Method and system for naming images captured by a digital camera

Claim 3

A method as in claim 1 wherein the digital camera includes a non-volatile memory, step (b) further including the step of: (b1) storing the count in the non-volatile memory.

Claim 4

A method as in claim 2 wherein step (b) further includes the steps of: (b2) embedding the count into the image data of the captured image.

Claim 5

A method as in claim 1 wherein the digital camera is capable of capturing different image types including a single image, a time lapse image, a burst image, a movie clip, a panorama, a slide show, and sound.

Claim 6

A digital camera for minimizing image naming conflicts, comprising: a memory device for storing sets of image data, each set of image data corresponding to a captured image; a user interface for displaying a plurality of image cells corresponding to the sets of image data, the user interface including means for capturing images; a non-volatile memory for storing a count representing a total number of images captured by the digital camera; input/output means for receiving new image data from an external source, wherein the new image data is associated with a count; and a processor coupled to the memory device, to the user interface, to the non-volatile memory, and the input/output means for controlling operation of the digital camera, the processor functioning to increment the count in response to an image being captured and for associating the count with the image data of the captured image, wherein in response to receiving the new image data from the external source, the processor compares the count associated with the new image data with the counts associated with the image data stored in the digital camera, and if a conflict is detected, the processor automatically generates a unique image name for the new image data using the new image data's respective count.

Claim 7

A digital camera for minimizing image naming conflicts, comprising: a memory device for storing sets of image data, each set of image data corresponding to a captured image; a user interface for displaying a plurality of image cells corresponding to the sets of image data, the user interface including means for capturing images; a non-volatile memory for storing a count representing a total number of images captured by the digital camera; input/output means for receiving new image data from an external source, wherein the new image data is associated with a count; and a processor coupled to the memory device, to the user interface, to the non-volatile memory, and the input/output means for controlling operation of the digital camera, the processor functioning to increment the count in response to an image being captured and for associating the count with the image data of the captured image, wherein in response to receiving the new image data from the external source, the processor compares the count associated with the new image data with the counts associated with the image data stored in the digital camera, and if a conflict is detected, the processor automatically generates a unique image name for the new image data using the new image data's respective count.

Claim 8

A digital camera as in claim 5 wherein the digital camera is capable of capturing different image types including a single image, a time lapse image, a burst image, a movie clip, a panorama, a slide show, and sound.

Claim 11

A digital camera for minimizing image naming conflicts, comprising: a memory device for storing sets of image data, each set of image data corresponding to a captured image; a user interface for displaying a plurality of image cells corresponding to the sets of image data, the user interface including means for capturing images; a non-volatile memory for storing a count representing a total number of images captured by the digital camera; input/output means for receiving new image data from an external source, wherein the new image data is associated with a count; and a processor coupled to the memory device, to the user interface, to the non-volatile memory, and the input/output means for controlling operation of the digital camera, the processor functioning to increment the count in response to an image being captured and for associating the count with the image data of the captured image, wherein in response to receiving the new image data from the external source, the processor compares the count associated with the new image data with the counts associated with the image data stored in the digital camera, and if a conflict is detected, the processor automatically generates a unique image name for the new image data using the count stored in the non-volatile memory.

Claim 12

A digital camera for minimizing image naming conflicts, comprising: a memory device for storing sets of image data, each set of image data corresponding to a captured image; a user interface for displaying a plurality of image cells corresponding to the sets of image data, the user interface including means for capturing images; a non-volatile memory for storing a count representing a total number of images captured by the digital camera; input/output means for receiving new image data from an external source, wherein the new image data is associated with a count; and a processor coupled to the memory device, to the user interface, to the non-volatile memory, and the input/output means for controlling operation of the digital camera, the processor functioning to increment the count in response to an image being captured and for associating the count with the image data of the captured image, wherein in response to receiving the new image data from the external source, the processor compares the count associated with the new image data with the counts associated with the image data stored in the digital camera, and if a conflict is detected, the processor automatically generates a unique image name for the new image data using the count stored in the non-volatile memory.