CN206664584U - A kind of high-altitude spiral cable car sightseeing entertainment systems - Google Patents
A kind of high-altitude spiral cable car sightseeing entertainment systems Download PDFInfo
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- CN206664584U CN206664584U CN201720308726.0U CN201720308726U CN206664584U CN 206664584 U CN206664584 U CN 206664584U CN 201720308726 U CN201720308726 U CN 201720308726U CN 206664584 U CN206664584 U CN 206664584U
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- tower
- tower top
- cable car
- outer rail
- platform
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Abstract
A kind of high-altitude spiral cable car sightseeing entertainment systems of the present utility model, including high tower, helical orbit, the helical orbit is longitudinally disposed along the high tower bottom of towe to tower top, cable car is provided with the helical orbit, the cable car slides along the helical orbit, the helical orbit is double-spiral structure, the outer rail uses a closed circulation track, visitor is carried by cable car gait of march greatly improved compared with traditional ferris wheel, improve efficiency, and cable car can be left in tower top platform, visitor can be looked around in tower top platform or glass plank road.Due to using artificial high tower structure, therefore land used is saved, glass plank road also no longer duplicates relies on natural environment in traditional glass plank road, fabulous.Solve traditional high-altitude amusement equipment, take up an area that big, speed is slow, the problem of thrill deficiency.
Description
Technical field
A kind of show business of large-scale outdoor amusement equipment is the utility model is related to, is gone sightseeing amusement for high-altitude, especially
It is a kind of high-altitude spiral cable car sightseeing entertainment systems.
Background technology
At present, two big shortcomings be present in high-altitude amusement facility such as sightseeing ferris wheel and high-altitude glass overline bridge：The shortcomings that ferris wheel
It is to take up an area greatly, speed is slow, and people can not leave the cable car of operation；The shortcomings that glass overline bridge is to need natural environment (such as overhanging cliff)
As the support of equipment, thus can not be used in city.Two recreation facilities are each independent simultaneously can not be whole with reference to being unified for
Body.So needing a kind of high-altitude spiral cable car sightseeing entertainment systems badly, to solve traditional high-altitude amusement equipment, occupation of land is big, speed is slow,
The problem of thrill deficiency.
The content of the invention
The purpose of this utility model is to provide a kind of high-altitude spiral cable car sightseeing entertainment systems, to solve traditional high-altitude joy
Happy equipment, takes up an area that big, speed is slow, the problem of thrill deficiency.
The utility model uses following technical scheme：
A kind of high-altitude spiral cable car sightseeing entertainment systems, including high tower (1), helical orbit (2), the helical orbit (2)
High tower (1) tower body is wound along the high tower (1) bottom of towe to tower top longitudinal spiral to set, and is set on the helical orbit (2)
There is cable car (3), the cable car (3) is slided along the helical orbit (2)；
The helical orbit (2) includes interior rail (21), outer rail (22), and the interior rail (21) is two, respectively described in winding
High tower (1) is upwardly into tower top spiral winding structure in pairs by bottom of towe and set, and the interior rail (21) is close to the high tower (1) side wall simultaneously
It is secured to；One end of the outer rail (22) after one week, winds the high tower (1) spiral shape along the high tower (1) bottom plate
The ascent stage that tower top forms outer rail is risen to, then bottom of towe is dropped to by winding the high tower (1) spiral shape after being turned back above tower top
The descending branch of outer rail is formed, the double-spiral structure track to form a closed circulation is finally docked with the other end of the outer rail,
Leave spacing between the side wall of ascent stage of the outer rail, descending branch and the high tower (1), and respectively with two interior rails
(21) it is corresponding to be arranged in parallel, more support beams (23) side by side, institute are horizontally arranged between the interior rail (21) and outer rail (22)
The both ends for stating support beam (23) are separately fixed on the interior rail (21) and outer rail (22), and the cable car (3) is arranged at described outer
On rail (22).
The high tower (1) is nail-shaped high tower, and its tower top (11) is is inverted the truss structure of frustum type, the tower top (11)
Top surface is circular tower top platform one (18), and the vertical beam (181) set above the tower top platform one (18) by border supports
Tower top platform two (12) that is parallel and being arranged concentrically forms two floor formula structures, and the tower top platform one (18) is put down with the tower top
Platform two (12) is correspondingly arranged on two circular cavities (13) respectively up and down, and the outer rail (22) is worn by the bottom sidewall of the tower top (11)
Enter the tower top (11), and top institute is upward through after being passed by the one of described hole of tower top platform one (18) (13)
State the described hole (13) that tower top platform two (12) is correspondingly arranged to pass, then turn back by another institute of the tower top platform two (12)
Hole (13) is stated to penetrate and be passed down through below the hole (13) another institute corresponding on the tower top platform one (18)
Hole (13) is stated, the tower top (11) is finally passed by the tower top (11) bottom sidewall, positioned at the tower top platform two (12)
The outer rail (22) between above two described holes is laterally into horizontally disposed, the cylindrical tower body of tower top (11) bottom
By more cylindrical columns (14), circumferentially corral conjunction forms, and column (14) bottom is placed in ground and fixed, top and institute
The bottom surface for stating tower top (11) is fixed, and is outwards fixed by truss structure positioned at (18) outer ring of the tower top platform one of sustained height
There is ring glass plank road platform one (15), connected between the tower top platform one (18) and the tower top platform two (12) by stair
Connect.
Many places cable car station (16) is provided with the outer rail of the high tower (1) bottom of towe.
Four high velocity vertical sightseeing elevators (17) are provided with high tower (1) the tower body column.
The cable car (3) is multi-section, is driven by two high power motors.
The ring glass plank road platform one (15) has outwards been arranged concentrically ring glass plank road platform two (19).
The outer rail (22) between above described hole is overlooked into S types.
The double helix of the double helix winding arrangement is parallel to each other, pitch is equal.
The advantages of the utility model, is as follows：
1. the outer rail uses a closed circulation track, carry visitor by cable car significantly carries compared with traditional ferris wheel
High gait of march, improves efficiency, and can leave cable car in tower top platform, and visitor can be in tower top platform or glass plank road
Looked around.Due to using artificial high tower structure, therefore land used is saved, glass plank road also no longer duplicates in traditional glass stack
Road relies on natural environment, fabulous.
2. due to leaving spacing between outer rail and tower body, therefore cable car can be suspended from outside tower body, increase thrilling degree.
3. high tower skeleton is the fixation structures similar to high-rise in itself, its internal high velocity vertical is gone sightseeing electric
Ladder, on the one hand make height rescue convenient and safe reliable.On the other hand, the trip for having acrophobia or thinking from tower top to get off at once can be made
Visitor rapidly returns back to ground.Plank road cat ladder is set conveniently to succour in the support beam of interior rail side.
Brief description of the drawings：
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 is positive structure schematic of the present utility model；
Fig. 3 is the utility model overlooking the structure diagram；
Embodiment
Specific embodiment of the present utility model is described further below in conjunction with the accompanying drawings.
Following examples are only clearly to express example to be of the present utility model, and not to reality of the present utility model
Apply the restriction of mode.For those of ordinary skill in the field, other can also be made on the basis of the following description
Various forms of changes or variation, and these belong to the obvious changes or variations that the utility model spirit is drawn and still located
Among the scope of protection of the utility model.
Referring to each accompanying drawing, a kind of high-altitude spiral cable car sightseeing entertainment systems, including high tower 1, helical orbit 2, the spiral
Track 2 winds the tower body of high tower 1 along the bottom of towe of high tower 1 to tower top longitudinal spiral and set, and is provided with the helical orbit 2
Cable car 3, the cable car 3 slide along the helical orbit 2；
The helical orbit 2 includes interior rail 21, outer rail 22, and the interior rail 21 is two, winds the high tower 1 respectively by tower
Bottom is upwardly into tower top spiral winding structure in pairs and set, and the interior rail 21 is close to the side wall of high tower 1 and is secured to；It is described outer
One end of rail 22 after one week, winds the spiral shape of high tower 1 and rises to the upper of tower top formation outer rail along the bottom plate of high tower 1
Section is risen, then the descending branch for being dropped to bottom of towe by winding the spiral shape of high tower 1 after turning back above tower top and being formed outer rail, finally and institute
The other end for stating outer rail docks the double-spiral structure track to form a closed circulation, ascent stage of the outer rail, descending branch with
Spacing is left between the side wall of the high tower 1, and it is corresponding with two interior rails 21 respectively be arranged in parallel, the interior rail 21 with it is outer
Be horizontally arranged with more support beams 23 side by side between rail 22, the both ends of the support beam 23 be separately fixed at the interior rail 21 with
On outer rail 22, the cable car 3 is arranged on the outer rail 22.
The high tower 1 is nail-shaped high tower, and to be inverted the truss structure of frustum type, the top surface of tower top 11 is its tower top 11
Circular tower top platform 1, the vertical beam 181 that the top of tower top platform 1 is set by border are supported parallel and set with one heart
The tower top platform 2 12 put forms two floor formula structures, and the tower top platform 1 and the tower top platform are right respectively about 2 12
Two circular cavities 13 should be provided with, the outer rail 22 penetrates the tower top 11 by the bottom sidewall of the tower top 11, and by the tower
The one of described hole 13 of roof panel 1 be upward through after passing the top tower top platform 2 12 be correspondingly arranged it is described
Hole 13 passes, then turns back and penetrated by the tower top platform 2 12 another described hole 13 and be passed down through the lower section of hole 13
Another described hole 13 corresponding on the tower top platform 1, finally passed by the bottom sidewall of tower top 11 described
Tower top 11, above described 2 12 two described holes of tower top platform between the outer rail 22 laterally into horizontally disposed, institute
Stating the cylindrical tower body of the bottom of tower top 11, circumferentially corral is closed and formed by more cylindrical columns 14, and the bottom of column 14 is put
Fixed in ground, top and the bottom surface of the tower top 11 are fixed, and are passed through positioned at the outer ring of tower top platform 1 of sustained height
Truss structure is outwards fixed with ring glass plank road platform 1, between the tower top platform 1 and the tower top platform 2 12
Connected by stair.
Many places cable car station 16 is provided with the outer rail of the bottom of towe of high tower 1.
Four high velocity vertical sightseeing elevators 17 are provided with the tower body column of high tower 1.
The cable car 3 is multi-section, is driven by two high power motors.
The ring glass plank road platform 1 has outwards been arranged concentrically ring glass plank road platform 2 19.
The outer rail 22 between above described hole overlooks into S types.
The double helix of the double helix winding arrangement is parallel to each other, pitch is equal.
Concrete construction method and principle：
High tower top layer is provided with high-altitude ring glass plank road and helical orbit cable car.Tour tower is steel construction, and 120 meters of height are main
A diameter of 6 meters of body, is made up of 16 a diameter of 600mm high-strength special type steel.Body interior is four high speed sightseeing elevators, outside
Portion, along 12 rice diameter spiral windings, and is connected by diameter 600mm high tensile steel tubes by contacting bar with main body.Spiral steel pipe will be made
For the supporter of spiral cable car.Tour tower top layer platform diameter is 24 meters, and sets one again completely by glass structure in outside
The glass ring-shaped overline bridge of composition.Spiral cable car is the variant form of conventional high-altitude cable car, by two high power motors, cable and number
Portion's cable car composition, with helical trajectory circular flow above and below tour tower.
Visitor climbs up cable car by the cable car station below bottom of towe, along outer rail spiral to tower top platform after, can following cable car,
In tower top platform and glass plank road with playing, going sightseeing in glass platform, then bottom of towe is dropped to multiplied by the cable car spiral sat below.
Because outer rail is the cyclic track of a closing so different with other cable car tracks is interruption, therefore effect greatly improved
Rate and visit speed.Outer rail above its described hole is into horizontally disposed, it is ensured that cable car is the most steady at this moment, in convenient trip
Under, under vertical view state into S types, arc transition also ensures that the stability of cable car.The design method of tower body has also been broken with natural ring
The limitation of glass plank road is designed to rely in border.The sightseeing entertainment mode of glass plank road can be replicated in city, watch city
Scene.
Claims (8)
1. a kind of high-altitude spiral cable car sightseeing entertainment systems, including high tower (1), helical orbit (2), it is characterised in that：The spiral shell
Revolve track (2) and wind high tower (1) the tower body setting, the helical orbit along the high tower (1) bottom of towe to tower top longitudinal spiral
(2) cable car (3) is provided with, the cable car (3) is slided along the helical orbit (2)；
The helical orbit (2) includes interior rail (21), outer rail (22), and the interior rail (21) is two, winds the high tower respectively
(1) tower top spiral winding structure in pairs is upwardly into by bottom of towe to set, the interior rail (21) be close to the high tower (1) side wall and and its
It is fixed；One end of the outer rail (22) after one week, winds the rising of the high tower (1) spiral shape along the high tower (1) bottom plate
Form the ascent stage of outer rail to tower top, then drop to bottom of towe by winding the high tower (1) spiral shape after turning back above tower top and formed
The descending branch of outer rail, the double-spiral structure track to form a closed circulation is finally docked with the other end of the outer rail, it is described
Spacing is left between the side wall of ascent stage of outer rail, descending branch and the high tower (1), and it is right with two interior rails (21) respectively
It should be arranged in parallel, more support beams (23) side by side, the support are horizontally arranged between the interior rail (21) and outer rail (22)
The both ends of beam (23) are separately fixed at the interior rail (21) and on outer rail (22), the cable car (3) is arranged at the outer rail (22)
On.
A kind of 2. high-altitude spiral cable car sightseeing entertainment systems according to claim 1, it is characterised in that：The high tower (1)
For nail-shaped high tower, its tower top (11) to be inverted the truss structure of frustum type, for circular tower top put down by tower top (11) top surface
Platform one (18), the vertical beam (181) that tower top platform one (18) top is set by border support tower that is parallel and being arranged concentrically
Roof panel two (12) forms two floor formula structures, and the tower top platform one (18) is right respectively up and down with the tower top platform two (12)
Two circular cavities (13) should be provided with, the outer rail (22) penetrates the tower top (11) by the bottom sidewall of the tower top (11), and
The top tower top platform two (12) is upward through after being passed by the one of described hole of tower top platform one (18) (13)
The described hole (13) being correspondingly arranged passes, then another described hole (13) by the tower top platform two (12) of turning back penetrates simultaneously
Be passed down through below the hole (13) another described hole (13) corresponding on the tower top platform one (18), finally by
Tower top (11) bottom sidewall passes the tower top (11), above described two described holes of tower top platform two (12) it
Between the outer rail (22) laterally into horizontally disposed, the cylindrical tower body of tower top (11) bottom passes through more cylindrical columns
(14) circumferentially corral conjunction forms, and column (14) bottom is placed in ground and fixed, and the bottom surface at top and the tower top (11) is consolidated
It is fixed, ring glass plank road platform is outwards fixed with by truss structure positioned at (18) outer ring of the tower top platform one of sustained height
One (15), it is connected between the tower top platform one (18) and the tower top platform two (12) by stair.
A kind of 3. high-altitude spiral cable car sightseeing entertainment systems according to claim 2, it is characterised in that：Positioned at the high tower
(1) many places cable car station (16) is provided with the outer rail of bottom of towe.
A kind of 4. high-altitude spiral cable car sightseeing entertainment systems according to claim 3, it is characterised in that：The high tower (1)
Four high velocity vertical sightseeing elevators (17) are provided with tower body column.
A kind of 5. high-altitude spiral cable car sightseeing entertainment systems according to claim 4, it is characterised in that：The cable car (3)
For multi-section, driven by two high power motors.
A kind of 6. high-altitude spiral cable car sightseeing entertainment systems according to claim 2, it is characterised in that：The ring glass
Plank road platform one (15) has outwards been arranged concentrically ring glass plank road platform two (19).
A kind of 7. high-altitude spiral cable car sightseeing entertainment systems according to claim 2, it is characterised in that：Above described hole
Between the outer rail (22) overlook into S types.
A kind of 8. high-altitude spiral cable car sightseeing entertainment systems according to claim 1, it is characterised in that：The double helix twines
Be parallel to each other around the double helix of structure, pitch it is equal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720308726.0U CN206664584U (en) | 2017-03-27 | 2017-03-27 | A kind of high-altitude spiral cable car sightseeing entertainment systems |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720308726.0U CN206664584U (en) | 2017-03-27 | 2017-03-27 | A kind of high-altitude spiral cable car sightseeing entertainment systems |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206664584U true CN206664584U (en) | 2017-11-24 |
Family
ID=60374391
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720308726.0U Withdrawn - After Issue CN206664584U (en) | 2017-03-27 | 2017-03-27 | A kind of high-altitude spiral cable car sightseeing entertainment systems |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206664584U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106864468A (en) * | 2017-03-27 | 2017-06-20 | 高建宇 | A kind of high-altitude spiral cable car sightseeing entertainment systems |
-
2017
- 2017-03-27 CN CN201720308726.0U patent/CN206664584U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106864468A (en) * | 2017-03-27 | 2017-06-20 | 高建宇 | A kind of high-altitude spiral cable car sightseeing entertainment systems |
| CN106864468B (en) * | 2017-03-27 | 2019-01-22 | 高建宇 | A kind of high-altitude spiral cable car sightseeing entertainment systems |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20171124 Effective date of abandoning: 20190122 |