GB2587174A

GB2587174A - A book production technology

Info

Publication number: GB2587174A
Application number: GB2100164.9A
Authority: GB
Inventors: Zhan Jie
Original assignee: Zhejiang Yanji Technology Co Ltd
Current assignee: Zhejiang Yanji Technology Co Ltd
Priority date: 2020-07-03
Filing date: 2021-01-07
Publication date: 2021-03-17
Anticipated expiration: 2041-01-07
Also published as: JP2022024951A; GB2587174B; JP6991419B1; CN111731009B; CN111731009A; GB202100164D0

Abstract

A paper cutting machine used in a book production process comprises a transporting member arranged above a base 1 and having an electromagnet spring 13 arranged at one end of an upper surface of the base, where a transmission plate 2 is arranged at one end of the electromagnet spring. A first roller 4 is arranged at an upper end of an inner side wall of a mounting cavity, and a second roller 401 is arranged at a lower end of the inner side wall. A support block 5 is arranged on a bottom of the mounting cavity. A cutting member is arranged between two side walls on one end of the mounting cavity and comprises a transverse baffle 61 with a cutter fixing base at its lower end. A cutter protecting member is arranged on the base directly below the cutting member. A collecting member is arranged on the base at one side of the cutter protecting member.

Description

A BOOK PRODUCTION TECHNOLOGY

TECHNICAL FIELD

[0001] The present invention relates to the field of printing, in particular to a book production technology.

BACKGROUND OF THE INVENTION

[0002] Book printing is a process to materialize book design into book with physical form by using papers, all kinds of binding materials and print processes. A planographic printing is applied in printing books, and printing plate graphic part and null package part of the planographic printing are nearly on a same plane; when in printing, water is supplied to a blank part of of the printing plate by water-supplying device, and then ink is provided to the printing plate by the ink-supplying device; with a principle that ink and water does mix with each other, printing ink is only provided to the graphic part of the printing plate, and then the printing pressure is used to transfer the printing ink on the printing plate onto printing stock through rubber blanket, thus a printing is finished. An overall design of the book, final formation, effect, quality are all relied on technologies like papers cutting, plate-making, post-printing process, binding and modeling.

[0003] For existing binding process, a protection to cutter is lacking in papers cutting before printing, thus a using life of the cutter is generally lower and required to be changed frequently; moreover, when changing the cutter, operations are complex and operators are easily to be scratched by the cutter, and a paper collecting is generally fussy with a manual work.

BRIEF SUMMARY OF THE INVENTION

[00041 The technical problem to be solved by the invention is to provide a book production technology, so as to overcome the problems existing in the prior art [0005] To achieve the above objective, the present invention achieves the following technical solution: the book production technology, detailed technological process is as follows: [0006] Si. cutting papers with corresponding materials; [0007] 52. type setting for book content and book cover; [0008] Si book page printing: printing the book content and the book cover onto the papers with corresponding materials by using the type-setting in S2; [0009] S4. page folding process: fold large papers printed with the book content in S3 into a book format size in terms of page number, and then cut the book cover produced in 53 into several of the book covers; [0010] S5. page gathering process: making folded papers in S4 into a book block with loose pages in sequence; [0011] S6, book block composing process: comprising gluing on a bottom and a side surface of the book surface near a book spine, and then the book block is shaped; [0012] 57. folding the book cover into a cemented surface well-matched with a bottom of the book block: folding into two kink marks on a center of the book cover in S4, and a part of the book cover between two kink marks is the cemented surface; [0013] 58. cementing the book cover and the book block: gluing on the book spine of the book block formed in 56, thus bonding the book spine and the cementing surface formed in 57; [0014] 59. book cutting: pressing and three sided trimming to cemented book to obtain a finished book; [0015] operation processes in above technological process S I -S9 are performed by a paper cutting machine to finish corresponding process operations, wherein the paper cutting machine comprises a base, wherein a transporting member is arranged above the base, wherein a mounting cavity is defined on the base and located at a tail end of the transporting member, wherein a first roller pressure cylinder is rotatably arranged on an upper end of an inner side wall of the mounting cavity, wherein a second roller pressure cylinder is rotatably arranged on a lower end of the inner side wall of the mounting cavity, wherein a support block is fixedly arranged on a bottom of the mounting cavity, wherein a cutting member is arranged between two side walls on one end of the mounting cavity, wherein a cutter protecting member is arranged on the base and located directly below the cutting member, wherein a collecting member is arranged on the base and located at one side of the cutter protecting member.

[0016] The transporting member comprises an electromagnet spring fixedly arranged on one end of an upper surface of the base, wherein a transmission plate is fixedly arranged on another end of the electromagnet spring.

[0017] The cutting member comprises a transverse baffle fixedly arranged on the side wall of one end of the mounting cavity, wherein a cutter fixing base is fixedly arranged on a lower end of the transverse baffle, wherein executive cylinders are respectively and fixedly arranged on two sides of the cutter fixing base, wherein a cutter is fixedly arranged on output terminals of the executive cylinders, wherein the cutter is longitudinal with an upper end of tool tail is rather thick, wherein the output terminals of two of the executive cylinders are respectively connected with two ends of the tool tail of the cutter.

[0018] The cutter protecting member comprises a mounting bracket fixedly mounted on the end of the upper surface of the base, wherein a special-shaped box is fixedly arranged on one end of an upper surface of the mounting bracket, wherein first connecting springs are fixedly arranged on an upper end of an inner bottom of the special-shaped box, wherein a buffering plate is fixedly arranged on another ends of the first connecting springs, wherein a rubber block is fixedly arranged on one end of an upper surface of the buffering plate, wherein a cleaner fixing base is elastically connected to another end of the upper surface of the buffering plate through the third connecting spring, wherein a cleaning brush is removably connected to the cleaner fixing base, and a first driving plate is fixedly arranged on a lower surface of the buffering plate, and a L-shaped travel slot is defined on one end of a lower surface of the special-shaped box, wherein a second driving plate is reciprocally and slidably arranged within a horizontal portion of the L-shaped travel slot, wherein a connecting groove is defined on a lower surface of the horizontal portion of the L-shaped travel slot, wherein a L-shaped connecting rod is fixedly arranged on a lower surface of the second driving plate and located in the connecting groove, wherein a second connecting spring is fixedly arranged on another end of the L-shaped connecting rod, and another end of a second connecting spring is fixedly connected to an inner side wall of the connecting groove.

[0019] One end of the second driving plate located in the L-shaped travel slot is an inclined surface.

[0020] A plurality of connecting balls are evenly arranged on a rear end of the cleaning brush along a lengthwise direction, wherein the first inclined through holes are defined on a plurality of the connecting balls, and an end face connected with the cleaner fixing base and the cleaning brush is an inclined surface, and a plurality of connecting ball grooves are evenly defined on the inclined surface, wherein the second inclined through holes are defined on side surfaces of the connecting ball grooves, wherein the connecting balls are clipped into the connecting ball grooves through connecting rods, wherein the connecting rods penetrate through the first inclined through holes and the second inclined through holes.

[0021] The collecting member comprises a belt conveyor fixedly arranged on one end of the mounting bracket, wherein a belt conveyor contact switch is fixedly arranged on the end of the mounting bracket and located between the belt conveyor and the second driving plate, wherein a collecting cavity is defined on the base and located at one end of the belt conveyor away from the belt conveyor contact switch, wherein fourth connecting springs are fixedly arranged on a lower surface of the collecting cavity, wherein a horizontal vibration plate is fixedly arranged on another ends of the fourth connecting springs, wherein vertical vibration plates are respectively and elastically connected to two inner side walls of the collecting cavity through the fifth connecting springs, wherein abrasive plates are respectively and fixedly arranged on end faces of opposite sides of two of the vertical vibration plates, wherein a discharging port is defined on one side surface of the collecting cavity relative to a movement direction of the papers.

[0022] The present invention provides a book production technology and offers other advantages over the prior art: I. by arranging the cutter protecting member, the tool head of the cutter is protected to avoid a damage, which improves a using life of the cutter, and at the same time, the paper cutting effect is improved, the cutting edge is also cleaned to further improve a cutting effect; 2. by arranging collecting device, an automatic finishing function of the papers can be realized, and at the same time, the paper scraps are able to be polished to improve a paper cutting quality for subsequent processing.

BRIEF DESCRIPTION OF THE DRAWINGS

[0023] For better explain the technical proposal in the present invention embodiments, Figures in the embodiments will be briefly described below, [0024] FIG. 1 is a process flow diagram of the invention; [0025] FIG. 2 is a structural schematic diagram of the present invention; [0026] FIG. 3 is an enlarged diagram of "B" in FIG. 2; [0027] FIG. 4 is an enlarged diagram of "C" in FIG. 2; [0028] FIG. 5 is an enlarged diagram of "D" in FIG. 3; [0029] FIG. 6 is an enlarged diagram of "E" in FIG. 3; [0030] FIG. 7 is a cross-sectional view aloneA-A" direction in FIG. 2.

DETAILED DESCRIPTION OF THE INVENTION

[0031] For better explain the technical proposal in the present invention embodiments, Figure 1 to Figure 7 in the embodiments will be briefly described below. Obviously, the embodiment desciibed is only part of the embodiments of the present invention. All other embodiments obtained by persons of ordinary skill in the art based on the embodiment of the present invention without creative efforts shall fall within the protection scope of the present. invention [0032] Referring o FTC, a book production nology, detailed technological process is as follows: [0033] Si cutting papers will corresponding materials; [0034] S2. type setting for book content and book cover; [00351, book page printing: printing the book content and the book cover onto the papers with corresponding materials by using the type-setting in 82; [0036] S4, page folding process: fold large papers printed with the book content in S3 into book format size in terms of page number, and then cut the book cover produced in S3 into several of the book covers; [0037] S5. page gathering process: making folded papers in S4 into a book block with loos pages in sequence; [0038] S6, book block composing process: comprising gluing on a bottom and a side surface of the book surface near a book spine, and then the book block is shaped; [0039] 87. folding the book cover into a cemented surface well-matched with a bottom of the book block: folding into two kink marks on a center of the book cover in 84 and a part of the book cover between two kink marks is the cemented surface; [0040] 88. cementing the book cover and the book block: gluing on the book spinc of the book block formed in 86, thus bonding the book spine and the cementing surface formed in 87; [0041] 89. book cutting: pressing and three sided trimming to cemented book to obtain a finished book; [0042] operation processes in above technological process 81-89 are performed by a paper cutting machine to finish corresponding process operations, wherein the paper cutting machine comprises a base 1, a transporting member, a mounting cavity, a first roller pressure cylinder 4, a second roller pressure cylinder 401, a support block 5, a cutting member, a cutter protecting member, a collecting member, wherein the transporting member is arranged above the base 1, wherein the mounting cavity is defined on the base 1 and located at a tail end of the transporting member, wherein the first roller pressure cylinder 4 is rotatably arranged on an upper end of an inner side wall of the mounting cavity, wherein the second roller pressure cylinder 401 is rotatabiy arranged on a lower end of the inner side wall of the mounting cavity, wherein the support block 5 is fixedly arranged on a bottom of the mounting cavity, wherein a cutting member is arranged between two side walls on one end of the mounting cavity, wherein the cutter protecting member is arranged on the base 1 and located directly below the cutting member, wherein the collecting member is arranged on the base I and located at one side of the cutter protecting member; the transporting member comprises an electromagnet spring 13, a transmission plate 2, wherein the electromagnet spring 13 is fixedly arranged on one end of an upper surface of the base 1, wherein the transmission plate 2 is fixedly arranged on another end of the electromagnet spring 13; whereby in use, when equipment is turned on, the electromagnet spring 13 begins to vibrate reciprocally to drive the transmission plate 2 to vibrate, thereby the papers on the transmission plate 2 are transported by vibration, and such a transport way can effectively solve turnovers of the papers when in transportation compared with an ordinary belt conveyance; when the papers overturn, the papers are vibrated into a flat state when in a vibration transportation to improve a paper cutting effect, and at the same time, paper scraps on surfaces of the papers are shaken off in vibration to improve a subsequent paper printing effect and enhance a practicality of the equipment; when the papers are transported between the first roller pressure cylinder 4 and the second roller pressure cylinder 401, an extrusion force between the first Railer pressure cylinder 4 and the second roller pressure cylinder 401 levels the kink marks on the surfaces of the papers to improve a paper printing quality, [0043] Furthermore, the cutting member comprises a transverse baffle 61, a cutter fixing base 6, executive cylinders, a cutter 8, wherein the transverse baffle 61 is fixedly arranged on the side wall of one end of the mounting cavity; wherein the cutter fixing base 6 is fixedly arranged on a lower end of the transverse baffle 61, wherein two of the executive cylinders are respectively and fixedly arranged on two sides of the cutter fixing base 6, wherein the cutter 8 is fixedly arranged on output terminals of the executive cylinders, wherein the cutter 8 is longitudinal with an upper end of tool tail is rather thick, wherein the output terminals of two of the executive cylinders are respectively connected with two ends of the tool tail of the cutter 8; the cutter protecting member comprises a mounting bracket 18, a special-shaped box 22, first connecting springs 27, a buffering plate 20; a rubber block 21; a cleaner fixing base 16, a cleaning brush 19, a first driving plate 23, a L-shaped travel slot, a second driving plate 24, a connecting groove, a L-shaped connecting rod 25, a. second connecting spring 26 and a paper scraps collecting cavity, wherein the mounting bracket 18 is fixedly mounted on the end of the upper surface of the base 1, wherein the special-shaped box 22 is fixedly arranged on one end of an upper surface of the mounting bracket 18 wherein a plurality of the first connecting springs 27 are fixedly arranged on an upper end of an inner bottom of the special-shaped box 22, wherein the buffering plate 20 is fixedly arranged on another ends of the first connecting springs 27, wherein the rubber block 21 is fixedly arranged on one end of an upper surface of the buffering plate 20, wherein the cleaner fixing base 16 is elastically connected to another end of the upper surface of the buffering plate 20 through the third connecting spring 28, therein the cleaning brush 19 is removably connected to the cleaner fixing base 16, and the first driving plate 23 is fixedly arranged on a lower surface of the buffering plate 20, and the L-shaped travel slot is defined on one end of a lower surface of the special-shaped box 22, wherein the second driving plate 24 is reciprocally and slidably arranged within a horizontal portion of the L-shaped travel slot, wherein the connecting groove is defined on a lower surface of the horizontal portion of the L-shaped travel slot, wherein the L-shaped connecting rod 25 is fixedly arranged on a lower surface of the second driving plate 24-and located in the connecting groove, wherein the second connecting spring 26 is fixedly arranged on another end of the L-shaped connecting rod 25, wherein the paper scraps collecting; cavity is defined on one side of the buffering plate 20 near the cleaning brush 19, wherein another end of the second connecting spring 26 is fixedly connected to an inner side wall of the connecting groove, wherein a plurality of the connecting balls 191 are evenly arranged on a rear end of the cleaning brush 19 along a lengthwise direction, wherein the first inclined through holes are defined on a plurality of the connecting balls 191, and an end face connected with the cleaner fixing base 16 and the cleaning brash 19 is an inclined surface, and a plurality of the connecting ball grooves 161 are evenly defined on the inclined surface, wherein the second inclined through holes are defined on side surfaces of the connecting ball grooves 161, wherein the connecting bails 191 are clipped into the connecting ball grooves 161 through the connecting rods 192, wherein the connecting rods 192 penetrate through the first inclined through holes and the second inclined through holes; whereby in use, under actions of the executive cylinders, the cutter 8 moves downward to cut the papers, and when cutting a single piece of the papers, a support plate of the papers usually cause a hard damage to the cutter 8, thereby after the cutter 8 moves downward to cut the papers, a first stage buffer will be formed as a tool nose of the cutter 8 acts on the rubber block 21, and then the buffering plate 20 is driven to move downward, and at the same time, the first connecting springs 27 contract downward to form a second stage buffer to effectively prevent a wear of the tool nose of the cutter 8 and improve a using life of the cutter 8, and at the same time, uneven cutting edges of the papers caused by the wear of the tool nose of the cutter S can be avoided to enhance a paper cutting effect and prevent an occurence of a wasting with a bad paper cutting effect; moreover, as the end face connected with the cleaner fixing base 16 and the cleaning brush 19 is the inclined surface, therefore the cleaning brush 19 is able to clean the toot nose of the cutter 8 to avoid that the paper scraps attached on the tool nose affecting next paper cutting effect when in paper cutting process; as the cleaning brush 19 and the cleaner fixing base 16 are slipped into the connecting hail grooves 161 through the connecting balls 191, and the connecting balls 191 are clipped into the connecting ball grooves 161 through the connecting rods 192, thereby such a connection way is able to make the cleaning brush 19 swing in a small range when cleaning the tool nose of the cutter 8, which improves a cleaning effect of the cleaning brush 19, arid when the cutter 8 moves upward, the first connecting springs 27 reset to drive the buffering plate 20 to reset, and then the third connecting spring 28 is driven to vibrate, thereby the cleaner fixing base 16 is driven to vibrate to shake the cleaning brush 19, thereby the paper scraps remaining on the cleaning brush 19 are shaken off into the paper scraps collecting cavity, thus operators only need to do a timed cleaning for the paper scraps collecting cavity to take the paper scraps out instead of cleaning the cleaning brush 19, so the operation is simple and convenient, and at the same time, a cleaning effect of the cleaning brash 19 to the tool nose of the cutter S is ensured, and when the cleaning brush 19 is required to be changed, the cleaning brash 19 is needed to be taken out from the cleaner fixing base 16 by taking out the connecting rods 192, which is pretty convenient and improves a practicality of the equipment.

[0044] Furthermore, one end of the second driving plate 24 located in the L-shaped travel slot is an inclined surface.

[0045] Furthermore, the collecting member comprises a belt conveyor 171, a belt conveyor contact switch 17, a collecting cavity 9, fourth connecting springs 14, a horizontal vibration plate 12, vertical vibration plates 10, abrasive plates 11, a discharging port 91 and a discharging pump, wherein the belt conveyor 171 is fixedly ananged on one end of the mounting bracket 18, wherein the belt conveyor contact switch 17 is fixedly arranged on the end of the mounting bracket 18 and located between the belt conveyor 171 and the second driving plate 24, wherein the collecting cavity 9 is defined on the base 1 and located at one end of the belt conveyor 171 away from the belt conveyor contact switch 17, wherein the fourth connecting springs 14 are fixedly arranged on a lower surface of the collecting cavity 9, wherein the horizontal vibration plate 12 is fixedly arranged on another ends of the fourth connecting springs 14, wherein two of the vertical vibration plates 10 are respectively and elastically connected to two inner side walls of the collecting cavity 9 through the fifth connecting springs 15, wherein two of the abrasive plates 11 are respectively and fixedly arranged on end faces of opposite sides of two of the vertical vibration plates 10, wherein the discharging port 91 is defined on one side surface of the collecting cavity 9 relative to a movement direction of the papers, wherein the discharging pump is fixedly arranged on an outer side wall of the collecfing cavity 9, and an output terminal of the discharging pump is connected with the discharging port 91; whereby in use, after the papers are cut, that is, when the buffering plate 20 moves downward, the buffering plate 20 drives the first driving plate 23 to move downward along a vertical part of the L-shaped travel slot, and as an end of the second driving plate 24 located on an inner side of the L-shaped travel slot is an inclined surface, when the first driving plate 23 acts on the second driving plate 24, the second driving plate 24 is driven to inove outward along a horizontal part of the L-shaped travel slot, and then the second driving plate 24 contacts the belt conveyor contact switch 17 to start the belt conveyor contact switch 17, thereby the belt conveyor 171 starts to work to transport the cut papers into a cavity formed between the horizontal vibration plate 12 and two of the vertical vibration plates 10, thereby the cut papers are transported into the collecting cavity 9 in time to avoid a paper folding as the cut papers stop on work station when subsequent papers are -transported, and a qualification rate of -the papers is also improved; when the buffering plate 20 resets; the first driving plate 23 is driven to reset, and when the first driving plate 23 is no longer acting on the second driving plate 24, the second connecting spring 26 resets to drive the L-shaped connecting rod 25 to reset, and then the second driving plate 24 is driven to reset to close the belt conveyor contact switch 17, thereby a convenient on-off of the belt conveyor 171 is realized, and when cutting with the cutter 8, the belt conveyor 171 is ensured to be in a halted state, as if the belt conveyor 171 is in a start state, the papers will be pulled all the time, so the cut papers sizes are different, thereby such an arrangement can not only transport the cut papers in time to avoid a paper bending, but also ensure that papers are cut with same sizes and improve a paper cutting quality; air flows discharged from the discharging pump are discharged from the discharging port 91 to blow the paper scraps produced in cutting, and when the papers are fell into the cavity between the vertical vibration plates 10 and the horizontal vibration plate 12, and the papers are increasingly added, thereby the fourth connecting springs 14 and the fifth connecting springs 15 move reciprocally, and at -the same time, the vertical vibration plates 10 and the horizontal vibration plate 12 are driven to vibrate to stack the collected papers up tidily, and at the same time, the abrasive plates 1 1 are arranged on the end faces of the vertical vibration plates 10, so when the papers are vibrated, the cutting edges of the papers are polished to make the cutting edges more smooth, which is convenient for papers printing and books cementing.

[0046] The electromagnet spring 13, the belt conveyor 171, the belt conveyor contact switch 17 and a circuit connection relationship between the belt conveyor contact switch 17 and the belt conveyor 171 in the present equipment are existing technologies that are not repeatedly described here.

Claims

CLAIMSI. A book production technology, detailed technological process is as follows: Sl. cutting papers with corresponding materials; 52. type setting for book content and book cover; S3. book page printing: printing the book content and the book cover onto the papers with corresponding materials by using the type-setting in 52; S4, page folding process: fold large papers printed with the book content in S3 into a book format size in terms of page number, and then cut the book cover produced in 53 into several of the book covers; 55, page gathering process: making folded papers in 54 into a book block with loose pages in sequence; 56, book block composing process: comprising gluing on a bottom and a side surface of the book surface near a book spine, and then the book block is shaped; 57. folding the book cover into a cemented surface well-matched with a bottom of the book block: folding into two kink marks on a center of the book cover in S4, and a part of the book cover between two kink marks is the cemented surface; S8, cementing the book cover and the book block: gluing on the book spine of the book block formed in S6, thus bonding the book spine and the cementing surface formed in 57; S9. book cutting: pressing and three sided trimming to cemented book to obtain a finished book; operation processes in above technological process S1-S9 are performed by a paper cutting machine to finish corresponding process operations, wherein the paper cutting machine comprising.a base, wherein a transporting member is arranged above the base, wherein a mounting cavity is defined on the base and located at a tail end of the transporting member, wherein a first roller pressure cylinder is rotatably arranged on an upper end of an inner side wall of the mounting cavity, wherein a second roller pressure cylinder is rotatably arranged on a lower end of the inner side wall of the mounting cavity, wherein a support block is fixedly arranged on a bottom of the mounting cavity, wherein a cutting member is arranged between two side walls on one end of the mounting cavity, wherein a cutter protecting member is arranged on the base and located directly below the cutting member, wherein a collecting member is arranged on the base and located at one side of the cutter protecting member; the transporting member comprising: an electromagnet spring fixedly arranged on one end of an upper surface of the base, wherein a transmission plate is fixedly arranged on another end of the electromagnet spring.the cutting member comprising: a transverse baffle fixedly arranged on the side wall of one end of the mounting cavity, wherein a cutter fixing base is fixedly arranged on a lower end of the transverse baffle, wherein executive cylinders are respectively and fixedly arranged on two sides of the cutter fixing base, wherein a cutter is fixedly arranged on output terminals of the executive cylinders, wherein the cutter is longitudinal with an upper end of tool tail is rather thick, wherein the output terminals of two of the executive cylinders are respectively connected with two ends of the tool tail of the cutter.
2. The book production technology defined in claim 1, wherein the cutter protecting member comprising: a mounting bracket fixedly mounted on the end of the upper surface of the base, wherein a special-shaped box is fixedly arranged on one end of an upper surface of the mounting bracket, wherein first connecting springs are fixedly arranged on an upper end of an inner bottom of the special-shaped box, wherein a buffering plate is fixedly arranged on another ends of the first connecting springs, wherein a rubber block is fixedly arranged on one end of an upper surface of the buffering plate, wherein a cleaner fixing base is elastically connected to another end of the upper surface of the buffering plate through the third connecting spring, wherein a cleaning brush is removably connected to the cleaner fixing base; a first driving plate fixedly arranged on a lower surface of the buffering plate, a L-shaped travel slot defined on one end of a lower surface of the special-shaped box, wherein a second driving plate is reciprocally and slidably arranged within a horizontal portion of the L-shaped travel slot, wherein a connecting groove is defined on a lower surface of the horizontal portion of the L-shaped travel slot, wherein a L-shaped connecting rod is fixedly arranged on a lower surface of the second driving plate and located in the connecting groove, wherein a second connecting spring is fixedly arranged on another end of the L-shaped connecting rod, and another end of a second connecting spring is fixedly connected to an inner side wall of the connecting groove.
3. The book production technology defined in claim 2, wherein one end of the second driving plate located in the L-shaped travel slot is an inclined surface
4. The book production technology defined in claim 3, wherein a plurality of connecting balls are evenly arranged on a rear end of the cleaning brush along a lengthwise direction, wherein the first inclined through holes are defined on a plurality of the connecting balls, and an end face connected with the cleaner fixing base and the cleaning brush is an inclined surface; a plurality of connecting ball grooves are evenly defined on the inclined surface, wherein the second inclined through holes are defined on side surfaces of the connecting ball grooves, wherein the connecting balls are clipped into the connecting ball grooves through connecting rods, wherein the connecting rods penetrate through the first Inclined through holes and the second inclined through holes
5. The book production technology defined in claim 4, wherein the collecting member comprising: a belt conveyor fixedly arranged on one end of the mounting bracket, wherein a belt conveyor contact switch is fixedly arranged on the end of the mounting bracket and located between the belt conveyor and the second driving plate, wherein a collecting cavity is defined on the base and located at one end of the belt conveyor away from the belt conveyor contact switch, wherein fourth connecting springs are fixedly arranged on a lower surface of the collecting cavity, wherein a horizontal vibration plate is fixedly arranged on another ends of the fourth connecting springs, wherein vertical vibration plates arc respectively and elastically connected to two inner sidc walls of the collecting cavity through the fifth connecting springs, wherein abrasive plates are respectively and fixedly arranged on end faces of opposite sides of two of the vertical vibration plates, wherein a discharging port is defined on one side surface of the collecting cavity relative to a movement direction of the papers.