KR20080001984U - The bookbinding designed to turn over a page easily - Google Patents

Abstract

A person with dry hands will have a hard time flipping through the book pages because the friction between the palm and the book pages is reduced when the book is turned over. The present invention binds the upper and lower edges of the book to form an inclined surface, and detects the space formed between the chapters with a finger to reconstruct the book binding so that people with dry hands can turn the book pages one by one. The edges of 10cm outside the top and bottom of the book form the inclined surface to sense the difference in space between the front and back sheets created by binding, so that the bookcase can be selectively turned over one by one. In this case, the top edge of the book has a negative slope so that the front chapter sticks out from the back chapter so that the book chapter on the right side can be turned to the left. An inclined surface was formed so that the bookshelf on the left could be turned to the right. In the case of thick books, the middle cover was put, and the staircases were formed to form a stepped slope to balance the bookbinding and show the efficiency in securing the space between the sheets. In the present invention, a book or a magazine viewed by many people can be turned over without turning a finger on the bookshelf, thereby making it convenient and creating a health-friendly reading environment.

Top, bottom, negative concave slopes, bidirectional concave slopes

Description

The bookbinding designed to turn over a page easily}

A person with dry hands will have a hard time flipping through the book pages because the friction between the palm and the book pages is reduced when the book is turned over. To remedy this, you can get a friction force by smearing your fingers over them or using an aid such as an eraser or moisturizer. The present invention relates to book binding that can form a space between bookcases and sense the formed space sensibly, so that book pages can be flipped one by one, instead of using friction as a method of screening book sheets.

Conventional printed matters are bounded at right angles to each side of the bookbinding, so that when the book is opened, the sheets are turned over using the friction between the fingers and the book. In the case of thick books such as dictionaries, round grooves are formed inside the right edge of the bookbinding to make it easier to hold and open the dictionary, but this is not the intention of the present invention.

Currently, book binding is used to flip a book by using the friction between the fingers and the book when the book is opened, so the friction between the palm of the book and the book is reduced, so it is difficult to turn the book one by one. . The present invention forms a concave inclined surface at the top and bottom edges of the book to solve such inconveniences, and senses the space between the chapters so that the book chapters can be flipped one by one to create a book binding. In the case of books, try to improve the unsanitary reading method by tackling the pages of the book.

By binding the top and bottom edges of the book about 10cm outside to form a concave inclined surface, the gap between the front and rear chapters is detected with a finger so that the booklets can be selectively turned one by one. At the top corner of the book, the book chapter on the right side can be turned to the left by binding with a negative concave slope so that the front page (page) pops out than the back page (page). Books on the left can be flipped to the right by binding them with bidirectional concave inclines so that the chapters (pages) are shorter than the back pages (pages). In the case of a thick book, a proper intermediate cover was put, and a stepped concave slope was formed to balance the bookbinding and to show efficiency in securing space between chapters.

 In the case of magazines viewed by many people, it is convenient to turn the bookshelf without getting your fingers drooled, and you can create a reading environment that is good for your health. In addition, it is easy to read and work because the bookshelf can be easily flipped without using a conventional auxiliary tool that can obtain friction.

When collecting printed materials, the front chapters are pushed out from the rear chapters so that the space between the front and rear chapters is dragged so that you can select a single sheet using the sense of your finger so that you can experience the convenience of turning the prints one by one. By applying this method to book binding, the book is bound to form a concave inclined surface at the top and bottom of the book so that the difference in space between the front and back chapters is created. Use your finger to detect and allow you to flip through the book pages one by one. In the case of the top edge of the bookbinding, the bookcase on the right side can be turned to the left by binding in a negative concave diagonal line so that the front page (page) protrudes from the rear page (page) on the right side of the top. Books are bound with concave diagonal lines in both directions so that the front page (page) is shorter than the rear page (page) on the right side, so that the book pages can be flipped from left to right. In the case of thick books, appropriate intermediate covers were placed, and staircase-shaped concave slopes were formed to balance the bookbinding and to provide space efficiency between chapters.

Figure 1 is a view of opening the book of the present invention

2 is the completeness of the present invention

Figure 3 shows the completeness of the stepped slope of the thick book.

* Explanation of Signs of Major Parts of Drawings *

10: top 11: bottom

12: negative concave inclined surface 13: bidirectional concave inclined surface

Claims (3)

A book binding where a book can be selectively flipped one by one by detecting the difference in space between the front and back sheets by binding the book to form a concave inclined surface at a corner of about 10cm outside the top and bottom of the book. . In the case of claim 1, the upper edge of the book is bound by a negative concave slope so that the front page (page) is protruding than the rear page (page) so that the book chapter on the right side can be turned to the left. Book pages on the left can be flipped to the right by binding the two-sided concave surfaces so that (page) is shorter than the back page (page). In the case of claim 1, in the case of a thick book, a suitable intermediate cover is placed, and a stepped concave inclined surface is formed to balance the bookbinding, and the efficiency of securing the space between the sheets is shown.

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