Abstract: A photography system includes a camera having a geofenced region associated therewith, and a web server to provide a website to communicate with the camera and to access coordinates defining the geofenced region. A mobile device includes a processor to access the website via the web server, allow the website to access location of the mobile device, and receive video from the camera via the website in response to the location of the mobile device being within the geofenced region. A display is coupled to the processor to display the received video along with a user-selected input for a user to operate the camera to take a photo.

Abstract: A portable electronic device (PED) includes a processor, and a transceiver coupled to the processor. The transceiver is configured to receive an RF signal having a unique identifier associated therewith when the PED is in proximity to at least one themed photograph overlay image beacon at a designated area. The unique identifier corresponds to at least one of a themed photograph overlay on a remote server. The transceiver transmits the unique identifier to the remote server, and receives the least one themed photograph overlay from the remote server based on the transmitted unique identifier. A camera is coupled to the processor and takes a photograph at the designated area. A display is coupled to the processor and displays the photograph with the at least one themed photograph overlay.

Abstract: A portable electronic device (PED) includes a processor, and a transceiver coupled to the processor. The transceiver is configured to receive an RF signal having a unique identifier associated therewith when the PED is in proximity to at least one themed photograph overlay image beacon at a designated area. The unique identifier corresponds to at least one of a themed photograph overlay on a remote server. The transceiver transmits the unique identifier to the remote server, and receives the least one themed photograph overlay from the remote server based on the transmitted unique identifier. A camera is coupled to the processor and takes a photograph at the designated area. A display is coupled to the processor and displays the photograph with the at least one themed photograph overlay.

Abstract: A system includes a server and a portable electronic device (PED). The server is to store at least one geofence region, and at least one photograph overlay associated with the at least one geofence region. The PED includes a processor to execute an application and connect to the server, and a transceiver coupled to the processor. The transceiver transmits a location of the PED to the server, and receives from the server the at least one photograph overlay based on the location of the PED being within the at least one geofence region. A camera is coupled to the processor to take a photograph, and a display is coupled to the processor to display the photograph with the at least one received photograph overlay.

Abstract: A photography system includes a remote server to store themed photograph overlays, and a themed photograph overlay image beacon located at a designated area to transmit a RF signal having a unique identifier associated therewith corresponding to at least one of the themed photograph overlays on the remote server. A portable electronic device includes a processor to execute a creative artworks picture application, and a transceiver. The transceiver is to receive the RF signal having the unique identifier associated therewith when the PED is in proximity to the themed photograph overlay image beacon, transmit the unique identifier to the remote server, and receive the least one themed photograph overlay from the remote server based on the unique identifier. A camera takes a photograph at the designated area, and a display displays the photograph with the at least one themed photograph overlay.

Abstract: A system includes a server and a portable electronic device (PED). The server is to store at least one geofence region, and at least one photograph overlay associated with the at least one geofence region. The PED includes a processor to execute an application and connect to the server, and a transceiver coupled to the processor. The transceiver transmits a location of the PED to the server, and receives from the server the at least one photograph overlay based on the location of the PED being within the at least one geofence region. A camera is coupled to the processor to take a photograph, and a display is coupled to the processor to display the photograph with the at least one received photograph overlay.

Abstract: A photography system includes a remote server to store a database of geofence regions within a geographical area, and themed photograph overlays, with at least one themed photograph overlay corresponding to each respective geofence region within the database. A portable electronic device (PED) includes a processor to execute a creative artworks picture application, a geographic position determining to determine a geographic location of the PED, and a transceiver. The transceiver is configured to transmit the geographic location of the PED to the remote server, and receive the themed photograph overlay from the remote server when the geographic location of the PED is within one of the respective geofence regions. A camera takes a photograph within the geofence region the PED is located in, and a display displays the photograph with the at least one themed photograph overlay.

Abstract: An interactive virtual aquarium simulation system includes a two-dimensional (2D) fish image having a unique identifier associated therewith, with the unique identifier corresponding to predefined fish movements. A scanner scans the 2D fish image and converts to a digital image. A three-dimensional (3D) mapping processor is coupled to the scanner to generate a 3D fish image based on the digital image. A virtual simulation processor is coupled to the 3D mapping processor to generate simulation video of a virtual aquarium including a plurality of fish and the 3D fish image. The 3D fish image swims within the virtual aquarium based on the predefined fish movements. The simulation video of the virtual aquarium with the 3D fish image is provided to a display.

Abstract: A photography system includes a remote server to store a database of geofence regions within a geographical area, and themed photograph overlays, with at least one themed photograph overlay corresponding to each respective geofence region within the database. A portable electronic device (PED) includes a processor to execute a creative artworks picture application, a geographic position determining to determine a geographic location of the PED, and a transceiver. The transceiver is configured to transmit the geographic location of the PED to the remote server, and receive the themed photograph overlay from the remote server when the geographic location of the PED is within one of the respective geofence regions. A camera takes a photograph within the geofence region the PED is located in, and a display displays the photograph with the at least one themed photograph overlay.

Abstract: A photography system includes a remote server to store themed photograph overlays, and a themed photograph overlay image beacon located at a designated area to transmit a RF signal having a unique identifier associated therewith corresponding to at least one of the themed photograph overlays on the remote server. A portable electronic device includes a processor to execute a creative artworks picture application, and a transceiver. The transceiver is to receive the RF signal having the unique identifier associated therewith when the PED is in proximity to the themed photograph overlay image beacon, transmit the unique identifier to the remote server, and receive the least one themed photograph overlay from the remote server based on the unique identifier. A camera takes a photograph at the designated area, and a display displays the photograph with the at least one themed photograph overlay.

Abstract: A photography system includes a remote server to store themed photograph overlays, and at least one themed photograph overlay image located at a designated area and corresponding to one of the themed photograph overlays on the remote server. A portable electronic device (PED) includes a processor to execute a creative artworks picture application, a transceiver to communicate with the remote server based on execution of the creative artworks picture application, and a camera to scan the themed photograph overlay image located at the designated area. The transceiver receives the themed photograph overlay from the remote server based on the camera scanning the themed photograph overlay image. The camera takes a photograph at the designated area, and the photograph with the at least one themed photograph overlay is displayed.

Abstract: An interactive virtual aquarium simulation system includes a two-dimensional (2D) fish image having a unique identifier associated therewith, with the unique identifier corresponding to predefined fish movements. A scanner scans the 2D fish image and converts to a digital image. A three-dimensional (3D) mapping processor is coupled to the scanner to generate a 3D fish image based on the digital image. A virtual simulation processor is coupled to the 3D mapping processor to generate simulation video of a virtual aquarium including a plurality of fish and the 3D fish image. The 3D fish image swims within the virtual aquarium based on the predefined fish movements. The simulation video of the virtual aquarium with the 3D fish image is provided to a display.

Abstract: An image capture system for a venue includes fixed image capture areas spaced throughout the venue. Each fixed image capture area includes at least one camera, and a kiosk coupled to the at least one camera. The kiosk includes an identification (ID) reader to read a guest ID presented by a guest, and a processor to activate the at least one camera to take a photo of the guest based on the ID reader reading the guest ID. The processor also links the guest ID with the photo. A server is coupled to the fixed image capture areas to store each photo with the linked guest ID.

Abstract: An image capture system for a venue includes fixed image capture areas spaced throughout the venue. Each fixed image capture area includes at least one camera, and a kiosk coupled to the at least one camera. The kiosk includes an identification (ID) reader to read a guest ID presented by a guest, and a processor to activate the at least one camera to take a photo of the guest based on the ID reader reading the guest ID. The processor also links the guest ID with the photo. A server is coupled to the fixed image capture areas to store each photo with the linked guest ID.

Abstract: A photography database is configured to interface with at least one camera and includes a memory to store pictures of distinct bar codes and of theme park guests in the order in which they were taken so that the distinct bar codes separate the respective pictures of the theme park guests. A processor is coupled to the memory to retrieve stored pictures based on the distinct bar codes being presented by the theme park guests by detecting the stored distinct bar code matching the distinct bar code presented by the theme park guest, and detecting a stored next distinct bar code that does not match the distinct bar code presented by the theme park guest. All pictures between the matching and non-matching stored distinct bar codes are retrieved. At least one display is coupled to the photography database for displaying the retrieved pictures.

Abstract: An image capture system for a theme park includes fixed image capture areas spaced throughout the theme park. Each fixed image capture area includes at least one camera, and a kiosk coupled to the at least one camera. The kiosk includes an identification (ID) reader to read a park guest ID presented by a park guest, and a processor to activate the at least one camera to take a photo of the park guest based on the ID reader reading the park guest ID. The processor also links the park guest ID with the photo. A server is coupled to the fixed image capture areas to store each photo with the linked park guest ID.

Abstract: A photography system includes a remote server to store themed photograph overlays, and at least one themed photograph overlay image located at a designated area and corresponding to one of the themed photograph overlays on the remote server. A portable electronic device (PED) includes a processor to execute a creative artworks picture application, a transceiver to communicate with the remote server based on execution of the creative artworks picture application, and a camera to scan the themed photograph overlay image located at the designated area. The transceiver receives the themed photograph overlay from the remote server based on the camera scanning the themed photograph overlay image. The camera takes a photograph at the designated area, and the photograph with the at least one themed photograph overlay is displayed.

Abstract: An image capture system for a theme park includes fixed image capture areas spaced throughout the theme park. Each fixed image capture area includes at least one camera, and a kiosk coupled to the at least one camera. The kiosk includes an identification (ID) reader to read a park guest ID presented by a park guest, and a processor to activate the at least one camera to take a photo of the park guest based on the ID reader reading the park guest ID. The processor also links the park guest ID with the photo. A server is coupled to the fixed image capture areas to store each photo with the linked park guest ID.

Abstract: Methods and apparatus for supplying a clip to a clip window associated with a closure attachment mechanism having a closure punch path for attaching a single clip or two clips to a target tubular work piece in a closure zone include: (a) forcing a plurality of clips to travel in a first predetermined clip travel path having a forward direction toward a first punch path in a closure zone at a first point in time; (b) selectively retracting the plurality of clips so that the clips travel in a reverse direction along the first predetermined clip travel path; and then (c) forcing the plurality of clips to again travel in the forward direction along the first predetermined clip travel path at a second point in time.

Abstract: Clip attachment apparatus for attaching a U-shaped metal clip about gathered material includes a frame, a channel supported on the frame for receiving a clip, a punch for driving the clip in the channel against a die, and a pair of pivot gates which are driven by an eccentric cam and follower responsive to independent actuators. The gates are moveable between a closed position wherein the gates form a part of the channel and position the die at the end of the channel, and an open position for inserting casing material into the clip apparatus.