Sanyo Electric Co., Ltd.

Kyocera Corporation

Takanobu Hisamitsu

Shigekazu Minechika

Tadashi Okajima

A communication terminal with a camera includes a communicator for processing the sending and receiving of mail messages, a designator for designating any one of the mail messages received by the communicator as a browsing mail message, and a determiner for determining whether there is an image related to the browsing mail message. When a determination result by the determiner is negative, a first validator validates a defined camera setting, and when a determination result by the determiner is affirmative, a second validator validates a camera setting compliant with the related image. A creator creates an image along with the camera setting validated by the first validator or the second validator, and an attacher attaches the image created by the creator to a mail message using a sending source of the browsing mail message as a destination.

Communication terminal with camera

In a case of recording data into an optical disk (), a disk apparatus () rotates the optical disk () by a ZCLV system, and in a case of reading out the data from the optical disk, the disk apparatus rotates the optical disk by a ZCAV system. By rotating the optical disk by the ZCLV system, a DSP () performs a read of a modified read carried out before recording, and a read of a verification carried out after the recording, and thereby, no occurrence of a change of a rotating speed of the optical disk among the modified read, the recording, and the verification.

Disk apparatus

A disk apparatus () includes an optical pick-up () and a DSP (), and irradiates a laser beam onto a recording surface of a disk recording medium () by the optical pick-up. In a case that a time period (access time period) required for a seek is shorter than a time period (changing time period) required for the number of rotations, the DSP does not simultaneously perform a change of the number of rotations and the seek. To the contrary, the DSP delays the seek by |access time period&#x2212;changing time period|, and performs a recording and a reproduction after the change of the number of rotation is ended.

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Osaka, Japan

Takanobu Hisamitsu