Method for refreshing e-book reader

Abstract

The invention discloses a method for refreshing an e-book reader, wherein the screen of the e-book reader is provided with an electrophoresis display technology, the operation of refreshing refers to the change of the content on the screen; the method provided by the invention is characterized in that the content on the screen is just partially refreshed at every refreshing time, the interval time between two refreshing operations is Delta t=d*a*Delta S / S; in the formula, d represents C1, or C2, or C3, or the c of the current books work, or the c of any books works; a represents the number of the words on the current page of the books work displayed by the e-book reader; Delta S represents the area of the screen of the e-book reader at every refreshing time, and the unit thereof is pixel; and S represents the total area of the screen of the e-book reader, and the unit thereof is pixel. The method for refreshing an e-book reader provided by the invention changes the fixed way of thinking of full screen refreshing of a conventional e-book reader, revolutionarily uses partial refreshing, or called as split screen refreshing, so that the refreshing time required in each time is shortened, and a continuous reading experience is provided for the users.

Description

technical field The invention relates to an electronic book reader, in particular to an electronic book reader using electrophoretic display technology (EPD). Background technique Electro-Phoretic Display (EPD) is a kind of electronic paper technology. Because its visual effect is closest to paper printing, it has become the mainstream of electronic paper technology at this stage. In 2009, more than 90% of the world's electronic paper uses electrophoretic display. technology. Microcapsule (Microcapsule) electrophoresis is a kind of electrophoretic display technology, represented by the American E-ink company. The microcapsule electrophoretic display technology particles are introduced below. The screen of an e-book reader using electrophoretic display technology consists of a substrate and a coating, where the substrate is usually glass, or metal or plastic; the coating includes a capsule layer and an electrode layer. The capsule layer is built with millions of microcaps...

AI Technical Summary

Problems solved by technology

The technical problem to be solved by the present invention is to provide a method for refreshing an e-book reader, which can improve the shortcomings of the existing e-book reader, such as too long full-screen refresh time and poor user reading experience