JPS60208269A - Roll paper supporting apparatus of recorder - Google Patents

Roll paper supporting apparatus of recorder

Info

Publication number
JPS60208269A
JPS60208269A JP6612784A JP6612784A JPS60208269A JP S60208269 A JPS60208269 A JP S60208269A JP 6612784 A JP6612784 A JP 6612784A JP 6612784 A JP6612784 A JP 6612784A JP S60208269 A JPS60208269 A JP S60208269A
Authority
JP
Japan
Prior art keywords
holder
shaft
frame
guide
paper
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP6612784A
Other languages
Japanese (ja)
Other versions
JPH0514623B2 (en
Inventor
Yuji Abe
阿部 裕二
Hideaki Tsudaka
津高 英明
Masuo Kawamoto
益雄 河本
Shinsuke Yoshinaga
吉永 伸介
Kenji Sakagami
阪上 賢司
Makoto Osumi
誠 大角
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.)
Kyocera Mita Industrial Co Ltd
Original Assignee
Mita Industrial 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 Mita Industrial Co Ltd filed Critical Mita Industrial Co Ltd
Priority to JP6612784A priority Critical patent/JPS60208269A/en
Publication of JPS60208269A publication Critical patent/JPS60208269A/en
Publication of JPH0514623B2 publication Critical patent/JPH0514623B2/ja
Granted legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41JTYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J15/00Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, specially adapted for supporting or handling copy material in continuous form, e.g. webs
    • B41J15/04Supporting, feeding, or guiding devices; Mountings for web rolls or spindles
    • B41J15/042Supporting, feeding, or guiding devices; Mountings for web rolls or spindles for loading rolled-up continuous copy material into printers, e.g. for replacing a used-up paper roll; Point-of-sale printers with openable casings allowing access to the rolled-up continuous copy material

Landscapes

  • Handling Of Continuous Sheets Of Paper (AREA)
  • Impression-Transfer Materials And Handling Thereof (AREA)
  • Handling Of Cut Paper (AREA)

Abstract

PURPOSE:To make it possible to enhance the replacement workability of roll paper, by providing a guide part for guiding a holder in a freely revolvable state between the pivot shaft of a lower frame and a recording part. CONSTITUTION:The holder 7 holding a heat-sensitive ink sheet A is tumbled to the side of a rear pivot shaft 2 in such a state that an upper frame 1a is opened. At this time, because the opening amount of both frames 1a, 1b has become large at the insert part of the holder 7, the engagement of protective plates 27, 28 with a guide groove 34 and the tumbling thereof can be performed easily. The protective plates 27, 28 are detached from the groove 34 and both ends of the holder shaft 26 are ridden on the surface of a guide surface 38 to be tumbled rearwardly and engaged with a bearing part 39 while a sheet A is supported by the deep part of a lower frame 1b in the side of the pivot shaft 2 in a freely revolvable manner through the holder 7. As mentioned above, only by tumbling the holder 7 holding the sheet A along a guide member 33, the holder 7 can be held in a freely revolvable manner and the sheet A can be simply set to a predetermined position.

Description

【発明の詳細な説明】 (産業上の利用分野) 本発明は、ロール状の感熱インクシートを用いる熱転写
型記録機、ロール状の感熱紙を用いる感熱記録機、ロー
ル状の配録紙を用いる記録ivの各種記録機において、
前記ロール状の感熱インクシー1−1感熱紙、記録紙等
のロール紙を支持づる支持装置に11tlるものである
Detailed Description of the Invention (Industrial Application Field) The present invention relates to a thermal transfer recording machine using a roll-shaped thermal ink sheet, a thermal recording machine using a roll-shaped thermal paper, and a thermal recording machine using a roll-shaped recording paper. In various recording machines of recording IV,
The thermal ink sheet 1-1 has a supporting device of 11 tl for supporting roll paper such as thermal paper or recording paper.

(従来技術) 上記各記録機において、ロール紙の取換えおJ:びジト
ムの除去を容易にするために、記録機本体を上フレーム
と下フレームに分割し、下フレームの一側部に枢軸を介
して土フレームの一側部を枢支して開閉自在に構成して
なるクラムシェル型の記録機が知られている。また、そ
の記録機では、下フレームの枢軸側の端部に0−ル紙を
レットし、その間口側に巻取装置を配落しているのが通
例ぐある。この場合、巻取装置が開口側にあるので、ロ
ール紙の先端を巻取装置に容易に接続できるが、ロール
紙の軸受部が下フレームの枢軸側にあるため、ロール紙
を軸受部にヒラ1〜づるときは、ロール紙を持って枢軸
側の奥の方に手を突・】込んでレットシなりればならず
、ロール紙の取(,1りならびに取換え作業が非常に煩
雑であるとい・)同角があつた。
(Prior art) In each of the above-mentioned recording machines, in order to facilitate the replacement of roll paper and the removal of dirt, the recording machine main body is divided into an upper frame and a lower frame, and a pivot point is attached to one side of the lower frame. A clamshell type recorder is known, which is constructed by pivoting one side of a soil frame through a frame so that it can be opened and closed. Further, in such a recording machine, the zero-length paper is usually placed at the end of the lower frame on the pivot side, and a winding device is arranged at the opening side of the lower frame. In this case, since the take-up device is on the opening side, the tip of the roll paper can be easily connected to the take-up device, but since the bearing of the roll paper is on the pivot side of the lower frame, the roll paper cannot be easily connected to the bearing. 1. When removing the roll paper, you have to hold the roll paper and put your hand in the back of the axis side to remove it, making the work of removing and replacing the roll paper very complicated. The same angle was met.

(発明の目的) 本発明は、このような問題を解決りるためになされたも
ので、ロール紙を上フレームと下フレームの枢軸側の奥
部に、簡単にレットでさ、ロール紙の取換えの作業性を
向上できる記録機の1コ一ル紙支持装置を提供するもの
である。
(Purpose of the Invention) The present invention has been made to solve such problems, and it is possible to easily insert the roll paper into the inner part of the pivot side of the upper frame and the lower frame, and to remove the roll paper. The present invention provides a one-coil paper support device for a recording machine that can improve the work efficiency of changing paper.

(発明の構成) 本発明は、記録(蔑本体を上フレームと下フレームに分
割し、下フレームの一側部に枢軸を介して土フレームの
一側部を枢支して開閉自在に構成してなるクラムシェル
型の記録機において、ロール紙の軸穴に挿通される軸と
、該軸の両端に設【)られてロール紙の両側を挟持する
一対の保護板からなるホルダを具備し、下フレームの前
記枢軸と記録部との間に、前記ホルダを転勤自在に案内
りるガイド部を設け、この方イド部の前記枢軸側の端部
に前記ホルダの軸の両端を係脱自在に係合してホルダを
回動自在に支持刃る支持部を段iJてなることを特徴と
づるものひある。
(Structure of the Invention) The present invention has a structure in which the recorder main body is divided into an upper frame and a lower frame, and one side of the earth frame is pivoted to one side of the lower frame via a pivot so that it can be opened and closed. A clamshell type recording machine comprising a shaft inserted into a shaft hole of a roll paper, and a holder consisting of a pair of protection plates installed at both ends of the shaft and holding both sides of the roll paper, A guide section for removably guiding the holder is provided between the pivot shaft of the lower frame and the recording section, and both ends of the shaft of the holder are detachably engaged with an end of the guide section on the pivot side. The holder is characterized in that it has a supporting part that rotatably supports the holder.

(実施例) 図面は、本発明のロール紙支1■■を熱転写へ“1記録
曙に用いた場合の¥施例を示している。この熱転写型記
録機のIIIK要を第1図乃至第3図にJ、=yで説明
づると、第1図は熱転写型記録機の外観斜視図であり、
同図において、1は記録機本体、18はその上フレーム
、1bは下ル−t1.31五両フレームのロック解除用
釦、4は操作!i、5は給紙カセット、6昏よトレーを
示11゜ この熱転写型記録機は、第2図および第3図に示づよう
に記録機本体1が上フレーム1aとTフレーム1bに分
v1され、下フレーム1bの一側部に枢軸2を介して上
フレーム1aの一側部が開閉自在に支持されている。下
フレーム1bには、(μ軸2側にロール紙として熱賛華
性あるい1.L熱溶融性のソリッドインクを塗布し/j
感熱インクシー1〜八がホルダ7を介してUツ1−され
、聞L1側に巻取装置9が設【)られ、その中間部に熱
パルス印加のためのサーマルヘッド8が設【プられてい
る。
(Example) The drawings show an example in which the roll paper support 1 of the present invention is used for thermal transfer in one recording day. To explain it with J,=y in Fig. 3, Fig. 1 is an external perspective view of a thermal transfer type recording machine.
In the figure, 1 is the main body of the recorder, 18 is the upper frame, 1b is the button for unlocking the lower t1.31 five-car frame, and 4 is the operation! i and 5 indicate a paper feed cassette, and 6 and 7 indicate a tray.11゜In this thermal transfer type recording machine, as shown in Figs. 2 and 3, the main body 1 of the recording machine is divided into an upper frame 1a and a T frame 1b. One side of the upper frame 1a is supported via a pivot 2 on one side of the lower frame 1b so as to be openable and closable. The lower frame 1b is coated with heat-resistant or 1.L heat-melting solid ink as roll paper on the μ-axis 2 side.
Thermal ink sheets 1 to 8 are connected to each other via a holder 7, a winding device 9 is installed on the L1 side, and a thermal head 8 for applying heat pulses is installed in the middle of the winding device 9. There is.

一方、上フレーム1aには、前記ホルダアから導出され
る感熱インクシート八をサーマルヘッド8に導くアイド
ルローラ10.11.12と、1ノーマルヘツド8に対
向Jるプラテンローラ13 h<段重プられ、かつ、そ
の上方に、給紙カセット受部14おJ、び1〜レー6と
、給紙力セラ1〜受部1iこセラ1−された給紙力しツ
l〜5から記録紙(酋通紙、)Bを導出づる給紙ローラ
15と、記録紙Bをブラ)−ンローラ13に供給覆る上
下一対のレジスト1コーラ゛16.17と、熱転写後の
記録紙Bをトレーに尊り11・−・対のIJI出ローラ
18,19が設置3られτいる。なお、20は熱転写後
の感熱インクシーl−Aと記録紙Bを分離りるための分
離ローラであり、この分離ローラ20は上フレーム1a
に没りてもよいが、図例では後述づるJ、うに下フレー
ム1bに設けられている。21・・・は給紙ガイド板、
22.22は11出ガイド仮である。
On the other hand, the upper frame 1a includes idle rollers 10, 11, and 12 that guide the thermal ink sheet 8 drawn out from the holder to the thermal head 8, and a platen roller 13 that faces the normal head 8. , and above the paper feed cassette receivers 14 and 1 to 6 and the paper feed trays 1 to 1i, the paper feed trays 1 to 1i are provided with recording paper ( A paper feeding roller 15 that takes out the passing paper ( ) B, a pair of upper and lower resist 1 columns that feed the recording paper B to the blank roller 13 , and the recording paper B after thermal transfer is placed on the tray. 11 --- A pair of IJI output rollers 18 and 19 are installed. Note that 20 is a separation roller for separating the thermal ink seal l-A and the recording paper B after thermal transfer, and this separation roller 20 is attached to the upper frame 1a.
However, in the illustrated example, it is provided in the bottom frame 1b of J, which will be described later. 21... is a paper feed guide plate,
22.22 is a tentative 11-output guide.

上記熱転写型記録機にJ3いて、感熱インクシー1− 
Aはロール状で、ホルダ7を介して下フレーム1bの枢
軸2側の端部に支持され、巻取IA置9の作動によりホ
ルダ7がら導出され、アイドルローラ10.11.12
を経てブラ7ンD−ラ13とサーマルヘッド8との間を
通り、分離ローラ20を経て巻取装置9に巻取られる。
J3 on the above thermal transfer recording machine, thermal ink sheet 1-
A is in the form of a roll, and is supported by the end of the lower frame 1b on the pivot 2 side via the holder 7, and is drawn out from the holder 7 by the operation of the winding IA station 9, and is moved to the idle roller 10.11.12.
It then passes between the blank roller 13 and the thermal head 8, passes through the separation roller 20, and is wound up by the winding device 9.

−hS記録紙1′)は、給紙力セラ1へ5に収容されて
給紙力しツト受部14に挿入され、ばね2 A L; 
J、σ押1.げ板2艷1により給紙ローラ15側に押N
IJられc’ J3す、給紙ローラ15により給紙カセ
ット5から−・枚1゛′つ取出され、レジス]・ローラ
16,17によりプラテン[1−ラ13と1ナーマルヘ
ツド8との間に供給され、ここで、前記感熱インクシー
1−ハ、と記録紙Bとが重ねられるとともに、9−ンル
ヘッド8に情taに応じた熱パルスが印加され、感熱イ
ンクシー1−AのインクがWl華あるいは溶融しく’ 
+t!録紙Bに転写記録され、然る後、該記録紙[3が
分N10−ラ20にJ、り感熱インクシー1〜八から分
子41され、lJl出[1−ラ18,19に、J、リト
レー6に導出される。
- hS recording paper 1') is accommodated in the paper feed force cell 1 5, fed, and inserted into the stop receiving part 14, and the spring 2 A L;
J, σ press 1. Push plate 2 to the paper feed roller 15 side by 1.
The paper feed roller 15 takes out one sheet from the paper cassette 5, and the register rollers 16 and 17 feed it between the platen [1-ra 13 and the 1-normal head 8]. Here, the thermal ink sheet 1-A and the recording paper B are overlapped, and a heat pulse according to the temperature is applied to the 9-nle head 8, so that the ink of the thermal ink sheet 1-A becomes Wl-colored or melted. '
+t! It is transferred and recorded on recording paper B, and after that, the recording paper [3 is transferred to Min. It is led out to the retray 6.

ところで、この熱転写型記録機でlJ、第3Mに示づよ
うに感熱インクシー1−への供給経路を境にして上フレ
ーム1aが枢軸2を中心に回動して聞閏され、感熱イン
クシーh Aの取換え等が行われる。この場合、従来の
ように下フレーム1bの枢軸2句近に単に軸受部拐を設
置Jてその部材に感熱インクシートAを直接支持さける
方式で1ま、その軸受部U (J近での土、下フレーム
1a、1bの開口nが小さいために、感熱インクシー1
〜Aの支持、取換えの作業が煩雑になる。このため、本
発明でtよ、どくに感熱インクシー1〜Aの取換え等を
容易に行えるように、次のように構成し”(いる。
By the way, in this thermal transfer type recording machine, as shown in 1J and 3M, the upper frame 1a is rotated around the axis 2 with the supply route to the thermal ink sheet 1- as a boundary, and the thermal ink sheet hA is transferred. Replacement etc. will be carried out. In this case, by simply installing a bearing part near the two pivot points of the lower frame 1b and supporting the heat-sensitive ink sheet A directly on that member, as in the past, it is possible to , because the openings n of the lower frames 1a and 1b are small, the thermal ink sheet 1
~The work of supporting and replacing A becomes complicated. For this reason, the present invention is constructed as follows so that the heat-sensitive ink sheets 1 to A can be easily replaced.

すなわら、感熱インクシー1−△のホルダ7を下フレー
ム1bとは別個に構成している。ホルダ7は、第4図に
承りように軸26と、左右一対の円形の保護板27.2
8とからなり、一方の保護板27には中心部の内側面に
ボス部27aが一体に突設され、モの外側面に筒軸29
が摺動自在に設置〕られ、該筒軸29がばね301.:
J、り外方にf4勢されており、前記軸26の一端がこ
の保護板27のボス部27aを目通して筒軸29に連結
されている。また、他方の保護板28には中心部の内外
両側面にボス部28a、28bが一体に突設され、その
ボス部28a、28bが前記軸26の他端に着脱自在に
嵌合される。感熱インクシートΔ番、1紙管31に巻装
されており、この感熱インクシー1−八を記録機内にレ
フ1−タる前に、機外で、・ぞの組↑131内に形成さ
れた軸穴32に前記ホルダ7の軸26を挿通し、紙管3
1の一端を保護板27のボス部27aに嵌合さUた後、
軸26の先端に保護板28のボス部28a、28bを嵌
合させるどともに、該ボス部28aを紙管31の他端に
■合さ11両保護板27.28にて感熱インクシートΔ
を挟持して軸26の廻りに回動自在に保1.′1′?l
ることにより、感熱インクシートAをホルダ7に保持さ
せる。
That is, the holder 7 of the thermal ink sheet 1-Δ is configured separately from the lower frame 1b. As shown in FIG. 4, the holder 7 includes a shaft 26 and a pair of left and right circular protection plates 27.2.
8, one of the protection plates 27 has a boss portion 27a integrally protruding from the inner surface of the central portion, and a cylinder shaft 29 on the outer surface of the protective plate 27.
is slidably installed], and the cylindrical shaft 29 is supported by a spring 301. :
J and F4 are pushed outward, and one end of the shaft 26 is connected to the cylindrical shaft 29 through the boss portion 27a of the protection plate 27. Further, the other protection plate 28 has boss portions 28a and 28b integrally protruding from both the inner and outer sides of the center portion, and the boss portions 28a and 28b are removably fitted to the other end of the shaft 26. The thermal ink sheet No. Δ is wrapped around the 1 paper tube 31, and before the thermal ink sheets 1-8 are loaded into the recording machine, they are formed outside the machine in the set ↑131. Insert the shaft 26 of the holder 7 into the shaft hole 32, and
After fitting one end of 1 to the boss portion 27a of the protection plate 27,
The boss portions 28a and 28b of the protection plate 28 are fitted to the tip of the shaft 26, and the boss portion 28a is fitted to the other end of the paper tube 31.
1. '1'? l
By doing so, the heat-sensitive ink sheet A is held in the holder 7.

一方、下フレーム1bのh:右両側板におい(、枢@2
どり一−マルヘッド8との間に、/i右−・対のガイド
部材33.33が相対向する配向で設りられている。両
ガイド部4433.33は、第5図にボスにうに互いに
対称形状ぐ、その内側上面に前後方向に沿ってかつ後端
が緩下がりに傾斜しlζ保護板用ガイド1M34.3/
lが設置)られ、その外側ニ所定の^さで後方に延びる
ガイド部35.35が設置ノられ、かつ、ガイド部35
+ 35の後半部の外側辺部にガイド!136.36が
突設され、ガイド壁36,36の内面の前方上端部にボ
ス部案内用傾斜面37.37が形成されているとともに
、ガイド壁36,36の上端に前方が高く後方が低いホ
ルダ軸用ガイド面38.38が設置ノられ、このガイド
面38.38の後端に切欠状の軸受部39.39が段重
ノられている。
On the other hand, h of the lower frame 1b: right side board odor (, Toboru@2
A right pair of guide members 33, 33 are provided between the dori-maru head 8 and the guide members 33, 33 are oriented in opposite directions. Both guide portions 4433.33 have a symmetrical shape as shown in FIG.
A guide portion 35.35 is installed, and the guide portion 35 extends rearward at a predetermined distance on the outside thereof.
+ Guide to the outer edge of the second half of 35! 136.36 is provided protrudingly, and a boss guide inclined surface 37.37 is formed at the front upper end of the inner surface of the guide walls 36, 36, and the front is higher and the rear is lower at the upper end of the guide walls 36, 36. A guide surface 38.38 for the holder shaft is installed, and a notched bearing portion 39.39 is stepped in the rear end of this guide surface 38.38.

而して、感熱インクシー1〜Aを記録檄にセラ1へ覆る
ときは、該感熱インクシートへを前述した方法により予
め機外Cホルダ7に保持ざt! (!’!4図参照)、
土フレーム1aを問いI〔状態で、m6図に示りJ、う
にホルダ7の両保護板27.28をガイド部4433.
33の手前側つまり両フレーム1a、lbの開口側から
ガイドF1♂1i34.34に係合させて、該ホルダ7
を後方枢軸2側に転動さμる。
When covering the heat-sensitive ink sheets 1 to A on the cell 1 for recording purposes, the heat-sensitive ink sheets are held in the C holder 7 outside the machine in advance by the method described above! (!'!Refer to figure 4),
When the soil frame 1a is in the state shown in Figure M6, both protective plates 27 and 28 of the sea urchin holder 7 are moved to the guide portion 4433.
33, that is, from the opening side of both frames 1a and lb, engage the guide F1♂1i34.
is rolled toward the rear axis 2 side.

このどき、ホルダアの挿入811分では両フレーム′1
a、ibの聞り口りが人さくなっているので、前記保護
板27.28の万イド1ハ34,34への係合ならびに
転勤を容易に行うことができる。さらに、このホルダ7
の転勤により、ガイド部U33,33の後方において、
両保護板27.2Bがガイド溝34.34から外れ、こ
れと相前後してホルダ軸26の両端がガイド壁36.3
6の上端ガイドir+i38.38上に東って後方に転
勤し、匠の転勤終端で軸受部39.39に係合し、以つ
C,感熱インクシー1− Aが士フレーム1bの枢軸2
側の奥部にホルダ7を介して回動自在に支持される。ま
た、このとき、前記筒軸29の先端面と、保護板28の
外側ボス部28bの先端面とがガイドら¥36.3Gの
内面に−されぞれ当接し、かつ、ばね30によって両保
設板27,28J3よび感熱インクシート△が片方にf
i? Iiられ(自動的に軸プ)向の位置決めがなされ
る。従って、前記軸26の両端が軸受部39.39に係
合した後は、奥の軸受部1・1近に手を突っ込んで改め
Ctットリ−るという必要が全くない。
At this time, when inserting the holder at 811 minutes, both frames '1
Since a and ib have a discreet tone, the protective plates 27 and 28 can be easily engaged and transferred to the 1 ha 34 and 34. Furthermore, this holder 7
Due to the transfer of , behind the guide parts U33, 33,
Both protection plates 27.2B are removed from the guide groove 34.34, and both ends of the holder shaft 26 are removed from the guide wall 36.3 at the same time.
The upper end of the guide ir + i 38.38 is transferred to the east and rearward, and at the end of the transfer of the master, it engages the bearing part 39.39, and C, the heat-sensitive ink sheet 1- A is the axis 2 of the frame 1b.
It is rotatably supported via a holder 7 in the inner part of the side. Also, at this time, the tip end surface of the cylindrical shaft 29 and the tip end surface of the outer boss portion 28b of the protection plate 28 are brought into contact with the inner surface of the guide plate ¥36.3G, and both are protected by the spring 30. Plates 27, 28J3 and thermal ink sheet △ are on one side
i? Positioning in the axial direction (automatically) is performed. Therefore, after both ends of the shaft 26 are engaged with the bearings 39, 39, there is no need to insert your hand into the vicinity of the bearings 1, 1 at the back and re-tread Ct.

このように、感熱インクシー1〜△を予め(理外でホル
ダアに保持さu1該小ルダ7を両フレームの開L1側か
らガイド部+J33.33に沿って転がし込むだ1.)
で、ホルダ7の軸26を奥の軸受a++ 39 。
In this way, heat-sensitive ink sheets 1 to △ are rolled in advance (inadvertently held in the holder A) and the small holder 7 is rolled along the guide part +J33.33 from the open L1 side of both frames.
Then, connect the shaft 26 of the holder 7 to the back bearing a++ 39 .

39に自動的に係合さu−(回動自在に保持でさ、感熱
インクシー1− Aを所定の位置に頗る簡単にレッ1−
〇きる。
The thermal ink sheet 1-A is automatically engaged with the 39 (rotatably held), and the heat-sensitive ink sheet 1-A can be easily pressed into position.
〇Kill.

前jt!感熱インクシートΔは巻取装置9によりホルダ
7から導出され、アイドル1」−ラ10,11゜12を
経てサーマルヘッド8とプラテンローラ13の間に供給
される。このどさ、前記ホルダ7の筒軸29の先端面と
、保護板28の外側ボス部28bの先端面がばね30に
よりガイド壁36,36の内面に圧接した状態で、ホル
ダ7と感熱インクシート△が一体に回動り′ることにJ
、す、感熱インクシートΔにある程麿のパックデンジジ
ンが付与さFLる。
Previous jt! The heat-sensitive ink sheet Δ is taken out from the holder 7 by a winding device 9, and is supplied between the thermal head 8 and the platen roller 13 via idlers 10, 11 and 12. At this moment, with the distal end surface of the cylindrical shaft 29 of the holder 7 and the distal end surface of the outer boss portion 28b of the protection plate 28 pressed against the inner surfaces of the guide walls 36, 36 by the spring 30, the holder 7 and the thermal ink sheet J that △ rotates as one.
A certain amount of pack density was applied to the heat-sensitive ink sheet Δ.

なJ5、このパックデンジジンを大きくする手段どして
、ホルダ7の保護板27.28の外側面と前記ガイド部
35+ 35の内側面との間、あるいは軸26と軸受部
39.39どの聞にS擦抵抗部材等を設置)でもよいが
、図例では、第2図および第3図に示Jように上フレー
ム131のC1内面にJ3いC1小ルダ7の保護板27
.28に対向づる位置に、ブラケット40を介して扱ば
ね状の抵抗部月41が段りられ、土フレーム1aを閉じ
Iとときに、該抵抗部月41が前記廿ツl−f/置にお
1ノるホルダアの保護板27.28の外周面に弾性的に
圧接され、土フレーム1aを聞いたときに、該抵抗部拐
41がiI記保護板27.28から前れるJ、うになり
Cいる。
J5, as a means for enlarging this pack density, there is a gap between the outer surface of the protective plate 27, 28 of the holder 7 and the inner surface of the guide section 35+35, or between the shaft 26 and the bearing section 39, 39. However, in the illustrated example, as shown in FIGS. 2 and 3, the protective plate 27 of the small holder 7 may be installed on the inner surface of C1 of the upper frame 131.
.. A spring-like resistance part 41 is stepped through a bracket 40 at a position opposite to 28, and when the soil frame 1a is closed, the resistance part 41 is placed in the above-mentioned position l-f/. It is elastically pressed against the outer peripheral surface of the protection plate 27.28 of the holder, and when the soil frame 1a is heard, the resistance part 41 moves forward from the protection plate 27.28 of the holder. There is C.

こう1れば、上フレーム1aを閉じたときに、前記抵抗
部祠41と保護板27.28の弾竹的;]接により、ボ
ルダ7が所定位置に適j「に保持されるととムに、ホル
ダ7に適痕の回動抵抗が1・1(ゴされ、感熱インクシ
ートAにパックブンシ−」ンが付んされ、該シートAに
m等が介生りることなく、シートAが常に適i[に導出
される。また、上フレーム1aを聞くと、前記抵抗部拐
/IIh″−IjJ・ルダ7の保護板27.28から離
11υされ、ホルダアがフリーとなり、かつ、上フレー
ム1aと下フレーt11bとの間に設(〕られたダンパ
42によっC上フレーム1aの解放状態が保持される。
By doing this, when the upper frame 1a is closed, the boulder 7 is held in a predetermined position by the bullet-like contact between the resistance part shrine 41 and the protection plates 27 and 28. Then, the rotational resistance of the suitable mark is set to 1.1 (1.1) on the holder 7, and a pack-bun seam is attached to the heat-sensitive ink sheet A. When the upper frame 1a is heard, it is separated by 11υ from the protective plate 27, 28 of the resistor part 7, the holder becomes free, and the upper frame The released state of the upper C frame 1a is maintained by a damper 42 provided between the upper frame 1a and the lower frame t11b.

従って、この状態でホルダ7を持上げて軸26を軸受部
39゜39から離脱さゼ、ホルダ7をガイド部材33゜
33に沿って手前側に転がし出ブことにより該ホルダ7
を機外に簡単に取出すことができる。
Therefore, in this state, lift the holder 7 to remove the shaft 26 from the bearing portion 39.
can be easily taken out of the machine.

こうして、感熱インクシートAが演費されたときは、上
フレーム1aを聞いてホルダ7を機外に取出し、然る後
、機外でホルダ7から紙管31を取外し、該ホルダ7に
新たに感熱インクシーh Aを保持さけ、以下、前記同
様の方法でセラ1−スることにより感熱インクシートへ
の取換えを簡単に行うことができる。なお、前記ホルダ
7から取外しIζ紙笛31は巻取装置9にヒツトして再
刊用Jる。
In this way, when the thermal ink sheet A is used, the holder 7 is taken out of the machine by listening to the upper frame 1a, and then the paper tube 31 is removed from the holder 7 outside the machine, and a new one is inserted into the holder 7. The heat-sensitive ink sheet hA can be easily replaced with a heat-sensitive ink sheet by holding it and then curing it in the same manner as described above. It should be noted that when the paper whistle 31 is removed from the holder 7, it is placed on the winding device 9 for reprinting.

巻取装置9は、第7図、第8図に示ずように相対向りる
ノ「右一対の保持板43.44を具備し、一方の保持板
43は軸45とブラケット46を介して下フレーム1b
に回動自在に支持されて、伝動ギ\747.48により
巻取用モータ49に連結され、他方の保持板44はFフ
レーム1bに軸50とブラケット51およびばね52を
介しτ内りに刊勢された状態で回動自在に支持されてい
る。
As shown in FIGS. 7 and 8, the winding device 9 includes a pair of right holding plates 43 and 44 facing each other, one holding plate 43 being connected via a shaft 45 and a bracket 46. Lower frame 1b
The other holding plate 44 is rotatably supported on the F frame 1b through a shaft 50, a bracket 51, and a spring 52, and is connected to the winding motor 49 by a transmission gear \747.48. It is rotatably supported in a biased state.

そして、前記ホルダ7から取外した紙管31に、機内に
セラ1〜された感熱インクシートAの先端を止着した状
態C1該紙管31を前記両保持板43゜44の内面に突
設されたボス部43a、44aに1■合して保持させ、
この状態で、巻取用し一タ49を駆動し、紙管31を回
動させて感熱インクシートAの巻取が行われる。
Then, the paper tube 31 which has been removed from the holder 7 is fixed to the tip of the thermal ink sheet A that has been soldered inside the machine (C1). the boss portions 43a and 44a, and hold the
In this state, the winding roller 49 is driven and the paper tube 31 is rotated to wind up the thermal ink sheet A.

一方、各ローラは第7図、第8図に示υ駆動系によって
駆動される。なお、第8図は各[I−ラの搬送経路に沿
って平面的に展開した状態で図示している。図において
、給紙1コーラ15の軸15aの一端に固盾されたギヤ
53はギX754に噛合い、該ギ一154は減速n55
を介して給紙ュータ56に連結され、該給紙モータ5G
ににり減速lX1155J3よびギヤ54.53を介し
て給紙ローラ15が所定の方向に回転駆動される。
On the other hand, each roller is driven by the υ drive system shown in FIGS. 7 and 8. In addition, FIG. 8 shows a state in which each [I-ra is developed in a plane along the conveyance path. In the figure, a gear 53 fixed to one end of the shaft 15a of the paper feed 1 cola 15 meshes with a gear X754, and the gear 154
is connected to the paper feed motor 56 via the paper feed motor 5G.
The paper feed roller 15 is rotationally driven in a predetermined direction via the speed reducer lX1155J3 and the gears 54 and 53.

ノーンュータ57の減′iIi磯58に連結されl、:
タイミングギャ5つと、タイミングl?1760間にり
イミングベルト61が張設され、該ギ−760は伝動1
! X762およびタイミングギヤ63と一体て゛、固
定軸64の一端に回動自在に支持され、伝動ギヤ62は
下レジストローラ17の軸゛17aの一端に固着された
伝動ヤ1165に噛合い、タイミングギヤ63と、プラ
テンローラ13の軸の一端に固着されたタイミングギ1
766にタイミングベル1〜67が張設され、以って、
メーンモータ57の駆動によりプラテンローラ13およ
び下レジストローラ17が所定の方向に回転駆動される
。また、前記固定軸64の中間部にはアイドルローラ1
2が回動自在に設Glられ、該軸64の他端には伝動丁
X768とタイミングギA769が一体内に回動自在に
支持され、・Cの伝動ギA768が前記下レジストロー
ラ17の軸17aの他端に固着された伝動1! A77
0に噛合っているとともに、タイミング1゛A769ど
、下lJ+出ローラ19の軸l 9 a (7)他端ニ
固盾されたタイミング1゛ヤ71にタイミングベルト7
2が張設されており、前記下レジストローラ17の回動
に連動して下lJI出1」−ラ19が所定の方向に回転
駆動される。
The reduction of the non-controller 57 is connected to the iso 58:
Five timing gears and timing l? The timing belt 61 is stretched between 1760 and the gear 760 is connected to the transmission 1.
! The transmission gear 62 is rotatably supported on one end of a fixed shaft 64 together with X762 and the timing gear 63, and the transmission gear 62 meshes with a transmission gear 1165 fixed to one end of the shaft 17a of the lower registration roller 17. and a timing gear 1 fixed to one end of the shaft of the platen roller 13.
Timing bells 1 to 67 are installed at 766, and therefore,
The main motor 57 drives the platen roller 13 and the lower registration roller 17 to rotate in a predetermined direction. Further, an idle roller 1 is provided at the intermediate portion of the fixed shaft 64.
A transmission gear X768 and a timing gear A769 are rotatably supported at the other end of the shaft 64, and a transmission gear A768 of C is connected to the shaft of the lower registration roller 17. Transmission 1 fixed to the other end of 17a! A77
(7) At the same time, the timing belt 7 is in mesh with the timing 1 gear 71, which is in mesh with the timing 1 gear 71, which is fixed at the other end.
2 is stretched, and the lower registration roller 19 is rotated in a predetermined direction in conjunction with the rotation of the lower registration roller 17.

ところで、前記各0−ラ(第2図参照)のうlう、アイ
ドルローラio、ii、12、給紙ローラ15、下レジ
ストローラ17、下朗出1」−919番Jそれぞれ軸に
より土フレーム1aの所定(f/置に回動自在に支持さ
れるが、プラテンローラ13、ルジストローラ16、分
離1−1−ラ20,1刊出[1−ラ18はそれぞれ次の
ように支持される。
By the way, among the above-mentioned 0-rollers (see Figure 2), idle rollers io, ii, 12, paper feed roller 15, lower registration roller 17, lower register roller 1''-919J are attached to the soil frame by their respective shafts. The platen roller 13, the lug roller 16, the separation roller 20, and the separation roller 18 are supported as follows.

すなわら、第9図乃至第11因に示すJ、うに固定軸ら
4の両端に1ヱ動アーム73がI:i 1FIJ自在に
支持され、プラテンローラ13の軸13aの両端が土フ
レーム1aの左右両側板に設【)られ1.:1.IJ欠
、上Icは長穴〈いずれも図示省略)を口過して前記ア
ーム73の中間部に軸受74を介して回動自在に支持さ
れ、該アーム73の上端と上フレーム1aに設りられた
ブラケット75との間にばね力調節具76を介してばね
77が張設され、このばね77にJ:リアーム73が第
9図右り向に+j tAされ(いる。一方、上レジスト
ローラ16はイの軸16aの両端が上フレーム1aの側
板に段重)られIこ長穴状の軸受穴78に回動自在でか
つ上下方向に移動自在に支持されているとともに、ばね
79により下レジストローラ17に圧接りるように付勢
されており、前記揺動7−ム73にこの上レジスト[1
−ラ1Gの軸16aの下方に延びる押上げ用穴ハフ3a
が設りられ−(いる。
That is, a moving arm 73 is freely supported at both ends of the fixed shaft 4 shown in FIGS. 9 to 11, and both ends of the shaft 13a of the platen roller 13 are connected to the soil frame 1a. Installed on the left and right sides of the board.1. :1. The IJ is missing, and the upper Ic passes through a long hole (both not shown) and is rotatably supported in the middle part of the arm 73 via a bearing 74, and is provided at the upper end of the arm 73 and the upper frame 1a. A spring 77 is tensioned between the bracket 75 and the spring force adjuster 76, and the rear arm 73 is pulled to the right in FIG. 16 is a shaft 16a whose both ends are supported by a side plate of the upper frame 1a, rotatably and vertically movably supported in an elongated bearing hole 78. It is biased so as to come into pressure contact with the registration roller 17, and the upper registration [1] is applied to the swinging 7-m 73.
- Push-up hole huff 3a extending below the shaft 16a of the shaft 1G
has been established.

イして、土、王フレームla、lbを閉じたとさIJ、
ぽね77にJ、り揺動アーム73が反助泪方向に(J勢
されて、プラテンローラ13が1ノーマルヘツド8に1
1接され、かつ、この几接にまり前記押上げ用穴ハフ3
aが上レジスI〜ローラ軸16aJ、り離れ、該軸16
aがばね79にJ、り下方に(=J勢されて、土しジス
トローラ16が下レジスト1」−ラ17にJ」接され、
両レジストローラ1G、17により給1tu−ラ15か
ら供給される記録紙Bがタイミング調節され−(V−マ
ルヘッド8とブラ)−ンローラ13の間に供給され、そ
の間で、感熱インクシートAと記録紙Bが重ねられ、サ
ーマルヘッド8により記録紙Bに熱転写記録される。
Then, IJ closed the king frame la, lb.
The swinging arm 73 is moved in the anti-support direction (J force is applied to the bone 77, and the platen roller 13 is moved 1 to 1 normal head 8.
1 contact, and the push-up hole huff 3 fits into this contact.
a is separated from the upper register I to the roller shaft 16aJ, and the shaft 16
a is pushed downward by the spring 79 (=J force), and the soil displacement roller 16 is brought into contact with the lower resist 1''-ra 17,
The timing of the recording paper B supplied from the feed roller 15 is adjusted by both registration rollers 1G and 17, and the recording paper B is supplied between the (V-maru head 8 and the blank roller 13), and between them, the recording paper B is printed with the thermal ink sheet A. The sheets of paper B are stacked one on top of the other, and thermal transfer recording is performed on the recording sheet B by the thermal head 8 .

次に、上フレーム1aを聞くと、第11図に示すように
プラテンローラ13がり一一ンルヘッド8から離れ、揺
動アーム73がばね77により引張られて反時計方向に
回動し、この回動にJ、り前記1ト→軸゛16aが押上
げられ、1.レジスト1,1−シ1Gが下レジストロー
917から自動的に離間(される。なお、前記[1−)
軸1(3aが所定e31111゜1げられると、該軸1
13aが軸受穴78の−11p IJ当り、同軸16a
の押上げならびに1ヱ動11x73の1.1:動は停止
凸れる。これにJ、っ(、ジャムがイ1じた場合、土フ
レーム1 aを聞(]ぼ、1ヱ動アー1173が揺動し
て両しジメ1〜[1−ラ16.17が自動的に/+りさ
れて人さな隙間が形成され、ジ鬼・ムを容易に解消でき
る。
Next, when the upper frame 1a is moved, as shown in FIG. Then, the shaft 16a is pushed up, and 1. The resist 1, 1-shi 1G is automatically separated from the lower resist row 917. Note that the above [1-]
When the axis 1 (3a is raised by a predetermined e31111°1, the axis 1
13a is -11p IJ of bearing hole 78, coaxial 16a
Push up and 1.1 movement of 11 x 73: movement is stopped and convex. If a jam occurs, the soil frame 1 a will be swung and the jams 1 to 16.17 will be automatically adjusted. A human-like gap is formed by being surrounded by / +, and it is possible to easily eliminate the demons and mu.

分1lli a−ラ20は下フレーム1bに1.し番)
られる6ので、第11図で明らかなJ、うに土フレーム
1aに干渉しない配置で下フレームi bの71石両側
板に相対自重る一対のブラケット80が設置ノられ、該
ブラウン1−80に後方(図面も方向)に聞1」シかつ
その開口部が狭窄されたり大仏(長穴c−bよい)の軸
受穴81が設置ノられ、この軸受穴81に分離ロー52
0の軸20aが回動自在にかつ前後に移動自在に支持さ
れているとと6に、ばね82により後方にイ」勢されて
いる。
1lli a-ra 20 is attached to the lower frame 1b. shiban)
6, a pair of brackets 80 with relative self-weight are installed on both sides of the lower frame i b in a position that does not interfere with the sea urchin frame 1a, as shown in Fig. The bearing hole 81 of the Great Buddha (elongated hole c-b) is installed, and the opening is narrowed and the separation row 52 is installed in the bearing hole 81.
The shaft 20a of the shaft 20a is supported rotatably and movably back and forth, and is biased rearward by a spring 82.

而して、土フレーム1aを閉じた状態では、第10図に
示づようにプラテンローラ13がばね77により1ノー
マルヘツド8に圧接されるとともに、ぞの圧接部より上
方後方にUターンしたプラテンローラ13の外周面に分
111[1−ラ20がぽね82により圧接され7j状態
で保持される。この状態で、記録時には、前記ナーマル
ヘッド8とブラナンU−ラ13の圧接部において、前記
ホルダ7からアイドルローラ10,11.12を経て供
給された感熱インクシーI・△と前記レジス1へ[]−
ラ16゜17から供給された記録紙Bが重ねられ、記録
紙Bに対する転写記録が行なわれた後、感熱インクシー
トへがプラテンローラ13と分離ローラ20の外周面に
治ってS状に湾曲されつつ巻取)シ首9に巻取られ、一
方、記録紙Bはプラテンロー513の外周面に沿ってC
状に湾曲されつつJJI出1」−ラ18.19を経て1
ヘレー6にC1出される。
When the soil frame 1a is closed, the platen roller 13 is pressed against the normal head 8 by the spring 77, as shown in FIG. The roller 111 [1-ra 20 is pressed against the outer peripheral surface of the roller 13 by the ribs 82 and held in the state 7j. In this state, at the time of recording, the thermal ink sheet I△ supplied from the holder 7 via the idle rollers 10, 11, and 12 is applied to the resist 1 []-
After the recording paper B fed from the rollers 16 and 17 is stacked and transfer recording is performed on the recording paper B, the thermal ink sheet is cured on the outer peripheral surface of the platen roller 13 and separation roller 20 and curved into an S shape. The recording paper B is wound up on the neck 9, while the recording paper B is rolled up along the outer circumferential surface of the platen row 513.
JJI exit 1” - LA 18.19 through 1
C1 is sent to Heley 6.

こうして、記録後の感熱インクシートへをS状に湾曲し
つつ巻取るとともに、記録紙BをC状に湾曲しつつ鎖出
することにより、感熱インクシー1−Δと記録紙Bをプ
ラテンロー)13ど分1)Illu−ラ20 U) J
JI出側ぐ強制的にかつスl’−−ズに剥Hさせること
ができる。
In this way, by winding up the thermal ink sheet after recording while curving it in an S-shape, and pulling out the recording paper B while curving it in a C-shape, the thermal ink sheet 1-Δ and the recording paper B are moved to the platen row 13. Minute 1) Illu-La 20 U) J
It is possible to forcibly and slowly peel off the JI exit side.

なお、第10図の状態から上フレーム1aを聞くときは
、当初、分離【コー′)20がプラテンll −ラ13
の上部に圧接されているが、両11−ラ1;3゜20が
それぞればね77.82により!ンいに対向゛りる方向
に(、J勢されでいるので、上フレーム1aの開動に伴
って両1」−ラ13,20がイれ−Cれのばね77.8
2に抗しく11いに後退しながら、シララーンローラ1
3が分1o−シ20を乗越えて」/jに開離される(第
11図参照)。、した、第11図の状態から上フレーム
1aを閉じると、プラテン11−ラ13が分離ローラ2
0に当つノJ後、両]1−ラ13.20がそれぞれのぼ
t177.82に抗してhいに後退しながら、プラテン
[1−シ13が分離1コーラ20を乗越えて前記サーマ
ルヘッド8に圧接されるととしに、分離ローラ20がプ
ラテンローラ13の外周面所定位置に圧接されIC状1
ε1ぐ保1)される。このように、プラテンローラ13
と分離ロー920をそれぞればね77.82により後退
可能にイ1勢しで支持しT J3 <ことにJ、す、上
フレーム1aの開閉を支障なく行うことが(・きる。
Note that when listening to the upper frame 1a from the state shown in FIG.
Both 11-ra 1; 3° 20 are pressed against the upper part of the spring 77.82, respectively! Since the springs 77.8 and 13 are biased in the direction opposite to each other, both the springs 13 and 20 are released as the upper frame 1a opens.
While retreating 11 times against 2, move the silar run roller 1.
3 overcomes minute 1o-shi 20 and is opened to ``/j'' (see FIG. 11). When the upper frame 1a is closed from the state shown in FIG.
0, the platen [1-shi 13 overcomes the separation 1 cola 20 and the thermal When the head 8 is pressed against the head 8, the separation roller 20 is pressed against a predetermined position on the outer peripheral surface of the platen roller 13, and the IC-shaped 1
ε1guho1) will be done. In this way, the platen roller 13
and separation row 920 are each supported by springs 77 and 82 so as to be retractable, allowing the upper frame 1a to be opened and closed without any trouble.

この場合、図例では、上フレーム1aを聞いたとさに上
レジメ]〜〇−ラ16を下レジストローラ17からh’
i ′1Jために、プラテンローラ13を揺動アーム7
3に支持しているが、プラテン【1−ラ13おJ、び十
レジストローラ16を土フレーム1aの所定位置に支持
したしのであってム、分離ローラ20を前記の如くぽね
82にJ、すfづ勢しC1下フレーム1bに対して移動
可能にJることにより、下フレーム1aの開閉を支障な
く行うことができる。
In this case, in the illustrated example, when the upper frame 1a is heard, the upper registration roller 16 is moved from the lower registration roller 17 to h'
i '1J, move the platen roller 13 to the swing arm 7.
The platen 13 and the registration roller 16 are supported at predetermined positions on the soil frame 1a, and the separation roller 20 is supported on the bone 82 as described above. , S and C1 are movable relative to the lower frame 1b, so that the lower frame 1a can be opened and closed without any trouble.

第゛12図は、−Vフレーム1aのロック機構を示づも
のであり、図において、軸84は上フレーム1aの左右
両側板間に回動白イfに設置ノられ、該軸84の両端に
、下フレーム1bの!L石石側側板説りられた係止部8
3に対して係脱自在のフック85が固着されているどと
もに、111118/Iの一端に1ヱ動板8Gが固るさ
れ、揺動板86の土911に突設されたビン87が操作
部4A88に設りられた切欠89に係合されている。操
作部4488 Ll 、1−フレーム1a+、:段番ノ
られたブラシノ1−90に1)θ後り向に18動自在に
支持され、その上(、+;に突設した11ツク解除用釦
3が土フレーム1aの土+1tに;Ωりられlこ窓穴(
図示省略)から機外に突出され、該ブラシノ1−90と
前記揺動板8Gとの間にぽね91が設りられて、フック
85が前記係止部83に係合りる方向にイ]勢されてい
る。イして、Eフレーム1aを閉じれば、ノック85が
Fフレーム1bの係11部83に係合し、かつ、ぼね9
1によりその係合状態つまりロック状態が保1!Iされ
、前記用3を即し−(操作部4A83をスライドさUる
ことにJ、す、ビン87.1ヱ動板86、軸84を介し
てフック85 カJ! 動L、tM iia係tL t
Js 83 カらml n723れ、1−ノックが解除
されるJ、うになっている。
FIG. 12 shows the locking mechanism of the -V frame 1a. In the figure, a shaft 84 is rotatably installed between the left and right side plates of the upper frame 1a, and both ends of the shaft 84 are shown in FIG. , lower frame 1b! Locking part 8 on the L stone side side plate
A hook 85 that can be freely engaged and detached is fixed to the 3, and a moving plate 8G is fixed to one end of the 111118/I, and a bottle 87 protruding from the soil 911 of the swinging plate 86 is operated. It is engaged with a notch 89 provided in the portion 4A88. Operation part 4488 Ll, 1-frame 1a+,: Supported on the stage numbered Brassino 1-90 for 18 movements in the 1) θ backward direction, and an 11 release button protruding from above (, +; 3 is the soil of the soil frame 1a + 1t;
A bone 91 is provided between the brass tip 1-90 and the rocking plate 8G, and the hook 85 is moved in the direction in which the hook 85 engages with the locking portion 83. ] It is under pressure. When the E frame 1a is closed, the knock 85 engages with the engagement 11 portion 83 of the F frame 1b, and the bone 9
1 maintains the engaged state, that is, the locked state 1! 1, slide the operation part 4A83, and attach the hook 85 to the bin 87.1 via the moving plate 86 and the shaft 84. tL t
Js 83 from ml n723, 1-knock is canceled J, it is turned.

上記実施例では、本発明のロール紙記録機を、感熱イン
クシートAと記録紙を重ね合せてザーマルヘッド8によ
り感熱インクシートAのインクを記録紙13に転71す
る熱転写型記録機に用いた場合について説明したが、本
発明のロール紙支持装置は、感熱紙に直接熱パルスを印
加して記録する感熱記録機おJ、び通常のロール状記録
釣を用いる記録機等の各秤記録機に用いることがCさる
In the above embodiment, the roll paper recording machine of the present invention is used in a thermal transfer type recording machine in which a thermal ink sheet A and a recording paper are superimposed and the ink of the thermal ink sheet A is transferred 71 onto the recording paper 13 by a thermal head 8. As explained above, the roll paper support device of the present invention is applicable to each scale recording machine, such as a thermal recording machine that records by directly applying a heat pulse to thermal paper, and a recording machine that uses a normal roll-shaped recording device. It is useful to use C.

(発明の効果) 以上説明しIcJ、うに、本発明は、感熱インクシート
等のロール組を機外でホルダに保持させた後、1:フレ
ームを問い!、:状態で、該ロール紙をホルダを介して
フレームの開口部手前側から転がし込むだ番ノで、下フ
レームの枢軸側東部に頗る簡単にヒラ1〜でき、U−ル
紙のヒツトならびに取換えの作業性を大幅に白土Cきる
ものである。
(Effects of the Invention) As explained above, the present invention is capable of holding a roll set such as a heat-sensitive ink sheet in a holder outside the machine. , : When the roll paper is rolled through the holder from the front side of the opening of the frame, it is easy to make a flap on the east side of the pivot side of the lower frame, and the U-roll paper can be easily inserted and removed. This greatly reduces the workability of replacing white clay.

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

第1図は熱転写型記録(4の外観斜視図、第2図は熱転
写型記録機に本発明のロール超支持装置を口1いた場合
の実施例を示り′II前側面図、第3図はその上フレー
ムを聞いた状態を力、り縦Ri側面図、第4図はホルダ
の縦断面図、第5図(よホルダとガイド部材との関係を
示1斜祝図、第6図は【]−ル紙のセラ1一方向を承り
説明図、第7図は熱転ち゛型記録顆の各ローラJ3よび
巻取E、首の駆動系を示1ノ斜視図、第8図【、1各ロ
ーンを搬送経路に沿って平面的に展開した配置図、第9
図はゾ)ランに1−′/どレジストローうおよび分ll
!II[1−シの関係を承り要部の斜視図、第10図4
J(の土ル−l\を閉じたときの要部…り面図、第11
図【Jぞの土フレームを聞いたときの要部側面図、第1
2図はフレームのロックi構の側面図である。 1・・;記録機本体、1a・・・上フレーム、1 b・
・・Fフレーム、2・・・枢軸、3・・・ロック解除用
銅、4・・・操作盤、5・・・給紙力セラ1〜.6・・
・1〜レー、7・・・ホルダ、8・・・リーマルヘッド
、9・・・巻取装置、10゜11.12・・・アイドル
ローラ、13・・・ブラシノ[1−ラ、15・・・給紙
ローラ、16.17・・・レジストーローラ、18.1
9・・・紡出ローラ、20・・・分1111 +−+−
ラ、26・・・ホルダ軸、27.28・・・保護板、2
7a、28a、28b・・・ボス部、29−Ei軸、3
0・・・ばね、31・・・紙管、32・・・軸穴、33
・・・ガイド部拐、34・・・ガイド114.35・・
・ガイド部、36・・・ガ、イド壁、37・・・傾斜面
、38・・・ガイド面、39・・・軸受部。 第 I Z 図
Fig. 1 is an external perspective view of a thermal transfer type recording machine (4), Fig. 2 shows an embodiment in which the roll super support device of the present invention is installed in a thermal transfer type recording machine, and Fig. 3 is a front side view. Figure 4 is a vertical sectional view of the holder, Figure 5 is a perspective view showing the relationship between the holder and the guide member, Figure 6 is a perspective view showing the relationship between the holder and the guide member. [] - An explanatory diagram showing one direction of the roller paper cellar 1, Fig. 7 is a perspective view of each roller J3 of the heat transfer type recording disk, the winding E, and the drive system of the neck, Fig. 8 1 Layout diagram showing each loan laid out flat along the conveyance route, No. 9
The figure shows 1-'/distance strokes and minutes for the run.
! II[1-A perspective view of the main parts, Fig.
J
Figure [Side view of the main parts when listening to the J-zono soil frame, 1st
FIG. 2 is a side view of the lock i structure of the frame. 1...; Recorder body, 1a... Upper frame, 1 b.
...F frame, 2... Pivot, 3... Copper for unlocking, 4... Operation panel, 5... Paper feed force cellar 1~. 6...
・1-ray, 7... holder, 8... legal head, 9... winding device, 10° 11.12... idle roller, 13... brassino [1-ra, 15... ... Paper feed roller, 16.17 ... Registration roller, 18.1
9...Spinning roller, 20...minute 1111 +-+-
La, 26... Holder shaft, 27.28... Protective plate, 2
7a, 28a, 28b...Boss part, 29-Ei axis, 3
0...Spring, 31...Paper tube, 32...Shaft hole, 33
...Guide part kidnapping, 34...Guide 114.35...
- Guide portion, 36... guide wall, 37... inclined surface, 38... guide surface, 39... bearing portion. Figure IZ

Claims (1)

【特許請求の範囲】 1、記録機本体を上フレームと下フレームに分割し、下
フレームの一側部に枢軸を介し又上フレームの一側部を
枢支して開閉自在に構成してなるクラムシェル型の記録
機において、ロール紙の軸穴に挿通される軸と、該軸の
両端に設【プられてU−ル紙の両側を挟持する一対の保
護板からなるホルダを具備し、下フレームの@記枢軸と
記録部どの間に、前記ホルダを転勤自在に案内するガイ
ド部を設け、このガイド部の前記枢軸側の端部に前記ホ
ルダの軸の両端を係脱自在に係合してホルダを回動自在
に支持づる支持部を設けてなることを特徴どづる記録機
のロール紙支持装置。
[Scope of Claims] 1. The main body of the recorder is divided into an upper frame and a lower frame, and one side of the lower frame is supported via a pivot and the other side of the upper frame is pivoted so that it can be opened and closed. A clamshell type recording machine, comprising a shaft inserted into a shaft hole of roll paper, and a holder consisting of a pair of protection plates installed at both ends of the shaft to sandwich both sides of the roll paper, A guide section for removably guiding the holder is provided between the pivot shaft of the lower frame and the recording section, and both ends of the shaft of the holder are removably engaged with an end of the guide section on the pivot side. 1. A roll paper support device for a recording machine, comprising a support portion for rotatably supporting a holder.
JP6612784A 1984-04-03 1984-04-03 Roll paper supporting apparatus of recorder Granted JPS60208269A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP6612784A JPS60208269A (en) 1984-04-03 1984-04-03 Roll paper supporting apparatus of recorder

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP6612784A JPS60208269A (en) 1984-04-03 1984-04-03 Roll paper supporting apparatus of recorder

Publications (2)

Publication Number Publication Date
JPS60208269A true JPS60208269A (en) 1985-10-19
JPH0514623B2 JPH0514623B2 (en) 1993-02-25

Family

ID=13306893

Family Applications (1)

Application Number Title Priority Date Filing Date
JP6612784A Granted JPS60208269A (en) 1984-04-03 1984-04-03 Roll paper supporting apparatus of recorder

Country Status (1)

Country Link
JP (1) JPS60208269A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014124936A (en) * 2012-12-27 2014-07-07 Seiko Instruments Inc Printer

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014124936A (en) * 2012-12-27 2014-07-07 Seiko Instruments Inc Printer

Also Published As

Publication number Publication date
JPH0514623B2 (en) 1993-02-25

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