Display method for quickly focalizing page center on hand-held reading apparatus

Abstract

The utility model relates to a display method that type page can be quickly focused on a handheld reading equipment, belonging to information technical field. Through the method of digital reading setting and storing type page setting method and a type page setting frame which can adjust size and position for the horizontal and vertical direction, type page content can be quickly focused in the digital reading layout. The content of the type page is amplified and displayed on the handheld equipment and the type page content is read and displayed for the subsequent page. The utility model has the advantages of quickly realizing focusing the content of type page on the handheld reading equipment, making digital content can be read by the handheld reading equipment fluently for big fixed layout, strengthening the practicality of the handheld reading equipment, simply and conveniently operating, decreasing stimulation which is caused by continuous screen scrolling upon eyes and lowering power consumption of the equipments, bringing the result of no flashing, no power consumption and comfortable reading under the premise that digital reading does not need type setting again according to display size of the handheld reading equipment.

Description

technical field [0001] The invention belongs to the field of information technology, in particular to a display method for quickly focusing on the center of the plate on a handheld reading device. Background technique [0002] With the rapid development of Internet technology, a large number of digital content can be disseminated quickly, followed by people's increasing demand for electronic reading methods, especially handheld reading methods, so various Handheld reading devices, such as: e-readers, personal digital assistants (PDAs), English learning machines, large-screen mobile phones, etc., the display screen size of such handheld reading devices is generally relatively small, generally 4 to 7 inches. However, when many digital books are produced and published, they do not take into account the needs of such readers. They are still typesetting according to the size of A4 pages or 16 pages (above 12 inches) while retaining headers, footers and content such as white marg...

AI Technical Summary

Problems solved by technology

However, when many digital books are produced and published, they do not take into account the needs of such readers. They are still typesetting according to the size of A4 pages or 16 pages (above 12 inches) while retaining headers, footers and content such as white margins, or directly generate digital readings after scanning paper publications, and this type of digital readings retains content such as headers, footers and white margins

Therefore, when reading such digital books on a handheld reading device, the limited display range is filled with non-effective reading content such as headers, footers, and white margins, making the real effective content difficult to recognize

[0003] In view of the above problems, the prior art mainly adopts the following two solutions: (1) adopting the method of rearranging the publications and making digital reading materials to adapt to the size of the display screen of the handheld reading device. This method needs to greatly increase the number of digital reading materials. Production cost is actually difficult to realize; (2) Through the reading software built into the handheld reading device, the displayed content is moved and zoomed during reading. This method requires constant screen flipping, and the screen flickers or Blurred local details will irritate the human eye and increase the power consumption of the device, directly affecting the fluency and comfort of reading, and it is very inconvenient to use. This method is relatively fixed for this type of digital reading and there are non-effective visual effects such as white borders around it. Due to the characteristics of element layout, there is no effective solution to make full use of the limited area of ​​the display screen to display the core content of digital books

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