CN219341189U - Book layering stacking and pushing device - Google Patents

Abstract

The utility model provides a book layering stacking and pushing device, which comprises a working table plate, wherein one side of the working table plate is sequentially provided with a transmission panel, a step part and a book stacking panel, and the working table plate is provided with a stacking layering mechanism and a layering book pushing mechanism; the stacking and layering mechanism comprises a first linear slide rail and a layering slide block seat, a stacking and layering partition plate is arranged on the layering slide block seat, and the end part of the stacking and layering partition plate is parallel to the stacking panel of the book; the layered book pushing mechanism comprises a book pushing chain, wherein a layered book pushing block is arranged on the book pushing chain, layered inserting sheets are arranged on the layered book pushing block, and the thicknesses of the layered book pushing block on two sides of the layered inserting sheets are different; the stacking layered partition plates and the layered inserting plates are close to each other when moving to the front end of the stacking panel of the book; the workbench plate can be further provided with a stacking and clapping mechanism and a layered conveying mechanism. The device can realize the centering alignment of binding holes in the process of stacking and pushing paper sheets with different sizes, can be applied to automatic binding equipment with paper sheets with different sizes, and greatly improves the processing efficiency.

Description

Book layering stacking and pushing device

Technical Field

The utility model belongs to the technical field of processing and manufacturing equipment of booklet products, and particularly relates to a booklet layering stacking booklet pushing device.

Background

In the collection stage of the book type punching binding equipment after paper punching, the steps of layered transportation, stacking, beating, book pushing and the like are generally needed, and after the punched paper is collected and stacked according to the number of one book, the book is pushed to the next working procedure for coil binding. At present, the common stacking and pushing device can only collect, stack and push the paper sheets with the same size, if the paper sheets with different sizes are collected, the holes on the same stack of paper sheets are misplaced, and the next coil binding operation can not be smoothly performed. At present, the size of a cover page is slightly wider than that of an inner page of a loose-leaf book or desk calendar bound by partial coils on the market, the cover pages and the inner pages with different sizes are difficult to be continuously and automatically collected and stacked into a whole book according to intervals by the conventional equipment and are pushed to a coil binding position, a user usually needs to automatically collect the punched cover pages and the inner pages, the whole book is placed in the binding position to be bound by coils, the process is complex, the efficiency is low, and the automatic production requirement of a production line is not met.

Disclosure of Invention

Aiming at the defects of the prior art, the utility model provides a device capable of stacking and pushing paper sheets of different sizes in layers at the same time. In order to achieve the technical purpose, the utility model adopts the following technical scheme:

the book stacking and pushing device comprises a working table plate which is horizontally arranged, wherein one side of the working table plate is provided with a vertical transmission panel, the tail end of the transmission panel is provided with an inward step part, the step part is connected with a book stacking panel which is parallel to the transmission panel, and the working table plate is also provided with a stacking and layering mechanism and a layering and pushing mechanism; the stacking and layering mechanism comprises a first linear sliding rail arranged on the working table plate and a layering sliding block seat capable of moving along the first linear sliding rail, stacking and layering partition plates are arranged on the layering sliding block seat, the end parts of the stacking and layering partition plates are parallel to the stacking panel of the book, and when the layering sliding block moves, the end parts of the stacking and layering partition plates are driven to move on two sides of the step part; the layering book pushing mechanism comprises a rotatable book pushing chain which is arranged along a plane perpendicular to the stacking panel of the book, one section of the book pushing chain runs along the back surface of the stacking panel of the book, a plurality of layering book pushing blocks facing to the outer side are equidistantly arranged on the book pushing chain, layering inserting sheets facing to the advancing direction are arranged on the layering book pushing blocks, and the thicknesses of the layering book pushing blocks on two sides of the layering inserting sheets are different; the positions of the layered inserting sheets and the stacked layered partition plates when the ends of the layered inserting sheets and the stacked layered partition plates move to the front end of the stacked panel of the book are close to each other and the distance between the layered inserting sheets and the stacked layered partition plates is the same as that between the layered inserting sheets and the stacked panel of the book.

Preferably, the bottom of the transmission panel is provided with a layered transmission supporting plate, the bottom of the book stacking panel is provided with a book stacking supporting plate, the outer side of the book stacking supporting plate is provided with a stacking clapping plate, and the tail end of the book stacking panel is provided with a movable blocking sheet.

Further, the stacking flap plate can reciprocate in a direction perpendicular to the stacking panel of the book.

Preferably, the layering pushes away this piece and includes the connecting block, pushes away this seat and layering inserted sheet mount pad, pushes away this seat and installs on pushing away this chain through the connecting block, and layering inserted sheet mount pad is installed push away in the mounting groove on this seat, layering inserted sheet setting is close to the one side of pushing away this chain at layering inserted sheet mount pad, and layering inserted sheet mount pad outer terminal surface is slightly higher than and pushes away this seat surface.

Further, an adjusting gasket is arranged between the layered inserting piece mounting seat and the book pushing seat.

Preferably, the stacking and clapping mechanism is further arranged on the working table plate, the stacking and clapping mechanism comprises a second linear sliding rail arranged on the working table plate and a clapping and clapping sliding block seat capable of reciprocating along the second linear sliding rail, a paper pushing frame is arranged on the clapping and clapping sliding block seat, a plurality of stacking and pushing claws are arranged on the paper pushing frame along the direction parallel to the stacking panel of the book, step surfaces are arranged at the end parts of the stacking and pushing claws, and when the clapping and clapping sliding block seat moves, the stacking and pushing claws are driven to reciprocate between the step parts and the front end of the stacking panel of the book along the advancing direction of the book.

Further, a detachable positioning block is arranged at the end part of the stacking paper pushing claw, and a step surface is formed at the end part of the stacking paper pushing claw by the positioning block.

Preferably, the clapping slide block seat is driven by an eccentric cam arranged on the working table plate through a swing rod, and a tension spring is connected between the swing rod and the slide block seat.

Preferably, the workbench plate is further provided with a layered conveying mechanism, the layered conveying mechanism comprises an inner synchronous belt and an outer synchronous belt which are respectively arranged on two sides of the conveying panel along the same horizontal plane, the conveying panel is provided with a strip-shaped notch along the horizontal direction, and the inner synchronous belt and the outer synchronous belt are respectively provided with an edge notch which are mutually close and run at the same speed in the same direction.

Further, a supporting plate is arranged on the workbench plate, a supporting roller of the outer synchronous belt is arranged on the supporting plate, a height-adjustable roller mechanism is arranged on the supporting plate, an adjusting roller supported on the inner side of the outer synchronous belt is arranged on the height-adjustable roller mechanism, the outer synchronous belt is attached to the inner synchronous belt on one side of the adjusting roller, the outer side of the other side of the adjusting roller extends out obliquely, and the position of the adjusting roller is adjustable in the direction of approaching or keeping away from the inner synchronous belt.

Compared with the prior art, the utility model has the beneficial effects that: the cooperation between the stacking layered partition plates and the layered book pushing blocks can realize centering alignment of binding holes when stacking and pushing the whole books of the paper sheets with different sizes after punching, and the whole stack of the paper sheets with different sizes can be directly pushed to the next coil binding process without manually collecting the outer pages and the inner pages of the stacked book, so that the working efficiency is greatly improved; the layered conveying mechanism utilizes the cooperation between the inner synchronous belt and the outer synchronous belt and the adjustment of the spacing of the synchronous belt by the adjusting roller, so that the multilayer paper with different thicknesses can be conveyed more stably; the step surface design of the end parts of the stacking paper pushing claws in the stacking and beating mechanism can beat paper with different sizes when stacking, and the tension spring structure can prevent the paper from being deformed due to overlarge extrusion force when beating.

Drawings

Fig. 1: the whole structure of the utility model is schematically shown.

Fig. 2: the partial structure of the part A of the utility model is schematically shown.

Fig. 3: the utility model is schematically illustrated in top plan view.

Fig. 4: the utility model is schematically shown from the bottom.

Fig. 5: the utility model discloses a three-dimensional structure schematic diagram of a stacking layering mechanism and a layering book pushing mechanism.

Fig. 6: the utility model discloses a split structure schematic diagram of a layered pushing block.

Fig. 7: the structure of the stacking and beating mechanism is schematically shown in the utility model.

Fig. 8: the structure of the layered conveying mechanism is schematically shown in the utility model.

In each figure: 1. a work platen; 11. a transmission panel; 111. a notch; 12. a step portion; 13. stacking panels of the book; 14. layered conveying supporting plates; 15. stacking supporting plates of books; 16. stacking the patting plates; 17. a movable baffle; 18. a rotating shaft; 2. a stacking layering mechanism; 21. a first linear slide rail; 22. a layered slider seat; 23. stacking layered separators; 3. a layered book pushing mechanism; 31. pushing the book chain; 32. layering and pushing the book block; 321. a connecting block; 322. pushing the base; 323. a layered insert mounting seat; 324. adjusting the gasket; layering inserting sheets; 4. stacking and beating up mechanisms; 41. the second linear slide rail; 42. 3, shooting the sliding block seat; 43. a paper pushing frame; 44. stacking paper pushing claws; 45. a positioning block; 46. swing rod; 47. an eccentric cam; 48. a tension spring; 5. a layered transport mechanism; 51. an inner timing belt; 52. an outer timing belt; 53. a support plate; 54. height-adjustable roller mechanism; 541. adjusting the roller; 542. and (5) adjusting a bolt.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and fully with reference to the accompanying drawings, in which it is evident that the embodiments described are only some, but not all embodiments of the utility model. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

The utility model provides a album layering stack pushes away native device, is shown with reference to fig. 1 through 4, including the work platen 1 that the level set up, one side of work platen 1 is equipped with vertical transmission panel 11, and transmission panel 11's end has inwards step portion 12, and step portion 12 is connected with the album that is parallel with transmission panel 11 and piles up panel 13, and this album piles up panel 13 at transmission panel 11's end and forms an inwards concave stack area, and the paper that accomplishes the punching is divided into a plurality of layers, piles up along transmission panel 11 through step portion 12 to the stack area that this album piles up panel 13 corresponds. In a specific application, the transmission panel 11 and the book stacking panel 13 have a certain backward inclined angle, so that the paper can run along the panel more stably, the bottom of the transmission panel 11 is provided with a layered transmission supporting plate 14, the bottom of the book stacking panel 13 is provided with a book stacking supporting plate 15, the outer side of the book stacking supporting plate 15 is provided with a stacking flap plate 16, the stacking flap plate 16 can reciprocate along the direction perpendicular to the transmission panel 11, and if the paper is not smooth enough when being transmitted to the book stacking panel 13, for example, a certain arch exists, the paper can be flatly beaten through the reciprocating motion of the stacking flap plate 16, and the stacking flap plate 16 can be driven through a sliding rail and a cylinder arranged on the working platen 1; the tail end of the book stacking panel 13 is provided with a movable baffle 17, the movable baffle 17 is driven to reciprocally rotate by a rotating shaft 18 parallel to the book stacking panel 13, when paper is stacked, the movable baffle 17 is perpendicular to the book stacking panel 13 to block the paper, and when the stacking is completed, the movable baffle 17 is driven to rotate by the rotating shaft 18, so that the stacked paper is pushed forward. The working table plate 1 is also provided with a stacking and layering mechanism 2 and a layering and book pushing mechanism 3, and referring to fig. 5, the stacking and layering mechanism 2 comprises a first linear slide rail 21 arranged on the working table plate 1 and a layering slide block seat 22 capable of moving along the first linear slide rail, a stacking and layering partition plate 23 is arranged on the layering slide block seat 22, the end part of the stacking and layering partition plate 23 is parallel to the book stacking panel 13, and when the layering slide block seat 23 moves, the end part of the stacking and layering partition plate 23 is driven to reciprocate on two sides of the step part 12; the layered book pushing mechanism 3 comprises a rotatable book pushing chain 31 which is arranged along a plane perpendicular to the book stacking panel 13, one section of the book pushing chain 31 runs along the back surface of the book stacking panel 13, a plurality of outward layered book pushing blocks 32 are equidistantly arranged on the book pushing chain 31, and when the book pushing chain 31 runs along the back surface of the book stacking panel 13, the layered book pushing blocks 32 pass through the front surface through the bottom or the opening part of the book stacking panel 13 and push upper paper stacked on the book stacking panel 13 to be conveyed to one station. The layered pushing block 32 is provided with layered inserting sheets 33 along the running direction, and the layered pushing block 32 has different thicknesses at two sides of the layered inserting sheets 33; the end portions of the layering insert 33 and the stacking layering partition 23 are moved to the front end of the stacking panel 13 of the book at positions close to each other and at the same distance from the stacking panel 13 of the book.

The bookbinding device provided by the utility model can realize that binding holes on all papers are mutually aligned when the papers with different width sizes are pushed forward in the whole booklet after being stacked through the cooperation between the stacking layered separator 23 and the layered bookbinding block 32. The working process and principle are as follows: the punched paper is transferred from the transfer panel 11 to the corresponding stacking area of the stacking panel 13 of the book through the step portion 12, the large-size paper is transferred and stacked first, after the large-size paper is stacked, the end portion of the stacking layered partition 23 moves from the front side of the step portion 12 to the front area of the stacking panel 13 of the book, then the small-size paper is transferred, the stacking layered partition 23 separates the large-size paper from the small-size paper, a certain gap is formed between the large-size paper and the small-size paper, when the paper of a complete book is stacked, the pushing chain 31 starts to operate and advance, and as the layered inserting sheet 33 on the layered pushing block 32 moves to the front end of the stacking panel 13 of the book and has the same distance as the stacking layered partition 23 of the book, when the layered pushing block 32 moves forwards, the layered inserting sheet 33 is inserted by the gap between the large-size paper separated by the stacking layered partition 23, and the small-size inserting sheet is respectively positioned on two sides of the layered inserting sheet 33. Because the thickness of the layering pushing block at two sides of the 32 layering inserting sheet 33 is different, when the whole stack of paper is pushed forward, a certain front-back difference exists between the large-size paper and the small-size paper, so that the alignment of holes of the whole stack of paper during stacking and pushing is realized. The book or calendar suitable for the device generally comprises a front cover page with larger width, a back cover page and an inner page with smaller width, when the front cover page and the back cover page are stacked, the inner page with smaller width is stacked, the number of the inner pages is more, the inner pages can be transmitted for several times, and after the double-coil binding is completed, the back cover page is turned to the tail of the book. The layered sliding block seat 22 can be driven by an air cylinder arranged on the working table plate 1, the pushing chain 31 is driven and positioned by a chain wheel arranged on the working table plate 1, and the actions of all driving parts can be controlled by a controller to perform cooperative actions through a preset program.

The specific structure of the layered book pushing block 32 is shown with reference to fig. 6, and the layered book pushing block 32 comprises a connecting block 321, a book pushing seat 322 and a layered inserting sheet mounting seat 323, wherein the book pushing seat 322 is mounted on the book pushing chain 31 through the connecting block 321, faces to the outer side, the layered inserting sheet mounting seat 323 is mounted in a mounting groove on the book pushing seat 322, the layered inserting sheet 33 is arranged on one side, close to the book pushing chain 31, of the layered inserting sheet mounting seat 323, the outer end face of the layered inserting sheet mounting seat 323 is slightly higher than the surface of the book pushing seat 322, and the difference value of the two heights is matched with the difference value of the single-side width of the large-size paper. When the layering pushing block 32 pushes the paper forward, the layering inserting sheet 33 is inserted between the paper of a large size and a small size, the part of the pushing block 322 with a low surface pushes the paper of a large size, and the part of the layering inserting sheet mounting block 323 with a high outer end face pushes the paper of a small size. In order to adapt to books of different specifications, in a preferred embodiment, an adjusting pad 324 is disposed between the layered insert mounting seat 323 and the book pushing seat 322, and the adjusting pad 324 has specifications of various thicknesses, and can adapt to paper sheets of various sizes and differences.

In order to better maintain the alignment state during stacking of the papers, the layering pushing block 32 is convenient to push the whole stack of papers better, in a preferred embodiment, the workbench plate 1 is further provided with a stacking and aligning mechanism 4, the specific structure of which is shown in fig. 7, the stacking and aligning mechanism comprises a second linear sliding rail 41 arranged on the workbench plate 1 and an aligning sliding block seat 42 which reciprocates along the second linear sliding rail 41, a paper pushing frame 43 is arranged on the aligning sliding block seat 42, a plurality of stacking and pushing claws 44 are arranged on the paper pushing frame 43 along the direction parallel to the stacking panel 13 of the book, the end parts of the stacking and pushing claws 44 are provided with step surfaces, and in particular, a detachable positioning block 45 is arranged at the end parts of the stacking and pushing claws 44 to form the step surfaces, and the positioning block 45 can be replaced according to the specifications of the book. When the beat-up sliding block seat 42 moves, the stacking paper pushing claw 44 is driven to reciprocate between the step part 12 and the front end of the stacking panel 13 of the book along the advancing direction of the book, the step surface at the end part of the stacking paper pushing claw 44 is matched with the width of the stacked paper with the same size, the stacking paper pushing claw 44 keeps a small movement stroke at the front end of the stacking panel 13 of the book, and the end part of the stacking paper pushing claw is tapped on the side edge of the stacked paper, so that the stacked paper keeps a good binding hole alignment state. The beat-up sliding block seat 42 can be driven by an eccentric cam 47 arranged on the working table plate 1 through a swinging rod 46, a tension spring 4 is connected between the swinging rod 46 and the sliding block seat 42, and the structure of the tension spring can avoid deformation of paper caused by overlarge extrusion force during beat-up.

In order to enable the paper to enter the stacking area more smoothly, in a preferred embodiment, a layered conveying mechanism 5 is arranged on a workbench plate 1, the structure of the layered conveying mechanism is shown in fig. 8, the layered conveying mechanism comprises an inner synchronous belt 51 and an outer synchronous belt 52 which are respectively arranged on two sides of the conveying panel 11 along the same horizontal plane, a strip-shaped gap 111 is formed on the conveying panel 11 along the horizontal direction, and one side edge of each of the inner synchronous belt 51 and the outer synchronous belt 52 is mutually close to each other along the gap 111 and runs at the same speed along the same direction; the workbench plate 1 is provided with a supporting plate 53, the supporting rollers of the outer synchronous belt 52 are arranged on the supporting plate 53, the supporting plate 53 is provided with a height-adjustable roller mechanism 54, the height-adjustable roller mechanism 54 is provided with an adjusting roller 541 supported on the inner side of the outer synchronous belt 52, the outer synchronous belt 52 is attached to the inner synchronous belt 51 on one side of the adjusting roller 541, the other side of the outer synchronous belt 52 extends out obliquely and outwards, one side of the adjusting roller 541 is provided with an opening which is outwards opened, and the position of the adjusting roller 541 is adjustable in a direction approaching or far away from the inner synchronous belt 51. The paper enters from the opening of the outer synchronous belt 52, is conveyed forward by the belt section clips of the outer synchronous belt 52 and the inner synchronous belt 51, is conveyed into the paper stacking area by the tail end of the conveying panel 11, and can be conveyed by a common conveying belt or a pushing chain before entering the layered conveying mechanism 5. The position of the adjusting roller 541 in the direction approaching or separating from the inner synchronous belt 51 is adjusted, so that the distance between the inlets of the belt sections running in the same direction of the outer synchronous belt 52 and the inner synchronous belt 51 can be adapted to paper or multiple layers of paper with different thicknesses, the belt and the paper can be better attached, and the position of the adjusting roller 541 can be adjusted by the adjusting bolt 542 arranged on the supporting plate 53. In a specific application, the inner synchronous belt 51 and the outer synchronous belt 52 are two layers of upper and lower layers parallel to each other, the two layers of synchronous belts run synchronously, and the transmission of the multi-layer paper is more stable.

In summary, the booklet stacking and pushing device can effectively solve the problem that binding holes cannot be aligned in the middle when the booklets containing different sizes of paper are stacked and pushed by the existing booklet stacking and pushing device, has high utilization value and use meaning, and can be popularized and applied in a large amount.

While the foregoing is directed to the preferred embodiments of the present utility model, it will be appreciated by those skilled in the art that various modifications and adaptations can be made without departing from the principles of the present utility model, and such modifications and adaptations are intended to be comprehended within the scope of the present utility model.

Claims (10)

1. The utility model provides a album layering piles up and pushes away native device, includes work platen (1) that the level set up, its characterized in that: a vertical transmission panel (11) is arranged on one side of the working table plate (1), an inward step part (12) is arranged at the tail end of the transmission panel (11), the step part (12) is connected with a book stacking panel (13) parallel to the transmission panel (11), and a stacking and layering mechanism (2) and a layering book pushing mechanism (3) are further arranged on the working table plate (1);

the stacking and layering mechanism (2) comprises a first linear sliding rail (21) arranged on the workbench plate (1) and a layering sliding block seat (22) capable of moving along the first linear sliding rail (21), a stacking and layering partition plate (23) is arranged on the layering sliding block seat (22), the end part of the stacking and layering partition plate (23) is parallel to the stacking panel (13) of the book, and when the layering sliding block seat (22) moves, the end part of the stacking and layering partition plate (23) is driven to move on two sides of the step part (12);

the layering book pushing mechanism (3) comprises a rotatable book pushing chain (31) which is arranged along a plane perpendicular to the book stacking panel (13), one section of the book pushing chain (31) runs along the back surface of the book stacking panel (13), a plurality of layering book pushing blocks (32) facing to the outer side are equidistantly arranged on the book pushing chain (31), layering inserting pieces (33) are arranged on the layering book pushing blocks (32) along the advancing direction, and the thicknesses of the layering book pushing blocks (32) on two sides of the layering inserting pieces (33) are different; the positions of the layered inserting sheets (33) and the stacked layered partition plates (23) when the ends of the layered inserting sheets and the stacked layered partition plates move to the front end of the stacking panel (13) of the book are close to each other and the distance between the layered inserting sheets and the stacked layered partition plates is the same as the distance between the layered inserting sheets and the stacked panel (13) of the book.

2. A book layered stacking book pushing device as defined in claim 1, wherein: the bottom of transmission panel (11) is equipped with layering transmission layer board (14), the bottom of this volume stack panel (13) is equipped with this volume stack layer board (15), the outside of this volume stack layer board (15) is equipped with stacks and beats flat board (16), the end of this volume stack panel (13) is equipped with movable separation blade (17).

3. A book layered stacking book pushing device as defined in claim 2, wherein: the stacking flap plate (16) is reciprocable in a direction perpendicular to the book stacking panel (13).

4. A book layered stacking book pushing device as defined in claim 1, wherein: the layering pushes away originally piece (32) including connecting block (321), push away originally seat (322) and layering inserted sheet mount pad (323), it installs through connecting block (321) to push away originally on chain (31) to push away originally seat (322), layering inserted sheet mount pad (323) are installed push away originally in the mounting groove on seat (322), layering inserted sheet (33) set up layering inserted sheet mount pad (323) are close to push away one side of this chain (31), layering inserted sheet mount pad (323) outer terminal surface slightly is higher than push away originally seat (322) surface.

5. A book layered stacking book pushing device as defined in claim 4, wherein: an adjusting gasket (324) is arranged between the layered inserting piece mounting seat (323) and the book pushing seat (322).

6. A book layered stacking book pushing device as defined in claim 1, wherein: the stacking and trimming mechanism is characterized in that the workbench plate (1) is further provided with a stacking and trimming mechanism (4), the stacking and trimming mechanism (4) comprises a second linear sliding rail (41) arranged on the workbench plate (1) and a trimming sliding block seat (42) which moves reciprocally along the second linear sliding rail (41), a paper pushing frame (43) is arranged on the trimming sliding block seat (42), a plurality of stacking and trimming claws (44) are arranged on the paper pushing frame (43) along the direction parallel to the stacking panel (13) of the book, the end part of the stacking and trimming claws (44) is provided with a step surface, and when the trimming sliding block seat (42) moves, the stacking and trimming claws (44) are driven to reciprocate between the step part (12) and the front end of the stacking panel (13) of the book along the advancing direction of the book.

7. The book layering stacking and pushing device according to claim 6, wherein: the end part of the stacking paper pushing claw (44) is provided with a detachable positioning block (45), and the positioning block (45) forms a step surface at the end part of the stacking paper pushing claw (44).

8. The book layering stacking and pushing device according to claim 6, wherein: the beat-up sliding block seat (42) is driven by an eccentric cam (47) arranged on the working table plate (1) through a swinging rod (46), and a tension spring (48) is connected between the swinging rod (46) and the sliding block seat (42).

9. A book layered stacking book pushing device as defined in claim 1, wherein: still be equipped with layering transport mechanism (5) on work platen (1), layering transport mechanism (5) are in including setting up respectively along same horizontal plane interior hold-in range (51) and outer hold-in range (52) of transmission panel (11) both sides, bar breach (111) have been seted up along the horizontal direction on transmission panel (11), interior hold-in range (51) with outer hold-in range (52) have a border respectively breach (111) are close to each other and the same direction is with the speed operation.

10. A book layered stacking book pushing device as defined in claim 9, wherein: be equipped with backup pad (53) on work platen (1), the backing roll setting of outer hold-in range (52) is in backup pad (53), be equipped with adjustable height gyro wheel mechanism (54) in backup pad (53), be equipped with on adjustable height gyro wheel mechanism (54) and support on outer hold-in range (52) inboard regulating roller (541), outer hold-in range (52) are in the limit of regulating roller (541) one side with interior hold-in range (51) laminating mutually, the limit slant outside of opposite side stretches out, the position of regulating roller (541) is being close to or keeping away from in the direction of hold-in range (51) is adjustable.

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