated by arrow Z, the reversing tray <-39 rotates counterclockwise around the solid shaft 40, and the movable base 34 moves horizontally to the left as indicated by arrow V, which is opposite to the armature 7. The contacts 32 and 37 of each chamber join together. The bonding is maintained by the magnetic flux of the permanent magnet 6 according to the principle diagram shown in FIG.

アマチャ7は山型平板はね47により矢印Z方向に弾圧
されている。この山型平板ばね47は頂部47aをアマ
チャ7の左側抜は止め部7aに当て、両端47bをボッ
クス12の左側壁14に尚てている。
The armature 7 is pressed in the direction of arrow Z by a chevron-shaped flat plate spring 47. This mountain-shaped flat spring 47 has its top portion 47a in contact with the left side stopper portion 7a of the armature 7, and both ends 47b in contact with the left side wall 14 of the box 12.

可動台34はコイルはね48により矢印Y方向と反対方
向に弾圧されている。このコイルばね48は可動台34
の表示柱49とカバー23の左側壁26との間に位置す
る。
The movable base 34 is pressed by a coil spring 48 in a direction opposite to the direction of arrow Y. This coil spring 48 is connected to the movable base 34
It is located between the display column 49 and the left side wall 26 of the cover 23.

この2つのはね47.48のばね圧はアマチャ7および
可動台34に対し互いに反対方向に作用することとなっ
て、アマチャ7が永久磁石6の磁束で吸着されている状
態から反対に移行しようとするときの引き離しを容易と
するものである。
The spring pressures of these two springs 47 and 48 will act on the armature 7 and the movable base 34 in opposite directions, and the armature 7 will shift from the state where it is attracted by the magnetic flux of the permanent magnet 6 to the opposite direction. This makes it easier to separate the parts.

可動台34の表示柱49はカバー23の上壁25の小孔
50から突き出ており、その位置で外部から内部の動作
を確認できる。
The display column 49 of the movable table 34 protrudes from a small hole 50 in the upper wall 25 of the cover 23, and from that position, the internal operation can be confirmed from the outside.

カバー23の上壁25にはさらに端子カバー51が被さ
る。この端子カバー51には両側(て端子板30に対応
した数の端子ねじ52のドライバ操作孔53が存在する
A terminal cover 51 further covers the upper wall 25 of the cover 23. This terminal cover 51 has driver operation holes 53 for terminal screws 52 in number corresponding to the number of terminal plates 30 on both sides.

また、その取付けは引掛足54を両側に出し、カバー2
3の上壁25の小孔55に差込んでなす。
In addition, to install it, put out the hook feet 54 on both sides and cover 2.
3 into the small hole 55 of the upper wall 25.

さらに、端子カバー51の両側にはカバー23の外部セ
パレータ27間に位置して端子板30の露出を極力少な
くするスカート56を垂下している。
Furthermore, skirts 56 are hung down from both sides of the terminal cover 51 to be located between the external separators 27 of the cover 23 and to minimize exposure of the terminal board 30.

第6図および第7図は端子板30の固定構造ケチす。端
子板32はL字形に折曲形成されて立片部分の内面−側
縁に固定接点32を有し、横片部分に端子ねじ螺着孔6
0を有している。!、た。端子板30の立片部分の他側
線に嵌合切欠61が設けられ、かつ先端縁に弾性切起片
62が斜めに切起形成されている。前記カバー23は端
子板取付枠となるものであって、立上り隔壁となる各内
部セパレート28で区分された内室33の幅は端子板3
0が圧入される幅に形成されている。カバー23に:は
端子板30の横片部分の上面−側縁(第6図は上下逆さ
に図示しである)に当接する立壁63と、下面他側縁に
当接する受突部64とが設けられ、かつ嵌合切欠61が
嵌合する水平な嵌合突部65と弾性切起片62が圧入嵌
合される嵌合溝66付きの横壁67が設けられている。
In FIGS. 6 and 7, the fixing structure of the terminal plate 30 is simplified. The terminal plate 32 is bent into an L-shape, has fixed contacts 32 on the inner surface and side edges of the vertical piece, and has terminal screw holes 6 on the horizontal piece.
It has 0. ! ,Ta. A fitting notch 61 is provided on the other side of the vertical piece of the terminal plate 30, and an elastic cut-out piece 62 is formed diagonally on the tip edge. The cover 23 serves as a frame for attaching the terminal board, and the width of the inner chamber 33 divided by each internal separate 28 serving as a rising partition wall is equal to the width of the terminal board 3.
It is formed to a width that allows 0 to be press-fitted. The cover 23 includes: a vertical wall 63 that abuts against the upper side edge of the horizontal piece of the terminal plate 30 (FIG. 6 is shown upside down); and a receiving protrusion 64 that abuts the other side edge of the lower surface. A horizontal wall 67 is provided with a horizontal fitting protrusion 65 into which the fitting notch 61 fits and a fitting groove 66 into which the elastic cut and raised piece 62 is press-fitted.

嵌合突部65と受突部64は横壁68に設けられている
The fitting protrusion 65 and the receiving protrusion 64 are provided on the side wall 68.

端子ねじ52は当金69に挿通されてお9、当金69は
立壁63に係合する。
The terminal screw 52 is inserted through a stopper 69 , and the stopper 69 engages with the vertical wall 63 .

端子板30の固定手順を説明する。端子板30は、内部
セパレート28間の内室33にY方向に挿入し、横片部
分の上面は立壁63に接する。嵌合切欠61は嵌合突部
65に圧入嵌合させ、弾性切起片62は嵌合溝66に圧
入させる。、また、端子板30前縁を受突部64に載せ
る。ついで、端子ねじ52を内室33にZ方向に挿入し
、端子板30の端子ねじ螺着孔60に螺着する。
The procedure for fixing the terminal board 30 will be explained. The terminal plate 30 is inserted in the Y direction into the inner chamber 33 between the internal separates 28, and the upper surface of the horizontal piece portion contacts the vertical wall 63. The fitting notch 61 is press-fitted into the fitting protrusion 65, and the elastic raised piece 62 is press-fitted into the fitting groove 66. In addition, the front edge of the terminal plate 30 is placed on the receiving protrusion 64. Next, the terminal screw 52 is inserted into the inner chamber 33 in the Z direction and screwed into the terminal screw screw hole 60 of the terminal board 30.

このように、端子板30の固定を行なうようにしたため
、各方向の動きの規制が次のように得られる。Z方向の
規制は、立壁63と端子板30の横片部分の上面30a
との当接と、横片部分の下面30bと受突部64との当
接とにより得られ、さらに嵌合溝66と端子板30の立
片部分の下端面30cとの係合および嵌合切欠61と嵌
合突部65との圧入嵌合によって得られる。Y方向の規
制は、端子ねじ52の当金69の端面69aと、立壁6
3とによシ得られる。X方向の規制は、立壁63と端子
板30の上面30aとの当接と、嵌合溝66と端子板3
0の立片部分との嵌合と、端子板30の幅と内部セ・・
レート28間の幅の関係とにより得られる。
Since the terminal board 30 is fixed in this manner, movement in each direction can be restricted as follows. The Z direction is restricted by the vertical wall 63 and the upper surface 30a of the horizontal piece of the terminal board 30.
and the contact between the lower surface 30b of the horizontal piece and the receiving protrusion 64, and the engagement and fitting between the fitting groove 66 and the lower end surface 30c of the vertical piece of the terminal plate 30. This is achieved by press-fitting the notch 61 and the fitting protrusion 65. Regulation in the Y direction is provided by the end surface 69a of the stopper 69 of the terminal screw 52 and the vertical wall 6.
3 and you can get it. The restriction in the X direction is due to the contact between the vertical wall 63 and the upper surface 30a of the terminal board 30, and the contact between the fitting groove 66 and the terminal board 30.
The fitting with the vertical piece part of 0, the width of the terminal board 30 and the internal separation...
The relationship between the widths of the rates 28 and 28 is obtained.

このように、3方向x、y、zの全ての動きの規制が得
られ、しかも端子板30の圧入と端子ねじ52の取付け
のみによって得られる。そめため、端子板30の取付け
が容易であり、また小型に形成できる。
In this way, movement control in all three directions x, y, and z is obtained, and this is achieved only by press-fitting the terminal plate 30 and attaching the terminal screws 52. Therefore, it is easy to attach the terminal board 30, and the terminal board 30 can be made compact.

第8図および第9図は他の実施例を示す。この例は、端
子板30の立片部分の前端30dを延設し、かつこの延
設部分を嵌合する縦突条70を力・(−23に形成した
ものである。その他は第1の実施例と同様である。
FIGS. 8 and 9 show other embodiments. In this example, the front end 30d of the vertical piece portion of the terminal plate 30 is extended, and the vertical protrusion 70 that fits this extended portion is formed to have a force of −23. This is similar to the example.

〔発明の効果〕〔Effect of the invention〕

この発明の端子板装置は、小型に形成できて、また正大
作業のみで端子板を容易に取付けることができ、しかも
全ての方向につき確実な固定が得られるという効果があ
る。
The terminal board device of the present invention has the advantage that it can be formed compactly, the terminal board can be easily attached by only full-length work, and reliable fixation can be obtained in all directions.

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

第1図はこの発明の一実施例を適用する有極型電磁継電
器の基本原理図、第2図はその具体的構造を示す断面図
、第3図は第2図の断面側面図、第4図は同じく断面平
面図、第5図は同じく分解斜視図、第6図は同じくその
端子板固定部分の拡大斜視図、第7図は同じくその端子
板と端子ねじとを示す卵視図、第8図は他の実施例にお
けるカバーの端子板固定部分の斜視図、第9図はその下
面図である。 7・7−=r チャ、11・・・コイル、15・・・巻
枠、23・カバー(端子板取付枠〕、28・・・内部セ
ノくレート(立上り隔壁)、30・端子板、52 端子
ねじ、60 端子ねじ螺着孔、62・弾性切起片、63
・・・立壁、64・・受突部、65・・・嵌合突部、6
6・・・嵌合溝、67・横壁、69・当金第2図 第3図 第4図
Fig. 1 is a basic principle diagram of a polarized electromagnetic relay to which an embodiment of the present invention is applied, Fig. 2 is a sectional view showing its specific structure, Fig. 3 is a sectional side view of Fig. 2, and Fig. 4 5 is a sectional plan view, FIG. 5 is an exploded perspective view, FIG. 6 is an enlarged perspective view of the fixed portion of the terminal board, FIG. FIG. 8 is a perspective view of the terminal plate fixing portion of the cover in another embodiment, and FIG. 9 is a bottom view thereof. 7.7-=r Cha, 11... Coil, 15... Winding frame, 23. Cover (terminal board mounting frame), 28... Internal cell wall (rising bulkhead), 30. Terminal board, 52 Terminal screw, 60 Terminal screw screw hole, 62/Elastic cut piece, 63
... Vertical wall, 64... Receiving protrusion, 65... Fitting protrusion, 6
6... Fitting groove, 67, side wall, 69, stopper Figure 2 Figure 3 Figure 4

Claims (1)

【特許請求の範囲】 り字形に折曲形成されて立片部分の一側縁に接点を有し
横片部分に端子ねじ螺着孔を有する端子板と、この端子
板の前記立片部分の他側縁に設けられた嵌合切欠および
先端縁に斜めに切起形成された弾性切起片と、前記端子
板を前記他側縁側から挿入可能に形成されて前記立片部
分の外面と横片部分の先端面が接する一対の対面する立
上9隔壁を有する端子板取付枠と、この端子板取付枠に
それぞれ設けられて前記横片部分の上面−側縁に当接す
る立壁、@記構片部分の下面他側線に当接する受突部、
前記嵌合切欠に嵌入する嵌合突部。 およびiij記弾性切起片が圧入嵌合される嵌合溝付き
の横壁と、前記端子ねじ螺着孔に螺着されて前記立壁に
係合する端子ねじとを備えた端子板装置。
[Scope of Claims] A terminal board that is bent into an L-shape, has a contact point on one side edge of a vertical piece, and has a terminal screw hole in a horizontal piece; A fitting notch provided on the other side edge and an elastic cutout piece formed diagonally on the tip edge, and the terminal plate is formed so that the terminal plate can be inserted from the other side edge side, and the outer surface and the side of the vertical piece portion are A terminal board mounting frame having a pair of facing upright partition walls in which the tip surfaces of the one part are in contact, and a standing wall provided in this terminal board mounting frame and abutting the upper surface and the side edge of the horizontal part, respectively, A receiving protrusion that comes into contact with the other side line on the lower surface of one part,
A fitting protrusion that fits into the fitting notch. and (iii) a terminal board device comprising a side wall with a fitting groove into which the elastic cut and raised piece is press-fitted, and a terminal screw which is screwed into the terminal screw screw hole and engaged with the vertical wall.
JP95883A 1983-01-06 1983-01-06 Terminal board unit Granted JPS59127337A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP95883A JPS59127337A (en) 1983-01-06 1983-01-06 Terminal board unit

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP95883A JPS59127337A (en) 1983-01-06 1983-01-06 Terminal board unit

Publications (2)

Publication Number Publication Date
JPS59127337A true JPS59127337A (en) 1984-07-23
JPH0254614B2 JPH0254614B2 (en) 1990-11-22

Family

ID=11488164

Family Applications (1)

Application Number Title Priority Date Filing Date
JP95883A Granted JPS59127337A (en) 1983-01-06 1983-01-06 Terminal board unit

Country Status (1)

Country Link
JP (1) JPS59127337A (en)

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH08300924A (en) * 1995-05-11 1996-11-19 Hyundai Motor Co Four-wheel steerable rear-wheel suspension system

Also Published As

Publication number Publication date
JPH0254614B2 (en) 1990-11-22

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