摘要:
Aspects relate to autofocus systems and techniques for an array camera having a low-profile height, for example approximately 4 mm. A voice coil motor (VCM) can be positioned proximate to a folded optic assembly in the array camera to enable vertical motion of a second light directing surface for changing the focal position of the corresponding sensor. A driving member can be positioned within the coil of the VCM to provide vertical movement, and the driving member can be coupled to the second light directing surface, for example by a lever. Accordingly, the movement of the VCM driving member can be transferred to the second light directing surface across a distance, providing autofocus capabilities without increasing the overall height of the array camera.
摘要:
A light beam is used to illuminate a spot on a lens element which is shifted along the optical axis of an imaging system for auto-focus or optical zoom purposes. The light beam is arranged such that the reflected light beam from the lens element encounters a spot on the image sensor. The spot location on the image sensor is determined by a signal processor. As the lens element is shifted along the optical axis, the spot location changes accordingly. Based on the moving distance of the spot, the signal processor determines the shifting distance of the lens element and hence the position of the lens element. Based on the shifting distance of the lens element, a control module is used to adjust the lens position along the optical axis to achieve the desired focusing or zooming effects.
摘要:
A light beam is used to illuminate a spot on a lens element which is shifted along the optical axis of an imaging system for auto-focus or optical zoom purposes. The light beam is arranged such that the reflected light beam from the lens element encounters a spot on the image sensor. The spot location on the image sensor is determined by a signal processor. As the lens element is shifted along the optical axis, the spot location changes accordingly. Based on the moving distance of the spot, the signal processor determines the shifting distance of the lens element and hence the position of the lens element. Based on the shifting distance of the lens element, a control module is used to adjust the lens position along the optical axis to achieve the desired focusing or zooming effects.
摘要:
Ein Verfahren zur Verarbeitung fotografischer Materialien, bei dem nach der Entwicklung wenigstens eine weitere Chemikalienbehandlung folgt, vor und nach der je eine Wässerung vorgesehen ist und bei dem Flüssigkeit der nachgeschalteten Wässerung, insbesondere aus dem Materialeinlaufbereich des nachgeschalteten Wässerungsbades entnommen und dem Material im Bereich der vorgeschalteten Wässerung, vorzugsweise dem Materialauslaufbereich der vorgeschalteten Wässerung zugeführt wird, zeichnet sich durch besonders geringe Chemikalienverluste aus.
摘要:
A camera module (1, 1a) includes a casing (10, 10a), a base (11, 11a), an imaging lens module (12, 12a), a driving module (13, 13a), an image stabilization module (14, 14a) and an image sensor (151, 151a). The base (11, 11a) is coupled to the casing (10, 10a), forming an accommodation space (S). The imaging lens module (12, 12a) is disposed in the accommodation space (S) and includes an imaging lens (120, 120a) and a plastic light-folding element (121, 121a). The driving module (13, 13a) includes a first holder (130, 130a), a fixed frame (131, 131a), a rollable support (132, 132a) and a first driving mechanism (133, 133a). The first holder (130, 130a) holds the plastic light-folding element (121, 121a). The fixed frame (131, 131a) is disposed corresponding to the first holder (130, 130a). The rollable support (132, 132a) is disposed between the first holder (130, 130a) and the fixed frame (131, 131a). The first driving mechanism (133, 133a) is configured to drive the first holder (130, 130a) to move relative to the fixed frame (130, 131a). The image stabilization module (14, 14a) is configured to drive the imaging lens (120) or the image sensor (151a) to move in a direction (DX, DY) perpendicular to the optical axis (OL).
摘要:
There is provided an image pickup unit which is capable of achieving a focused image of a favorable depth of field while changing a visual field direction of observation. The image pickup unit comprises a front group FG which includes prisms P1, P2, and P3 which can be rotated for changing the visual field direction, and a rear group RG which includes a lens group LNS and an image pickup element 15, and includes a prism rotating section 16 which rotates the prism P1 for changing the visual field direction, and a focusing section 17 which moves a focused range toward a near-point side, as an angle of visual field direction with respect to a longitudinal direction of the image pickup unit becomes larger than a specific angle, in accordance with the rotation of the prism P1.