The present application relates to a klotski game including a plurality of game pieces, a game board and a prompter. The plurality of game pieces includes a decisive game piece. The game board is configured to accommodate the plurality of game pieces and the game board is provided with an exit. The prompter is configured to indicate that a game of the klotski game is over when the decisive game piece is moved to a position corresponding to the exit on the game board.

A linked sequence of mechanically encoded puzzle pages is disclosed. Each page is comprised of multiple planar layers interconnected to implement the puzzle design of the page. The puzzle of each page must be solved to disengage a latching mechanism enabling the player to turn the page and begin solving the puzzle in the next page. Similarly for the next page, and each succeeding page until the last page, solution to the puzzle by the player will disengage a latching mechanism. The latching mechanism holds the active page being solved by the player to the next page. In the implementation of the invention described in this disclosure the latching mechanism comprises a hooking piece protruding in a perpendicular direction from the planar front surface of the next page, where the hooking piece fits into an opening on the planar back surface of the active page and a blocking piece on the active page is aligned between the hook portion and the exit to the opening, thereby preventing the hooking piece on the next page from disengaging from the active page.

A linked sequence of mechanically encoded puzzle pages is disclosed. Each page is comprised of multiple planar layers interconnected to implement the puzzle design of the page. The puzzle of each page must be solved to disengage a latching mechanism enabling the player to turn the page and begin solving the puzzle in the next page. Similarly for the next page, and each succeeding page until the last page, solution to the puzzle by the player will disengage a latching mechanism. The latching mechanism holds the active page being solved by the player to the next page. In the implementation of the invention described in this disclosure the latching mechanism comprises a hooking piece protruding in a perpendicular direction from the planar front surface of the next page, where the hooking piece fits into an opening on the planar back surface of the active page and a blocking piece on the active page is aligned between the hook portion and the exit to the opening, thereby preventing the hooking piece on the next page from disengaging from the active page.

The present invention relates to puzzle games, and more particularly to a symbol-based puzzle game where the user solves the puzzle by filling puzzle boxes with pre-selected symbols.

A linked sequence of mechanically encoded puzzle pages is disclosed. Each page is comprised of multiple planar layers interconnected to implement the puzzle design of the page. The puzzle of each page must be solved to disengage a latching mechanism enabling the player to turn the page and begin solving the puzzle in the next page. Similarly for the next page, and each succeeding page until the last page, solution to the puzzle by the player will disengage a latching mechanism. The latching mechanism holds the active page being solved by the player to the next page. In the implementation of the invention described in this disclosure the latching mechanism comprises a hooking piece protruding in a perpendicular direction from the planar front surface of the next page, where the hooking piece fits into an opening on the planar back surface of the active page and a blocking piece on the active page is aligned between the hook portion and the exit to the opening, thereby preventing the hooking piece on the next page from disengaging from the active page.

The present invention relates to puzzle games, and more particularly to a symbol-based puzzle game where the user solves the puzzle by filling puzzle boxes with pre-selected symbols.

A linked sequence of mechanically encoded puzzle pages is disclosed. Each page is comprised of multiple planar layers interconnected to implement the puzzle design of the page. The puzzle of each page must be solved to disengage a latching mechanism enabling the player to turn the page and begin solving the puzzle in the next page. Similarly for the next page, and each succeeding page until the last page, solution to the puzzle by the player will disengage a latching mechanism. The latching mechanism holds the active page being solved by the player to the next page. In the implementation of the invention described in this disclosure the latching mechanism comprises a hooking piece protruding in a perpendicular direction from the planar front surface of the next page, where the hooking piece fits into an opening on the planar back surface of the active page and a blocking piece on the active page is aligned between the hook portion and the exit to the opening, thereby preventing the hooking piece on the next page from disengaging from the active page.

This disclosure relates to a tile tray configured to facilitate manipulation of tiles. More specifically, the disclosed tile tray includes at least one cell including a bottom, at least one side abutting the bottom and extending upward therefrom, a node extending upward from the bottom and having a flat top surface, and a channel between the node and the at least one side. A tile positioned atop the top surface of the node may be manipulated by pressing a portion of the tile into the channel, thereby raising the opposite portion of the tile, the node serving as a fulcrum. The portion pressed into the channel may be moved along the channel, thereby rotating the tile, or the raised opposite portion may be grasped by a user to flip or move the tile.

This disclosure relates to a tile tray configured to facilitate manipulation of tiles. More specifically, the disclosed tile tray includes at least one cell including a bottom, at least one side abutting the bottom and extending upward therefrom, a node extending upward from the bottom and having a flat top surface, and a channel between the node and the at least one side. A tile positioned atop the top surface of the node may be manipulated by pressing a portion of the tile into the channel, thereby raising the opposite portion of the tile, the node serving as a fulcrum. The portion pressed into the channel may be moved along the channel, thereby rotating the tile, or the raised opposite portion may be grasped by a user to flip or move the tile.

A detachable sliding toy is provided, which includes a main frame, a sliding rail base, and a slider assembly, wherein a centre of the main frame is formed an accommodating cavity, and an inner wall of the accommodating cavity is provided with first fixed parts; a shape of the sliding rail base is matched to the accommodating cavity, and the sliding rail base is provided with second fixed parts detachably connected to the first fixed parts; a plurality of sliding grooves are cross arranged on the sliding rail base; the slider assembly is covered and connected to the sliding rail base, including a plurality of sliding blocks. The sliding toy can be quickly disassembled by separating the main frame and the sliding rail base, and then separating the sliding rail base and the slider assembly, with low difficulty in disassembly and assembly.