Camera device

Abstract

The invention provides a camera device capable of providing sufficient tremor correction and generating no difference between ken of viewfinder observation and ken of actual photographed image, and a control method of the camera device. When proceeding a half-press operation (#21: yes) of shutter release button (25), a tremor correction optical system (102) disposed on replaceable lens (100) is used for proceeding lens side shakeproof mechanism (105) action (#53) of tremor correction. Then, when full-press operation (#59: yes) of the shutter release button (25) is operated, movement of a photoelement (221) disposed on the camera body (200) is used for proceeding main body side shakeproof mechanism (233) action (#65) of tremor correction. Then, when then photo is finished, initialization action (#81, #83) of the lens side shakeproof mechanism (105) and the main body side shakeproof mechanism (233) is proceeded.

Description

technical field [0001] The present invention relates to an imaging device and a control method of the imaging device, and specifically relates to an imaging device having a camera-shake correction mechanism (vibration-proof mechanism). Background technique [0002] Generally, a phenomenon in which a photographed image is blurred due to vibration of a photographer's hand or the like when photographing a subject with a camera is called hand shake. In order to prevent hand shake, a technique is generally known in which a vibration sensor is used to detect the state of hand shake, and a part of the photographic optical system (shake correction lens) is driven based on the output of the vibration sensor to cancel the hand shake. [0003] However, since the hand shake is irregular, sometimes the hand shake correction lens gradually deviates from its movable center and finally reaches the movable terminal when the direction of the shake is deviated in a specific direction. In this...

AI Technical Summary

Problems solved by technology

However, in the image blur correction device disclosed in Patent Document 1, since the initialization operation is performed immediately before the shooting operation, there is a difference between the field of view observed through the viewfinder and the field of view actually captured, and the captured image The composition of the photo may not be what the photographer intended

In addition, in the image blur correction device disclosed in Patent Document 2, there are problems that sufficient image blur correction cannot be performed during viewfinder observation, or initialization operations are frequently performed.

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