Mobile telephone device

Abstract

The mobile phone generates each small image data of a plurality of original image data obtained by the user in the imaging unit (12) by the continuous shooting method, and temporarily stores the original image data in the first memory (14) together with the original image data. Then, the mobile phone can display the plurality of original image data continuously on the display unit (17) immediately after the small image data is displayed in a list on the display unit (17). The user can determine whether to save the data according to the playback status. When the user instructs to save the original image data, the original image data is permanently stored in the second memory (15).

Description

technical field [0001] The present invention relates to a mobile phone, and more particularly to a technique for continuously displaying captured image data by utilizing the camera function of the mobile phone. Background technique [0002] In recent years, miniaturization and higher functionality of electronic devices are progressing. For example, in a mobile phone, the screen is enlarged and a large amount of text information or images can be displayed. [0003] That is, in a mobile phone, the display screen can be enlarged and a large amount of information can be displayed, and since color display is possible, it is also sufficiently practical for image display. Moreover, among recent mobile phones, there is a so-called mobile phone with a camera equipped with a camera equipped with an imaging lens and an imaging element that converts incident light into an electrical signal. In this mobile phone with a camera, the storage capacitor , image display size, camera resoluti...

AI Technical Summary

Problems solved by technology

[0007] However, existing mobile phones with video camera functions have a continuous shooting method, and continuous shooting can be performed by using this continuous shooting method. in the folder

Therefore, in the mobile phone with the existing camera function, the still image data after saving has nothing to do with its shooting method. First, because the still image data is stored in a specific image folder, there is the following problem: the user Thereafter, each still image data must be moved to a desired folder, and this operation feels time-consuming

However, since the storage capacity of the mobile phone is limited, in addition, since a plurality of still image data must be stored, it is difficult to effectively utilize the storage capacity of the mobile phone.

[0009] In addition, in a mobile phone with an existing camera function, as described above, it is necessary to save a plurality of still image data in a desired folder at one time, and the user cannot playback it immediately after shooting.

Therefore, the user is forced to perform the above complicated operations, and when the image is different from the user's image after playback, the operation of adding and deleting the data has to be added, and there is a problem of poor operability.

In addition, the user cannot confirm the continuous display status until the user selects a folder and plays it back

Therefore, in the existing mobile phones, since the plurality of still image data obtained by continuous shooting must be saved regardless of whether the user needs to save them, there is a problem that the best shot is lost due to insufficient storage capacity. question of opportunity

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