JPS582421B2 - Tape recorder tape running stop detection device - Google Patents
Tape recorder tape running stop detection deviceInfo
- Publication number
- JPS582421B2 JPS582421B2 JP53110991A JP11099178A JPS582421B2 JP S582421 B2 JPS582421 B2 JP S582421B2 JP 53110991 A JP53110991 A JP 53110991A JP 11099178 A JP11099178 A JP 11099178A JP S582421 B2 JPS582421 B2 JP S582421B2
- Authority
- JP
- Japan
- Prior art keywords
- tape
- rotating body
- detection device
- flywheel
- stop detection
- 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
Description
【発明の詳細な説明】
本発明はテープレコーダに係り、特にそのテープ走行停
止検出装置に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a tape recorder, and more particularly to a tape running stop detection device for the tape recorder.
近時テープレコーダにおいて“再生”のときテープの走
行停止を検出しこれに基づいてテープレコーダを“停止
“に自動的に切換えたり、″巻戻し“のときテープの走
行停止を検出しこれに基づいてテープレコーダを“再生
″に切換えたりするために種々のテープ走行停止検出装
置が考案されているが、どのような装置においても誤動
作することなく確実に自動停止がなせることが要求され
る。Recently, tape recorders detect when the tape has stopped running during "playback" and automatically switch the tape recorder to "stop" based on this, or detect when the tape has stopped running when "rewinding" and based on this. Various tape running stop detection devices have been devised to switch the tape recorder to "playback" mode, but any device is required to be able to automatically stop the tape reliably without malfunctioning.
また、この場合次回の走行操作時にはテープ走行停止検
出装置を元の状態に復帰させ次回の検出動作に備えるこ
とが要求されるものである。Further, in this case, at the time of the next running operation, it is required to return the tape running stop detection device to its original state in preparation for the next detection operation.
而して後者の要求に関しては“再生““巻戻し““早送
り“などいずれか一つの動作しか行わない場合はその状
態の自動停止動作後の次の操作時の操作によって動く部
材に連動してテープ走行停止検出装置を復帰させればよ
いが、例えば巻戻しボタンと再生ボタンを予め操作して
おいて″巻戻し“が終った後自動的に、″再生“に切換
えるようにした機能を備えたテープレコーダにおいては
、″巻戻し“時のテープ走行停止を検出したとき巻戻し
ボタンが復帰しても再生ボタンは復帰していないのでテ
ープ走行停止装置は復帰しないので上記構造による“テ
ープ走行停止検出装置の復帰″は適用範囲が限定される
。Regarding the latter request, if only one of the operations, such as "playback,""rewind," or "fast forward," is to be performed, the system will move in conjunction with the parts that move according to the next operation after the automatic stop operation in that state. All you need to do is to restore the tape running stop detection device, but for example, the tape can be equipped with a function that allows you to operate the rewind button and play button in advance and automatically switch to "play" after "rewind" is completed. In the conventional tape recorder, when it detects that the tape has stopped running during "rewind", even if the rewind button returns, the playback button does not return and the tape running stop device does not return. ``Return of the detection device'' has a limited scope of application.
本発明は以上の点に鑑みてなされたもので、特に前者の
要求すなわちいかなる機能を備えるテープレコーダにお
いても誤動作することなく確実に自動停止動作を行なえ
るようにした極めて良好なテープ走行停止検出装置を提
供することを目的としている。The present invention has been made in view of the above points, and particularly the former requirement, namely, an extremely good tape running stop detection device that can reliably perform an automatic stop operation without malfunction in a tape recorder equipped with any function. is intended to provide.
以下図面を参照して本発明に係るテープレコーダのテー
プ走行停止検出装置の一実施例につき詳細に説明する。DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the tape running stop detection device for a tape recorder according to the present invention will be described in detail below with reference to the drawings.
先ずテープの走行または停止に関して回転または停止す
る回転体例えばテープリール台１０（第２図）に摩擦部
材１１を介して回動体１２を設ける。First, a rotating body 12 is provided via a friction member 11 to a rotating body, such as a tape reel stand 10 (FIG. 2), which rotates or stops when the tape runs or stops.
この回動体１２は前記テープリール台１０がテープ走行
時に回転することによって前記摩擦部材１１を介してリ
ール台１０の回転方向と同じ方向の回動力が与えられる
。This rotating body 12 is given a rotational force in the same direction as the rotational direction of the reel stand 10 through the friction member 11 when the tape reel stand 10 rotates when the tape runs.
ここで回動体１２は平面円形の一部ａを切欠いた形状を
している。Here, the rotating body 12 has a shape with a portion a of a circular plane cut away.
一方テープの走行、停止即ち前記回転体１０の回転、停
止に関係なく常時回転する第２の回転体１４が設けられ
る。On the other hand, a second rotating body 14 is provided which constantly rotates regardless of whether the tape runs or stops, that is, whether the rotating body 10 rotates or stops.
この第２の回転体１４は例えばモータ（図示せず）の回
転力によって回転されるようにベルトＢなどで後述する
第１の回転体となる例えばフライホイール２１の回転軸
Ａに連結される。The second rotary body 14 is connected to, for example, a rotation shaft A of a flywheel 21, which is a first rotary body to be described later, by a belt B or the like so as to be rotated by the rotational force of, for example, a motor (not shown).
ここで第１および第２の回転体２１．１４とは両者の回
転比が可及的に整数倍となるのを避ける如く非同期状態
に設定されると共に、第２の回転体１４は第１の回転体
２１に対し減速関係になされている。Here, the first and second rotating bodies 21.14 are set in an asynchronous state so as to avoid the rotation ratio of both from becoming an integral multiple as much as possible, and the second rotating body 14 is It is in a deceleration relationship with respect to the rotating body 21.
そして第２の回転体１４は車状の回転体の平面部に偏心
して突設されたカム部１５と平面部の周縁部に設けられ
た保合部１６を備えている。The second rotary body 14 includes a cam portion 15 eccentrically protruding from the flat surface of the wheel-shaped rotary body, and a retaining portion 16 provided on the peripheral edge of the flat surface.
この係合部１６は前記偏心カム部１５の最短径部に対向
した位置に設置される。This engaging portion 16 is installed at a position facing the shortest diameter portion of the eccentric cam portion 15.
また、この第２の回転体１４の係合部１６と偏心カム部
１５との間にはトレスピン１７が円滑に通過するに足り
る間隔を有している。Further, there is a sufficient gap between the engaging portion 16 of the second rotating body 14 and the eccentric cam portion 15 so that the tres pin 17 can smoothly pass therethrough.
ここで前記トレスピン１７は作動部材１８の一端に植設
されている。Here, the tres pin 17 is implanted at one end of the actuating member 18.
また作動部材１８の中間部は前記回動体１２の側方に対
向しちょうど回動体１２の切欠された部分に対向してい
る。Further, the intermediate portion of the actuating member 18 faces the side of the rotary body 12 and exactly faces the notched portion of the rotary body 12.
そしてこの作動部材１８の他端は支持部材１９の中間部
に枢着されている。The other end of the actuating member 18 is pivotally connected to the intermediate portion of the supporting member 19.
従って作動部材１８はこの枢着部を支点にして回動自在
であり前記トレスピン１７を植設する端部が自由端とな
る。Therefore, the actuating member 18 is rotatable about this pivot point as a fulcrum, and the end where the tres pin 17 is installed becomes a free end.
更に前記作動部材１８の枢着される側の端部は作動部材
復帰用部材２０が一体に連結されている。Furthermore, an actuating member return member 20 is integrally connected to the pivoted end of the actuating member 18.
この復帰用部材２０は前記作動部材１８と一体成形され
てもよくまたビスなど固着部品で別体部材を連結しても
よく更には接離自在に配置されるものでもよい。The return member 20 may be integrally molded with the actuating member 18, or may be connected to a separate member by a fixed part such as a screw, or may be arranged so as to be able to move toward and away from it.
そして接離自在に配置する場合は前記作動部材１８に連
動するよう他の支持手段が必要となる。If the actuating member 18 is disposed so as to be movable toward and away from the actuating member 18, other supporting means will be required to interlock with the actuating member 18.
この作動部材復帰用部材２０の先端は前記第１の回転体
となる例えばフライホイール２１に設けてある突出係合
部２２に保合できる長さをもっている。The tip of the actuating member return member 20 has a length that can be engaged with a protruding engagement portion 22 provided on, for example, the flywheel 21, which is the first rotating body.
前記作動部材１８を枢着する支持部材１９の一端は軸２
３によってシャーシに回動自在に支持され他端はフライ
ホイール係合部材２４に植設したピン２５に係合してい
る。One end of the support member 19 to which the operating member 18 is pivotally connected is connected to the shaft 2.
3 is rotatably supported by the chassis, and the other end engages with a pin 25 implanted in the flywheel engaging member 24.
即ち支持部材１９の回動によりフライホイール係合部材
２４は駆動される。That is, the rotation of the support member 19 drives the flywheel engaging member 24.
ここでフライホイール係合部材２４の一端は連結部材２
７の一端に枢着されており他端は鉤状になって前記フラ
イホイール２１の前記突出部２２に係合できるよう形成
されている。Here, one end of the flywheel engaging member 24 is connected to the connecting member 2.
7, and the other end is formed into a hook shape so that it can engage with the protrusion 22 of the flywheel 21.
そして前記連結部材２７は中間部が軸２８によってシャ
ーシに回動自在に取付けられ先端にはロック解除部材２
９が回動自在に支持されている。The connecting member 27 has an intermediate portion rotatably attached to the chassis by a shaft 28, and a lock release member 2 at the tip.
9 is rotatably supported.
このロック解除部材２９は一端が再生ボタン用ロック部
材３０または巻戻しボタン用ロック部材３１に選択的に
保合できるようになっており他端は前記選択的係合を行
うための操作部材（図示せず）に連結されている。This lock release member 29 has one end that can be selectively engaged with the playback button locking member 30 or the rewind button locking member 31, and the other end is an operating member (see Fig. (not shown).
ここでロック解除用部材２９を再生ボタン用ロック部材
３０または巻戻しボタン用ロック部材３１に選択的に係
合させるための操作手段として例えば前記ロック解除部
材２９を再生ボタンレバーおよび巻戻しボタンレバーに
連結させ、例えば再生ボタン→巻戻しボタンの順でボタ
ンをロックさせたとき先に再生ボタン用ロック部材３ロ
に対応させ“再生“が終った時点で巻戻しボタン用ロッ
ク部材３１に対応させるようにあるいはこれと反対の関
係で対応させるように切換える。Here, as an operation means for selectively engaging the lock release member 29 with the play button lock member 30 or the rewind button lock member 31, for example, the lock release member 29 may be used as a play button lever or a rewind button lever. For example, when the buttons are locked in the order of playback button → rewind button, they first correspond to playback button locking member 3, and when "playback" is finished, they correspond to rewinding button locking member 31. or vice versa.
本発明のテープ走行停止検出装置の一実施例は以上のよ
うに構成される。One embodiment of the tape running stop detection device of the present invention is configured as described above.
次に作動を説明するが、この場合前述したように予め“
再生“から″巻戻し“に自動的に切換えられるようにな
されたものとする。Next, the operation will be explained, but in this case, as mentioned above, “
It is assumed that the system automatically switches from "playback" to "rewind".
先ずリール台１０が第３図に示すように矢印Ｇ方向に回
転し定速送りのすなわち再生状態にテープを巻取ってい
るときはリール台１０の回転に連れて回動体１２が回動
しその回動力で作動部材１８に対し押圧する如くした偏
倚力を与える。First, as the reel stand 10 rotates in the direction of the arrow G as shown in FIG. The rotating force provides a biasing force that presses against the actuating member 18.
この結果作動部材１８のトレスピン１７が第２の回転体
１４の偏心カム部１５の側面に当接すると共に偏心カム
部１５の回転に追従して第３図と第４図に示す状態の間
を連続的に繰返えし揺動運動をする。As a result, the trace pin 17 of the actuating member 18 comes into contact with the side surface of the eccentric cam portion 15 of the second rotating body 14, and follows the rotation of the eccentric cam portion 15 to continuously move between the states shown in FIGS. 3 and 4. Repeated rocking movements.
そして、この状態においてテープがテープ巻軸に全部巻
取られテープ走行を停止しリール台１０の回転が停止す
ると回動体１２にはもはや回動力が与えられなくなるの
で偏倚力が解除された作動部材１８の揺動運動は第４図
に示す状態で停止しトレスピン１７は偏心カム部１５の
最大径部によつて押しやられた位置で停止する。In this state, when the tape is completely wound around the tape winding shaft and the tape stops running and the rotation of the reel stand 10 stops, the rotating force is no longer applied to the rotating body 12, so the biasing force is released from the operating member 18. The oscillating movement of the tres pin 17 stops in the state shown in FIG.
そして第２の回転体１４の係合部１６が回り来て前記ト
レスピン１７に係合して第１図に示すように作動部材１
８を上に押し上げるように駆動する。Then, the engaging portion 16 of the second rotary body 14 rotates and engages with the tres pin 17, and as shown in FIG.
8 is driven upwards.
この結果作動部材１８は支持部材１９を図面上反時計方
向に回動しフライホイール係合部材２４を時計方向に回
動させフライホイール係合部材２４先端の鉤状部を第１
の回転体であるフライホイール２１の突出係合部２２の
回転軌道上に移動させる。As a result, the actuating member 18 rotates the support member 19 counterclockwise in the drawing, rotates the flywheel engaging member 24 clockwise, and sets the hook-shaped portion at the tip of the flywheel engaging member 24 to the first position.
The flywheel 21 is moved onto the rotation orbit of the protruding engagement portion 22 of the flywheel 21, which is a rotating body.
従って第１の回転体であるフライホイール２１は鉤状部
を引掛けスプリング２６に抗して瞬間的にフライホイー
ル係合部材２４を移動させ連結部材２７を時計方向に回
動させるので、ロック解除部材２９は再生ボタン用ロッ
ク部材３０を駆動して再生ボタンのロックを解除し、一
度テープレコーダを停止状態とする。Therefore, the flywheel 21, which is the first rotating body, hooks the hook-shaped portion and instantaneously moves the flywheel engaging member 24 against the spring 26 and rotates the connecting member 27 clockwise, thereby releasing the lock. The member 29 drives the playback button locking member 30 to unlock the playback button and once stops the tape recorder.
また、前記作動部材１８の移動と同時に作動部材復帰用
部材２０が第１の回転体であるフライホイール２１の突
出係合部２２の回転軌道上にあってしかも前記突出係合
部２２の回転方向について前記フライホイール係合部材
２４の鉤状部より後方に位置するので前記自動停止のた
めのボタンロック解除動作の直後即ち前記作動部材１８
の上方向移動動作に関して遅延して第１の回転体フライ
ホイール２１の突出保合部２２によって押され、作動部
材１Ｂは反時計方向に回動される。Furthermore, at the same time as the actuating member 18 is moved, the actuating member returning member 20 is on the rotational orbit of the protruding engaging part 22 of the flywheel 21 which is the first rotating body, and in the rotational direction of the protruding engaging part 22. Since it is located behind the hook-shaped portion of the flywheel engaging member 24, it is immediately after the button lock release operation for automatic stop, that is, the operating member 18.
The actuating member 1B is pushed by the protruding retaining portion 22 of the first rotary flywheel 21 with a delay with respect to the upward movement of the rotor, and the actuating member 1B is rotated counterclockwise.
この結果作動部材１８のトレスピン１１は第２の回転体
１４の係合部１６の回転軌道上から外れた位置に偏移さ
れることにより、両者の係台状態が非係合状態に転換さ
れる。As a result, the trace pin 11 of the actuating member 18 is shifted to a position away from the rotational orbit of the engaging portion 16 of the second rotating body 14, thereby converting the engaged state of both to a non-engaged state. .
これによって本発明のテープ走行停止検出装置が復帰さ
れたことになる。This means that the tape running stop detection device of the present invention has been restored.
このようにして“再生″が解除されて続いて“巻戻し“
が開始されテープが走行を開始すると今度は回勤体１２
が第５図に示すように矢印Ｆ方向に回動じ作動部材１８
は再び第５図と第４図に示す状態の間を揺動運動し、テ
ープが全部巻戻されてテープ走行が停止すると前述と同
様にして今度は巻戻しボタンのロックを解除し全ての動
作を自動的に停止状態にする。In this way, “playback” is canceled and “rewind” is then
is started and the tape starts running, this time the rotating body 12
The actuating member 18 rotates in the direction of arrow F as shown in FIG.
again oscillates between the states shown in Figures 5 and 4, and when the tape has been completely rewound and tape running has stopped, the rewind button is unlocked again in the same manner as described above, and all operations are resumed. automatically stops.
また予め“巻戻し“、から“再生“に自動的に切換えら
れるようになされた場合も、前述と反対の関係で略同様
にして先ず巻き戻し終了後に“巻戻し“のロツクを解除
すると共にテープ走行停止検出装置を復帰状態となし、
次いで再生終了後に″再生“のロツクを解除して全ての
動作を自動的に停止状態にすることができる。In addition, even if it is configured in advance to automatically switch from "rewind" to "playback", in the opposite manner to the above, first, after rewinding is completed, the "rewind" lock is released and the tape is turned off. The running stop detection device is set to the reset state,
Then, after the playback is finished, the "playback" lock can be released to automatically stop all operations.
なお、以上においていずれか一つの動作のみのテープ走
行停止を検出して自動停止状態とするテープレコーダに
あっては、前述した理由によって復帰機構を特別に設け
る必要がないから、その場合作動部材復帰用部材２０は
不要である。In addition, in the case of a tape recorder that detects the stoppage of tape running in only one of the operations described above and automatically stops, there is no need to provide a special return mechanism for the reasons mentioned above. The use member 20 is not necessary.
ところで、以上において第１の回転体であるフライホイ
ール２１と第２の回転体１４との回転関係を非同期状態
にするのは、すなわち両者の回転比が整数倍とならない
ように選択しておくのはテープ走行停止検出動作が誤動
作することを防止し、延いては作動部材復帰用部材２０
を設けている場合にはこの後の自動復帰動作が誤動作さ
れるのを防止するものである。By the way, in the above, the rotational relationship between the flywheel 21, which is the first rotating body, and the second rotating body 14 is made to be in an asynchronous state, that is, the rotation ratio of the two is selected so that it is not an integral multiple. This prevents the tape running stop detection operation from malfunctioning, and furthermore, the operating member return member 20
This is to prevent the subsequent automatic return operation from being erroneously operated.
これは第２の回転体１４が上記したようなテープ走行停
止検出動作を伺度か繰り返しているうちにその都度毎に
生じるスリップによって生じた位置ずれが加算されて大
きなものとなることに起因する誤動作を防止するもので
ある。This is due to the fact that as the second rotating body 14 repeats the tape running stop detection operation as described above, the positional deviation caused by the slip that occurs each time is added up and becomes large. This is to prevent malfunction.
すなわち初めテープ走行停止検出時はトレスピン１７と
第２の回転体１４の係合によるフライホイール係合部材
２４の移動位置が完全に第１の回転体であるフライホイ
ール２１の突出係合部２２の回転軌道上になった後の時
点で、該部分を突出係合部２２が通過するような関係に
して、自動停止のためのロック解除動作ならびに作動部
材復帰用部材２０を設けている場合にはこの後にテープ
走行停止検出装置を復帰状態に戻すような動作を正常に
なし得るようにしたとしても、何度かテープ走行停止検
出動作を繰り返しているうちに、その都度毎に生じる第
２の回転体１４の僅かなスリップによる位置ずれが大き
くなり、第２の回転体１４と第１の回転体であるフライ
ホイール２１との間の回転関係が最早上記したような正
常な動作をなし得ないようになるためである。That is, when the tape running stop is initially detected, the movement position of the flywheel engaging member 24 due to the engagement between the trace pin 17 and the second rotating body 14 is completely the position of the protruding engaging portion 22 of the flywheel 21, which is the first rotating body. When the protruding engaging portion 22 passes through this portion after the rotational trajectory is reached, and a member 20 is provided for unlocking operation for automatic stop and for returning the operating member. Even if it is possible to normally return the tape running stop detection device to the recovery state after this, as the tape running stop detection operation is repeated several times, the second rotation occurs each time. The positional deviation caused by the slight slip of the body 14 becomes large, and the rotational relationship between the second rotating body 14 and the flywheel 21, which is the first rotating body, can no longer operate normally as described above. This is to become.
すなわち第２の回転体１４と第１の回転体であるフライ
ホイール２１との回転関係が初期状態から外れるように
なるとトレスピン１７と第２の回転体１４との保合によ
るフライホイール係合部材２４の移動位置が完全に第１
の回転体であるフライホイール２１の突出係合部２２の
回転軌道上にならないうちに、該部分を突出保合部２２
が通過するような関係になってしまい、これにより自動
停止のためのロック解除動作がなされないと共に、延い
ては作動部材復帰用部材２０を設けておく場合にはこれ
にかかわらずフライホイール係合部材２４の鉤状部より
後方に位置する作動部材復帰用部材２０のみが突出部２
２の回転軌道上にあるためテープ走行停止検出装置を復
帰状態にしてしまう不都合が生じる。That is, when the rotational relationship between the second rotating body 14 and the flywheel 21, which is the first rotating body, deviates from the initial state, the flywheel engaging member 24 due to the engagement between the tres pin 17 and the second rotating body 14 The movement position is completely the first
Before the flywheel 21, which is a rotating body, is on the rotational trajectory of the protruding engagement part 22, the flywheel 21 is moved to the protruding engagement part 22
As a result, the lock release operation for automatic stop is not performed, and furthermore, if the actuating member return member 20 is provided, the flywheel engagement Only the actuating member return member 20 located behind the hook-shaped portion of the member 24 has the protruding portion 2
Since it is on the rotational trajectory of No. 2, there is an inconvenience that the tape running stop detection device is placed in the return state.
しかもここで第１の回転体であるフライ小イール２１と
第２の回転体１４との回転比が整数倍であって両者が同
期状態にあるならば、前記のような不都合な状態を繰り
返していつになってもロック解除をなし得ない。Moreover, if the rotation ratio of the fly small eel 21, which is the first rotating body, and the second rotating body 14 is an integral multiple and they are in a synchronous state, the above-mentioned inconvenient situation will not be repeated. I can't unlock it even after it's too late.
しかしながら本発明においてはこのような点に特に留意
して第１の回転体であるフライホイール２１と第２の回
転体１４との回転比が可及的に整数倍を避けるようにし
て両者の回転関係を非同期な状態に設定することによっ
て、若し上記のような不都合な動作が生じたとしても第
１の回転体であるフライホイール２１の次の回転（第２
の回転体１４とは非同期状態にあるから）で確実に自動
停止のためのロック解除動作をなし得るようにした点に
特徴を有するものである。However, in the present invention, paying particular attention to this point, the rotation ratio of the flywheel 21, which is the first rotating body, and the second rotating body 14 is avoided to be an integral multiple as much as possible, and the rotation of both is controlled. By setting the relationship in an asynchronous state, even if the above-mentioned inconvenient operation occurs, the next rotation (second rotation) of the flywheel 21 which is the first rotating body
(because the rotating body 14 is in an asynchronous state), the lock release operation for automatic stopping can be reliably performed.
また、これにより作動部材復帰用部材２０を設けておく
場合テープ走行停止検出装置の復帰も自動停止動作の都
度毎に確実になせることになり“巻戻し““再生“が自
動的に行えるようにしたテープレコーダなどにも適合す
ることができる。Furthermore, if the operating member return member 20 is provided, the tape running stop detection device can be reliably returned each time an automatic stop operation is performed, so that "rewinding" and "playback" can be performed automatically. It can also be adapted to tape recorders etc.
従って以上のとおり本発明によれば、いかなる機能を備
えたテープレコーダにおいても誤動作することなく確実
に自動停止動作をなし得るようにした極めて良好なテー
プレコーダのテープ走行停止検出装置を提供することが
可能となる。Therefore, as described above, according to the present invention, it is possible to provide an extremely good tape running stop detection device for a tape recorder that can reliably perform an automatic stop operation without malfunction in a tape recorder equipped with any function. It becomes possible.
第１図は本発明に係るテープレコーダのテープ走行停止
検出装置の一実施例を示す平面図、第２図は同上一部分
の側面図、第３図ないし第５図は同上動作の各態様を示
す平面図である。
１０・・・・・・リール台、１１・・・・・・摩擦部材
、１２・・・・・・回動体、１４・・・・・・第２の回
転体、１５・・・・・・偏心カム部、１６・・・・・・
係合部、１Ｔ・・・・・・トレスピン、１８・・・・・
・作動部材、１９・・・・・・支持部材、２０・・・・
・・復帰用部材、２１・・・・・・第１の回転体（フラ
イホイール）、２２・・・・・・突出係合部、２４−・
・・・・フライホイール係合部材、２６・・・・・・ス
プリング、２７・・・・・・連結部材、２９・・・・・
・ロック解除部材、３０・・・・・・再生ボタン用ロッ
ク部材の一部、３１・・・・・・巻戻しボタン用ロック
部材の一部。FIG. 1 is a plan view showing an embodiment of the tape running stop detection device for a tape recorder according to the present invention, FIG. 2 is a side view of a portion of the same, and FIGS. 3 to 5 show various aspects of the same operation. FIG. 10... Reel stand, 11... Friction member, 12... Rotating body, 14... Second rotating body, 15... Eccentric cam part, 16...
Engagement part, 1T... Tres pin, 18...
- Operating member, 19...Supporting member, 20...
...Returning member, 21...First rotating body (flywheel), 22...Protruding engagement portion, 24-...
... Flywheel engaging member, 26 ... Spring, 27 ... Connection member, 29 ...
- Lock release member, 30... Part of the play button lock member, 31... Part of the rewind button lock member.
Claims (1)
合部を有した第１の回転体と、この第１の回転体に対し
回転比が非整数倍の減速関係になされカム部および保合
部を有した第２の回転体と、前記テープ巻軸の回転状態
で偏倚力を受けて前記第２の回転体のカム部に追従して
揺動すると共にテープ巻軸の停止状態で前記偏倚力が解
除されることにより第２の回転体の係合部と係合して前
記揺動力向と異なる方向に移動される作動部材と、この
作動部材の移動に連動されて前記第１の回転体の係合部
と保合可能になされると共に第１の回転体の係合部との
係合によりテープ走行停止を検出する検出機構とを具備
したことを特徴とするテープレコーダのテープ走行停止
検出装置。1. A first rotating body that rotates irrespective of whether the tape winding shaft rotates or stops and has a retaining portion in part, and a cam portion that is in a deceleration relationship with a rotation ratio of a non-integer multiple of the first rotating body. and a second rotary body having a retaining portion, which receives a biasing force when the tape winding shaft is in a rotating state and swings following the cam portion of the second rotary body, and the tape winding shaft is in a stopped state. When the biasing force is released, the actuating member engages with the engaging portion of the second rotating body and is moved in a direction different from the swinging force direction, and the actuating member is moved in a direction different from the swinging force direction, and A tape recorder comprising: a detection mechanism capable of being engaged with an engaging portion of a first rotating body; and a detection mechanism that detects a stoppage of tape running by engagement with an engaging portion of a first rotating body; Tape running stop detection device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP53110991A JPS582421B2 (en) | 1978-09-09 | 1978-09-09 | Tape recorder tape running stop detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP53110991A JPS582421B2 (en) | 1978-09-09 | 1978-09-09 | Tape recorder tape running stop detection device |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2978974A Division JPS547444B2 (en) | 1974-03-15 | 1974-03-15 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5452509A JPS5452509A (en) | 1979-04-25 |
| JPS582421B2 true JPS582421B2 (en) | 1983-01-17 |
Family
ID=14549622
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP53110991A Expired JPS582421B2 (en) | 1978-09-09 | 1978-09-09 | Tape recorder tape running stop detection device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS582421B2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2538337Y2 (en) * | 1991-07-24 | 1997-06-11 | 正雄 長谷川 | Mobile comb |
-
1978
- 1978-09-09 JP JP53110991A patent/JPS582421B2/en not_active Expired
Also Published As
| Publication number | Publication date |
|---|---|
| JPS5452509A (en) | 1979-04-25 |
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