IMAGE BLUR CORRECTION DEVICE AND IMAGING APPARATUS

To efficiently radiate the heat of an imaging element, without greatly reducing an image blur correction function.SOLUTION: A camera 100 includes a fixed part 408 which is fixed to a main base 200, an imaging substrate 402 on which an imaging element 401 is mounted, and a movable part 406 which is f...

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Bibliographic Details
Main Author KAWASE SATORU
Format Patent
LanguageEnglish
Japanese
Published 19.06.2023
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Summary:To efficiently radiate the heat of an imaging element, without greatly reducing an image blur correction function.SOLUTION: A camera 100 includes a fixed part 408 which is fixed to a main base 200, an imaging substrate 402 on which an imaging element 401 is mounted, and a movable part 406 which is fixed to the imaging substrate 402 and relatively movable with respect to the fixed part 408. Bendable heat transfer members G1 and G2 are pulled out from the imaging substrate 402. The heat transfer member G1 is fixed to the fixed part 408 and the heat transfer member G2 is fixed to the movable part 406. The heat transfer member G1 is closer to the mounting surface 402b of the imaging element 401 than the heat transfer member G2 in the thickness direction of the imaging substrate 402.SELECTED DRAWING: Figure 8 【課題】像ぶれ補正機能を大きく低下させることなく撮像素子の熱を効率的に放熱する。【解決手段】カメラ100は、メインベース200に固定された固定部408と、撮像素子401を実装した撮像基板402と、撮像基板402が固定され、且つ、固定部408に対して相対的に可動する可動部406と、を備える。屈曲可能な伝熱部材G1、G2が、撮像基板402から引き出される。伝熱部材G1は固定部408に固定され、伝熱部材G2は可動部406に固定される。伝熱部材G1は、伝熱部材G2と比べて、撮像基板402の厚み方向において撮像素子401の実装面402bに近い。【選択図】図8
Bibliography:Application Number: JP20210198717