A movable puzzle platform includes a puzzle board having a top surface and a board accessible unit having a first moving member, a second moving member, and a first bearing unit coupled between the first moving member and the second moving member. A first circumferential surface of the first moving member is engaged with a second circumferential surface of the second moving member via the first bearing unit to enable the second moving member to be coaxially rotated with respect to the first moving member. The first moving member includes a first horizontal flat base and a first rolling surface arranged along the first horizontal flat base. Therefore, a player is able to move the puzzle board on the playing surface at a desired orientation to assemble the puzzle pieces on the top surface of the puzzle board.

A movable puzzle platform includes a puzzle board having a top surface and a board accessible unit having a first moving member, a second moving member, and a first bearing unit coupled between the first moving member and the second moving member. A first circumferential surface of the first moving member is engaged with a second circumferential surface of the second moving member via the first bearing unit to enable the second moving member to be coaxially rotated with respect to the first moving member. The first moving member includes a first horizontal flat base and a first rolling surface arranged along the first horizontal flat base. Therefore, a player is able to move the puzzle board on the playing surface at a desired orientation to assemble the puzzle pieces on the top surface of the puzzle board.

The present disclosure provides a movable puzzle platform, the movable puzzle platform includes a puzzle board assembly including a puzzle board and a surrounding border wall, the puzzle board includes a top surface for placing a plurality of puzzle pieces thereon, the surrounding border wall is configured to surround edges of the top surface and protrude upward beyond the top surface, and the surrounding border wall is configured as an integral structure; the movable puzzle platform further includes a rotating assembly arranged on the rotating assembly, the puzzle board assembly is configured to self-rotate 360 degrees along with the rotation assembly.

The present disclosure provides a movable puzzle platform, the movable puzzle platform includes a puzzle board assembly including a puzzle board and a surrounding border wall, the puzzle board includes a top surface for placing a plurality of puzzle pieces thereon, the surrounding border wall is configured to surround edges of the top surface and protrude upward beyond the top surface, and the surrounding border wall is configured as an integral structure; the movable puzzle platform further includes a rotating assembly arranged on the rotating assembly, the puzzle board assembly is configured to self-rotate 360 degrees along with the rotation assembly.

An electronic system and method for providing interactive educational content and immersive learning experience are disclosed. According to one embodiment, a digital table includes a base, a body coupled to the base, and a display coupled to the body and having a touch sensor. The display is configured to provide a user interface to conduct a plurality of digital science experiments. A user conducts a first digital science experiment by providing a first input via the user interface using the touch sensor. A second input from the user switches from the first digital science experiment to a second digital science. The first digital science experiment and the second digital science experiment are selected from a plurality of subject including biology, chemistry, physics, and earth and space science according to an educational curriculum.

An electronic system and method for providing interactive educational content and immersive learning experience are disclosed. According to one embodiment, a digital table includes a base, a body coupled to the base, and a display coupled to the body and having a touch sensor. The display is configured to provide a user interface to conduct a plurality of digital science experiments. A user conducts a first digital science experiment by providing a first input via the user interface using the touch sensor. A second input from the user switches from the first digital science experiment to a second digital science. The first digital science experiment and the second digital science experiment are selected from a plurality of subject including biology, chemistry, physics, and earth and space science according to an educational curriculum.