The kiss recreational machine of flying apsaras
Technical field
The present invention relates to a kind of large-scale amusement facilities, and in particular to a kind of kiss recreational machine of flying apsaras.
Background technique
Flying island game machine is a kind of large-scale amusement facility of aerial sightseeing class, and the equipment is extensive huge, lush, is
The significant facility of large-scale parks.Chinese patent CN200920197481.4 discloses a kind of existing flying island game machine, packet
Pedestal, column, large arm, observation pod, buffer gear and four-bar mechanism are included, ground is equipped with electric control room.Column passes through vertical
Column pivoting support is mounted on the base, and passes through the driving rotation of column transmission gear by direct current generator.Column can with respect to pedestal
360 ° of rotations are done, large arm is articulated on column, and hydraulic cylinder is hinged between column and large arm, and the flexible of hydraulic cylinder can make in large arm
Lower swing, hydraulic cylinder elevates large arm by hydraulic oil pump feed, so that observation pod be made to rise;Observation pod is installed on large arm front end and can
Rotation, observation pod is for loading tourist.There is weight body in large arm rear end, for balancing the front end of large arm and the weight of observation pod.Fly
Row island recreational machine integrates sightseeing, amusement, and for tourist in observation pod, observation pod is lifted to high-altitude, observation pod by large arm
It can be rotated with large arm around column, meanwhile, observation pod itself can be with rotation.Currently, flying island game machine is singly to be arranged
It sets, flying trapeze's kissing in the sky cannot be simulated, lack ornamental value.
Summary of the invention
In order to solve the problems in background technique, the present invention provides a kind of kiss recreational machine of flying apsaras, the kiss recreation of the flying apsaras
Machine uses the main structure of two sets of flying island game machines, and human mould is respectively set in the large arm in two sets of flying island game machines
Type increases linkage, and two large arm is enable to rotate synchronously, when the observation pod in two large arm rises to highest point, two
Large arm is intersected on the head of manikin, simulates flying trapeze's kissing in the sky, has stronger interest and ornamental value.
The technical scheme is that the kiss recreational machine of the flying apsaras includes that the first flying island game machine and the second flying island are swum
Skill machine, the first flying island game machine include first base, the first column, the first large arm and the first observation pod, first base and the
It is connected between one column by the first revolving support, the first revolving support includes the first outer ring and the first ring gear, the first outer ring
It is mutually fixed with first base, the first ring gear is mutually fixed with the first column, and the first main gear reducer and are fixed in first base
The gear of output end of one secondary speed reducer, the first main gear reducer and the first secondary speed reducer with the first internal tooth in the first revolving support
Circle is meshed;Second flying island game machine includes second base, the second column, the second large arm and the second observation pod, second base
Connect between the second column by the second revolving support, the second revolving support include the second outer ring and the second ring gear, second
Outer ring is mutually fixed with second base, and the second ring gear is mutually fixed with the second column, and the second main gear reducer is fixed in second base
And the second secondary speed reducer, the gear of output end of the second main gear reducer and the second secondary speed reducer with second in the second revolving support
Ring gear is meshed;First large arm is equipped with the first manikin, and second large arm is equipped with the second manikin;Institute
It states and is equipped with linkage between first base and second base, the linkage includes double-output speed reducer, the first universal shaft
And second universal shaft, first universal shaft and the second universal shaft are connected to the output end of double-output speed reducer two sides, and
First universal shaft is oppositely oriented with the second universal shaft, first universal shaft extend into first base and with the first main deceleration
The input terminal of machine is connected, and second universal shaft extend into second base and is connected with the second main gear reducer;Described
The upper end of one pedestal is equipped with the first rotary stopper component, and the inner wall of the first column is equipped with the first column limited block, the first rotation
Turn limit assembly on the rotary track of the first column limited block, the upper end of the second base is equipped with the second rotary stopper group
The inner wall of part, the second column is equipped with the second column limited block, and the second rotary stopper component is in the second column limited block
On rotary track.
Described first secondary speed reducer is two and is symmetrically distributed in the two sides of the first main gear reducer;Described second secondary speed reducer
For two and it is symmetrically distributed in the two sides of the second main gear reducer.
The double-output speed reducer includes direct current generator, single output speed reducer and commutation double-output speed reducer, direct current generator
Output shaft be connected with the input terminal of single output speed reducer, the output end of single output speed reducer and the defeated of double-output speed reducer that commutate
Enter end to be connected, is equipped with input terminal bevel gear, the first output end bevel gear and second output terminal umbrella tooth in commutation double-output speed reducer
Wheel, input terminal bevel gear are meshed with the first output end bevel gear and second output terminal bevel gear simultaneously.
The side of first flying island game machine is equipped with the first platform, and the first platform is equipped with and parks the first observation pod
First holding tank is able to enter through the first platform into the first observation pod;The side of second flying island game machine is equipped with second station
Platform, the second platform are equipped with the second holding tank for parking the second observation pod, are able to enter through the second platform into the second observation pod.
The first rotary stopper component limits the maximum angle of revolution of the first column as 306 °, the second rotary stopper component
The maximum angle of revolution of the second column is limited as 306 °.
The invention has the following beneficial effects: due to taking above-mentioned technical proposal, linkage work, in the first main deceleration
Under the action of machine and the second main gear reducer, the first column and the second column are started turning rotating around first base and second base,
The direction of rotation of first column and the second column is that clockwise or counterclockwise, at the same time, the first large arm and the second large arm are divided
The first observation pod and the second observation pod is not driven to be raised above, when the first column and the rotation of the second column were close to one week, first
Observation pod and the second observation pod peak, the first large arm and the cross-shaped state of the second large arm, the first in the first large arm
The head for having the second manikin on the head of body Model and the second large arm is located at the crosspoint of the first large arm and the second large arm
Place, can simulate flying trapeze's kissing in the sky, have stronger interest and ornamental value.
Detailed description of the invention
Attached drawing 1 is structural schematic diagram of the invention.
Attached drawing 2 is schematic perspective view of the invention.
Attached drawing 3 is the structural schematic diagram of the second flying island game machine 2 in the present invention.
Attached drawing 4 is the structure sectional view of first base 101 in the present invention.
Attached drawing 5 is A-A structure sectional view in Fig. 4.
Attached drawing 6 is the top view of Fig. 4.
Attached drawing 7 is the mounting structure schematic diagram of the first rotary stopper component 6 in the present invention.
Attached drawing 8 is the structure sectional view of second base 201 in the present invention.
Attached drawing 9 is B-B structure sectional view in Fig. 8.
Attached drawing 10 is the top view of Fig. 8.
Attached drawing 11 is the mounting structure schematic diagram of the second rotary stopper component 8 in the present invention.
Attached drawing 12 is the mounting structure schematic diagram of linkage 5 in the present invention.
Attached drawing 13 is the structural schematic diagram of double-output speed reducer 501 in the present invention.
The first flying island game machine of 1- in figure, 101- first base, the first column of 102-, the first large arm of 103-, 104-
Single-revolution support, the first main gear reducer of 105-, the secondary speed reducer of 106- first, the first observation pod of 107-, 2- the second flying island recreation
Machine, 201- second base, the second column of 202-, the second large arm of 203-, the second revolving support of 204-, the second main gear reducer of 205-,
The secondary speed reducer of 206- second, the second observation pod of 207-, the first manikin of 3-, the second manikin of 4-, 5- linkage, 501-
Double-output speed reducer, 5011- direct current generator, the mono- output speed reducer of 5012-, 5013- commutation double-output speed reducer, 5014- input
Hold bevel gear, 5015- the first output end bevel gear, 5016- second output terminal bevel gear, the first universal shaft of 502-, 503- second
Universal shaft, 6- the first rotary stopper component, 7- the first column limited block, 8- the second rotary stopper component, the second column of 9- limit
Position block, the first platform of 10-, the first holding tank of 11-, the second platform of 12-, the second holding tank of 13-.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings:
As shown in Fig. 1~Figure 13, the kiss recreational machine of the flying apsaras includes the first flying island game machine 1 and the second flying island game machine 2,
First flying island game machine 1 include first base 101, the first column 102, the first large arm 103 and the first observation pod 107, first
Between pedestal 101 and the first column 102 by the first revolving support 104 connect, the first revolving support 104 include the first outer ring and
First ring gear, the first outer ring are fixed with 101 phase of first base, and the first ring gear is fixed with 102 phase of the first column, first base
The first main gear reducer 105 and the first secondary speed reducer 106, the first main gear reducer 105 and the first secondary speed reducer 106 are fixed in 101
Gear of output end be meshed with the first ring gear in the first revolving support 104;Second flying island game machine 2 includes second
Pedestal 201, the second column 202, the second large arm 203 and the second observation pod 207 lead between second base 201 and the second column 202
The connection of the second revolving support 204 is crossed, the second revolving support 204 includes the second outer ring and the second ring gear, the second outer ring and second
201 phase of pedestal is fixed, and the second ring gear is fixed with 202 phase of the second column, and the second main gear reducer is fixed in second base 101
205 and the second secondary speed reducer 206, the gear of output end of the second main gear reducer 205 and the second secondary speed reducer 206 with the second revolution
The second ring gear in support 204 is meshed;First large arm 103 is equipped with the first manikin 3, second large arm
203 are equipped with the second manikin 4;Linkage 5, the linkage are equipped between the first base 101 and second base 201
Device 5 includes double-output speed reducer 501, the first universal shaft 502 and the second universal shaft 503, first universal shaft 502 and second
Universal shaft 503 is connected to the output end of 501 two sides of double-output speed reducer, and the first universal shaft 502 and the second universal shaft 503
It is oppositely oriented, first universal shaft 502 is extend into first base 101 and the input terminal phase with the first main gear reducer 105
Connection, second universal shaft 503 extend into second base 201 and are connected with the second main gear reducer 205;First bottom
The upper end of seat 101 is equipped with the first rotary stopper component 6, and the inner wall of the first column 102 is equipped with the first column limited block 7, the
For one rotary stopper component 6 on the rotary track of the first column limited block 7, the upper end of the second base 201 is equipped with second
Rotary stopper component 8, the inner wall of the second column 202 are equipped with the second column limited block 9, and the second rotary stopper component 8 is the
On the rotary track of two column limited blocks 9.Due to taking above-mentioned technical proposal, linkage 5 works, in the first main gear reducer
105 and second under the action of main gear reducer 205, and the first column 102 and the second column 202 are rotating around first base 101 and second
Pedestal 201 starts turning, and the direction of rotation of the first column 102 and the second column 202 is clockwise or counterclockwise, together with this
When, the first large arm 103 and the second large arm 203 drive the first observation pod 107 and the second observation pod 207 to be raised above respectively, when
When one column 102 and the rotation of the second column 202 were close to one week, the first observation pod 107 and the second observation pod 207 peak,
First large arm 103 and the cross-shaped state of the second large arm 203, the head of the first manikin 3 in the first large arm 103 and second largest
The head for having the second manikin 4 on arm 203 is located at the intersection of the first large arm 103 and the second large arm 203, can simulate
Flying trapeze's kissing in the sky has stronger interest and ornamental value.
Described first secondary speed reducer 106 is two and is symmetrically distributed in the two sides of the first main gear reducer 105;Described second is secondary
Speed reducer 206 is two and is symmetrically distributed in the two sides of the second main gear reducer 205.First secondary speed reducer 106 and the second secondary deceleration
Machine 206 can be such that the first revolving support 104 and the second revolving support 204 is more uniformly stressed respectively, and equipment operation is steady.
The double-output speed reducer 501 includes that direct current generator 5011, single output speed reducer 5012 and commutation dual output are slowed down
Machine 5013, the output shaft of direct current generator 5011 are connected with the input terminal of single output speed reducer 5012, single output speed reducer 5012
Output end is connected with the input terminal of commutation double-output speed reducer 5013, is equipped with input terminal umbrella tooth in commutation double-output speed reducer 5013
Take turns the 5014, first output end bevel gear 5015 and second output terminal bevel gear 5016, input terminal bevel gear 5014 is simultaneously with first
Output end bevel gear 5015 and second output terminal bevel gear 5016 are meshed.Commutation double-output speed reducer 5013 makes the first universal shaft
502 is oppositely oriented with the second universal shaft 503, and then guarantees that the direction of rotation of the first column 102 and the second column 202 is suitable
Hour hands are counterclockwise.
The side of first flying island game machine 1 is equipped with the first platform 10, and the first platform 10 is equipped with and parks the first sight
First holding tank 11 in light cabin 107, is able to enter through the first platform 10 into the first observation pod 107;Second flying island game machine 2
Side be equipped with the second platform 12, the second platform 12, which is equipped with, parks the second holding tank 13 of the second observation pod 207, through second station
Platform 12 is able to enter into the second observation pod 207.Enter or withdraw the first observation pod 107 and the second observation pod 207 convenient for tourist.
The first rotary stopper component 6 limits the maximum angle of revolution of the first column 102 as 306 °, the second rotary stopper
Component 8 limits the maximum angle of revolution of the second column 202 as 306 °.The maximum angle of revolution of first column 102 and the second column
202 maximum angle of revolution also according to the actual situation, passes through the first rotary stopper component 6 of adjusting and the second rotary stopper component 8
Length, make appropriate adjustment.The rotation angle for limiting the first column 102 and the second column 202 avoids 103 He of the first large arm
Second large arm 203 collides when staggeredly.
Above-described embodiment is not construed as limitation of the invention, any a variety of changes based on where spirit of the invention
Change, modification, replacement and variant should all be within protection scope of the present invention.