JPS58114272A - Envelope keeping machine - Google Patents

Abstract

PURPOSE:To smoothly send out envelopes one by one and to improve the service, by giving the same thickness over a wide part including the part which is in contact with a delivery roller and the front end part. CONSTITUTION:A hopper section 16 is composed of a keep plate 17 and a spring 18 which pushes up the plate 17 from the lower part, and envelopes are piled up one by one on the plate 17 and pressed against the plate 17 by a delivery roller 15. A separating section 14 is composed of a stopper 14b equipped with a knife edge and a guide plate 14a which is installed above the stopper 14b with a clearance which constitutes an ejecting port 9 and is adjusted so as to pass only one envelope 10 at one time. When such constitution is used, only one envelope 10 is sent out at one time through the clearance above the stopper 14b of the separating section 14 by the rotation of the delivery roller in the direction expressed by arrow, and a depositor takes out the envelope, puts money into the envelope, and then, deposit the money after sealing the envelope.

Description

【発明の詳細な説明】 偵）　発明の技術分野 零発ｔｓハ封筒預金機（Ｈａｖ＠ｌ　ｏ’ｆ’Ｄｅｐｏ
ｓ　１　ｔ　Ｕｎ　ｉ　ｔ：　ＩＤＵ　）等の封筒預か
り機に係り、特に封筒の排出が便利な封筒預か動機の改
良に関す。[Detailed description of the invention] Technical field of the inventionHav@l o'f'Depo
The present invention relates to an envelope depositing machine such as a s1t unit (IDU), and particularly relates to an improvement in an envelope depositing mechanism that facilitates the ejection of envelopes.

−）　技術の背景 近来、金融機関等において封１１１に紙幣を封入して、
装置に投入す封筒預か動機が広く利讐されている。この
預金時に使用される封筒は装置内に連続封筒が冒−ルＩ
Ｋ収容されてお勤、預金者の要求によって１枚分だけ繰
出され、預金者はミシン目で切離して使用する。また封
筒に有価証券等を封入して自動預かりを行なう方法も試
みられている０ （Ｃ）　　従来技術と問題点 以下本発明が適用される封筒預かり機を例にとりて第１
図〜第４図を参照して従来方法を説明する。第１図は本
発明が適用される封筒預かり機を例示する斜視図、＃！
２図は第１図の封筒排出機構を示す伺面図、第３図は第
２図の封筒を例示する斜視図を示す。図中、１はシャッ
タ、２は給紙部、３ｍ、３ｂは送りｐ−ラ、４ｍ、４ｂ
はペーパガイド、δはカッタ、６は糊付は部、７は封止
糊付は部、８はミシン目、９社排出口、１Ｇは封筒、１
０ｍは四−ル紙、１１はカード挿入口、１２は封筒投入
口、１３はキーボードを示す。-) Technical Background Recently, financial institutions etc. have been enclosing banknotes in envelopes 111.
The motive for depositing envelopes into the device is widely criticized. The envelopes used for this deposit are not contiguous in the device.
The coins are kept in a storage compartment, and only one coin is dispensed at the request of the depositor, who then cuts them off at the perforations and uses them. In addition, a method of automatically depositing securities by enclosing securities, etc. in envelopes has also been attempted.
The conventional method will be explained with reference to FIGS. FIG. 1 is a perspective view illustrating an envelope depositing machine to which the present invention is applied, #!
2 is a top view showing the envelope ejecting mechanism shown in FIG. 1, and FIG. 3 is a perspective view illustrating the envelope shown in FIG. 2. In the figure, 1 is the shutter, 2 is the paper feed section, 3m, 3b is the feed p-ra, 4m, 4b
is the paper guide, δ is the cutter, 6 is the part with glue, 7 is the part with sealing glue, 8 is the perforation, 9 is the outlet, 1G is the envelope, 1
0m indicates a four-page paper, 11 a card slot, 12 an envelope slot, and 13 a keyboard.

第１図に示すようＫＭ餉預か９機は預金者がクレジッシ
カードをカード挿入口１１に挿入してキーボード１３の
押釦を操作するとシャッタが開いて排出口９から連続し
た封筒１０が送り出されてくる。この封筒１０を七シン
目で切〉取りて中に預金する紙幣を入れて封止する。次
にキーボード１３で預金金額等を入力して、封筒１Ｇを
封筒投入口１２に投入する。封筒１０に口座ムが印字さ
れると共にレジ−）Ｋ口座腐、金額等が印字される。レ
シートはクレジットカードと一緒にカード挿入口１１に
出てきて預金者が受環る。預金封筒ｌＯはそのま一装置
内に収納され、預金操作は完了する。そしてレシート印
字と同じ内容が印字されたジャーナルが装置内に残るよ
うＫなりている。As shown in FIG. 1, when the depositor inserts a credit card into the card slot 11 and presses a button on the keyboard 13, the shutter opens and a series of envelopes 10 are sent out from the discharge port 9. come. This envelope 10 is cut at the seventh line, the banknotes to be deposited are placed inside, and the envelope is sealed. Next, the user inputs the deposit amount, etc. using the keyboard 13, and inserts the envelope 1G into the envelope slot 12. The account number is printed on the envelope 10, and the cashier's account number, amount, etc. are also printed. The receipt appears together with the credit card in the card insertion slot 11 and is received by the depositor. The deposit envelope IO is stored in the device as it is, and the deposit operation is completed. A journal with the same content as that printed on the receipt remains in the device.

このような封筒類かシ機の封筒排出機構を詳しく説明す
ると、第２図において右方に給紙部２が配置されておシ
、連続した封筒１Ｇがロール紙１０ｍとして巻かれて貯
えられている。第３図に示すよう＃ｃｃＩ−ル紙１０ａ
は、すでＫｓ８付けして袋になりている封筒１０が連続
した状態になりており、図中ハツチング部分は糊付は部
６で、連続部には点線で示すようＫｆシン目８が入って
いる。To explain in detail the envelope discharging mechanism of such an envelope paper machine, the paper feed section 2 is arranged on the right side in Fig. 2, and continuous envelopes 1G are wound and stored as a roll paper of 10 m. There is. #ccI-le paper 10a as shown in FIG.
In the figure, the envelopes 10 that have already been attached with Ks8 and made into bags are in a continuous state, and the hatched part in the figure is glued in part 6, and the continuous part has Kf shin 8 as shown by the dotted line. ing.

そして長手方向の片側には封止糊付は部７が形成されて
いる。また、第２図の給紙部２の前方図において左方に
送〉ｐ−ツ８ｍ、３ｋが封筒１０のロール紙１０鳳を挾
持している。その前方にペーパガイド４暑、４ｂがあっ
て、排出ロ９迄ロール紙１０ｍをガイドしている。排出
口９の下側はナイフェツジを有するカッタ５を形成して
いて、排出されて！九四−ル紙１０ａｔ（シン目８０部
分から切取れるようになっている。カッタ５の前方に近
接して図に２点鎖線で示すようにシャッタ１が配置され
ている。シャッタ１は排出口９の前面を前述のように上
下に移動して開閉するようになっている。A sealing adhesive portion 7 is formed on one side in the longitudinal direction. In addition, in the front view of the paper feed section 2 in FIG. 2, the feeding parts 8m and 3k sandwich the roll paper 10 of the envelope 10 to the left. In front of it are paper guides 4 and 4b, which guide 10 m of roll paper to a discharge slot 9. The lower side of the outlet 9 forms a cutter 5 with a knife, and the outlet is discharged! 94-leaf paper 10at (can be cut from the 80th line). A shutter 1 is arranged close to the front of the cutter 5 as shown by the two-dot chain line in the figure. The shutter 1 As mentioned above, the front side of 9 can be moved up and down to open and close.

このような構成を有するので、クレジットカードの挿入
と押釦操作でシャッタ１が下りて排出口９が開放される
と、送り四−ラｓａ、ａｂが送り方向に回転し、ロール
紙１０１が図中矢印方向に送抄出されてペーパガイド４
轟、４ｂＫガイドされ、カッタ５との間隙を通って排出
口９に送り出される。ロール紙１０ｍが排出口９よシ封
匍ｌＯの長さだけ送シ出され、ミシン目８がカッタ５の
位置に１１九ところで送シローラ゛３ａ、ｓｂは回転を
停止する。そこで預金者はζシン［８で切取りて封筒１
０として紙幣を封入して領置することができる。　　　
　　　　　　　　　　預しかしながら、この方法による
とカッタ５のエツジ部分にロール紙１０ｍのミシン目８
が位置するように送り出しを調整することが難しく、位
置がずれた時には切取）が円滑に行なわれないばか抄で
なく、預金者に封筒１０を切取らせるという面倒なこと
をさせるのは好ましくないという欠点がある。これに対
し、装置内で切断して排出口９に送〉出す方法も考えら
れるが装置が複雑になり、且つ糊付は部６で切断するの
でカッタの寿命が短いという欠点がある・またいずれの
方法でも封筒１０Ｆｉ糊付は部６０部分だけ大きくなシ
、しかも封筒１０の構造上から紙幣等が入れにくいとい
う欠点がある。With this configuration, when the shutter 1 is lowered and the ejection port 9 is opened by inserting a credit card and pressing the button, the feeders sa and ab rotate in the feeding direction, and the roll paper 101 moves as shown in the figure. The paper is fed in the direction of the arrow and the paper guide 4
4bK is guided and sent out to the discharge port 9 through the gap with the cutter 5. 10 m of roll paper is fed out through the discharge port 9 by the length of the sealing canister 10, and when the perforation 8 reaches the position of the cutter 5 at 119, the feed rollers 3a and sb stop rotating. Therefore, the depositor cuts the envelope at ζ-thin [8]
It is possible to enclose and keep banknotes as 0.
However, according to this method, perforation 8 of 10 m of roll paper is created at the edge of cutter 5.
It is difficult to adjust the feeding so that the envelope 10 is in the correct position, and if the envelope 10 is out of position, the envelope 10 cannot be cut off smoothly.It is not desirable to have the depositor go through the trouble of cutting off the envelope 10. There is a drawback. On the other hand, it is conceivable to cut the material within the device and send it to the discharge port 9, but this method would complicate the device and have the disadvantage that the life of the cutter would be short since the gluing is done at the section 6. Even with the above method, the envelope 10Fi with glue has the disadvantage that only the section 60 is large, and furthermore, the structure of the envelope 10 makes it difficult to insert bills and the like.

Ｉ４）発明の目的 本発明の目的は上記の欠点を解決するためのもので、鉗
匍Ｏ排出が便利な封筒類か〉機を提供すみＫある。I4) Purpose of the Invention The purpose of the present invention is to solve the above-mentioned drawbacks, and to provide an envelope machine which is convenient for discharging the envelopes.

（・）　発−の構成 本発明は装置内から排出された封ｔｌＪＫ紙葉類を封入
して投入する封筒類か９機において、前記封筒を積重ね
るホッパ部と、該封筒を繰出す手段とを設けると共に、
該封筒の所定範囲の厚さを均一にするととを特徴とする
封筒類かｐ機である。かくするととによシ目的を達成す
ることができる。(・) Composition of the Output The present invention provides an envelope machine for inserting sealed paper sheets ejected from the device and inputting the envelopes, a hopper section for stacking the envelopes, and a means for feeding out the envelopes. In addition to providing
This is an envelope type machine characterized by making the thickness of the envelope uniform in a predetermined range. In this way, you can achieve your goal.

げ）発明の実施例 以下本発明の一実施例を第４図〜第６図（畠）及び（ｂ
）を参照して説明する。第４図は本発明による実施例を
示す側面図、第５図体）は第４図の封筒を示す平面図、
第５図（ｂ）は第５図（１）の展開図、第６図（龜）は
従来の封筒を示す平面図、第６図（ｂ）は第６図体）の
展開図である。図中、１４はセパレート部、１４ｍはガ
イド板、１４ｂはスジツバ、１４Ｃは調整ネジ、１５は
繰出しローラ、１６はホッパ部、１７は押え板、１８は
スプリング、１９．２１は表部、１９鳳、１９ｂ、２１
烏、２１ｂは糊代、１９ｃ、２１ｃは封止糊付部、２０
は裏部、■は３枚重ね部分、ｌは２枚重ね部分を示す。g) Embodiment of the invention An embodiment of the invention is shown in Figs. 4 to 6 (Hatake) and (b).
). Fig. 4 is a side view showing an embodiment of the present invention, Fig. 5 is a plan view showing the envelope of Fig. 4,
FIG. 5(b) is a developed view of FIG. 5(1), FIG. 6(head) is a plan view showing a conventional envelope, and FIG. 6(b) is a developed view of the sixth figure (body). In the figure, 14 is a separate part, 14m is a guide plate, 14b is a striped collar, 14C is an adjustment screw, 15 is a feeding roller, 16 is a hopper part, 17 is a holding plate, 18 is a spring, 19.21 is a front part, and 19 , 19b, 21
Crow, 21b is glue allowance, 19c, 21c are sealing glue parts, 20
indicates the back side, ■ indicates the 3-layered portion, and l indicates the 2-layered portion.

また第１図〜第３図と同一個所は同符号で示してｉる。Also, the same parts as in FIGS. 1 to 3 are indicated by the same reference numerals.

第４図において、ホッパ部１６は押え板１７とこれを下
方より付勢しているスプリング１８よシ成り、押え板１
７の上に封１ｉ１１１０が積重ねられて繰出しｐ−ラ１
！ｉＫ押しつけられている。積重ねられ九對簡１Ｇの前
方図において左方に接してセパレート部１４が位置して
おり、セパレート部１４はナイフェツジをもりたストッ
パ１４ｂと、ストッパ２ｂの上方に封＄１１０が通過す
る間隙をおいて対向しているガイド板ｔｅａとからなシ
、排出口９を構成している。そしてこの間隙が封筒１０
ＩＩ枚通し、２枚以上は通さない−ように調節する調節
ネジ１４０がストッパ１４ｂの下方に設けられている・
さらにガ４ド板１４１とストッパ１４ｂの前方に近接し
て図に２点鎖線で示すようにシャＶり１が配置されてい
る。In FIG. 4, the hopper section 16 consists of a presser plate 17 and a spring 18 that urges the presser plate from below.
Seal 1i1110 is stacked on top of 7 and fed out p-ra 1
! iK is being forced on me. In the front view of the stacked nine strips 1G, a separate part 14 is located adjacent to the left side, and the separate part 14 has a stopper 14b with a knife and a gap above the stopper 2b for the seal 110 to pass through. Together with the opposing guide plate tea, a discharge port 9 is formed. And this gap is envelope 10
An adjustment screw 140 is provided below the stopper 14b to adjust the setting so that two sheets pass through and no more than two sheets pass through.
Furthermore, a shutter 1 is arranged close to the front of the guard plate 141 and the stopper 14b, as shown by the two-dot chain line in the figure.

また封筒１０は第Ｓ図（１）及び（ｂｌ　Ｋ示すようＫ
。In addition, the envelope 10 is shown in Figures S (1) and (bl K).
.

少なくとも図中２点鎖線で示した繰出し四−ラＩｓの接
触位置及び繰出し中の接触部分を含む広い範８に均一な
厚さが得られるように広い面積を有する糊代１１ｍ、１
９ｂが表部１９の両端部、図において左右に設けられて
いる。従りて第５図（ｂ）の点線部分でまず表部１９の
糊代１９ｍ、１９ｂｔＦｒシ、その外面に糊をつけて裏
部２０を折りて貼付ければ第５図（Ｍ）の封筒１０とな
るｂこの封筒１０では表部１９と糊代１９ｍ、１９ｂ及
び裏部２０の重なシ、即ち３枚重ね部Ｉが広い範囲に亘
って得られている＠ このような構成を有するので、繰出しμｍう１１ｓの図
中矢印方向への回転駆動によりて、封筒１０が繰出され
てガイド板１４ａ＋にガイドされて進み、セパレート部
１４のストッパ１４ｂとの間隙を通うて排出口９に送シ
出される。封筒１０が排出口９よ抄引抜ける程度の長さ
迄送り出されたところで繰出し田−２１５は回転を停止
する。そこで、預金者は封筒１０を手で引抜き、紙幣を
封入して預金することができる・ こ〜において、第５図（ａ）の封筒１０を使用する理由
を説明する。第６図（１）及び（ｂ）は従来の封筒１０
を示している。第６図伽）Ｋ示すように封筒１０は表部
２１及び裏部２０から成り、表部２１め短辺図において
左右の辺に糊代２１ｍ、２１ｂ、長辺の一方図において
上方の辺に封止糊付は部２１’Ｃを有している。従って
、図中点線部分を、まず表部２１の糊代２１ｍ、２１ｂ
を折り、その外面Ｋｓｔつけ、次いで裏部２０を折りて
貼付ければ第６図（ｍｌ　Ｋ示す封筒１０ができる。し
かしながら、この封筒１０では表部２１と裏部２０が重
なった２枚重ね部分■は広い面積であシ、表部２１、裏
部！！Ｏ及び糊代２１ｍ、２１ｂが重なった３枚重ね部
分Ｉは両端部だ轄で面積が狭い。この封筒１０をホッパ
部１６に積重ねて繰出そうとすると、先端のセパレート
する部分は３枚重ね部分Ｉであり、を九図中２点鎖線で
示すように繰出しロー２１５が接触すゐ位置は２枚重ね
部分■でありて厚さが異なる。この為封筒１０の先端部
即ち３枚重ね部分ｌが次の封筒１Ｇの先端部と強く接触
するので、摩擦が多くなうてセパレートしにくくなる。Glue margin 11 m, 1 has a wide area so that a uniform thickness can be obtained in a wide range 8 including at least the contact position of the four-dish line Is shown in the figure and the contact part during feeding.
9b are provided at both ends of the front portion 19, on the left and right sides in the figure. Therefore, in the dotted line part of FIG. 5(b), first apply glue to the outer surface of the front part 19 with a glue margin of 19 m and 19 btFr, then fold and paste the back part 20 to form the envelope 10 of FIG. 5(M). In this envelope 10, the overlap of the front part 19, the glue margins 19m and 19b, and the back part 20, that is, the 3-ply part I is obtained over a wide range.@ Since it has such a configuration, By rotationally driving the feeding μm 11s in the direction of the arrow in the figure, the envelope 10 is fed out, guided by the guide plate 14a+, passed through the gap between the stopper 14b of the separate part 14, and delivered to the discharge port 9. It will be done. When the envelope 10 is fed out to a length that allows it to be pulled out of the discharge port 9, the feeding field 215 stops rotating. Therefore, the depositor can manually pull out the envelope 10, insert banknotes, and make a deposit.Here, the reason for using the envelope 10 shown in FIG. 5(a) will be explained. Figures 6 (1) and (b) show the conventional envelope 10.
It shows. As shown in FIG. The sealing adhesive has a section 21'C. Therefore, first, the dotted line portion in the figure is
By folding the outer surface Kst, and then folding and pasting the back 20, the envelope 10 shown in FIG. ■ has a large area, and the front part 21, back part!!O and the 3-ply part I where the glue allowances 21m and 21b overlap are narrow in area because they cover both ends.These envelopes 10 are stacked in the hopper part 16. When you try to feed it out, the separating part at the tip is the 3-ply overlapped part I, and the position where the feeding row 215 comes into contact is the 2-ply overlapped part I, as shown by the two-dot chain line in Figure 9, and the thickness is For this reason, the leading edge of the envelope 10, that is, the three-layered portion 1, comes into strong contact with the leading edge of the next envelope 1G, which increases friction and makes it difficult to separate the envelopes.

更に複数枚重ねるとこの厚さの差が累積される為、押え
板１１で押されて封１１１！ｉ１Ｇの先端部即ちね部分
夏と繰出しロー２１５とが接触しなかったり、又は繰出
しに十分な繰出し力が得られない。If more than one sheet is stacked, this difference in thickness will accumulate, so they will be pressed by the presser plate 11 and sealed 111! The tip of i1G, that is, the lug portion, does not come into contact with the feeding row 215, or sufficient feeding force cannot be obtained for feeding.

従って、これらの問題を解決できる第５図（１）の封筒
１０が好適である〇 上記の実施例は預金機の場合であるが、有価証券等を自
動類かシす６場合にも同様に適用できることは勿論であ
り、一般に封筒の供給装置に適用できる。Therefore, the envelope 10 shown in Fig. 5 (1) that can solve these problems is suitable. The above embodiment is for a deposit machine, but it can also be applied to a case where securities, etc. are automatically sorted. Of course, the present invention is applicable to envelope feeding devices in general.

（ｇ）　　発明の詳細 な説明したように本発明によれば、ｐ−ル紙による切取
り封筒でなく、ホッパ部に積上げた封筒を繰出す方式で
、しかも封筒の繰出し四−２が接触する部分及び先端部
を含んだ広い範囲に亘りて同一の厚さであるので、封筒
の先端部及び繰出しローラとの接触摩擦力を正常に保つ
ことができ、封筒を１枚ずつ円滑に繰出す仁とができる
ので、手で引抜くだけで封筒を取ることができ、預金者
に対するサービスの向上がはかれるという効果がある。(g) As described in detail, according to the present invention, envelopes stacked in the hopper section are fed out, rather than cut-out envelopes made of plastic paper, and the portion of the envelope that comes in contact with the feeding 4-2 is used. Since the thickness is the same over a wide area including the envelope tip and the tip, the contact friction between the envelope tip and the feeding roller can be maintained normally, and the envelopes can be smoothly fed one by one. Since the envelope can be removed by simply pulling it out by hand, this has the effect of improving services for depositors.

第１図は本発明が適用される封筒類かｐ機を例示する斜
視図、１１Ｉｉ２図は第１図の封筒排出機構を示す側面
図、第３図は第２図の封筒を例示する斜視図、第４図は
本発明による実施例を示す側面図、第５図（畠）は第４
図の封筒を示す平面図、第５図（ｂ）は第５図（１）の
展開図、第６図（１）は従来の封筒を示す平面図、第６
図（ｂ）は第６図（１）の展開図である。FIG. 1 is a perspective view illustrating an envelope or p machine to which the present invention is applied, FIG. 11Ii2 is a side view illustrating the envelope ejection mechanism of FIG. 1, and FIG. , FIG. 4 is a side view showing an embodiment of the present invention, and FIG. 5 (Hata) is a side view showing an embodiment of the present invention.
5(b) is a developed view of FIG. 5(1); FIG. 6(1) is a plan view of the conventional envelope;
FIG. 6(b) is a developed view of FIG. 6(1).

図において、１はシャッタ、２は給紙部、３ｍ。In the figure, 1 is a shutter, 2 is a paper feed section, and 3m.

３ｂは送りローラ、４Ｆｉペーパガイド、５はカッタ、
６は糊付は部、８はミシン目、９は排出口、１（ｌ封筒
、１０畠はロール紙、１４はセパレード部、１４ｍはガ
イド板、１４ｂはストッパ、１５は繰出し四−ラ、１６
はホッパ部、１７は押え板、１８社スプリング、１９．
２１は表部、１９１゜１９ｂ、２１ｍ、２１ｂｔｉ糊代
、２Ｇは裏部、■は３枚重ね部分、■は２枚重ね部分を
示す。3b is a feed roller, 4Fi paper guide, 5 is a cutter,
6 is the glue part, 8 is the perforation, 9 is the ejection port, 1 (l envelope, 10 is the roll paper, 14 is the separade part, 14m is the guide plate, 14b is the stopper, 15 is the feeding four-ra, 16
17 is the hopper part, 17 is the presser plate, 18 is the company spring, 19.
21 is the front part, 191° 19b, 21m, 21bti glue allowance, 2G is the back part, ■ is the 3-layer overlapped part, and ■ is the 2-layer overlapped part.

矛づ図 ｌ 矛４目 ／≦ μ　戸６図″′ Ｌ ヤ５図（か）conflicting diagram l 4th spear ／≦ μ　Door 6 Diagram″′ L Figure 5 (ka)

Claims (1)

【特許請求の範囲】[Claims] 装置内かも排出された封筒に紙葉類を封入して投入する
封筒預かり機において、前記封筒を積重ねるホッパ部と
、骸封筒を繰出す手段とを設けると共に、鋏封筒の所定
範囲の厚さを均一にすることを特徴とする封筒預か）機
。An envelope depositing machine that inserts and inserts paper sheets into envelopes ejected into the device, is provided with a hopper section for stacking the envelopes, a means for feeding blank envelopes, and a thickness of scissors envelopes within a predetermined range. This is an envelope depositing machine that is characterized by making the envelope uniform.