JPS58158285A - Ribbon feeder for printer - Google Patents

Ribbon feeder for printer

Info

Publication number
JPS58158285A
JPS58158285A JP4072282A JP4072282A JPS58158285A JP S58158285 A JPS58158285 A JP S58158285A JP 4072282 A JP4072282 A JP 4072282A JP 4072282 A JP4072282 A JP 4072282A JP S58158285 A JPS58158285 A JP S58158285A
Authority
JP
Japan
Prior art keywords
gear
pulley
motor
planetary
motor shaft
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.)
Pending
Application number
JP4072282A
Other languages
Japanese (ja)
Inventor
Yasumitsu Hirata
平田　泰光
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Toshiba Corp
Original Assignee
Toshiba Corp
Tokyo Shibaura Electric Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Toshiba Corp, Tokyo Shibaura Electric Co Ltd filed Critical Toshiba Corp
Priority to JP4072282A priority Critical patent/JPS58158285A/en
Publication of JPS58158285A publication Critical patent/JPS58158285A/en
Pending legal-status Critical Current

Links

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J33/00—Apparatus or arrangements for feeding ink ribbons or like character-size impression-transfer material
    • B41J33/14—Ribbon-feed devices or mechanisms
    • B41J33/16—Ribbon-feed devices or mechanisms with drive applied to spool or spool spindle
    • B41J33/22—Ribbon-feed devices or mechanisms with drive applied to spool or spool spindle by gears or pulleys

Abstract

PURPOSE:To obtain a ribbon feeder for printer, having a selection mechanism by which desired deceleration ratios can be simply attained by exchanging one gear without the need for additional gears even when the distance between the motor shaft and the ribbon feed gear shaft becomes longer. CONSTITUTION:A ribbon feeder for printer consists of a motor for moving a carriage 1, the first and second gear rows 7, 8, and 9 in which difference in gear number is in the relation of odd number, a gear 10 for driving a ribbon, and a selection mechanism by which to select the first gear row or the second gear row according to the rotational direction of the motor. The selection mechanism consists also of a solar pulley 11 fixed to the motor shaft 3, a planetary pulley 13 rocking around the solar pulley 11 as the center, a supporting plate 16 to determine the distance between the epicyclic pulley 13 shaft and the motor shaft 3, an epicyclic gear 14 fixed coaxially to the planetary pulley 13 and engaged with the first or second gear row, and a belt 15 laid on the solar pulley 11 and the planetary pulley 13.

Description

【発明の詳細な説明】 （発明の技術分野〕 本発明は、キャリッジ移動用モータの回転をリボン送り
歯車に伝達するプリンタリボン送り装置に関するもので
める０ 〔発明の技術的背景〕 纂１図および８２図は従来のプリンタリボン送り装置を
示したものである。以Ｆこの図面を参照して説明する。Detailed Description of the Invention (Technical Field of the Invention) The present invention relates to a printer ribbon feeding device that transmits the rotation of a carriage moving motor to a ribbon feeding gear. [Technical Background of the Invention] Summary 1 82 show a conventional printer ribbon feeding device.The following description will be made with reference to these drawings.

シリアルプリンタは印字ヘッドを搭載したキャリッジ１
１を移動させながらインクリボンを介して印字用紙に印
字をしている。キャリッジ１はプーリ２おＬび対向方向
にあるプーリ間に掛けられたワイヤ１７に固定されてい
る。プーリ２は駆動用パルスモータのモータ軸３に一足
されている。駆１１１ｔＩＦ４１パルスモータが正方向
あるいは逆方向に回転することにエリキャリッジ１は一
足速度で在勤おるいは４１勧するようになっている。こ
の駆動用ノくルスモータはプリンタリボン送り装置の駆
動源として利用され、そのモータの回転はプリンタリボ
ン送り装置の選択機構ムから伝達Ｗｋ構Ｂを紅てリボン
送り歯車１０に伝達され、モータの回転方向と無関係に
リボンを一方向に送っている。また、モータの回転は選
択ａ！構Ａの歯車と伝達機構Ｂの両市とのギヤ比により
適当な回転数に減速されてリボン送り歯車１０に伝達さ
れている。A serial printer has a carriage 1 equipped with a print head.
1 is moved while printing on printing paper via an ink ribbon. The carriage 1 is fixed to a pulley 2L and a wire 17 hung between the pulleys in the opposite direction. A pulley 2 is connected to a motor shaft 3 of a driving pulse motor. When the drive 111tIF41 pulse motor rotates in the forward or reverse direction, the Elicarriage 1 is designed to rotate at one foot speed. This driving Nockles motor is used as a driving source for the printer ribbon feeding device, and the rotation of the motor is transmitted from the selection mechanism of the printer ribbon feeding device to the ribbon feeding gear 10 through the transmission Wk mechanism B, and the rotation of the motor is The ribbon is fed in one direction regardless of direction. Also, select a for the rotation of the motor! The rotational speed is reduced to an appropriate speed by the gear ratio between the gear of structure A and the gear of transmission mechanism B, and is transmitted to the ribbon feed gear 10.

選択＋！に構Ａはモータ軸３に固定された太陽−車４と
、これに歯合する遊星歯車５と、これらの軸間距４１一
定に保つ支え板６とで構成されている。Choice+! The structure A is composed of a sun wheel 4 fixed to a motor shaft 3, a planetary gear 5 meshing with the sun wheel 4, and a support plate 6 for keeping the distance 41 between these axes constant.

モータ軸３は支え板６に摺接している。従ってモータが
回転ケすると、支え板６はモータ軸３と共に回転ｔする
。そして遊星−車５が伝４愼構Ｂの歯車と歯合して支え
板６は停止する。モータ軸３はそのま１回転を続け、こ
の状暢でモータの回転は遊星歯車５を介して伝達機構Ｂ
に伝達される。The motor shaft 3 is in sliding contact with the support plate 6. Therefore, when the motor rotates, the support plate 6 rotates together with the motor shaft 3. Then, the planetary wheel 5 meshes with the gear of the transmission mechanism B, and the support plate 6 stops. The motor shaft 3 continues to make one rotation, and in this state, the rotation of the motor is transferred to the transmission mechanism B via the planetary gear 5.
transmitted to.

伝４磯構Ｂは第一一車列と第二歯車列とで構成され、巣
−歯車列は１つの１車７ｔ−Ｎし、第二−東列は２つの
ｍ４Ｌｓ、９ｔ−有している。Den 4 Isogaku B consists of the 11th gear train and the 2nd gear train. There is.

１０はリボン送り歯車である。このリボン送り娼卓１０
には第一一車列の歯車７と第二歯車列の歯車９がそれぞ
れ歯合している。10 is a ribbon feed gear. This ribbon feeding prostitution table 10
The gear 7 of the first gear train and the gear 9 of the second gear train are meshed with each other.

キャリッジｌｔ移動させるパルスモータが回動すると、
リボン送り装置は次の様に動作する。When the pulse motor that moves the carriage lt rotates,
The ribbon feeding device operates as follows.

モータ軸３が右に回転ｔすると、それに摺接する支え板
６はモータ軸３との摩擦にエリ遊星歯車５と一体をなし
て右旋をして、！１図中の一点鎖線から夷−へと移動す
る。ここで遊星歯車５は第一４車列の歯車７と歯合する
。モータ軸３に固定された太陽−車４の回転は遊星歯車
５ｔ−介し歯車７を経てリボン送抄＋ｗ車１０に伝達さ
れリボン送り歯車１０は左に回転をする。この場合、第
二歯車列は空転ｔしている。When the motor shaft 3 rotates to the right, the support plate 6 that is in sliding contact with it rotates clockwise together with the planetary gear 5 due to the friction with the motor shaft 3. Move from the dashed-dotted line in Figure 1 to Y -. Here, the planetary gear 5 meshes with the gear 7 of the first four train trains. The rotation of the sun wheel 4 fixed to the motor shaft 3 is transmitted to the ribbon feed wheel 10 via the planetary gear 5t and gear 7, and the ribbon feed gear 10 rotates to the left. In this case, the second gear train is idling.

これとは逆にモータ軸３が左に回転をすると、それに摺
接する支え板６はモータ軸３とのＪｌｍｌによりモータ
＠３と共に左旋をして、藁１図中の実線から一点鎖線へ
と移動する。ここで遊星歯車５は第二歯車列の歯車８と
一合する・モータ軸３に固定された太陽歯車４の回転は
遊星歯車５に−介し撰二ｌ１ｌｌｌ東列の歯車８および
歯車９を経てリボン送り歯車１Ｇに伝達されリボン送り
歯車１０を左に回転させるこの場合、槙−歯車列は空転
愛している。従ってモータ軸３がいずれの方向に回転し
てもリボン送り歯車１０は一方向である左に回転ｔする
。On the contrary, when the motor shaft 3 rotates to the left, the support plate 6 in sliding contact with it rotates to the left together with the motor @ 3 due to the contact with the motor shaft 3, and moves from the solid line to the dashed-dotted line in Figure 1. do. Here, the planetary gear 5 is aligned with the gear 8 of the second gear train.The rotation of the sun gear 4 fixed to the motor shaft 3 is transmitted to the planetary gear 5 through the gears 8 and 9 of the east train. In this case, when the signal is transmitted to the ribbon feed gear 1G and rotates the ribbon feed gear 10 to the left, the pin gear train is idling. Therefore, no matter which direction the motor shaft 3 rotates, the ribbon feed gear 10 rotates in one direction, that is, to the left.

〔背景技術の問題点〕[Problems with background technology]

前述したように、モータの回転は各歯車が一合すること
でリボン送シ歯単に伝達されているので、機ｉによって
モータ軸とリボン送り歯車軸との軸間距離が長くなると
きは歯車の追加ｔしなければならず、また、その軸間距
離を一定にして減連比を変え工うとするときは複数の歯
車間のギヤ比ｔｉＩＵｌなければならず繁雑となってい
迄・〔発明の目的〕 本発明はこれらの欠点に鑑みなされ几もので、モータ軸
とリボン送少歯車軸の軸間距離が長くなっても余分な歯
車を追加することがなく、また、希望する減遅比を簡単
に得ることができるプリンタリボン送り装ｍｔ提供する
ことを目的とする・〔発明の概要〕 本発明は選択機構に特徴をもたせたもので、この選択機
構はキャリッジ移動用モータ軸に固定され九太陽プーリ
と、この太陽プーリヲ中心に揺動する遊星プーリと、こ
の遊星プーリから太陽プーリまでの軸間距離を定める支
え板と、遊星プーリと同軸に固定され伝達機構の槙−歯
車列又は第二歯車列と歯合する遊星歯車と、太陽プーリ
おＬび遊星プーリに掛けられたベルトとで構成されてい
るＯ 支え板の一端にはモータ軸が貫通する複数の穴または長
溝穴等を有しδの八にはモータ軸が貫通され、他端には
遊星プーリおＬび遊星−車が軸着されている。そしてこ
れらモータ軸と遊星プーリおＬび遊星歯車との軸間距離
を一定に保っている。As mentioned above, the rotation of the motor is simply transmitted to the ribbon feed gear by the alignment of the gears, so when the distance between the motor shaft and the ribbon feed gear shaft increases due to machine i, the rotation of the gears increases. In addition, when changing the reduction ratio while keeping the distance between the shafts constant, the gear ratio between the plurality of gears must be changed, which becomes complicated. ] The present invention has been developed in view of these drawbacks, and even if the distance between the motor shaft and the ribbon feeding gear shaft becomes long, it does not require the addition of an extra gear, and the desired reduction ratio can be easily set. [Summary of the Invention] The present invention is characterized by a selection mechanism, and this selection mechanism is fixed to a motor shaft for moving a carriage and A pulley, a planetary pulley that swings around the sun pulley, a support plate that determines the distance between the axes from the planetary pulley to the sun pulley, and a pin-gear train or second gear of a transmission mechanism that is fixed coaxially with the planetary pulley. It consists of a planetary gear that meshes with the row, a sun pulley L, and a belt hung around the planetary pulley. One end of the support plate has a plurality of holes or slotted holes through which the motor shaft passes. δ A motor shaft passes through the 8th end, and a planetary pulley L and a planetary wheel are attached to the other end. The distance between these motor shafts, the planetary pulley L, and the planetary gear is kept constant.

ま九、複数の穴または長溝穴等を貫通しているモータ軸
の位置を変えることでその軸間距離を変更することがで
きる。Furthermore, by changing the position of the motor shaft passing through a plurality of holes or slotted holes, the distance between the shafts can be changed.

モータ軸の回転と共に支え板は回＝ｅして、その一端に
軸着されている遊星歯車が伝達機構のどちらかの歯車列
と一合したときに停止する。モータ軸の回転はこれに固
定しである太陽ブーりからベルトにて遊星プーリに伝達
され、遊星プーリの軸に固定されている遊ＪｊＡ１１Ｉ
ｊＩＬｔ介し伝達機構を経てリボン送り歯車を回転させ
る。モータの回転は遊星ｍ屯と伝達機構とのギヤ比によ
って適当な回転数に減速されリボン送り歯車に伝達され
る。As the motor shaft rotates, the support plate rotates, and stops when the planetary gear pivotally attached to one end of the support plate aligns with either gear train of the transmission mechanism. The rotation of the motor shaft is transmitted to the planetary pulley by a belt from the solar booster which is fixed to this, and the rotation of the motor shaft is transmitted to the planetary pulley by a belt.
The ribbon feed gear is rotated via the transmission mechanism via jILt. The rotation of the motor is reduced to an appropriate rotational speed by the gear ratio of the planetary gear and the transmission mechanism, and is transmitted to the ribbon feed gear.

モータ軸から遊星歯車の軸までの距離は支え板にて自由
に調節で粘るので、機種に工９モータ軸とリボン送り歯
車軸との軸間距離が異なっていても遊Ｊｉ１歯車が璽−
歯車列ま危は鷹二鑵車列のどちらでも選択してモータの
回転を伝達できるようにモータ軸から遊星歯車の軸まで
の距離’ｋｌｉ１４１Ｊｌし、かつベルトの長さを変更
することで、このモータ軸とリボン送り歯車軸との軸間
距離を確保することができる・また、減速比を変更する
ときは遊星歯車のみを交換し、支え板にて同様に距離を
一順してベルトの長さｔ変更する。The distance from the motor shaft to the planetary gear shaft can be adjusted freely using the support plate, so even if the distance between the motor shaft and the ribbon feed gear shaft is different for the model, the idler gear can be fixed.
In order to transmit the rotation of the motor by selecting either of the two gear trains, the distance from the motor shaft to the axis of the planetary gear is 141Jl, and by changing the length of the belt, this can be done. The distance between the motor shaft and the ribbon feed gear shaft can be secured. Also, when changing the reduction ratio, only the planetary gear needs to be replaced, and the belt length can be adjusted by adjusting the distance in the same way using the support plate. change.

〔発明の実施例〕[Embodiments of the invention]

本発明の一実施例をｌｌＸ３図および！１４図を参照し
ながら説明する＠ただし選択機構以外については従来例
と同様の為説明を省略する。One embodiment of the present invention is shown in 1X3 diagrams and! This will be explained with reference to FIG. 14. However, since everything other than the selection mechanism is the same as the conventional example, the explanation will be omitted.

中ヤリクジ移動用モータのモータ軸３に太陽プーリ１１
が固定しである。支え板１６の一端には同形の複数の穴
１２ｔ−有し七の穴の一つにモータ軸３が摺接していて
、・曲端には同軸に固定された遊星ブーＩＪ　１３と遊
星歯車１４とが軸涜している０太陽プーリ１１と遊星プ
ーリ１３にはベルト１５がたす色掛けにされている。A sun pulley 11 is attached to the motor shaft 3 of the motor for moving the middle spear.
is fixed. One end of the support plate 16 has a plurality of holes 12t of the same shape, and the motor shaft 3 is in sliding contact with one of the seven holes, and the bent end has a planetary boot IJ 13 and a planetary gear 14 fixed coaxially. The zero sun pulley 11 and the planetary pulley 13, which are opposite to each other, are colored with a belt 15.

モータ軸３と共に支え板１６は回転をする。そして遊星
歯車１４が伝達機構の第一歯車列または第二歯車列と歯
合して支え板１６は停止する。モータ軸３は回転を続け
、この状鑵でモータの回転は遊星歯車１４を介して伝達
機構に伝達される。The support plate 16 rotates together with the motor shaft 3. Then, the planetary gear 14 meshes with the first gear train or the second gear train of the transmission mechanism, and the support plate 16 stops. The motor shaft 3 continues to rotate, and in this state the rotation of the motor is transmitted to the transmission mechanism via the planetary gear 14.

パルスモータが回動するとリボン送り装置は次のように
動作する。When the pulse motor rotates, the ribbon feeding device operates as follows.

モータ軸３が右回転愛すると前述のように支え＆１６は
右旋愛して、Ｊ［３図中の一点鎖巌から実線へと移動す
る。ここで遊ｍ歯車１４は藁−歯車列の歯車７と歯合す
る。モータ軸３に固定された太陽プーリ３の回転はベル
ト１５にて遊星プーリ１３に伝達６れ、遊星プーリ１３
と同軸に固定されている遊星歯車１４１介し歯車７を経
てリボン送り歯車１０會左に回転させる。この場合、第
二歯車列は空転？している。When the motor shaft 3 rotates to the right, the support &16 rotates to the right as described above and moves from the dot chain in Figure 3 to the solid line. Here, the idler gear 14 meshes with the gear 7 of the straw gear train. The rotation of the sun pulley 3 fixed to the motor shaft 3 is transmitted 6 to the planetary pulley 13 through the belt 15.
The ribbon feed gear 10 is rotated to the left via the planetary gear 141 which is fixed coaxially with the ribbon gear 7 and the ribbon feed gear 10. In this case, does the second gear train idle? are doing.

これとは逆にモータ軸３が左回転ｔすると、それに摺接
する支え板１６は左旋ｔして、第３図中の実線から一点
鎖線へと移動する。ここで遊星歯車１４は第一歯車列の
歯車８と歯合する。太陽プーリ３の回転はベルト１５に
て遊星ブー９１３に伝達され、遊星プーリ１３と同軸に
固定されている遊星歯車１４を介し歯車８および歯車９
′に経てリボン送り歯車ｌＯ′Ｉｋ左に回転させる。こ
の場合、第一歯車列は空転をしている。On the contrary, when the motor shaft 3 rotates to the left t, the support plate 16 in sliding contact therewith rotates to the left and moves from the solid line to the dashed-dotted line in FIG. 3. Here, the planetary gear 14 meshes with the gear 8 of the first gear train. The rotation of the sun pulley 3 is transmitted to the planetary boot 913 by the belt 15, and is transmitted to the gear 8 and the gear 9 via the planetary gear 14 which is fixed coaxially with the planetary pulley 13.
', then rotate the ribbon feed gear lO'Ik to the left. In this case, the first gear train is idling.

従ってモータ軸３がいずれの方向に回転してもリボン送
り歯車１０は一方向である左に回転をする。Therefore, no matter which direction the motor shaft 3 rotates, the ribbon feed gear 10 rotates in one direction, that is, to the left.

支え板１６はモータ軸３が摺接できる穴１２（１−複数
有しているのでモータ軸３からリボン送シ歯車１０の軸
までの軸間距離が長いときはまえ初６に＠看しである遊
星歯車１４が歯車７ｔ７ｔは歯車８Ｋｍ合する工うに穴
を選択して支え板１６ｔ−設置しベルト１５の長さｔ変
更すれりよい０また、リボン送り歯車１０の回転数を変
更するときは、遊星−車１４を交換し前述のように支え
板１６の大金選択して支え板１６ｉ設置しベルト１５の
長さ會変更すればよい。The support plate 16 has a plurality of holes 12 (one or more) through which the motor shaft 3 can slide, so when the distance between the shafts from the motor shaft 3 to the axis of the ribbon feed gear 10 is long, Select a hole where a certain planetary gear 14 fits gear 7t7t and gear 8Km, install the support plate 16t, and change the length t of the belt 15. Also, when changing the rotation speed of the ribbon feed gear 10, Then, the planet wheel 14 is replaced, the support plate 16 is selected as described above, the support plate 16i is installed, and the length of the belt 15 is changed.

なお、支え板１６に設けられているａ数の穴１２は長溝
穴にすることでさらに自由にモータ軸３から遊星歯車１
４の軸までの距ｆＩｍを調節できる。In addition, by making the holes 12 of the number a provided in the support plate 16 into long slot holes, it is possible to more freely connect the planetary gear 1 from the motor shaft 3.
The distance fIm to the axis No. 4 can be adjusted.

〔発明の効果〕〔Effect of the invention〕

本発明によるとモータ軸からリボン送り歯車の軸までの
距離が喪くなっても余分な歯車の退加會必要とせず、ま
た、希望する減速比を１つの１車の交換゛で簡単に達成
できることから低コストのリボン送り装置が実現できる
。According to the present invention, even if the distance from the motor shaft to the axis of the ribbon feed gear is shortened, there is no need to retract an extra gear, and the desired reduction ratio can be easily achieved by replacing one wheel. Because of this, a low-cost ribbon feeding device can be realized.

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

蘂１図は従来のプリンタリボン送り装置を示し沈子面図
、萬２図は１１１図の正面図、第３図は本発明の−、ｉ
ｉｉ！施例を示した平面図、第４図はｒａ３図の正面図
である。 １・・・中ヤリツジ　　　　　３・・・そ−夕軸７．８
．９・・−ｊｉ　　　　１０・・・リボン送り歯車１１
・・・太陽プーリ　　　１２・・・穴１３・・・遊星プ
ーリ　　　１４・・・遊星歯車１５・・・ベルト１６・
・・支え板 代理人　升理士　　則　近　意　佑 （ほか１名） 第２図 第４図Fig. 1 shows a conventional printer ribbon feeding device, and Fig. 2 is a front view of Fig. 111. Fig. 3 shows a conventional printer ribbon feeding device.
ii! A plan view showing the embodiment, FIG. 4 is a front view of the RA3 diagram. 1...Nakayaritsuji 3...So-Yu axis 7.8
．． 9...-ji 10... Ribbon feed gear 11
... Sun pulley 12 ... Hole 13 ... Planetary pulley 14 ... Planetary gear 15 ... Belt 16
・・Support board agent Masu Rishi Nori Chika Isuke (and 1 other person) Figure 2 Figure 4

Claims (1)

【特許請求の範囲】[Claims] キャリッジ移動用モータと、それぞれの歯車数の差が奇
数でおる関係を有している第一歯車列および第二歯車列
と、該第一歯車列および第二歯車列と歯合するリボン駆
動用歯車と、前記モータの回転方向により削記側−歯車
列または第二歯車列のどちらかｔ選択して前記モータの
回転を伝達する選択機構とを備えたプリンタリボン送り
装置において、前記選択機構は前記モータの軸に一足さ
れた太陽プーリと、該太陽プーリを中心、として揺動す
る遊星プーリと、該遊星プーリから前記モータの軸まで
の軸間距ｌ１１ｆＩ：定める支え板と、前記遊星プーリ
と同軸に固定され前記第一歯車列又は第二歯車列に一合
する遊星歯車と、ｈσ記太陽プーリお工び目Ｈ己遊星プ
ーリに掛けられたベルトとで構成されること１ｋｓ徴と
するプリンタリボン送り装置１ｌｔＯA carriage moving motor, a first gear train and a second gear train having an odd number of gears, and a ribbon driving motor that meshes with the first gear train and the second gear train. In the printer ribbon feeding device, the printer ribbon feeding device includes a gear and a selection mechanism that selects either the cutting side gear train or the second gear train depending on the rotational direction of the motor and transmits the rotation of the motor. A sun pulley attached to the shaft of the motor, a planetary pulley that swings about the sun pulley, and an interaxial distance from the planetary pulley to the shaft of the motor l11fI: a supporting plate that is determined, and a planetary pulley that is coaxial with the planetary pulley. A printer ribbon consisting of a planetary gear fixed to and aligned with the first gear train or the second gear train, and a belt hung around the H σ sun pulley and the H σ planetary pulley. Feeding device 1ltO
JP4072282A 1982-03-17 1982-03-17 Ribbon feeder for printer Pending JPS58158285A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP4072282A JPS58158285A (en) 1982-03-17 1982-03-17 Ribbon feeder for printer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP4072282A JPS58158285A (en) 1982-03-17 1982-03-17 Ribbon feeder for printer

Publications (1)

Publication Number Publication Date
JPS58158285A true JPS58158285A (en) 1983-09-20

Family

ID=12588486

Family Applications (1)

Application Number Title Priority Date Filing Date
JP4072282A Pending JPS58158285A (en) 1982-03-17 1982-03-17 Ribbon feeder for printer

Country Status (1)

Country Link
JP (1) JPS58158285A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4735518A (en) * 1985-03-08 1988-04-05 Franz Buttner Ag Ink ribbon cassette
US4861176A (en) * 1987-07-02 1989-08-29 Ing. C. Olivetti & C., S.P.A. Cartridge including epicyclic gearing drive for a multistrike typing ribbon for printing machines
KR100313331B1 (en) * 1999-07-15 2001-11-07 이형도 Apparatus for guiding a ribbon of printer

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4735518A (en) * 1985-03-08 1988-04-05 Franz Buttner Ag Ink ribbon cassette
US4861176A (en) * 1987-07-02 1989-08-29 Ing. C. Olivetti & C., S.P.A. Cartridge including epicyclic gearing drive for a multistrike typing ribbon for printing machines
KR100313331B1 (en) * 1999-07-15 2001-11-07 이형도 Apparatus for guiding a ribbon of printer

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