Abstract: An adjustable intraocular lens which allows external light to be selectively transmitted therethrough. The adjustable intraocular lens includes, a lens body having a front surface, a rear surface, and a central optical part convexly formed in a first direction, a plurality of support parts extending in a radial direction at the edge of the lens body, and an optical fiber part which is disposed on the outside of the central optical part and surrounds the central optical part.

Abstract: The laser processing device includes: a measuring device configured to measure a change in a height of an object and including a first light source configured to emit probe light, a first light focusing unit configured to focus the probe light on the object, a light sensing unit configured to detect a change in the probe light reflected from a reflective surface of the object and including a Shack-Hartmann sensor, and a calculation unit configured to calculate the change in the height of the object by using the change in the reflected light detected by the light sensing unit; a second light source configured to emit laser light for processing to the object; and a focus adjusting device configured to adjust a focus of the laser light emitted to the object by using the change in the height of the object to be processed measured by the measuring device.

Abstract: Provided are a camera lens selectively transmitting external lights and a camera lens assembly including the same. The camera lens includes a lens body having a front surface and a rear surface and including a central optical unit formed at a center thereof. The camera lens also includes a plurality of optical fiber units arranged such that at least some thereof are included in the lens body, and having a different refractive index than the lens body.

Abstract: The laser processing device includes: a measuring device configured to measure a change in a height of an object and including a first light source configured to emit probe light, a first light focusing unit configured to focus the probe light on the object, a light sensing unit configured to detect a change in the probe light reflected from a reflective surface of the object and including a Shack-Hartmann sensor, and a calculation unit configured to calculate the change in the height of the object by using the change in the reflected light detected by the light sensing unit; a second light source configured to emit laser light for processing to the object; and a focus adjusting device configured to adjust a focus of the laser light emitted to the object by using the change in the height of the object to be processed measured by the measuring device.

Abstract: An adjustable intraocular lens which allows external light to be selectively transmitted therethrough. The adjustable intraocular lens includes, a lens body having a front surface, a rear surface, and a central optical part convexly formed in a first direction, a plurality of support parts extending in a radial direction at the edge of the lens body, and an optical fiber part which is disposed on the outside of the central optical part and surrounds the central optical part.