阅读说明：本技术 一种高速柔印双线冷胶包背本联动生产线 (High-speed flexography double-line cold glue bag back book linkage production line ) 是由 许周 傅茂松 于 2019-11-05 设计创作，主要内容包括：本发明公开了一种高速柔印双线冷胶包背本联动生产线,包括印刷分切模块以及装订模块,所述印刷分切模块依次设置有上纸单元、印刷单元、折页单元、分切单元和数页单元,所述上纸单元与印刷单元的一侧连接,所述印刷单元的另一侧连接有折页单元,所述折页单元的另一侧连接分切单元,所述分切单元的另一侧连接有数页单元,所述数页单元后连接有数页后转角,所述数页后转角连接有装订模块,项目产品运用计算机控制技术、机械仿真技术、神经网络技术、模糊控制算法技术、网络控制技术和在线监控技术,实现了生产线的在线监控,从而实现了软抄包背本生产线的机电一体化。(The invention discloses a high-speed flexible printing double-line cold glue back-wrapping book linkage production line, which comprises a printing slitting module and a binding module, the printing and slitting module is sequentially provided with a paper feeding unit, a printing unit, a folding unit, a slitting unit and a plurality of page units, the paper feeding unit is connected with one side of the printing unit, the other side of the printing unit is connected with a folding unit, the other side of the folding unit is connected with a slitting unit, the other side of the slitting unit is connected with a plurality of page units, the back of the page counting unit is connected with a page counting rear corner, the page counting rear corner is connected with a binding module, and a project product realizes the online monitoring of a production line by using a computer control technology, a mechanical simulation technology, a neural network technology, a fuzzy control algorithm technology, a network control technology and an online monitoring technology, so that the mechanical and electrical integration of the soft-reading bag back production line is realized.)

1. The utility model provides a high-speed flexography double-line cold glue package back of body linkage production line, its characterized in that, including printing cut module (1) and bind module (2), printing cut module (1) has set gradually last paper unit (3), printing unit (4), fold paper unit (5), cut unit (6) and several pages of unit (7), it is connected with one side of printing unit (4) to go up paper unit (3), the opposite side of printing unit (4) is connected with folds paper unit (5), the opposite side of folding paper unit (5) is connected and is cut unit (6), the opposite side of cutting unit (6) is connected with several pages of unit (7), several pages of back corner (8) are connected with behind several pages of unit (7), several pages of back corner (8) are connected with and bind module (2), bind module (2) including one line of unit (9) and two lines of units (10), several pages of back corners (8) connect gradually the second line on second line unit (10) and join in marriage and seal conveying unit (11), second line package back of the body unit (12), two line acceleration and connect this unit (13), two line turn unit (14), two line positioning unit (15), two line stoving unit (16), two line one-tenth send unit (17) before cutting, two line one-tenth cut unit (18) and two line receive this unit (19), several pages of right sides of back corners (8) connect gradually one line on one line unit (9) through carrying turn (20) join in marriage and seal conveying unit (21), one line package back of the body unit (22), one line acceleration and connect this unit (23), one line turn unit (24), one line positioning unit (25), one line stoving unit (26), one line one-tenth send unit (27) before cutting, one line becomes to cut unit (28) and one line receive this unit.

2. The high-speed flexible printing double-line cold glue bag back linkage production line according to claim 1, characterized in that an optional deviation correcting system (30) is arranged in the paper feeding unit (3).

3. A high speed flexo printing double-line cold glue pack-back linkage production line according to claim 1, wherein an optional matching trolley unit (31) is arranged in the folding unit (5).

4. The high-speed flexible printing double-line cold glue bag back linkage production line according to claim 1, wherein the mechanical parts of the two-line matching and sealing conveying unit (11), the two-line bag back unit (12), the one-line matching and sealing conveying unit (21) and the one-line bag back unit (22) are in transmission connection through various gears, chain wheels, synchronous wheels and the like, and transmission shaft connection with one-point speed ratio is carried out between the sleeves.

5. The high-speed flexible printing double-line cold glue bag back linkage production line as claimed in claims 2 and 3, wherein the electrical parts of the optional deviation correcting system (30) and the optional running vehicle unit (31) adopt PLC control technology to perform electrical connection between whole sets of components and perform organic control technology for coordination.

Technical Field

The invention relates to the field of laser, in particular to a high-speed flexible printing double-line cold glue bag back linkage production line.

Background

In order to effectively improve the reliability, stability and accuracy of the production line, the project adopts a mechanical simulation technology, an electrical control simulation technology, a neural network technology, a cloud technology platform, PID control and a fuzzy control algorithm to optimize the whole production engineering of design, control and manufacture of the roll paper double-line cold glue binding linkage line. Therefore, the precision of a mechanical structure can be greatly improved, the stability of the system is improved, the running performance of the system is improved, and the operation platform is optimized.

Disclosure of Invention

The invention aims to provide a high-speed flexible printing double-line cold glue bag back book linkage production line to solve the problems in the background technology.

The technical scheme of the invention is realized as follows:

the utility model provides a high-speed flexography double-line cold glue package back of body originally links production line, cuts module and binding module including the printing, the printing is cut the module and is set gradually the unit of paper, printing unit, fold paper the unit, cut unit and several page units, it is connected with one side of printing unit to go up the paper unit, the opposite side of printing unit is connected with the unit of folding paper, the opposite side of the unit of folding paper is connected and is cut the unit, the opposite side of cutting the unit is connected with several pages of units, be connected with several pages of back corners behind the several pages of units, several pages of back corners are connected with the binding module, the binding module includes one line unit and two line unit, several pages of back corners connect the two lines in proper order on the two line unit join in marriage a transport unit, two lines package back of body unit, two lines increase this unit, turn unit, two lines positioning unit, two lines, The two-line becomes to cut unit and two-line and receives this platform unit, several pages of right sides of back corner connect gradually one line of on one line of unit through carrying the turn and join in marriage a transport unit, one line package back of the body unit, one line of this unit of acceleration, one line of turn unit, one line of locating unit, one line of stoving unit, one line become to cut preceding transport unit, one line become to cut unit and one line receive this platform unit.

Furthermore, an optional deviation correcting system is arranged in the paper feeding unit.

Furthermore, an optional matching vehicle unit is arranged in the folding unit.

Furthermore, the mechanical parts of the second-line matching and sealing conveying unit, the second-line pack back unit, the first-line matching and sealing conveying unit and the first-line pack back unit are in transmission connection through various gears, chain wheels, synchronizing wheels and the like, and transmission shaft connection with a little speed ratio is carried out among the sleeves.

Furthermore, the electrical parts of the optional deviation correcting system and the optional traveling crane unit adopt a PLC control technology to carry out electrical connection between the whole set of components and carry out coordination and organic control technology.

The invention provides a high-speed flexible printing double-line cold glue back wrapping linkage production line which has the following beneficial effects:

the project product organically combines the functions of paper feeding, paper deviation correction, printing, folding, slitting, paper counting, matching and sealing, wrapping, drying, slitting, book collection and the like of the roll paper by using a computer control technology, a mechanical simulation technology, a neural network technology, a fuzzy control algorithm technology, a network control technology and an online monitoring technology, thereby realizing the online monitoring of the production line and further realizing the mechanical and electrical integration of the high-speed flexible printing double-line cold glue wrapping book linkage production line.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

FIG. 1 is a schematic structural diagram of a high-speed flexible printing double-line cold glue bag back-book linkage production line according to an embodiment of the invention;

in the figure:

1. printing and slitting modules; 2. a binding module; 3. a paper feeding unit; 4. a printing unit; 5. a folding unit; 6. a slitting unit; 7. a page counting unit; 8. counting the rear corner; 9. a line unit; 10. a two-wire unit; 11. a two-wire matching and sealing conveying unit; 12. two pack back units; 13. a two-line acceleration receiving unit; 14. a second-line turning unit; 15. a two-wire positioning unit; 16. a second wire drying unit; 17. two lines are cut into pre-cutting conveying units; 18. a two-wire slicing unit; 19. a second line take-up station unit; 20. conveying and turning; 21. a line matching and sealing conveying unit; 22. a pack back unit; 23. a first-line acceleration receiving unit; 24. a line turning unit; 25. a line positioning unit; 26. a line drying unit; 27. a line pre-cut conveying unit; 28. a wire-cutting unit; 29. a line-collecting table unit; 30. optionally matching a deviation rectifying system; 31. a traveling crane unit can be optionally configured.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, rather than all embodiments, and all other embodiments obtained by those skilled in the art based on the embodiments of the present invention belong to the scope of protection of the present invention.

The invention is further described with reference to the following drawings and detailed description:

referring to fig. 1, the high-speed flexible printing double-line cold glue back-pack linkage production line according to the embodiment of the invention includes a printing and slitting module 1 and a binding module 2, the printing and slitting module 1 is sequentially provided with a paper feeding unit 3, a printing unit 4, a folding unit 5, a slitting unit 6 and a number of pages unit 7, the paper feeding unit 3 is connected with one side of the printing unit 4, the other side of the printing unit 4 is connected with the folding unit 5, the other side of the folding unit 5 is connected with the slitting unit 6, the other side of the slitting unit 6 is connected with the number of pages unit 7, a number of pages rear corner 8 is connected behind the number of pages unit 7, the number of pages rear corner 8 is connected with the binding module 2, the binding module 2 includes a first line unit 9 and a second line unit 10, the number of pages rear corner 8 is sequentially connected with a second line matching and sealing conveying unit 11 on the second, Two solenoid back units 12, two lines speed up and receive this unit 13, two lines turn unit 14, two lines positioning unit 15, two lines stoving unit 16, two lines become and cut preceding conveyor unit 17, two lines become and cut unit 18 and two lines and receive this unit 19, several pages of back corners 8's right side is joined in proper order through carrying turning 20 and is joined in marriage a line on one line unit 9 and seal conveyor unit 21, one line package back unit 22, one line speed up and receive this unit 23, one line turn unit 24, one line positioning unit 25, one line stoving unit 26, one line become and cut preceding conveyor unit 27, one line become and cut unit 28 and one line and receive this unit 29.

In a specific application, an optional deviation correcting system 30 is arranged in the paper feeding unit 3.

In a specific application, an optional matching trolley unit 31 is arranged in the folding unit 5.

In a specific application, the two-wire matching and sealing conveying unit 11, the two-wire wrapping back unit 12, the one-wire matching and sealing conveying unit 21 and the one-wire wrapping back unit 22 are mechanically connected through some transmission parts such as various gears, chain wheels, synchronous wheels and the like, and transmission shaft connection with a little speed ratio is performed among the sleeves.

In a specific application, the electrical parts of the optional deviation correcting system 30 and the optional traveling crane unit 31 adopt a PLC control technology to perform electrical connection between the whole set of components and perform an organic control technology for coordination.

In summary, according to the technical scheme of the present invention, by first placing the base paper into the paper feeding unit, then printing a pattern on the paper, the pattern printing can be determined according to the requirements of the customer, the printed paper enters the folding unit, the paper is folded, then enters the slitting device to be slit into paper with a certain width, the slitting width can be determined according to the requirements of the customer, the slit paper then enters the page counting unit, the number of the paper can be determined according to the requirements of the customer, a standard number of paper can also be generated, the number of the paper with the good number of the paper is divided into two same distribution and sealing conveying units through the conveying device, meanwhile, the wrapping unit starts to work, then the paper is conveyed to the positioning unit, the paper is conveyed to the cutting unit after being processed, the paper is cut into finished products, and finally the finished products are conveyed to the base and packaged into boxes.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.