JPH0234677Y2 - - Google Patents
Info
- Publication number
- JPH0234677Y2 JPH0234677Y2 JP18184083U JP18184083U JPH0234677Y2 JP H0234677 Y2 JPH0234677 Y2 JP H0234677Y2 JP 18184083 U JP18184083 U JP 18184083U JP 18184083 U JP18184083 U JP 18184083U JP H0234677 Y2 JPH0234677 Y2 JP H0234677Y2
- Authority
- JP
- Japan
- Prior art keywords
- lever
- release
- film
- detection
- motor
- 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
Links
- 238000001514 detection method Methods 0.000 claims description 30
- 238000004804 winding Methods 0.000 description 9
- 210000000078 claw Anatomy 0.000 description 8
- 238000010586 diagram Methods 0.000 description 1
Landscapes
- Details Of Cameras Including Film Mechanisms (AREA)
Description
【考案の詳細な説明】
本考案は自動フイルム送りカメラ即ちフイルム
を装填して裏蓋を閉じてシヤツター釦を押すとフ
イルムの空送り、一駒送りの巻上げ、フイルムの
最終のシヤツター釦押圧で自動的にフイルム巻戻
し且つフイルムが全部巻戻されるとモータは自動
的に停止するカメラの改良に関するものである。[Detailed explanation of the invention] This invention is an automatic film feed camera, which means that when you load the film, close the back cover, and press the shutter button, the film is automatically fed, one frame is wound, and the final shutter button is pressed. This invention relates to an improvement in a camera in which the motor automatically stops when the film is rewound and the film is completely rewound.
フイルムを一駒送る検知カムに当接する検知レ
バーと関連する空送り板と空送りする駒数に相当
する歯を形成し、これを一歯づつ送る押動レバー
と、送られた状態を保持する係止爪片を有して空
送り中はモータを連続回転させ且つモータの回転
中はシヤツターのレリーズ作用を不能とする安全
ロツク装置を有し、更にシヤツターセツト状態を
保持する係止部材を設けてレリーズ操作は勿論巻
戻し作動時にもこれが作動されて係止解除しモー
タの制御スイツチを閉にすることを特徴とするも
のである。 A detection lever that comes into contact with a detection cam that feeds the film one frame, an associated blank feed plate, teeth corresponding to the number of frames to be blank fed, a push lever that feeds the film one tooth at a time, and a pushing lever that maintains the fed state. It has a safety lock device having a locking claw piece that allows the motor to rotate continuously during idle feeding and disables the release action of the shutter while the motor is rotating, and further includes a locking member that maintains the shutter set state. It is characterized in that it is activated not only during the release operation but also during the rewind operation to release the lock and close the motor control switch.
次に添付図面に示した本考案の実施例により詳
細に説明する。 DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to embodiments shown in the accompanying drawings.
先づ本考案の構造において、スライド部材１は
案内軸２をガイドする長孔３内を左右に摺動する
ようになつておりこのスライド部材１には段部
１′と押しピン５が形成されている。又上記案内
軸２と長孔６及び７とで案内される解除スライド
部材８とレリーズスライド部材９とが上記スライ
ド部材１とほぼ重ねられたように設けられ、これ
らのスライド部材１，８及び９にはそれぞれ段部
１′，１１及び１２が形成される。更に又これら
スライド部材１，８及び９には各蓄力状態に保持
するための係止部材１３、レリーズスライド部材
９に控止される解除スライド部材８とレリーズス
ライド部材９にはストツパ部材１５が設けられ且
つ上記係止部材１３にはこれに連動する解除部材
１４が前記解除スライド部材８と対応して設けら
れている。なお上記ストツパ部材１５はシヤツタ
釦（図示せず）と連動するレリーズ部材１６と連
動するように構成されている。 First, in the structure of the present invention, a slide member 1 is adapted to slide left and right inside a long hole 3 that guides a guide shaft 2, and this slide member 1 is formed with a stepped portion 1' and a push pin 5. ing. Further, a release slide member 8 and a release slide member 9 guided by the guide shaft 2 and the elongated holes 6 and 7 are provided so as to be substantially overlapped with the slide member 1, and these slide members 1, 8, and 9 Step portions 1', 11 and 12 are formed on each of the grooves. Furthermore, locking members 13 are provided on these slide members 1, 8, and 9 for holding each force in the stored force state, and stopper members 15 are provided on the release slide member 8 and the release slide member 9 held by the release slide member 9. The locking member 13 is provided with a release member 14 which is interlocked with the locking member 13 and corresponds to the release slide member 8 . The stopper member 15 is configured to work in conjunction with a release member 16 that works in conjunction with a shutter button (not shown).
セツトピン４は、前記段部１′，１１，１２と
係脱する位置にセツトレバー１０に設けられ、セ
ツトレバー１０は一駒一回転のセツトカム１７と
当接し、セツトカム１７は、スライド部材のパー
フオレーシヨンと噛合して回転するスプロケツト
（図示せず）と連動する検知カム１８に連動する。
セツトレバー１０に設けられた連動ピン１９は押
動レバー２０と連結し、押動レバー２０は空送り
レバー２１に当接し且つ空送り板２３の歯部２４
に係合する。又空送りレバー２１には係止爪片２
５を有し、前記押動レバー２０とともに空送りレ
バー２１の当接と、その爪部２６は空送り板２３
の歯部２４に、前記押動レバー２０とは別の歯部
に係合する。 The set pin 4 is provided on the set lever 10 at a position where it engages with and disengages from the stepped portions 1', 11, and 12, and the set lever 10 comes into contact with a set cam 17 that rotates once per frame. It is linked to a detection cam 18 that is linked to a sprocket (not shown) that meshes and rotates.
An interlocking pin 19 provided on the set lever 10 is connected to a push lever 20, and the push lever 20 abuts the idle feed lever 21 and the teeth 24 of the idle feed plate 23.
engage with. Also, the idle feed lever 21 has a locking claw piece 2.
5, the idle feed lever 21 comes into contact with the push lever 20, and the claw portion 26 of the idle feed lever 21 contacts the idle feed plate 23.
The push lever 20 engages with a tooth portion 24 different from the push lever 20 .
空送り板２３は長孔２７と案内２８とにより摺
動し得られその一部は、検知レバー２９の一端を
介してモータ制御スイツチS1と対応して設けられ
る。 The idle feed plate 23 can be slid by an elongated hole 27 and a guide 28, and a portion thereof is provided through one end of a detection lever 29 to correspond to the motor control switch S1 .
検知レバー２９は前記検知カム１８と当接する
とともに他端がレリースロツク部材３０の一端並
びに前記押しピン５と対応している。又レリーズ
ロツク部材３０は他端がレリーズ部材１６のロツ
ク部３１と係脱するよう形成される。 The detection lever 29 is in contact with the detection cam 18, and its other end corresponds to one end of the release lock member 30 and the push pin 5. Further, the other end of the release lock member 30 is formed to engage with and disengage from the lock portion 31 of the release member 16.
前記係止部材１３は前記した如くスライド部材
１の作動を係止するとともに、連動レバー３２を
介して巻戻しレバー３３を係止する連動係止部材
２２と連動する。 The locking member 13 locks the operation of the slide member 1 as described above, and also interlocks with the interlocking locking member 22 that locks the rewinding lever 33 via the interlocking lever 32.
巻戻しレバー３３には、巻戻し手動片３４並び
にクラツチアーム３６に形成した巻戻し自動作動
部３５とが対応していて、モータＭより回転され
る歯車３７はクラツチアーム３６に支持される遊
星ギヤ３８と係脱自在に設けられ、遊星ギヤ３８
と噛合している太陽ギヤ３６は別の太陽ギヤ４０
と噛合し且つこのギヤ４０と、切換アーム４２に
支持される遊星ギヤ４１が噛合い、切換アーム４
２の揺動で巻上げのスプール（図示せず）に伝動
する歯車４３と、巻戻し軸（図示せず）に連動す
る歯車４４とに切換えが行なわれる。 The rewinding lever 33 corresponds to a manual rewinding piece 34 and an automatic rewinding part 35 formed on the clutch arm 36, and the gear 37 rotated by the motor M is a planetary gear supported by the clutch arm 36. The planetary gear 38
The sun gear 36 meshing with another sun gear 40
This gear 40 meshes with the planetary gear 41 supported by the switching arm 42, and the switching arm 4
2, the gear 43 is transmitted to the winding spool (not shown) and the gear 44 is connected to the unwinding shaft (not shown).
次に作用を説明する。 Next, the action will be explained.
第１図は、フイルムがカメラに装填されて裏蓋
が閉じられた時点での状態即ち裏蓋の一部４５
が、空送りレバー２１の一端を押し係止爪片２５
並びに押動レバー２０の係止が外されて爪部２６
並びに押動レバー２０の一部がそれぞれ空送り板
２３の歯部２４に係合された状態である。 Figure 1 shows the state when film is loaded into the camera and the back cover is closed, that is, part 45 of the back cover.
presses one end of the idle feed lever 21 and locks the locking claw piece 25.
At the same time, the push lever 20 is unlocked and the claw portion 26 is released.
Also, a portion of the push lever 20 is in a state of being engaged with the tooth portion 24 of the idle feed plate 23, respectively.
そこでシヤツター釦即ちレリーズ部材１６を押
すと、ストツパ部材１５がレリーズスライド部材
９より外れて該押しピン９を右行し、解除スライ
ド部材８も又追従右行する、この右行で解除部材
１４は回転され係止部材１３をしてスライド部材
１の係止が解かれて該部材１は右行する。すると
押しピン５は検知レバー２９の一端を圧接して時
計方向に回動して、レリースロツク部材３０をし
てレリーズ部材１６のロツク部３１と係合してレ
リーズを不能とし、又検知カム１８との係合も外
れ且つモータ制御スイツチS1を閉じてモータＭを
回転させる。従つて歯車３７、遊星ギヤ３８、太
陽ギヤ３９、同じく４０、更に遊星ギヤ４１、歯
車４３を伝動して巻止軸のスプールを回転しフイ
ルムの巻上げが初まる。 When the shutter button or release member 16 is pressed, the stopper member 15 disengages from the release slide member 9 and moves the push pin 9 to the right, and the release slide member 8 also follows and moves to the right. As the slide member 1 is rotated, the locking member 13 is released and the slide member 1 moves to the right. Then, the push pin 5 presses one end of the detection lever 29 and rotates clockwise, causing the release lock member 30 to engage with the lock portion 31 of the release member 16, disabling the release, and also locking the detection cam 18. is also disengaged, and the motor control switch S1 is closed to rotate the motor M. Therefore, the gear 37, the planet gear 38, the sun gear 39, the same 40, the planet gear 41, and the gear 43 are transmitted to rotate the spool of the winding shaft, and winding of the film begins.
他方、検知カム１８との係合解除と、フイルム
の巻上げ走行でスプロケツトが回転し検知カム１
８、セツトカム１０も又回転するのでセツトレバ
ー１０は反時計方向に回動されて、セツトピン４
は段部１′，１１，１２を係合して各スライド部
材１，８，９をセツト位置に復するとともに連動
ピン１９を右方に即ち押動レバー２０を右方に移
動させる。この移動で空送り板２３は歯部２４の
１ピツチを右方に移動させる。すると爪部２６は
歯部２４の山を越えて次の歯部へ落ち込む、即ち
空送り板２３を歯部２４の１ピツチ送られた訳で
ある。しかるにそのとき検知レバー２９は、移動
された空送り板２３に係合することにより検知レ
バー２９はモータ制御スイツチS1を閉じたままで
あり且つ検知カム１８より離間しているのでモー
タＭは回転を続け且つスプロケツトも回転し、前
記同様に更に歯部２４の１歯合即ちフイルムの１
駒分の空送りがなされ、これを３回繰返し４回目
には爪部２６が歯部２４を離れてしまうので押動
レバー２０で１歯分送つてもこれを係止すること
ができず空送り動作は停止されてしまう。しかし
てそのとき空送り板２３と検知レバー２９との係
合も離脱され、（第１，２図符号２３′参照）空送
り板２３の位置がづれている違いのみで第１図と
全く同じ状態となる。即ちフイルム巻上げ初めの
３駒分（本実施例では３駒分であるが歯部２４の
数で何駒でも可能である）の空送りが終る。 On the other hand, the sprocket rotates when the film is disengaged from the detection cam 18 and the film is wound, and the detection cam 1
8. Since the set cam 10 also rotates, the set lever 10 is rotated counterclockwise and the set pin 4 is rotated.
engages the stepped portions 1', 11, 12 to return each slide member 1, 8, 9 to the set position and moves the interlocking pin 19 to the right, that is, the push lever 20 to the right. With this movement, the idle feed plate 23 moves one pitch of the tooth portion 24 to the right. Then, the claw portion 26 goes over the peak of the tooth portion 24 and falls to the next tooth portion, that is, the idle feed plate 23 is fed one pitch of the tooth portion 24. However, at that time, the detection lever 29 engages with the moved empty feed plate 23, so that the detection lever 29 keeps the motor control switch S1 closed and is separated from the detection cam 18, so the motor M stops rotating. Continuing, the sprocket also rotates, and in the same manner as above, one tooth of the tooth portion 24, that is, one tooth of the film
A blank feed is performed for one frame, and this is repeated three times, and on the fourth time, the pawl 26 separates from the teeth 24, so even if the push lever 20 is used to feed one tooth, it cannot be stopped and the blank feed is stopped. The operation will be stopped. At that time, however, the engagement between the idle feed plate 23 and the detection lever 29 is disengaged (see reference numeral 23' in Figures 1 and 2), and the state is exactly the same as in Figure 1, with the only difference being that the position of the idle feed plate 23 is shifted. becomes. That is, the initial three frames of film winding (in this embodiment, three frames, but any number of frames is possible depending on the number of teeth 24) is completed.
これ以後の撮影ではレリーズ部材１６の押し下
げ毎にスプロケツトの回転による検知カム１８と
検知レバー２９とでモータ制御スイツチS1の閉、
開を行ないレリーズロツク部材３０によりモータ
Ｍの回転Ｋは必らずレリーズ部材１６をロツクし
て安全性を保ち得られる。又セツトカム１７とセ
ツトレバー１０とで各レリーズのセツト、そして
検知、セツト両カム１８，１７による自動巻上
げ、１駒停止運動が自動的に行なわれる。 In subsequent shooting, each time the release member 16 is pressed down, the detection cam 18 and the detection lever 29 close the motor control switch S1 by rotating the sprocket.
The release lock member 30 ensures that the rotation K of the motor M locks the release member 16 and maintains safety. Further, the set cam 17 and the set lever 10 automatically set and detect each release, and the two set cams 18 and 17 automatically wind the film and stop one frame.
斯くして全駒の撮影が終ると、フイルム最終端
のフイルムの張力変化が歯車４３、遊星ギヤ４
１、太陽ギヤ４０より同じく３９に達すると、急
激に遊星ギヤ３８に逆転力が生じて一瞬クラツチ
アーム３６を、太陽ギヤ３９の軸を中心とする反
時計方向の揺動運動を生じて、クラツチアーム３
６の巻戻し自動作動部３５が巻戻しレバー３３を
押す、すると、該巻戻しレバー３３によつてレリ
ーズスイツチS2と巻戻しスイツチS3が同時にＲ接
点側に切換えられ巻戻しが開始すれる。（巻戻し
手動片３４により巻戻しレバー３３を押しても同
様）その際巻戻しレバー３３で係止していた連動
係止部材２２が連動レバー３２を時計方向に回動
するので係止部材１３はスライド部材１の係止を
解きこれを右行せしめるので押しピン５は検知レ
バー２９の端部を介してレリーズロツク部材３０
を作動してロツク部３１に係合してレリーズ部材
１６をロツクし、検知レバー２９は検知カム１８
より離れ、モータ制御スイツチS1が閉じられる
が、レリーズスイツチS2と巻戻しスイツチS3とが
Ｒ接点側に切換えられるので巻上げは行なわれな
い。なお前記クラツチアーム３６の瞬間的な巻戻
しレバー３３への当接後は再び歯車３７と遊星ギ
ヤ３８とは噛合い、そして、モータＭの巻上げ方
向の回転により反時計方向に付勢されていた遊星
ギヤ４１及び切換アーム４２は、巻戻しのために
モータＭが逆転すると時計方向に付勢されるの
で、遊星ギヤ４１及び切換アーム４２が時計方向
に付勢されて回動し遊星ギヤ４１が巻戻し軸方向
の歯車４４と噛合い動力を伝達するのでフイルム
は連続的に巻き戻され、カメラ内のフイルムが全
部巻戻されるとこれを検知するフイルム検知スイ
ツチが開いてモータは停止し、裏蓋の解放でその
一部４５空送りレバー２１の復元を許すので、係
止爪片２１の爪部２６及び押動レバー２０が歯部
２４より離脱し従つて空送り板２３は左方向に摺
動して原位置に復元する。 When all the frames have been photographed in this way, the change in the tension of the film at the final edge of the film is transmitted to the gear 43 and the planetary gear 4.
1. When the sun gear 40 reaches 39, a reversing force is suddenly generated in the planetary gear 38, momentarily causing the clutch arm 36 to swing in a counterclockwise direction around the axis of the sun gear 39, causing the clutch to shift. Arm 3
When the automatic rewind operation unit 35 of No. 6 pushes the rewind lever 33, the rewind lever 33 simultaneously switches the release switch S2 and the rewind switch S3 to the R contact side and starts rewinding. . (The same applies if the rewinding lever 33 is pushed by the rewinding manual piece 34) At that time, the interlocking locking member 22 that was locked by the rewinding lever 33 rotates the interlocking lever 32 clockwise, so the locking member 13 Since the slide member 1 is unlocked and moved to the right, the push pin 5 is moved to the release lock member 30 via the end of the detection lever 29.
The detection lever 29 engages with the lock portion 31 to lock the release member 16, and the detection lever 29 engages with the lock portion 31 to lock the release member 16.
The motor control switch S1 is closed, but since the release switch S2 and the rewind switch S3 are switched to the R contact side, no winding is performed. After the clutch arm 36 momentarily contacts the rewinding lever 33, the gear 37 and the planetary gear 38 mesh again, and are urged counterclockwise by the rotation of the motor M in the winding direction. The planetary gear 41 and the switching arm 42 are biased clockwise when the motor M reverses for rewinding, so the planetary gear 41 and the switching arm 42 are biased clockwise and rotate, and the planetary gear 41 rotates. The film is continuously rewound because it meshes with the gear 44 in the direction of the rewind axis and transmits power. When all the film in the camera has been rewound, the film detection switch that detects this opens, the motor stops, and the rear When the lid is released, part 45 of the idle feed lever 21 is allowed to return to its original state, so the claw portion 26 of the locking claw piece 21 and the push lever 20 are separated from the teeth 24, and the idle feed plate 23 slides to the left. and restore it to its original position.
なお前記各スイツチの電気回路の１例を第３図
に示す。即ち各スイツチの実線はフイルムの巻上
げ時を示し、点線は巻戻し時を示すもので、巻上
時は電源Ｂより、レリーズ部材１６の押し下げで
レリーズスイツチS2のＷ接点を通りモータＭへ、
更に前記した巻戻し動作により切換えられる巻戻
しスイツチS3のＷ接点を通じモータ制御スイツチ
S1の閉路を経て電源Ｂに至る電流方向によりスプ
ールを巻上方向に回転し、巻戻し時には電源Ｂよ
りフイルム検知スイツチS4を通り、Ｒ接点側に切
換えられている巻戻しスイツチS3からモータＭ
へ、そしてレリーズ部材１６の常態でのＲ接点を
通り電源Ｂへ電流が流れる、つまり巻上げ時と逆
方向の電流が流れることによりモータＭは逆回転
して巻戻しが行なわれる。 An example of the electrical circuit of each of the switches is shown in FIG. That is, the solid line of each switch indicates when the film is being wound up, and the dotted line indicates when it is being rewound. During winding, power is supplied from the power source B to the motor M through the W contact of the release switch S2 when the release member 16 is pushed down.
Furthermore, the motor control switch is activated through the W contact of the rewind switch S3 , which is switched by the rewind operation described above.
The spool is rotated in the winding direction by the direction of the current that passes through the closed circuit of S1 and reaches the power supply B. During rewinding, the current flows from the power supply B through the film detection switch S4 and from the rewinding switch S3 , which is switched to the R contact side. Motor M
Then, current flows to the power source B through the normal R contact of the release member 16, that is, a current flows in the opposite direction to that during winding, so that the motor M rotates in the reverse direction and rewinding is performed.
しかして全フイルムが巻戻されてフイルムが無
くなると、これを検知して、フイルム検知スイツ
チS4が開けられるのでモータＭへの電流は断たれ
て停止するものである。なお又前記空送り板２３
において、検知レバー２９を介してモータ制御ス
イツチS1と対応する部分は、空送り板２３が２
３′の位置より原位置に復帰するに検知レバー２
９に衝突しないようこれを避けるように可撓性を
もたせるか復帰方向には折れ曲るように構成する
必要がある。 When all the films are rewound and there is no film left, this is detected and the film detection switch S4 is opened, so that the current to the motor M is cut off and stopped. Furthermore, the above-mentioned blank feed plate 23
, the portion corresponding to the motor control switch S 1 via the detection lever 29 is
To return to the original position from position 3', press detection lever 2.
It is necessary to provide flexibility to avoid collision with 9 or to bend in the return direction.
本考案は上記の如く、シヤツターセツトと連動
するスライド部材と空送り板とを検知レバーに関
連せしめて検知カムとの係脱を行なうとともにモ
ータ制御スイツチの開、閉を行なうのでモータの
回転のタイミングが確実に得られ更にレリーズロ
ツク部材を関連させたのでモータの回転とレリー
ズ操作との安全性が高められ、且つ巻戻しはフイ
ルムの使用済みに連動して自動的に行なわれ更に
フイルムの全量巻戻し終了とともに電流が断たれ
ることにより不必要な電池消耗を防ぐことができ
る。 As described above, in the present invention, the slide member and the idle feed plate that are interlocked with the shutter set are connected to the detection lever to engage and disengage the detection cam and open and close the motor control switch, so that the timing of the rotation of the motor is controlled. Furthermore, since the release lock member is connected, the safety of the rotation of the motor and the release operation is increased, and rewinding is automatically performed in conjunction with the use of the film, and furthermore, the entire amount of film can be rewound. By cutting off the current at the end of the cycle, unnecessary battery consumption can be prevented.
図は本考案カメラの要部の実施例を示したもの
で第１図は分解斜視図、第２図は一部平面図、第
３図は電気回路図である。
符号、Ｍはモータ、S1はモータ制御スイツチ、
１はスライド部材、４はセツトピン、５は押しピ
ン、１０はセツトレバー、１３は係止部材、１４
は解除部材、１５はストツパ部材、１６はレリー
ズ部材、１７はセツトカム、１８は検知カム、２
０は押動レバー、２１は空送りレバー、２３は空
送り板、２９は検知レバー、３０はレリーズロツ
ク部材、３２は連動レバー、３３は巻戻しレバ
ー。
The figures show an embodiment of the main parts of the camera of the present invention, in which Fig. 1 is an exploded perspective view, Fig. 2 is a partial plan view, and Fig. 3 is an electric circuit diagram. Symbol, M is motor, S1 is motor control switch,
1 is a slide member, 4 is a set pin, 5 is a push pin, 10 is a set lever, 13 is a locking member, 14
15 is a release member, 15 is a stopper member, 16 is a release member, 17 is a set cam, 18 is a detection cam, 2
0 is a push lever, 21 is a blank feed lever, 23 is a blank feed plate, 29 is a detection lever, 30 is a release lock member, 32 is an interlocking lever, and 33 is a rewind lever.
Claims (1)
する検知レバーを介在して、シヤツタセツト用の
スライド部材とレリーズロツク部材とを又モータ
制御スイツチとフイルムの最初の空送りを行なう
空送り板とをそれぞれ設けるとともにスライド部
材の係止部材を設けて自動送り、空送り、巻戻し
の何れの作動も該係止部材を、レリーズ側より作
動する解除部材と巻戻し側より作動する連動部材
とを設けて何れの側よりも係止解除を行ない得る
ことを特徴とする自動フイルム送りカメラ。 A slide member for setting the shutter and a release lock member are interposed between a detection cam that detects the advance of one frame of film and a detection lever that engages and disengages, and a motor control switch and a jump feed plate that performs the first jump of the film are connected. At the same time, a locking member for the slide member is provided, and the locking member is used for any of the automatic feed, idle feed, and rewind operations, and a release member that operates from the release side and an interlocking member that operates from the rewind side are provided. An automatic film feed camera characterized in that the lock can be released from either side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP18184083U JPS6090431U (en) | 1983-11-25 | 1983-11-25 | automatic film feed camera |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP18184083U JPS6090431U (en) | 1983-11-25 | 1983-11-25 | automatic film feed camera |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS6090431U JPS6090431U (en) | 1985-06-20 |
| JPH0234677Y2 true JPH0234677Y2 (en) | 1990-09-18 |
Family
ID=30393940
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP18184083U Granted JPS6090431U (en) | 1983-11-25 | 1983-11-25 | automatic film feed camera |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6090431U (en) |
-
1983
- 1983-11-25 JP JP18184083U patent/JPS6090431U/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6090431U (en) | 1985-06-20 |
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