| 摘要 |
In a thin image capture lens feeding device, wear of constituent members does not readily occur, even when an operation of switching between a normal image capture mode and a macro image capture mode is repeated. By rotating a lens retention housing 80 relative to a holder 70, the lens retention housing is caused to move back and forth, and an image capture lens incorporated into the lens retention housing can be fed out. This back-and-forth motion is performed by means of a cam mechanism. The holder, in sliding coupling with the lens retention housing, holds the lens retention housing. Between a pressing cover 10 and the holder are enclosed a spacer 20, micro-coil spring set 130, and lens retention housing; by coupling the pressing cover and the holder by means of claw portions, an integrated image capture lens feeding device is assembled. The spacer and lens retention housing are integrated by means of a linking hole 22 and linking rod 60, configured such that the lens retention housing and the spacer rotate simultaneously by the same amount, so that wear at the contact portions between the spring means and spacer is avoided.
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