Method for producing inside pages of notebooks

Abstract

The invention discloses a production method of the internal page of the tablet, aiming at solving the problems in the prior art of easy page losing, page dropping when rubberizing and the tablet which can not be opened in 180 DEG. The production method of the internal page of the tablet of the invention comprises a paper-mounting coiling part which conveys the web to the positive and reverse surface printing part with exact tension and force, a printing part carried out at least one color of printing to the web and conveys the web to the mounding line part, a mounding line part which punches the mounding line on the web, a folding-page marking part which folds the web at the mounding line position and marks the web after folded according to the page numbers stipulated in the tablet and conveys the web to the output part, and an output part which cuts the web at the folding position according to the marks. By adopting the method, the internal core of the tablet is firm without page loosening or dropping, the internal page printing line is tidy and clear, the tablet can be opened in 180 DEG, the processes such as page distribution and multi-time cutting, etc. are reduced, and the production efficiency is largely improved.

Description

Technical field [0001] The invention relates to a notebook, in particular to a method for producing inner pages of the notebook. Background technique [0002] At present, there are two production methods for the inner pages of notebooks: one is to use large single sheets of paper to print, and then cut into small sheets several times, then collate the pages and cover the book, and print on the front and back several times. Multiple cutting and collating, this process is inefficient. Due to multiple printing and cutting, the line printing position of each page of the inner core is very unstable and the quality is low. The other is to use rotary printing and online cutting into single sheets, and then cut into small sheets many times, and then collate the pages to cover the book. Although this process is efficient, the equipment investment is also large, and due to multiple cutting Cut so that the position of the printed line on each page in the inner core is not a reference printi...

AI Technical Summary

Problems solved by technology

[0002] At present, there are two production methods for the inner pages of notebooks: one is to use large sheet-fed printing, and then cut it into small sheets for multiple times, then glue the pages together, print the front and back several times, and Multiple cutting and collating, this process has low efficiency, due to multiple printing and cutting, the printing position of each page of the inner core is very unstable, and the quality is low

The other is to use rotary printing, cut on-line into single sheets, and then cut into small sheets multiple times, and then match the pages with plastic bags. Although this process is efficient, the investment in equipment is also large, and due to multiple cutting Cut so that the position of the printed lines in each page in the inner core is not a reference printing, making the position of the lines unstable

[0003] In addition, there are two defects in the above two processes: one is that after printing, the workload of paper cutting, whole paper, and point collation is very large, the degree of automation is low, and the production cost is high.

The second is that when the glue is applied, the core of the book is single-page paper. When the amount of glue is small, the web is easy to drop pages, and when the amount of glue is large, the glue will seep through the gaps between the rolls, so the more glue the book The less it can be spread out at 180 degrees, it will bring great inconvenience to the user's writing

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