JPH0595955U - Paper alignment device - Google Patents
Paper alignment deviceInfo
- Publication number
- JPH0595955U JPH0595955U JP044079U JP4407992U JPH0595955U JP H0595955 U JPH0595955 U JP H0595955U JP 044079 U JP044079 U JP 044079U JP 4407992 U JP4407992 U JP 4407992U JP H0595955 U JPH0595955 U JP H0595955U
- Authority
- JP
- Japan
- Prior art keywords
- paper
- placing plate
- paper placing
- vertical movement
- movement mechanism
- 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.)
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- Registering Or Overturning Sheets (AREA)
Abstract
(57)【要約】
【目的】 揃えた紙を周辺装置に移送する場合、紙載置
板の高さを周辺装置の紙載置部の高さに合致させて、紙
が不揃いとなる事を防止する。
【構成】 交差する二辺に紙４の突当板８、１０を突出
して紙載置板２を設け、この紙載置板２に振動発生機３
を接続する。また紙載置板２を水平状態から、突当板
８、１０を下方に位置して傾斜可能とする紙揃え機構を
形成する。この紙揃え機構を、支持体２３に接続固定
し、支持体２３を上下動機構３１に接続して上下動可能
とした。
(57) [Abstract] [Purpose] When transferring aligned paper to a peripheral device, make the height of the paper placing plate match the height of the paper placing portion of the peripheral device to prevent the paper from becoming uneven. To prevent. [Structure] A paper placing plate 2 is provided by projecting abutting plates 8 and 10 of a paper 4 on two intersecting sides, and a vibration generator 3 is attached to the paper placing plate 2.
Connect. In addition, a paper aligning mechanism is formed that allows the paper placing plate 2 to be tilted by positioning the abutting plates 8 and 10 downward from the horizontal state. This paper aligning mechanism is connected and fixed to the support 23, and the support 23 is connected to the vertical movement mechanism 31 so as to be vertically movable.
Description
【０００１】[0001]
本考案は印刷、製本等の工程に於て、紙の突き揃えが可能な紙揃え装置に係る ものである。 The present invention relates to a paper aligning device capable of aligning paper in the processes such as printing and binding.
【０００２】[0002]
従来、印刷、製本等の工程に於て、紙の突き揃え作業が行われている。この紙 揃えに使用する紙揃え装置としては、特公昭５０−１５１７５号公報記載の発明 の如く、交差する二辺に紙の突当板を突出して紙載置板を設け、この紙載置板に 振動発生機を接続したものが知られている。この紙載置板は、水平状態から、突 当板を下方に位置して傾斜可能とし、この傾斜状態で、紙を載置した紙載置板を 振動して、紙揃えを行うものとしている。 2. Description of the Related Art Conventionally, paper butt alignment work is performed in processes such as printing and bookbinding. As a paper aligning device used for this paper alignment, as in the invention described in Japanese Patent Publication No. 50-15175, a paper placing plate is provided by projecting a paper abutting plate on two intersecting sides. It is known that a vibration generator is connected to. The paper placing plate is capable of inclining the abutting plate downward from the horizontal state, and in this inclined state, the paper placing plate on which the paper is placed is vibrated to align the sheets. ..
【０００３】 また、この紙揃え装置は、裁断機、印刷機等の他の装置と接続する場合、他の 装置の紙載置部と紙載置板とを同一の高さにする事が作業上望ましい。これを同 一の高さにしないと、揃えた紙を人手で移動したり、揃えた紙を別の移し換え装 置に移載した後に、裁断機等に移動しなければならず、一度揃えた紙を不揃いに してしまう虞れがある。Further, when this paper aligning device is connected to other devices such as a cutting machine and a printing machine, it is a work to make the paper placing part and the paper placing plate of the other devices have the same height. Top desirable. If this is not set at the same height, it is necessary to manually move the aligned paper or transfer the aligned paper to another transfer device, and then move it to a cutting machine, etc. There is a risk that the paper will be ragged.
【０００４】[0004]
しかしながら、従来の紙揃え装置は、紙載置板の高さを固定状態とし、上下方 向に移動する事ができない。そのため、紙揃え装置を、種々の異なる他の装置に 接続して使用する場合、接続する装置によっては、これらの装置の紙載置部と紙 載置板の高さが一致せず、突揃えた紙の移動が困難となる場合が多いものであっ た。 However, in the conventional paper aligning device, the height of the paper placing plate is fixed and the paper aligning device cannot move upward and downward. Therefore, when using the paper aligning device by connecting it to various other devices, the heights of the paper stacking part and the paper stacking plate of these devices may not match, depending on the device to be connected. It was often difficult to move the paper.
【０００５】 また、この紙揃え装置を、丁合機等の装置と接続して使用する事も行われてい る。この丁合機は、紙載置部を上下方向に複数段で設けている。そのため、従来 の、紙載置板の上下移動ができない紙揃え装置では、人手により紙を持ち上げて 各段に搬送したり、リフター等の別個の昇降装置を用いて移送を行っていた。Further, it is also practiced to connect the paper aligning device to a device such as a collator and to use it. This collating machine has a plurality of paper placing sections arranged in the vertical direction. For this reason, in the conventional paper aligning apparatus in which the paper placing plate cannot be moved up and down, the paper is manually lifted and conveyed to each stage, or is moved by using a separate lifting device such as a lifter.
【０００６】 しかしながら、人手により紙を搬送する方法は、多くの労力を必要とし、作業 者の負担が大きい。また、リフター等の昇降装置を別個に設ける方法は、大きな 設置スペースを必要とし、好ましくない。また、紙揃え装置とは別個に昇降装置 を操作する必要があるため、作業が繁雑化する欠点を有していた。However, the method of manually transporting the paper requires a lot of labor and a heavy burden on the operator. Further, the method of separately providing a lifting device such as a lifter requires a large installation space and is not preferable. Further, since it is necessary to operate the lifting device separately from the paper aligning device, there is a drawback that the work becomes complicated.
【０００７】 本考案は上述のごとき課題を解決しようとするものであって、紙揃え装置は、 丁合機等の周辺装置と接続した場合、紙載置板の高さを周辺装置の紙載置部に合 致させる事ができるものとする。このため、紙の移送を行う場合に、人手で紙を 持ち上げて搬送する必要がなく、作業者の負担が少ないとともに一度揃えた紙を 不揃いとすることもなく、簡易な作業が可能となる。また、リフター等の昇降装 置を不要とするため、手間が掛からず簡易な操作が可能となり、設置スペースも 小型化できるものである。The present invention is intended to solve the above-described problems, and when a paper aligning device is connected to a peripheral device such as a collator, the height of the paper placing plate is set to the paper loading position of the peripheral device. It should be possible to match the storage unit. For this reason, when the paper is transferred, it is not necessary to manually lift and convey the paper, the burden on the operator is small, and the paper once aligned is not misaligned, and simple work is possible. In addition, since lifters such as lifters are not required, simple operations can be performed without much effort, and the installation space can be downsized.
【０００８】[0008]
本考案は上述のごとき課題を解決するため、交差する二辺に紙の突当板を突出 して紙載置板を設け、この紙載置板に振動発生機を接続するとともに紙載置板を 水平状態から、突当板を下方に位置して傾斜可能とする紙揃え機構を形成し、こ の紙揃え機構を、支持体に接続固定するとともに支持体を上下動機構に接続して 上下動可能として成るものである。 In order to solve the above-mentioned problems, the present invention provides a paper placing plate by projecting a paper abutting plate on two intersecting sides, connects a vibration generator to the paper placing plate, and connects the paper placing plate. From the horizontal state, form a paper alignment mechanism that allows the abutting plate to be positioned downward and tilt, and connect and fix this paper alignment mechanism to the support body and also connect the support body to the vertical movement mechanism to move it up and down. It is movable.
【０００９】 また、支持体は、傾斜機構よりも幅広に形成し、この幅広部に押圧シリンダー を固定したものであっても良い。Further, the support body may be formed wider than the tilting mechanism, and the pressing cylinder may be fixed to the wide portion.
【００１０】 また、上下動機構は、チェーン駆動機構により形成したものであっても良い。Further, the vertical movement mechanism may be formed by a chain drive mechanism.
【００１１】 また、上下動機構は、ボールネジ駆動機構により形成したものであっても良い 。Further, the vertical movement mechanism may be formed by a ball screw drive mechanism.
【００１２】 また、上下動機構は、エアーシリンダーまたはオイルシリンダー駆動機構によ りより形成したものであっても良い。Further, the vertical movement mechanism may be formed by an air cylinder or oil cylinder drive mechanism.
【００１３】[0013]
本考案は上述のごとく構成したものであるから、印刷、製本等の工程に於て、 紙の突揃えを行うには、まず、傾斜状態の紙載置板に紙を載置する。また、紙載 置板に紙を載置した後、紙載置板を傾斜しても良い。この傾斜は、紙載置板の交 差する二辺に突出する突当板を下方に位置して行う。そして、紙載置板に接続し た振動発生機を作動し、紙載置板上の紙に振動を与え、傾斜方向に移動する紙の 端面を二辺の突当板に突当て行う。 Since the present invention is configured as described above, in the process of printing, bookbinding, etc., in order to align the paper, first, the paper is placed on the inclined paper placing plate. Further, the paper placing plate may be tilted after the paper is placed on the paper placing plate. This tilting is performed with the abutting plates projecting from the two sides of the paper placing plate that intersect with each other positioned below. Then, the vibration generator connected to the paper placing plate is activated, and the paper on the paper placing plate is vibrated so that the end face of the paper that moves in the tilt direction is abutted against the two side abutting plates.
【００１４】 また、上記の紙揃え機構により揃えた紙を丁合機等の次工程の装置に移送する には、まず、振動発生機を停止し、傾斜状態の紙載置板を水平状態に復元する。 そして、上下動機構を作動して、紙揃え機構を接続固定した支持体を、上方向ま たは下方向に移動すれば、紙載置板の高さを、他の接続装置の紙載置部に合致さ せる事ができる。Further, in order to transfer the papers aligned by the above-described paper alignment mechanism to a device for the next process such as a collator, first, the vibration generator is stopped and the inclined paper placing plate is brought into a horizontal state. Restore. Then, by operating the vertical movement mechanism and moving the support to which the paper aligning mechanism is connected and fixed upward or downward, the height of the paper placing plate can be adjusted so that the paper placing plate of another connecting device can be moved. You can match the department.
【００１５】 このように、本考案の紙揃え装置は、紙揃え機構を上下動機構により上下方向 に移動可能としている。このため、周辺装置から紙の移送を行ったり、また周辺 装置に紙を移送する場合に、作業者は、従来の如く重い紙を持って搬送する必要 がなく、省力化した簡易な作業が可能となる。また、一度揃えた紙が不揃いとな る虞れがない。As described above, in the paper aligning device of the present invention, the paper aligning mechanism can be moved in the vertical direction by the vertical movement mechanism. Therefore, when transferring paper from a peripheral device or transferring paper to a peripheral device, the worker does not have to carry heavy paper as in the conventional case, and labor-saving and simple work is possible. Becomes In addition, there is no fear that the once-aligned paper will be misaligned.
【００１６】 また、リフター等の昇降装置を別個に設ける必要がないため、作業が複雑化す る事なく、設置スペースを小型化できるものである。Moreover, since it is not necessary to separately provide a lifting device such as a lifter, the installation space can be reduced without complicating the work.
【００１７】 また、支持体を、傾斜機構よりも幅広に形成し、この幅広部に押圧シリンダー を固定すれば、押圧シリンダーの伸張によって、紙載置板を水平方向に移動した 状態で紙の移送が可能となり、揃えた紙を不揃いにする虞れがない。Further, if the support is formed wider than the tilting mechanism and the pressing cylinder is fixed to this wide part, the paper is transferred while the paper placing plate is moved in the horizontal direction by the expansion of the pressing cylinder. Therefore, there is no risk of misaligning the aligned sheets.
【００１８】 また、上下動機構を、チェーン駆動機構により形成すれば、廉価な機構と装置 により、支持体の確実な作動が可能となる。Further, if the vertical movement mechanism is formed by a chain drive mechanism, a reliable operation of the support can be achieved by an inexpensive mechanism and device.
【００１９】 また、上下動機構を、ボールネジ駆動機構により形成すれば、支持体の高精度 の位置決め操作が可能となる。Further, if the vertical movement mechanism is formed by a ball screw driving mechanism, highly accurate positioning operation of the support becomes possible.
【００２０】 また、上下動機構を、エアーシリンダーまたはオイルシリンダー駆動機構によ り形成すれば、支持体の迅速な作動を廉価に行う事が可能となる。If the vertical movement mechanism is formed by an air cylinder or oil cylinder drive mechanism, it is possible to quickly operate the support at low cost.
【００２１】[0021]
以下本考案の一実施例を説明すれば、(１)は紙揃え機構で、紙揃えのための紙 載置板(２)を形成している。この紙載置板(２)は、下面に振動モーター等の振動 発生機(３)を固定し、上面に載置した紙(４)を振動可能としている。また、紙載 置板(２)は、表面に複数の玉弁(５)を形成している。この玉弁(５)は、紙載置板 (２)の下面に接続したホース(６)を介して、ブロワー等の加圧装置(７)と接続す る。また、玉弁(５)は、載置した紙(４)の重量を感知して、加圧空気の噴出を可 能とし、この加圧空気により、紙(４)を浮上させて次工程等に移送を可能とする 。 An embodiment of the present invention will be described below. (1) is a paper alignment mechanism, which forms a paper placement plate (2) for paper alignment. The paper placing plate (2) has a vibration generator (3) such as a vibration motor fixed to the lower surface thereof, so that the paper (4) placed on the upper surface can vibrate. Further, the paper placing plate (2) has a plurality of ball valves (5) formed on its surface. The ball valve (5) is connected to a pressure device (7) such as a blower via a hose (6) connected to the lower surface of the paper placing plate (2). In addition, the ball valve (5) detects the weight of the placed paper (4) and enables the ejection of pressurized air, and the pressurized air causes the paper (4) to float and the next process etc. It is possible to transfer to.
【００２２】 また、紙載置板(２)は、側面の一辺に紙(４)の側部突当板(８)を設けている。 この側部突当板(８)は、載置する紙(４)の大きさに応じて移動可能としている。 また、紙載置板(２)は、側部突当板(８)を設けた一辺と交差して位置する背面側 に、後部突当板(１０)を設けている。この後部突当板(１０)は、紙載置板(２)に 軸支部(１１)を介して回動可能に接続し、回動機構(図示せず)により紙載置板( ２)に対して垂直に突出したり、また水平に位置可能としている。また、上記紙 載置板(２)は、側部突当板(８)を一方の側面に設けたが、使用状態に応じて他方 の側面や、また両側に設ける事も可能である。Further, the paper placing plate (2) is provided with a side abutting plate (8) of the paper (4) on one side of the side surface. The side abutting plate (8) is movable according to the size of the paper (4) to be placed. Further, the paper placing plate (2) is provided with a rear abutting plate (10) on the back side which is located crossing one side where the side abutting plate (8) is provided. The rear abutting plate (10) is rotatably connected to the paper placing plate (2) via a shaft support (11), and is attached to the paper placing plate (2) by a turning mechanism (not shown). On the other hand, it can be projected vertically or positioned horizontally. Further, the paper placing plate (2) is provided with the side abutting plate (8) on one side surface, but it may be provided on the other side surface or both sides depending on the use condition.
【００２３】 また、紙揃え機構(１)は、防振ゴム等の防振具(１２)を介して紙載置板(２)を 受枠(１３)の上面側に固定する。また、この受枠(１３)を傾斜機構(１４)の上面 に接続している。この傾斜機構(１４)は、受枠(１３)の下面への接続部(１５)を 形成し、この接続部(１５)の外周方向に、一対の前部支持腕(１６)と、一対の後 部支持腕(１７)とを突出している。Further, the paper alignment mechanism (1) fixes the paper placing plate (2) to the upper surface side of the receiving frame (13) via a vibration isolator (12) such as an antivibration rubber. The receiving frame (13) is connected to the upper surface of the tilting mechanism (14). This tilting mechanism (14) forms a connecting portion (15) to the lower surface of the receiving frame (13), and a pair of front support arms (16) and a pair of rear supporting arms (16) are formed in the outer peripheral direction of the connecting portion (15). The part support arm (17) is projected.
【００２４】 また、一対の前部支持腕(１６)は、軸方向を垂直に位置する前部螺子杆(１８) (１９)を突出方向の先端部に固定する。この一対の前部螺子杆(１８)(１９)は、 先端を上方に位置し、この先端の突出長さを同一長さとしている。また、この一 対の前部螺子杆(１８)(１９)の突出長さは、紙載置板(２)を水平に位置した状態 で紙載置板(２)下の受枠(１３)を下から支持可能な長さとしている。また、一対 の前部支持腕(１６)は、受枠(１３)との間に押圧発条(２０)を介装しているFurther, the pair of front support arms (16) fix front screw rods (18) (19) vertically positioned in the axial direction to the front ends in the projecting direction. The front ends of the pair of front screw rods (18) and (19) are located at the upper side, and the protruding lengths of the front ends are the same. In addition, the protruding length of the pair of front screw rods (18) (19) is such that the receiving frame (13) under the paper placing plate (2) is positioned with the paper placing plate (2) positioned horizontally. The length can be supported from below. In addition, the pair of front support arms (16) has a pressing spring (20) interposed between the pair of front support arms (16).
【００２５】 また、この前部支持腕(１６)の後側に位置する一対の後部支持腕(１７)は、軸 方向を垂直に位置する後部螺子杆(２１)(２２)を、突出方向の先端部に各々固定 する。この後部螺子杆(２１)(２２)は、先端を上方に位置し、この先端を後部支 持腕(１７)から突出している。そして、一方の後部螺子杆(２１)は、紙載置板( ２)を水平に位置した状態で紙載置板(２)の下の受枠(１３)を下から支持可能な 突出長さとしている。また、傾斜目的の方向に位置する他方の後部螺子杆(２２) は、先端の突出長さを一方の後部螺子杆(２１)の突出長さよりも短く形成してい る。A pair of rear support arms (17) located on the rear side of the front support arms (16) are provided with rear screw rods (21) (22) which are vertically positioned in the axial direction, in the protruding direction. Fix each at the tip. The rear screw rods (21) and (22) have their tips located upward and project from the tips of the rear support arms (17). Then, one rear screw rod (21) has a protruding length that allows the receiving frame (13) under the paper placing plate (2) to be supported from below with the paper placing plate (2) positioned horizontally. There is. Further, the other rear screw rod (22) located in the direction of inclination is formed such that the protruding length of the tip is shorter than the protruding length of the one rear screw rod (21).
【００２６】 このように形成する事により、紙載置板(２)は、上記前部支持腕(１６)と受枠 (１３)間に介装した押圧発条(２０)の伸張復元力によって、突出長さを短く形成 した後部螺子杆(２１)の方向に傾斜する事が可能となる。また、この後部螺子杆 (２１)は、後部支持腕(１７)に対して先端の突出長さを調整する事により、紙載 置板(２)の傾斜角度を調整可能としている。By forming in this way, the paper placing plate (2) is projected by the extension restoring force of the pressing bar (20) interposed between the front support arm (16) and the receiving frame (13). It becomes possible to incline in the direction of the rear screw rod (21) having a short length. Further, the rear screw rod (21) can adjust the inclination angle of the paper placing plate (2) by adjusting the protruding length of the front end with respect to the rear support arm (17).
【００２７】 また、上面に紙載置板(２)を位置した傾斜機構(１４)は、下面に支持体(２３) を接続固定している。この支持体(２３)は、傾斜機構(１４)よりも幅広に形成し 、この両側の幅広部に押圧シリンダー(２４)(２５)を固定する。そして、この押 圧シリンダー(２４)(２５)の先端に設けた押圧部(２６)(２７)で傾斜状態の紙載 置板(２)の下面を押圧する事により、紙載置板(２)を水平な状態に移動可能とし ている。Further, the tilting mechanism (14) having the paper placing plate (2) positioned on the upper surface has the support body (23) fixedly connected to the lower surface. The support body (23) is formed wider than the tilting mechanism (14), and the pressing cylinders (24) and (25) are fixed to the wide portions on both sides thereof. Then, the pressing portions (26) and (27) provided at the tips of the pressing cylinders (24) and (25) press the lower surface of the paper placing plate (2) in an inclined state, so that the paper placing plate (2) ) Can be moved horizontally.
【００２８】 また、支持体(２３)は、床面上の基板(２８)から立ち上げた門型の支柱(２９) に摺動可能に接続している。この支持体(２３)は、両側の基端部にローラー保持 部(３０)を形成し、このローラー保持部(３０)で、支柱(２９)の外周を保持して いる。また、支持体(２３)は、上下動機構(３１)に接続している。Further, the support body (23) is slidably connected to a gate-shaped support column (29) which is erected from the substrate (28) on the floor surface. The supporting body (23) has roller holding portions (30) formed at the base ends on both sides, and the roller holding portions (30) hold the outer circumference of the column (29). Further, the support body (23) is connected to the vertical movement mechanism (31).
【００２９】 この上下動機構(３１)は、基板(２８)上に設置した原動機(３２)と、この原動 機(３２)に接続する一次側チェーン(３３)と、この一次側チェーン(３３)を介し て原動機(３２)に接続するとともに支柱(２９)の基端部に軸支した従動スプロケ ット部(３４)を形成している。また、上下動機構(３１)は、従動スプロケット部 (３４)の上部で対向位置する対向スプロケット部(３５)と、この対向スプロケッ ト部(３５)と従動スプロケット部(３４)間に介装するとともに支持体(２３)に接 続する二次側チェーン(３６)とを形成している。また、上記原動機(３２)は、ブ レーキ機構付のものであれば、確実な停止が可能となる。The vertical movement mechanism (31) includes a prime mover (32) installed on the substrate (28), a primary chain (33) connected to the prime mover (32), and the primary chain (33). And a driven sprocket portion (34) axially supported by the base end of the support column (29) while being connected to the prime mover (32). Further, the vertical movement mechanism (31) is provided between the opposed sprocket part (35) facing the upper part of the driven sprocket part (34) and between the opposed sprocket part (35) and the driven sprocket part (34). Together with this, it forms a secondary chain (36) connected to the support (23). Further, if the prime mover (32) has a break mechanism, it can be stopped reliably.
【００３０】 このように上下動機構(３１)を形成すると、原動機(３２)の回転により、一次 側チェーン(３３)および二次側チェーン(３６)を介して支持体(２３)を上下方向 に作動する事が可能となる。When the vertical movement mechanism (31) is formed in this way, the rotation of the prime mover (32) causes the support body (23) to move in the vertical direction via the primary side chain (33) and the secondary side chain (36). It is possible to operate.
【００３１】 また、上下動機構(３１)は、支持体(２３)の一部を感知するセンサー(３７)を 支柱(２９)に固定し、このセンサー(３７)により、紙載置板(２)を所定の高さ位 置に停止可能とする。Further, the vertical movement mechanism (31) fixes a sensor (37) for sensing a part of the support (23) to the support column (29), and the sensor (37) allows the paper placing plate (2) ) Can be stopped at a predetermined height.
【００３２】 上述の如く構成し、印刷、製本等の工程に於て、紙(４)の突揃えを行うには、 まず、傾斜状態の紙載置板(２)上に、図２に示す如く突揃えの紙(４)を載置する 。そして、振動発生機(３)を作動して、紙載置板(２)上の紙(４)に振動に与え、 傾斜方向に移動する紙(４)の端面を、側部突当板(８)と後部突当板(１０)とに突 当て、突揃えを行う。In order to align the papers (4) in the steps of printing, bookbinding, etc. configured as described above, first, as shown in FIG. 2, on the paper placing plate (2) in an inclined state. Place the paper (4) aligned like this. Then, the vibration generator (3) is actuated to give vibration to the paper (4) on the paper placing plate (2), and the end face of the paper (4) moving in the tilt direction is set to the side abutting plate ( 8) and the rear abutment plate (10), and align them.
【００３３】 そして、紙(４)の端面が揃った時点で、振動発生機(３)を停止し、紙載置板( ２)を水平に位置する。この紙載置板(２)の水平方向への移動は、図２に示す如 く収縮状態にある両側の押圧シリンダー(２４)(２５)を伸張し、この押圧シリン ダー(２４)(２５)の先端の押圧部(２６)(２７)を図３に示す如く上昇する。そし て、傾斜状態の紙載置板(２)は、一方の押圧部(２６)で下面を上方向に押圧され る。そのため、紙載置板(２)は、前部支持腕(１６)と受枠(１３)間に位置する押 圧発条(２０)の押圧力に抗して、水平な状態に位置する。また、一方の押圧部( ２６)の上昇に伴い、他方の押圧部(２７)の上昇も行うため、紙載置板(２)は、 ろ両側の下面を支持され、水平状態を安定的に維持できる。Then, when the end faces of the paper (4) are aligned, the vibration generator (3) is stopped and the paper placing plate (2) is positioned horizontally. The horizontal movement of the paper placing plate (2) expands the pressing cylinders (24) (25) on both sides in the contracted state as shown in FIG. 2, and the pressing cylinders (24) (25) are extended. The pressing portions (26) and (27) at the tip of are raised as shown in FIG. Then, the lower surface of the inclined sheet placing plate (2) is pressed upward by one pressing portion (26). Therefore, the paper placing plate (2) is positioned in a horizontal state against the pressing force of the pressing force generating member (20) located between the front support arm (16) and the receiving frame (13). Further, as one pressing portion (26) rises, the other pressing portion (27) also rises, so that the paper placing plate (2) is supported on the lower surfaces on both sides to stabilize the horizontal state. Can be maintained.
【００３４】 次に、紙載置板(２)を、所定の高さに移動するには、まず、上下動機構(３１) の原動機(３２)を回動する。この原動機(３２)の回転により、支柱(２９)の基端 部の従動スプロケット部(３４)は、一次側チェーン(３３)を介して回転する。そ して、従動スプロケット部(３４)と対向スプロケット部(３５)との間に介装した 二次側チェーン(３６)は上下方向に移動を行う。Next, in order to move the paper placing plate (2) to a predetermined height, first, the prime mover (32) of the vertical movement mechanism (31) is rotated. The rotation of the prime mover (32) causes the driven sprocket part (34) at the base end of the support column (29) to rotate via the primary chain (33). Then, the secondary chain (36) interposed between the driven sprocket part (34) and the opposing sprocket part (35) moves vertically.
【００３５】 そのため、二次側チェーン(３６)と接続した支持体(２３)は、紙載置板(２)を 水平に維持した状態で上下方向に移動する。そして、支持体(２３)が、支柱(２ ９)のセンサー(３７)と接触すると、原動機(３２)は回転を停止し、紙載置板(２ )は、図４に示す如く所定の高さで停止できる。この場合、原動機(３２)の停止 と同時にブレーキ機構を作動すれば、紙載置板(２)や紙(４)の重量によっても、 支持体(２３)は下がり落ちるような事はない。Therefore, the support body (23) connected to the secondary side chain (36) moves in the vertical direction while keeping the paper placing plate (2) horizontal. Then, when the support body (23) comes into contact with the sensor (37) of the column (29), the motor (32) stops rotating, and the paper placing plate (2) moves to a predetermined height as shown in FIG. You can stop. In this case, if the brake mechanism is operated at the same time when the prime mover (32) is stopped, the support body (23) will not fall down due to the weight of the paper placing plate (2) and the paper (4).
【００３６】 次に、紙載置板(２)の背面側で垂直に突出する後部突当板(１０)を、外方に展 開し、紙載置板(２)と水平な状態となるまで回転する。そして、加圧装置(７)を 作動し、紙載置板(２)の表面の玉弁(５)に加圧空気を供給する。この玉弁(５)を 設けた紙載置板(２)は、突揃えた紙(４)を載置しているため、紙(４)の重量が玉 弁(５)に加わり、押し下げ開弁状態の玉弁(５)から加圧空気が噴出する。そのた め、紙載置板(２)上の紙(４)は僅かに浮上し、紙(４)は、後部突当板(８)方向か ら容易に手押し等により移送が可能となるものである。Next, the rear abutting plate (10) that vertically protrudes on the back side of the paper placing plate (2) is extended outward to be in a horizontal state with the paper placing plate (2). Rotate up to. Then, the pressurizing device (7) is operated to supply pressurized air to the ball valve (5) on the surface of the paper placing plate (2). Since the paper mounting plate (2) provided with the ball valve (5) has the paper (4) aligned and arranged thereon, the weight of the paper (4) is added to the ball valve (5) and pushed down to open. Pressurized air is ejected from the ball valve (5) in the valve state. Therefore, the paper (4) on the paper placing plate (2) slightly floats, and the paper (4) can be easily transferred from the direction of the rear abutting plate (8) by pushing or the like. Is.
【００３７】 また、上記実施例では、上下動機構(３１)を、原動機(３２)、スプロケット部 (３４)、(３５)、チェーン(３３)、(３６)からなるチェーン駆動機構により形成 した。しかし、他の異なる実施例では、上下動機構(３１)を、原動機、原動機と 接続するギヤー部、このギヤー部を介して原動機と接続するボールネジ等からな るボールネジ駆動機構により形成する。そして、このボールネジ駆動機構により 支持体(２３)の作動を行えば、支持体(２３)の高精度の位置決め操作が可能とな る。Further, in the above embodiment, the vertical movement mechanism (31) is formed by the chain drive mechanism including the prime mover (32), the sprockets (34), (35), the chains (33) and (36). However, in another different embodiment, the vertical movement mechanism (31) is formed by a ball screw drive mechanism including a prime mover, a gear portion connected to the prime mover, and a ball screw connected to the prime mover via the gear portion. If the support body (23) is operated by this ball screw drive mechanism, a highly accurate positioning operation of the support body (23) becomes possible.
【００３８】 また、更に異なる実施例に於いては、上下動機構(３１)を、エアーシリンダー またはオイルシリンダー駆動機構により形成する。この、エアーシリンダーまた はオイルシリンダー駆動機構により上下動機構を形成すれば、支持体(２３)の迅 速な作動を廉価に行う事が可能となる。In a further different embodiment, the vertical movement mechanism (31) is formed by an air cylinder or oil cylinder drive mechanism. If the vertical movement mechanism is formed by the air cylinder or oil cylinder drive mechanism, the quick operation of the support (23) can be performed at low cost.
【００３９】[0039]
本考案は上述の如く、紙揃え機構を上下動機構により上下方向に移動可能とし ている。そのため、周辺装置との間で紙の移送を行う場合に、紙揃え機構を周辺 装置と同一の高さに移動できる。このため、作業者は、従来の如く重い紙を持っ て搬送する必要がなく、手押し等による移送が可能となり、省力化した簡易な作 業が可能となる。また、紙を持ち上げて移載する必要がないため、一度揃えた紙 が不揃いとなる虞れがない。 In the present invention, as described above, the paper alignment mechanism can be moved in the vertical direction by the vertical movement mechanism. Therefore, when the paper is transferred to and from the peripheral device, the paper alignment mechanism can be moved to the same height as the peripheral device. For this reason, the worker does not need to carry heavy paper as in the conventional case, and it can be transferred by pushing, etc., which enables labor-saving and simple work. Further, since it is not necessary to lift and transfer the paper, there is no fear that the paper once aligned will be misaligned.
【００４０】 また、リフター等の昇降装置を別個に設ける必要がないため、作業が複雑化す る事なく、設置スペースを小型化できるものである。Since it is not necessary to separately provide a lifting device such as a lifter, the installation space can be reduced without complicating the work.
【図１】斜視図。FIG. 1 is a perspective view.
【図２】紙の突揃え状態を示す正面図。FIG. 2 is a front view showing a butt alignment state of paper.
【図３】紙載置板を水平状態とした正面図。FIG. 3 is a front view of the paper placing plate in a horizontal state.
【図４】紙揃え機構を所定の高さに移動した状態を示す
正面図。FIG. 4 is a front view showing a state where the paper alignment mechanism is moved to a predetermined height.
【図５】玉弁を省略した状態の平面図。FIG. 5 is a plan view with a ball valve omitted.
【図６】拡大右側面図。FIG. 6 is an enlarged right side view.
１ 紙揃え機構 ２ 紙載置板 ３ 振動発生機 ４ 紙 ２３ 支持体 ２４ 押圧シリンダー ２５ 押圧シリンダー ３１ 上下動機構 1 Paper Alignment Mechanism 2 Paper Placement Plate 3 Vibration Generator 4 Paper 23 Support 24 Pressing Cylinder 25 Pressing Cylinder 31 Vertical Movement Mechanism
Claims (5)
載置板を設け、この紙載置板に振動発生機を接続すると
ともに紙載置板を水平状態から、突当板を下方に位置し
て傾斜可能とする紙揃え機構を形成し、この紙揃え機構
を、支持体に接続固定するとともに支持体を上下動機構
に接続して上下動可能とした事を特徴とする紙揃え装
置。1. A paper placing plate is provided by projecting a paper abutting plate on two intersecting sides, a vibration generator is connected to the paper placing plate, and the paper placing plate is abutted from the horizontal state. Is characterized by forming a paper aligning mechanism which is positioned below and can be tilted, and which is fixedly connected to a supporting body and is also vertically movable by connecting the supporting body to a vertically moving mechanism. Paper alignment device.
し、この幅広部に押圧シリンダーを固定した事を特徴と
する請求項１の紙揃え装置。2. The paper aligning device according to claim 1, wherein the support is formed wider than the tilting mechanism, and the pressing cylinder is fixed to the wide portion.
形成した事を特徴とする請求項１の紙揃え装置。3. The paper aligning device according to claim 1, wherein the vertical movement mechanism is formed by a chain drive mechanism.
り形成した事を特徴とする請求項１の紙揃え装置。4. The paper aligning device according to claim 1, wherein the vertical movement mechanism is formed by a ball screw driving mechanism.
オイルシリンダーにより形成した事を特徴とする請求項
１の紙揃え装置。5. The paper aligning device according to claim 1, wherein the vertical movement mechanism is formed by an air cylinder or an oil cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP044079U JPH0595955U (en) | 1992-06-02 | 1992-06-02 | Paper alignment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP044079U JPH0595955U (en) | 1992-06-02 | 1992-06-02 | Paper alignment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH0595955U true JPH0595955U (en) | 1993-12-27 |
Family
ID=12681620
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP044079U Pending JPH0595955U (en) | 1992-06-02 | 1992-06-02 | Paper alignment device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0595955U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101021104B1 (en) * | 2009-03-18 | 2011-03-14 | 구정민 | Printed media arranging Apparatus |
| US9095367B2 (en) | 2012-10-22 | 2015-08-04 | Ethicon Endo-Surgery, Inc. | Flexible harmonic waveguides/blades for surgical instruments |
| USD847990S1 (en) | 2016-08-16 | 2019-05-07 | Ethicon Llc | Surgical instrument |
| WO2023134988A1 (en) * | 2022-01-14 | 2023-07-20 | Koenig & Bauer Ag | Vibratory device and method for operating a vibratory device |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5551822A (en) * | 1978-10-07 | 1980-04-15 | Skf Kugellagerfabriken Gmbh | Top arm for double top roller of draft apparatus of spinning machine |
| JPS642973A (en) * | 1987-02-14 | 1989-01-06 | Genichi Ando | Paper stacking machine for printing |
-
1992
- 1992-06-02 JP JP044079U patent/JPH0595955U/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5551822A (en) * | 1978-10-07 | 1980-04-15 | Skf Kugellagerfabriken Gmbh | Top arm for double top roller of draft apparatus of spinning machine |
| JPS642973A (en) * | 1987-02-14 | 1989-01-06 | Genichi Ando | Paper stacking machine for printing |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101021104B1 (en) * | 2009-03-18 | 2011-03-14 | 구정민 | Printed media arranging Apparatus |
| US9095367B2 (en) | 2012-10-22 | 2015-08-04 | Ethicon Endo-Surgery, Inc. | Flexible harmonic waveguides/blades for surgical instruments |
| USD847990S1 (en) | 2016-08-16 | 2019-05-07 | Ethicon Llc | Surgical instrument |
| WO2023134988A1 (en) * | 2022-01-14 | 2023-07-20 | Koenig & Bauer Ag | Vibratory device and method for operating a vibratory device |
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