105results about "Labyrinths" patented technology

An interactive inflatable amusement structure in the form of an obstacle course or play area which incorporates audio and visual electronics at various locations within the obstacle course through the use of a plurality of transmitter / receivers in radio frequency communication with a central control unit for transmitting data such as elapsed time and points, the central control unit positioned at the egress to the inflatable structure proximate the start of the obstacle course or inflatable game, bounce, etc., and the transmitter / receivers positioned within pockets or the like formed at various locations on the inflatable obstacle course structure.

The present invention provides a 3D maze made of corrugated paper that can be assembled by users. The 3D maze includes an external housing body and a layered inner body. The layered inner body is located inside the external housing body. The external housing body has a first entrance / exit for entering the 3D maze. The layered inner body is also disposed with a second entrance / exit, a third entrance / exit, or a fourth entrance / exit for entrance and exit of the 3D maze.

A knockdown labyrinth framework made up of tubes interconnected to make a base unit which itself combines with three others by way of a connection hub to make up a master square. Each such master square is then connected to other master squares. Vertical tubes join the lower structure to an upper structure which has hanging rods from which is hung a partitioning canvas which traces the path to form the labyrinth. Each tube connects and locks in with the next tube by way of frictional interlock which does not require any tools so that it is easy to set up and knockdown afterward.

Disclosed is a multi-modular maze device comprising a plurality of maze modules interconnected using a plurality of adaptors to configure a plurality of interconnected pathways. The maze modules and the adaptors are removably engaged to each other using hook and loop fastening arrangements. The maze device is capable of being removably installed on a supporting surface (for example, floor), either outdoor or indoor.

The invention relates to a magic cube intelligence maze, which is divided into a first layer, a second layer and a third layer from bottom to top and comprises an outer wall, an entrance and an exit, wherein the entrance is positioned at one corner of the first layer; the exit is positioned at one corner of the third layer. The magic cube intelligence maze is characterized in that each layer of maze is divided into nine square chambers according to the Sudoku shape; a small square lattice is arranged in each square chamber; each corner of each square lattice is linearly connected with the middle point of the nearest edge of the located square chamber through a wall; mutually contacting positions of four mutually adjacent square chambers form a regular octagon; a door is arranged on each of four edges of each square lattice; a door is also arranged on the half edge, positioned inside the corresponding regular octagon, of each square chamber; the two sides of each door are mirror surfaces. The magic cube intelligence maze has the advantages that safety and reliability are realized; the occupied area is small; the interestingness is high; the practicability is high.

The invention discloses a transparent intellectual maze with mirror surfaces. The transparent intellectual maze with the mirror surfaces is divided into a first layer, a second layer and third layer in total from top to bottom, and comprises an outer wall, an entrance and an exit, wherein the outer wall is formed by a transparent plate; the entrance is located at a corner of the first layer; the exit is located at a corner of the third layer. The transparent intellectual maze with the mirror surfaces is characterized in that each layer of maze is segmented into nine square rooms according to a nine-grid shape; a smaller square lattice is arranged in each square room; each corner of each square lattice is rectilinearly connected with the midpoint of the nearest edge of the square room, where the corresponding square lattice is located, through a wall; positions, which are in contact with one another, among four square rooms which are all adjacent to one another, constitute a regular octagon; the four edges of each square lattice are all provided with door openings; the half edge, which is located inside the regular octagon, of each square room is also provided with a door opening; the mirror surfaces are laid on all the walls inside the maze. The transparent intellectual maze with the mirror surfaces is safe and reliable, is smaller in floor space and strong in interestingness, and has higher practicability.

Provided is a changeable labyrinth device. The labyrinth device achieves changing through multiple lifting device units. The changeable labyrinth device is provided in order to overcome the defects, operation is easy, changing is easy, freshness feeling is increased, a better prospect is achieved, and the changeable labyrinth device is suitable for popularization.

The present invention is directed to an apparatus for producing a water maze from walls of falling water that can be reconfigured to change the maze. In one embodiment, the apparatus is comprised of a plurality of spray bars that are each capable of producing a separate wall of falling water droplets and a plurality of water valves that are each associated with only one spray bar. The water valves can be used to define at least two different paths between the entrance and exit of the maze. The apparatus is also capable of being used to create interesting visual effects by projecting light / images on to multiple screens created by walls of falling water droplets.

A combination structure for a labyrinth includes plural labyrinth units, which are combined into various labyrinths, respectively composed of four frame rods, a reinforcing support bar and plural fixing members. The four frame rods have their ends butt jointed to form into a square, each frame rod is formed with two connecting ends respectively cut with a recess and provided with an insert hole and each having its wall bored with plural insert holes. The reinforcing support bar is obliquely set inside the four frame rods and formed with two connecting ends respectively bored with an insert hole and having two sides respectively cut with a lengthwise recess. The fixing members are inserted in the insert holes of the connecting ends of the four frame rods and of the reinforcing support bar for securing the four frame rods and the reinforcing support bar together to form a labyrinth unit.

Disclosed is a multi-modular maze device comprising a plurality of maze modules interconnected using a plurality of adaptors to configure a plurality of interconnected pathways. The maze modules and the adaptors are removably engaged to each other using hook and loop fastening arrangements. The maze device is capable of being removably installed on a supporting surface (for example, floor), either outdoor or indoor.