JP3387899B2 - Suitcase tablets - Google Patents
Suitcase tabletsInfo
- Publication number
- JP3387899B2 JP3387899B2 JP2000279028A JP2000279028A JP3387899B2 JP 3387899 B2 JP3387899 B2 JP 3387899B2 JP 2000279028 A JP2000279028 A JP 2000279028A JP 2000279028 A JP2000279028 A JP 2000279028A JP 3387899 B2 JP3387899 B2 JP 3387899B2
- Authority
- JP
- Japan
- Prior art keywords
- lever
- lock
- operating lever
- elevation
- opening box
- 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.)
- Expired - Fee Related
Links
Landscapes
- Purses, Travelling Bags, Baskets, Or Suitcases (AREA)
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、スーツケース錠に
関するもので、特に、当業界では「電子ロック」と称さ
れている、磁力を利用して施錠の着脱を行うようになし
たスーツケース錠に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a suitcase lock, and more particularly to a suitcase lock which is called "electronic lock" in the art and which is designed to be attached and detached by utilizing magnetic force. It is about.
【０００２】[0002]
【従来の技術】従来、この種の電子ロックと称される、
スーツケース錠は、回転盤と適宜固定部位とに孔を設
け、両者に連通して永久磁石柱体を収納し、鍵にはこの
各永久磁石柱体を磁力で吸着または反発する永久磁石を
埋入し、該鍵を使用して、該永久磁石柱体を回転板と固
定部位との両孔への双方に渡って位置する状態を全て無
くして、回転盤を錠で回転することで施錠を解くことが
できるよう（施錠を着脱することができるよう）になし
てある。2. Description of the Related Art Conventionally, this type of electronic lock is called
The suitcase lock has holes on the rotating plate and a fixed part as appropriate, and communicates with both to accommodate the permanent magnet columns, and the key is embedded with permanent magnets that attract or repel each permanent magnet column with magnetic force. Enter the key and use the key to eliminate all the states where the permanent magnet columnar body is located over both holes of the rotating plate and the fixed part, and lock the rotating plate by rotating it. It is designed so that it can be unlocked (the lock can be attached and removed).
【０００３】しかし、上記従来の永久磁石を使用したス
ーツケース錠は、並べて収納した該永久磁石柱体同士
が、磁力で影響し合って円滑な作動が保証できない場合
があるという問題点を有していた。また、回転盤を回転
して施錠を着脱する従来方式は、錠本体の幅を該回転円
盤の径より小さくすることが困難で、さらには、鍵を大
きくしないと必要なトルクが得られにくく、携帯する鍵
が大型化するという問題点を有している。However, the conventional suitcase lock using the above-mentioned permanent magnet has a problem that the permanent magnet pillars housed side by side may be influenced by the magnetic force and the smooth operation cannot be guaranteed. Was there. Further, in the conventional method of rotating the rotating disk to attach and detach the lock, it is difficult to make the width of the lock body smaller than the diameter of the rotating disk, and further, it is difficult to obtain the necessary torque unless the key is enlarged, There is a problem that the key to be carried becomes large.
【０００４】[0004]
【発明が解決しようとする課題】そこで本発明は、上記
問題点を解決すべくなされたもので、摺動片を錠本体の
長手方向に往復移動することで施錠が着脱でき、幅を狭
めた小型化可能で、しかも作動が確実、円滑な磁力を利
用したスーツケース錠を提供することを課題としたもの
である。SUMMARY OF THE INVENTION Therefore, the present invention has been made to solve the above-mentioned problems. The sliding piece is reciprocally moved in the longitudinal direction of the lock body so that the lock can be attached and detached, and the width is narrowed. An object of the present invention is to provide a suitcase lock that can be miniaturized, operates reliably, and uses a smooth magnetic force.
【０００５】[0005]
【課題を解決するための手段】上記課題を達成するた
め、本発明は、スーツケースの蓋体と本体とのいずれか
一方にフック形状の係止片１を、いずれか他方には、こ
の係止片１を仰伏動レバー１０の伏動位置で係止し、仰
動位置で係止を脱着する錠本体２を取り付け、前記仰伏
動レバー１０の自由端側には、出入方向に摺動可能とな
した操作レバー１１と該操作レバー１１に連動して出入
方向に摺動するレバー係止片１２と、この操作レバー１
１とレバー係止片１２とを仰伏動レバー１０の自由端よ
り突出する方向に付勢するスプリング１３とを設け、上
記錠本体２には仰伏動レバー１０を伏動位置にすると前
記レバー係止片１２が係合し、操作レバー１１を該スプ
リング１３の付勢力に抗して仰伏動レバー１０に押し込
むと係止が脱着するレバー係止部３を設け、上記仰伏動
レバー１０には、前記操作レバー１１より基端側に上部
開口箱部１４を設け、この上部開口箱部１４の底面には
上方に突出する突起部１５，１５を該操作レバー１１の
摺動方向に並べて設け、さらに、該上部開口箱部１４の
先端面には操作レバー１１の後端が臨入する窓孔１７を
設け、上記上部開口箱部１４内には、下面が開口して上
部に鍵３０の係入凹部２７を有した下部開口箱状の錠ス
ライダー２０を、その係入凹部２７を蓋体１８に設けた
窓孔１６より貫出させると共に、この錠スライダー２０
は操作レバー１１の摺動方向に所定距離移動可能に収納
し、上記錠スライダー２０内には、上端に互いに吸引し
合う極性の永久磁石２１ａ、２１ｂを有した錠棒２２，
２２と、該錠棒２２，２２の上下中間部位を遊挿して該
錠棒２２，２２の傾斜角度を変更自在に支承する支持板
２３と、下面に下方に向けて突出する突起２４，２４を
突設した昇降駒体２５と、この昇降駒体２５を下方に向
けて付勢するスプリング２６，２６とを収納し、上記昇
降駒体２５には、常時は前記錠棒２２，２２が永久磁石
２１ａ，２１ｂで上端側が互いに吸着して八の字状に傾
斜していると、該錠棒２２，２２の下端が該昇降駒体２
５の上面に衝合してこの昇降駒体２５の昇降を抑止し、
前記錠棒２２，２２が垂直状態にあると該昇降駒体２５
が前記突起１５，１５を乗り越えられる距離上昇可能と
する凹部２８，２８を設け、前記鍵３０の下部は係入凹
部２７内に係入可能な形状となすと共に、前記永久磁石
２１ａ，２１ｂと互いに吸引し合って、錠棒２２，２２
を垂直状態となす永久磁石３１ａ，３１ｂを収納し、該
鍵３０を係入凹部２７内に係入して、前記錠スライダー
２０を仰伏動レバー１０の自由端方向で操作レバー１１
の押し込みを不能となす位置と、基端方向で操作レバー
１１の押し込みを許容する位置とに移動可能となした技
術的手段を講じたものである。In order to achieve the above object, the present invention provides a hook-shaped locking piece 1 on one of a lid and a body of a suitcase, and on one of the other, this hook. The stopper 1 is locked at the back and forth position of the elevation lever 10, and the lock body 2 for attaching and detaching the lock at the position of elevation is attached, and the free end side of the lever 10 is slid in the direction of movement. A movable operating lever 11, a lever locking piece 12 that slides in an in-and-out direction in conjunction with the operating lever 11, and the operating lever 1
1 and a spring 13 for urging the lever locking piece 12 in a direction projecting from the free end of the elevation lever 10, and the lock body 2 is provided with the elevation lever 10 when the elevation lever 10 is in the idle position. A lever locking portion 3 is provided, which is engaged and disengaged with the locking piece 12 and is engaged and disengaged when the operation lever 11 is pushed into the elevation lever 10 against the biasing force of the spring 13, and the elevation lever 10 is provided. Is provided with an upper opening box portion 14 on the base end side of the operation lever 11, and projections 15, 15 projecting upward are arranged on the bottom surface of the upper opening box portion 14 in the sliding direction of the operation lever 11. Further, a window hole 17 into which the rear end of the operating lever 11 is inserted is provided on the tip surface of the upper opening box portion 14, and a lower surface is opened in the upper opening box portion 14 and a key 30 is provided on the upper side. The lower opening box-shaped lock slider 20 having the engaging recess 27 of The engagement entry recess 27 causes out transmural than window hole 16 provided in the lid 18 of the lock slider 20
Is housed so as to be movable a predetermined distance in the sliding direction of the operating lever 11, and the lock slider 20 has a lock rod 22 having permanent magnets 21a and 21b having polarities attracting each other at the upper end in the lock slider 20.
22, a support plate 23 that supports the lock rods 22 and 22 by freely inserting the upper and lower intermediate portions of the lock rods 22 and 22 so that the tilt angle of the lock rods 22 and 22 can be changed, and projections 24 and 24 that project downward on the lower surface. The projecting lift piece 25 and the springs 26, 26 for urging the lift piece 25 downward are housed, and the lock bars 22, 22 are always provided with permanent magnets in the lift piece 25. When the upper ends of the lock rods 21a and 21b are attracted to each other and are inclined in an eight shape, the lower ends of the lock rods 22 and 22 are moved to the lifting piece 2
5 is abutted against the upper surface of 5 to prevent the lifting and lowering of the lifting piece 25,
When the lock bars 22, 22 are in the vertical state, the lifting piece 25
Are provided with recesses 28, 28 that allow them to rise over the protrusions 15, 15 and the lower portion of the key 30 is shaped so as to be engageable in the engagement recess 27, and to be in mutual contact with the permanent magnets 21a, 21b. Suck each other, lock bar 22,22
The permanent magnets 31a and 31b for making the vertical state are housed, the key 30 is engaged in the engaging recess 27, and the lock slider 20 is operated in the direction of the free end of the elevation lever 10.
The technical means is provided so that it can be moved to a position where pushing of the operating lever 11 is disabled and a position where pushing of the operating lever 11 is allowed in the proximal direction.
【０００６】それ故、本発明スーツケース錠は、常時
（施錠時）は、図３に示されるように、仰伏動レバー１
０は伏動位置にあり、レバー係止片１２はレバー係止部
３に係止されている。そして、錠棒２２，２２はその上
端側が永久磁石２１ａ，２１ｂが吸引し合って八の字状
に傾斜している。従って、この状態では昇降駒体２５と
錠スライダー２０の上面との間に錠棒２２，２２が支保
棒（支え棒）となって、該昇降駒体２５の上昇を抑止す
るよう作用する。すなわち、この状態では昇降駒体２５
が上昇不能であるので、操作レバー１１を押し込もうと
しても、言い換えると該操作レバー１１を図３左側に移
動しようとしても、錠スライダー２０が昇降駒体２５が
突起２４，２４を乗り越えられないので、移動不能とな
り、操作レバー１１がその後端が錠スライダー２０に衝
合してしまい、レバー係止片１２はレバー係止部３に係
合した状態を保つ作用を呈する。Therefore, the suitcase lock of the present invention is always (when locked) as shown in FIG.
0 is in the receding position, and the lever locking piece 12 is locked to the lever locking portion 3. The upper ends of the lock rods 22, 22 are inclined in a figure eight shape by the permanent magnets 21a, 21b attracting each other. Therefore, in this state, the lock rods 22, 22 function as supporting rods (supporting rods) between the elevating piece 25 and the upper surface of the lock slider 20, and act to prevent the elevating piece 25 from rising. That is, in this state, the lifting piece 25
Cannot move upward, so that even if the operating lever 11 is pushed in, in other words, the operating lever 11 is moved to the left side in FIG. 3, the lock slider 20 cannot move the lifting piece 25 over the projections 24, 24. Therefore, the operation lever 11 becomes immovable, the rear end of the operation lever 11 collides with the lock slider 20, and the lever locking piece 12 maintains the state of being engaged with the lever locking portion 3.
【０００７】次に、施錠を解く（開錠する）には、先
ず、図４に示すように鍵３０を係入凹部２７内に係入さ
せる。すると、永久磁石２１ａ，２１ｂは永久磁石３１
ａ，３１ｂに吸着して、錠棒２２，２２が垂直状態とな
る。そこで、錠３０を手にして、係入凹部２７内への係
入を保ったまま該鍵３０ないし錠スライダー２０を図４
左側に移動させる。すると、錠棒２２，２２の下端は凹
部２８，２８内に挿入されるので、昇降駒体２５が昇降
可能となり、図４から５図の状態に昇降駒体２５が突起
１５，１５を乗り越えることが可能となり、該突起１
５，１５の上に突起２４，２４が乗り上げ、錠スライダ
ー２０が図４および図５の左側に移動することになる。Next, in order to unlock (unlock) the lock, first, as shown in FIG. 4, the key 30 is inserted into the engagement recess 27. Then, the permanent magnets 21a and 21b become the permanent magnets 31
The lock bars 22 and 22 are in a vertical state by being attracted to a and 31b. Therefore, with the lock 30 held in hand, the lock 30 and the lock slider 20 are locked in the lock recess 27 while keeping the lock 30 in place.
Move it to the left. Then, since the lower ends of the lock bars 22, 22 are inserted into the recesses 28, 28, the lifting piece 25 can be raised and lowered, and the lifting piece 25 can pass over the projections 15, 15 in the state shown in FIGS. Is possible and the projection 1
The projections 24, 24 ride on the tops 5, 15, and the lock slider 20 moves to the left side in FIGS. 4 and 5.
【０００８】上記図５の状態から、さらに錠スライダー
２０を図６の位置まで移動して施錠を脱着する。そし
て、この状態で鍵３０を外すと、錠スライダー２０は図
６の位置にとどまり、操作レバー１１は押し込み可能と
なるので、該操作レバー１１を押し込んで係止片１２と
係止部３との係止を外し、仰伏動レバー１０を仰動可能
となす作用を呈するものである。From the state shown in FIG. 5, the lock slider 20 is further moved to the position shown in FIG. 6 to detach and lock the lock. Then, when the key 30 is removed in this state, the lock slider 20 stays at the position shown in FIG. 6 and the operating lever 11 can be pushed in. Therefore, the operating lever 11 is pushed in to engage the locking piece 12 and the locking portion 3. The lock is released to provide the action of enabling the elevation lever 10 to be elevated.
【０００９】次に、請求項２の発明は、スーツケースの
蓋体と本体とのいずれか一方にフック形状の係止片１
を、いずれか他方には、この係止片１を仰伏動レバー１
０の伏動位置で係止し、仰動位置で係止を脱着する錠本
体２を取り付け、前記仰伏動レバー１０の自由端側に
は、出入方向に摺動可能となした操作レバー１１と該操
作レバー１１に連動して出入方向に摺動するレバー係止
片１２と、この操作レバー１１とレバー係止片１２とを
仰伏動レバー１０の自由端より突出する方向に付勢する
スプリング１３とを設け、上記錠本体２には仰伏動レバ
ー１０を伏動位置にすると前記レバー係止片１２が係合
し、操作レバー１１を該スプリング１３の付勢力に抗し
て仰伏動レバー１０に押し込むと係止が脱着するレバー
係止部３を設け、上記仰伏動レバー１０には、前記操作
レバー１１より基端側に上部開口箱部１４を設け、この
上部開口箱部１４の底面には上方に突出する突起部１
５，１５を該操作レバー１１の摺動方向に並べて設け、
さらに、該上部開口箱部１４の先端面には操作レバー１
１の後端が臨入する窓孔１７を設け、上記上部開口箱部
１４内には、下面が開口して上部に鍵３０の係入凹部２
７を有した下部開口箱状の錠スライダー２０を、その係
入凹部２７を蓋体１８に設けた窓孔１６より貫出させる
と共に、この錠スライダー２０は操作レバー１１の摺動
方向に所定距離移動可能に収納し、上記錠スライダー２
０内には、上端に互いに吸引し合う極性の永久磁石２１
ａ、２１ｂを有した錠棒２２，２２と、該錠棒２２，２
２の上下中間部位を遊挿して該錠棒２２，２２の傾斜角
度を変更自在に支承する支持板２３と、下面に下方に向
けて突出する突起２４，２４を突設した昇降駒体２５
と、この昇降駒体２５を下方に向けて付勢するスプリン
グ２６，２６とを収納し、上記昇降駒体２５には、常時
は前記錠棒２２，２２が永久磁石２１ａ，２１ｂで上端
側が互いに吸着して八の字状に傾斜していると、該錠棒
２２，２２の下端が該昇降駒体２５の上面に衝合してこ
の昇降駒体２５の昇降を抑止し、前記錠棒２２，２２が
垂直状態にあると該昇降駒体２５が前記突起１５，１５
を乗り越えられる距離上昇可能とする凹部２８，２８を
設け、前記鍵３０の下部は係入凹部２７内に係入可能な
形状となすと共に、前記永久磁石２１ａ，２１ｂと互い
に吸引し合って、錠棒２２，２２を垂直状態となす永久
磁石３１ａ，３１ｂを収納し、該鍵３０を係入凹部２７
内に係入して、前記錠スライダー２０を仰伏動レバー１
０の自由端方向で操作レバー１１の押し込みを不能とな
す位置と、基端方向で操作レバー１１の押し込みを許容
する位置とに移動可能となし、錠スライダー２０の上面
には、操作レバー１１の押し込みを不能となす位置と、
押し込みを許容する位置とで、仰伏動レバー１０に設け
た窓孔１６内にそれぞれ露出する位置に、施錠状態と開
錠状態とを表示する文字を表記してなる技術的手段を講
じたものである。Next, according to the invention of claim 2, a hook-shaped locking piece 1 is provided on either the lid or the body of the suitcase.
On either side, attach the locking piece 1 to the
An operating lever 11 is provided which is fitted with a lock main body 2 which is locked at a receding position of 0 and which is disengaged at a reclining position, and which is slidable in an inward and outward direction on the free end side of the reclining and lowering lever 10. And a lever locking piece 12 that slides in the in-and-out direction in conjunction with the operation lever 11, and urges the operation lever 11 and the lever locking piece 12 in a direction projecting from the free end of the elevation lever 10. A spring 13 is provided, and the lever locking piece 12 engages with the lock main body 2 when the back and forth lever 10 is moved to the lowering position, and the operating lever 11 is lifted and lowered against the biasing force of the spring 13. A lever locking portion 3 is provided for releasing the lock when pushed into the moving lever 10, and the elevation / lever moving lever 10 is provided with an upper opening box portion 14 on the base end side of the operation lever 11, and the upper opening box portion is provided. On the bottom surface of 14, a protruding portion 1 protruding upward
5, 5 are provided side by side in the sliding direction of the operation lever 11,
Further, the operation lever 1 is provided on the tip surface of the upper opening box portion 14.
1 is provided with a window hole 17 into which the rear end of the key 1 is inserted.
The lock slider 20 in the form of a lower opening box 7 having the engaging recess 27 protrudes from the window hole 16 provided in the lid 18, and the lock slider 20 is moved at a predetermined distance in the sliding direction of the operating lever 11. It is movably stored and the lock slider 2
In 0, permanent magnets 21 with polarities that attract each other at the upper end
lock rods 22 and 22 having a and 21b, and the lock rods 22 and 2
2. A support plate 23 that supports the lock rods 22, 22 by freely inserting the upper and lower intermediate portions of the lock rods 22, 22 and a lifting piece 25 having projections 24, 24 protruding downward on the lower surface.
And the springs 26, 26 for urging the elevating piece body 25 downward, and in the elevating piece body 25, the lock bars 22, 22 are always permanent magnets 21a, 21b and the upper ends thereof are mutually When attracted and inclined in a figure eight shape, the lower ends of the lock bars 22, 22 collide with the upper surface of the lifting piece 25 to prevent the lifting piece 25 from moving up and down. , 22 are in the vertical state, the lifting piece body 25 causes the projections 15, 15
The recesses 28 and 28 are provided to enable the distance to be raised so that the lock 30 can be lifted over the lock 30. The permanent magnets 31a and 31b for keeping the rods 22 and 22 in a vertical state are housed, and the key 30 is engaged with the recess 27.
The lock slider 20 is pushed into the inside and the back and forth lever 1
It is possible to move to a position where the operation lever 11 cannot be pushed in the direction of the free end of 0 and a position where the operation lever 11 can be pushed in the direction of the base end. The position that makes pushing impossible,
A technical means is provided in which a character indicating a locked state and an unlocked state is written at a position where pushing is allowed and at a position where it is exposed in each of the window holes 16 provided in the back and forth lever 10. Is.
【００１０】それ故、本発明スーツケース錠は、請求項
１の作用に加えて、錠スライダー２０の上面に、操作レ
バー１１の押し込みを不能となす位置と、押し込みを許
容する位置とで、仰伏動レバー１０に設けた窓孔１６内
にそれぞれ露出する位置に、施錠状態と開錠状態とを表
示する文字を表記してなるので、施錠状態か開錠状態か
を目視で確認できる作用を呈するものである。Therefore, in addition to the effect of the first aspect, the suitcase lock of the present invention can be pushed up on the upper surface of the lock slider 20 at a position where the operation lever 11 cannot be pushed in and a position where pushing is permitted. Characters for displaying the locked state and the unlocked state are written at the positions exposed in the window holes 16 provided in the swing lever 10, respectively. Therefore, it is possible to visually confirm whether the locked state or the unlocked state. To present.
【００１１】次に、請求項３の発明は、スーツケースの
蓋体と本体とのいずれか一方にフック形状の係止片１
を、いずれか他方には、この係止片１を仰伏動レバー１
０の伏動位置で係止し、仰動位置で係止を脱着する錠本
体２を取り付け、前記仰伏動レバー１０の自由端側に
は、出入方向に摺動可能となした操作レバー１１と該操
作レバー１１に連動して出入方向に摺動するレバー係止
片１２と、この操作レバー１１とレバー係止片１２とを
仰伏動レバー１０の自由端より突出する方向に付勢する
スプリング１３とを設け、上記錠本体２には仰伏動レバ
ー１０を伏動位置にすると前記レバー係止片１２が係合
し、操作レバー１１を該スプリング１３の付勢力に抗し
て仰伏動レバー１０に押し込むと係止が脱着するレバー
係止部３を設け、上記仰伏動レバー１０には、前記操作
レバー１１より基端側に上部開口箱部１４を設け、この
上部開口箱部１４の底面には上方に突出する突起部１
５，１５を該操作レバー１１の摺動方向に並べて設け、
さらに、該上部開口箱部１４の先端面には操作レバー１
１の後端が臨入する窓孔１７を設け、上記上部開口箱部
１４内には、下面が開口して上部に鍵３０の係入凹部２
７を有した下部開口箱状の錠スライダー２０を、その係
入凹部２７を蓋体１８に設けた窓孔１６より貫出させる
と共に、この錠スライダー２０は操作レバー１１の摺動
方向に所定距離移動可能に収納し、上記錠スライダー２
０内には、上端に互いに吸引し合う極性の永久磁石２１
ａ，２１ｂを有し上下中間に小径部２２ａ，２２ａを有
した錠棒２２，２２と、該錠棒２２，２２の上下中間部
位を遊挿する下方が小径で上方に向かって拡径された通
孔２３ａ，２３ａを有した支持板２３と、この支持板２
３の下面に固定され、錠棒２２，２２の直径より幅が狭
くその小径部２２ａ，２２ａより幅を広く設定した溝２
９ａ，２９ａを有してこの溝２９ａ，２９ａに小径部２
２ａ，２２ａを支承させることで錠棒２２，２２を傾斜
角度を変更自在に支承する支持部材２９と、下面に下方
に向けて突出する突起２４，２４を突設した昇降駒体２
５と、この昇降駒体２５を下方に向けて付勢するスプリ
ング２６，２６とを収納し、上記昇降駒体２５には、常
時は前記錠棒２２，２２が永久磁石２１ａ，２１ｂで上
端側が互いに吸着して八の字状に傾斜していると、該錠
棒２２，２２の下端が該昇降駒体２５の上面に衝合して
この昇降駒体２５の昇降を抑止し、前記錠棒２２，２２
が垂直状態にあると該昇降駒体２５が前記突起１５，１
５を乗り越えられる距離上昇可能とする凹部２８，２８
を設け、前記鍵３０の下部は係入凹部２７内に係入可能
な形状となすと共に、前記永久磁石２１ａ，２１ｂと互
いに吸引し合って、錠棒２２，２２を垂直状態となす永
久磁石３１ａ，３１ｂを収納し、該鍵３０を係入凹部２
７内に係入して、前記錠スライダー２０を仰伏動レバー
１０の自由端方向で操作レバー１１の押し込みを不能と
なす位置と、基端方向で操作レバー１１の押し込みを許
容する位置とに移動可能となし、錠スライダー２０の上
面には、操作レバー１１の押し込みを不能となす位置
と、押し込みを許容する位置とで、仰伏動レバー１０に
設けた窓孔１６内にそれぞれ露出する位置に、施錠状態
と開錠状態とを表示する文字を表記してなる技術的手段
を講じたものである。Next, a third aspect of the present invention is to provide a hook-shaped locking piece 1 on either the lid or the body of the suitcase.
On either side, attach the locking piece 1 to the
An operating lever 11 is provided which is fitted with a lock main body 2 which is locked at a receding position of 0 and which is disengaged at a reclining position, and which is slidable in an inward and outward direction on the free end side of the reclining and lowering lever 10. And a lever locking piece 12 that slides in the in-and-out direction in conjunction with the operation lever 11, and urges the operation lever 11 and the lever locking piece 12 in a direction projecting from the free end of the elevation lever 10. A spring 13 is provided, and the lever locking piece 12 engages with the lock main body 2 when the back and forth lever 10 is moved to the lowering position, and the operating lever 11 is lifted and lowered against the biasing force of the spring 13. A lever locking portion 3 is provided for releasing the lock when pushed into the moving lever 10, and the elevation / lever moving lever 10 is provided with an upper opening box portion 14 on the base end side of the operation lever 11, and the upper opening box portion is provided. On the bottom surface of 14, a protruding portion 1 protruding upward
5, 5 are provided side by side in the sliding direction of the operation lever 11,
Further, the operation lever 1 is provided on the tip surface of the upper opening box portion 14.
1 is provided with a window hole 17 into which the rear end of the key 1 is inserted.
The lock slider 20 in the form of a lower opening box 7 having the engaging recess 27 protrudes from the window hole 16 provided in the lid 18, and the lock slider 20 is moved at a predetermined distance in the sliding direction of the operating lever 11. It is movably stored and the lock slider 2
In 0, permanent magnets 21 with polarities that attract each other at the upper end
The lock rods 22 and 22 each having a and 21b and the small diameter portions 22a and 22a in the upper and lower portions, and the lower portion loosely inserted in the upper and lower intermediate portions of the lock rods 22 and 22 have a small diameter and are expanded upward. Support plate 23 having through holes 23a, 23a, and this support plate 2
The groove 2 which is fixed to the lower surface of 3 and has a width narrower than the diameter of the lock bars 22 and 22 and wider than the small diameter portions 22a and 22a thereof.
9a, 29a having a small diameter portion 2 in the grooves 29a, 29a.
A support member 29 that supports the lock rods 22 and 22 so that the inclination angle can be freely changed by supporting the lock rods 2a and 22a, and a lifting piece 2 that has projections 24 and 24 protruding downward on the lower surface.
5 and the springs 26, 26 for urging the elevating piece body 25 downwards are housed. In the elevating piece body 25, the lock bars 22, 22 are normally permanent magnets 21a, 21b and the upper end side is When they are attracted to each other and are inclined in a figure eight shape, the lower ends of the lock bars 22, 22 collide with the upper surface of the lifting piece body 25 to prevent the lifting piece body 25 from moving up and down. 22,22
Is in a vertical state, the lifting piece body 25 causes the projections 15, 1
5, the recesses 28, 28 that allow the distance to rise over 5
The lower part of the key 30 has a shape that can be inserted into the engaging recess 27, and the permanent magnets 31a that attract the mutual magnets 21a, 21b to each other to bring the lock bars 22, 22 into a vertical state. , 31b are housed, and the key 30 is engaged with the recess 2
7 into the lock lever 20 and the lock slider 20 is positioned at a position where the operation lever 11 cannot be pushed in the direction of the free end of the elevation lever 10, and a position where the operation lever 11 is allowed to be pushed in the direction of the base end. It is movable, and on the upper surface of the lock slider 20, a position at which the operation lever 11 cannot be pushed and a position at which the push lever is allowed to be pushed are exposed in the window hole 16 provided in the elevation lever 10. In addition, the technical means is adopted in which the characters indicating the locked state and the unlocked state are described.
【００１２】それ故、本発明スーツケース錠は、上記請
求項２の作用に加え、錠棒２２，２２を、下方が小径で
上方に向かって拡径された通孔２３ａ，２３ａを有した
支持板２３と、この支持板２３の下面に固定され、錠棒
２２，２２の直径より幅が狭くその小径部２２ａ，２２
ａより幅を広く設定した溝２９ａ，２９ａを有してこの
溝２２ａ，２２ａに小径部２２ａ，２２ａを支承させる
ことで傾斜角度を変更自在に支承する支持部材２９とで
支承するので、大きな衝撃等があって、該錠棒２２，２
２の上端吸着が外れても該錠棒２２，２２の落下を防止
する作用を呈するものである。Therefore, in the suitcase lock of the present invention, in addition to the effect of the above-mentioned claim 2, the lock bar 22, 22 is supported with the through holes 23a, 23a having a small diameter on the lower side and an upward diameter. The plate 23 is fixed to the lower surface of the support plate 23 and has a width smaller than the diameter of the lock bars 22 and 22 and small diameter portions 22a and 22 thereof.
Since the small diameter portions 22a, 22a are supported by the grooves 29a, 29a whose width is set to be wider than that of the "a", the small diameter portions 22a, 22a are supported by the supporting member 29 which can freely change the inclination angle. Etc., the lock bars 22, 2
Even if the upper end of 2 is removed, the lock rods 22 and 22 are prevented from falling.
【００１３】[0013]
【実施例】次に、本発明の実施例を、添付図面を参照し
て詳細に説明する。図中、１がスーツケースの蓋体と本
体とのいずれか一方に取り付けられるフック形状の係止
片、２は該スーツケースの蓋体と本体とのいずれか他方
に取り付けられる錠本体である。そして、この係止片１
と錠本体２とはスーツケースの蓋体と本体との夫々に、
スーツケースの蓋を閉めると係止片１が錠本体２の収納
箱体２ａの側面窓孔４より該錠本体２内に差し込まれる
位置関係に取り付けられる。Embodiments of the present invention will now be described in detail with reference to the accompanying drawings. In the figure, 1 is a hook-shaped locking piece that is attached to either the lid or the body of the suitcase, and 2 is a lock body that is attached to the other of the lid or the body of the suitcase. And this locking piece 1
And the lock body 2 are attached to the suitcase lid and the body,
When the lid of the suitcase is closed, the locking piece 1 is attached so as to be inserted into the lock body 2 through the side window hole 4 of the storage box 2a of the lock body 2.
【００１４】そして、錠本体２には図１左右方向の軸５
（図２参照）によって枢止されたフック体６が設けら
れ、このフック体６が伏動して係止片１が係止され、ス
ーツケースの蓋体と本体とが係合するようになしてあ
る。なお、該錠本体２は上部を開口した収納箱体２ａに
収納し、固定螺子２ｂ，２ｂで該収納箱体２ａ内に固定
してある。The lock body 2 has a shaft 5 in the left-right direction in FIG.
(See FIG. 2) A hook body 6 pivotally stopped by the hook body 6 is provided, and the hook body 6 is moved down to lock the locking piece 1 so that the lid body of the suitcase and the main body are engaged with each other. There is. The lock body 2 is housed in a storage box body 2a having an open top, and is fixed in the storage box body 2a with fixing screws 2b and 2b.
【００１５】また、図中、１０が仰伏動レバーで、この
仰伏動レバー１０が伏動位置で、前記フック体６を押し
下げ、仰動位置では図では省略したスプリングの付勢力
で該フック体６が仰動し、係止片１との係合が脱着され
るようになしてある。なお、該仰伏動レバー１０は基端
を錠本体２に枢着すればよいが、図示例では、錠本体２
に一端を該仰伏動レバー１０の短手方向の軸７ａで枢着
した連結片７の他端を軸７ａと平行な軸７ｂで該仰伏動
レバー１０の中間部位底面部位に枢着してある。そし
て、該仰伏動レバー１０の基端には両側に突出する軸部
１０ａ，１０ａが設けられ、この軸部１０ａ，１０ａは
錠本体２に、その長手方向に設けた溝２ｃ，２ｃ（一方
は図示していない）に案内されて図２左右方向に移動可
能となしてある。なお、この仰伏動レバー１０は図２に
示すスプリング７ａで仰動方向に付勢されている。Further, in the figure, 10 is an elevation lever, and the elevation lever 10 is in a receding position to push down the hook body 6, and in the elevation position, the hook is biased by a spring (not shown). The body 6 is lifted and the engagement with the locking piece 1 is detached. In addition, although the base end of the elevation lever 10 may be pivotally attached to the lock body 2, in the illustrated example, the lock body 2
One end of the connecting piece 7 pivotally attached to the lateral axis 7a of the elevation lever 10 and the other end of the connecting piece 7 to an intermediate bottom face portion of the elevation lever 10 by an axis 7b parallel to the axis 7a. There is. Further, shaft portions 10a, 10a projecting to both sides are provided at the base end of the elevation lever 10, and the shaft portions 10a, 10a are provided in the lock body 2 with grooves 2c, 2c (one side) provided in the longitudinal direction thereof. Is not shown in the figure) and is movable in the left-right direction in FIG. The elevation lever 10 is biased in the elevation direction by the spring 7a shown in FIG.
【００１６】すなわち、上記仰伏動レバー１０は、仰伏
動に際して基端側と自由端側とに移動するようになして
ある。この連結片７を使用した仰伏動レバー１０は、従
来公知なものであるが、本発明のフック体６を押し下げ
る方式では、該フック体６の頂面を球面状となして、こ
の球面を点接触で仰伏動レバー１０の底面で押し下げる
際、該底面が下降すると共に移動して、該フック体６を
円滑に押し下げられるものである。That is, the above-mentioned elevation lever 10 is adapted to move to the base end side and the free end side during the elevation movement. The elevation lever 10 using the connecting piece 7 is a conventionally known one, but in the method of pushing down the hook body 6 of the present invention, the top surface of the hook body 6 is made spherical and this spherical surface is used. When the bottom surface of the elevation lever 10 is pushed down by point contact, the bottom surface moves down and moves to smoothly push down the hook body 6.
【００１７】そして、前記仰伏動レバー１０の自由端側
には、出入方向に摺動可能となした操作レバー１１と該
操作レバー１１に連動して出入方向に摺動するレバー係
止片１２と、この操作レバー１１とレバー係止片１２と
を仰伏動レバー１０の自由端より突出する方向に付勢す
るスプリング１３とを設けてある。該操作レバー１１は
仰伏動レバー１０に案内されて、該仰伏動レバー１０の
自由端（図右側端）より出入方向に所定距離を摺動可能
となしてある。なお、図示では必ずしも明確ではない
が、この操作レバー１１は仰伏動レバー１０より抜け落
ちないようにストッパー機構を設けてあるのは無論であ
る。On the free end side of the abdomen lever 10, the operating lever 11 is slidable in the direction of movement, and the lever locking piece 12 which is interlocked with the operating lever 11 and slides in the direction of movement. And a spring 13 for urging the operating lever 11 and the lever locking piece 12 in a direction projecting from the free end of the elevation lever 10. The operating lever 11 is guided by the elevation lever 10 so that the operation lever 11 can slide a predetermined distance in the direction of movement from the free end (right end in the figure) of the elevation lever 10. Although not clearly shown in the drawing, it is needless to say that the operating lever 11 is provided with a stopper mechanism so as not to slip out from the elevation lever 10.
【００１８】そして、上記レバー係止片１２は同じく仰
伏動レバー１０に案内されて所定部位を摺動可能となし
てあり、操作レバー１１を押し込むと該操作レバー１１
に押されて仰伏動レバー１０の基端側（図左側）に共に
押し込まれ、該操作レバー１１を自由にすると、前記ス
プリング１３の付勢力で操作レバー１１と共に押し戻さ
れるようになしてある。なお、この操作レバー１１とレ
バー係止片１２とは一体的に構成してもよいが、動きを
確実にするためには、次に説明する理由で、分断して構
成することが望ましい。The lever engaging piece 12 is also guided by the elevation lever 10 so as to be slidable at a predetermined portion. When the operating lever 11 is pushed in, the operating lever 11 is pushed.
When the operating lever 11 is released by being pushed to the base end side (left side in the drawing) of the back and forth lever 10, the operating lever 11 is pushed back together with the operating lever 11 by the urging force of the spring 13. The operation lever 11 and the lever locking piece 12 may be integrally formed, but in order to ensure the movement, it is desirable to divide them for the reason described below.
【００１９】そして、上記錠本体２には仰伏動レバー１
０を伏動位置にすると前記レバー係止片１２が係合し、
操作レバー１１を該スプリング１３の付勢力に抗して仰
伏動レバー１０に押し込むと係止が脱着するレバー係止
部３を設けてある。すなわち、このレバー係止部３は錠
本体２の固定部位に立設され、前記レバー係止片１２が
着脱するようになしてある。レバー係止片１２はＬ字状
に構成されその下辺は先端側が上昇する傾斜面となし、
レバー係止部３は略７の字状に形成しこのレバー係止部
３の上面は先端側が下降する傾斜面となしてある。従っ
て、仰伏動レバー１０を押し下げると、レバー係止片１
２は下面の傾斜面がレバー係止部３の上面傾斜面に接し
て、該レバー係止片１２を斜面同士で摺動させ押し戻
し、両者が係合されることになる。この際、操作レバー
１１とは分断されてレバー係止片１２のみが移動するこ
とで、両者の係合が円滑に行われるようになすため、操
作レバー１１とレバー係止片１２とは別個に構成するこ
とが望ましいものである。The lock body 2 has a back and forth lever 1
When 0 is moved to the down position, the lever locking piece 12 is engaged,
A lever locking portion 3 is provided so that the locking is released when the operating lever 11 is pushed into the elevation lever 10 against the biasing force of the spring 13. That is, the lever locking portion 3 is erected on the fixed portion of the lock body 2 so that the lever locking piece 12 can be attached and detached. The lever locking piece 12 is formed in an L shape, and the lower side of the lever locking piece 12 is an inclined surface whose front end side rises.
The lever locking portion 3 is formed in a substantially 7 shape, and the upper surface of the lever locking portion 3 is an inclined surface on which the tip end side descends. Therefore, when the back and forth lever 10 is pushed down, the lever locking piece 1
In No. 2, the inclined surface of the lower surface is in contact with the inclined surface of the upper surface of the lever engaging portion 3, the lever engaging piece 12 is slid between the inclined surfaces and pushed back, and both are engaged. At this time, since the lever locking piece 12 is separated from the operation lever 11 and only the lever locking piece 12 moves, the both are smoothly engaged. Therefore, the operation lever 11 and the lever locking piece 12 are separately provided. It is desirable to configure.
【００２０】上記仰伏動レバー１０には、前記操作レバ
ー１１より基端側に上部開口箱部１４を設け、この上部
開口箱部１４の底面には上方に突出する突起部１５，１
５を該操作レバー１１の摺動方向に並べて設け、さら
に、該上部開口箱部１４の先端面には操作レバー１１の
後端が臨入する窓孔１７を設けてある。この、上部開口
箱部１４は錠箱となるもので、該上部開口箱部１４は操
作レバー１１に一体形成されてなる。An upper opening box portion 14 is provided at the base end side of the operating lever 11 in the above-mentioned elevation lever 10, and projections 15, 1 projecting upward are provided on the bottom surface of the upper opening box portion 14.
5 are arranged side by side in the sliding direction of the operating lever 11, and a window hole 17 into which the rear end of the operating lever 11 is inserted is provided on the front end surface of the upper opening box portion 14. The upper opening box portion 14 serves as a lock box, and the upper opening box portion 14 is formed integrally with the operation lever 11.
【００２１】そして、上記上部開口箱部１４内には、下
面が開口して上部に鍵３０の係入凹部２７を有した下部
開口箱状の錠スライダー２０を、その係入凹部２７を蓋
体１８に設けた窓孔１６より貫出させると共に、この錠
スライダー２０は操作レバー１１の摺動方向に所定距離
移動可能に収納してある。該蓋体１８は合成樹脂材など
で形成されその足部１８ａを仰伏動レバー１０に設けた
通孔１０ｂ内に挿入してカシメ止め（加熱溶融カシメ）
等で固定してある。そして、該錠スライダー２０は、そ
の大きさを上部開口箱部１４に対して短く（図左右方向
の長さを短く）構成して、該上部開口箱部１４内で操作
レバー１１の摺動方向に所定距離移動可能となしてあ
る。なお、上記窓孔１６も貫出する係入凹部２７より長
く設定し、該錠スライダー２０の摺動を規制しないよう
に構成してある。Inside the upper opening box portion 14, there is provided a lower opening box-shaped lock slider 20 having a lower surface opening and an engaging recess portion 27 for the key 30 at the upper portion thereof. The lock slider 20 is housed so as to extend through a window hole 16 provided in 18 and to be movable a predetermined distance in the sliding direction of the operating lever 11. The lid 18 is made of a synthetic resin material or the like, and its foot portion 18a is inserted into a through hole 10b provided in the elevation lever 10 to be caulked to prevent caulking (heating and melting caulking).
It is fixed by etc. The lock slider 20 has a size smaller than that of the upper opening box portion 14 (shorter in the left-right direction in the drawing), and the sliding direction of the operation lever 11 in the upper opening box portion 14. It is possible to move a predetermined distance. The window 16 is also set to be longer than the protruding recess 27, so that the sliding of the lock slider 20 is not restricted.
【００２２】そして、上記錠スライダー２０内には、上
端に互いに吸引し合う極性の永久磁石２１ａ，２１ｂを
有した錠棒２２，２２と、該錠棒２２，２２の上下中間
部位を遊挿して該錠棒２２，２２の傾斜角度を変更自在
に支承する支持板２３と、下面に下方に向けて突出する
突起２４，２４を突設した昇降駒体２５と、この昇降駒
体２５を下方に向けて付勢するスプリング２６，２６と
を収納してある。In the lock slider 20, lock rods 22 and 22 each having permanent magnets 21a and 21b of polarities attracting each other at the upper end, and upper and lower intermediate portions of the lock rods 22 and 22 are loosely inserted. A support plate 23 that supports the lock bars 22 and 22 so that the inclination angle thereof can be freely changed, an elevation piece 25 having projections 24 and 24 protruding downward on the lower surface, and the elevation piece 25 The springs 26, 26 that are biased toward are stored.
【００２３】すなわち、上記支持板２３には通孔２３
ａ，２３ａが設けられ、錠棒２２，２２はこの通孔２３
ａ，２３ａ内を遊挿することで傾斜角度が一定の範囲で
変更自在となるようになしてある。そして、この錠棒２
２，２２は、上端に永久磁石２１ａ，２１ｂを有してい
るので互いに吸引しあって吸着するので、常時は図３と
図６に示すように八の字状に傾斜した常態となってい
る。なお、図示はしていないが、錠スライダー２０の上
面内面側に磁性板を貼着しておくか錠スライダー２０を
磁性体で構成して、錠棒２２，２２はこの磁性板または
錠スライダー２０の上面に八の字状に傾斜した状態を保
って吸着するようになしてもよい。なお、上記スプリン
グ２６，２６は比較的径の大きいコイルスプリングを使
用して、錠棒２２，２２が、このコイルスプリング内を
挿通するようになすと、該錠棒２２，２２の傾斜角度変
更の支障とならず好適である。That is, the through hole 23 is formed in the support plate 23.
a and 23a are provided, and the lock bars 22 and 22 are provided with the through holes 23.
The inclination angle can be freely changed within a fixed range by loosely inserting the inside of a and 23a. And this lock stick 2
Since 2 and 22 have permanent magnets 21a and 21b at their upper ends, they are attracted to each other and attract each other, so that they are always in a normal state in which they are inclined in an eight shape as shown in FIG. 3 and FIG. . Although not shown, a magnetic plate is attached to the inner surface of the upper surface of the lock slider 20 or the lock slider 20 is made of a magnetic material, and the lock rods 22 are provided on the magnetic plate or the lock slider 20. You may make it adsorb | suck, keeping the state inclined in the shape of an eight shape on the upper surface of. The springs 26, 26 are coil springs having a relatively large diameter. When the lock rods 22, 22 are inserted through the coil springs, the inclination angles of the lock rods 22, 22 can be changed. It is suitable because it does not cause any trouble.
【００２４】なお、昇降駒体２５の下面に設けた突起２
４，２４は、前記突起部１５，１５との組み合わせで、
錠スライダー２０のスライド位置が上部開口箱部１４内
で仰伏動レバー１０の先端側と基端側との二カ所の位置
に係止するようになしてある。そして、この錠スライダ
ー２０が仰伏動レバー１０の先端側で係止されている
と、操作レバー１１を押し込んだ際その後端がこの錠ス
ライダー２０に衝合して押し込みを不能となすストッパ
ーとして機能するようになしてある。The projection 2 provided on the lower surface of the lifting piece 25
4, 24 are a combination with the protrusions 15 and 15,
The locking position of the lock slider 20 is locked in the upper opening box portion 14 at two positions, the tip end side and the base end side of the back and forth lever 10. When the lock slider 20 is locked at the tip end side of the elevation / lowering lever 10, the rear end of the lock slider 20 abuts against the lock slider 20 when the operating lever 11 is pushed in, and functions as a stopper that prevents pushing. I am supposed to do it.
【００２５】そして、上記昇降駒体２５には、常時は前
記錠棒２２，２２が永久磁石２１ａ，２１ｂで上端側が
互いに吸着して八の字状に傾斜していると、該錠棒２
２，２２の下端が該昇降駒体２５の上面に衝合してこの
昇降駒体２５の昇降を抑止し、前記錠棒２２，２２が垂
直状態にあると該昇降駒体２５が前記突起１５，１５を
乗り越えられる距離上昇可能とする凹部２８，２８を設
けてある。この凹部２８，２８は、図示例では上部が大
径で下部が小径の径違いの二段状に構成され、錠棒２
２，２２が垂直状態であると、昇降駒体２５が上昇した
際、錠棒２２，２２の下部はこの凹部２８，２８の小径
凹部まで臨入して、該昇降駒体２５が突起部１５，１５
を乗り越える高さまで上昇できるようになしてあり、錠
棒２２，２２が八の字状に傾斜していると該錠棒２２，
２２の下端は凹部２８，２８の大径凹部の底面上にあっ
て、この状態では昇降駒体２５は該錠棒２２，２２が支
え棒となって上昇が不能となるようになっている。When the lock bars 22, 22 are always attracted to the upper and lower sides by the permanent magnets 21a, 21b of the lifting piece 25 and the upper and lower sides of the lock bars 22, 22 are inclined in an eight shape,
The lower ends of 2, 22 abut the upper surface of the lifting piece 25 to prevent the lifting piece 25 from moving up and down. , 15 are provided so that the distance can be increased so that the distance can be increased. In the illustrated example, the recesses 28, 28 are formed in a two-step shape with a large diameter in the upper part and a small diameter in the lower part, and the lock bar 2
When the lifting pieces 25 are raised, the lower parts of the lock bars 22, 22 enter the small-diameter recesses of the recesses 28, 28 so that the lifting pieces 25 are projected. , 15
When the lock rods 22, 22 are inclined in an eight shape, the lock rods 22,
The lower end of 22 is on the bottom surface of the large-diameter concave portion of the concave portions 28, 28, and in this state, the lifting piece body 25 is configured such that the lock rods 22, 22 serve as support rods and cannot be lifted.
【００２６】なお、前記したように、上記の錠棒２２，
２２は、常時は八の字状に傾斜しているので、昇降駒体
２５は上昇不能で、錠スライダー２０は移動不能であ
る。そこで、この状態を解いて錠スライダー２０を移動
させる鍵３０が必要で、該鍵３０の下部は係入凹部２７
内に係入可能な形状となすと共に、前記永久磁石２１
ａ，２１ｂと互いに吸引し合って、錠棒２２，２２を垂
直状態となす永久磁石３１ａ，３１ｂを収納し、該鍵３
０を係入凹部２７内に係入して、前記錠スライダー２０
を仰伏動レバー１０の自由端方向で操作レバー１１の押
し込みを不能となす位置と、基端方向で操作レバー１１
の押し込みを許容する位置とに移動可能となしてある。As described above, the lock bar 22,
Since 22 is always inclined in an eight-shape, the lifting piece 25 cannot move up and the lock slider 20 cannot move. Therefore, a key 30 for unlocking this state and moving the lock slider 20 is required, and the lower part of the key 30 has an engaging recess 27.
The permanent magnet 21 has a shape that can be engaged in the inside.
The permanent magnets 31a and 31b for attracting the lock rods 22 and 22 to each other by vertically attracting each other are housed in the key 3
0 into the engagement recess 27 to lock the lock slider 20.
The position where the operation lever 11 cannot be pushed in the direction of the free end of the elevation lever 10 and the operation lever 11 in the direction of the base end.
It is possible to move to a position that allows pushing.
【００２７】すなわち、上記鍵３０は係入凹部２７内に
係入できる形状であるという鍵の条件が必要で、さら
に、錠棒２２，２２を垂直状態となすための極性を有す
るという鍵の条件が必要となる。そして、この鍵３０と
しての２条件が適合すると、該鍵３０は錠スライダー２
０を摺動させる摘み体として利用できるものである。In other words, the key condition is that the key 30 has a shape capable of being inserted into the engagement recess 27, and further, the key condition is such that it has a polarity for bringing the lock bars 22, 22 into a vertical state. Is required. When the two conditions as the key 30 are met, the key 30 is locked by the lock slider 2
It can be used as a knob for sliding 0.
【００２８】次に、請求項２の発明は、上記請求項１の
構成に加え、錠スライダー２０の上面には、操作レバー
１１の押し込みを不能となす位置と、押し込みを許容す
る位置とで、仰伏動レバー１０に設けた窓孔１６内にそ
れぞれ露出する位置に、施錠状態と開錠状態とを表示す
る文字を表記してなる構成を付加したものである。Next, in addition to the structure of the above-mentioned claim 1, the invention of claim 2 is characterized in that, on the upper surface of the lock slider 20, there are a position where the pushing of the operating lever 11 is disabled and a position where the pushing is allowed. A structure in which characters indicating a locked state and an unlocked state are written is added to the positions exposed in the window holes 16 provided in the elevation lever 10 respectively.
【００２９】図示例では、施錠状態を示す文字として
「ＬＯＣＫ」の文字を、開錠状態を示す文字として「Ｏ
ＰＥＮ」の文字を使用しているが、無論、他のわかりや
すい文字で施錠状と開錠状態とが判別できるものであれ
ば差し支えない。In the illustrated example, the character "LOCK" is used as the character indicating the locked state, and the character "O" is used as the character indicating the unlocked state.
Although the character "PEN" is used, it goes without saying that any other character that is easy to understand can be used to distinguish between the locked state and the unlocked state.
【００３０】次に、請求項３の発明は、請求項２の構成
中、錠スライダー２０内には、上端に互いに吸引し合う
極性の永久磁石２１ａ，２１ｂを有し上下中間に小径部
２２ａ，２２ａを有した錠棒２２，２２と、該錠棒２
２，２２の上下中間部位を遊挿する下方が小径で上方に
向かって拡径された通孔２３ａ，２３ａを有した支持板
２３と、この支持板２３の下面に固定され、錠棒２２，
２２の直径より幅が狭くその小径部２２ａ，２２ａより
幅を広く設定した溝２９ａ，２９ａを有してこの溝２９
ａ，２９ａに小径部２２ａ，２２ａを支承させることで
錠棒２２，２２を傾斜角度を変更自在に支承する支持部
材２９と、下面に下方に向けて突出する突起２４，２４
を突設した昇降駒体２５と、この昇降駒体２５を下方に
向けて付勢するスプリング２６，２６とを収納してあ
る。Next, according to the invention of claim 3, in the structure of claim 2, the lock slider 20 has permanent magnets 21a and 21b having polarities attracting each other at the upper end thereof and having a small diameter portion 22a at the upper and lower portions thereof. Lock bar 22, 22 having 22a, and the lock bar 2
The support plate 23 having through holes 23a, 23a whose lower part is loosely inserted between the upper and lower intermediate parts of the second and the second part 22 and has a diameter enlarged upward, and the lock bar 22, which is fixed to the lower surface of the support plate 23,
The groove 29a has a width narrower than the diameter of 22 and is set wider than the small diameter portions 22a, 22a.
a and 29a support small-diameter portions 22a and 22a to support the lock rods 22 and 22 so that their tilt angles can be changed, and projections 24 and 24 that project downward to the lower surface.
An up-and-down piece body 25 having a protruding portion and springs 26, 26 for biasing the up-and-down piece body 25 downward are housed.
【００３１】すなわち、本発明では、錠棒２２，２２の
上下中間部位に小径部２２ａ，２２ａを設けてある。こ
の小径部２２ａ，２２ａは該錠棒２２，２２を落下しな
いよう保持するためのもので、この小径部２２ａ，２２
ａは支持部材２９に設けた錠棒２２，２２の直径より幅
が狭くその小径部２２ａ，２２ａより幅を広く設定した
溝２９ａ，２９ａ内に遊挿して、落下はしないが傾斜角
度は変更自在となしている。That is, in the present invention, the small diameter portions 22a, 22a are provided at the upper and lower intermediate portions of the lock bars 22, 22. The small diameter portions 22a, 22a are for holding the lock rods 22, 22 so as not to fall, and the small diameter portions 22a, 22a.
a is loosely inserted into the grooves 29a, 29a having a width narrower than the diameter of the lock rods 22, 22 provided on the support member 29 and wider than the small diameter portions 22a, 22a thereof, and the inclination angle is freely changeable. Is said.
【００３２】また、本発明は、支持板２３の通孔２３
ａ，２３ａを下方が小径で上方に向かって拡径され形状
となしている。すなわち、この通孔２３ａ，２３ａは錠
棒２２，２２の大きな傾斜角度の変更を許容しなくては
ならない一方、該錠棒２２，２２の上端の永久磁石２１
ａ，２１ｂを鍵３０の永久磁石３１ａ，３１ｂで吸引さ
れた際、常に所定の位置で垂直状態となるよう、上方に
向かって順次拡径され、言い換えると下方に向かって順
次縮径して傾斜は可能であるが下部の小径部位で正確な
位置決めが行えるようになしたものである。Further, according to the present invention, the through hole 23 of the support plate 23 is provided.
The lower portions of the a and 23a have a small diameter and are expanded upward to form a shape. That is, the through holes 23a, 23a must allow a large change in the inclination angle of the lock rods 22, 22, while the permanent magnets 21 at the upper ends of the lock rods 22, 22 are allowed to change.
When a and 21b are attracted by the permanent magnets 31a and 31b of the key 30, the diameters are sequentially increased upward so that they are always in a vertical state at a predetermined position. In other words, the diameters are gradually decreased and inclined downward. Although it is possible, accurate positioning can be performed in the lower small diameter area.
【００３３】[0033]
【発明の効果】本発明は上記のごとき構成よりなるの
で、錠の開閉は回転ではなく、錠本体２の長手方向に錠
スライダー２０を移動することで行えるので、錠本体２
を幅が狭い小型のものを開発できるもので、鍵３０も所
定の回転力を要求されないので小型な物で充分であると
いう効果を有するものである。Since the present invention is constructed as described above, the lock can be opened and closed not by rotating but by moving the lock slider 20 in the longitudinal direction of the lock main body 2.
It is possible to develop a small one having a narrow width, and since the key 30 is not required to have a predetermined rotating force, the small one is sufficient.
【００３４】また、本発明は狭い場所に複数の永久磁石
を並置すると、互いに影響しあうことを予め想定し、こ
の性質を巧みに使用して、常時は永久磁石を吸着させて
おき、錠操作時に鍵３０の永久磁石でこの錠棒２２，２
２同士の吸着に変えて、鍵３０との吸着とするようにな
したので、操作が確実なスーツケース錠を提供できるも
のである。Further, in the present invention, when a plurality of permanent magnets are juxtaposed in a narrow space, it is assumed in advance that they may affect each other. This property is skillfully used, and the permanent magnets are always attracted to lock the permanent magnets. Sometimes the permanent magnet of the key 30 is used to lock this lock bar 22,2
Since the suction of the key 30 is performed instead of the suction of the two, a suitcase lock with a reliable operation can be provided.
【００３５】特に、請求項２の発明では、上記効果に加
え、施錠状態か否かが目視で容易に確認できるスーツケ
ース錠を提供できるものである。さらに、請求項３の発
明は錠棒２２，２２が支持部材２９で保持されて、スー
ツケースを高い位置より落下したような強い衝撃力が加
えられても該錠棒２２，２２が落下したり想定できない
場所に移動したりしない、信頼性の高いスーツケース錠
を提供できるものである。In particular, according to the invention of claim 2, in addition to the above effects, it is possible to provide a suitcase lock capable of easily visually confirming whether or not it is locked. Further, in the invention of claim 3, the lock bars 22, 22 are held by the support member 29, and even if a strong impact force such as dropping the suitcase from a higher position is applied, the lock bars 22, 22 may drop. It is possible to provide a highly reliable suitcase lock that does not move to an unexpected place.
【図１】本発明の一実施例を示す要部斜視図である。FIG. 1 is a perspective view of an essential part showing an embodiment of the present invention.
【図２】錠本体の部品分解斜視図である。FIG. 2 is an exploded perspective view of parts of the lock body.
【図３】施錠状態での縦断面図である。FIG. 3 is a vertical sectional view in a locked state.
【図４】施錠を解く直前の状態での縦断面図である。FIG. 4 is a vertical sectional view in a state immediately before unlocking.
【図５】施錠を解く途中の状態での縦断面図である。FIG. 5 is a vertical cross-sectional view in the state of unlocking the lock.
【図６】施錠を解いた状態の縦断面図である。FIG. 6 is a vertical cross-sectional view of the unlocked state.
１ 係止片 ２ 錠本体 ３ レバー係止部 ４ 窓孔 １０ 仰伏動レバー １１ 操作レバー １２ レバー係止部 １３ スプリング １４ 上部開口箱部 １５ 突起 １６ 窓孔 １７ 窓孔 １８ 蓋体 ２０ 錠スライダー ２１ａ 永久磁石 ２１ｂ 永久磁石 ２２ 錠棒 ２２ａ 小径部 ２３ 支持板 ２４ 突起 ２５ 昇降駒体 ２６ スプリング ２７ 係入凹部 ２８ 凹部 ２９ 支持部材 ２９ａ 溝 ３０ 鍵 ３１ａ 永久磁石 ３１ｂ 永久磁石 1 locking piece 2 tablets body 3 Lever locking part 4 window holes 10 Lie down lever 11 Operation lever 12 Lever locking part 13 spring 14 Upper opening box 15 protrusions 16 windows 17 windows 18 Lid 20 tablets slider 21a Permanent magnet 21b Permanent magnet 22 lock sticks 22a Small diameter part 23 Support plate 24 protrusions 25 Lifting piece 26 spring 27 Engagement recess 28 recess 29 Support member 29a groove 30 keys 31a Permanent magnet 31b Permanent magnet
───────────────────────────────────────────────────── フロントページの続き (58)調査した分野(Int.Cl.7，ＤＢ名) E05B 65/52 E05B 47/00 ─────────────────────────────────────────────────── ─── Continuation of the front page (58) Fields surveyed (Int.Cl. 7 , DB name) E05B 65/52 E05B 47/00
Claims (3)
一方にフック形状の係止片（１）を、いずれか他方に
は、この係止片（１）を仰伏動レバー（１０）の伏動位
置で係止し、仰動位置で係止を脱着する錠本体（２）を
取り付け、 前記仰伏動レバー（１０）の自由端側には、出入方向に
摺動可能となした操作レバー（１１）と該操作レバー
（１１）に連動して出入方向に摺動するレバー係止片
（１２）と、この操作レバー（１１）とレバー係止片
（１２）とを仰伏動レバー（１０）の自由端より突出す
る方向に付勢するスプリング（１３）とを設け、 上記錠本体（２）には仰伏動レバー（１０）を伏動位置
にすると前記レバー係止片（１２）が係合し、操作レバ
ー（１１）を該スプリング（１３）の付勢力に抗して仰
伏動レバー（１０）に押し込むと係止が脱着するレバー
係止部（３）を設け、 上記仰伏動レバー（１０）には、前記操作レバー（１
１）より基端側に上部開口箱部（１４）を設け、この上
部開口箱部（１４）の底面には上方に突出する突起部
（１５，１５）を該操作レバー（１１）の摺動方向に並
べて設け、さらに、該上部開口箱部（１４）の先端面に
は操作レバー（１１）の後端が臨入する窓孔（１７）を
設け、 上記上部開口箱部（１４）内には、下面が開口して上部
に鍵（３０）の係入凹部（２７）を有した下部開口箱状
の錠スライダー（２０）を、その係入凹部（２７）を蓋
体（１８）に設けた窓孔（１６）より貫出させると共
に、この錠スライダー（２０）は操作レバー（１１）の
摺動方向に所定距離移動可能に収納し、 上記錠スライダー（２０）内には、上端に互いに吸引し
合う極性の永久磁石（２１ａ、２１ｂ）を有した錠棒
（２２，２２）と、該錠棒（２２，２２）の上下中間部
位を遊挿して該錠棒（２２，２２）の傾斜角度を変更自
在に支承する支持板（２３）と、下面に下方に向けて突
出する突起（２４，２４）を突設した昇降駒体（２５）
と、この昇降駒体（２５）を下方に向けて付勢するスプ
リング（２６，２６）とを収納し、 上記昇降駒体（２５）には、常時は前記錠棒（２２，２
２）が永久磁石（２１ａ，２１ｂ）で上端側が互いに吸
着して八の字状に傾斜していると、該錠棒（２２，２
２）の下端が該昇降駒体（２５）の上面に衝合してこの
昇降駒体（２５）の昇降を抑止し、前記錠棒（２２，２
２）が垂直状態にあると該昇降駒体（２５）が前記突起
（１５，１５）を乗り越えられる距離上昇可能とする凹
部（２８，２８）を設け、 前記鍵（３０）の下部は係入凹部（２７）内に係入可能
な形状となすと共に、前記永久磁石（２１ａ，２１ｂ）
と互いに吸引し合って、錠棒（２２，２２）を垂直状態
となす永久磁石（３１ａ，３１ｂ）を収納し、該鍵（３
０）を係入凹部（２７）内に係入して、前記錠スライダ
ー（２０）を仰伏動レバー（１０）の自由端方向で操作
レバー（１１）の押し込みを不能となす位置と、基端方
向で操作レバー（１１）の押し込みを許容する位置とに
移動可能となしたスーツケース錠。1. A hook-shaped locking piece (1) is provided on one of a lid and a body of a suitcase, and the locking piece (1) is provided on the other of the suitcase with a back and forth lever (10). The lock main body (2) that locks at the receding position of No. 1 and disengages the locking at the rising position is attached, and the free end side of the receding lever (10) is slidable in the withdrawal direction. The operating lever (11), a lever locking piece (12) that slides in the direction of movement in association with the operating lever (11), and the operating lever (11) and the lever locking piece (12) lie back and forth. A spring (13) for urging the lever (10) in a direction projecting from the free end is provided, and when the back-and-forth lever (10) is moved to the receding position in the lock body (2), the lever locking piece ( 12) engages, and the operating lever (11) is moved to the elevation lever (10) against the biasing force of the spring (13). Lever locking portion Squeezing and locking to desorb (3) is provided, the elevation in Fukudo lever (10), said operating lever (1
1) The upper opening box portion (14) is provided on the base end side from 1), and the projections (15, 15) projecting upward are provided on the bottom surface of the upper opening box portion (14) to slide the operation lever (11). And a window hole (17) into which the rear end of the operating lever (11) is inserted is provided on the tip surface of the upper opening box part (14), and the upper opening box part (14) is provided with a window hole (17). Has a lower opening box-shaped lock slider (20) having an opening on the lower surface and an engaging recess (27) for the key (30), and the engaging recess (27) provided on the lid (18). And the lock slider (20) is housed so as to be movable a predetermined distance in the sliding direction of the operating lever (11), and the lock slider (20) has its upper end in the lock slider (20). Lock bar (22, 22) having permanent magnets (21a, 21b) of polarities attracting each other, and the lock bar (2) , 22) are supported by loosely inserting the upper and lower intermediate portions of the lock bar (22, 22) so that the inclination angle of the lock bar (22, 22) can be changed, and the projections (24, 24) protruding downward on the lower surface. Elevating lifting piece body (25)
And a spring (26, 26) for urging the elevating piece body (25) downward, and the elevating piece body (25) always has the lock bar (22, 2).
2) is a permanent magnet (21a, 21b), the upper ends of which are attracted to each other and inclined in a figure eight shape, the lock bar (22, 2)
The lower end of 2) collides with the upper surface of the lifting piece body (25) to prevent the lifting piece body (25) from moving up and down, and the lock bar (22, 2).
When 2) is in a vertical state, the lifting piece body (25) is provided with a recessed portion (28, 28) capable of ascending a distance over the projection (15, 15), and a lower portion of the key (30) is engaged. The permanent magnets (21a, 21b) are shaped so that they can be engaged in the recesses (27).
And the permanent magnets (31a, 31b) for attracting each other to make the lock bars (22, 22) in a vertical state are housed, and the key (3
0) in the engaging recess (27) to disengage the lock slider (20) so that the operating lever (11) cannot be pushed in the direction of the free end of the elevation lever (10). A suitcase lock that can be moved to a position that allows pushing of the operation lever (11) in the end direction.
一方にフック形状の係止片（１）を、いずれか他方に
は、この係止片（１）を仰伏動レバー（１０）の伏動位
置で係止し、仰動位置で係止を脱着する錠本体（２）を
取り付け、 前記仰伏動レバー（１０）の自由端側には、出入方向に
摺動可能となした操作レバー（１１）と該操作レバー
（１１）に連動して出入方向に摺動するレバー係止片
（１２）と、この操作レバー（１１）とレバー係止片
（１２）とを仰伏動レバー（１０）の自由端より突出す
る方向に付勢するスプリング（１３）とを設け、 上記錠本体（２）には仰伏動レバー（１０）を伏動位置
にすると前記レバー係止片（１２）が係合し、操作レバ
ー（１１）を該スプリング（１３）の付勢力に抗して仰
伏動レバー（１０）に押し込むと係止が脱着するレバー
係止部（３）を設け、 上記仰伏動レバー（１０）には、前記操作レバー（１
１）より基端側に上部開口箱部（１４）を設け、この上
部開口箱部（１４）の底面には上方に突出する突起部
（１５，１５）を該操作レバー（１１）の摺動方向に並
べて設け、さらに、該上部開口箱部（１４）の先端面に
は操作レバー（１１）の後端が臨入する窓孔（１７）を
設け、 上記上部開口箱部（１４）内には、下面が開口して上部
に鍵（３０）の係入凹部（２７）を有した下部開口箱状
の錠スライダー（２０）を、その係入凹部（２７）を蓋
体（１８）に設けた窓孔（１６）より貫出させると共
に、この錠スライダー（２０）は操作レバー（１１）の
摺動方向に所定距離移動可能に収納し、 上記錠スライダー（２０）内には、上端に互いに吸引し
合う極性の永久磁石（２１ａ、２１ｂ）を有した錠棒
（２２，２２）と、該錠棒（２２，２２）の上下中間部
位を遊挿して該錠棒（２２，２２）の傾斜角度を変更自
在に支承する支持板（２３）と、下面に下方に向けて突
出する突起（２４，２４）を突設した昇降駒体（２５）
と、この昇降駒体（２５）を下方に向けて付勢するスプ
リング（２６，２６）とを収納し、 上記昇降駒体（２５）には、常時は前記錠棒（２２，２
２）が永久磁石（２１ａ，２１ｂ）で上端側が互いに吸
着して八の字状に傾斜していると、該錠棒（２２，２
２）の下端が該昇降駒体（２５）の上面に衝合してこの
昇降駒体（２５）の昇降を抑止し、前記錠棒（２２，２
２）が垂直状態にあると該昇降駒体（２５）が前記突起
（１５，１５）を乗り越えられる距離上昇可能とする凹
部（２８，２８）を設け、 前記鍵（３０）の下部は係入凹部（２７）内に係入可能
な形状となすと共に、前記永久磁石（２１ａ，２１ｂ）
と互いに吸引し合って、錠棒（２２，２２）を垂直状態
となす永久磁石（３１ａ，３１ｂ）を収納し、該鍵（３
０）を係入凹部（２７）内に係入して、前記錠スライダ
ー（２０）を仰伏動レバー（１０）の自由端方向で操作
レバー（１１）の押し込みを不能となす位置と、基端方
向で操作レバー（１１）の押し込みを許容する位置とに
移動可能となし、 錠スライダー（２０）の上面には、操作レバー（１１）
の押し込みを不能となす位置と、押し込みを許容する位
置とで、仰伏動レバー（１０）に設けた窓孔（１６）内
にそれぞれ露出する位置に、施錠状態と開錠状態とを表
示する文字を表記してなるスーツケース錠。2. A hook-shaped locking piece (1) is provided on one of a lid and a body of a suitcase, and this locking piece (1) is provided on the other of the suitcase with a back and forth lever (10). The lock main body (2) that locks at the receding position of No. 1 and disengages the locking at the rising position is attached, and the free end side of the receding lever (10) is slidable in the withdrawal direction. The operating lever (11), a lever locking piece (12) that slides in the direction of movement in association with the operating lever (11), and the operating lever (11) and the lever locking piece (12) lie back and forth. A spring (13) for urging the lever (10) in a direction projecting from the free end is provided, and when the back-and-forth lever (10) is moved to the receding position in the lock body (2), the lever locking piece ( 12) engages, and the operating lever (11) is moved to the elevation lever (10) against the biasing force of the spring (13). Lever locking portion Squeezing and locking to desorb (3) is provided, the elevation in Fukudo lever (10), said operating lever (1
1) The upper opening box portion (14) is provided on the base end side from 1), and the projections (15, 15) projecting upward are provided on the bottom surface of the upper opening box portion (14) to slide the operation lever (11). And a window hole (17) into which the rear end of the operating lever (11) is inserted is provided on the tip surface of the upper opening box part (14), and the upper opening box part (14) is provided with a window hole (17). Has a lower opening box-shaped lock slider (20) having an opening on the lower surface and an engaging recess (27) for the key (30), and the engaging recess (27) provided on the lid (18). And the lock slider (20) is housed so as to be movable a predetermined distance in the sliding direction of the operating lever (11), and the lock slider (20) has its upper end in the lock slider (20). Lock bar (22, 22) having permanent magnets (21a, 21b) of polarities attracting each other, and the lock bar (2) , 22) are supported by loosely inserting the upper and lower intermediate portions of the lock bar (22, 22) so that the inclination angle of the lock bar (22, 22) can be changed, and the projections (24, 24) protruding downward on the lower surface. Elevating lifting piece body (25)
And a spring (26, 26) for urging the elevating piece body (25) downward, and the elevating piece body (25) always has the lock bar (22, 2).
2) is a permanent magnet (21a, 21b), the upper ends of which are attracted to each other and inclined in a figure eight shape, the lock bar (22, 2)
The lower end of 2) collides with the upper surface of the lifting piece body (25) to prevent the lifting piece body (25) from moving up and down, and the lock bar (22, 2).
When 2) is in a vertical state, the lifting piece body (25) is provided with a recessed portion (28, 28) capable of ascending a distance over the projection (15, 15), and a lower portion of the key (30) is engaged. The permanent magnets (21a, 21b) are shaped so that they can be engaged in the recesses (27).
And the permanent magnets (31a, 31b) for attracting each other to make the lock bars (22, 22) in a vertical state are housed, and the key (3
0) in the engaging recess (27) to disengage the lock slider (20) so that the operating lever (11) cannot be pushed in the direction of the free end of the elevation lever (10). The operation lever (11) can be moved to a position that allows pushing of the operation lever (11) in the end direction.
The locked state and the unlocked state are displayed at a position where the pushing of the lever is impossible and a position where the pushing is allowed, respectively, at positions where they are exposed in the window hole (16) provided in the elevation lever (10). A suitcase lock written with letters.
一方にフック形状の係止片（１）を、いずれか他方に
は、この係止片（１）を仰伏動レバー（１０）の伏動位
置で係止し、仰動位置で係止を脱着する錠本体（２）を
取り付け、 前記仰伏動レバー（１０）の自由端側には、出入方向に
摺動可能となした操作レバー（１１）と該操作レバー
（１１）に連動して出入方向に摺動するレバー係止片
（１２）と、この操作レバー（１１）とレバー係止片
（１２）とを仰伏動レバー（１０）の自由端より突出す
る方向に付勢するスプリング（１３）とを設け、 上記錠本体（２）には仰伏動レバー（１０）を伏動位置
にすると前記レバー係止片（１２）が係合し、操作レバ
ー（１１）を該スプリング（１３）の付勢力に抗して仰
伏動レバー（１０）に押し込むと係止が脱着するレバー
係止部（３）を設け、 上記仰伏動レバー（１０）には、前記操作レバー（１
１）より基端側に上部開口箱部（１４）を設け、この上
部開口箱部（１４）の底面には上方に突出する突起部
（１５，１５）を該操作レバー（１１）の摺動方向に並
べて設け、さらに、該上部開口箱部（１４）の先端面に
は操作レバー（１１）の後端が臨入する窓孔（１７）を
設け、 上記上部開口箱部（１４）内には、下面が開口して上部
に鍵（３０）の係入凹部（２７）を有した下部開口箱状
の錠スライダー（２０）を、その係入凹部（２７）を蓋
体（１８）に設けた窓孔（１６）より貫出させると共
に、この錠スライダー（２０）は操作レバー（１１）の
摺動方向に所定距離移動可能に収納し、 上記錠スライダー（２０）内には、上端に互いに吸引し
合う極性の永久磁石（２１ａ，２１ｂ）を有し上下中間
に小径部（２２ａ，２２ａ）を有した錠棒（２２，２
２）と、該錠棒（２２，２２）の上下中間部位を遊挿す
る下方が小径で上方に向かって拡径された通孔（２３
ａ，２３ａ）を有した支持板（２３）と、この支持板
（２３）の下面に固定され、錠棒（２２，２２）の直径
より幅が狭くその小径部（２２ａ，２２ａ）より幅を広
く設定した溝（２９ａ，２９ａ）を有してこの溝（２９
ａ，２９ａ）に小径部（２２ａ，２２ａ）を支承させる
ことで錠棒（２２，２２）を傾斜角度を変更自在に支承
する支持部材（２９）と、下面に下方に向けて突出する
突起（２４，２４）を突設した昇降駒体（２５）と、こ
の昇降駒体（２５）を下方に向けて付勢するスプリング
（２６，２６）とを収納し、 上記昇降駒体（２５）には、常時は前記錠棒（２２，２
２）が永久磁石（２１ａ，２１ｂ）で上端側が互いに吸
着して八の字状に傾斜していると、該錠棒（２２，２
２）の下端が該昇降駒体（２５）の上面に衝合してこの
昇降駒体（２５）の昇降を抑止し、前記錠棒（２２，２
２）が垂直状態にあると該昇降駒体（２５）が前記突起
（１５，１５）を乗り越えられる距離上昇可能とする凹
部（２８，２８）を設け、 前記鍵（３０）の下部は係入凹部（２７）内に係入可能
な形状となすと共に、前記永久磁石（２１ａ，２１ｂ）
と互いに吸引し合って、錠棒（２２，２２）を垂直状態
となす永久磁石（３１ａ，３１ｂ）を収納し、該鍵（３
０）を係入凹部（２７）内に係入して、前記錠スライダ
ー（２０）を仰伏動レバー（１０）の自由端方向で操作
レバー（１１）の押し込みを不能となす位置と、基端方
向で操作レバー（１１）の押し込みを許容する位置とに
移動可能となし、 錠スライダー（２０）の上面には、操作レバー（１１）
の押し込みを不能となす位置と、押し込みを許容する位
置とで、仰伏動レバー（１０）に設けた窓孔（１６）内
にそれぞれ露出する位置に、施錠状態と開錠状態とを表
示する文字を表記してなるスーツケース錠。3. A hook-shaped locking piece (1) is provided on either one of the lid and the body of the suitcase, and the locking piece (1) is provided on the other of the suitcase lifting lever (10). The lock main body (2) that locks at the receding position of No. 1 and disengages the locking at the rising position is attached, and the free end side of the receding lever (10) is slidable in the withdrawal direction. The operating lever (11), a lever locking piece (12) that slides in the direction of movement in association with the operating lever (11), and the operating lever (11) and the lever locking piece (12) lie back and forth. A spring (13) for urging the lever (10) in a direction projecting from the free end is provided, and when the back-and-forth lever (10) is moved to the receding position in the lock body (2), the lever locking piece ( 12) engages, and the operating lever (11) is moved to the elevation lever (10) against the biasing force of the spring (13). Lever locking portion Squeezing and locking to desorb (3) is provided, the elevation in Fukudo lever (10), said operating lever (1
1) The upper opening box portion (14) is provided on the base end side from 1), and the projections (15, 15) projecting upward are provided on the bottom surface of the upper opening box portion (14) to slide the operation lever (11). And a window hole (17) into which the rear end of the operating lever (11) is inserted is provided on the tip surface of the upper opening box part (14), and the upper opening box part (14) is provided with a window hole (17). Has a lower opening box-shaped lock slider (20) having an opening on the lower surface and an engaging recess (27) for the key (30), and the engaging recess (27) provided on the lid (18). And the lock slider (20) is housed so as to be movable a predetermined distance in the sliding direction of the operating lever (11), and the lock slider (20) has its upper end in the lock slider (20). It has permanent magnets (21a, 21b) of polarities attracting each other and has a small diameter part (22a, 22a) in the upper and lower middle. It has a lock bar (22, 24, 32
2) and a through hole (23) in which the lower part through which the upper and lower intermediate parts of the lock bars (22, 22) are loosely inserted has a small diameter and is expanded upward.
a, 23a) having a support plate (23) and a lower surface of the support plate (23), the width of which is narrower than the diameter of the lock bar (22, 22) and smaller than that of the small diameter portion (22a, 22a). This groove (29a, 29a) has a wide setting.
a, 29a) supports small-diameter portions (22a, 22a) to support the lock bar (22, 22) so that the inclination angle can be freely changed, and a protrusion (29) protruding downward to the lower surface. The lift piece (25) having a protruding portion (24, 24) and a spring (26, 26) for urging the lift piece body (25) downward are housed in the lift piece body (25). Is always the lock bar (22, 2
2) is a permanent magnet (21a, 21b), the upper ends of which are attracted to each other and inclined in a figure eight shape, the lock bar (22, 2)
The lower end of 2) collides with the upper surface of the lifting piece body (25) to prevent the lifting piece body (25) from moving up and down, and the lock bar (22, 2).
When 2) is in a vertical state, the lifting piece body (25) is provided with a recessed portion (28, 28) capable of ascending a distance over the projection (15, 15), and a lower portion of the key (30) is engaged. The permanent magnets (21a, 21b) are shaped so that they can be engaged in the recesses (27).
And the permanent magnets (31a, 31b) for attracting each other to make the lock bars (22, 22) in a vertical state are housed, and the key (3
0) in the engaging recess (27) to disengage the lock slider (20) so that the operating lever (11) cannot be pushed in the direction of the free end of the elevation lever (10). The operation lever (11) can be moved to a position that allows pushing of the operation lever (11) in the end direction, and the operation lever (11) is provided on the upper surface of the lock slider (20).
The locked state and the unlocked state are displayed at a position where the pushing of the lever is disabled and a position where the pushing is allowed, respectively, at positions where they are exposed in the window hole (16) provided in the elevation lever (10). A suitcase lock written with letters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2000279028A JP3387899B2 (en) | 2000-09-14 | 2000-09-14 | Suitcase tablets |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2000279028A JP3387899B2 (en) | 2000-09-14 | 2000-09-14 | Suitcase tablets |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JP2002089110A JP2002089110A (en) | 2002-03-27 |
| JP3387899B2 true JP3387899B2 (en) | 2003-03-17 |
Family
ID=18764098
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2000279028A Expired - Fee Related JP3387899B2 (en) | 2000-09-14 | 2000-09-14 | Suitcase tablets |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3387899B2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103206116A (en) * | 2013-03-15 | 2013-07-17 | 大连源庆电器设备制造有限公司 | Embedded pickproof lock box for metering tank |
| CN108930457A (en) * | 2018-09-05 | 2018-12-04 | 台州道业科技有限公司 | A kind of safe magnetic cabinet lock and private key and its application method |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4219146B2 (en) * | 2002-09-24 | 2009-02-04 | 株式会社日乃本錠前 | Bag lock side lock |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3057620U (en) | 1998-09-09 | 1999-06-02 | 國 卿 尤 | Bag locks |
| JP3063533U (en) | 1999-04-30 | 1999-11-09 | 株式会社日乃本錠前 | Bag lock |
-
2000
- 2000-09-14 JP JP2000279028A patent/JP3387899B2/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3057620U (en) | 1998-09-09 | 1999-06-02 | 國 卿 尤 | Bag locks |
| JP3063533U (en) | 1999-04-30 | 1999-11-09 | 株式会社日乃本錠前 | Bag lock |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103206116A (en) * | 2013-03-15 | 2013-07-17 | 大连源庆电器设备制造有限公司 | Embedded pickproof lock box for metering tank |
| CN108930457A (en) * | 2018-09-05 | 2018-12-04 | 台州道业科技有限公司 | A kind of safe magnetic cabinet lock and private key and its application method |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2002089110A (en) | 2002-03-27 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |