JPS5842089B2 - Folded paper automatic opening device - Google Patents
Folded paper automatic opening deviceInfo
- Publication number
- JPS5842089B2 JPS5842089B2 JP18767080A JP18767080A JPS5842089B2 JP S5842089 B2 JPS5842089 B2 JP S5842089B2 JP 18767080 A JP18767080 A JP 18767080A JP 18767080 A JP18767080 A JP 18767080A JP S5842089 B2 JPS5842089 B2 JP S5842089B2
- Authority
- JP
- Japan
- Prior art keywords
- paper
- opening device
- automatic opening
- plates
- friction
- 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.)
- Expired
Links
- 230000007246 mechanism Effects 0.000 claims description 16
- 238000001179 sorption measurement Methods 0.000 claims description 4
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 6
- 238000000034 method Methods 0.000 description 4
- 229910052742 iron Inorganic materials 0.000 description 3
- 235000006732 Torreya nucifera Nutrition 0.000 description 1
- 244000111306 Torreya nucifera Species 0.000 description 1
- 210000000078 claw Anatomy 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000002513 implantation Methods 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
- 229910052751 metal Inorganic materials 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
Landscapes
- Feeding Of Articles By Means Other Than Belts Or Rollers (AREA)
Description
【発明の詳細な説明】
本発明は折畳まれた紙の自動開き装置、更（こ具体的に
は新聞の如き折畳まれた紙に所定の用紙例えば広告類等
を差込む丁合作業に有用な装置に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an automatic folded paper opening device, and more specifically, to a collating operation in which a predetermined paper such as an advertisement is inserted into a folded paper such as a newspaper. Concerning useful equipment.
現在新聞の広告の丁合は、複数種のちらしを丁合装置で
１枚ずつ差込み丁合したものを１組とし、これ等を１組
ずつ手作業で新聞１こ差込む方法により行なっている。Currently, newspaper advertisements are collated by inserting multiple types of flyers one by one using a collating device, collating them into one set, and manually inserting each set into one newspaper. .
然し乍らこの作業は多大な時間と労力を装する為各版売
店に於いて可也の負担になっており、従って該作業の簡
略化、望ましくは機械化が求められるところである。However, this work requires a great deal of time and effort, and is therefore a burden on the kaya at each print shop.Therefore, there is a need to simplify this work, preferably to mechanize it.
然し該作業の機械化に当っては作業段階毎に幾つかの問
題点があり、本発明に係る新聞の間紙工程もその一つで
あった。However, in mechanizing this work, there are several problems at each stage of the work, and the newspaper interleaving process according to the present invention is one of them.
丁合作業の機械化に於いては、この間紙工程は自動化さ
れた流れ作業に組込まれる為、これを行なう装置はトラ
ブルを生ずることなく一定間隔で作動することが重装で
あり、即ち給紙された新聞を確実に開き且つ１合後の新
聞を確実に系外へ排出し得ることが必須条件となる。In the mechanization of collation work, this interleaving process is incorporated into the automated assembly line, so the equipment that performs this process must be able to operate at regular intervals without causing any trouble. It is essential to be able to reliably open the newspaper and to reliably discharge the newspaper after one cup to the outside of the system.
本発明は斯かる観点に基づいてなされたものであり、確
実な間紙作業を行なうと共ｌこ自動化された流れ作業に
も組込み易いこの種装置を提供することを目的とする。The present invention has been made based on this point of view, and it is an object of the present invention to provide a device of this type that can perform reliable interleaving work and can be easily incorporated into automated assembly line work.
また本発明は、上述の新聞とちらしとの丁合に限らず、
例えばパンフレット、カタログ等の丁合にも、簡単な設
計変更１こより容易に適用し得る汎用性の高いこの種装
置を提供することをも目的とする。Furthermore, the present invention is not limited to the above-mentioned collation of newspapers and flyers;
Another object of the present invention is to provide a highly versatile device of this type that can be easily applied to the collation of pamphlets, catalogs, etc. with a simple design change.
これを達成する為本発明］こ於いては、■字状に位置付
けられた２枚のプレートを備え、供給される折畳まれた
紙を受容支持する支持体と、上記両プレート１こ付設さ
れ、上記紙とプレートとを密着させる吸着部材と、上記
プレート間に位置する回動可能な摩擦リングを備え、一
方のプレート上に配備された摩擦部材と協働して上記紙
を開く第１開紙部材と、上記第１開紙部材作動後開かれ
た紙の間を走行通過するフィンガを備えた第２開紙部材
と、上記紙を支持体から送出す排出部材と、から装置を
構成した。In order to achieve this, the present invention is provided with two plates positioned in the shape of a letter (■), a support body for receiving and supporting the supplied folded paper, and one of the above-mentioned two plates attached. , comprising an adsorption member that brings the paper and the plate into close contact with each other, and a rotatable friction ring located between the plates, and a first opening that opens the paper in cooperation with the friction member disposed on one of the plates. The device comprises a paper member, a second paper opening member having a finger that runs between the sheets opened after the first paper opening member is activated, and a discharge member that sends out the paper from the support. .
上記特徴を有する本発明の折畳まれた紙の自動開き装置
を、以下添付図面ｔこ示す望ましい実施例に従い詳述す
る。The automatic folded paper opening device of the present invention having the above features will be described in detail below with reference to preferred embodiments shown in the accompanying drawings.
第１図及び第２図は夫々本発明装置の一実施例を示す正
面図及び平面図であり、これは新聞とちらしとの丁合に
適用するもので、その細部は省略して示しである。Figures 1 and 2 are a front view and a plan view, respectively, showing an embodiment of the device of the present invention, which is applied to collating newspapers and handbills, and the details thereof are omitted. .
図中１０は供給される新聞を受容支持する支持体を示し
、これはＶ字伏をなすよう中心線より両側に夫々約１０
度ずつ傾斜して位置付けられた２枚のプレート１１゜１
２と、両プレーＮ１．１２の下方に、その下部間隙と整
合するように設けられた待機ローラ１３．１４とを含む
。In the figure, reference numeral 10 indicates a support that receives and supports the supplied newspaper, and this supports about 100 on each side from the center line so as to form a V-shape.
Two plates positioned at an angle of 11°1
2, and a standby roller 13.14 provided below both plays N1.12 and aligned with the lower gap thereof.
ローラ１３はクラッチ６１ａを介して駆動源と連結され
ており、クラッチ６１ａと係合するスイッチング機構６
０ａ（詳細は後述する）によりその動作が制御される。The roller 13 is connected to a drive source via a clutch 61a, and the switching mechanism 6 engages with the clutch 61a.
Its operation is controlled by 0a (details will be described later).
スイッチング機構６０ａは後述する新聞内へのちらしの
落込みにより作動し、クラッチ６１ａを間欠的に解放す
ると共に解放後直ちにクラッチを係止する状態に復帰す
るようなしてあり、従ってローラ１３（１間欠的（こ第
１図中に反時計方向に回転すると共に１回転の後に停止
する。The switching mechanism 60a is actuated when a leaflet falls into a newspaper, which will be described later, and is configured to intermittently release the clutch 61a and immediately return to the state in which the clutch is engaged after being released. The target rotates counterclockwise in Figure 1 and stops after one revolution.
またローラ１４はローラ１３の回転時にこれに従動する
。Further, the roller 14 follows the rotation of the roller 13.
両ローラ１３゜１４の支持部の詳細は第３図に示す通り
であり、従動側のローラ１４は軸棒１５に枢支され、該
軸棒１５がスプリング１６を介して本体側の金具１７と
連結されている。The details of the supporting parts of both rollers 13 and 14 are as shown in FIG. connected.
従って両ローラ１３，１４はこの間を通過する対象物に
応じてその間隔を自在に調整し得る。Therefore, the distance between the rollers 13 and 14 can be freely adjusted depending on the object passing between them.
また画ローラ１３，１４の下方にはローラ５１．５２と
から収る排出部材５０が配置され、これは常時回転作動
し、ローラ１３，１４から受渡される新聞を閉じた状態
に復帰させて速やか１こ系外に排出する。Further, a discharge member 50 is disposed below the image rollers 13 and 14, and is fitted with the rollers 51 and 52, and is constantly rotated to quickly return the newspaper delivered from the rollers 13 and 14 to the closed state. 1 Discharge outside the system.
一方プレート１１の上端には摩擦部材１８が固定されて
おり、その取付は位置及び態様は第１図、第２図及び第
７図から明らかとなろう。On the other hand, a friction member 18 is fixed to the upper end of the plate 11, and its mounting position and manner will be clear from FIGS. 1, 2, and 7.
摩擦部材１８の詳細は第４図に示す通りで、これはプレ
ート１１に直接固定する取付板１９と、鉄板１９に穿設
された孔（こ摺動自在に挿入された４本の田ノド２０と
、各ロッド２０を捲回するスプリング２１と、ロッド２
０端部に固定された可動板２２と、可動板２２上（こ固
着された摩擦素子２３とから成る。The details of the friction member 18 are as shown in FIG. , a spring 21 that winds each rod 20, and a rod 2
It consists of a movable plate 22 fixed to the zero end, and a friction element 23 fixed to the movable plate 22.
従って摩擦部材１８は可動板２２即ち摩擦素子２３に作
用する押圧力により、取付板１９と可動板２２との間隔
を自在に変更し得る。Therefore, the friction member 18 can freely change the distance between the mounting plate 19 and the movable plate 22 by the pressing force acting on the movable plate 22, that is, the friction element 23.
吸着部材２５は両プレート１１．１２の側部に位置し、
これは両プレート１１．１２に穿設された多数の孔２４
（第７図参照）とこの後１こ設置されたファン２６．２
７及びファンカバー２８．２９とからなる。The suction member 25 is located on the side of both plates 11.12,
This consists of a number of holes 24 drilled in both plates 11 and 12.
(See Figure 7) and one fan 26.2 was installed after this.
7 and fan covers 28 and 29.
第１開紙部材３０は摩擦リング即ちゴムリング３５を備
え、これは両プレート１１．１２間に突出するロッド３
４の端部に連結固定される。The first opening member 30 has a friction ring or rubber ring 35, which is a rod 3 projecting between the plates 11, 12.
It is connected and fixed to the end of 4.
該ロッド３４は、正面図（こ於いてプレート１１の傾斜
角と略等しく、且つ側面図に於いて両プレート１１．１
２の長手方向（こ対し約４５度の傾斜角をなすよう突出
する。The rod 34 has an inclination angle approximately equal to the angle of inclination of the plate 11 in the front view (here, the angle of inclination is approximately equal to the angle of inclination of the plate 11 in the front view) and an angle of inclination of both plates 11.1 in the side view.
It protrudes at an inclination angle of approximately 45 degrees in the longitudinal direction of 2.
またロッド３４はギ゛ヤ３３゜３２．３１及びクラッチ
６１ｂを介して駆動源と連結されており、クラッチ６１
ｂと係合するスイッチング機構６０ｂ（詳細は後述する
）１こよりその動作を制御される。Further, the rod 34 is connected to a drive source via a gear 33, 32, 31 and a clutch 61b.
Its operation is controlled by a switching mechanism 60b (details will be described later) 1 that engages with the switching mechanism 60b.
スイッチング機構６０ｂの作動は上述の機構６０ａと略
同様であり、即ちロッド３４も間欠的に駆動されて、ゴ
ムリング３５と一体となって第１図中反時計方向、第２
図中時計方向に回転すると共（こ１回転の後停止する。The operation of the switching mechanism 60b is substantially the same as that of the mechanism 60a described above, that is, the rod 34 is also intermittently driven, and together with the rubber ring 35, the rod 34 moves counterclockwise in FIG.
It rotates clockwise in the figure (it stops after one rotation).
ゴムリング３５の詳細は第５図に示す通りで、これはゴ
ムリング３５の回転方向に対し前側に摩擦面３６、後側
に摺動面３７を備える。The details of the rubber ring 35 are as shown in FIG. 5, and include a friction surface 36 on the front side and a sliding surface 37 on the rear side with respect to the rotation direction of the rubber ring 35.
両面３６．３７の作用については、後）・（する本発明
装置の作動態様ｌこ関する説明により明らかとなろう。The operation of the two surfaces 36 and 37 will become clear from the following explanation of the operating mode of the device of the invention.
第２開紙部材４０は、両プレーＮ１，１２の上方を、こ
の間をプレート１１からプレート１２に向って斜めに横
切ると共にプレート１２の側方を周回するエンドレスチ
ェーン４１を含み、このチェーン４１は３つのスプロケ
ット４２ 、４３ 。The second sheet-opening member 40 includes an endless chain 41 that diagonally traverses above both plays N1 and 12 from the plate 11 to the plate 12, and that goes around the side of the plate 12. two sprockets 42 and 43.
４４に支持されると共に、等間隔２箇所に金具４６ａ
、４６ｂにより吊下固定されたフィンガ４５ａ、４５ｂ
を備える。44, and metal fittings 46a are installed at two equally spaced locations.
, 46b, the fingers 45a, 45b are suspended and fixed by
Equipped with
スプロケット４２はクラッチ６１ｃを介して駆動源１こ
連結されており、クラッチ６１ｃと係合するスツチング
機構６０ｃ（詳細は後述する）によりその動作を制御さ
れる。The sprocket 42 is connected to a driving source 1 through a clutch 61c, and its operation is controlled by a stitching mechanism 60c (details will be described later) that engages with the clutch 61c.
スイッチング機構６０ｃは、第１開紙部材３０作動後に
これに追従して作動し、クラッチ６１ｃを解放する。The switching mechanism 60c operates following the operation of the first paper opening member 30, and releases the clutch 61c.
この解放によりスプロケット４２は第２図中時計方向に
回転を開始し、上記チェーン４１を、これに吊下固定し
た２本のフィンガ４５と共に回転駆動する。As a result of this release, the sprocket 42 starts rotating clockwise in FIG. 2, rotating the chain 41 together with the two fingers 45 suspended and fixed thereto.
一方スイツチング機構６０ｃの側部稍下刃１こは鉄片４
８を備えるマイクロスイッチ４７が配置されており、該
鉄片４８に、プレート１２上端に沿って移動して来る２
つのフィンガ４５のいずれかが当接しこれを押圧すると
、マイクロスイッチ４７が機構６０ｃ）こ信号を送りク
ラッチ６１Ｃを係止、即ちスプロケット４２の回転を停
＋ｈするようなしである。On the other hand, the side slightly lower blade 1 of the switching mechanism 60c is the iron piece 4.
A microswitch 47 with 8 is disposed on the iron piece 48, and a microswitch 47 with 2
When one of the two fingers 45 comes into contact and presses it, the microswitch 47 sends a signal to the mechanism 60c to lock the clutch 61C, that is, stop the rotation of the sprocket 42.
第６図は本発明装置に於いて用いるスイッチング機構６
０の一例を示す一部横断面図であり、前述の機”＝２６
０ａ乃至６０Ｃもこの機構ｔこ習う。FIG. 6 shows a switching mechanism 6 used in the device of the present invention.
0 is a partial cross-sectional view showing an example of the above-mentioned machine"=26
0a to 60C also learn this mechanism.
図中６１ははねクラッチで、これはスプリング６４によ
り捲回された相対的に回動自在な、駆動部６２と従動部
６３とから敗り、両者間の回動力の伝達は、駆動部６２
の回転によりスプリング６４が締まることにより遠戚さ
れる。In the figure, reference numeral 61 denotes a spring clutch, which is wound by a spring 64 and is connected to a relatively rotatable driving part 62 and a driven part 63, and the rotational force between the two is transmitted to the driving part 62.
The rotation of the spring 64 causes the spring 64 to tighten.
スプリング６４の周囲には外側に突片６７を備えたカラ
ー６６が被嵌され、該カラー６６の切欠部Ｅこスプリン
グ６４の爪６５が係合する。A collar 66 having a projection 67 on the outside is fitted around the spring 64, and the notch E of the collar 66 engages with the claw 65 of the spring 64.
クラッチ６１の切替はこのカラー６６の突片６７を介し
て行なわれ、即ち常時回転する１駆動部６２と共（こス
プリング６４及びカラー６６が回転すると従動部６３も
回転し、カラー６６の突片６７が外力により係止されて
カラー６６及びスプリング６４が回転を停止しすると従
動部６３も停止する。Switching of the clutch 61 is performed via the protruding piece 67 of the collar 66, that is, together with the first driving part 62 that constantly rotates (when the spring 64 and the collar 66 rotate, the driven part 63 also rotates, and the protruding piece of the collar 66 rotates). When the collar 66 and the spring 64 stop rotating due to the locking of the collar 67 by an external force, the driven portion 63 also stops.
上記突片６７の係止及び解放はソレノイド７０の断電及
び通電により行なわれ、この動作はレバー６８を介して
突片６７に伝達される。The protrusion 67 is locked and released by turning off and energizing the solenoid 70, and this operation is transmitted to the protrusion 67 via the lever 68.
レバー６８は軸６９で枠体に枢支されると共ｔこ軸７４
でソレノイド７０側のピストンロッド７３に枢支され、
また該ロンドア３はスプリング７２の作用により通常ピ
ストン７１と一体となって外方１こ向けて付勢されてお
り、ソレノイド７０の通電時（こソレノイド７０に向け
て引張られる。The lever 68 is pivotally supported on the frame by a shaft 69 and a shaft 74.
is pivotally supported by the piston rod 73 on the solenoid 70 side,
Further, the door 3 is normally urged outward together with the piston 71 by the action of a spring 72, and is pulled toward the solenoid 70 when the solenoid 70 is energized.
以上の構造は前述の機構６０ａ乃至６０ｃに適用する際
は細部に若干の変更が盛装となろうが、これ等について
は特に述べる迄もないであろう。When the above structure is applied to the mechanisms 60a to 60c described above, some changes may be made to the details, but there is no need to specifically mention these.
上記横取による本発明の自動開き装置の作動態様を以下
（こ述べる。The operation mode of the automatic opening device of the present invention due to the above-mentioned usurpation will be described below.
供翁される新聞は第７図示の如き態様で第１図中矢標Ａ
方向から装置内に落込まれる。The newspaper to be donated to the deceased should be in the form shown in Figure 7 and marked with arrow A in Figure 1.
Dropped into the device from any direction.
落込まれた新聞は停止している待機ローラ１３，１４に
折込Ｐを当接させた吠態で支持されると共に、ファン２
６の作用によりプレート１１（こ吸着される。The dropped newspaper is supported in a state where the folding sheet P is in contact with the stationary standby rollers 13 and 14, and the fan 2
6, the plate 11 is attracted.
この時点で第１開紙部材３０はソレノイド７０ｂの働き
により作動を開始してゴムリング３５を回動させ、新聞
の折辺Ｑ近傍に作用を及ぼし、これを捲上げる。At this point, the first paper opening member 30 starts operating by the action of the solenoid 70b, rotates the rubber ring 35, acts on the vicinity of the folded edge Q of the newspaper, and turns it up.
その植装は第８図に示すようで、ゴムリング３５は先ず
第８図中略Ｅの位置で、その摩擦面３６とプレート１１
上に配備された摩擦素子２３との間に新聞の１＜風部を
圧接挟持し、その回動に伴って新聞の半体Ｓの隅部を他
方の半体Ｒ）こ対し滑動させる。The implantation is as shown in FIG. 8, and the rubber ring 35 is first placed at the position E in FIG.
The wind section of the newspaper is held in pressure contact with the friction element 23 disposed above, and as the newspaper is rotated, the corner of the newspaper half S is slid against the other half R).
この時ゴムリング３５はロッド３４の突出角度即ち約４
５度の傾斜角を以って回転して半体Ｓの隅部を移動させ
る為、ゴムリング３５は回転に伴って斜め４５度下方に
向けて半体Ｓを湾曲させる。At this time, the rubber ring 35 is fixed at the protruding angle of the rod 34, that is, approximately 4
Since the corner of the half body S is moved by rotating at an inclination angle of 5 degrees, the rubber ring 35 curves the half body S diagonally downward by 45 degrees as it rotates.
この吠態を図中に於いて仮想線で示すが、半休Ｓは、ゴ
ムリング３５が位置ＥからＥ′に回転移動することｔこ
より、位置ＦからＦ′に変位し大きく湾曲する。This barking state is shown by an imaginary line in the figure, and as the rubber ring 35 rotates from position E to E', the rubber ring 35 is displaced from position F to F' and curves greatly.
更にゴムリング３５が回転を続けると、第９図において
Ｆ“で示すように半体Ｓはそれ自身の湾曲部の板はね作
用によりゴムリング３５を越え、その結果新聞の折込Ｑ
側に於いて半体Ｒ及びＳの隅部間が開かれる。As the rubber ring 35 continues to rotate further, the half body S passes over the rubber ring 35 due to the spring action of its own curved part, as shown by F" in FIG. 9, and as a result, the newspaper fold Q
On the side, the corners of halves R and S are opened.
尚ゴムリング３５はその摩擦面３６により半体Ｓの隅部
を移動する際、その後部で半体Ｒをも移動させようとす
る性向があるが、摩擦面３６の後側１こは摺動面３７が
設けられており、これが半体Ｒの隅部を押さえ、且つま
た半休Ｒ自体がプレート１１に吸着されている為、ゴム
ｊング３５は半体Ｓの隅部のみを移動させることとなる
。When the rubber ring 35 moves around the corner of the half body S by its friction surface 36, it has a tendency to also move the half body R at its rear part. A surface 37 is provided, which presses the corner of the half body R, and since the half body R itself is attracted to the plate 11, the rubber jig 35 can only move the corner of the half body S. Become.
第２開紙部材４０は上述の如く新聞の半体ＲとＳとの隅
部間が開かれた後にソレノイド７０ｃの働きにより作動
を開始する。The second paper opening member 40 starts operating by the action of the solenoid 70c after the corners of the newspaper halves R and S are opened as described above.
前述したようにエンドレスチェーン４１を、駆動するス
プロケット４２はチェーン４１に等間隔に吊下された２
つのフィンガ４５ａ 、４５ｂのいずれかがスイッチ４
７の鉄片４８に当接し、これを押圧することにより停止
する為、第２開紙部材４０の作動開始時の２つのフィン
ガ４５は、第９図に示すように一方のフィンガ４５ａ又
は４５ｂがスイッチ４７の近傍位置Ｇにあるようｔこ位
置する。As mentioned above, the sprockets 42 that drive the endless chain 41 have two sprockets suspended from the chain 41 at equal intervals.
One of the fingers 45a and 45b is the switch 4
When the second paper opening member 40 starts operating, one of the fingers 45a or 45b is turned off by the switch, as shown in FIG. 47 at a neighboring position G.
スプロケット４２が作動し、チェーン４１が第９図中矢
標Ｃ方向に回転を開始すると、一方のフィンガ４５ａは
新聞の新選Ｑ側から、開かれた隅部を介して新聞の半体
ＲとＳとの間ｔこ介入し、この間をスプロケット４３に
向かって走行する。When the sprocket 42 operates and the chain 41 starts rotating in the direction of arrow C in FIG. It intervenes during this period and runs toward the sprocket 43 during this period.
チェーン４１は第２図からより明らかなようｔこ、スプ
ロケット４２及び４３間に於いて、プレート１１からプ
レート１２に向って斜行しており、従ってフィンガ４５
ａの走行により新聞の半休Ｓは第１０図に示す如く位置
ｙ′からＦ“′へと移動され、これと共Ｅこファン２７
の作用によりプレート１２に吸着される。As is more clearly seen in FIG.
Due to the movement of a, the newspaper half-time S is moved from the position y' to the position F"' as shown in FIG.
It is attracted to the plate 12 by the action of.
その結果新聞の半体ＲとＳとは完全に開かれることとな
る。As a result, halves R and S of the newspaper are completely opened.
尚フィンガ４５ａは他方のフィンガ４５ｂがスイッチ４
７の鉄片４８に当接し、これを押圧してスプロケット４
２を停止させた時、即ち先に他方のフィンガ４５ｂが存
在していた位置Ｈに於いて走行を停止する。Note that the other finger 45b of the finger 45a is the switch 4.
The sprocket 4 contacts the iron piece 48 of 7 and presses it.
When the finger 45b is stopped, it stops running at the position H where the other finger 45b was previously located.
上述の様に新聞が完全に開かれると、第１図中矢標Ｂ方
向から所定のちらしが落込まれる。When the newspaper is completely opened as described above, a predetermined leaflet is dropped from the direction of arrow B in FIG.
この落込みが行なわれた後に待機ローラ１３はソレノイ
ド７０ａの働きにより回転を開始する。After this falling, the standby roller 13 starts rotating by the action of the solenoid 70a.
先にも述べたよう１こローラ１３は１回転をした後停止
するが、この回転によりローラ１３，１４間から幾分送
出された丁合後の新聞は、その下方に常時回転作動して
いるローラ５１，５２ｆこ受渡挟持され、閉じた伏態で
速やかに系外に排出される。As mentioned earlier, the first roller 13 makes one revolution and then stops, but the collated newspaper, which is sent out from between the rollers 13 and 14 to some extent due to this rotation, is constantly rotating below it. The rollers 51 and 52f are transferred and held, and quickly discharged from the system in a closed, down position.
この排出後、引続いて新たな新聞が装置の支持体１０内
に供給され、再び上述の態様でちらしとの１合が行なわ
れていく。After this ejection, a new newspaper is subsequently fed into the support 10 of the device and is again combined with the flyer in the manner described above.
以上、新聞とちらしとの丁合に適用する本発明装置を例
に採り本発明を詳述したが、本発明装置は汎用性の高い
ものであり、簡単な設計変更によりこの種作業の凡てｔ
こ応用し得ることは先にも述べた通りである。The present invention has been described above in detail by taking as an example the device of the present invention applied to collating newspapers and handbills, but the device of the present invention is highly versatile and can be used for all types of work with simple design changes. t
As mentioned earlier, this can be applied.
叙上の如き本発明装置によれば次のような効果が認めら
れる。According to the apparatus of the present invention as described above, the following effects are recognized.
先ず、間紙操作を異なる性質の２つの手段、即ち摩擦リ
ング１こよる紙の擦上げ間紙と、捲上げ後の紙の間ｔこ
フィンガを介入走行させることによる開かれた紙の完全
分離と１こよりこれを段階的）こ行なうものとした為、
間紙作業を確実に行ない得る。First, the interleaving paper is manipulated by two means with different properties, namely, the rubbing of the paper by a friction ring 1 and the complete separation of the opened paper by intervening and running a finger between the paper after being rolled up. Since we decided to do this step by step,
It is possible to perform interleaf work reliably.
また折畳まれた紙を受容支持する支持体のプレートをＶ
字状に位置付けると共（ここれ等に吸着部材を付設した
為、支持体が折畳まれた紙の間紙状態ｆこ符合すると共
に間紙状態を保持し易く、また間紙操作自体も行ない易
いものとなる。In addition, the support plate that receives and supports the folded paper is V
In addition to positioning the paper in a letter shape (because an adsorption member is attached here, etc., the support body matches the state of the interleaf paper of the folded paper), it is easy to maintain the state of the interleaf paper, and the interleaf paper operation itself is also performed. It becomes easy.
また更に望ましい実施例においては、排出部材をＶ字状
に位置付いたプレートの下方に設けた為、開いた状態の
紙を閉じた状態に復帰させて速やかに系外に送り出すこ
とができるよう］こなった。In a further preferred embodiment, the ejecting member is provided below the V-shaped plate, so that the open paper can be returned to the closed state and quickly sent out of the system.] It happened.
以上述べたようｔこ本発明の折畳まれた紙の自動開き装
置によれば、確実な間紙作業を行なうと共に自動化され
た流れ作業にも組込み易く、よく所期の目的を達成する
ものである。As described above, according to the automatic folded paper opening device of the present invention, it is possible to perform reliable interleaving work, and it is easy to incorporate into automated assembly line work, thus achieving the intended purpose. be.
第１図は本発明装置の一実施例の異部を示す正面図、第
２図はその平面図、第３図（Ｊ待機ローラの支持部を示
す斜面図、第４図は摩擦部材を示す斜面図、第５図は摩
擦リングを示す斜面図、第６図はスイッチング機構を示
す部分横断面図、第７図は上記実施例の支持体に新聞を
落込む態様を示す斜面図、第８図は摩擦リングが新聞の
隅部を捲上げる原理を示す概略図、第９図は新聞が開か
れていく過程を示す斜面図、第１０図は第９図より更に
間紙された伏態を示す斜面図である。
１０・・・支持体、１１．１２・・・プレート、１３．
１４・・・待機ローラ、１８・・・摩擦部材、２５・・
・吸着部材、２６．２７・・・ファン、３０・・・第１
開紙部材、３５・・・摩擦リング（ゴムリング）、３６
・・・摩擦面、３７・・・摺動面、４０・・・第２開紙
部材、４１・・・エンドレスチェン、４５・・・フィン
ガ、５０・・・排出部材、６０・・・スイッチング機構
。Fig. 1 is a front view showing different parts of an embodiment of the device of the present invention, Fig. 2 is a plan view thereof, Fig. 3 is an oblique view showing the support part of the J standby roller, and Fig. 4 is a friction member. FIG. 5 is a perspective view showing the friction ring; FIG. 6 is a partial cross-sectional view showing the switching mechanism; FIG. 7 is a perspective view showing how newspapers are dropped into the support of the above embodiment; FIG. The figure is a schematic diagram showing the principle of how the friction ring turns up the corner of the newspaper, Figure 9 is a slope view showing the process of unfolding the newspaper, and Figure 10 shows the folded state with even more gaps than Figure 9. 10... Support body, 11. 12... Plate, 13.
14... Standby roller, 18... Friction member, 25...
・Adsorption member, 26.27...Fan, 30...First
Paper opening member, 35...Friction ring (rubber ring), 36
...Friction surface, 37...Sliding surface, 40...Second paper opening member, 41...Endless chain, 45...Finger, 50...Ejection member, 60...Switching mechanism .
Claims (1)
給される折畳まれた紙を受容支持する支持体と、 上記両プレートに付設され、上記紙とプレートとを密着
させる吸着部材と、 上記プレート間に位置する回動可能な摩擦リングを備え
、一方のプレート上に配備された摩擦部材と協働して上
記紙を開く第１開紙部材と、上記第１開紙部材作動後開
かれた紙の間を走行通過するフィンガを備えた第２開紙
部材と、上記紙を支持体から送出す排出部材と、 を含むことを特徴とする折畳まれた紙の自動開き装置。 ２ 前記支持体が、両プレートの下方に間欠的１こ回転
する２つの待機ローラを含み、これが前記排出部材と協
働して紙を送出す特許請求の範囲第１項に記載の自動開
き装置。 ３ 前記２つの待機ローラが、この間を通過する紙の厚
さに応じて自在にその間隔を調整し得る特許請求の範囲
第２項に記載の自動開き装置。 ４ 前記吸着部材が、両プレートに穿設された多数の孔
とそこに隣接するファンとを含む特許請求の範囲第１項
に記載の自動開き装置。 ５ 前記摩擦部材が、負荷される押圧力により取付けら
れたプレートとの間隔を自在に調整し得る特許請求の範
囲第１項に記載の自動開き装置。 ６ 前記摩擦リングが、前記摩擦部材との協働面Ｅこ於
いて摩擦面と、その回転方向後方に位置する摺動面とを
備える特許請求の範囲第１項に記載の自動開き装置。 Ｉ 前記第２開紙部材が、プレートの上方を周回するエ
ンドレスチェーンを含み、前記フィンガが該チェーンに
２箇所吊下されている特許請求の範囲第１項］こ記載の
自動開き装置。 ８ 前記排出機構が、プレート下部間隙の下方にこれと
平行Ｅこ配置された２つの回転ローラである＃？ｆ許請
求の範囲第１項に記載の自動開き装置。[Scope of Claims] 1. A support that is provided with two plates positioned in the same direction and that receives and supports the supplied folded paper; an adsorption member for bringing the plates into close contact with each other; a first paper opening member comprising a rotatable friction ring located between the plates and opening the paper in cooperation with a friction member disposed on one of the plates; A folded paper comprising: a second paper opening member having a finger that runs between the opened sheets after the paper opening member is activated; and a discharge member that sends out the paper from the support. automatic opening device. 2. The automatic opening device according to claim 1, wherein the support body includes two standby rollers that rotate intermittently once below both plates, and this roller cooperates with the ejection member to feed out the paper. . 3. The automatic opening device according to claim 2, wherein the distance between the two standby rollers can be freely adjusted depending on the thickness of the paper passing between them. 4. The automatic opening device according to claim 1, wherein the suction member includes a large number of holes drilled in both plates and a fan adjacent thereto. 5. The automatic opening device according to claim 1, wherein the friction member can freely adjust the distance between the friction member and the attached plate by applying a pressing force. 6. The automatic opening device according to claim 1, wherein the friction ring includes a friction surface E that cooperates with the friction member, and a sliding surface located rearward in the direction of rotation. [Claim 1] The automatic opening device according to claim 1, wherein the second paper opening member includes an endless chain that revolves above the plate, and the fingers are suspended from the chain at two locations. 8. The ejection mechanism is two rotating rollers arranged below and parallel to the lower plate gap. f) An automatic opening device according to claim 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP18767080A JPS5842089B2 (en) | 1980-12-27 | 1980-12-27 | Folded paper automatic opening device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP18767080A JPS5842089B2 (en) | 1980-12-27 | 1980-12-27 | Folded paper automatic opening device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS57109698A JPS57109698A (en) | 1982-07-08 |
| JPS5842089B2 true JPS5842089B2 (en) | 1983-09-17 |
Family
ID=16210098
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP18767080A Expired JPS5842089B2 (en) | 1980-12-27 | 1980-12-27 | Folded paper automatic opening device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5842089B2 (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0742037B2 (en) * | 1986-12-04 | 1995-05-10 | 剛 青山 | Newspaper advertisement inserter |
| JP2747614B2 (en) * | 1990-02-26 | 1998-05-06 | 英信 鯨 | Embedded machine |
| JP6565346B2 (en) * | 2015-06-08 | 2019-08-28 | コニカミノルタ株式会社 | Document conveying apparatus, image reading apparatus, and image forming apparatus |
-
1980
- 1980-12-27 JP JP18767080A patent/JPS5842089B2/en not_active Expired
Also Published As
| Publication number | Publication date |
|---|---|
| JPS57109698A (en) | 1982-07-08 |
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