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US 2026/0244079 A1Published application
Aperture module and camera module including aperture module
AssigneeSamsung Electro-Mechanics Co., Ltd.
InventorsBo Sung SEO, Nam Ju LEE, Jun Sup SHIN
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Abstract
An aperture module includes a plurality of blades disposed on a lens barrel, the plurality of blades forming an incident hole, a driving link on which a magnet is disposed, the driving link configured to be rotatable, and a coil disposed to oppose the magnet. The lens barrel has a first outer diameter and a second outer diameter, and a rotation axis of the driving link is disposed between the first outer diameter and the second outer diameter of the lens barrel.
Claims33
An aperture module comprising:
- a plurality of blades disposed on a lens barrel, the plurality of blades forming an incident hole;
- a driving link on which a magnet is disposed, the driving link configured to be rotatable;
- and
- a coil disposed to oppose the magnet,
- wherein the lens barrel has a first outer diameter and a second outer diameter, and
- wherein a rotation axis of the driving link is disposed between the first outer diameter and the second outer diameter of the lens barrel.
3 more elements
An aperture module comprising:
- a plurality of blades forming an incident hole;
- a driving link extending in an optical axis direction;
- a magnet disposed on the driving link;
- and
- a coil disposed to oppose the magnet,
- wherein the plurality of blades and the driving link are configured to rotate about rotation axes by driving force generated by the magnet and the coil, and
- wherein one blade, among the plurality of blades, shares a rotation axis with the driving link.
4 more elements
An aperture module comprising:
- a plurality of blades each disposed on a separate rotation axis, and forming an incident hole;
- and
- a driving link configured to be rotatable and sharing a same rotation axis as a blade of the plurality of blades,
- wherein the blade sharing the same rotation axis as the driving link is coupled to at least a first blade and a second blade of the plurality of blades, and
- wherein the plurality of blades are configured to rotate in response to rotation of the driving link.
2 more elements
Dependencies are inferred from the claim text.