Abstract:
An imaging system includes an internal storage unit, a connection unit, a user interface, and a management unit. The internal storage unit is configured for storing a file. The connection unit is configured for connecting the imaging system to an external storage device, and thereby establishing a communication for file transmission therebetween. The user interface is configured for receiving file transmission parameters. The management unit is configured for managing the file transmission, based on the received file transmission parameters.
Abstract:
A method for automatically adding user information to digital images is disclosed. The method includes the steps of: loading user information to an inner storage of a digital camera; reading the user information from the inner storage; editing the user information stored in the inner storage, and storing the edited user information in the inner storage; adding the user information to a header of an EXIF file of a digital image, then the user information is automatically added to a digital image at the time when the digital image is captured by the digital camera. A related system is also disclosed.
Abstract:
An imaging system, the imaging system may be a DSC, and a mobile phone, and includes a imaging module, a storage module, display module, a metadata module, and an image search module. The imaging module is for acquiring images. The storage module is for storing the acquired images of the imaging module. The display module is for displaying the images and interactive windows for a user. The metadata module is configured for writing new metadata to image(s) in response to an input of the user. The image search module is configured for searching desired image(s) by comparing a search term input by a user and added metadata of the image(s).
Abstract:
A flash intensity adjusting device includes an image capturing module, an image-displaying module, a main-image selecting module, an image partition module, a pre-flash brightness-value acquiring module, a flash-intensity calculating module, and a flash derive device. The main-image selecting module is configured for selecting a main image area from the image-displaying area. The image partition module is configured for partitioning the main image area into at least two regions. The pre-flash brightness-value acquiring module is configured for acquiring a brightness value of each region of the main image area when the flash pre-flashing. The flash-intensity calculating module is configured for calculation a mean value according to the brightness value of each region to obtain a flash intensity value of the flash. The flash drive device is configured for driving the flash unit to flash according to the flash intensity value.