CN116672726A - Multi-element adventure water amusement village tower - Google Patents

Abstract

The application belongs to the technical field of water entertainment facilities, and particularly relates to a multi-element adventure water entertainment tower, which comprises a transfer platform, a track system, a beam system, a jump ladder and a game unit, wherein the transfer platform is arranged on the transfer platform; the transfer platform comprises a plurality of game areas which are distributed on the water in a surrounding manner; the track system comprises an end conversion track piece, a middle conversion track piece, a groove track and a diagonal track; the track system is distributed over each standing platform, each jump ladder and each game unit, so that the end fastener of the tourist safety rope is not separated from the track system in the playing process. Each transfer platform can be convenient for experiencing different game units in the circulation process of the recreation tower, thereby realizing multi-element recreation and adventure; the track system adopts a complete communication design, so that tourists do not need to take down a safety rope in the switching process of different game units, and the safety in the game entertainment process is ensured.

Description

Multi-element adventure water amusement village tower

Technical Field

The application belongs to the technical field of water entertainment facilities, and particularly relates to a multi-element adventure water entertainment village tower.

Background

The expanding water village is a playing facility with higher popularity in recent years, mainly comprises a water village main body and game units, and tourists can shuttle between different game units along the track of the water village main body by wearing a safety belt.

The existing water amusement water village is more in amusement projects, but each amusement project is often independent, only entertainment facilities in the same project are lengthened or copied, tourists want to be monotonous and tedious when playing, and when switching among different projects, the tourists need to change places, extra consumption is needed, the amusement interests of the tourists are seriously reduced, and even though the different projects are mutually close, the intercommunication of a track system of a safety rope is difficult to realize, the switching of the projects is often realized by manually changing different tracks, so that the tourists cannot realize happiness, the number of the tourists who have caused the water amusement facilities for a long time is smaller, and the purchasing rate of the tourists is lower.

Therefore, it is necessary to design a water amusement village tower which can integrate a plurality of amusement elements and concentrate the risk of the amusement.

Disclosure of Invention

In order to solve the problems in the prior art, the scheme provides the water amusement village tower with the multi-element adventure.

The technical scheme adopted by the application is as follows:

a multi-element adventure water amusement village tower comprises a transfer platform, a track system, a beam system, a jump ladder and a game unit;

the transfer platform comprises a plurality of parallel ring cloth or fold lines which are distributed in the water game area; each transfer platform comprises a vertical support column and a standing platform, and the standing platform is supported by the support column and is used for standing a person;

the game unit has a plurality of structural forms, and the game units with different structural forms comprise different game elements or different combinations of the game elements; the game units are alternatively arranged between the adjacent standing platforms, and tourists can pass through the standing platforms;

the beam system comprises a safety beam and a ring seat; safety beams are arranged above each standing platform and above the game units, and the ring seat is sleeved on the support columns and fixedly connected with the safety beams;

the track system includes an end transition rail member and a channel rail; the end part conversion rail piece is arranged below the ring seat and is provided with a circular or circular arc-shaped channel; the grooved rail is provided with a straight grooved channel and is connected with the end conversion rail piece; the channel is used for hanging and moving the end fastener of the safety rope.

As an alternative structure or complementary design of the amusement village tower: each transfer platform comprises at least two layers of standing platforms and at least three upright support columns; all support columns of each transfer platform are parallel and are not positioned on the same vertical face; different layers of standing platforms are arranged on different heights of the supporting columns.

As an alternative structure or complementary design of the amusement village tower: at least one game unit is arranged between the standing platforms of the same layer of the two adjacent transfer platforms, at least one game unit or a jump layer ladder is arranged between the standing platforms of different layers of the two adjacent transfer platforms, and the jump layer ladder is used for connecting the standing platforms of different layers of the adjacent transfer platforms so as to allow tourists to pass up and down; at least one jump layer cat ladder is arranged between the different layers of standing platforms of the transfer platform.

As an alternative structure or complementary design of the amusement village tower: the safety beams above the standing platform are connected to form a polygonal structure, and the end parts of the safety beams are fixedly connected with the support columns through ring seats.

As an alternative structure or complementary design of the amusement village tower: a yielding outer platform is arranged at the outer edge of the standing platform, and a yielding inner platform is arranged at the inner edge of the standing platform; yielding beams are arranged above the yielding outer platform and the yielding inner platform; one end of the abdication beam is fixedly connected with the ring seat on the corresponding support column; and a groove rail with one end communicated with the groove channel of the end conversion rail piece and the other end closed is also arranged on the lower surface of the abdication beam.

As an alternative structure or complementary design of the amusement village tower: a water turning container is arranged on the cross beam or/and above the transfer platform, a turning shaft is arranged at the center of the water turning container, the turning shaft is rotatably connected to the water turning frame and is arranged on the cross beam or/and the transfer platform through the water turning frame, and the water turning container comprises a water turning tank, a water turning bucket and/or a water turning bucket; the gravity center of the water turning container changes when the water turning container is empty and filled with water, so that automatic turning is realized, or a telescopic mechanism or a pull rope for controlling the water turning container to turn is connected to the water turning container or the turning shaft.

As an alternative structure or complementary design of the amusement village tower: a spraying pile is arranged at the center of the water play area, and comprises a plurality of unit column blocks; the unit column blocks are divided into a plurality of layers from the center to the periphery, and the height is continuously reduced; the unit column block at the most center is provided with the highest height, a primary water tank is arranged above the unit column block, and a secondary water tank is arranged at the top of part of the unit column blocks; the secondary water tanks are annularly distributed around the primary water tank; a diversion water channel is arranged between the secondary water channel and the primary water channel, between the adjacent secondary water channel and between the secondary water channel and the water surface, so that water can flow into the water surface from the center of the jet table pile to the periphery through the primary water channel, the diversion water channel and the secondary water channel; the transfer platform is provided with a water gun for spraying water to the spraying platform pile.

As an alternative structure or complementary design of the amusement village tower: an access structure is arranged on the outer side of one of the transfer platforms; the access structure includes an inlet frame and a splash plate; the inlet frame is shaped like a door; a walking channel for passing through by a person is arranged between the transfer platform and the entrance frame; the splash plate is obliquely arranged above the travelling channel, and a plurality of flow dividing channels for lateral flow dividing are arranged on the splash plate; the transfer platform at the access structure is provided with a turnover bucket which can be turned over, and the turnover bucket is positioned above the inclined upper end of the splash board and can pour water to the inclined upper end of the splash board.

As an alternative structure or complementary design of the amusement village tower: two ends of the game unit are fixedly connected with two adjacent standing platforms, or the game unit is suspended below the safety beam through a suspension cable; one or more hanging rods are arranged above the suspended game units, the hanging rods are vertically connected to the safety beam, and the two ends of the hanging rods are respectively connected with the left side and the right side of the game units through suspension ropes.

As an alternative structure or complementary design of the amusement village tower: the game unit is a channel structure formed by combining various elements in rods, ropes, plates, cylinders, bars and barrels.

The beneficial effects of the application are as follows:

1. according to the scheme, all transfer platforms are annularly arranged in a water game area, and adjacent transfer platforms are connected through game units, so that tourists can stay at the transfer platforms for rest, different game units can be experienced in the circulation process of a recreation tower, and multi-element recreation and adventure are realized;

2. the track system in this scheme adopts the design of complete intercommunication to make the visitor all need not take off the tip fastener of safety rope at the in-process that different game units switched, not only guaranteed the security of recreation in-process, also avoided frequently switching safety rope track simultaneously to the reduction of amusement experience.

Drawings

In order to more clearly illustrate the embodiments of the present solution or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below.

FIG. 1 is an overall block diagram of a water amusement village tower with multi-element adventure in the scheme;

FIG. 2 is another view angle structure diagram of the water amusement village tower with multi-element adventure in the scheme;

FIG. 3 is a diagram showing the configuration of the coordination of the transfer station and the access structure;

FIG. 4 is a schematic diagram of a transfer station;

FIG. 5 is a block diagram of a beam system and rail system at a transfer station;

FIG. 6 is a block diagram of a jet grouting pile;

FIG. 7 is a block diagram of two types of water turning containers;

FIG. 8 is two exemplary views of a safety beam mated with a boom and suspension cable;

9-13 are exemplary diagrams of various gaming units;

fig. 14 is a diagram of the cooperation structure of the jump ladder and the ramp and the safety beam.

In the figure: 1-a water spraying gun; 2-a transfer station; 21-supporting columns; 22-a standing platform; 23-yielding an inner platform; 24-yielding an outer platform; 3-jump ladder; 4-fencing; 5-a beam system; 51-safety beams; 52-yielding beams; 53-short beam; 54-ring seat; 55-reinforcing bars; 56-suspension cable; 57-boom; 6, turning over the water container; 61-turning the water tank; 62-turning water bucket; 63-a water turning frame; 7-an access structure; 71-overflow tanks; 72-splash plate; an 8-game unit; 9-a track system; 91-end transition rail; 92-intermediate transfer rail; 93-grooved rails; 94-ramp; 10-spraying a pile; 101-a primary sink; 102-prop; 103-unit column blocks; 104-a secondary sink; 105-diversion waterways; 106-a running water gap; 107-ejecting the target block.

Detailed Description

The technical solutions of the present embodiment will be clearly and completely described below with reference to the accompanying drawings, and the described embodiments are only some embodiments, but not all embodiments, and all other embodiments obtained by those skilled in the art without making any creative effort based on the embodiments of the present embodiment are all within the protection scope of the present solution.

Example 1

As shown in fig. 1 to 14, the embodiment designs a multi-element adventure water amusement village tower, which comprises a transfer platform 2, a track system 9, a beam system 5, a jump ladder 3, a game unit 8 and other structures.

The transfer platform 2 comprises a plurality of game areas distributed on water in a parallel ring or a folding line; each transfer station 2 comprises a standing platform 22 and at least three upright support columns 21; all support columns 21 are parallel and not located on the same vertical face.

Standing platform 22 is capable of standing by a person, and the edges of standing platform 22 may interface with different gaming units 8, thereby enabling guest switching between different gaming units 8 via standing platform 22. When a plurality of standing platforms 22 are arranged on the same transfer platform 2, the standing platforms 22 are distributed up and down, and different standing platforms 22 are arranged on different height positions of the support column assembly, so that tourists can enter game units 8 at different height positions from different standing platforms 22, and the utilization rate of the transfer platform 2 and the integration level of the game units 8 are improved. Furthermore, the jump-up ladder 3 may be used to connect between different levels of standing platforms 22 of different transfer platforms 2, thereby enabling guests to reach on the corresponding levels of standing platforms 22.

The standing platform 22 may include a plurality of mutually spliced platform panels, and each support column 21 passes through the corresponding platform panel and is fixedly connected with the platform panel. An outer yielding platform 24 is arranged at the outer edge of the standing platform 22, an inner yielding platform 23 is arranged at the inner edge of the standing platform 22, and the inner yielding platform 23 and the outer yielding platform 24 comprise one or more yielding jointed boards which are spliced on the standing platform 22. The bottom of the yielding jointed board can be provided with a bottom pile which is fixedly connected with the supporting column 21, the ground or a reserved installation foundation.

The beam system 5 is connected between the support columns 21 of different transfer platforms 2 and between the different support columns 21 of the same transfer platform 2, and can fix the relative positions of the support columns 21; the beam system 5 comprises a ring seat 54, a plurality of safety beams 51, a short-circuit beam 53, a yielding beam 52 and other structures. Safety beams 51 are arranged above each standing platform 22 of each transfer platform 2, a plurality of safety beams 51 above the standing platforms 22 are connected into a polygonal structure, and the end parts of each safety beam 51 are fixedly connected with the support columns 21 through ring seats 54; specifically, each safety beam 51 is connected between two adjacent support columns 21, and two ends of the safety beam 51 are relatively fixed with the corresponding support columns 21, so as to facilitate connection between the safety beam 51 and the support columns 21, and a ring seat 54 is disposed outside each support column 21. The ring seat 54 is sleeved outside the support column 21 and is welded with the support column 21, and a beam interface is arranged on the outer side of the ring seat 54; the end of the safety beam 51 is fixedly connected with the beam interface by means of bolt connection, welding and the like. When the stand platform 22 is provided with the yielding inner platform 23 and the yielding outer platform 24, a yielding beam 52 is correspondingly arranged above the yielding inner platform 23 and the yielding outer platform 24, and one end of the yielding beam 52 is fixedly connected with a ring seat 54 on the support column 21, and the other end of the yielding beam extends horizontally and is suspended. The shorting beams 53 are connected between different safety beams 51.

The game units 8 are arranged between the standing platforms 22, and are used for connecting the standing platforms 22 on the same layer of the adjacent transfer platforms 2 for tourists to pass through, and at least one game unit 8 is arranged between the standing platforms 22 on the same layer of the adjacent two transfer platforms 2; the jump layer cat ladder 3 is arranged between standing platforms 22 with different heights, and links up the standing platforms 22 with different layers of adjacent transfer platforms 2 for tourists to pass up and down. The game unit has a plurality of structural forms, and the game units with different structural forms comprise different game elements or different combinations of the game elements.

Above each game unit 8 and each jump ladder 3 is provided a safety beam 51, the ends of which safety beam 51 are fixed to a ring seat 54 above the standing platform 22.

The track system 9 comprises an end conversion track 91, a middle conversion track 92, a groove track 93, a diagonal track 94 and the like; the end conversion rail 91 is encircling the support column 21 and arranged below the ring seat 54, and a circular or circular arc-shaped channel is arranged at the bottom surface of the end conversion rail 91 and is a first annular channel; the first notch is arranged on the outer periphery of the first annular channel, and when the end fastener of the safety rope slides into the first annular channel from the first notch, the safety rope can move along the first annular channel, so that the safety rope can be switched to different first notch positions to realize the switching of the groove rail 93. The corresponding connection of each first notch is provided with a groove rail 93, and the end fastener (which can refer to the end fastener used by the common safety rope and the track, and is not modified in the application), of the safety rope in the first annular groove, can move along the groove rail 93 to the other end conversion rail 91 or to the outside of the standing platform 22, and each groove rail 93 can be distributed and fixed along the lower end face of the safety beam 51. The middle conversion rail 92 is arranged below the intersection of the short-circuit beam 53 and the safety beam 51 or in the middle of the safety beam 51, and a groove rail 93 fixed on the lower end surface of the short-circuit beam 53 is used for connecting the middle conversion rail 92 at two ends of the short-circuit beam 53; the intermediate transfer rail 92 is provided with a second annular channel, a second notch is arranged on the outer periphery of the second annular channel, and the end fastener of the safety rope can move from the second notch to the second annular channel or the corresponding channel rail 93. The end fasteners sliding along the grooved rails 93 are able to transfer at the second annular channel on the intermediate transfer rail 92 so that the guest can continue to move along the safety beam 51 or switch to other safety beams 51 through the rail grooves below the shorting beams 53, providing more travel path options for the guest. The lower surface of the abdication beam 52 is also provided with a groove rail 93 with one end communicated with the first annular groove and the other end closed, when the tourists move oppositely and need to miss, one tourist can reach the abdication platform, and the end fastener of the safety rope enters the groove rail 93 below the abdication beam 52 to avoid. The groove rail 93 and the inclined rail 94 are respectively arranged above the game unit 8 and the jump ladder 3, and the ends of the two are connected to the corresponding end conversion rail piece 91 or the middle conversion rail piece 92; the track system 9 extends over each standing platform 22, each jump ladder 3 and each game unit 8 so that the end fastener of the guest safety line does not disengage from the track system 9 during play.

A fence 4 is arranged on the periphery of the water play area; the outside and the inside of the fence 4 are provided with a water gun 1 which can spray water towards the middle rotation platform 2, the jump ladder 3 or the game unit 8.

When the structure in the embodiment is used, each transfer platform 2 is annularly arranged in a water game area, and adjacent transfer platforms 2 are connected through game units 8, so that tourists can not only stay and rest at the transfer platforms 2, but also experience different game units 8 in the circulation process of a recreation tower, and multi-element recreation and adventure are realized; meanwhile, due to the fact that the track system 9 is completely communicated, a tourist does not need to take down the end fastener of the safety rope in the switching process of different game units 8, safety in the game entertainment process is guaranteed, and meanwhile reduction of entertainment experience caused by frequent switching of the safety rope track is avoided.

Example 2

On the basis of the structure of embodiment 1, in order to increase the interest of tourists in passing through each game unit 8, a water turning container 6 may be provided on the cross beam or/and above the transfer platform 2, a turning shaft may be provided at the center of the water turning container 6, and the turning shaft may be rotatably connected to a water turning frame and mounted to the cross beam or/and the transfer platform 2 through the water turning frame, and the water turning container 6 may include a water turning tank 61 (as shown in (a) of fig. 7), a water turning bucket, and/or a water turning bucket 62 (as shown in (b) of fig. 7).

In order to realize the overturning of the water overturning container 6, the height of the gravity center point of the water overturning container 6 is H1 in the emptying state, the height of the gravity center point of the water overturning container after water is filled is H2, the value of H2 is larger than the value of H1, and the vertical height of the overturning shaft is positioned between H1 and H2, so that water can be automatically dumped; or, a telescopic mechanism for controlling the turning of the water turning container 6 is connected to the water turning container 6 or the turning shaft. The telescopic mechanism can be an electric telescopic device, the telescopic end of the telescopic device is rotationally connected with the outer wall of the water turning barrel, and the handle end of the telescopic device is rotationally connected with the water turning frame; for another example, a rotating mechanism for controlling the rotation of the turnover shaft is connected to the turnover shaft, the rotating mechanism adopts a rotating motor, a rotating shaft of the rotating motor is in transmission connection with the turnover shaft, and the rotating motor is fixed on the turnover frame.

An access structure 7 is arranged on the outer side of one of the transfer platforms 2; the access structure 7 includes an inlet frame and a splash plate 72; the inlet frame is shaped like a door; a walking channel for passing people is arranged between the transfer platform 2 and the entrance frame; the splash plate 72 is obliquely arranged above the travelling channel, and a plurality of flow dividing channels for laterally dividing are arranged on the splash plate 72, so that water can be guided to the left side and the right side of the splash plate 72 and flow downwards from the left side and the right side of the travelling channel to form a rain curtain in the process that water flows from the obliquely upper side of the splash plate 72 to the obliquely lower side; a plurality of convex strips are provided on the upper surface of the splash plate 72, and a flow dividing channel is formed between two adjacent convex strips, and the convex strips diverge from the obliquely upper side to the obliquely lower side of the splash plate 72.

A turnover bucket which can be turned over is arranged on the transfer platform 2 at the access structure 7, is positioned above the inclined upper end of the splash plate 72, and can pour water to the inclined upper end of the splash plate 72. When the water turning container 6 turns over, water is impacted to the inclined upper side of the splash board 72 from a certain height, so that splash is generated at the splash board 72, impact sound is generated, meanwhile, water on the splash board 72 is guided to the left side and the right side, only a small amount of water is sputtered to the front side of the inlet, water is not sprayed under the front side, and tourists can have a strong water atmosphere sense and can not be directly poured on the head. An overflow groove 71 is arranged on the obliquely lower side of the splash plate 72, and the overflow groove 71 is perpendicular to the travelling channel; the overflow groove 71 is positioned above the entrance of the walking channel, and water flow overflowed from the notch of the overflow groove 71 falls from the entrance of the walking channel, so that tourists at the entrance feel the stimulation of playing water in advance. The overflow tank 71 can buffer a part of water flow sprayed from the water turning barrel by the overflow tank 71, so that excessive water is prevented from being sprayed on tourists.

The higher end of splash plate 72 may engage upper standing platform 22 so that a guest may see upper standing platform 22 to see the impact of the sputtered water, thereby providing a novel experience.

Example 3

Based on the structure of embodiment 1 or embodiment 2, in order to enrich game elements, the present embodiment combines a pass-through game with a water cannon shooting game.

Specifically, a spraying pile 10 is arranged at the center of the water play area, the spraying pile 10 comprises a plurality of unit column blocks 103, and each unit column block 103 is in a prismatic structure; the unit pillar 103 is divided into a plurality of layers from the center to the outer periphery, and the height of the unit pillar 103 is continuously lowered from the center to the outer periphery. The unit pillar 103 at the center has the highest height, the top of the unit pillar 103 is provided with a secondary water tank, a primary water tank 101 is arranged above the secondary water tank, a notch is arranged at the tank edge of the primary water tank 101, and a water pipe is connected at the tank bottom of the primary water tank 101, so that water in the primary water tank 101 can continuously flow out into a secondary water tank 104.

The top of some other unit column blocks 103 is also provided with a secondary water tank 104, so that a plurality of secondary water tanks 104 are annularly distributed around the primary water tank 101, diversion water channels 105 are respectively arranged between adjacent secondary water tanks 104 and between the secondary water tanks 104 and the water surface, the notch of each secondary water tank 104 is provided with a water flow notch 106, and the water flow notch 106 is communicated with the diversion water channel 105, so that water can flow from the primary water tank 101 to the water surface through the diversion water channel 105 and the secondary water tank 104. The top of each unit column block 103 is provided with a secondary water tank 104 and/or a diversion water channel 105, and the secondary water tanks 104 between adjacent modules with different heights can be communicated through the flow channels.

The spraying target blocks 107 are arranged on part or all of the unit pillar blocks 103, the spraying target blocks 107 can be arranged on the side wall or the top surface of the unit pillar block 103, and a tourist can strike the spraying target blocks 107 by using the water gun 1 arranged on the yielding inner platform. The water spraying gun 1 arranged outside the fence 4 is mainly used for spraying a transfer platform 2, a jump ladder 3 or a game unit 8 and the like.

The setting position of the ejection target block 107 can be freely selected, thereby realizing the striking of the ejection target block 107 at different angles and different orientations. The inside of the unit pillar 103 is hollow and communicated with the water surface, and a plurality of water guns 1 are distributed around the spraying table pile 10, so that the tourists can conveniently spray water cooperatively from different directions. The rotatable baffle plate enables tourists to have different target points except for spraying water to the module with the highest center, so that the water spraying targets are diversified, and different tourists have different experiences. Because the jet target block 107 can adopt a freely rotatable structure, the tourist has better visual feedback when hitting, and the interest of playing is enhanced. In addition, the primary water tank 101 and each spraying target block 107 can be designed to be in linkage structure, namely, position switches are arranged at the positions of the spraying target blocks 107, the spraying target blocks 107 can rotate and trigger the position switches, and an electromagnetic valve and a water pump are arranged at the water inlet side of the primary water tank 101; when the position switch is triggered, the opening of the electromagnetic valve or the power of the water pump is increased, and when the target block 107 is not hit by water sprayed by the water gun 1, the water flow sprayed by the water gun 1 can increase the water flow on the spraying pile 10.

Example 4

As shown in fig. 8 to 13, this embodiment designs a variety of structures of the game unit 8 on the basis of the structure of embodiment 1.

The game units 8 are divided into a suspension type and a non-suspension type, two ends of the non-suspension type game unit 8 are fixedly connected with two adjacent standing platforms 22, the suspension type game unit 8 is suspended below the safety beam 51 through a suspension rope 56, one or more suspension rods 57 are arranged above the suspension type game unit 8, the suspension rods 57 are vertically connected to the safety beam 51, and when in use, as shown in (a) or (b) of fig. 8, two ends of the suspension rods 57 are respectively connected with the left side and the right side of the game unit 8 through the suspension rope 56. Reinforcing bars 55 can be welded and fixed on two opposite sides of the safety beam 51 of the beam system 5, the reinforcing bars 55 can be angle steel, and the reinforcing bars 55 are parallel to the safety beam 51 and are vertically connected with the suspender 57, so that stability of the suspender 57 in use is improved.

The game unit 8 is a channel structure composed of a combination of a plurality of elements in a rod, a rope, a plate, a cylinder, a bar, and a cylinder. Specifically, as shown in fig. 9 (a), the game unit 8 has a structure in which a cross bar and a plurality of longitudinal bars are vertically connected, and protruding piles with different heights are arranged at the intersection of the cross bar and the longitudinal bars; the game unit 8 shown in fig. 9 (b) has a structure in which a plurality of round piles and a plurality of transverse plates are arranged in a straight line, and flexible ropes are connected between the round piles and the transverse plates, between adjacent round piles and between adjacent transverse plates; the game unit 8 shown in fig. 9 (c) has a structure in which a plurality of cylinders are arranged in a straight line in the axial direction, and steel ropes are connected to both ends of all the cylinders; the game unit 8 shown in fig. 9 (d) has a multi-row cylinder arrangement structure with transverse axial direction, each row of cylinders are uniformly arranged in a shape of Chinese character 'ji', and steel ropes are connected to two sides of each row of cylinders; the game unit 8 shown in fig. 10 (a) has a structure in which a zigzag or mesh-shaped chassis is combined with a wavy bending plate; the game unit 8 as in fig. 10 (b) has a structure in which two cross bars and a plurality of longitudinal bars are vertically connected; the game unit 8 as in fig. 10 (c) is a structure in which a plurality of square boards are arranged with gaps therebetween and are each suspended; the game unit 8 as in fig. 10 (c) is a structure in which a plurality of square plates are arranged with gaps therebetween and are suspended at four corners of each square plate; the game unit 8 as in fig. 10 (d) is a structure in which a plurality of slats are arranged in a gap and both ends of each slat are suspended; the game unit 8 as in fig. 11 (a) has a structure in which one horizontal slat and a plurality of vertical bars are vertically connected; the game unit 8 as in fig. 11 (b) is a structure in which a plurality of battens of different lengths are arranged in a gap and arranged in a straight line, and two soft ropes are threaded at both ends of all the battens; the game unit 8 in fig. 11 (c) is a structure in which a plurality of i-shaped boards are arranged in a gap and each i-shaped board is suspended at four corners; the game unit 8 in fig. 11 (d) is a strip-shaped mesh plate structure, two sides of the middle part of the mesh plate are suspended, and two ends of the mesh plate are respectively fixed on the standing platform 22; the game unit 8 in fig. 12 (a) is a horizontally arranged rope ladder structure, the rope ladder structure is suspended and arranged, and the heights of different positions are different; the game unit 8 of fig. 12 (b) is a netpen-like structure with slots in the sides; the game unit 8 of fig. 13 (a) is a rope ladder structure, and two ends of the rope ladder are connected with the standing platform 22; the game unit 8 in fig. 13 (b) is a square tube structure with one or more bends in the middle, and two ends of the square tube are connected with the standing platform 22; the game unit 8 in fig. 13 (c) is a structure that two ends of a square tube are connected with a standing platform 22, and the middle part of the square tube is rotatably connected with one or more teeterboards; the game unit 8 in fig. 13 (d) is a square tube structure with two ends connected with the standing platform 22, and a plurality of upward protruding piles are arranged on the square tube; the game unit 8 of fig. 13 (e) is a ladder structure with a central portion arched upward and two ends connected to the standing platform 22.

The above examples are presented for the purpose of illustration only and are not intended to be limiting of the embodiments; it is not necessary here nor is it exhaustive of all embodiments. And obvious variations or modifications thereof are contemplated as falling within the scope of the present technology.

Claims (10)

1. The utility model provides a water amusement village tower of multielement adventure which characterized in that: comprises a transfer platform (2), a track system (9), a beam system (5), a jump ladder (3) and a game unit (8);

the transfer platforms (2) comprise a plurality of transfer platforms (2), and the plurality of transfer platforms (2) are distributed in the water game area in a ring or a folding line; each transfer platform (2) comprises a vertical support column (21) and a standing platform (22), and the standing platform (22) is supported by the support column (21) and is used for standing by a person;

the game unit (8) has a plurality of structural forms, and the game units (8) with different structural forms comprise different game elements or different combinations of the game elements; the game units (8) are alternatively arranged between the adjacent standing platforms (22) and used for tourists to pass through the standing platforms (22);

the beam system (5) comprises a safety beam (51) and a ring seat (54); safety beams (51) are arranged above each standing platform (22) and above the game unit (8), and ring seats (54) are sleeved on the support columns in a ring mode and fixedly connected with the safety beams (51);

the track system (9) comprises an end transition rail (91) and a grooved rail (93); the end conversion rail piece (91) is arranged below the ring seat (54) and is provided with a circular or circular arc-shaped channel; the grooved rail (93) has a straight channel and is joined to the end transition rail (91); the channel is used for hanging and moving the end fastener of the safety rope.

2. The multi-element adventure water amusement tower according to claim 1, wherein: each transfer platform (2) comprises at least two layers of standing platforms (22) and at least three upright support columns (21); all support columns (21) of each transfer platform (2) are parallel and are not positioned on the same vertical face; different layers of standing platforms (22) are arranged on different heights of the supporting columns (21).

3. The multi-element adventure water amusement tower according to claim 2 wherein: at least one game unit (8) is arranged between the standing platforms (22) on the same layer of the two adjacent transfer platforms (2), at least one game unit (8) or a jump ladder (3) is arranged between the standing platforms (22) on different layers of the two adjacent transfer platforms (2), and the jump ladder (3) links the standing platforms (22) on different layers of the two adjacent transfer platforms (2) for tourists to pass up and down; at least one jump layer cat ladder (3) is arranged between different layers of standing platforms (22) of the transfer platform (2).

4. The multi-element adventure water amusement tower according to claim 3 wherein: the safety beams (51) above the standing platform (22) are connected to form a polygonal structure, and the end parts of the safety beams (51) are fixedly connected with the support columns (21) through ring seats (54).

5. The multi-element adventure water amusement tower according to claim 3 wherein: an abdication outer platform (24) is arranged at the outer edge of the standing platform (22), and an abdication inner platform (23) is arranged at the inner edge of the standing platform (22); a yielding beam (52) is arranged above the yielding outer platform (24) and the yielding inner platform (23); one end of the abdication beam (52) is fixedly connected with a ring seat (54) on the corresponding support column (21); a groove rail (93) with one end communicated with the groove of the end conversion rail piece (91) and the other end closed is also arranged at the lower surface of the yielding beam (52).

6. The multi-element adventure water amusement tower according to claim 1, wherein: a water turning container (6) is arranged on the cross beam or/and above the transfer platform (2), a turning shaft is arranged at the center of the water turning container (6), the turning shaft is rotatably connected to a water turning frame and is arranged on the cross beam or/and the transfer platform (2) through the water turning frame, and the water turning container (6) comprises a water turning tank (61), a water turning bucket and/or a water turning bucket (62); the gravity center of the water turning container changes when the water turning container is empty and filled with water, so that automatic turning is realized, or a telescopic mechanism or a pull rope for controlling the water turning container to turn is connected to the water turning container or the turning shaft.

7. The multi-element adventure water amusement tower according to claim 1, wherein: a jet pile (10) is arranged at the center of the water play area, and the jet pile (10) comprises a plurality of unit column blocks (103); the unit pillar block (103) is divided into a plurality of layers from the center to the periphery, and the height is continuously reduced; the unit column block (103) at the most center has the highest height, a primary water tank (101) is arranged above the unit column block (103), and a secondary water tank (104) is arranged at the top of part of the unit column block (103); a plurality of secondary water tanks (104) are annularly distributed around the primary water tank (101); diversion water channels (105) are arranged between the secondary water channel (104) and the primary water channel (101), between adjacent secondary water channels (104) and between the secondary water channel (104) and the water surface, so that water can flow into the water surface from the center of the injection table pile (10) to the periphery, through the primary water channel (101), the diversion water channel (105) and the secondary water channel (104); a water gun (1) for spraying water to the spraying pile (10) is arranged on the transfer platform (2).

8. The multi-element adventure water amusement tower according to claim 1, wherein: an access structure (7) is arranged on the outer side of one transfer platform (2); the access structure (7) comprises an inlet frame and a splash plate; the inlet frame is shaped like a door; a walking channel for passing through by a person is arranged between the transfer platform (2) and the entrance frame; the splash plate is obliquely arranged above the travelling channel, and a plurality of flow dividing channels for lateral flow dividing are arranged on the splash plate; the transfer platform (2) at the access structure (7) is provided with a turnover bucket which can be turned over, and the turnover bucket is positioned above the inclined upper end of the splash plate and can pour water to the inclined upper end of the splash plate.

9. The multi-element adventure water amusement tower according to claim 1, wherein: two ends of the game unit (8) are fixedly connected with two adjacent standing platforms (22), or the game unit (8) is suspended below the safety beam (51) through a suspension cable (56); one or more hanging rods (57) are arranged above the suspended game unit (8), the hanging rods (57) are connected to the safety beam (51), and two ends of the hanging rods (57) are respectively connected with the left side and the right side of the game unit (8) through hanging ropes (56).

10. The multi-element adventure water amusement tower according to claim 9, wherein: the game unit (8) is a channel structure formed by combining a plurality of elements in rods, ropes, plates, cylinders, bars and barrels.