CN208918350U

CN208918350U - Rope park

Info

Publication number: CN208918350U
Application number: CN201821537281.4U
Authority: CN
Inventors: 刘勇; 陈谨; 张宏伟
Original assignee: Sichuan Weide Aisheng Business Information Consulting Co Ltd
Current assignee: Sichuan Weide Aisheng Business Information Consulting Co Ltd
Priority date: 2018-09-19
Filing date: 2018-09-19
Publication date: 2019-05-31
Anticipated expiration: 2028-09-19

Abstract

The utility model discloses a kind of rope parks, belong to entertainment device field.The rope park includes at least one layer of body layer, every layer main body layer includes recreational facilities layer, the inner ring frame and outer ring frame connected to it of more inner ring load-bearing pillars composition, walking plate is provided on inner ring frame, recreational facilities layer is connect with inner ring frame and outer ring frame, recreational facilities layer includes item layer and the safety line that is arranged in above item layer, item layer includes fish-bone bridge, rope suspension bridge, horizontal tire bridge, vertical tire bridge, voluntarily vehicle bridge, roller bridge, climb slab bridge, climb pile bridge, gap slab bridge, bucket bridge, any combination of box bridge and gap bucket bridge, each component part of item layer is located between adjacent outer ring load-bearing pillar, transition plates is provided on every outer ring load-bearing pillar, channel is provided between walking plate and at least one transition plates, pedestal is provided on the inner ring load-bearing pillar and outer ring load-bearing pillar of the bottom , the stair for leading to ground are provided on the walking plate of the bottom.

Description

Rope park

Technical field

The utility model relates to entertainment device fields, and in particular to a kind of rope park.

Background technique

In recent years, in many countries, with the improvement of living standards, the interest for amusement park is increasing, especially Child or teenager, but also amusement park equipment now increases increasingly, pattern is different, wherein the equipment for rope exploration There has also been increased significantly, but the tables of equipment one of usually amusement park, it is not enough to excite the confidence and team collaboration's ability of participant.

Utility model content

For above-mentioned deficiency in the prior art, the utility model, which is intended to provide, can excite participant's confidence and ability Rope park.

In order to achieve the purpose that foregoing invention is created, the technical solution adopted in the utility model are as follows:

There is provided a kind of rope park comprising at least one layer of body layer, every layer main body layer include recreational facilities layer, in more The outer ring frame of the inner ring frame of circle load-bearing pillar composition and the more outer ring load-bearing pillars composition being connect with inner ring frame, inner ring frame On be provided with walking plate, recreational facilities layer is connect with inner ring frame and outer ring frame, and recreational facilities layer includes item layer and setting Safety line above item layer, item layer include fish-bone bridge, rope suspension bridge, horizontal tire bridge, vertical tire bridge, bicycle Any combination of bridge, roller bridge, climbing slab bridge, climbing pile bridge, gap slab bridge, bucket bridge, box bridge and gap bucket bridge, item layer Each component part is located between adjacent outer ring load-bearing pillar, is provided with transition plates on every outer ring load-bearing pillar, walking It is provided with channel between plate and at least one transition plates, is all provided on the inner ring load-bearing pillar of the bottom and the outer ring load-bearing pillar of the bottom It is equipped with pedestal, is provided with the stair for leading to ground on the walking plate of the bottom.

Further, channel be fish-bone bridge, rope suspension bridge, horizontal tire bridge, vertical tire bridge, voluntarily vehicle bridge, roller bridge, Slab bridge, climbing pile bridge, gap slab bridge, bucket bridge, box bridge or gap bucket bridge are climbed, is provided with safety line above channel.

Further, between the plate transition plates adjacent with the inner ring load-bearing pillar of walking at every inner ring load-bearing pillar It is provided with channel, is provided with safety line above channel.

Further, the quantity of inner ring load-bearing pillar is the six roots of sensation, and the quantity of outer ring load-bearing pillar is 12.

Further, every inner ring load-bearing pillar is connected with three outer ring load-bearing pillars adjacent thereto respectively.

Further, every inner ring load-bearing pillar is radial with being provided between two outer ring load-bearing pillars adjacent thereto Flexible reinforcing member.

Further, the quantity of body layer is at least three layers, the inner ring load-bearing pillar between adjacent body layer and inner ring load-bearing Between column, it is to be detachably connected between outer ring load-bearing pillar and outer ring load-bearing pillar, is provided with stair between adjacent rows limp.

The utility model has the following beneficial effects: participant is by stair, it is logical along walking plate into the walking plate of the bottom To item layer, carry out activity, excites the confidence of participant on the various bridges of item layer.And the walking on inner ring frame Bridge between plate and each outer ring load-bearing pillar, allows multiple participants carry out activity simultaneously, enhances the team of participant Collaboration capabilities.In addition the setting of safety line has ensured the safety of participant.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of specific embodiment；

Fig. 2 is the structural schematic diagram of single layer inner ring load-bearing pillar in Fig. 1, outer ring load-bearing pillar and plate of walking；

Fig. 3 is the structural schematic diagram of the recreational facilities layer in Fig. 1；

Fig. 4 is the structural schematic diagram of the pedestal in Fig. 1；

Fig. 5 is the partial enlargement diagram in Fig. 1；

Fig. 6 to Fig. 8 is the partial enlargement diagram in Fig. 2；

Fig. 9 to Figure 12 is the partial enlargement diagram in Fig. 3.

Wherein, 1, body layer；2, inner ring load-bearing pillar；3, walking plate；4, transition plates；5, flexible reinforcing member；6, outer ring load-bearing Column；7, recreational facilities layer；8, pedestal；9, pile bridge is climbed；10, horizontal tire bridge；11, rope suspension bridge；12, slab bridge is climbed；13, bucket Bridge；14, box bridge；15, gap slab bridge；16, voluntarily vehicle bridge；17, roller bridge；18, fish-bone bridge；19, gap bucket bridge；20, vertical Tire bridge.

Specific embodiment

With reference to the accompanying drawing, it elaborates to specific embodiment of the present utility model, in order to the art Technical staff understands the utility model.It should be apparent that embodiment described below is only a part of the utility model Embodiment, rather than whole embodiments.Do not depart from the attached claims limit and determine the utility model spirit and In range, those of ordinary skill in the art are not making any creative work every other embodiment obtained, all belong to In the protection scope of the utility model.

As shown in Figures 1 to 5, which includes including at least one layer of body layer 1, and every layer main body layer 1 includes amusement What facility layer 7, the more inner ring frames formed of inner ring load-bearing pillar 2 and more outer ring load-bearing pillars 6 connecting with inner ring frame formed Outer ring frame is provided with walking plate 3 on inner ring frame, and recreational facilities layer 7 is connect with inner ring frame and outer ring frame, recreational facilities Layer 7 includes item layer and the safety line being arranged in above item layer, and item layer includes fish-bone bridge 18, rope suspension bridge 11, level Tire bridge 10, vertical tire bridge 20, voluntarily vehicle bridge 16, roller bridge 17, climbing slab bridge 12, climbing pile bridge 9, gap slab bridge 15, bucket Any combination of bridge 13, box bridge 14 and gap bucket bridge 19, each component part of item layer are located at adjacent outer ring and hold Between weight column 6, it is provided with transition plates 4 on every outer ring load-bearing pillar 6, walks and is provided between plate 3 and at least one transition plates 4 Pedestal 8, the walking plate 3 of the bottom are provided on channel, the inner ring load-bearing pillar 2 of the bottom and the outer ring load-bearing pillar 6 of the bottom On be provided with the stair for leading to ground.

The utility model can make participant attempted in the case where overall safety exploration game, and can more people simultaneously It participates in, participant can be helped to improve self-confident and team collaboration's ability.

When implementing, the quantity of the preferred body layer 1 of this programme is three layers, the inner ring load-bearing pillar 2 between adjacent body layer 1 with It is to be detachably connected between outer ring load-bearing pillar 6 and outer ring load-bearing pillar 6 between inner ring load-bearing pillar 2.It realizes using the above structure Multi-level system construction, the wooden structures for keeping the construction speed of its structure more secondary than conventional monolayers are faster.Between adjacent rows limp 3 Stair are provided with, so that participant is current between adjacent rows limp 3.

The quantity of inner ring load-bearing pillar 2 is the six roots of sensation, and the quantity of outer ring load-bearing pillar 6 is 12.Every inner ring load-bearing pillar 2 is distinguished It is connected with three outer ring load-bearing pillars 6 adjacent thereto, each not phase of the bridge between adjacent outer ring load-bearing pillar 6 on single layer item layer Together.Space Reconstruction is carried out with dodecagonal shape using the above structure, overall construction forms completely new modular construction, maximum The space utilization rate of ropes courses is changed.

Every inner ring load-bearing pillar 2 adds with radial flexibility is provided between two outer ring load-bearing pillars 6 adjacent thereto Firmware 5.Using the above structure, the stability of the utility model is further enhanced.

It is all provided between walking plate 3 at every inner ring load-bearing pillar 2 transition plates 4 adjacent with the inner ring load-bearing pillar 2 It is equipped with channel, is provided with safety line above channel.

It is all provided between walking plate 3 at every inner ring load-bearing pillar 2 transition plates 4 adjacent with the inner ring load-bearing pillar 2 It is equipped with channel, channel is fish-bone bridge 18, rope suspension bridge 11, horizontal tire bridge 10, vertical tire bridge 20, voluntarily vehicle bridge 16, roller Bridge 17, climbing slab bridge 12, climbing pile bridge 9, gap slab bridge 15, bucket bridge 13, box bridge 14 or gap bucket bridge 19.Setting above channel There is safety line.If being currently running an activity, another participant can be immediately switched to other Website activity, successfully prevent route from blocking, also imply that more people can carry out activity simultaneously.

And the various bridges of this programme are to be detachably connected, and user is built according to demand.

Connection structure at specific above-mentioned key position can use the structure as shown in Fig. 5 to Figure 12.

In addition the material of inner ring load-bearing pillar 2, outer ring load-bearing pillar 6 and pedestal 8 can use steel, inner ring load-bearing pillar 2, outer ring The material of connector between load-bearing pillar 6, pedestal 8 and recreational facilities layer can use steel, and steel surface is sprayed or is coated with Heat-resisting, corrosion resistant hot galvanizing surface prevents the influence of outdoor weather, and then extends the service life of the utility model.Such as rain Snow or sweltering hot weather, can avoid causing not applying due to weather by the way that shielding layer is arranged at the top of the utility model The utility model.

Claims

1. rope park, it is characterised in that: including at least one layer of body layer (1), every layer main body layer (1) includes recreational facilities layer (7), more inner ring load-bearing pillar (2) the inner ring frames formed and more outer ring load-bearing pillar (6) groups being connect with the inner ring frame At outer ring frame, walking plate (3), the recreational facilities layer (7) and inner ring frame and outer ring are provided on the inner ring frame Frame connection, the recreational facilities layer (7) include item layer and the safety line that is arranged in above item layer, the item layer packet Include fish-bone bridge (18), rope suspension bridge (11), horizontal tire bridge (10), vertical tire bridge (20), voluntarily vehicle bridge (16), roller bridge (17), slab bridge (12), climbing pile bridge (9), gap slab bridge (15), bucket bridge (13), box bridge (14) and gap bucket bridge (19) are climbed Any combination, each component part of the item layer is located between adjacent outer ring load-bearing pillar (6), and every is described outer It is provided with transition plates (4) on circle load-bearing pillar (6), is provided between the walking plate (3) and at least one described transition plates (4) Pedestal (8), the row of the bottom are provided on channel, the inner ring load-bearing pillar (2) of the bottom and the outer ring load-bearing pillar (6) of the bottom Limp is provided with the stair for leading to ground on (3).

2. rope park according to claim 1, it is characterised in that: the channel is fish-bone bridge (18), rope suspension bridge (11), horizontal tire bridge (10), vertical tire bridge (20), voluntarily vehicle bridge (16), roller bridge (17), climbing slab bridge (12), climbing Pile bridge (9), gap slab bridge (15), bucket bridge (13), box bridge (14) or gap bucket bridge (19), the channel top are provided with safety Rope.

3. rope park according to claim 2, it is characterised in that: the walking plate being located at every inner ring load-bearing pillar (2) (3) it is provided with the channel between the transition plates (4) adjacent with the inner ring load-bearing pillar (2), is provided with above the channel Safety line.

4. rope park according to claim 1, it is characterised in that: the quantity of the inner ring load-bearing pillar (2) is the six roots of sensation, institute The quantity for stating outer ring load-bearing pillar (6) is 12.

5. rope park according to claim 1, it is characterised in that: the every inner ring load-bearing pillar (2) respectively with and its Adjacent three outer ring load-bearing pillars (6) connection.

6. rope park according to claim 1, it is characterised in that: the every inner ring load-bearing pillar (2) is the same as adjacent thereto Two outer ring load-bearing pillars (6) between be provided with radial flexible reinforcing member (5).

7. rope park according to any one of claims 1 to 6, it is characterised in that: the quantity of the body layer (1) is at least Three layers, between the inner ring load-bearing pillar (2) and inner ring load-bearing pillar (2) between adjacent body layer (1), outer ring load-bearing pillar (6) and outer ring Load-bearing pillar is to be detachably connected between (6), and adjacent rows limp is provided with stair between (3).