A large-scale entertainment facility

Abstract

This invention provides a large-scale amusement facility, including facility one, facility two, facility three, and facility four. Facility two is connected to facilities one and facility three. Facility one includes a platform one and a ladder. The ladder includes a column and a cylindrical climbing rope assembly. The upper end of the column is connected to platform one. The climbing rope assembly has several connecting ropes, which are inclined and connected to the column, allowing the climbing rope assembly to sway. Facility two includes a dung ball-shaped outer shell one and a climbing net array. One end of the climbing net array is connected to platform one, and the other end is connected to facility three. Facility four includes climbing platforms on both sides, a climbing section, a zipline, and a safety platform. The zipline includes two load-bearing columns, a sliding hoist, and ropes. This large-scale amusement facility allows for the combination and arrangement of various facilities, offering diverse play functions that are both challenging and safe, thus enhancing the enjoyment of visitors.

Description

Technical Field

[0001] This invention relates to the technical field of entertainment facilities, and particularly to a large-scale entertainment facility. Background Technology

[0002] Large-scale amusement facilities refer to facilities that provide activities that allow people to actively engage, fully immerse themselves, and achieve physical exercise and mental well-being. With the continuous improvement of people's living standards, the types and functions of large-scale amusement facilities are becoming increasingly diversified and popular. Parents are also willing to spend more time and money taking their children to amusement parks, not only to relieve their own stressful work mood and cultivate their character, but also to allow children to unleash their playful nature. To increase the variety of entertainment activities, enrich people's leisure time, and enhance the fun and excitement of entertainment, continuous innovation and research and development of new amusement equipment and programs have become the constant pursuit of amusement equipment manufacturers.

[0003] Currently, recreational facilities mainly include slides, stairs, cable cars, rock climbing walls, Ferris wheels, etc. However, these types of recreational projects have gradually become more popular in recent years. Moreover, each recreational project is set up separately, which cannot meet people's requirements to play multiple projects at the same time. They lack a certain degree of fun, and as the playing time goes on, they are prone to boredom, reducing people's sense of novelty in recreational activities. Summary of the Invention

[0004] The purpose of this invention is to overcome the shortcomings of the prior art and provide a large-scale entertainment facility in which the various facilities can be combined and matched, offering diverse play functions that are both challenging and safe, thereby enhancing the enjoyment of the visitors.

[0005] To achieve the above objectives, this invention proposes a large-scale amusement facility, including facility one, facility two, facility three, and facility four. Facility two is connected to facilities one and facility three respectively. Facility one includes a platform one and a ladder. The ladder includes columns and cylindrical climbing rope assemblies. The upper end of the column is connected to platform one. The climbing rope assembly is provided with several connecting ropes. The connecting ropes are inclined and connected to the column to fix the climbing rope assembly and to separate the climbing rope assembly from the column, allowing the climbing rope assembly to sway. The climbing rope assembly includes multiple connecting rods and ropes. The connecting rods correspond one-to-one with the columns and are located inside the columns. One end of the connecting rod is perpendicularly connected to the rope to form a multi-layered staircase shape, and the other end is connected to the connecting rope. Facility two includes a dung ball-shaped outer shell one and a climbing net array. The climbing net array one is provided inside the outer shell one. One end is connected to platform one, and the other end is connected to facility three; facility three includes platform two and stair one, platform two is connected to a zigzag pipe, the upper end of stair one is connected to platform two, stair one includes a support frame and mushroom-shaped steps, and multiple irregularly arranged steps are installed on the support frame; facility four includes two climbing platforms, climbing parts, ziplines and guardrails, one of the climbing platforms is connected to the lower end of the stair, one end of the climbing part is fixed to the ground, and the other end is connected to the climbing platform, the zipline includes two load-bearing columns, a sliding device and a rope, the two load-bearing columns are opposite each other and spaced apart and fixed to the climbing platform; at least one rope is connected to the two opposite load-bearing columns for the sliding device to slide, the guardrail is located between the two climbing platforms and below the rope, and the guardrail is a certain distance away from the ground.

[0006] Traditional individual attractions such as slides, zip lines, and climbing walls require significant space to create amusement parks, and these attractions can only be enjoyed individually, failing to cater to diverse interests. This invention addresses this by creating four facilities: Facility 1, Facility 2, Facility 3, and Facility 4. Facility 2, with its climbing net connecting Facility 1 and Facility 3, includes a climbing ladder in Facility 1 and a staircase (with mushroom-shaped steps) in Facility 3. Facility 4 connects to Facility 3 and features a zip line. This effectively combines multiple recreational facilities, avoiding the monotony of individual attractions, providing excellent continuity, and reducing the required space while also maximizing space utilization. Offering more play space and functions, visitors can climb vertically on ladders, traverse between facilities one and three via a zigzag tube, or glide along a zipline within facility four. Multiple routes are provided to meet the needs of most visitors, while enhancing their interest in exploration, play, and chasing. Playing here not only exercises the body but also helps overcome fear of heights, cultivates the joy of climbing and gliding, and develops intelligence and critical thinking skills by choosing the best route. Furthermore, the zipline design of this invention overcomes the high altitude, extreme drops, and inherent dangers of traditional ziplines, providing a stable, safe, and enjoyable entertainment option.

[0007] Preferably, the system also includes facility five, which includes a housing two and a lifting platform. The housing two is connected to platform one or platform two. A support rod is provided inside the housing two. The lifting platform includes an inner pulley system and a lifting frame. The lower end of the support rod passes through the lifting frame and the bottom of the housing two in sequence and is fixed. The lifting frame can move up and down on the support rod by the drive of the inner pulley system. The inner pulley system includes a fixed pulley and a movable pulley. The fixed pulley and the movable pulley are connected by ropes. The fixed pulley is fixed to the upper end of the support rod, and the movable pulley is located above the lifting frame.

[0008] By setting up Facility Five, which can be connected to Facility One or Facility Three, the flexible combination can enhance people's interest in playing and provide a variety of different play routes. Visitors can choose the best route that suits their needs or interests. At the same time, visitors sit in the lifting platform and control the platform's lifting speed and height by pulling ropes, which enhances the fun of participating in the lifting and control and exercises hand movements and brain thinking.

[0009] Preferably, the facility one also includes a smoke ring cannon, the upper end of which is seamlessly connected to the platform one. The smoke ring cannon includes a housing, a smoke generator, and an air pumping device. The smoke generator includes a smoke generator body and a smoke outlet pipe. The smoke outlet end of the smoke outlet pipe passes through the side of the housing and is located inside the housing. The smoke generator body is located outside the housing. The upper end of the housing is provided with a smoke outlet for releasing smoke. The air pumping device includes an air pumping body and an air outlet pipe. The air outlet pipe passes through the lower end of the housing and is located inside the housing. The air outlet end of the air outlet pipe is located below the smoke outlet end of the smoke outlet pipe.

[0010] The installation of smoke ring cannons not only enhances the load-bearing capacity of platform one, but also allows the application of the stage smoke effect to entertainment facilities, enabling visitors to experience the visual sensation of being surrounded by smoke, thus improving the entertainment value of the invention and increasing visitors' interest in playing.

[0011] Preferably, the second facility also includes a hanging railing, which includes a power component and a lifting component. The power component includes an outer pulley block located on the side of the outer shell. The lifting component includes a fixed frame and a moving platform. The fixed frame is provided with a transition gear. One end of the transition gear is connected to the outer pulley block via a belt, and the other end is connected to the moving platform via a belt. The moving platform can move up and down on the fixed frame driven by the transition gear.

[0012] By installing hanging railings, a unique entertainment option is provided for visitors, offering both individual and group activities. The movable platform within the railings allows for both individual play, maintaining individual independence, and group play, increasing cooperation among participants. Furthermore, the coordinated design of the outer shell, roller skates, and movable platform allows for stable up-and-down movement within the platform. The speed and height of the platform's movement are controlled by adjusting the rotation speed of the roller skates, catering to the needs of different groups and enhancing the overall enjoyment.

[0013] Preferably, the outer roller assembly includes multiple gears and a protective layer on the surface of the gears. The gears are embedded in the outer casing, and each gear is connected to the others via a belt drive. The protective layer is petal-shaped. The gear-driven lifting platform ensures stable lifting and improves safety. Furthermore, the petal-shaped protective layer not only protects the gears from exposure but also enhances the overall appearance of the roller assembly, increasing the product's aesthetic appeal.

[0014] Preferably, the hanging railing also includes a hand crank and a fixed post. One end of the hand crank is connected to a gear at the bottom, and the other end is rotatably connected to the fixed post. The hand crank is in the shape of a bow and is equipped with an anti-slip sleeve. The hand crank can exercise people's arm strength, increase people's interest in independent play, and improve the coordination between tourists. The bow-shaped hand crank can also be used by two people at the same time, which is not only more labor-saving, but also can cultivate the tacit understanding between the two people.

[0015] Preferably, the second facility also includes a protective component and a second staircase. The protective component is provided inside the outer shell. The protective component includes multiple columns and a protective net. The two ends of each column are fixed to the two ends inside the outer shell. The protective net connects the upper ends of the multiple columns to form a protective column. The multiple columns surround the second staircase. The second staircase has multiple steps. The multiple steps rise in a spiral shape into the protective column and can be climbed to the first platform.

[0016] With its protective components and staircase two, Facility Two offers a safe yet thrilling way to go up and down, allowing visitors to stroll on elevated steps, enhancing the enjoyment of their visit. It seamlessly connects with Facility One, providing visitors with a variety of routes to explore.

[0017] Preferably, the climbing structure can be a climbing wall, climbing bridge, stairs, or slide. Various forms of climbing structures can be freely combined to improve the play function of the climbing structure, increase the tourists' autonomy in choosing what to do, and enhance the enjoyment of the visit.

[0018] Preferably, the climbing bridge is arc-shaped and has multiple ladders. Each ladder has a limiting ball at one end. The ladders are located on both sides of the climbing bridge and are arranged in an alternating manner, providing a different climbing experience. The limiting balls increase safety during climbing.

[0019] Preferably, the protective platform includes multiple arched protective tubes and a protective net connecting the multiple protective tubes. The protective net is located below the rope and is a certain distance from the ground, which can play a certain protective role during sliding and make it safer.

[0020] The beneficial effects of this invention are as follows: This invention presents a large, interwoven entertainment space that provides tourists with various forms of climbing, ascending and descending, and sliding. Some of the entertainment projects can be freely combined and matched, providing tourists with multiple routes. Users can choose freely according to their interests and needs, which not only allows users to exercise their bodies and cultivate diversified play interests, but also enables them to independently choose their favorite routes, improve their self-awareness, develop their intelligence, and cultivate their thinking ability.

[0021] The features and advantages of the invention will be described in detail through embodiments and accompanying drawings. Attached Figure Description

[0022] Figure 1 This is a schematic diagram of the structure of the present invention.

[0023] Figure 2 This is a top view of the present invention.

[0024] Figure 3 This is a structural schematic diagram of facility one.

[0025] Figure 4 This is a schematic diagram of the smoke ring cannon.

[0026] Figure 5 This is a schematic diagram of the explosion structure of a smoke ring cannon.

[0027] Figure 6 This is a structural diagram of ladder one.

[0028] Figure 7 This is a structural diagram of facility two. Figure 1 .

[0029] Figure 8 This is a structural diagram of facility two. Figure 2 .

[0030] Figure 9 This is a structural diagram of facility three. Figure 1 .

[0031] Figure 10 This is a structural diagram of facility three. Figure 2 .

[0032] Figure 11 This is a structural schematic diagram of facility four.

[0033] Figure 12 yes Figure 2 A schematic diagram of the structure at point A in the middle.

[0034] Figure 13 yes Figure 11 A schematic diagram of the structure at point B.

[0035] Figure 14 This is a structural diagram of facility five.

[0036] Figure 15 This is a structural diagram of the lifting platform.

[0037] 1- Facility One, 10- Wave-shaped Staircase, 101- Handrail, 102- Tread, 103- Square Tread, 11- Platform One, 111- Interface One, 112- Interface Two, 113- Interface Three, 114- Interface Four, 115- Load-bearing Bar, 116- Slide, 12- Box Body, 121- Top Cover, 1211- Smoke Exit, 122- Bottom Cover, 123- Middle Section, 124- Lower End, 125- Reinforcing Rib, 126- Additional 127-Reinforced Ring 2, 13-Smoke Generator, 131-Smoke Generator Main Body, 132-Smoke Exhaust Pipe, 14-Air Pumping Device, 141-Air Exhaust Pipe, 142-Skin Bag, 143-Foot Plate, 15-Column 1, 151-Plastic Baffle, 16-Rope Climbing Assembly, 161-Connecting Rod, 162-Rope, 17-Connecting Rope, 18-Ladder, 19-Protective Component 1, 191-Protective Net 1, 192-Support Rod 1; 2- Facility II, 21- Outer Shell I, 22- Protective Component II, 23- Spiral Staircase, 24- Climbing Net Array, 25- Hanging Railing, 221- Column II, 222- Protective Net II, 231- Steps, 251- Gear, 252- Protective Layer, 211- Connecting Pipe, 253- Support Frame, 254- Mobile Platform, 2531- Gearbox, 255- Hand Crank; 3-Facility Three, 31-Platform Two, 32-Staircase One, 33-Slide, 34-Support Column One, 321-Support Bracket, 322-Step, 323-Woven Mesh, 3211-Guardrail One, 3212-Support Column Two, 331-Support Column Three; 4-Facility Four, 41-Climbing Platform, 42-Zip Line, 43-Guarding Platform, 44-Climbing Bridge, 45-Staircase Two, 441-Bridge Ladder, 442-Limiting Ball, 451-Guarding Rail Two, 421-Load-bearing Column, 422-Sliding Rope, 423-Sliding Suspension Gear, 424-Zip Line Gate, 4231-Sliding Seat, 4232-Hanging Rope, 4233-Zip Line Hanging Ball, 431-Protective Pipe, 432-Safety Net, 42311-Fixing Plate, 42312-Roller; 5- Facility Five, 51- Shell Two, 52- Lifting Platform, 511- Support Rod Two, 521- Inner Roller Slide Group, 522- Lifting Frame, 5211- Fixed Pulley, 5212- Movable Pulley. Detailed Implementation

[0038] To make the objectives, technical solutions, and advantages of this invention clearer, the invention will be further described in detail below through embodiments. However, it should be understood that the specific embodiments described herein are merely illustrative and not intended to limit the scope of the invention. Furthermore, descriptions of well-known structures and technologies are omitted in the following description to avoid unnecessarily obscuring the concept of the invention.

[0039] like Figure 1 and Figure 2 As shown, the present invention provides a large-scale amusement facility comprising facility one (1), facility two (2), facility three (3), facility four (4), and facility five (5), wherein facility two (2) is connected to facility one (1) and facility three (3) respectively. like Figure 3 As shown, facility 1 includes platform 11, smoke ring cannon, ladder 1, ladder 2, and wave-shaped staircase 10. Platform 11 includes interface 111, interface 2 112, interface 3 113, and interface 4 114. Interface 111 is located in the middle part 123 of platform 11, and interfaces 2 112, 3 113, and 4 114 are located on the sides of platform 11. The lower end of platform 11 is provided with several load-bearing rods 115, and the inner side of the load-bearing rods 115 is provided with slide rails 116. like Figure 4 and Figure 5 As shown, the upper end of the smoke ring cannon is connected to interface 111. The smoke ring cannon includes a housing 12, a smoke generator 13, and an air pumping device 14. The housing 12 includes an upper part, a middle part 123, a lower part 124, and a reinforcing rib 125. The upper part includes an upper cover 121 and a lower cover 122. The upper cover 121 is connected to platform 11. The middle part 123 is a hollow body. The lower cover 122 is annular and communicates with the middle part 123. The inner and outer sides of the lower cover 122 are respectively provided with a reinforcing ring 126 and a reinforcing ring 2 127. The reinforcing ring 2 127 is fixed to the upper end of the middle part 123. The lower part 124 is a base for supporting the middle part 123. The reinforcing rib 125 has three ribs, which are respectively wrapped around the outside of the middle part 123. The upper end of the reinforcing rib 125 is connected to the upper cover 121, and the lower end passes through the lower end 124 to form a support foot, thereby strengthening the support and forming a box 12 with a simple structure and high load-bearing capacity, which improves the safety of tourists when playing. The smoke generator 13 includes a smoke generating body 131 and a smoke outlet pipe 132. The smoke outlet end of the smoke outlet pipe 132 passes through the side of the middle part 123 and is located inside the middle part 123. The upper cover 121 is provided with a smoke outlet hole 1211 for releasing smoke. The smoke generating body 131 is located outside the box 12. The air pumping device 14 includes an air pumping body and an air outlet pipe 141. The air outlet pipe 141 passes through the lower end of the middle part 123 and is located inside the middle part 123. The air outlet end of the air outlet pipe 141 is located below the smoke outlet end of the smoke outlet pipe 132, which positions the direction of smoke release and enhances the smoke release effect. The air pumping body is a foot-operated air pump, which includes a bladder 142 and a foot pedal 143. The foot pedal 143 is connected to the upper end of the bladder 142. The bladder 142 is provided with an air inlet and an air outlet. The air outlet pipe 141 is connected to the air outlet. The external air pumping body has a large air pumping space, making air pumping more effortless and allowing for greater air volume control. This is beneficial for smoke discharge and increases the visual effect of smoke swirling around.

[0040] like Figure 6 As shown, the first climbing ladder is connected to the second interface 112. The first climbing ladder is a cylindrical climbing ladder, which includes a first column 15 and a climbing rope assembly 16. The climbing rope assembly 16 includes multiple connecting rods 161 and ropes 162. The connecting rods 161 correspond one-to-one with the first column 15 and are located inside the first column 15. The connecting rods 161 and ropes 162 are vertically connected to form a multi-layered wave-shaped staircase 10, which is convenient for tourists to climb. The connecting rods 161 are connected to the first column 15 through connecting ropes 17. Multiple connecting ropes 17 are provided and are evenly and obliquely distributed on both sides of the connecting rods 161, separating the first column 15 and the connecting rods 161. In this way, the first column 15 can sway when tourists climb, which increases the difficulty of climbing and the fun of climbing, thus increasing people's interest when playing. In a preferred embodiment, the column 15 is provided in three parts, which are made of metal tubes. The ends of the three columns 15 can be connected to form a triangular shape, which can ensure structural stability, reduce material consumption, and reduce cost. A plastic baffle 151 is provided at the upper end of the column 15. The plastic baffle 151 is arc-shaped and fixed to the upper ends of two columns 15 respectively, which increases the safety when climbing. In a preferred embodiment, the lower rope 162 is an open ellipse, and the upper rope 162 is a closed ellipse. The open lower rope 162 facilitates people climbing up or down, while the closed upper rope 162 encloses the tourist, improving safety.

[0041] For example Figure 3As shown, the second ladder is connected to the third interface 113. The second ladder includes an escalator 18 and a protective component 19. The protective component 19 is located below the escalator 18. The protective component 19 includes a protective net 191 and a support rod 192. The protective net 191 is fixed to the support rod 192. The support rod 192 is made of metal and is curved in a semi-elliptical shape, surrounding both sides of the escalator 18. The two sides of the support rod 192 are parallel to the escalator 18, which increases the difficulty of climbing the ladder and stimulates the interest of tourists.

[0042] For example Figure 3 As shown, the upper end of the wave-shaped staircase 10 is connected to interface 4 114. The wave-shaped staircase 10 includes handrails 101 on both sides, multiple treads 102 and multiple square treads 103. The handrails 101 are wave-shaped. Multiple treads 102 are connected between two handrails 101. The treads 102 are made of metal. Square treads 103 are connected to the treads 102. A square tread 103 is provided between three adjacent treads 102. The square treads 103 are made of wood.

[0043] like Figure 7 and Figure 8 As shown, the second facility 2 includes an outer shell 21, a second protective component 22, a spiral staircase 23, a climbing net array 24, and a hanging railing 25. The outer shell 21 is shaped like a dung ball. The second protective component 22 is installed inside the outer shell 21. The second protective component 22 includes multiple uprights 221 and a protective net 222. Each upright 221 is fixed at both ends inside the outer shell 21. The protective net 222 connects the upper ends of the multiple uprights 221 to form a cylindrical protective column. A connecting rod is provided inside the protective column. The upper end of the connecting rod is connected to the outer shell 21. The spiral staircase 23 has seven steps 231. Four of the steps 231 are connected to the lower end of the connecting rod. The uppermost step 231 extends into the protective column. The bottom of the outer shell 21 is also provided with several fixed columns. The lower step 231 is connected to the fixed columns. Multiple steps 231 rise spirally into the protective column. The steps 231 are triangular in shape, providing tourists with a safe and exciting way to walk on the aerial steps 231, increasing the fun of tourists. The climbing net array 24 passes through the protective net 222 at both ends, and is connected to the platform 11 at one end and the facility 3 at the other end. It can not only increase the play area, but also be combined and matched by oneself, making the play forms rich and diverse. like Figure 8As shown, the hanging rail 25 includes a power assembly and a lifting assembly. The power assembly is an outer pulley assembly located on the side of the outer shell 21. The outer pulley assembly includes multiple gears 251 and a protective layer 252 on the surface of the gears 251. The gears 251 are embedded in the outer shell 21, and each gear 251 is connected to the other by a belt drive. The protective layer 252 is petal-shaped. The outer shell 21 is provided with a connecting pipe 211, which is butterfly-shaped. The belt passes through the connecting pipe 211 and then wraps around the transition gear of the lifting assembly to provide power to the lifting assembly. The lifting assembly includes a support frame 253 and a moving platform 254. The support frame 253 is an arched support frame. A transition gear is provided on the support frame 253. One end of the transition gear is connected to the outer pulley block, and the other end is connected to the moving platform 254. The two sides of the support frame 253 pass through the bottom surface of the moving platform 254. The transition gear drives the moving platform 254 to move up and down on the support frame 253.

[0044] In a preferred embodiment, the support frame 253 is further provided with a gearbox 2531, the transition gear is installed in the gearbox 2531, and the cross section of the gearbox 2531 is triangular.

[0045] In a preferred embodiment, a hand crank 255 is also included. One end of the hand crank 255 is connected to the gear 251 located at the lowest end, and the other end is rotatably connected to the fixed column. The hand crank 255 is in the shape of a bow and is provided with an anti-slip sleeve. The bow-shaped hand crank 255 can also be used by two people at the same time, which is more labor-saving.

[0046] like Figure 9 and Figure 10 As shown, facility 3 includes platform 2 31, staircase 1 32 and slide 33. Platform 2 31 is connected to climbing net array 24. The lower side of platform 2 31 is supported by support column 1 34. Support column 1 34 is "Y" shaped to increase the stability of platform 2 31. The upper end of Staircase 1 32 is connected to and communicates with Platform 2 31. Staircase 1 32 includes a support bracket 321, treads 322, and a woven net 323. Multiple irregularly arranged wooden mushroom-shaped treads 322 are installed on the support bracket 321, making the design more unique and increasing the fun for people to play. The woven net 323 is installed at the bottom of the support bracket 321. The ropes of the woven net 323 are connected by fasteners to prevent slipping and increase safety. It is also detachable, making installation more convenient and easy to maintain and replace. The support bracket 321 includes guardrail 1 3211 and support column 2 3212. The mushroom-shaped treads 322 are equipped with connecting rods, which are connected to support column 2 3212. Guardrail 1 3211 is provided on both sides of support column 2 3212. Guardrail 1 3211 is connected to Platform 2 31 to improve safety during play. Support column 2 3212 is connected to support column 1 34. Support column 2 3212 is set stably and is in a "Z" shape. The upper end of the slide 33 is connected to and communicates with the platform 2 31. The slide 33 extends from the platform 2 31 to the ground in a spiral shape. The slide 33 is also equipped with several reinforcing rings. The lower end of the slide 33 is also equipped with a support column 331. The support column 331 has branches on both sides to increase the overall stability of the slide 33.

[0047] like Figure 11 As shown, facility 4 includes climbing platforms 41 on both sides, climbing section, zipline 42 and guardrail 43. One of the climbing platforms 41 is connected to the lower end of staircase 32. The climbing platform 41 is set horizontally. The climbing section is a combination of climbing wall, climbing bridge 44, staircase 45 and slide. The climbing wall, climbing bridge 44, staircase 45 and slide are arranged from left to right along the edge of the climbing platform 41 and one end is connected to the climbing platform 41 respectively. The other end is fixed to the ground, which can be used by multiple people and increases the number of users of zipline 42. like Figure 12 As shown, the climbing bridge 44 is arc-shaped, with multiple bridge ladders 441 on both sides. One end of each bridge ladder 441 is equipped with a limiting ball 442. The bridge ladders 441 on both sides are arranged in an alternating manner. Preferably, there are two climbing bridges 44. The climbing bridge 44 on the left side has a total of nine bridge ladders 441, and the climbing bridge 44 on the right side has a total of fifteen bridge ladders 441. Climbing bridges 44 with different numbers of bridge ladders 441 provide different climbing difficulties. For example Figure 11 As shown, the steps on staircase 245 are of varying lengths and sizes. A guardrail 2451 is provided on one side of staircase 245. Preferably, the guardrail post of the lower guardrail 2451 is spiral-shaped, making the overall design more unique and increasing the interest of playing. For example Figure 11As shown, the zipline 42 includes two load-bearing columns 421, zipline ropes 422, zipline harnesses 423, and two zipline gates 424. The two arched load-bearing columns 421 are respectively installed on the climbing platforms 41 on both sides and are arranged opposite to each other. Two zipline ropes 422 are connected between the two load-bearing columns 421. Each zipline rope 422 is equipped with a zipline harness 423, which can meet the needs of two groups of tourists to slide in both directions or in one direction at the same time. The zipline gates 424 are shaped like dung balls, fixed to the ground and attached to one side of the climbing platform 41. The zipline gates 424 correspond to the load-bearing columns 421 and serve as the entrance and exit during ziplining. Preferred, such as Figure 11 and Figure 13 As shown, the gliding harness 423 includes a gliding seat 4231, a suspension rope 4232, and a zipline ball 4233 made of plastic. The gliding seat 4231 includes two fixed plates 42311 on both sides and a roller 42312 located between the two fixed plates 42311. The fixed plates 42311 are triangular, and the roller 42312 is rotatably connected to the fixed plates 42311, located above the gliding rope 422 and in contact with the gliding rope 422. A connecting rod is also provided between the lower ends of the two fixed plates 42311. The suspension rope 4232 is connected to the lower end of the gliding seat 4231 through the connecting rod. The lower end of the suspension rope 4232 is connected to the zipline ball 4233. The zipline ball 4233 is covered with a woven net to improve the grip friction.

[0048] like Figure 11 As shown, the protective platform 43 is located between the two climbing platforms 41 and below the sliding rope 422. The protective platform 43 includes multiple arched protective tubes 431 and a safety net 432 connecting the multiple protective tubes 431. The safety net 432 is made of nylon and is located below the sliding rope 422 and at a certain distance from the ground, which increases the safety during sliding.

[0049] like Figure 14 and Figure 15 As shown, it also includes facility 5, which includes outer shell 2 51 and lifting platform 52. The outer shell 2 51 can communicate with platform 1 11 or platform 2 31. The outer shell 2 51 is provided with support rod 2 511. The lifting platform 52 includes inner pulley assembly 521 and lifting frame 522. The lower end of support rod 2 511 passes through the lifting frame 522 and the bottom of outer shell 2 51 and is fixed. The lifting frame 522 can move up and down on support rod 2 511 by the drive of inner pulley assembly 521. Inner pulley assembly 521 includes fixed pulley 5211 and movable pulley 5212. Fixed pulley 5211 and movable pulley 5212 are connected by rope. Fixed pulley 5211 is fixed to the upper end of support rod 2 511 and movable pulley 5212 is located above lifting frame 522.

[0050] When visiting, tourists can choose suitable routes and activities based on their interests, skills they need to learn, or weaknesses they need to overcome. For example, climbing stairs and slides can help improve hand-foot coordination, overcome fear of heights, and boost self-confidence.

[0051] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions or improvements made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. A large scale entertainment facility characterized by: The facility includes four structures: Facility 1, Facility 2, Facility 3, and Facility 4. Facility 2 is connected to Facility 1 and Facility 3. Facility 1 includes a platform and a ladder. The ladder includes a column and a climbing rope assembly. The upper end of the column is connected to Platform 1. The climbing rope assembly has several connecting ropes that are inclined and connected to the column to fix the climbing rope assembly and to separate the climbing rope assembly from the column, allowing the climbing rope assembly to sway. Facility 2 includes an outer shell and a climbing net array. The outer shell contains the climbing net array, one end of which is connected to the platform. One end connects to the first facility, and the other end connects to facility three. Facility three includes platform two and staircase one. Platform two is connected to a zigzag pipe, and the upper end of staircase one is connected to platform two. Staircase one includes a support frame and treads, and multiple irregularly arranged treads are installed on the support frame. Facility four includes climbing platforms on both sides, climbing sections, ziplines, and guardrails. One of the climbing platforms is connected to the lower end of the staircase. One end of the climbing section is fixed to the ground, and the other end is connected to the climbing platform. The zipline includes two load-bearing columns, a sliding device, and a rope. The two load-bearing columns... The columns are opposite each other and spaced apart, and fixed to the climbing platform; at least one rope is connected to two opposite load-bearing columns for sliding of the gliding harness; the guardrail is located between the two climbing platforms and below the rope, and is a certain distance from the ground; the second facility also includes a hanging rail, which includes a power component and a lifting component; the power component includes an outer pulley system located on the side of the outer shell; the lifting component includes a fixed frame and a moving platform; the fixed frame is equipped with a transition gear, one end of which is connected to a leather strap. The belt is connected to the outer pulley assembly, and the other end is connected to the moving platform via a belt. The moving platform can move up and down on the fixed frame via a transition gear. The outer pulley assembly includes multiple gears and a protective layer on the surface of the gears. The gears are embedded in the outer shell. Each gear is connected to the others via a belt drive. The protective layer is petal-shaped. The hanging rail also includes a hand crank and a fixed column. One end of the hand crank is connected to the gear at the bottom, and the other end is rotatably connected to the fixed column. The hand crank is bow-shaped and has an anti-slip sleeve. It also includes facility five, which includes outer shell two and lifting platform. The outer shell two can communicate with platform one or platform two. A support rod is provided inside the outer shell two. The lifting platform includes an inner pulley system and a lifting frame. The lower end of the support rod passes through the lifting frame and the bottom of the outer shell two in sequence and is fixed. The lifting frame can move up and down on the support rod by the drive of the inner pulley system. The inner pulley system includes a fixed pulley and a movable pulley. The fixed pulley and the movable pulley are connected by a rope. The fixed pulley is fixed to the upper end of the support rod, and the movable pulley is located above the lifting frame. The facility one also includes a smoke ring cannon, the upper end of which is seamlessly connected to the platform one. The smoke ring cannon includes a housing, a smoke generator, and an air pumping device. The smoke generator includes a smoke generator body and a smoke outlet pipe. The smoke outlet end of the smoke outlet pipe passes through the side of the housing and is located inside the housing. The smoke generator body is located outside the housing. The upper end of the housing is provided with a smoke outlet for releasing smoke. The air pumping device includes an air pumping body and an air outlet pipe. The air outlet pipe passes through the lower end of the housing and is located inside the housing. The air outlet end of the air outlet pipe is located below the smoke outlet end of the smoke outlet pipe.

2. The amusement facility of claim 1, wherein: The second facility also includes a protective component and a second staircase. The protective component is provided inside the outer shell. The protective component includes multiple columns and a protective net. The two ends of each column are fixed to the two ends inside the outer shell. The protective net connects the upper ends of the multiple columns to form a protective column. The multiple columns surround the second staircase. The second staircase has multiple steps, which rise in a spiral shape into the protective column.

3. The amusement ride of claim 1, wherein: The climbing structure can be a climbing wall, a climbing bridge, a staircase, or a slide.

4. The amusement ride of claim 3, wherein: The climbing bridge is arc-shaped and has multiple ladders. Each ladder has a limiting ball at one end and the ladders are located on both sides of the climbing bridge and are arranged in an alternating manner.

5. The amusement ride of claim 1, wherein: The protective platform includes multiple arched protective pipes and a protective net connecting the multiple protective pipes. The protective net is located below the rope and is a certain distance from the ground.

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