CN113602022B - Page mounting book production line - Google Patents

Abstract

The invention discloses a page mounting book production line, which comprises the following steps: a frame; the mounting book sliding part comprises a mounting book slide rail extending along the left-right direction, and a plurality of mounting page openings which are arranged at intervals left and right are arranged on the mounting book slide rail; the front page stacking device is arranged on the right side of the mounting book slideway and is used for stacking front pages of the mounting books on the right side of the mounting book slideway; a plurality of mounting page supply parts which are arranged in one-to-one correspondence with the mounting page openings and are used for supplying mounting pages with sizing materials coated on the surfaces of the mounting page slideway, and the sizing materials are attached to the surfaces of the mounting page slideway facing the mounting book; the page pushing mechanism comprises a page pushing block, the page pushing block penetrates into the mounting book slideway and the mounting page slideway through a page pushing through groove, and the page pushing block is driven to move along the left-right direction; and a plurality of page mounting pressing parts which are arranged in one-to-one correspondence with the page mounting openings. The page mounting book production line is simple in structure, simple in action and capable of efficiently and conveniently realizing the adhesion of the front page and the page mounting.

Description

Page mounting book production line

Technical Field

The invention relates to the field of book production, in particular to a page mounting book production line.

Background

Page mounted books (or called cardboard books) are a type of book that is formed by page mounting, which is formed by gluing a plurality of individual pages. At present, when the pages are mounted, the pages are required to be positioned and then placed on another page, so that the mounting of the two pages is realized, the specific requirement is that firstly, the mounting pages are carried to the mounting volume, then, the mounting volume and the mounting pages are uniformly beaten through a driving mechanism, and finally, the pages are tightly pressed by a pressing mechanism, so that the mounting pages are tightly pressed on the mounting volume. The structure required by the realization of the page mounting book at present is more complicated, the actions are more, and the structure of the page mounting material loading is also more complicated, so that the improvement space still exists in the prior art.

Disclosure of Invention

The present invention aims to solve at least one of the technical problems existing in the prior art.

The invention provides a page mounting book production line, which comprises:

a frame;

the mounting book sliding part comprises a mounting book slide rail extending along the left-right direction, and a plurality of mounting page openings which are arranged at intervals left and right are arranged on the mounting book slide rail;

the front page stacking device is arranged on the right side of the mounting book slideway and is used for stacking front pages of the mounting books on the right side of the mounting book slideway;

the mounting page supplying components are arranged in one-to-one correspondence with the mounting page openings and comprise mounting page slideways extending left and right and a glue passing machine, the mounting page slideways are communicated with the mounting page slideways at the mounting page openings, the mounting page slideways and the mounting page slideways are respectively provided with left and right extending page pushing through grooves, the glue passing machine is used for feeding mounting pages with glue on the surfaces of the mounting page slideways, and the glue is attached to the surfaces of the mounting page facing the mounting page slideways;

the page pushing mechanism comprises a page pushing block, the page pushing block penetrates into the mounting book slideway and the mounting page slideway through the page pushing through groove, and the page pushing block is driven to move along the left-right direction;

the page mounting and pressing parts are arranged in one-to-one correspondence with the page mounting openings and comprise a plurality of pressing parts, the pressing parts face the page mounting openings, the pressing parts extend leftwards at the page mounting openings, and pressing intervals for pressing the page are formed between the pressing parts and the rear side wall of the page mounting and pressing slide way.

The invention has the beneficial effects that: when the page mounting book production line is used, the front page of the page mounting book is stacked on the front page stacking device, the page pushing block pushes the front page to slide along the page mounting slideway, meanwhile, as the page pushing block also penetrates into the page mounting slideway, the page mounting put into the page mounting slideway moves along with the page pushing block, the page mounting slides to the page mounting opening to be pressed on the front page by the pressing piece at the pressing interval, and the page mounting line has the advantages of simple structure, simple action and high efficiency and convenience for bonding the front page and the page mounting; in addition, the sizing material is only adhered to the surface of the mounting page facing the mounting book slideway, and the single-sided sizing can be stably ensured in the process of mounting the page, so that the sizing material is prevented from being adhered to other positions.

As some sub-aspects of the foregoing technical solution, the front page stacking apparatus includes:

the page folding frame comprises a page folding backup plate and a page folding supporting plate, the page folding supporting plate is inclined downwards from front to back, the page folding backup plate is connected with the book mounting slideway, and the rear end of the page folding supporting plate is led to the book mounting slideway;

the upper page switching driver is arranged on the frame and is in driving connection with the page folding frame to drive the page folding supporting plate to be far away from or close to the page folding backup plate;

The sheet stacking conveying belt comprises a sheet stacking conveying surface, wherein the sheet stacking conveying surface extends along the top surface of the sheet stacking supporting plate and is arranged on the top surface of the sheet stacking supporting plate.

As some sub-schemes of the above technical scheme, the mounting sliding way comprises a mounting pad plate and a mounting sliding backing plate which extend along the left-right direction, the mounting pad plate and the mounting sliding backing plate are all arranged on the frame, the mounting sliding backing plate is inclined backwards, the mounting sliding backing plate and the mounting pad plate jointly form the mounting sliding way, a mounting page opening is formed on the mounting sliding backing plate, and a page pushing through groove for the page pushing block to extend is formed on the mounting sliding backing plate.

As some sub-schemes of the above technical scheme, the page mounting slideway comprises a page mounting backing plate, a page mounting sliding backing plate and a page mounting connecting plate, wherein the page mounting backing plate, the page mounting sliding backing plate and the page mounting sliding backing plate extend in the left-right direction, are all arranged on the frame, the page mounting sliding backing plate and the page mounting sliding backing plate are connected through the page mounting connecting plate, the page mounting sliding backing plate is inclined backwards, the page mounting sliding backing plate, the page mounting connecting plate and the page mounting backing plate jointly form a page mounting channel, and page mounting sliding backing plate and the page mounting connecting plate are provided with page pushing through grooves for the page pushing blocks to penetrate.

As some sub-schemes of the technical scheme, the page mounting slide way further comprises a top substrate and a buffer elastic piece, wherein the top substrate and the buffer elastic piece are connected with the frame, a page mounting inlet is formed in the top substrate, the buffer elastic piece is located below the page mounting inlet, the buffer elastic piece stretches into the page mounting slide way, the page mounting slide way is located in front of the page mounting slide way, the buffer elastic piece is arranged between the page mounting slide way and the page mounting slide way, and the buffer elastic piece is inclined downwards from the front to the back in-process of extending.

As some sub-schemes of the above technical scheme, the laminator comprises:

a glue machine bracket;

the glue collecting mechanism comprises a glue groove which is arranged on the glue machine bracket and connected with the glue machine bracket;

the glue passing mechanism comprises a glue passing roller positioned above the glue groove and a press roller arranged adjacent to the glue passing roller, and a page discharging gap is formed between the press roller and the glue passing roller;

the glue thickness adjusting mechanism comprises a glue scraping roller and a glue scraping adjusting assembly, wherein the glue scraping roller is arranged adjacent to the glue passing roller, a glue thickness gap is formed between the glue scraping roller and the glue passing roller, and the glue scraping adjusting assembly is used for adjusting the glue thickness gap;

And the paper feeding guide mechanism is used for guiding and conveying the paper to the glue passing roller.

As some sub-schemes of the above technical scheme, further, the doctor blade adjusting assembly includes a doctor blade fixed point threaded sleeve, a doctor blade adjusting stud, a doctor blade tension spring, a doctor blade housing, two doctor blade housings are all hinged with the rubber machine support, the doctor blade roller is located between the two doctor blade housings, two sides of the doctor blade roller are respectively connected with the two doctor blade housings in a rotating manner, the doctor blade fixed point threaded sleeve is arranged on the rubber machine support, the doctor blade adjusting stud is in threaded connection with the doctor blade housing in a threaded manner, two ends of the doctor blade tension spring are respectively connected with the rubber machine support, so that the doctor blade adjusting stud is in a holding manner with the doctor blade housing.

As some sub-schemes of the technical scheme, the press roller comprises an upper press roller, the glue passing mechanism further comprises an upper housing and an upper roller adjusting assembly, the upper housing is rotatably arranged on the glue machine support, the upper press roller is rotatably arranged between the upper housing, the upper roller adjusting assembly is used for rotating and locking the upper housing, the frame is provided with a glue machine guide block extending along the front-back direction, the upper roller adjusting assembly comprises an upper roller adjusting screw rod, an upper roller sliding block and an upper roller reset tension spring, the upper roller sliding block is provided with an upper roller adjusting screw hole, the upper roller sliding block is in sliding connection with the glue machine guide block, the upper roller sliding block is in abutting connection with the upper portion of the upper housing, the upper roller reset tension spring is arranged between the upper roller sliding block and the upper housing, and two ends of the upper roller reset tension spring are respectively connected with the glue machine support and the upper housing, so that the upper housing and the upper roller sliding block are kept in abutting connection.

As some sub-schemes of the above technical scheme, the page mounting book production line further comprises a page mounting and discharging device, and the page mounting and discharging device comprises:

the discharging table is arranged on the frame, and is provided with discharging sliding grooves which extend along the left-right direction and are positioned at the left side of the mounting book sliding way;

the pushing and transferring mechanism comprises a pushing and transferring driving assembly and a pushing and transferring block, wherein the pushing and transferring driving assembly is arranged on the frame and is in driving connection with the pushing and transferring block to drive the pushing and transferring block to slide along the pushing and transferring groove.

As some sub-aspects of the above-described technical solution, the discharge table is provided with a first slot plate, a second slot plate, and a slot plate setting member, the discharge chute is formed between the first slot plate and the second slot plate, the first slot plate is connected with the discharge table through the slot plate setting member, and the slot plate setting member is configured to change a distance between the first slot plate and the second slot plate and lock the first slot plate;

the groove plate setting component comprises a groove plate sliding rod, a groove plate setting sliding block and a groove plate locking nail, wherein the groove plate sliding rod extends along the front-back direction, the groove plate sliding rod is erected on the discharging table, the first groove plate is fixedly connected with the groove plate setting sliding block, the groove plate adjusting sliding block is provided with a groove plate adjusting sliding hole and a groove plate locking hole which are mutually communicated, the groove plate adjusting sliding hole is in sliding connection with the groove plate sliding rod, and the groove plate locking nail is in threaded connection with the groove plate locking hole and tightly presses the groove plate sliding rod.

Additional aspects and advantages of the invention will be set forth in part in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention.

Drawings

The foregoing and/or additional aspects and advantages of the invention will become apparent and may be better understood from the following description of embodiments taken in conjunction with the accompanying drawings in which:

FIG. 1 is a schematic diagram of an embodiment of the present invention;

FIG. 2 is a schematic diagram of a first page stacking apparatus;

FIG. 3 is a second schematic diagram of the first sheet stacking apparatus;

FIG. 4 is a schematic structural view of a thickness limiting assembly;

FIG. 5 is a schematic view of the construction of the mounting book slide assembly and the mounting sheet supply assembly;

FIG. 6 is a schematic diagram II of the structure of the mounting book slide assembly and the mounting sheet supply assembly;

FIG. 7 is a right side view of the mounting book slide assembly and mounting sheet feed assembly;

FIG. 8 is a schematic diagram of the structure of the laminator;

FIG. 9 is a schematic structural view of a glue thickness adjusting mechanism of the laminator;

FIG. 10 is a schematic structural view of a glue mechanism of the glue applicator;

FIG. 11 is a right side view of the glue mechanism of the glue applicator;

fig. 12 is a schematic structural view of the mounting book discharging device.

In the accompanying drawings: 1-a frame;

21-mounting a album slideway; 211-mounting book sliding leaning plates; 2111-page mounting; 212-backing plate;

3-a home page stacking device; 301-limiting the thickness of the strip; 302-book page sliding leaning board; 303-thickness limiting support posts; 304-a layering connecting block; 305-elastic tucking strip; 310-a page folding frame; 311-stacking page supporting plates; 312-stacking the page backup plate; 3121-upper backup plate; 3122-a lower back; 330-upper page switching driver; 340-a stacking conveyor belt; 350-a page-folding height limiting plate; 351-a height limiting plate connecting block; 352-height limiting plate connecting arm; 360-a width limiting rod; 361-a width-limiting guide block; 362-a width-limiting connecting rod; 363-width-limiting adjusting pin; 370-a roller; 381-adjusting a sliding table by a backup plate; 382-arm; 383-backing plate adjusting screw rod; 391-backing plate adjusting handwheels; 392-backup plate adjusting transmission rod; 393-backing plate adjustment drive wheel; 394-a driven wheel is adjusted by a backing plate; 395-backing plate adjustment drive belt;

41-mounting a page slideway; 411-mounting a page sliding backing plate; 412-a page backing plate; 413-a mounting connection plate; 414-top substrate; 415-a buffer spring;

4210-a glue machine bracket; 4211-a glue machine guide block; 4221-a glue tank; 4231-passing through rubber roller; 4232-upper press roll; 42320-upper housing; 42321-upper roller adjusting screw; 42322-upper roller slide; 42323-upper roller return tension spring; 42324-upper roller scale; 4233-pressing roller; 42330-lower housing; 42331-lower roll adjusting screw; 42332-lower roll adjustment slide; 42333-lower roller adjusting swing rod; 42334-lower roll adjustment link; 42335-lower roller return tension spring; 42336-lower roller scale; 4241-doctor blade; 4242-spreading fixed-point screw sleeve; 4243-doctor blade adjustment stud; 4244-a doctor blade tension spring; 4245-doctor blade housing; 4251-paper feed guide; 4252-paper feeding guide frame;

50-pushing page through grooves; 51-a page pushing block;

61-pressing the piece; 611-a press-fit pitch;

7-a mounting book discharging device; 710—a discharge station; 711-a discharge chute; 712-pushing a album through groove; 713-a first slot plate; 714-second channel plate; 715-a fluted plate setting member; 7151-slotted plate slide bar; 7152-groove plate setting slider; 7153-slotted plate locking nail; 721-pushing the booklet push block.

Detailed Description

Embodiments of the present invention are described in detail below, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to like or similar elements or elements having like or similar functions throughout. The embodiments described below by referring to the drawings are illustrative only and are not to be construed as limiting the invention.

In the description of the present invention, unless explicitly defined otherwise, terms such as arrangement, installation, connection, etc. should be construed broadly and the specific meaning of the terms in the present invention can be reasonably determined by a person skilled in the art in combination with the specific contents of the technical scheme.

Embodiments of the present invention are described below with reference to fig. 1 to 12.

Referring to fig. 1, the present embodiment relates to a mounting book production line, including:

a frame 1;

the mounting book sliding part comprises a mounting book slide way 21 extending along the left-right direction, and a plurality of mounting page openings 2111 which are arranged at intervals left and right are arranged on the mounting book slide way 21;

A front page stacking device 3, which is arranged on the right side of the mounting book slideway 21 and is used for stacking the front page of the mounting book on the right side of the mounting book slideway 21;

the mounting page supplying components are arranged in one-to-one correspondence with the mounting page openings 2111 and comprise mounting page sliding ways 41 extending leftwards and rightwards and a gluing machine, the mounting page sliding ways 41 are communicated with the mounting page sliding ways 21 at the mounting page openings 2111, the mounting page sliding ways 41 and the mounting page sliding ways 21 are respectively provided with a left-and-right extending page pushing through groove 50, the gluing machine is used for supplying mounting pages with gluing materials coated on the surfaces of the mounting page sliding ways 41, and the gluing materials are attached to the surfaces of the mounting page sliding ways 21;

the page pushing mechanism comprises a page pushing block 51, the page pushing block 51 penetrates into the mounting book slideway 21 and the mounting page slideway 41 through the page pushing through groove 50, and the page pushing block 51 is driven to move along the left-right direction;

the plurality of page mounting pressing components are arranged in one-to-one correspondence with the page mounting openings 2111, and comprise a plurality of pressing pieces 61, wherein the pressing pieces 61 are arranged facing the page mounting openings 2111, the pressing pieces 61 extend leftwards at the page mounting openings 2111, and a pressing space 611 for pressing pages is formed between the pressing pieces 61 and the rear side wall of the page mounting slideway 21.

When the page mounting book production line is used, the front page of the page mounting book is stacked on the front page stacking device 3, the page pushing block 51 pushes the front page to slide along the page mounting slideway 21, meanwhile, as the page pushing block 51 also penetrates into the page mounting slideway 41, the page mounting put into the page mounting slideway 41 also moves along with the page pushing block 51, the page mounting slides to the page mounting port 2111 to be pressed on the front page by the pressing piece 61 at the pressing interval 611, and the page mounting line has the advantages of simple structure, simple action and high efficiency and convenience; in addition, the sizing material is only adhered to the surface of the mounting page facing the mounting book slideway 21, so that the single-sided sizing can be stably ensured in the process of mounting pages, and the sizing material is prevented from adhering to other positions.

In this embodiment, the page pushing blocks 51 are driven by the chain circulation mechanism, and the page pushing blocks 51 are fixedly connected with the chain, so that when the chain circulates, the page pushing blocks 51 can push pages on the mounting sheet slideway 21 and the mounting sheet slideway 41 leftwards along with the circulation of the chain through the page pushing channel.

With further reference to fig. 2 to 4, the front page stacking device 3 includes:

a page stacking frame 310, which comprises a page stacking backup plate 312 and a page stacking supporting plate 311, wherein the page stacking supporting plate 311 is inclined downwards from front to back, the page stacking backup plate 312 is connected with the book mounting slideway 21, and the rear end of the page stacking supporting plate 311 is led to the book mounting slideway 21;

An upper page switching driver 330, which is disposed on the frame 1, wherein the upper page switching driver 330 is in driving connection with the page stacking frame 310, and drives the page stacking support plate 311 to be far away from or close to the page stacking backup plate 312;

the stacking conveyor 340 includes a stacking conveyor surface extending along the top surface of the stacking tray 311 and disposed on the top surface of the stacking tray 311.

When the device is used, the stacked top sheets are stacked on the stacking backup plate 312 and the stacking support plate 311 under the action of gravity, the peripheral pushing blocks 51 push the top sheets out of the stacking backup plate 312 from the pushing through grooves 50, when the feeding needs to be cut off, the upper sheet switching driver 330 drives the stacking frame 310 to be far away from the mounting book slideway 21, the rear side surface of the top sheets is separated from the stacking backup plate 312, so that the top sheets are not driven to move when the pushing blocks 51 move along the pushing through grooves 50, and the top sheet stacking device 3 is in a non-feeding state; when the feeding state is switched from the non-feeding state to the feeding state, the upper page switching driver 330 drives the page folding frame 310 to be close to the page folding backup plate 312, and then the page folding conveyor 340 is started to enable the front page to be closely attached to the page folding backup plate 312 again, so that the page pushing block 51 can push the front page, and the feeding state can be switched reliably. The upper page switch driver 330 may be a pneumatic push rod, an electric push rod, a hydraulic push rod, a linear module, a screw mechanism, etc., and has the main effect of providing an output end for linear motion.

The front page stacking device 3 further comprises a thickness limiting component, the thickness limiting component comprises a thickness limiting strip 301 and a page sliding backing plate 302, the page sliding backing plate 302 and the thickness limiting strip 301 are arranged on the frame 1, the page stacking backing plate 312 and the mounting book slideway 21 are connected through the page sliding backing plate 302, the thickness limiting strip 301 is located in front of the page sliding backing plate 302, and a thickness limiting distance is formed between the thickness limiting strip 301 and the page sliding backing plate 302. The thickness limiting strip 301 and the sliding plate form a thickness limiting interval to limit the discharging thickness, so that the page pushing block 51 is ensured to push out single pages of books when driven by the page pushing driving member.

Further, the thickness limiting assembly further comprises a thickness limiting support 303 and a thickness limiting locking nail, the thickness limiting support 303 is provided with a thickness limiting sliding hole and a thickness limiting locking hole, the thickness limiting sliding hole extends along the front-back direction, the thickness limiting locking hole is communicated with the thickness limiting sliding hole, a strip connecting column is arranged on the front side of the thickness limiting strip 301, the strip connecting column extends into the thickness limiting sliding hole, and the thickness limiting locking nail is in threaded connection with the thickness limiting locking hole to tightly press the strip connecting column. Through configuration limit thick traveller, limit thick locking nail and strip go-between group, loosen limit thick locking nail and adjust the position of strip spliced pole and can change limit thick 301 promptly, change limit thick interval, the page of adaptation different thickness.

Further, the thickness limiting assembly further comprises an elastic page pressing strip 305 and a pressing strip connecting block 304, wherein the elastic page pressing strip 305 is arranged on the pressing strip connecting block 304, and the pressing strip connecting block 304 is arranged on the thickness limiting support 303. By configuring the elastic hold-down strip 305, the elastic hold-down strip 305 can ensure that the pages can be tightly attached to the page sliding plate 302 when pushed by the page pushing block 51 when the pages slide along the page sliding plate 302. The elastic tucker bar 305 is a belt-like member such as a steel belt or a plastic belt in the present embodiment, and other elastic members such as a silicone member, a rubber member, etc. may be used in other embodiments.

Further, a pressing bar locking hole is further formed in the thickness limiting support 303, a pressing bar adjusting hole is formed in the pressing bar connecting block 304, a pressing bar locking nail is arranged at the pressing bar adjusting hole, and the pressing bar locking nail penetrates through the pressing bar adjusting hole to be in threaded connection with the pressing bar locking hole, so that the pressing bar connecting block 304 is fixed on the thickness limiting support 303. Therefore, the position of the pressing bar connecting block 304 can be adjusted along the pressing bar adjusting hole by loosening the pressing bar locking nail, so that the position of the elastic page pressing bar 305 is adjusted, and the adjustment is performed according to pages with different thicknesses.

The front page stacking device 3 further comprises a backup plate adjusting member, the backup plate adjusting member comprises a backup plate sliding rail arranged on the frame 1, a backup plate adjusting sliding table 381 arranged along the backup plate sliding rail, a backup plate connecting arm 382 fixedly connected to the backup plate adjusting sliding table 381, a backup plate adjusting screw 383 rotatably arranged on the frame 1, and a backup plate adjusting screw sleeve arranged on the backup plate adjusting sliding table 381, wherein the backup plate adjusting screw 383 is in threaded connection with the backup plate adjusting screw sleeve, and the backup plate connecting arm 382 is connected with the page stacking backup plate 312. Therefore, through rotating the backup plate adjusting screw rod 383, the backup plate adjusting screw rod 383 and the backup plate adjusting screw sleeve can drive the backup plate adjusting sliding table 381 to slide along the backup plate sliding rail, and the position of the backup plate adjusting sliding table 381 is adjusted, so that the page folding backup plate 312 fixed on the backup plate adjusting sliding table 381 is adjusted to adjust pages according to different thicknesses, and therefore single pages with different thicknesses are ensured to be output.

Further, the back plate adjusting member is disposed at the rear of the back plate 312, the front page stacking device 3 further includes a back plate adjusting transmission member, which includes a back plate adjusting hand wheel 391 disposed at the front of the back plate 312, a back plate adjusting transmission rod 392 in transmission connection with the back plate adjusting hand wheel 391, a back plate adjusting driving wheel 393 in transmission connection with the back plate adjusting transmission rod 392, a back plate adjusting driven wheel 394 in transmission connection with the back plate adjusting screw 383, and a back plate adjusting driving belt 395 in transmission connection with the back plate adjusting driving wheel 393 and the back plate adjusting driven wheel 394. By configuring the backup plate adjusting member, since the backup plate adjusting hand wheel 391 is arranged in front of the folding backup plate 312, a person can stand in front of the folding backup plate 312 to observe the required thickness and adjust the front and rear positions of the folding backup plate 312 when debugging the position of the folding backup plate 312, and the operation is convenient. When the adjustment is performed, the clamping plate adjusting hand wheel is rotated, and the backup plate adjusting driven wheel 394 is driven to rotate by the backup plate adjusting transmission rod 392, the backup plate adjusting driving wheel 393 and the backup plate adjusting transmission belt 395, so that the backup plate adjusting screw rod 383 is driven to rotate, the position of the backup plate adjusting sliding table 381 is changed, and the position of the page folding backup plate 312 is changed.

Further, the backup plate adjusting transmission member further comprises a hand wheel shaft clamp fixedly connected to the frame 1 and a hand wheel locking screw used for locking the hand wheel shaft clamp, the hand wheel shaft clamp comprises two spaced wheel shaft clamp arms, two wheel shaft clamp arms are provided with through wheel shaft clamp arm locking holes, the backup plate adjusting transmission rod 392 penetrates through the two wheel shaft clamp arms, and the hand wheel locking screw penetrates through the wheel shaft clamp arm locking holes and clamps the two wheel shaft clamp arms. After the adjustment is completed by arranging a hand wheel shaft clamp and a hand wheel locking screw, the hand wheel shaft clamp is clamped to the backup plate adjusting screw rod 383 by the hand wheel locking screw, and the position of the backup plate adjusting sliding table 381 is locked.

Further, the front page stacking device 3 further includes a page stacking height-limiting plate 350, the page stacking height-limiting plate 350 is disposed on the frame 1, and the page stacking height-limiting plate 350 is located above the bookbinding slideway 21. Through configuration page folding limit for height board 350, can block by page folding limit for height board 350 when the deviation appears in the top page size of peripheral hardware and make the top page unable to hug closely mounting album slide 21 to can't push away by peripheral hardware's pushing away page piece 51, reduce the chance of failing material loading.

Further, the front page stacking device 3 further comprises a height-limiting plate connecting block 351, a height-limiting plate connecting arm 352 and a height-limiting adjusting nail, the height-limiting plate connecting block 351 is arranged on the frame 1, a height-limiting screw hole is formed in the height-limiting plate connecting block 351, a height-limiting plate adjusting hole is formed in the height-limiting plate connecting arm 352, the height-limiting plate adjusting hole is a long hole, the height-limiting adjusting nail penetrates through the height-limiting plate adjusting hole and is in threaded connection with the height-limiting screw hole, and the page-folding height-limiting plate 350 is fixedly connected with the height-limiting plate connecting arm 352. The long hole refers to a non-round hole, and can be specifically a rectangular hole, a kidney-shaped hole, a round-corner rectangular hole and the like. Through configuration limit for height board connecting block 351, limit for height board link arm 352 and limit for height adjusting nail, when needing to change the height of folding page limit for height board 350, loosen limit for height adjusting nail adjustment limit for height board link arm 352 the position then lock again can, adjust comparatively conveniently.

Further, the bookbinding slide 21 includes an upper backup plate 3121 and a lower backup plate 3122, the upper backup plate 3121 and the lower backup plate 3122 are both provided on the frame 1, the upper backup plate 3121 and the lower backup plate 3122 are provided at intervals along the up-down direction, the page pushing through groove 50 is formed between the upper backup plate 3121 and the lower backup plate 3122, and the page pushing through groove 50 is left-right penetrated. By configuring the upper backup plate 3121 and the lower backup plate 3122 to form the left-right through page pushing through groove 50, the pushing block 51 provided outside can push out the front page more conveniently.

Further, the front page stacking device 3 further includes two page folding and width limiting rods 360, the two page folding and width limiting rods 360 are disposed on the left side and the rear side of the page folding supporting plate 311, and a page spacing is left between the page folding and width limiting rods 360 and the mounting book slideway 21. Through configuration two fold page limit for width poles 360, can guarantee better that the front and back position of front page is comparatively accurate when the front page stacks on it, establishes at the interval of leaving the page and guarantees that pushing away page piece 51 can normally release the front page.

Further, the front page stacking device 3 further includes a width-limiting adjusting assembly, the page-folding width-limiting rod 360 is connected with the page-folding frame 310 through the width-limiting adjusting assembly, and the width-limiting adjusting assembly is used for adjusting the left and right positions of the page-folding width-limiting rod 360. The left and right positions of the folding page width limiting rod 360 are adjusted by being connected with the folding page width limiting rod 360 through the configuration width limiting adjusting assembly, so that the width limiting adjusting assembly can be adjusted by adapting to the front pages with different widths. The width limiting adjusting component can be a pneumatic push rod, an electric push rod, a hydraulic push rod, a linear module, a screw rod mechanism and the like, and has the main effect of providing an output end of linear motion.

Further, in this embodiment, the width-limiting adjusting assembly includes a width-limiting guide block 361, a width-limiting connecting rod 362 and a width-limiting adjusting pin 363, where the width-limiting guide block 361 is provided on the frame 1, the width-limiting guide block 361 is provided with a width-limiting adjusting hole and a width-limiting adjusting guide hole that are mutually communicated, the width-limiting adjusting guide hole extends in the left-right direction, the stacking width-limiting rod 360 is fixedly connected with the width-limiting connecting rod 362, the stacking width-limiting rod 360 slides along the width-limiting adjusting guide hole, and the width-limiting adjusting pin 363 is in threaded connection with the width-limiting adjusting hole and presses the width-limiting connecting rod 362. Therefore, when the width limiting size needs to be adjusted, the left and right positions of the page folding width limiting rod 360 can be changed by loosening the width limiting adjusting nail 363 to slide the width limiting connecting rod 362, so that the width limiting size is adjusted.

Further, a roller 370 is provided on the underside of the stacker 310. The roller 370 is arranged to facilitate driving the page folding frame 310 to move when the upper page switching driver 330 is started, and no additional sliding rail and sliding block are needed, so that the cost is saved.

Further, the front page stacking device 3 further includes a width-limiting adjusting assembly, the page-folding width-limiting rod 360 is connected with the page-folding frame 310 through the width-limiting adjusting assembly, and the width-limiting adjusting assembly is used for adjusting the left and right positions of the page-folding width-limiting rod 360. The left and right positions of the folding page width limiting rod 360 are adjusted by being connected with the folding page width limiting rod 360 through the configuration width limiting adjusting assembly, so that the width limiting adjusting assembly can be adjusted by adapting to the front pages with different widths. The width limiting adjusting component can be a pneumatic push rod, an electric push rod, a hydraulic push rod, a linear module, a screw rod mechanism and the like, and has the main effect of providing an output end of linear motion.

Further, in this embodiment, the width-limiting adjusting assembly includes a width-limiting guide block 361, a width-limiting connecting rod 362 and a width-limiting adjusting pin 363, where the width-limiting guide block 361 is provided on the frame 1, the width-limiting guide block 361 is provided with a width-limiting adjusting hole and a width-limiting adjusting guide hole that are mutually communicated, the width-limiting adjusting guide hole extends in the left-right direction, the stacking width-limiting rod 360 is fixedly connected with the width-limiting connecting rod 362, the stacking width-limiting rod 360 slides along the width-limiting adjusting guide hole, and the width-limiting adjusting pin 363 is in threaded connection with the width-limiting adjusting hole and presses the width-limiting connecting rod 362. Therefore, when the width limiting size needs to be adjusted, the left and right positions of the page folding width limiting rod 360 can be changed by loosening the width limiting adjusting nail 363 to slide the width limiting connecting rod 362, so that the width limiting size is adjusted.

Further, a roller 370 is provided on the underside of the stacker 310. The roller 370 is arranged to facilitate driving the page folding frame 310 to move when the upper page switching driver 330 is started, and no additional sliding rail and sliding block are needed, so that the cost is saved.

Referring to fig. 5 to 7, the mounting slide 21 includes a mounting pad 212 and a mounting slide plate 211, which extend in the left-right direction, the mounting pad 212 and the mounting slide plate 211 are both disposed on the frame 1, the mounting slide plate 211 is inclined backward, the mounting slide plate 211 and the mounting pad 212 together form the mounting slide 21, the mounting opening 2111 is formed on the mounting slide plate 211, and the mounting slide plate 211 is further formed with a page pushing through slot 50 for extending the page pushing block 51. Because the mounting book slide backup plate 211 is inclined backwards, the main mounting pages can be placed on the mounting book slide backup plate 211 in a backward inclined way so that the main mounting pages can slide along the mounting book slide backup plate 211, the mounting book slide way 21 is simply and conveniently built, and the mounting book through groove is arranged so that the page pushing block 51 can push the main mounting pages on the mounting book slide way 21.

Further, the mounting slide 41 includes a mounting pad 412, a mounting slide plate 411 and a mounting connecting plate 413, which extend in the left-right direction, the mounting pad 412 and the mounting slide plate 411 are both disposed on the frame 1, the mounting slide plate 211 and the mounting slide plate 411 are connected by the mounting connecting plate 413, the mounting slide plate 411 is inclined backward, the mounting slide plate 411, the mounting connecting plate 413 and the mounting pad 412 form a mounting channel together, and the mounting slide plate 411 and the mounting connecting plate 413 are formed with a pushing slot 50 for the pushing block 51 to penetrate. Likewise, since the page mounting slide plate 411 is inclined backward, the page to be mounted can be placed on the page mounting slide plate 411 to be inclined backward along the slide way of the page mounting slide plate 411, thereby easily setting up the album slide way 21.

Further, the mounting slide 41 further comprises a top substrate 414 and a buffer spring 415, the top substrate 414 and the buffer spring 415 are connected with the frame 1, a mounting inlet is formed in the top substrate 414, the buffer spring 415 is located below the mounting inlet, the buffer spring 415 extends into the mounting slide 21, the mounting slide 21 is located in front of the mounting slide 41, the buffer spring 415 is arranged between the mounting slide 21 and the mounting slide 41, and the buffer spring 415 is inclined downwards in the process of extending from front to back. Through configuration top base plate 414 and offer and mount the page entry on top base plate 414 for wait to mount the page and can conveniently throw into the page passageway through mounting the page entry, the buffering shell fragment 415 of page passageway is interior to mount the page and can be buffered by buffering shell fragment 415 when making waiting to mount the page and throw into page passageway, lightens waiting to mount the page and fall from mounting the page entry to mount the impact that receives on page backing plate 412. The buffer spring 415 is set to incline downwards in the process of extending from front to back, and the page to be mounted falls from the page mounting inlet to be contacted with the buffer spring 415, and is directed to the page mounting sliding plate 411 by the acting force of the buffer spring 415, so that the page to be mounted falls on the page mounting slideway 41 orderly. In addition, as the pages to be mounted are required to be adhered with the main pages, the adhesive is required to be adhered to the surfaces of the pages to be mounted, and the buffer spring plates 415 are obliquely arranged backwards and orderly fall on the page mounting slideway 41, the opportunity that the adhesive on the pages to be mounted is adhered to other places can be greatly reduced, and the stability of continuous page mounting is ensured.

Further, the rear end of the buffer spring 415 abuts against the mounting book sliding plate 211. The rear end of the buffering elastic sheet 415 is abutted with the mounting book sliding backup plate 211, fingers are pressed against the acting force of the mounting book sliding backup plate 411 after the buffering elastic sheet 415 contacts the buffering elastic sheet 415 in the process of falling down overshoot of the mounting pages, the buffering elastic sheet 415 is deformed under force, the mounting pages slide off from the space between the buffering elastic sheet 415 and the mounting book sliding backup plate 411, the back surface of the mounting pages are abutted with the mounting book sliding backup plate 411 under the acting force of the buffering elastic sheet 415 in the process of falling down, friction force generated between the mounting pages and the mounting book sliding backup plate 411 can reduce the speed of the mounting book sliding backup plate 411, and the buffering effect of the mounting pages is better. Or, a mounting gap is formed between the rear end of the buffer spring 415 and the mounting book sliding plate 211. After the buffer spring sheet 415 is contacted when the mounting sheet falls, a mounting sheet gap is formed at the rear end of the buffer spring sheet 415, when the mounting sheet falls in the mounting sheet gap, the mounting sheet is pressed on the mounting sheet sliding plate 411 by the buffer spring sheet 415, friction force generated between the mounting sheet and the mounting sheet sliding plate 411 can reduce the speed of the mounting sheet sliding plate 411, and the mounting sheet is buffered well.

Further, the buffering elastic sheet 415 is provided with an elastic sheet adjusting through hole, an elastic sheet locking nail is arranged at the elastic sheet adjusting through hole, the elastic sheet locking nail penetrates through the elastic sheet adjusting hole to be in threaded connection with an elastic sheet locking hole in the machine frame 1, and the buffering elastic sheet 415 is locked on the machine frame 1. Through configuration shell fragment regulation hole, loosen the shell fragment locking nail and can adjust the position of buffering shell fragment 415, the page of waiting to mount of different thickness of adaptation.

Further, the pressing member 61 is an elastic pressing bar. The pressing piece 61 adopts an elastic pressing strip and has the advantages of simple structure, lower cost and good buffering effect.

With further reference to fig. 8 to 11, the laminator comprises:

a laminator bracket 4210;

the glue collecting mechanism comprises a glue groove 4221 which is arranged on the glue machine bracket 4210 and connected with the glue machine bracket;

the glue passing mechanism comprises a glue passing roller 4231 positioned above the glue tank 4221 and a pressing roller arranged adjacent to the glue passing roller 4231, and a page discharging gap is formed between the pressing roller and the glue passing roller 4231;

the glue thickness adjusting mechanism comprises a glue scraping roller 4241 and a glue scraping adjusting assembly, wherein the glue scraping roller 4241 is arranged adjacent to the glue passing roller 4231, a glue thickness gap is formed between the glue scraping roller 4241 and the glue passing roller 4231, and the glue scraping adjusting assembly is used for adjusting the glue thickness gap;

and a paper feed guide mechanism for guiding and conveying the paper sheet to the position of the glue roller 4231.

Glue stored in the glue groove 4221 is coated on the surface of the glue passing roller 4231 by rotating the glue passing roller 4231, the glue scraping roller 4241 scrapes off the glue coated on the surface of the glue passing roller 4231 through a glue scraping gap, the excessive glue is scraped off to control the glue amount on the surface of the glue passing roller 4231, pages enter between the glue passing roller 4231 and a pressing roller from a paper feeding guide mechanism, the pages are pressed on the glue passing roller 4231 by the pressing roller to be glued, and therefore page gluing is completed, and when the glue amount of the glue passing roller 4231 needs to be adjusted, the glue thickness gap is changed by adjusting a glue scraping adjusting assembly.

Specifically, the doctor roller 4241 is a steel roller with an anilox groove on the surface. After the steel roller with the reticulate patterns is used for scraping the glue on the rubber roller 4231, the glue is positioned in the reticulate pattern groove, so that the glue is more easily attached to the rubber scraping roller 4241, and the glue can flow out along the reticulate pattern groove conveniently.

The laminator is specifically located above the top substrate 414 (not shown) and the laminator has its exit opening aligned with the mounting chute 41.

Further, the scraping adjustment assembly comprises a scraping fixed point screw sleeve 4242, a scraping adjustment stud 4243, a scraping tension spring 4244 and a scraping housing 4245, the two scraping housing 4245 are hinged to the rubber machine support 4210, the scraping roller 4241 is located between the two scraping housing 4245, two sides of the scraping roller 4241 are respectively connected with the two scraping housing 4245 in a rotating mode, the scraping fixed point screw sleeve 4242 is arranged on the rubber machine support 4210, the scraping adjustment stud 4243 is in threaded connection with the scraping fixed point screw sleeve 4242 and then is in butt joint with the scraping housing 4245, and two ends of the scraping tension spring 4244 are respectively connected with the rubber machine support 4210 and the scraping housing 4245, so that the scraping adjustment stud 4243 is in butt joint with the scraping housing 4245.

The rubber scraping housing 4245 is hinged with the rubber machine bracket 4210, and the rubber scraping rollers 4241 are rotationally connected between the rubber scraping housing 4245, so that the distance between the rubber scraping rollers 4241 and the excessive rubber scraping can be changed when the rubber scraping housing 4245 rotates, the thickness of rubber scraping is changed, the thickness of the rubber is changed, and the rubber scraping tension springs 4244 are arranged to enable the rubber scraping housing 4245 to be kept in abutting connection with the rubber scraping adjusting studs 4243. In this way, the position of the doctor roller 4241 can be adjusted easily.

Further, the paper feeding guiding mechanism includes a paper feeding guiding plate 4251 and a paper feeding guiding frame 4252, the paper feeding guiding plate 4251 and the paper feeding guiding frame 4252 are fixedly connected to the glue machine support 4210, the paper feeding guiding plate 4251 and the paper feeding guiding frame 4252 are located above the glue passing roller 4231, a paper feeding channel is formed between the paper feeding guiding plate 4251 and the paper feeding guiding frame 4252, and the paper feeding channel is led to the glue passing roller 4231. By providing the paper feed guide 4251 and the paper feed guide 4252, the sheets can be conveniently fed to the glue roller 4231 through the paper feed passage.

Further, the press roller comprises an upper press roller 4232, the glue passing mechanism further comprises an upper housing 42320 and an upper roller adjusting assembly, the two upper housing 42320 are rotatably arranged on the glue machine support 4210, the upper press roller 4232 is rotatably arranged between the two upper housing 42320, the upper roller adjusting assembly is used for rotating and locking the upper housing 42320, the glue machine guide block 4211 extending along the front-back direction is arranged on the frame 1, the upper roller adjusting assembly comprises an upper roller adjusting screw 42321, an upper roller sliding block 42322 and an upper roller reset tension spring 42323, an upper roller adjusting screw hole is arranged on the upper roller sliding block 42322, the upper roller sliding block 42322 is in sliding connection with the glue machine guide block 4211, the upper roller sliding block 42322 is in abutting connection with the upper portion of the upper housing 42320, the upper roller reset tension spring 42323 is arranged between the upper roller sliding block 42322 and the upper housing 42320, and the upper roller reset tension spring 42323 is respectively in abutting connection with the upper roller support 4295 and the upper roller support 4225.

The position of the upper press roller 4232 arranged on the upper housing 42320 is adjustable by configuring the upper housing 42320 and the upper roller adjusting assembly, so that the position of the upper press roller 4232 is changed, the distance between the upper press roller 4232 and the glue passing roller 4231 is adjusted, and the pressure for pressing the pages on the glue passing roller 4231 is changed. The upper roller adjusting screw 42321 only has the freedom degree of rotating around the axis, the upper roller sliding block 42322 is in sliding connection with the glue machine guide block 4211, the upper roller adjusting screw 42321 drives the upper roller sliding block 42322 to slide along the glue machine guide block 4211 through an upper roller adjusting screw hole when rotating, and the upper roller reset tension spring 42323 enables the upper housing 42320 to be in abutting connection with the upper roller sliding block 42322, so that the swing position of the upper housing 42320 can be adjusted when the upper roller sliding block 42322 slides, and the gap between the upper press roller 4232 and the glue passing roller 4231 is adjusted, and the pressure of the upper press roller 4232 on pages is adjusted.

Further, the press roller further includes a lower press roller 4233, the glue passing mechanism further includes a lower housing 42330 and a lower roller adjusting assembly, the two lower housings 42330 are rotatably disposed under the glue machine support 4210, the lower roller is rotatably disposed between the two lower housings 42330, and the lower roller adjusting assembly is used for rotating and locking the lower housing 42330. The configuration lower compression roller 4233 and the upper compression roller 4232 cooperate to form wrap angles for pages, so that the pages can be more fully contacted with the glue passing roller 4231, the gluing effect is better, the position of the lower compression roller 4233 is changed by arranging the lower housing 42330 and the lower roller adjusting assembly, the gap between the lower compression roller 4233 and the glue passing roller 4231 can be changed, and the pressure of the lower compression roller 4233 on the pages is adjusted.

Further, the lower roller adjusting assembly comprises a lower roller adjusting screw 42331, a lower roller adjusting slide 42332, a lower roller adjusting swing rod 42333, a lower roller adjusting connecting rod 42334 and a lower roller reset tension spring 42335, the lower roller adjusting slide 42332 is provided with a lower roller adjusting screw hole, the lower roller adjusting slide 42332 is slidably connected with the glue machine guide block 4211, the lower roller adjusting slide 42332 is provided with a lower roller adjusting screw hole, the lower roller adjusting screw 42331 is in threaded connection with the lower roller adjusting screw hole, the upper part of the lower roller adjusting swing rod 42333 is in butt joint with the lower roller adjusting slide 42332, two sides of the lower roller adjusting connecting rod 42334 are respectively hinged with the lower roller adjusting swing rod 42333 and the lower roller workshop 42330, and the lower roller reset tension spring 42335 is arranged between the lower roller adjusting swing rod 42333 and the lower roller adjusting slide 42332, so that the lower roller adjusting slide 42332 is kept in butt joint with the lower roller adjusting swing rod 42333.

The lower roller adjusting screw 42331 only has the freedom degree of rotation around the axis, the lower roller sliding block is in sliding connection with the glue machine guide block 4211, the lower roller sliding block is driven to slide along the glue machine guide block 4211 through the lower roller adjusting screw hole when the lower roller adjusting screw 42331 rotates, the lower housing 42330 is kept in abutting connection with the lower roller sliding block due to the lower roller reset tension spring 42335, the swinging position of the lower housing 42330 can be adjusted when the lower roller sliding block slides, and therefore the gap between the lower pressing roller 4233 and the glue passing roller 4231 is adjusted, and the pressure of the lower pressing roller 4233 on pages is adjusted. The arrangement of the lower roller adjusting swing rod 42333 and the lower roller adjusting connecting rod 42334 enables the lower roller adjusting screw 42331 to adapt to the space to realize the adjustment of the lower housing 42330.

Further, the lower roller adjusting slide 42332 is further provided with a lower roller scale 42336, the upper roller adjusting slide is further provided with an upper roller scale 42324, and the upper roller scale 42324 and the lower roller scale 42336 are disposed adjacent to each other. The upper roller scale 42324 and the lower roller scale 42336 are disposed adjacent to each other, so that the upper roller scale 42324 and the lower roller scale 42336 have an interaction indicating effect, and after the positions of the upper pressure roller 4232 and the glue passing roller 4231 are changed by rotating the upper roller adjusting screw 42321, the lower roller adjusting screw 42331 can be conveniently adjusted according to the positions indicated by the upper roller scale 42324 and the lower roller scale 42336, so that the upper pressure roller 4232 and the lower pressure roller 4233 are kept at the same distance from the glue passing roller 4231. The upper roller scale 42324 and the lower roller scale 42336 are directly adjacent to each other, so that the positioning of the upper roller scale 42324 and the lower roller scale 42336 is more visual and quick.

In addition, in this embodiment, the rubber machine support 4210 is provided with a housing pin, the upper housing 42320 and the lower housing 42330 are hinged to the frame 1 through the housing pin, the axis of the housing pin and the axis of the rubber passing roller 4231 are located on the same horizontal line, the upper roller adjusting screw 42321 and the lower roller adjusting screw 42331 are both arranged along the horizontal direction, the distance between the upper pressing roller 4232 and the upper housing 42320 and the housing pin is equal to the distance between the lower pressing roller 4233 and the lower housing 42330 and the housing pin, so that when the upper roller adjusting screw 42321 is rotated, the distance covered by the scale is the same as the distance between the upper pressing roller 4232 and the rubber passing roller 4231, and when the lower roller adjusting screw 42331 is rotated, the distance covered by the scale is the same as the distance between the lower pressing roller 4233 and the rubber passing roller 31.

Specifically, the distance from the hinge point of the lower roller adjusting swing rod 42333 to the lower roller adjusting slide 42332 of the frame 1 is 243mm, the distance from the hinge point of the lower roller adjusting swing rod 42333 to the frame 1 to the hinge point of the lower roller adjusting swing rod 42333 to the lower roller adjusting link 42334 is 60mm, the length of the lower roller adjusting link 42334 is 88mm from the hinge point of the lower roller adjusting link 42334 to the hinge point of the lower housing 42330 to the hinge point of the lower roller adjusting link 42334 to the lower roller adjusting swing rod 42333, the distance from the hinge point of the lower roller adjusting link 42334 to the lower housing 42330 to the hinge point of the lower housing 42330 to the housing pin is 45mm, and the distance from the hinge point of the lower housing 42330 to the hinge point of the lower housing 42330 to the lower roller link is 45mm; the distance from the hinge point of the upper housing 42320 and the housing pin shaft to the upper press roller 4232 is 45mm, and the distance from the hinge point of the upper housing 42320 and the housing pin shaft to the height of the upper roller adjusting slide block is 142mm.

With further reference to fig. 12, the mounting book production line further comprises a mounting book discharging device 7, the mounting book discharging device 7 comprising:

a discharge table 710, which is arranged on the frame 1, wherein discharge sliding grooves 711 extending along the left-right direction are arranged on the discharge table 710, and the discharge sliding grooves 711 are positioned at the left side of the mounting book slideway 21;

The album pushing and transferring mechanism comprises an album pushing and transferring driving component and an album pushing and transferring block 721, wherein the album pushing and transferring driving component is arranged on the frame 1, and the album pushing and transferring driving component is in driving connection with the album pushing and transferring block 721 to drive the album pushing and transferring block 721 to slide along the album pushing and transferring groove 712.

After the peripheral mounted book falls on the discharge chute 711 from the upstream discharge, the discharge driving assembly drives the discharge pushing block to push the mounted book, so that the speed of each page of the mounted book is ensured to be consistent, and the deviation among the pages is reduced.

Further, the discharging table 710 is provided with a first slot plate 713, a second slot plate 714 and a slot plate setting member 715, the discharging slot 711 is formed between the first slot plate 713 and the second slot plate 714, the first slot plate 713 is connected with the discharging table 710 through the slot plate setting member 715, and the slot plate setting member 715 is configured to change the distance between the first slot plate 713 and the second slot plate 714 and lock the first slot plate 713;

the slot plate setting member 715 comprises a slot plate sliding rod 7151, a slot plate setting sliding block 7152 and a slot plate locking nail 7153, the slot plate sliding rod 7151 extends along the front-back direction, the slot plate sliding rod 7151 is erected on the discharging table 710, the first slot plate 713 is fixedly connected with the slot plate setting sliding block 7152, the slot plate setting sliding block 7152 is provided with a slot plate adjusting sliding hole and a slot plate locking hole which are mutually communicated, the slot plate adjusting sliding hole is in sliding connection with the slot plate sliding rod 7151, and the slot plate locking nail 7153 is in threaded connection with the slot plate locking hole and tightly presses the slot plate sliding rod 7151.

By configuring the first slot plate 713, the second slot plate 714, and the slot plate setting member 715, the relative positions of the first slot plate 713 and the second slot plate 714 are made adjustable, so that the width of the discharge chute 711 is made adjustable, and a plurality of different width mounting books can be matched. The position of the first slot plate 713 can be changed by releasing the plate slot locking pins and then sliding the plate slot to set the position of the slide block on the slot plate slide bar 7151.

While the preferred embodiment of the present invention has been described in detail, the invention is not limited to the embodiments, and various equivalent modifications and substitutions can be made by those skilled in the art without departing from the spirit of the invention, and these equivalent modifications and substitutions are intended to be included in the scope of the invention as defined in the appended claims.

Claims (7)

1. Mounting page book production line, its characterized in that: comprising the following steps:

a frame (1);

the mounting book sliding part comprises a mounting book slide way (21) extending along the left-right direction, and a plurality of mounting page openings (2111) which are arranged at intervals left and right are arranged on the mounting book slide way (21);

the front page stacking device (3) is arranged on the right side of the mounting book slideway (21) and is used for stacking front pages of the mounting books on the right side of the mounting book slideway (21);

The mounting page feeding devices are arranged in one-to-one correspondence with the mounting page openings (2111) and comprise mounting page sliding ways (41) extending leftwards and rightwards and a gluing machine, the mounting page sliding ways (41) are communicated with the mounting page sliding ways (21) at the mounting page openings (2111), the mounting page sliding ways (41) and the mounting page sliding ways (21) are respectively provided with a left-to-right extending page pushing through groove (50), the gluing machine is used for feeding mounting pages with glue on the surfaces coated with the glue materials to the mounting page sliding ways (41), and the glue materials are attached to the surfaces of the mounting page facing the mounting page sliding ways (21);

the page pushing mechanism comprises a page pushing block (51), the page pushing block (51) penetrates into the mounting book slide way (21) and the mounting page slide way (41) through the page pushing through groove (50), and the page pushing block (51) is driven to move along the left-right direction;

the plurality of page mounting pressing parts are arranged in one-to-one correspondence with the page mounting openings (2111) and comprise a plurality of pressing parts (61), the pressing parts (61) are arranged facing the page mounting openings (2111), the pressing parts (61) extend leftwards at the page mounting openings (2111), and pressing intervals (611) for pressing pages are formed between the pressing parts (61) and the rear side wall of the page mounting slideway (21);

The front page stacking device (3) comprises:

the page folding frame (310) comprises a page folding backup plate (312) and a page folding supporting plate (311), wherein the page folding supporting plate (311) is inclined downwards from front to back, the page folding backup plate (312) is connected with the book mounting slideway (21), and the rear end of the page folding supporting plate (311) is led to the book mounting slideway (21);

the upper page switching driver (330) is arranged on the frame (1), and the upper page switching driver (330) is in driving connection with the page folding frame (310) and drives the page folding supporting plate (311) to be far away from or close to the page folding backup plate (312);

a sheet stacking conveyor belt (340) including a sheet stacking conveyor surface extending along a top surface of the sheet stacking tray (311) and disposed on the top surface of the sheet stacking tray (311); the mounting book slide way (21) comprises a mounting book base plate (212) and a mounting book slide backup plate (211) which extend in the left-right direction, the mounting book base plate (212) and the mounting book slide backup plate (211) are both arranged on the frame (1), the mounting book slide backup plate (211) is inclined backwards, the mounting book slide backup plate (211) and the mounting book base plate (212) jointly form the mounting book slide way (21), a mounting page opening (2111) is formed in the mounting book slide backup plate (211), and a page pushing through groove (50) for the page pushing block (51) to extend is formed in the mounting book slide backup plate (211);

The mounting slide way (41) comprises a mounting plate (412), a mounting plate sliding plate (411) and a mounting connecting plate (413) which extend in the left-right direction, wherein the mounting plate (412) and the mounting plate sliding plate (411) are arranged on the frame (1), the mounting plate sliding plate (211) and the mounting plate sliding plate (411) are connected through the mounting connecting plate (413), the mounting plate sliding plate (411) inclines backwards, the mounting plate sliding plate (411), the mounting connecting plate (413) and the mounting plate (412) jointly form a mounting channel, and a mounting through groove (50) for the pushing block (51) to penetrate is formed in the mounting plate sliding plate (411) and the mounting connecting plate (413).

2. The mounting book production line of claim 1, wherein: the mounting slide way (41) further comprises a top substrate (414) and a buffering elastic piece (415), the top substrate (414) and the buffering elastic piece (415) are connected with the frame (1), a mounting inlet is formed in the top substrate (414), the buffering elastic piece (415) is located below the mounting inlet, the buffering elastic piece (415) stretches into the mounting slide way (21), the mounting slide way (21) is located in front of the mounting slide way (41), the buffering elastic piece (415) is arranged between the mounting slide way (21) and the mounting slide way (41), and the buffering elastic piece (415) is inclined downwards from the front to the back in-process.

3. The mounting book production line of claim 1, wherein: the laminator comprises:

a laminator support (4210);

the glue collecting mechanism comprises a glue groove (4221) connected with the glue machine bracket (4210);

the glue passing mechanism comprises a glue passing roller (4231) positioned above the glue groove (4221) and a pressing roller arranged adjacent to the glue passing roller (4231), and a page discharging gap is formed between the pressing roller and the glue passing roller (4231);

the glue thickness adjusting mechanism comprises a glue scraping roller (4241) and a glue scraping adjusting assembly, wherein the glue scraping roller (4241) is arranged adjacent to the glue passing roller (4231), a glue thickness gap is formed between the glue scraping roller (4241) and the glue passing roller (4231), and the glue scraping adjusting assembly is used for adjusting the glue thickness gap;

and the paper feeding guide mechanism is used for guiding and conveying the paper to the position of the glue passing roller (4231).

4. A mounting book production line according to claim 3, characterized in that: the automatic scraping device comprises a scraping machine support (4210), a scraping machine adjusting assembly and a scraping machine adjusting device, wherein the scraping machine adjusting assembly comprises a scraping fixed-point threaded sleeve (4242), a scraping adjusting stud (4243), a scraping tension spring (4244) and a scraping housing (4245), the scraping housing (4245) is hinged to the scraping machine support (4210), the scraping tension roller (4241) is located between the scraping housing (4245), two sides of the scraping tension roller (4241) are respectively connected with the scraping housing (4245) in a rotating mode, the scraping fixed-point threaded sleeve (4242) is arranged on the scraping machine support (4210), the scraping adjusting stud (4243) is in butt joint with the scraping housing (4245) after being in threaded connection with the scraping fixed-point threaded sleeve (4242), and two ends of the scraping tension spring (4244) are respectively connected with the scraping housing (4210) to the scraping housing (4245) to enable the scraping stud (4243) to be in butt joint with the scraping stud (4245).

5. A mounting book production line according to claim 3, characterized in that: the press roller comprises an upper press roller (4232), the upper press roller comprises an upper housing (42320) and an upper roller adjusting assembly, the upper housing (42320) is rotatably arranged on the rubber machine support (4210), the upper press roller (4232) is rotatably arranged between the upper housing (42320), the upper roller adjusting assembly is used for rotating and locking the upper housing (42320), a rubber machine guide block (4211) extending along the front-rear direction is arranged on the frame (1), the upper roller adjusting assembly comprises an upper roller adjusting screw (42321), an upper roller sliding block (42322) and an upper roller reset tension spring (42323), an upper roller adjusting screw hole is formed in the upper roller sliding block (42322), the upper roller sliding block (42322) is in sliding connection with the upper portion of the upper housing (6724), and an upper tension spring (42323) is arranged between the upper roller sliding block (39356) and the upper roller support (3994) and the upper roller sliding block (3994) in sliding connection with the upper roller support (39920).

6. The mounting book production line of claim 1, wherein: the page mounting book production line further comprises a page mounting discharging device (7), and the page mounting discharging device (7) comprises:

the discharging table (710) is arranged on the frame (1), discharging sliding grooves (711) which extend in the left-right direction are formed in the discharging table (710), and the discharging sliding grooves (711) are positioned at the left side of the mounting book sliding way (21);

the pushing and transferring mechanism comprises a pushing and transferring driving assembly and a pushing and transferring block (721), wherein the pushing and transferring driving assembly is arranged on the frame (1), and the pushing and transferring driving assembly is in driving connection with the pushing and transferring block (721) to drive the pushing and transferring block (721) to slide along the pushing and transferring groove (712).

7. The mounting book production line of claim 6, wherein: the discharging table (710) is provided with a first groove plate (713), a second groove plate (714) and a groove plate setting member (715), the discharging sliding groove (711) is formed between the first groove plate (713) and the second groove plate (714), the first groove plate (713) is connected with the discharging table (710) through the groove plate setting member (715), and the groove plate setting member (715) is configured to change the distance between the first groove plate (713) and the second groove plate (714) and lock the first groove plate (713);

The groove plate setting component (715) comprises a groove plate sliding rod (7151), a groove plate setting sliding block (7152) and a groove plate locking nail (7153), the groove plate sliding rod (7151) extends along the front-back direction, the groove plate sliding rod (7151) is erected on the discharging table (710), a first groove plate (713) is fixedly connected with the groove plate setting sliding block (7152), the groove plate setting sliding block (7152) is provided with a groove plate adjusting sliding hole and a groove plate locking hole which are mutually communicated, the groove plate adjusting sliding hole is in sliding connection with the groove plate sliding rod (7151), and the groove plate locking nail (7153) is in threaded connection with the groove plate locking hole and tightly presses the groove plate sliding rod (7151).

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