Handheld electronic book reader

Abstract

The invention relates to an electronic book reader and discloses a handheld electronic book reader. In the invention, a strip-shaped handheld part is positioned on one side of a display part; main components except for a display screen are configured in the handheld part, so the centre of gravity of the electronic book reader deviates to the handheld part; when holding the book reader by one hand, the torque stressed on the hand is smaller, the hand-feel is good and the labor is saved; and the display part is mainly configured with the display screen and can be manufactured very thin. By using a flexible electronic ink screen, the toughness of the reader is improved, by encapsulating the flexible screen via a film, the toughness of the flexible screen is played completely and mechanical intensity of the flexible screen is greatly increased; and anti-fall property is greatly improved, so the reader is lighter and thinner as a whole.

Description

technical field [0001] The invention relates to an electronic book reading device, in particular to a hand-held electronic book reader. Background technique [0002] An e-book reader (e-book device, e-book reader) is a tool for browsing e-books. The size of the screen determines how many words can be displayed on a single screen. The technologies applied to the screen of the e-book reader include electronic ink technology, liquid crystal display (Liquid Crystal Display, “LCD” for short) and other display technologies. [0003] Electronic Ink is a revolutionary technology for displaying information. E-ink can maintain images for weeks without consuming any additional power, whereas other display technologies typically require constant power consumption while displaying. [0004] An e-book reader based on e-ink technology is a tablet reader that can store thousands of e-books, although its appearance is only equivalent to a thin paperback book. It has the advantages of lig...

AI Technical Summary

Problems solved by technology

This heavy overlapping physical structure makes the reader thicker

In addition, the center of gravity of the reader is near the central axis. When holding the reader with one hand, the torque on the hand is relatively large, which is laborious. Especially for children and women, it is difficult to hold the reader with one hand for a long time

[0006] Furthermore, for readers using electronic ink screens, readers in the prior art all use rigid electronic ink screens. In order to protect the screen, it is necessary to reinforce the screen with a metal plate or other high-strength plates on the back, resulting in electronic The book reader is relatively heavy; and the hard electronic ink screen is made of glass, which is easy to break and is not suitable for children.

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