JPS5936071A - Automatic opening device for voting paper - Google Patents

Automatic opening device for voting paper

Info

Publication number
JPS5936071A
JPS5936071A JP14597782A JP14597782A JPS5936071A JP S5936071 A JPS5936071 A JP S5936071A JP 14597782 A JP14597782 A JP 14597782A JP 14597782 A JP14597782 A JP 14597782A JP S5936071 A JPS5936071 A JP S5936071A
Authority
JP
Japan
Prior art keywords
paper
voting
roller
folded
dies
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
JP14597782A
Other languages
Japanese (ja)
Inventor
Keiichi Nakamura
慶一 中村
Toshiharu Maekawa
前川 俊治
Kimihide Nakamura
中村 公英
Toyoaki Hishiyama
菱山 豊昭
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.)
NIPPON SENKIYO CENTER KK
Original Assignee
NIPPON SENKIYO CENTER KK
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 NIPPON SENKIYO CENTER KK filed Critical NIPPON SENKIYO CENTER KK
Priority to JP14597782A priority Critical patent/JPS5936071A/en
Publication of JPS5936071A publication Critical patent/JPS5936071A/en
Pending legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65HHANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H5/00Feeding articles separated from piles; Feeding articles to machines
    • B65H5/30Opening devices for folded sheets or signatures

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Time Recorders, Dirve Recorders, Access Control (AREA)

Abstract

PURPOSE:To perform easy opening of a voting paper, by a method wherein, in an automatic opening device of a voted paper folded in two, the one of dies which process the paper so as to easily release it from a folded state is pressed on the other die against the elastic force of an elastic member. CONSTITUTION:By depressing a start button by a voting observer when a voter 1 enters, a feed roller 6 delivers one sheet of voting paper P, which is guided by guide rollers 9 and 10 and passes between dies 14 and 15, and is brought into abutment on a stop plate 72 to stop on the female die 15. In which case, with an electromagnet 23 excited, the male die 14 is lowered to press the paper between the two dies. Then, the paper P is folded in two in a manner that opposite ends extend in a condition to bend slightly outwardly. Thereafter, when the electromagnet is deenergized, the male die 14 is raised by a spring 20, the forward end of the paper P is positioned between a nipping roller 26 and a discharge roller 25, the paper is fed by guide rollers 29 and 30, and the paper is counted by photoelectric elements 61 and 62 in a taking-out port to discharge it. When the paper P is placed in a voting box after filled therein, it is automatically opened, and this eliminates operations necessary to open the paper, resulting in shortening a vote-counting time.

Description

【発明の詳細な説明】[Detailed description of the invention]

本発明は、選挙の投票用紙および票決をとるときの票決
用紙を投票後に自動的に開放するための用紙の自動開放
装置に関する。 一般に、選挙の際には、投票用紙に候補者の氏名を書い
て投票箱にそれをλつ折りにして挿入するが、***時に
は作挙員がλつ折りになった投票用紙を手で開いて集計
するようにしている?このように作業員が手で***−す
るのはその数が多くなると大変な作業であり***に時間
を要するという問題があった。 このため本出願人は先に、多数の用紙を載置したホラ・
ぞ−から用紙を1枚づつぐせ付は型と型押し部材との間
に差し込んで、ここで折りたたみ線とこの線の両側に折
りたたんだ用紙が自動的に開放するくせを付け、このく
せ付けが済んだ用紙を排出するようにした装置を提供し
プζ。 しかしながら上記の装置はクランク機構、カム機構を介
して、くせ付は型と型押し部材との接離動作を行なわせ
るようにしているので、機構が複雑でコン・ぐクト化を
図れないという不利がある。 本発明は、かかる点に鑑み、2つ折りにした投票用紙あ
るいは仙の票決用紙を投票箱に挿入すると自動的に開放
して***時に作業員がそれを手でわざわざ開放する必要
がなくなり、***時間が著しく短縮はれ***作業が楽で
且つ機構自体も簡略化した用紙の自動開放装置を提供す
ることを目的とする。 以下、図面を参照して本発明の実施例について説明する
。 第1図乃至第4図において、本発明の装置Mは、両側板
1.1と、前面パネル2と、前記両側板1等を被うため
のカバー3とを有し、このカバー3の上面には開閉蓋4
を備え、この蓋4を開放して処理すべき投票用紙をホラ
・J?−5内に積層せしめる。 前記ホラ・9−5に隣接して送りローラ6が設けられ、
こイυ送りローラ6に近接して案内板7.8が取付けら
れ、案内板8は上下に分離しておゆ、両案内板8間を用
紙Pが通過する。案内板8の前方には案内ローラ9が設
けられ、この案内ローラ9に被動案内ローラlOが当接
している。そして、前記ホラ・ぞ−5,送りローラ6.
案内板7.8および案内ローラ9,10等が用紙Pを送
出するための送出装置を形成している。 案内0−ラ9.10に隣接して用紙Pが2枚以上同時に
重なって送られてきたときに、それらを自動的に排出す
るための排出板11が設けられ、この排出板11は側板
1に固着されたソレノイド12によって上方に回動され
ろようになっている。 前記排出板11に隣接して用紙Pに第7図に示すように
折やたたみ線tと、その左右に上方に折曲がって第8図
に示すように指で用紙Pを閉じても指を離すと開放する
ようなくせがつけられたくせ付は片13.13を形成す
るための一対のオス型14とメス型15を設けている。 これら型+4.+5の関係は第5図、第6図に示す如く
、メス型15の上面にはF部断面が略半円形をなす凹所
16.16を並列して形成し、これら凹所16.16間
に先端部が鋭くとがった仕切部17全形成している。ま
た、オス型I4の下部には上記凹所に倣った突部18.
18を形成している。 セして、上記メス型15は装置本体に固定され。 オス型14は装置内に架設した杆19にコイルスゲリン
グ20を介して吊りFげ支持されている。またオス型1
4の画側端からは支持板21.21ft:その下端部が
メス型15よりも下方に位置するように垂設し。 これら支持板21.21の下端部間に鉄板などからなる
磁性板22を取り設け、更にこの磁性板22の下方に電
磁石23を配設している。 而して、電磁石器に通電すると、磁性板22が電磁石路
に吸引され、これにつれて支持板21を介してオス型1
4がスプリング加に抗して降下し、メス型15に圧接す
る。これによって用紙Pに折りたたみ線tとくせ例は片
13.13が形成される。 また、上記型14.15の近傍にはくせ付けを終了した
用紙P?対外部排出するための排出装rffi 24が
設けられ、この排出装置24は排出
The present invention relates to an automatic paper opening device for automatically opening election voting papers and voting papers after voting. Generally, during elections, candidates' names are written on a ballot paper, which is then folded in half and inserted into the ballot box.However, when counting the votes, the canvassers manually open the folded ballot paper and tally it. Are you trying to do that? There is a problem in that it is a difficult task for workers to manually count the votes when the number of votes increases, and it takes time to count the votes. For this reason, the applicant first set up a paper machine with a large number of sheets on it.
Insert the sheets of paper one by one between the mold and the embossing member, and then add a fold line and a pattern on both sides of this line that will automatically release the folded paper. We provide a device that discharges finished paper. However, the above-mentioned device uses a crank mechanism and a cam mechanism to bring the mold and the embossing member into contact with and separate from each other, so it has the disadvantage that the mechanism is complicated and it is not possible to achieve compactness. There is. In view of this, the present invention automatically opens a folded voting paper or a folded voting paper when it is inserted into a voting box, eliminating the need for workers to manually open it during vote counting, and reducing the time required for counting votes. To provide an automatic sheet opening device which can significantly shorten the time required to cut sheets, facilitate sheet counting work, and have a simplified mechanism. Embodiments of the present invention will be described below with reference to the drawings. 1 to 4, the device M of the present invention has side plates 1.1, a front panel 2, and a cover 3 for covering the side plates 1, etc., and the upper surface of this cover 3. Has an opening/closing lid 4
, open this lid 4 and insert the ballot paper to be processed. -Layer within 5. A feed roller 6 is provided adjacent to the hole 9-5,
Guide plates 7, 8 are attached close to the υ feed roller 6, and the guide plates 8 are separated into upper and lower sections, and the paper P passes between both guide plates 8. A guide roller 9 is provided in front of the guide plate 8, and a driven guide roller IO is in contact with this guide roller 9. Then, the above-mentioned hora-zo-5, feed roller 6.
The guide plate 7.8, the guide rollers 9, 10, etc. form a delivery device for delivering the paper P. Adjacent to the guide 0-ra 9.10, a discharge plate 11 is provided for automatically discharging two or more sheets of paper P when they are simultaneously fed in a pile. It is configured to be rotated upward by a solenoid 12 fixed to the holder. Adjacent to the discharge plate 11, there is a folding line t on the paper P as shown in FIG. A pair of male molds 14 and a female mold 15 for forming pieces 13 and 13 are provided with a kink that is so shaped as to open when released. These types +4. As shown in FIGS. 5 and 6, the relationship of +5 is as follows: recesses 16.16 having a substantially semicircular cross section at the F section are formed in parallel on the upper surface of the female mold 15, and the recesses 16.16 are spaced between these recesses 16.16. A partition part 17 with a sharp tip is formed on the whole. Further, at the lower part of the male type I4, a protrusion 18.
18 is formed. Then, the female mold 15 is fixed to the main body of the apparatus. The male mold 14 is suspended and supported by a rod 19 installed in the device via a coil rod 20. Also male type 1
A support plate 21.21 ft is placed vertically from the image side edge of 4 so that its lower end is located below the female mold 15. A magnetic plate 22 made of an iron plate or the like is provided between the lower ends of these support plates 21 and 21, and an electromagnet 23 is further provided below this magnetic plate 22. When the electromagnet device is energized, the magnetic plate 22 is attracted to the electromagnetic path, and the male type 1 is attached via the support plate 21.
4 descends against the force of the spring and comes into pressure contact with the female mold 15. As a result, a folding line t and a shape of a piece 13.13 are formed on the paper P. Also, in the vicinity of the molds 14 and 15, there is a sheet of paper P that has finished the shaping. A discharge device rffi 24 is provided for discharging to the outside.

【7−ラbと、この
排出ローラ2.’5に離接して用紙Pを挾持するための
挾持ローラ26と、上方に用紙Pを案内するための案内
板27、公と、案内板27、測量に設けられた案内ロー
ラ29.30とを有している。 また、上記型14.15の上方には回転軸:(If:架
設し、この(ロ)転軸、31の一端部の側板1内にはカ
ム32が固着され、カム32に対向してマイクロスイッ
チおが設けられ、このカム32がスイッチ41のアクチ
ュ[−タ;ζ4を押圧すると、ホッパー5上の送出しが
可能になるようになっているつすなわち、これらカム3
2およびマイクロスイッチ33は送りa−ラ6の回転の
タイミングを調整する。 前記回転軸、31の側板突出外端にはギヤ35が固着を
れ、このギヤ35には案内ローラ四の端部ギヤ36カ噛
合している。案内ローラ29の端部ギヤ36の反対側端
にはスゲロケット37が設りらrL、、このスフ0ロケ
ツト;37は、排出1コーラδのスゲロケット38゜駆
動セータ、39のスフ0ロケツ) /10.案内1」−
→9のスフ0ロケツト4】および送りローラ6を回転す
るためのスフ0ロケツト42とともにチェーン43によ
って同−ll51転式ぜ1コれるようになっている。 111記スプロケツト42は、第4図に示すように回転
筒/I4の外端に固着され、この回転筒44はノ≠擦り
ラッチ機描を介して内軸45に外嵌し、回転筒44は上
下に回動するストン・4′−4Ciによってその同転が
規制され、このストン・f−46は連結機構47を介し
てソレノイド48に連結されている。回転筒44にはス
トッパー46先端に係合する突起49が設けられるとと
もにギヤ50が設けられ、このギヤ50には1ノミリ〕
−26の一端に固着されたギヤ51が噛合している。 前記送りローラ6の近傍には用紙Pの二枚送りを検出す
るための重送検出装置52が設けられ、この重送検出装
置52は、案内板8の裏面に取付けられた上方光電素子
53と、両側板1間を横架する枠板54内に取付けられ
た上方光電素子55と、これら上方およびF方の光電素
子53.55の中間に設けられた光源56からなる。光
源56からの光は上方の案内板80開孔8B yt−通
して上方光電素子53に入射きれるとともに、押え板5
7の開孔58を通して上方光1几素子551C人射爆れ
、押え板57はねじ59によって枠板154しこ取付け
られている。押え板57と上方光電素子55間にはホン
パー5」二と同じ用紙Pが挾持され、この用紙Pは式ら
に横架支持板60上に支持嘔れている。今、案内板8間
を2枚の用紙Pが送られたとすると、上下の光′11!
素子53.55が感知する光量に差が生じ、これによっ
て前記ソレノイド12が作動して排出板11が上方に回
動して2枚送りの用紙Pは下方に枯山される。 また、前記上方の案内板あの先端にも光電素子61.6
2が対向設置され、くせの付いた用紙Pが案内板あ間に
存在する間は前面パネル2のスタートボタン63を押し
ても送りロー−76が回転しないようになっている。す
なわち、前記側板に取付けられたソレノイド48は、カ
ム:32がマイクロスィッチ33ヲ作動させても、上方
の案内根囲の取出口0からくせの付いた用紙Pを抜取ら
ない限り動作しないようeこなっている。 なお、MI面やネル2上には前記スタートボタン63の
他にカウンタ64およびメインスイッチ65が取付けら
ね、前記ホン・e−5の回転軸5aの側端にはレバー6
6が設けられ、このレバー6Gはばね67によって反時
計方向にイづ勢され、これによってボッ・′P−5上の
用紙Pは常に送りローラ6の表面に当接される。 次に1本発明装置の作用について説明する。 先ず、使用する用紙Pを蓋4を開放して4二ツ・や−5
+−て載置せしめる。次いでメインスイッチ65を入れ
、駆動モータ39を駆動せしめる。これによって案内ロ
ーラ9.10.29,30、排出【」−ラ屓および内軸
45は常時回転されるつさらに案内ローラ29の回転に
より回転@1:31も同時に回転される。 投票者が一人来ると係員がその性別にyL、じてスター
トボタン63を押すとともに、回転軸31のカム、3]
2が一1イクロスイッチ33を動作せしめると(アクチ
ュエータ34を押圧せしめると)、スタードルノイド4
8が動作してストン・セ−46を上方にIEil動せし
める。すると回転筒44が回転して送りローラ6が一番
上面に位置している用紙Pを一枚送り出す。 回転筒44が一回転すると、ストン・′e−46は下方
に回動)−21いるので突起49に係1トぢれ送りロー
ラ6の回転は停止トーする。送りローラ6の+Ij+転
により送り出された用紙はさらに案内ローラ9.10に
よつ−〔前方に進められ、この用紙Pけ型14.15間
を通ってストップ板72VCその先端が当接してメス型
15上に市められる。このとき用紙Pの中心はその仕切
部17直上に位置している。このとき挾持ローラ謳は排
出ローラ5に当接している。 この状態から電磁石231C[流を通すと、オス型14
が降下し、用紙Pを型14.15間で挟圧する。これに
よって用紙Pはその両端がやや外側に広がって伸びるよ
うに〈忙付けされる。一方この時挟持ローラがが排出ロ
ーラδから離れ、用紙Pの広がった先端を挟持できるよ
うに両・ローラ5.26間に挾持空間が形成される。 その後、Wi、磁石おへの通電状態を解除するとオス型
14はスゲリング加の弾発力で上方に持ち上げられ、こ
のとき挾持ローラ26は左側に移動して、それと排出ロ
ーラ部間にくせの付いた用紙Pのくせ付は片13先端を
挾持する。 オス型14が用紙Pを解放し挾持ローラ26がくせ付は
片13の先端を挾持すると、用紙Pは案内板27間を通
って案内;コーラ29.30に送られ、取出口Oからそ
の先端が突出する。その突出先端を投票者が指で挾んで
抜きとって第5図に示した用紙の奥側に候補者の名前を
書いて第8図のように折りたたみ投票箱に入れる。第8
図のように折りたたまれた用紙は投凝箱内で自動的に開
放され、***時に投票箱から出すだけで特に用紙を開く
作業が不要となり、***時間を著しく短縮できるばかり
でなく作業も非常に楽になる。 次の投票者がくると操作員が再びスタートセタン63を
押す。すると1次の用紙Pが送り出されて同様なくせ付
は動作が行なわれる。前の処理された用紙Pを取出口O
から引抜かないと、検出用光電素子61.62の作用に
より、スター)&タン63をド 押してもスタートのためのソレノイ148は動作せずし
たがって送りローラ6が回転しない。なお。 投票者が何人取出口Oから用紙Pを抜き取ったかは前面
・9ネル上のカウンタ64上に表示きれる。 また、メス型15のくせ付は凹所は摩耗しやすいので、
それをたとえば第り図に示すように型73を3つの部分
73a、73a、73bに分割してこれらをねじ止めす
るようにすれば、最も摩耗し易い中央部分73bのみ交
換すれば他の部分は使用でき経済的であると同時に加工
も容易となる。 更に、第10図は別実施例を示すものであり。 前記実施例と同一の部材については同一番号を付してい
るうこの実施例においては型14.15の下流側に用紙
Pのくせ付けを更に良好にするための押え板74.75
を設け、押え板74は固定とし、押え板75は軸76を
中Ibとしてソレノイドにまり回動可能とされ、この押
え板75の先部にはこれ75と一体的に回動する挾持ロ
ーラ76を回転自在に取付け、更にこの挾持ローラ76
の外側にはストツノ卆77を設けている。而して、〈ぜ
付けされた用紙Pの先端部を押え板75が反時n1”方
向に(ロ)動することで送りローラδ及び挾持r1−ラ
゛76とで挾み、これを案内板78.78間に挿入1〜
排出する。 そして、この実施例にあっては、排出板11、型14、
15 、押え板74.75.送り1コーラ5、挾持ロー
ラ76、ストツノ4′77及び案内板78ずべてが−っ
の基柳上に設けられており、この基板を装置本体に対し
移動1J能となっている。したがって大きな寸法の用紙
に対しては基板を移動することで図中点線で示す位置ま
で各部材を移動するようにすれば。 紙の寸法にかかわらず、常に紙の中心に沿って折りたた
み線を形成せしめることができる。 本発明は1以上のように構成したので、投票用紙等の用
紙を本装置でくせ付けした後に2つ折り(lこして投票
箱内に入れても自動的に開放して、***時に特に2つ折
りにした用紙を開くという作業を省略でき、***時間が
著しく短縮されるとともに***が楽に行なえ、しかも以
」−をカ匂単な機構でなし君するという効果を奏する〜
[7-Ra b and this discharge roller 2. '5, a clamping roller 26 for clamping the paper P, a guide plate 27 for guiding the paper P upward, a guide plate 27, and a guide roller 29.30 provided for surveying. have. A rotating shaft (If) is installed above the mold 14.15, and a cam 32 is fixed in the side plate 1 at one end of the rotating shaft 31. A switch is provided, and when the cam 32 presses the actuator ζ4 of the switch 41, feeding onto the hopper 5 becomes possible.
2 and a microswitch 33 adjust the timing of rotation of the feed a-roller 6. A gear 35 is fixed to the protruding outer end of the side plate of the rotating shaft 31, and an end gear 36 of the guide roller 4 is engaged with the gear 35. A sedge rocket 37 is provided at the opposite end of the end gear 36 of the guide roller 29. This sedge rocket 37 is a sedge rocket 38° drive sweater for discharging 1 cola δ, and 39 a sedge rocket). 10. Guide 1”-
→ 9 and a shaft 42 for rotating the feed roller 6, and a chain 43 that allows the rotary shaft to rotate. The sprocket 42 of No. 111 is fixed to the outer end of the rotary cylinder/I4 as shown in FIG. The same rotation is restricted by the vertically rotating stones 4'-4Ci, and this stone f-46 is connected to the solenoid 48 via a connecting mechanism 47. The rotary cylinder 44 is provided with a protrusion 49 that engages with the tip of the stopper 46, and is also provided with a gear 50, which has a diameter of 1 mm.]
A gear 51 fixed to one end of -26 is in mesh with it. A double feed detection device 52 is provided near the feed roller 6 to detect the feeding of two sheets of paper P. , an upper photoelectric element 55 mounted in a frame plate 54 extending horizontally between the two side plates 1, and a light source 56 provided between these upper and F photoelectric elements 53,55. The light from the light source 56 enters the upper photoelectric element 53 through the opening 8B of the upper guide plate 80, and also enters the upper photoelectric element 53.
The upper light element 551C is emitted through the opening 58 of 7, and the holding plate 57 is attached to the frame plate 154 with screws 59. A sheet of paper P, which is the same as that of the pusher 5'', is held between the presser plate 57 and the upper photoelectric element 55, and this sheet P is supported on the horizontal support plate 60. Now, if two sheets of paper P are sent between the guide plates 8, the upper and lower lights '11!
A difference occurs in the amount of light detected by the elements 53 and 55, which causes the solenoid 12 to operate, causing the ejection plate 11 to rotate upward and the two sheets of paper P to be stacked downward. Furthermore, a photoelectric element 61.6 is also provided at the tip of the upper guide plate.
2 are placed facing each other, and while the curled paper P is present between the guide plates, the feed row 76 will not rotate even if the start button 63 on the front panel 2 is pressed. That is, the solenoid 48 attached to the side plate is configured such that even if the cam 32 operates the micro switch 33, it will not operate unless the curled paper P is pulled out from the outlet 0 of the upper guide edge. It's happening. In addition to the start button 63, a counter 64 and a main switch 65 are not mounted on the MI surface or the panel 2, and a lever 6 is mounted on the side end of the rotating shaft 5a of the phone e-5.
6 is provided, and this lever 6G is biased counterclockwise by a spring 67, so that the paper P on the bottom P-5 is always brought into contact with the surface of the feed roller 6. Next, the operation of the device of the present invention will be explained. First, open the lid 4 and load the paper P to be used.
Place it on +/-. Next, the main switch 65 is turned on to drive the drive motor 39. As a result, the guide rollers 9, 10, 29, 30, the discharge roller and the inner shaft 45 are constantly rotated, and the rotation @1:31 is simultaneously rotated by the rotation of the guide roller 29. When one voter arrives, the staff member checks the gender, presses the start button 63, and presses the cam on the rotating shaft 31.
2-1 When the micro switch 33 is operated (the actuator 34 is pressed), the stardle nod 4
8 operates to move the stone set 46 upward. Then, the rotary cylinder 44 rotates, and the feed roller 6 feeds out one sheet of paper P located at the top. When the rotary cylinder 44 rotates once, the stone 46 rotates downward (21) and engages the protrusion 49, causing the feed roller 6 to stop rotating. The paper sent out by the +Ij+ rotation of the feed roller 6 is further advanced forward by the guide rollers 9. Placed on mold 15. At this time, the center of the paper P is located directly above the partition section 17. At this time, the clamping roller is in contact with the discharge roller 5. From this state, the electromagnet 231C [male type 14
descends and presses the paper P between the molds 14 and 15. As a result, the paper P is bent so that both ends of the paper P are expanded slightly outward. On the other hand, at this time, the nipping roller separates from the discharge roller δ, and a nipping space is formed between both rollers 5 and 26 so that the spread leading edge of the sheet P can be nipped. After that, when the energization to Wi and the magnet O is released, the male mold 14 is lifted upward by the elastic force applied by Sgeling, and at this time, the holding roller 26 moves to the left, and there is a curl between it and the ejection roller. The tip of piece 13 of the paper P is held between the edges. When the male mold 14 releases the paper P and the clamping roller 26 clamps the tip of the curling strip 13, the paper P is guided through the guide plates 27; it is sent to the cola 29 and 30, and the tip is removed from the outlet O. stands out. The voter grasps the protruding tip with his fingers, pulls it out, writes the name of the candidate on the back side of the paper shown in Figure 5, and folds it into the ballot box as shown in Figure 8. 8th
As shown in the figure, the folded paper is automatically opened inside the ballot box, and you can simply take it out of the ballot box when counting votes, eliminating the need to open the paper.This not only significantly reduces vote counting time, but also greatly reduces the work involved. It gets easier. When the next voter arrives, the operator presses the start button 63 again. Then, the first sheet P is sent out and the same swaging operation is performed. Outlet O for taking out the previous processed paper P
If it is not pulled out, the solenoid 148 for starting will not operate even if the star) & tongue 63 is pressed due to the action of the detection photoelectric elements 61 and 62, and therefore the feed roller 6 will not rotate. In addition. The number of voters who have taken out the paper P from the outlet O can be displayed on the counter 64 on the front panel 9. In addition, since the concave part of the female mold 15 is easily worn out,
For example, if the mold 73 is divided into three parts 73a, 73a, and 73b and these parts are screwed together as shown in FIG. It is economical to use and at the same time easy to process. Furthermore, FIG. 10 shows another embodiment. The same members as in the previous embodiment are given the same numbers.In this embodiment, there are presser plates 74, 75 on the downstream side of the mold 14, 15 to further improve the shaping of the paper P.
The presser plate 74 is fixed, and the presser plate 75 is rotatable by being mounted on a solenoid with a shaft 76 in the center Ib, and a clamping roller 76 that rotates integrally with the presser plate 75 is provided at the tip of the presser plate 75. is rotatably mounted, and furthermore, this clamping roller 76
On the outside of the box, there is a stock 77. As a result, the pressing plate 75 moves in the counterclockwise n1'' direction (b) to pinch the leading edge of the sheet P with the feed roller δ and the clamp r1-rail 76, and guide it. Insert between plate 78.78 1~
Discharge. In this embodiment, the discharge plate 11, the mold 14,
15, presser plate 74.75. The feed roller 5, the holding roller 76, the stopper 4'77, and the guide plate 78 are all mounted on a base plate, and this board can be moved 1J relative to the main body of the apparatus. Therefore, for large size paper, by moving the board, each member can be moved to the position shown by the dotted line in the figure. Regardless of the size of the paper, the fold line can always be formed along the center of the paper. The present invention is configured as described above, so that after a paper such as a voting paper is folded with this device, it is automatically opened even if it is strained and placed in a ballot box, and is particularly folded in half when counting votes. It is possible to omit the work of opening the printed paper, significantly shortening the time required to count the votes, making it easier to count the votes, and moreover, it has the effect of doing the following with a simple mechanism.

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

第 1図は本発明に係る用紙の自動開放装置のカバーを
取除いたときの斜視図、第2図は前記カバーの斜視図、
第3図1は本発明装置の構成概略図。 第4図は量子面図、第5図はぐせ(=Jけ型の佃面図、
第6閃は同型の正面1シ1、第71刊t1、開いた用紙
の斜視図、第8図は折りたたんだ用紙の斜視図、第9図
はメス型の別実施例を示す端百図、第10図は装置の別
実施例を示す構成概略図である。 5・・・ホツノ平−1■・・・オス型、15・・・メス
型、21)・・・弾発部材、2:3・・・電磁石、t・
・・折りたたみ線、0・・・取出口、P・・・用紙。 出願人代理人  猪  股   m 第5図        第6目 第7図     第6図 第1O菌
FIG. 1 is a perspective view of the automatic paper opening device according to the present invention with the cover removed; FIG. 2 is a perspective view of the cover;
3. FIG. 1 is a schematic diagram of the configuration of the apparatus of the present invention. Figure 4 is a quantum surface diagram, Figure 5 is a cross-sectional diagram (= J-type Tsukuda diagram,
The 6th flash is a front view of the same type, 71st edition t1, a perspective view of an open sheet, FIG. 8 is a perspective view of a folded sheet, and FIG. 9 is an end view showing another embodiment of the female type. FIG. 10 is a schematic configuration diagram showing another embodiment of the device. 5...Hotsunohira-1■...male type, 15...female type, 21)...elastic member, 2:3...electromagnet, t.
... Folding line, 0... Outlet, P... Paper. Applicant's agent Inomata m Figure 5 Figure 6 Eye 7 Figure 6 Figure 1 O bacteria

Claims (1)

【特許請求の範囲】[Claims] ホラ・や−に積層載置した複数の用紙を一枚づつ型間に
送り出し、この型間にて用紙に折りたたみ線を形成する
とともにこの折りたたみ線の両側に折りたたんだ用紙が
自動的に開放するくせを付け、更:てくせ付の済んだ用
紙を上記型間から取出口まで排出するようにした装置に
おいて、上記型は一対のオス型とメス型とからなり、こ
れら型のうち一方の型は電磁石によって他方の型に圧接
せしめられるとともに1弾発部材によって圧接方向と逆
方向に付勢されていることを特徴とする用紙の自動開放
装置。
Multiple sheets of paper stacked on a tray are fed one by one between molds, and a folding line is formed on the paper between the molds, and the folded paper is automatically released on both sides of this folding line. In a device for discharging the textured paper from between the molds to the outlet, the molds are composed of a pair of male and female molds, and one of these molds is An automatic paper opening device characterized in that the sheet is pressed against the other mold by an electromagnet and is urged in a direction opposite to the pressing direction by a spring member.
JP14597782A 1982-08-23 1982-08-23 Automatic opening device for voting paper Pending JPS5936071A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP14597782A JPS5936071A (en) 1982-08-23 1982-08-23 Automatic opening device for voting paper

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP14597782A JPS5936071A (en) 1982-08-23 1982-08-23 Automatic opening device for voting paper

Publications (1)

Publication Number Publication Date
JPS5936071A true JPS5936071A (en) 1984-02-28

Family

ID=15397345

Family Applications (1)

Application Number Title Priority Date Filing Date
JP14597782A Pending JPS5936071A (en) 1982-08-23 1982-08-23 Automatic opening device for voting paper

Country Status (1)

Country Link
JP (1) JPS5936071A (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6156456U (en) * 1984-09-17 1986-04-16
CN105129499A (en) * 2015-07-16 2015-12-09 合肥奥瑞数控科技有限公司 Connection mechanism of path recording device
CN105480775A (en) * 2015-12-24 2016-04-13 上海和鹰机电科技股份有限公司 Automatic cloth laying machine and automatic cloth finishing device thereof
CN108625141A (en) * 2018-04-27 2018-10-09 黎明职业大学 A kind of dress ornament production auto spreader

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4826584U (en) * 1971-08-02 1973-03-30

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4826584U (en) * 1971-08-02 1973-03-30

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6156456U (en) * 1984-09-17 1986-04-16
JPH0126848Y2 (en) * 1984-09-17 1989-08-10
CN105129499A (en) * 2015-07-16 2015-12-09 合肥奥瑞数控科技有限公司 Connection mechanism of path recording device
CN105480775A (en) * 2015-12-24 2016-04-13 上海和鹰机电科技股份有限公司 Automatic cloth laying machine and automatic cloth finishing device thereof
CN108625141A (en) * 2018-04-27 2018-10-09 黎明职业大学 A kind of dress ornament production auto spreader

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