CN116409076A

CN116409076A - Multi-machine printing and post-printing processing on-line production process and equipment

Info

Publication number: CN116409076A
Application number: CN202310183497.4A
Authority: CN
Inventors: 张世雄; 叶尉东; 李云峰
Original assignee: GUANGDONG TANGO INFORMATION PAPER Ltd
Current assignee: GUANGDONG TANGO INFORMATION PAPER Ltd
Priority date: 2023-03-01
Filing date: 2023-03-01
Publication date: 2023-07-11

Abstract

The invention relates to a multi-machine printing and post-printing processing on-line production process and equipment, which is characterized in that the production process of printing, cutting single sheets or foldouts, stacking, splitting, transferring, conveying, splitting, trimming, binding, splitting, shrinking film, boxing and packaging is adopted, a plurality of printers, paper cutters, binding machines, film laminating machines and packaging machines of main production equipment are connected on the equipment layout to perform on-line operation by using a conveyor belt, and all the equipment can be started for production simultaneously according to production requirements, so that multiple production processes can be performed simultaneously, and the waiting time of procedures is eliminated from the raw paper entering the printers to the final packaged finished product, thereby improving the production efficiency; the technical scheme solves the technical problem of online operation of post-printing production and printing.

Description

Multi-machine printing and post-printing processing on-line production process and equipment

Technical Field

The invention relates to a paper processing method and equipment, in particular to a multi-machine printing and post-printing processing online production process and equipment.

Background

The production efficiency of the rotary printing form type printed matter by using the roll paper is high, the quality is reliable, and the rotary printing form type printed matter is a common production mode of the present form printed matter. After printing, the rotary press can simultaneously process conveying holes, bisectors, folding lines and the like, and can also fold and cut single sheets. The cost can be quantitatively divided after folding, and a finished product is formed through post-printing processes of shrink film packaging, boxing and packing; after cutting single sheets, vibrating, stacking and dividing the sheets into semi-finished products, and then printing and post-processing, wherein the post-processing has various processing technologies according to different product specifications, and the common methods are as follows: firstly, a sheet Zhang Chengpin is used for cutting off redundant rim charge by using a cutting machine, and then the film is contracted for packaging, boxing and packing; secondly, cutting off redundant rim charge on the spine side of the book by using a cutting machine, brushing glue, splitting, cutting other three sides, packing by using a shrink film, boxing and packing; and thirdly, after the cover-covered book type product is used for cutting off redundant rim materials on the spine side, brushing glue, splitting, binding, cutting other three sides, packaging by shrink film, boxing and packaging are carried out. The production equipment is shared in the process flow, and the semi-finished products are conveyed to the next working procedure for production after the production of each working procedure is finished, so that the workshop production scheduling is complex if the products with the specifications are produced at the same time, the semi-finished products are accumulated, the labor cost is high, and the production period is long.

Disclosure of Invention

The invention aims to provide a multi-machine printing and post-printing processing online production process and equipment, which solve the technical problem of post-printing production and printing online operation.

In order to achieve the above purpose, the present invention adopts the following technical scheme: an on-line production process for multi-machine printing and post-printing processing to produce single or present products comprises the following procedures:

printing and cutting single sheets: a plurality of printers print in a rotary mode at the same time, each printer performs form printing, cuts off the printing into single semi-finished products to output, and marks the printing marks according to the set number of pages;

stacking and dividing: stacking the single semi-finished products in order in a vibration mode, and separating out big books according to the marks;

transfer conveying: conveying a semi-finished product orderly stacked to a preset position of a conveyor belt I or a conveyor belt II through a mechanical arm;

and (3) carrying out fixed cost: when the number of semi-finished products from each printer on the conveyor belt I or the conveyor belt II reaches a set number, the conveyor belt is started to convey the semi-finished products to the next working procedure;

trimming: cutting off redundant parts of the edge of the semi-finished product according to the size required by the product through a paper cutter I to enable the edge to be flat;

the method comprises the following steps: dividing a large cost into small costs according to the cost dividing marks marked by the printer on the transition table, and putting the small costs into a laminating machine;

over-shrink film: packaging the product by a heat shrinkage film through a film laminating machine II;

boxing: packaging the products subjected to shrink film treatment into a packaging box according to the number required by customers;

packaging: and packing the boxes on a packing machine by using a packing belt according to the number of the boxes required by customers.

According to the technical scheme, the edge cutting process is characterized in that the paper cutter is used for cutting off redundant parts of the edges of the book spine of a semi-finished product according to the size required by a product to enable the edges to be smooth, each semi-finished product is placed on a flat car and pushed onto a conveyor belt III to be conveyed backwards, and the following process is carried out:

brushing glue: brushing a layer of quick-drying adhesive on the back surface of the book and conveying the book backwards by using a conveyor belt III;

the method comprises the following steps: dragging the product with the brushed glue onto a book dividing table, and dividing the large book into small books according to book dividing marks marked by a printer;

cutting three sides: cutting off the redundant parts of the other three sides except the spine edge by using a paper cutter II according to the size requirement of the finished product to form the finished product;

over-shrink film: placing the cut finished product on an operation table, sorting according to the number of the finished product, and packaging the product by a heat shrinkage film through a film laminating machine I;

The technical scheme is further improved, and the following procedures are implemented after the procedure of dividing the small book and before the procedure of cutting three sides:

and (3) cementing: the separated small books, namely the book cores, are conveyed to a book inlet of a cementing machine by a conveyor belt IV, enter the cementing machine to bond a cover and the book cores together by hot melt adhesive, and the glued products are stacked according to a set number and conveyed to a paper cutter II by a conveyor belt V.

An on-line production process for multi-machine printing and post-printing processing, which produces a folded product, comprises the following procedures:

printing and folding: a plurality of printers print in a rotary way at the same time, each printer performs the processing of form printing, punching a conveying hole, punching a bisector and punching a page folding line, marks are marked according to the page number set by the product requirement, and folding is carried out to form a folded semi-finished product output;

stacking and dividing: the continuous product in a folding mode from the printer is piled up and piled up through a rear baffle plate, and the cost is cut off according to the cost mark;

and (3) carrying out fixed cost: when the semi-finished products from each printer on the conveyor belt I or the conveyor belt II reach the set number, the conveyor belt I or the conveyor belt II starts to convey the semi-finished products to the next working procedure;

and (3) finishing: the products are manually arranged on a transition table, and are put into a laminating machine II according to the quantity of one product per time;

and (3) compacting: the product is pressed once by a pressing device on the laminating machine II;

In order to implement the production process, the invention also comprises a multi-machine printing and post-printing processing on-line production device which is divided into a front section and a rear section, wherein the front section comprises a plurality of printers which are arranged side by side, the head of each printer is connected with a vibration paper collecting table, a conveyor belt I and a conveyor belt II which are the same in size are arranged side by side behind the vibration paper collecting table, a manipulator is arranged on the vibration paper collecting table, the conveyor belt I and the conveyor belt II, and the lengths of the conveyor belt I and the conveyor belt II penetrate through all the printers; the rear section comprises a transition table connected with ends of a conveyor belt I and a conveyor belt II, the left side of the transition table is connected with one side surface of a paper cutter I, the other side surface of the paper cutter I is connected with the conveyor belt III at right angles, a plurality of flat cars are placed on the conveyor belt III, the right side surface of the conveyor belt III is connected with a splitting table, the tail end of the conveyor belt III is connected with one side surface of the paper cutter II at right angles, the other side surface of the paper cutter II is connected with an operation table, the operation table is connected with an inlet of a film laminating machine I, an outlet of the film laminating machine I is connected with a boxing table I, and a packaging machine is arranged behind the boxing table I; the front section also comprises an electric control system, wherein the electric control system comprises a control box body, a position detection sensor arranged on the manipulator, a sensor arranged on the conveyor belt I and the conveyor belt II and corresponding to each printer position, a product sensor arranged at the tail parts of the conveyor belt I and the conveyor belt II, and a start button and a stop button arranged at the side face of the tail end of the conveyor belt I.

The technical scheme is further improved, the rear section further comprises a laminating machine II which is connected with the right side of the transition table at right angles, a set of pressing device is arranged on the laminating machine II, an outlet of the laminating machine II is connected with a boxing table II, and a packer is connected with the rear of the boxing table II.

The technical scheme is further improved, the upper end of the splitting table is further connected with a conveying belt IV, the rear end of the conveying belt IV is connected with a book inlet of a cementing machine, a book outlet of the cementing machine is connected with a conveying belt V, and the rear end of the conveying belt V is connected with a paper cutter II.

Compared with the prior art, the invention has the beneficial effects that: according to the production process and the equipment, from the raw paper feeding into the printer to the final production of the packaged finished product, the intermediate is not subjected to backlog and manual conveying of the semi-finished product, the semi-finished product in the intermediate process is all conveyed by the manipulator and the conveyor belt, the equipment is mutually connected and runs online, the waiting time of the working procedure is eliminated, and the production efficiency is improved. The multi-machine printing and post-printing processing on-line production process and equipment solve the technical problem of post-printing production and printing on-line operation.

Drawings

FIG. 1 is a flow chart of the production process of the product of the invention.

Fig. 2 is a flow chart of the production process of the folded product of the invention.

Fig. 3 is a layout of the production facility of the present invention.

Description of the drawings: 1-a printing machine; 2-vibrating the paper collecting table; 3-conveyor I, 4-conveyor II, 5-manipulator, 6-transition platform, 7-paper cutter I, 8-conveyor III, 9-flatbed, 10-book dividing platform, 11-paper cutter II, 12-operation platform, 13-laminating machine I, 14-vanning platform I, 15-baling press, 16-laminating machine II, 17-closing device, 18-vanning platform II, 19-conveyor IV, 20-cementing machine, 21-conveyor V, 51-control box, 52-position detection sensor, 53-have this sensor, 54-volume sensor, 55-start button, 56-stop button.

Description of the embodiments

In order to make the implementation objects, technical solutions and advantages of the present invention more apparent, the following detailed description of embodiments of the present invention will be given by way of example with reference to the accompanying drawings.

In a first embodiment, as shown in fig. 1, the embodiment is a multi-machine printing and post-printing processing on-line production process flow chart for producing single Zhang Heben products, and with reference to the production equipment layout shown in fig. 3, the production process is as follows:

100. printing and cutting single sheets: a plurality of printers 1 print in a rotary way at the same time, each printer 1 performs form printing, cuts off the printing into single semi-finished products to output, and marks the printing marks according to the set number of pages; the multiple printers 1 are produced simultaneously, and the products produced by each printer 1 may be of the same specification or of different specifications; the rotary printing is adopted, so that the printing efficiency is high, the continuous paper is cut into Shan Zhangban finished products by adopting a transverse cutting device on the printer 1 after the printing, the cutting and the printing are synchronous, the precision is high, and the rotary printing machine is particularly suitable for multi-connected products with high requirements for overlapping upper and lower form lines.

200. Stacking and dividing: the single semi-finished products are orderly stacked in a vibration mode, and large books are separated according to the marks, wherein the large books are separated according to the thickness required by the later trimming process, and the large books are generally multiples of the thickness of the small books of the finished products. The paper blocking device is controlled by a counting feedback signal on the printer 1 to stop entering the vibration paper collecting table 2, and a grabbing signal is sent to the mechanical arm 3.

300. Transfer conveying: a semi-finished product which is orderly stacked is conveyed to a preset position of a conveyor belt I3 or a conveyor belt II 4 through a manipulator 3; the preset position refers to the position where the set semi-finished product is placed on the conveyor belt, and because a plurality of printers 1 are adopted for printing at the same time, products produced by each printer 1 can be of the same specification or different specifications, and therefore the two conveyor belts are adopted, and the position where the semi-finished product of each printer 1 is placed can be set according to the specifications of the products before production.

400. And (3) carrying out fixed cost: when the semi-finished products from each printer 1 on the conveyor belt I3 or the conveyor belt II 4 reach the set number, the conveyor belt I3 or the conveyor belt II 4 starts to convey the semi-finished products to the next working procedure; the number of the paper cutting machines I7 is determined according to the number of the paper cutting machines I7 in the next process, namely the number of the paper cutting machines I7 is equal to the number of the paper cutting machines I which are arranged side by side, for example, the paper cutting machines I7 can cut four paper cutting machines I together side by side, the number of the paper cutting machines I is four, and the number of the paper cutting machines I is four.

500. Trimming: the semi-finished product is cut off the redundant part of the edge according to the size required by the product through a paper cutter I7 to level the edge.

600. The method comprises the following steps: the large cost is divided into small cost according to the dividing mark marked by the printer 1, namely, the large cost is divided into the small cost according to the number of pages required by the finished product on the transition table 6, and the small cost is put into the laminating machine II 16 after being divided.

700. Over-shrink film: and packaging the small product by using a heat shrinkage film through a film laminating machine II 16. The film laminating machine II 16 has the functions of automatic conveying, film laminating, film cutting and film heating and shrinking.

800. Boxing: and (5) packaging the products subjected to shrink film coating into a packaging box according to the number required by customers.

900. Packaging: the boxes are packed on the packing machine 15 with packing belts according to the number of boxes required by the customer. Different products are packed in different quantities, some boxes are packed with packing belts, and the packing belts can be placed on a stacking frame to be stacked and integrated into a finished product warehouse after the packing belts are completed.

After the production process, the bookbinding-free single form printed product is produced. From the raw paper entering the printer to the final production of the packaged finished product, the intermediate is not subjected to backlog and manual conveying of the semi-finished product, so that the waiting time of the working procedure is eliminated, and the production efficiency is improved.

In the second embodiment, 100-400 steps are the same based on the first embodiment, in the step 500 of trimming, the blank is cut off by a paper cutter I7 according to the size required by the product to make the edge flat, each blank is placed on a flat car 9 and pushed onto a conveyor III 8 to be conveyed backwards, and as four small wheels are arranged below the flat car 9, the blank is conveniently pushed to enter the following steps:

510. brushing glue: the quick-drying glue is brushed on the back surface of the book and is conveyed backwards by using the conveyor belt III 8, the glue is generally water-based glue, the environment friendliness is good, the drying speed is high, the products can be bonded together after drying, and the paper is not damaged after tearing.

600. The method comprises the following steps: the product with the glue is dragged to the book dividing table 10, and the large book is divided into small books according to the book dividing marks marked by the printer 1 and the number of pages required by the product.

650. Cutting three sides: and cutting off the redundant parts of the three sides except the spine edge by using a paper cutter II 11 according to the requirement of the finished product size to form the finished product. The subsequent steps 700 to 900 are the same as in the first embodiment.

After the procedures, the table printing product with easy tearing and binding and no cover is produced. From the time when the base paper enters the printer to the time when the packaged finished product is finally produced, as in the previous embodiment, the intermediate is not subjected to backlog and manual conveying of the semi-finished product, so that the waiting time of the working procedure is eliminated, and the production efficiency is improved.

In the third embodiment, 100 to 600 steps are the same as in the second embodiment, and the following steps are performed:

620. and (3) cementing: the separated small book, namely the book core, is conveyed to a book inlet of a cementing machine 20 by a conveying belt IV 19, and enters the cementing machine 20 to bond the cover and the book core together by hot melt adhesive. The glue machine 20 can be an elliptic glue machine or a linear glue machine, has the functions of automatic cover feeding and automatic stacking, is generally adhered by adopting hot melt glue, and is firmer to use the core. The products after the glue binding are stacked according to the set number, and are conveyed to a paper cutter II 11 by a conveyor belt V21.

The subsequent steps 650 to 900 are the same as in the embodiment.

After the procedures, the table printing product with the cover adhesive is produced. From the time when the base paper enters the printer to the time when the packaged finished product is finally produced, as in the previous embodiment, the intermediate is not subjected to backlog and manual conveying of the semi-finished product, so that the waiting time of the working procedure is eliminated, and the production efficiency is improved.

In the fourth embodiment, as shown in fig. 3, the embodiment is a multi-machine printing and post-printing processing on-line production process flow chart for producing the folded form printed product, and the production process is as follows, by adopting the production equipment arrangement shown in fig. 3:

101. printing and folding: a plurality of printers 1 print in a rotary way at the same time, each printer 1 processes form printing, punching a conveying hole, punching a bisector and a page folding line, marks the number of pages according to the set page number required by the finished product, and folds to form folded semi-finished products for output; the multiple printers 1 are produced simultaneously, and the products produced by each printer 1 may be the same specification or different specifications. The printer 1 has both the functions of folding and cutting individual products, and therefore, only the processing form of the printer 1 needs to be changed.

201. Stacking and dividing: the continuous product in folding mode from the printer 1 is piled up by the semi-finished products of the rear baffle plate, and the dividing cost is cut according to the dividing mark, wherein the dividing cost is carried out according to the requirement of the number of pages of the finished products.

300. Transfer conveying: a stack of the semifinished products is transferred by means of the manipulator 5 to a predetermined position on the conveyor belt i 3 or the conveyor belt ii 4.

400. And (3) carrying out fixed cost: when the number of semi-finished products from each printer 1 on the conveyor belt I3 or the conveyor belt II 4 reaches the set number, the conveyor belt starts to convey the semi-finished products to the next process.

601. And (3) finishing: the products are manually arranged on the transition table 6 and put into a laminating machine II 16 according to the number of the products each time.

650. And (3) compacting: the semi-finished product is pressed once by a pressing device 17 on a film laminating machine II 16. Because the folding semi-finished product is tilted and loosened at the folding edge in a natural state, the product is easy to deform when the film is folded, the tilted part of the folding edge is required to be pressed, so that the tilting degree is reduced, and the film is convenient and smooth to pass.

700. Over-shrink film: the product is packaged by a heat shrink film through a film laminating machine II 16.

800. Boxing: the shrink film-coated product is packaged in a packaging box at a boxing station 18 according to the number required by the customer.

900. Packaging: the boxes are packed with packing tape using packing machine 15 according to the number of boxes required by the customer.

After the production process, the folded form printing product is produced. From the time when the base paper enters the printer to the time when the packaged finished product is finally produced, likewise, the intermediate is not subjected to backlog and manual conveying of the semi-finished product, the waiting time of the working procedure is eliminated, and the production efficiency is improved.

As shown in fig. 3, a layout of a production apparatus for implementing the first to fourth production processes of the above embodiments is shown, and by using this layout of the apparatus, various production manners can be formed, different production flows can be implemented, and products with various specifications can be produced, which will be described in detail later.

In a fifth embodiment, the production apparatus is divided into a front section and a rear section, the front section includes a plurality of printers 1 installed side by side, the head of each printer 1 is connected with a vibration paper collecting table 2, a conveyor belt i 3 and a conveyor belt ii 4 with the same size are installed side by side behind the vibration paper collecting table 2, and a manipulator 5 is installed on the vibration paper collecting table 2, the conveyor belt i 3 and the conveyor belt ii 4, and the lengths of the conveyor belt i 3 and the conveyor belt ii 4 penetrate through all printers 1. The back end includes a transition platform 6 with conveyer belt I3 and conveyer belt II 4 tail end connection, transition platform 6 left side links to each other with a paper cutter I7 side, paper cutter I7 another side is right angle connection with conveyer belt III 8, a plurality of flatbed 9 have been placed on the conveyer belt III 8, conveyer belt III 8 right flank is connected with branch this platform 10, conveyer belt III 8 tail end is right angle connection with paper cutter II 11 one side, paper cutter II 11 another side is connected with an operation panel 12, the access connection with laminating machine I13 behind the operation panel 12, the export and a vanning platform I14 of laminating machine I13 are connected, there is a packing machine 15 behind the vanning platform I14.

In this embodiment, the front section further includes an electrical control system including a control box 51, a position detection sensor 52 mounted on the robot 5, a home sensor 53 mounted on the belt I3 and the belt II 4 corresponding to each printer position, a home sensor 54 mounted on the tail of the belt I3 and the belt II 4, and a start button 55 and a stop button 56 mounted on the side of the tail of the belt I3. The control box body 51 is electrically connected with other elements, components for controlling the automatic operation of the conveyor belt I3 and the conveyor belt II 4 are arranged in the control box body 51, the components comprise a setting keyboard, a display, an alarm and the like, and operation parameters can be set on the control box body 51. The conveyor belt I3 and the conveyor belt II 4 are controlled to automatically and effectively operate by the set of electric control system: the feedback control manipulator 5 through the position detection sensor 52 accurately places the product on the appointed position of the conveyor belt I3 or the conveyor belt II 4, the quantity control conveyor belt I3 or the conveyor belt II 4 that detects the product and place through having this sensor 53 operates the conveying, whether the feedback control conveyor belt I3 or the conveyor belt II 4 through the accumulation sensor 54 starts the operation, when there is the product backlog on the conveyor belt to lead to certain station to can not normally operate, then carry out the suggestion through the alarm.

According to the technical scheme of the equipment, the technological process of the second embodiment can be implemented to produce the easily torn and glued coverless table printing product.

In the sixth embodiment, in the fifth embodiment, the rear section further includes a laminator ii 16 connected to the right of the transition table 6 at a right angle, a set of pressing device 17 is installed on the laminator ii 16, an outlet of the laminator ii 16 is connected to a boxing table ii 18, and a packer 15 is connected to the rear of the boxing table ii 18. According to the equipment scheme, the online production can be carried out by utilizing the paper cutter I7 at the same time, and the production process of the first embodiment and the fourth embodiment can be implemented to produce the unbound single sheet and the folded form printed products.

In the seventh embodiment, in the fifth embodiment, the upper end of the splitting table 10 is further connected with the conveyor belt iv 19, the conveyor belt iv 19 is connected with the feeding port of a glue binding machine 20, the discharging port of the glue binding machine 20 is connected with the conveyor belt v 21, and the rear surface of the conveyor belt v 21 is connected with the paper cutter ii 11. By means of the equipment connection mode, the production process of the third embodiment can be implemented, and the table printing product with the cover adhesive can be produced.

The paper cutting machine I7 and the paper cutting machine II 11 in the embodiment adopt program control to adjust the paper cutting specification and sequence, and can quickly switch types to produce different products.

All the conveyor belts described in the above embodiments comprise flat belts, brackets and power systems thereof, and products can be directly placed on the flat belts during operation, and the flat belts drive the products to be conveyed backwards. The power system of the conveyor belt I3 or the conveyor belt II 4 is controlled by an electric control system of a front section, the conveyor belt III 8, the conveyor belt IV 19 and the conveyor belt V21 also comprise independent control systems, the conveyor belt V is started and stopped manually, and the operation process is controlled by an inductive switch, and the specific method is as follows: and when the product is in existence, the conveying is started, and when the product is not in existence or is backlogged at the outlet end, the conveying is automatically stopped.

Therefore, according to the arrangement of the production equipment, all the equipment can be started for production at the same time according to production requirements, and multiple production processes can be carried out at the same time.

The technical scheme of the invention uses common materials, is suitable for industrial production, and has realizability and practicability.

Claims

1. The multi-machine printing and post-printing processing on-line production process is characterized by comprising the following steps of:

2. The multi-machine print and post-print processing on-line production process of claim 1, further characterized by: the trimming process is to cut off the redundant part of the spine edge of the semi-finished product according to the size required by the product through a paper cutter to enable the edge to be flat, put each semi-finished product on a flat car, push the semi-finished product onto a conveyor belt III for backward conveying, and enter the following processes:

3. The multi-machine print and post-print processing on-line production process of claim 2, further characterized by: the following steps are also implemented after the step of dividing the small book and before the step of cutting three sides:

4. The multi-machine printing and post-printing processing on-line production process is characterized by comprising the following steps of:

5. A multi-machine printing and post-press processing on-line production apparatus for carrying out the production process according to any one of claims 1 to 4, characterized in that: the printing machine comprises a front section and a rear section, wherein the front section comprises a plurality of printing machines which are arranged side by side, the head of each printing machine is connected with a vibration paper collecting table, a conveyor belt I and a conveyor belt II with the same size are arranged side by side behind the vibration paper collecting table, a manipulator is further arranged on the vibration paper collecting table, the conveyor belt I and the conveyor belt II, and the lengths of the conveyor belt I and the conveyor belt II penetrate through all the printing machines; the rear section comprises a transition table connected with ends of a conveyor belt I and a conveyor belt II, the left side of the transition table is connected with one side surface of a paper cutter I, the other side surface of the paper cutter I is connected with the conveyor belt III at right angles, a plurality of flat cars are placed on the conveyor belt III, the right side surface of the conveyor belt III is connected with a splitting table, the tail end of the conveyor belt III is connected with one side surface of the paper cutter II at right angles, the other side surface of the paper cutter II is connected with an operation table, the operation table is connected with an inlet of a film laminating machine I, an outlet of the film laminating machine I is connected with a boxing table I, and a packaging machine is arranged behind the boxing table I; the front section also comprises an electric control system, wherein the electric control system comprises a control box body, a position detection sensor arranged on the manipulator, a sensor arranged on the conveyor belt I and the conveyor belt II and corresponding to each printer position, a product sensor arranged at the tail parts of the conveyor belt I and the conveyor belt II, and a start button and a stop button arranged at the side face of the tail end of the conveyor belt I.

6. The multi-machine printing and post-press tooling on-line production apparatus of claim 5, further characterized by: the rear section further comprises a film laminating machine II which is connected with the right side of the transition table in a right angle mode, a set of pressing device is arranged on the film laminating machine II, an outlet of the film laminating machine II is connected with a boxing table II, and a packer is connected with the rear face of the boxing table II.

7. The multi-machine printing and post-press tooling on-line production apparatus of claim 5, further characterized by: the upper end of the splitting table is also connected with a conveyor belt IV, the rear end of the conveyor belt IV is connected with a book inlet of a cementing machine, a book outlet of the cementing machine is connected with a conveyor belt V, and the rear end of the conveyor belt V is connected with a paper cutter II.