The disclosure provides a rotatable photo booth, comprising a base, a supporting platform, a holographic fan and a shooting bracket, wherein the supporting platform is disposed on the base and comprises a supporting seat and a light-transmitting plate, and the shooting bracket is disposed between the base and the supporting platform, is rotated by a driving device, and at least partially extends from the supporting platform to hold shooting devices. The holographic fan disposed in a mounting cavity formed by covering the light-transmitting plate on the supporting seat, is controlled by the controller to display animations, videos or stereoscopic patterns.

The disclosure provides a rotatable photo booth, comprising a base, a supporting platform, a holographic fan and a shooting bracket, wherein the supporting platform is disposed on the base and comprises a supporting seat and a light-transmitting plate, and the shooting bracket is disposed between the base and the supporting platform, is rotated by a driving device, and at least partially extends from the supporting platform to hold shooting devices. The holographic fan disposed in a mounting cavity formed by covering the light-transmitting plate on the supporting seat, is controlled by the controller to display animations, videos or stereoscopic patterns.

A system and method for product photography includes a movable display configured to travel along a path wherein the movable display provides illumination onto a photographic subject visible to at least one camera configured for long exposure photography where the movable display creates one or more digital light paintings at least partially visible to the camera, and a mechanical means for movement of the movable display. The invention employs a method of capturing a photographic image of an object including the steps of selecting an image for the movable display, using at least one camera to capture long exposure images, positioning one or more photographic subjects, positioning one or more cameras, focusing the one or more cameras, beginning capture of a long exposure, using a movable display to create a digital light painting effect, ending capture of the long exposure, and storing the image in memory.

A system and method for product photography includes a movable display configured to travel along a path wherein the movable display provides illumination onto a photographic subject visible to at least one camera configured for long exposure photography where the movable display creates one or more digital light paintings at least partially visible to the camera, and a mechanical means for movement of the movable display. The invention employs a method of capturing a photographic image of an object including the steps of selecting an image for the movable display, using at least one camera to capture long exposure images, positioning one or more photographic subjects, positioning one or more cameras, focusing the one or more cameras, beginning capture of a long exposure, using a movable display to create a digital light painting effect, ending capture of the long exposure, and storing the image in memory.

Backdrop rear-illumination apparatus, active green screen and method for performing dynamic backdrop rear-illumination. The active green screen comprises a green screen, a diffusing material and a backdrop rear-illumination apparatus, the backdrop rear-illumination apparatus comprising a light assembly and a light controller. The light assembly comprises one or more light-emitting device, a light emitted by each light-emitting device first passing through the diffusing material and then passing through the green screen. The light controller comprises light driver(s) for controlling at least one operating parameter of the light-emitting device(s). The light controller further comprises at least one user interface or a light remote control module for respectively actuating the light driver(s). A computing device generates light control command(s) via a graphical user interface or an algorithm. The light control command(s) are transmitted to the light remote control module for controlling the at least one operating parameter of the light-emitting device(s).

Backdrop rear-illumination apparatus, active green screen and method for performing dynamic backdrop rear-illumination. The active green screen comprises a green screen, a diffusing material and a backdrop rear-illumination apparatus, the backdrop rear-illumination apparatus comprising a light assembly and a light controller. The light assembly comprises one or more light-emitting device, a light emitted by each light-emitting device first passing through the diffusing material and then passing through the green screen. The light controller comprises light driver(s) for controlling at least one operating parameter of the light-emitting device(s). The light controller further comprises at least one user interface or a light remote control module for respectively actuating the light driver(s). A computing device generates light control command(s) via a graphical user interface or an algorithm. The light control command(s) are transmitted to the light remote control module for controlling the at least one operating parameter of the light-emitting device(s).

A screen is provided. The screen includes: a substrate; an adhesive affixed to the substrate; and a mixture of reflective beads and transparent beads affixed by the adhesive to the substrate.

A screen is provided. The screen includes: a substrate; an adhesive affixed to the substrate; and a mixture of reflective beads and transparent beads affixed by the adhesive to the substrate.

A special effect screen and a photo booth include a special effect screen assembly. The special effect screen assembly includes a supporting frame and a special effect curtain. The supporting frame supports and unfolds the special effect curtain, so that a top projection of the special effect curtain is curved. The supporting frame includes an adjusting mechanism adjusting an arc of the top projection of the special effect curtain. The supporting frame includes a connecting base, two adjusting frames, first fasteners, and elastic supporting rods. The two adjusting frames are respectively arranged on two sides of the connecting base and are slidably connected to the connecting base. The first fasteners are configured to connect the adjusting frames to the connecting base. The elastic supporting rods pass through the special effect curtain. Two ends of each of the elastic supporting rods are respectively connected to the two adjusting frames.

A special effect screen and a photo booth include a special effect screen assembly. The special effect screen assembly includes a supporting frame and a special effect curtain. The supporting frame supports and unfolds the special effect curtain, so that a top projection of the special effect curtain is curved. The supporting frame includes an adjusting mechanism adjusting an arc of the top projection of the special effect curtain. The supporting frame includes a connecting base, two adjusting frames, first fasteners, and elastic supporting rods. The two adjusting frames are respectively arranged on two sides of the connecting base and are slidably connected to the connecting base. The first fasteners are configured to connect the adjusting frames to the connecting base. The elastic supporting rods pass through the special effect curtain. Two ends of each of the elastic supporting rods are respectively connected to the two adjusting frames.