105results about "Labyrinths" patented technology

An obstacle course has the appearance of a natural cave environment. The course may include a plurality of interconnected, hollow, three-dimensional shapes through which human users can pass. The shapes may be modular to allow various different configurations of the course. The shapes may contain models of cave formations (speleothems), with which the users are expected to avoid contact and close proximity. Electronic sensing may be provided for monitoring any contact and proximity of the users to the speleothems, and additional electronic circuitry may be provided to present feedback to the users regarding their performance in the course.

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 puzzle candy dispenser 10 which includes a spherical inner body 12 having a plurality of grooves 14 provided on its outer surface and sized to allow a ball-shaped confection 16 to roll therein. The grooves 14 form a maze between an entry aperture 18 and exit aperture 20 in the outer surface of the inner body 12. A spherical outer shell 22 of slightly larger diameter is adapted to substantially enclose the inner body 12 and has an indentation 24 sufficiently large to allow one of the ball-shaped confections 16 to roll therein when the indentation 24 is located over one of the grooves 14. The ball-shaped confection can be steered by the indentation 24 from the entry aperture 18 through the maze of grooves 14 to the exit aperture 20 by manipulating the outer shell 22 relative to the inner body 12 in order to dispense a confection. A release mechanism 40 is provided for releasing a single candy from a hollow interior of the inner body 12 through the entry aperture 18. A successful user of the candy dispenser has the double satisfaction of solving the puzzle and receiving a candy.

A magic cube mirror intelligence maze 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. The entrance is located at one corner of the first layer, and the exit is located at one corner of the third layer. The magic cube mirror intelligence maze is characterized in that each layer of the maze is divided into nine square rooms according to a nine-grid pattern, a small square lattice is arranged in each square room, each corner of the corresponding square lattice is in line connection with the middle point of the side, closest to the corner, of the corresponding square room where the corner is located through a wall, and the portions, making contact with one another, of every four square rooms which are adjacent with one another form a regular octagon; the four sides of each square lattice are provided with four door openings respectively, the half side, located in the corresponding regular octagon, of each square room is provided with a door opening, and mirrors are laid on all walls inside the maze. The magic cube mirror intelligence maze is safe, reliable, small in floor area and high in enjoyment and has the high practicability.

A nine-grid intelligence labyrinth comprises an outer wall, an entrance and an exit, wherein the labyrinth is divided into nine square chambers according to a nine-grid shape; a small square grid is disposed in each square chamber; each corner of each square grid is connected to the center point of the nearest edge in the square chamber where the square grid is located by a wall straight line, and mutually contacted parts among the four square chambers which are mutually adjacent compose a regular octagon; and a door is disposed on each of four edges of the square grid, a door is also disposed on the half edge of each square chamber located inside the regular octagon, and both sides of each door are mirror faces. The labyrinth provided by the invention has the advantages that the labyrinth is safe and reliable; the occupied area is small; the labyrinth is highly interesting and is suitable for being disposed in a kindergarten or an amusement park as well as other places in need of kid entertainment facilities; and the labyrinth is highly practical.

The invention relates to a rotary door transparent intelligence maze, which is totally 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 outer wall consists of transparent plates; the entrance is positioned at one corner of the first layer; the exit is positioned at one corner of the third layer. The rotary door transparent intelligence maze is characterized in that each layer of maze is divided into nine square chambers according to the nine-grid pattern 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 edge mostly approaching to the located square chamber through a wall; the mutual contact positions among the mutually adjacent four square chambers form a regular octagon; a door is arranged on each of four edges of each square lattice; each square chamber is positioned at the tail end of the internal edge of the regular octagon and is separated from the main body of the corresponding square chamber to form a door left; a movable rotating shaft is arranged in a combined part of each door leaf, and a rotary door is formed. The rotary door transparent intelligence maze has the advantages that safety and reliability are realized; the occupied area is smaller; the interestingness is high; higher practicability is realized.

A child magic cube intelligence maze 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. The entrance is located at one corner of the first layer, and the exit is located at one corner of the third layer. The child magic cube intelligence maze is characterized in that each layer of the maze is divided into nine square rooms according to a nine-grid pattern, a small square lattice is arranged in each square room, each corner of the corresponding square lattice is in line connection with the middle point of the side, closest to the corner, of the corresponding square room where the corner is located through a wall, and the portions, making contact with one another, of every four square rooms which are adjacent with one another form a regular octagon; the four sides of each square lattice are provided with four doors respectively, the half side, located in the corresponding regular octagon, of each square room is provided with a door, and the doors are provided with puzzle pictures. The child magic cube intelligence maze is safe, reliable, small in floor area and high in enjoyment and has the high practicability.

A nine-grid intelligence labyrinth for kids comprises an outer wall, an entrance and an exit, wherein the labyrinth is divided into nine square chambers according to a nine-grid shape; a small square grid is disposed in each square chamber; each corner of each square grid is connected to the center point of the nearest edge in the square chamber where the square grid is located by a wall straight line, and mutually contacted parts among the four square chambers which are mutually adjacent compose a regular octagon; and a door is disposed on each of four edges of the square grid, a door is also disposed on the half edge of each square chamber located inside the regular octagon, and intelligence pictures are disposed on the doors. The labyrinth provided by the invention has the advantages that the labyrinth is safe and reliable; the occupied area is small; the labyrinth is highly interesting and is suitable for being disposed in a kindergarten or an amusement park as well as other places in need of kid entertainment facilities; and the labyrinth is highly practical.

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.

The invention provides a movable type vine plant module. The movable type vine plant module comprises a plurality of frame bodies for vine plants to climb, planting devices, first sliding devices, slide grooves and second sliding devices, wherein the planting devices are connected with the frame bodies; two opposite ends of each frame body are respectively connected with the corresponding first sliding device, each first sliding device is slide in the corresponding slide groove, and each slide groove is connected with the corresponding second sliding device. The movable type vine plant module has the advantage that according to the plant growth conditions on the frame bodies, each frame body can be replaced at any time by the corresponding first sliding device, and the position of the whole plant module is moved and greened by the corresponding second sliding device, so that the installation is convenient. The invention also provides a green labyrinth with the movable type vine plant modules; the green labyrinth comprises a plurality of mutually connected movable type vine plant modules; the labyrinth layout can be changed at any time according to site requirements by utilizing the connecting type of the movable type vine plant modules.

The invention provides an interactive sea-buckthorn crop recreation facility and an application method thereof. The recreation facility comprises one or more small recreation units, wherein each small recreation unit comprises a separation wall and a task region; the separation walls are arranged outside the task regions and a movable door is arranged on each separation wall; a task startup mechanism, an automatic door control device, a task facility and a sea-buckthorn plant region are arranged in each task region; and a channel is arranged in each sea-buckthorn plant region. The sea-buckthorn plants in the task regions in the invention have strong adaptability and are applicable to arid regions and seasons; different tasks are designed for the task regions and entertainers need to participate in the labor activities in person to finish the tasks, and thus the interactivity and interestingness are strong; the sea-buckthorn plants in the interactive sea-buckthorn crop recreation facility are simple to maintain, a part of maintenance works can be carried out by ordinary entertainers in the visiting process, thereby attracting more customers and taking full advantages of the tourismresources.

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 the technical field of plant modeling and cultivation, in particular to a lagerstroemia plant living-body trunk labyrinth art modeling cultivation method. The lagerstroemia plant living-body trunk labyrinth art modeling cultivation method comprises the following steps of overall labyrinth design, trunk breeding, nursery stock transplantation, labyrinth channel construction and site treatment, abutting connection of single lagerstroemia labyrinth plants with a supporting frame, orderly abutting connection and maintenance management. The method has higher artistry, ornamental value, interestingness and practicability to increase modeling styles and landscape types of lagerstroemia art modeling and improve the ornamental effect and nursery stock value of plants and has important economic significance and value.

The invention belongs to the technical field of permanent magnet and electromagnet magnetic wave flight methods and machinery and relates to a permanent magnet and electromagnet dynamic air maze. Thepermanent magnet and electromagnet dynamic air maze is characterized in that a constraint rope is mounted on the outer ring of a center square, a center square permanent magnet is mounted at the bottom part, a stair ascending and descending pedal plate comprises a plurality of pedals, the constraint rope is mounted at the periphery of the center square, a plurality of maze pedal plates are constrained through the constraint rope at the peripheries of the stair ascending and descending pedal plate and the center square, an upper layer maze and a lower layer maze or a multi-layer maze are edited, an outer ring electromagnet and an inner ring electromagnet are mounted on the upper surface of a base, and magnets having different magnetic forces are mounted at the bottom parts of the various maze pedal plates and the stair ascending and descending pedal plate according to the different requirements. The technical principle that like poles of the permanent magnet and the electromagnet mutually repel is adopted, the effect of using an aircraft or a flying object like poling a boat on the lake surface is achieved, and the effect like poling the boat on the lake surface as smooth as a mirror or on the rough lake surface is achieved.

The invention discloses a labyrinth construction method. By means of the method, the construction progress is faster, the construction cost is lower, the labyrinth playing experience is better, the expandability of a labyrinth is higher, and more travel development benefits can be brought. A route map of the labyrinth is directly designed on a terrain covered with plants according to the size of the terrain and the distribution condition of the plants. Meanwhile, corresponding playing fields and boarding fields are reserved on a route according to needs. According to the design of the route map, under the condition that low-cost plastic wire meshes industrially produced on a large scale and matched upright columns basically not damage the environment, a physical path of the labyrinth is constructed quickly along the planned labyrinth route, and the two sides of the path are blocked by the plastic wire meshes and the matched upright columns; the boundaries of the reserved playing fieldsand the boarding fields are also blocked by plastic wire meshes; a lot of movable doors are arranged on the labyrinth route according to design requirements, and opening and closing of the movable doors can be adjusted according to needs in the operation process.

The invention provides a dynamic plant labyrinth system. The system mainly follows the technical scheme that a dynamic plant labyrinth is arranged in a zone, wherein the dynamic plant labyrinth is formed by distributing a plurality of fixed wall frames and movable wall frames; and labyrinth forms can be automatically changed every other a certain duration; therefore, labyrinth exploration interesting can be improved; in addition, when tourists are located in various theme areas of the dynamic plant labyrinth, mobile electronic devices can receive active radio unit signals, so that the mobile electronic devices can get connected and display guide contents of the theme areas, and the tourists can have full understanding on plant ecology in the various theme areas; therefore, the labyrinth system provided by the invention has playing exploration interesting, plant ecological education value and the like.