JPS5817034A - Paper feeder - Google Patents
Paper feederInfo
- Publication number
- JPS5817034A JPS5817034A JP11477481A JP11477481A JPS5817034A JP S5817034 A JPS5817034 A JP S5817034A JP 11477481 A JP11477481 A JP 11477481A JP 11477481 A JP11477481 A JP 11477481A JP S5817034 A JPS5817034 A JP S5817034A
- Authority
- JP
- Japan
- Prior art keywords
- paper
- papers
- pickup roller
- roller
- hopper
- 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
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H3/00—Separating articles from piles
- B65H3/46—Supplementary devices or measures to assist separation or prevent double feed
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Sheets, Magazines, And Separation Thereof (AREA)
Abstract
Description
【発明の詳細な説明】
本発明F1粕紙装置klllL、、特に紙葉類を1枚ず
つ次工sK、供給する給紙装置tIcWRする。DETAILED DESCRIPTION OF THE INVENTION The F1 scrap paper machine klllL of the present invention, in particular, the paper feeder tIcWR that feeds paper sheets one by one into the next process sK.
光学式文字読取装置、*零11’lKお−ては、祇$+
1mを供給し搬送した後、ある−は搬送過程虻おいて、
Il迭鶏上Kff叶られた文字読取論量によ伽文字を読
取ったり、II写機構により複写を行ったりするために
、紙業類を自動的に供給する給紙装置が設妙られて−る
。Optical character reader, *011'lK or ᅦ$+
After supplying and conveying 1 m, a certain - is placed in the conveying process,
In order to read fairy characters using the improved character reading theory and to make copies using the II copying mechanism, a paper feeding device was designed to automatically supply paper products. Ru.
従来の給紙装置は例えば第1図に示した如く、多数の新
葉11P’を水平状態に積載するホッパ1と、該ホッパ
lに積載した紙葉11Pを取出すピックアップ・ローラ
2とを有してお少、前記ホッパl#i該ホッパ1上に積
載した紙業類Pの最上層の位蓋が常に一定とたるように
、図示してない97)機構により支承されている。これ
kより前記ピックアップ・四−ラ2は常に一定圧力を以
て紙葉1fPと接触するようになる。前記ホッパlの先
端の両隅@IICは、紙ll1lpの複数枚繰出しを防
止するための爪3が設けられて−る。ピックアップ・讐
−ツ2は図示して1に一駆動装置によ勢、矢印ム方肉に
間欠的に回転する。また、4.4’はホッパ1から取出
された紙1111Fを送出する送り田−ラ対である。A conventional paper feeding device, as shown in FIG. 1, for example, has a hopper 1 that horizontally stacks a large number of new leaves 11P', and a pickup roller 2 that takes out the paper leaves 11P loaded in the hopper 1. More specifically, the hopper l#i is supported by a mechanism 97) (not shown) so that the uppermost layer of papers P loaded on the hopper 1 always hangs constant. As a result of this, the pickup/fourer 2 always comes into contact with the paper sheet 1fP with a constant pressure. At both corners @IIC of the tip of the hopper 1, claws 3 are provided to prevent multiple sheets of paper ll1lp from being fed out. The pickup/driver 2 shown in the figure is driven by a drive device 1 and is intermittently rotated in the direction of the arrow. Further, 4.4' is a feed field-ra pair that sends out the paper 1111F taken out from the hopper 1.
こ0.@置にお−では、前記ピックアップ豐田−テ2が
矢印ム方向に回転することにょシ、紙**Pはその先端
縁両隅を係止する前記爪3によ多「たわみ> 、1を生
じつつ、矢印1方向El!15される亀ので、前記「え
わみJPKよシ**歇II邑しt−防止するようkして
いるものである・しかし亀がも、上述(1如き給紙装f
は、蓼歇歇繰出し防止用の爪30位電調mが断倒亀上に
、曽記爪8が正゛シ(位置調整されて−る場合でも、紙
lI顕rが左右の爪3′から開時に1説し得な−と紙’
IIIFが傾斜状rとなって送出されると−う同層かあ
)、更に1紙葉順PO前記「*わみ」は紙冒11PC1
m111 (IFさ、腰の妙さ等)kより興なるため、
回−〇装置で14なる1*ll0Ifc葉顯ア管取評う
ことがで1にな≠という問題もあっ倉拳また、近年多用
されて−る多パーツ用紙(II歇枚0IIi票がそのI
II管糊付けされた、−わゆる「組較票」等を言う、)
の給紙を行おうとすると、この装置は前tの如く紙11
1@K rたわみ」を#、じさせるため、前記多パーツ
用紙の最上位0w1紙のみが分離・送出されるため、こ
Oような多パーツ用紙の給紙には使用することができな
いと−う問題もあう友。This 0. In the @ position, as the pickup 2 rotates in the direction of the arrow mark, the paper **P has a large deflection> 1 to the claw 3 that locks both corners of its leading edge. As the turtle moves in the direction of the arrow 15, it is trying to prevent the above-mentioned ``Ewami JPK''. Paper feed f
In this case, the power controller m at position 30, which prevents the dispensing from being fed out, is on the uppermost position, and the claw 8 is in the correct position. It is impossible to explain the theory at the beginning of the paper.
When IIIF is sent out in a slanted shape (in the same layer), the above "*Wami" in the paper sheet order PO is 11PC1.
m111 (IF, strange waist, etc.) Because it is more exciting than k,
There is also the problem that it is possible to evaluate 1 * ll 0 Ifc y y f c y y f c y y y y y y y y y y y y y y y y y y y y y y y y device.
II tube glued - so-called "comparison sheet" etc.)
When trying to feed paper 11, this device feeds paper 11 as in previous t.
In order to reduce the "1@Kr deflection", only the topmost 0w1 paper of the multi-part paper is separated and fed, so it cannot be used to feed such multi-part paper. Friends who have problems.
本発明は上記事情に鑑みてなされたもので、そO目的と
するとζろ社、従来の給紙装置の上述の如會冑f11管
解消し、機構が簡単で紙葉類が送出時に傾斜状lIを呈
することすく、シか亀薄手から厚手型でt)@にの紙8
@を1枚ずつ確実に送出するとともに1多パ一ツ用紙の
給紙をも可能よした給紙装置t−提供する仁とにある。The present invention has been made in view of the above circumstances, and its purpose is to eliminate the above-mentioned problem of the conventional paper feeding device, to have a simple mechanism, and to provide paper sheets with an inclined shape when fed. It is easy to exhibit lI, and it is thin to thick type.
To provide a paper feeder that reliably feeds @ sheets one by one and also makes it possible to feed multiple sheets of paper one by one.
本発明の上記II釣韓、紙**を積載すゐホッパと該ホ
ッパ内K”1lll!された紙*a管取出す手段と該取
出し手段によって取出された紙S*を次工程に送出する
手段とを有する給紙装置Fにおいて、前記歳出し手Rk
略一定圧力で当−すゐ被数枚繰出し防止部材を設けて、
蒙Il数枚繰出し防止部材をそO摩擦係数が前記紙11
1it:s摩擦係数よシは大きく、かワ、前記1に出し
手fejl擦係数よりは小さい材料で構成するとと%に
、前記送出手pt−前記複数枚繰出し防止部材rimさ
せることによって達成される。In the above-mentioned Diahan of the present invention, there is a hopper for loading paper**, a means for taking out the paper *a tube that has been packed into the hopper, and a means for sending the paper S* taken out by the taking-out means to the next process. In the paper feeding device F having the above-mentioned expenditure hand Rk
A member is provided to prevent the number of sheets from being fed out by applying approximately constant pressure.
The friction coefficient of the paper 11 is as follows:
1it:s has a large friction coefficient, which is achieved by making the delivery hand pt - the plurality of sheet feed-out prevention member rim by %, when the delivery hand is made of a material with a smaller friction coefficient than the delivery hand fejl.
以下、零発[611m1例1図面に基づいて詳細に説明
する。Hereinafter, a detailed explanation will be given based on one example of the zero-fire [611m1] drawing.
第2Mは本発明の一実施例を示す給紙装置6斜視図、第
3図はその断面図である0図にお−で、IIfi紙ma
y會lI戟するためのホッパであ染、その後端部左右r
tけられたビン6を中心として回動可−な状芦で図示し
てな%/hナイドプレートに支承されている。前記ホッ
パlに積載した紙1111@1の送出方向には、紙II
類アの先端部表面に接触して験紙葉IIPを送出するた
めのピックアップ・豐−ラ2が配設されて−る。該ピッ
クアップ・冒−テ2けその表面が、紙業類アの摩擦係数
に比べて充分大きい摩擦係数全盲する材料で構成されて
お)、その両端は図示してな−サイドプレー)KIN転
可能鬼吠態で支承され、かつ、その一端は駆動装置6と
連結されている。2M is a perspective view of a paper feeder 6 showing one embodiment of the present invention, and FIG. 3 is a cross-sectional view thereof.
Dyeing with a hopper for shaking, rear end left and right r
It is supported by a side plate (not shown) which is rotatable about the bent bottle 6. In the sending direction of the paper 1111@1 loaded in the hopper L, the paper II
A pick-up roller 2 is provided for sending out the test paper leaf IIP by contacting the surface of the tip of the test paper IIP. The surface of the pickup is made of a material that has a friction coefficient that is sufficiently large compared to that of the paper industry (a), and both ends (not shown) are capable of KIN rotation. It is supported in an inverted position, and one end thereof is connected to the drive device 6.
また、紙’amアの先端部と前記ピックアップ・リーラ
2との接触部直前には、紙業類の複数′&繰出し防止部
材7が設砂られている。譲複数教繰出し防止部材7けそ
の表面が、紙葉IIPの摩擦係数擦係数よりは一7JS
さい摩擦係数を有する材料で構成されてお9、その両端
全図示してないサイドプレー)に同定され念下側用紙ガ
イド8に取付けられたスプリング部材9a(、!:り、
回動不可能な状態で支持されており、常に一定の圧力で
前記ピックアップ・ローラ2に!I接して−る。Further, a plurality of paper sand and unwinding prevention members 7 are provided immediately before the contact portion between the tip of the paper and the pickup reeler 2. The friction coefficient of the paper sheet IIP is 7JS.
A spring member 9a (,!:ri,
It is supported in a non-rotatable state and is always applied to the pickup roller 2 with constant pressure! I'm in contact with you.
IJNC,前記ピックアップ・璽−ラ2と前記複数枚繰
出し防止部材7と1#I接部に近接して、該当接部に極
力近接させるために1前記複歌枚締出し防止部輪τの彩
状に舎わせ灸凹部含有する送りローラ12が配設されて
いる。I11!りローラ12はスプリング13によ)、
常に略一定王力で前記ピックアップ・ローラ2に当接す
る如く支承されている。IJNC, the color of the ring τ of the multiple sheet locking out prevention part 1 is set close to the contact part of the pickup/sealer 2 and the multiple sheet feeding prevention member 7 and 1#I in order to bring it as close to the corresponding contact part as possible. A feed roller 12 having a moxibustion concave portion arranged in a shape is disposed. I11! roller 12 is driven by spring 13),
It is supported so as to always come into contact with the pickup roller 2 with a substantially constant force.
1k、ホッパ1先端下sKはホッパ1上に積載された紙
業類rの量に応じてホッパ1管上方に付勢し、紙葉@P
の先ms’を前記ピックアップ、―−ツ2に常に略一定
圧力で接触させるためのスプリング1(l配I2されて
いる。下側ガイド6の上方には、両端!図示してないサ
イドプレートに固上述の如く構成された本実施例装置の
動作にういて以下説明する。1k, the lower tip of the hopper 1 sK urges the hopper 1 tube upward according to the amount of paper products r loaded on the hopper 1, and the paper sheet @P
A spring 1 (I2) is provided to keep the tip ms' in contact with the pick-up and the tip 2 with a substantially constant pressure.Above the lower guide 6, both ends! The operation of the apparatus of this embodiment constructed as described above will be explained below.
ホッパl上に給p←すべき紙葉類Pを積載する場合Il
cけ、ホッパ1の先端下部をスプリンダ10に抗して下
方に押下げてピックアップ・田−ラ2とのIwIkwI
I腔を生ぜしめ、こO状態で紙葉類デ管積tする。#1
m″Pの積載後はホッパ1の押下は會解除スれば、ピッ
クアップ・田−ラ2と11戟紙薗IIPの5!−鯉最十
部との間に所定の圧力が得られ為ようにfkす、給を準
備が完了する。When loading paper sheets P to be fed onto hopper L, Il
Then, push down the lower end of the hopper 1 against the splinter 10 to connect it with the pickup/treader 2.
The I cavity is created, and paper sheets are deposited in this O state. #1
After loading m''P, if the press of hopper 1 is released, the predetermined pressure will be obtained between the pick-up/taker 2 and the 5! When the time comes, preparations for the payment will be completed.
紙′lI額rの送出時にけ、送出信号によシ駆動論量6
が作動し、ピックアップ令−−ラ2が矢印ム方mace
転し、その摩擦力釦よ)lI載紙業fpの酸上層のもの
が矢印B方向に送出され、前記複数枚繰出し防止部材7
に達する・各部の摩擦係数O開側が
Pl>μ8〉P。When sending out the amount r of paper, the sending signal drives the logic amount 6.
is activated, and the pick-up command -- La 2 is in the direction of the arrow.
When the friction force button is pressed, the acid upper layer of paper loading fp is sent out in the direction of arrow B, and the multi-sheet feed-out prevention member 7
Reach ・Friction coefficient of each part O Open side is Pl>μ8>P.
但り、pz 曾ビッタアップーp−ラ2と紙j!@!
との摩擦係数
声、!1!謬枚l1irBシ防止部材フと駈11鎮νと
0all擦@歇
P、8紙m*ア同志のWl擦係数
−Ikゐ条件をW倉す如く欽定されて−るOで、前記I
I声畜れ灸最上廖の鉦業類Pは他の紙葉類アから分謬・
迭ffi″fEれるヒと1m’&シ、複数枚が繰出され
ることFlな−、′&を、前記多パーツ用紙をピックア
ップした場合に%、該ビッタアップが多パーツyIIi
駈O先g11部蒼傍(す亀わち、糊付けされている部分
O蒼傍)kおいて行われるので、最上層の用紙vtaw
e廖WIkおける用紙のずれ等が発生する仁と驚く、1
ユエツ)の用紙が送出される。この送出は、ホッパ11
に最下位の紙葉類71枚のみに’&つでも一様に行われ
る。However, pz so bitter up p-ra 2 and paper j! @!
Friction coefficient voice, with! 1! The above I
The press industry type P of the I-Sound Killer Moxibustion Moshan Liao was separated from other paper sheets A.
If you pick up the multi-part paper, the bit-up will be multi-part yIIi.
Since the process is carried out at the 11th part of the g11 part (sukawachi, the part where the glue is applied), the top layer of paper vtaw
I am surprised that paper misalignment occurs in the e-reader, 1
(Yuetsu) paper is sent out. This delivery is carried out by the hopper 11
This is done uniformly only on the lowest 71 sheets.
送出される紙葉@Pが前記複数枚繰出し防止部材フtv
iiするとそのl1llK前記送りp−ラ12によシフ
ランプされ送出されるので、その彼も安定した給紙が行
われる。−dまた、前記ピックアップ・璽−ラ2にはワ
ンウェイ嗜クラッチが内装されているため、ピックアッ
プされた紙m1lPの先端部が前記送り四−ラ12v:
it過LI!示してない次位0**璽−ラIj1に達し
灸時点で、紙葉類rが検知手1IIICよ〉検知″Ii
れて厘−論量6會停止させた場合でも、以後鯰前記マし
中エイ・タラッチの作用によ〉、前記ビッタアップ宴り
た紙葉類アの送出に鯰(*命II@するので)!−がな
く、骸1葉類xollk出が終了すれげ悸止す為ため夢
絞の紙葉鎮IIが連続してI!出畜れるとと亀な−ので
、安定し*横筒で紙5w1y管l敬(ある−鯰1エエツ
シ)ず′)l!出すゐことがで會ゐ。The paper sheet @P to be sent out is caused by the plural sheet feeding prevention member tv.
Then, the paper is shifted by the feed p-ra 12 and sent out, so that the paper is also stably fed. -d Also, since a one-way clutch is built into the pickup/sealer 2, the leading end of the picked up paper m11P is attached to the feeder 12v:
It's too LI! At the time of moxibustion when the next level 0** which is not shown reaches Ij1, the paper sheet r is detected by the detection hand 1IIIC>Detection''Ii
Even if it is stopped for 6 days, from now on, due to the action of the machining ray taracchi, the delivery of the bit-up paper sheets a will be delayed. )! There is no -, and the appearance of the Mukuro monophylloid xollk has just finished, so Yume Shibori's Kamibashi II continues to I! It's a turtle when it comes out, so it's stable * Paper 5w1y tube l Kei (a catfish 1 eetsushi)zu')l with a horizontal tube! It's a good meeting to go out.
上記実施aXシーて韓、紙葉−11I声し手tとしてピ
ックアップ・璽−92をJII■倉が、これは無端ベル
)等他o111!乎ν!M%Pても良いことは言うまで
も驚−・
t★、傘ツバ1鯰上記゛実箇例にポした細愈揺動タイプ
の%00譚か、前記従**wo説明にポした摺動タイブ
の40としてもよく、その傾斜賓も水平管食めてEvb
@ll″ell訳することがで1石。The above implementation aX Sea, Han, paper leaf-11I voice hand t pick up Seal-92 JII■ warehouse, this is endless bell) etc. and others o111!乎ν! It goes without saying that M%P is good, but I'm surprised. It can be used as a dynamic type 40, and the inclined guest can also eat a horizontal pipe and Evb.
Translating @ll''ell is one stone.
亀シ、上記実部@装置に勅−て韓、紙′JI類のピック
アップ位置を紙’s*の先l1m1からlQw程度とす
ることがW能でS*、ヒれ吐従来のrたわみコ會応用す
る装置の場合にグツとされた約30−と−う健と比較し
て著しく短かく、とのため、薄手の駈**で亀!!屈等
の発生がなく鬼る。Kameshi ordered the above-mentioned real part@device to set the pick-up position of the paper'JI type from about 11m1 to 1Qw ahead of the paper's* with W function, S*, and conventional r deflection of the fin discharge. It is significantly shorter than the approximately 30-long length that is required for equipment used in competitions, and because of this, it is a thin cane**. ! There is no occurrence of bending etc.
以上述べた如く、零発明によれ杜1紙葉@t−1曹する
ホッパと蒙ホッパ内KM載された駈Wi類を攻出す手駿
と骸取l5Lf−W!によって取出された紙葉−を次工
@に送出すゐ手段と含有する給紙羨置にお−て、前11
!*田り手段に略一定圧力で1接するIl酸t*出し防
止部材を設けて、該複数枚繰出し防止部材管そ・摩擦係
数が前記紙葉類の摩擦係数よ〉大自<、sつ、前記取出
し手段の摩擦係数よ〉は小さい材料で構哄するとともに
、前配送山手SF管前記寮微11に繰出し防止部材に近
接さ艙たので、機構が簡単で、紙m*が送出時にll1
s状態になるとと竜<、シかも薄手から厚手まで6鳳々
Q紙II@を1枚ずつ確実に送出することがで龜ると同
時に、多パーツ用紙を11ユニツトずつ送出することが
可能な、低価格で高信頼度の給紙装置管実現できると−
う優れた実用上の効果を奏すゐものである。As stated above, according to Zero Invention, the hopper that makes Mori 1 paper leaf @ t-1 and Teshun and Makutori 15 Lf-W who attack the KM-loaded KM in the Mon hopper! 11 in the means for sending the paper sheets taken out by
! *An Il acid t* release prevention member is provided in contact with the paper sheet at a substantially constant pressure, and the friction coefficient of the plural sheet feed prevention member tube is the same as the friction coefficient of the paper sheet. The ejecting means is made of a material with a small coefficient of friction, and the mechanism is simple because it is close to the feed-out prevention member in the pre-delivery Yamate SF tube 11, and the paper m
When in the s state, it becomes possible to reliably send out 6-piece paper II from thin to thick sheets one by one, and at the same time, it is possible to send out multi-part paper in 11 units at a time. , it is possible to realize a low-cost and highly reliable paper feeder tube.
It has excellent practical effects.
111図は従来の給紙装f管示す側面図、第2図は本発
明の一実施例を示す斜視図、第3図はその断面図である
。
l:ホッパ、2;ピックアップ・ローラ、3!複数枚繰
出し防止爪、4.4=送りローラ、7:複般枚繰出し防
止部材、8z下下用用ガイド、9:スプツング部材、l
Oニスプリング、11:上側用紙ガイド、12 t 1
& lpローラ、13ニスプリング、P:紙業類。
第1図
第3図FIG. 111 is a side view showing a conventional paper feeding tube, FIG. 2 is a perspective view showing an embodiment of the present invention, and FIG. 3 is a sectional view thereof. l: Hopper, 2; Pickup roller, 3! Multiple sheet feeding prevention claw, 4.4=feed roller, 7: Multiple sheet feeding prevention member, 8z lower and lower guide, 9: Sputung member, l
O spring, 11: Upper paper guide, 12 t 1
& lp Laura, 13 Nispring, P: Paper industry. Figure 1 Figure 3
Claims (1)
富れた紙Im!@奢取出す手段と該取出し手RKよって
取出された紙業類を次工程に送出する手段とt盲する給
紙装置において、前記取出し!f−RE略一定圧カ一定
圧力る複数枚繰出し防止部材を設けて、該複数枚繰出し
防止部材をその摩擦係数が前記紙葉類の窄擦係数よ!1
社大きく、奉つ前記取出し手段の摩擦!S数よりは小さ
一材料によ艶構成すS&ともと、前記送出手段を前記−
数枚m出し防止部材に近I!さ豐たヒとを特徴とする給
紙装置。Paper 111 [1- Hopper to load and K11l in the hopper!
Im a rich paper! In the paper feeding device which includes a means for taking out paper products and a means for sending the paper products taken out by the take-out hand RK to the next process, the above-mentioned taking out! f-REA substantially constant pressure is provided to prevent multiple sheets from being fed out, and the friction coefficient of the multiple sheet feeding prevention member is equal to the narrowing friction coefficient of the paper sheet. 1
The friction of the extraction means is greatly appreciated! The number S is smaller than the number S, and the sending means is made of a single material.
I'm close to a member that prevents several sheets from coming out! A paper feeding device featuring a swivel.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP11477481A JPS5817034A (en) | 1981-07-22 | 1981-07-22 | Paper feeder |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP11477481A JPS5817034A (en) | 1981-07-22 | 1981-07-22 | Paper feeder |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS5817034A true JPS5817034A (en) | 1983-02-01 |
Family
ID=14646348
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP11477481A Pending JPS5817034A (en) | 1981-07-22 | 1981-07-22 | Paper feeder |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5817034A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS6140140A (en) * | 1984-05-15 | 1986-02-26 | ハンタ−・ダグラス・インタ−ナシヨナル・エヌ・ブイ | Manufacture of strip piece with relief finishing |
EP0754637A3 (en) * | 1995-07-18 | 1998-04-01 | Mitsubishi Denki Kabushiki Kaisha | Automatic paper feeder |
-
1981
- 1981-07-22 JP JP11477481A patent/JPS5817034A/en active Pending
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS6140140A (en) * | 1984-05-15 | 1986-02-26 | ハンタ−・ダグラス・インタ−ナシヨナル・エヌ・ブイ | Manufacture of strip piece with relief finishing |
EP0754637A3 (en) * | 1995-07-18 | 1998-04-01 | Mitsubishi Denki Kabushiki Kaisha | Automatic paper feeder |
US6000689A (en) * | 1995-07-18 | 1999-12-14 | Mitsubishi Denki Kabushiki Kaisha | Automatic paper feeder |
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