1 |
可在筒形结构中移动的平台组件 |
CN201310712945.1 |
2013-12-20 |
CN103877729B |
2017-11-14 |
J·贾科莫尼; M·戈比 |
本发明涉及一种设备,其包括适于接纳乘客的平台组件(100)和筒形结构(200),平台组件在筒形结构中可移动。设备具有非常高的稳定性,并且能够为乘客提供在开放空中升高的强感官刺激,而全景视野的阻碍被最小化。 |
2 |
可在筒形结构中移动的平台组件 |
CN201310712945.1 |
2013-12-20 |
CN103877729A |
2014-06-25 |
J·贾科莫尼; M·戈比 |
本发明涉及一种设备,其包括适于接纳乘客的平台组件(100)和筒形结构(200),平台组件在筒形结构中可移动。设备具有非常高的稳定性,并且能够为乘客提供在开放空中升高的强感官刺激,而全景视野的阻碍被最小化。 |
3 |
Play apparatus |
JP9139583 |
1983-05-24 |
JPS5962074A |
1984-04-09 |
JIYON JIEI SAZATSUKU |
|
4 |
Track mounted vehicle in which the power is given by compressed gas |
JP2001513492 |
2000-07-28 |
JP2003505218A |
2003-02-12 |
スタンリー、ジェー、チェケッツ |
(57)【要約】 圧縮ガスによって動力が与えられるトラック装着乗物であって、圧縮ガスは、乗物の車(202)を取り囲むチューブ(301)内、あるいは、車(202)と係脱自在に係合する引掛け部(204)に接続されたピストン(3)を有するハウジング(1)内に注入される。 トラック(203)は、開放されたコースあるいは閉じられたコースであっても良い。 トラック装着アミューズメント乗物の技術で伝統的に使用されるブレーキングシステム(208)によって、あるいは、車(202)が進入するチューブ(401)を使用するとともに車(202)がエアーを圧縮してエアーブレーキを形成することによって、制動が成される。 |
5 |
JPH0322189B2 - |
JP9139583 |
1983-05-24 |
JPH0322189B2 |
1991-03-26 |
JON JEI SAZATSUKU |
|
6 |
DESCENT APPARATUS |
EP10786424.1 |
2010-05-04 |
EP2427400B1 |
2017-03-29 |
MCCONNELL, Geoffrey, Neil |
|
7 |
FOLDING SLIDE |
EP13854145 |
2013-10-01 |
EP2918318A4 |
2016-11-30 |
BARANOV NIKOLAY BORISOVICH |
|
8 |
PLATEFORME MOBILE DANS UNE STRUCTURE CYLINDRIQUE |
EP13198598.8 |
2013-12-19 |
EP2745895B1 |
2016-09-28 |
Giacomoni, Jérôme; Gobbi, Matthieu |
|
9 |
TRACK-MOUNTED RIDE POWERED BY COMPRESSED GAS |
EP00955274 |
2000-07-28 |
EP1229972A4 |
2004-06-23 |
CHECKETTS STANLEY J |
A track-mounted ride powered by compressed gas injected either into a tube (301) surrounding the vehicle (202) of the ride or into a housing (1) having a piston (3) connected to a catch (204) that releasably engages the vehicle (202). The track (203) can be an open course or a closed course. Braking is accomplished either by braking systems (208) traditionally utilized in the art of track-mounted amusement rides or by using a tube (401) which the vehicle (202) enters and in which the vehicle (202) compresses air to produce pneumatic braking. |
10 |
부양장치 |
KR1020000016583 |
2000-03-30 |
KR100393117B1 |
2003-07-31 |
최영민 |
Disclosed is a helicopter comprising a rotating portion which is rotated by a control signal input from an outside to wind or release a rope, a lifting portion which is connected to an end of the rope to be lifted by rotating force of the rotating portion and a motion of a rider and a controlling portion which detects a weight of the lifting portion including a rider's weight to control the rotating force of the rotating portion. The helicopter is lifted up and lowered down according to the motion of the rider, thereby providing interest, pleasure and exercise effect at the same time. |
11 |
FOLDING SLIDE |
US14387915 |
2013-10-01 |
US20150231513A1 |
2015-08-20 |
Nikolay Borisovich Baranov |
The proposed folding slide relates to amusements and is intended for sliding. It includes components stacked one above the other. Any lower component cooperates with the upper component disposed above. They are linked with a fastening member, guiding a sliding of the upper component upon the lower one in a direction within a predetermined distance. The friction coefficient for all component cooperation pairs is equal. The components' top and bottom surfaces are inclined at a predetermined angle to a base surface supporting the slide. The higher the cooperation pair is located, the lesser their inclination angle is. The second type folding slide includes releasable stoppers restricting the fastening member, preventing sliding of the upper component until the lower component completes its sliding. It can be supplemented with a mechanism for pulling the components into their initial position, safety steps with handrails, a lock against spontaneous rolling, a convenient user seat. |
12 |
VERTICAL RAFT CONVEYOR |
US14403245 |
2012-05-25 |
US20150144460A1 |
2015-05-28 |
Mark Pinter; Randall A. Pinter; Samuel Faber |
This invention relates generally to the transport of objects, especially inflatable, semi-rigid, and rigid rafts on a conveyor along an essentially vertical travel path or use at waterpark amusement rides. The invention provides a drive and a plurality of spaced bands each having flights for supporting the raft in an essentially horizontal position. |
13 |
ELEVATED PLATFORM AND METHOD OF ELEVATING THE SAME |
US12830780 |
2010-07-06 |
US20110162911A1 |
2011-07-07 |
Craig Wieland |
An elevated platform is provided. The elevated platform includes a platform, a central support structure, and an inflatable bladder structure. The inflatable bladder structure is coupled to and partially encases the central support structure. The inflatable bladder structure is also coupled to the platform so that the platform is moved in a first direction as the inflatable bladder structure is inflated and the platform is moved in a second direction opposite the first direction as the inflatable bladder structure is deflated. |
14 |
Track-mounted ride powered by compressed gas |
US09364279 |
1999-07-30 |
US06176788B1 |
2001-01-23 |
Stanley J. Checketts |
A track-mounted ride powered by compressed gas injected either into a tube surrounding the vehicle of the ride or into a housing having a piston connected to a catch that removably engages the vehicle. The track can be an open course or a closed course. Braking is accomplished either by braking systems traditionally utilized in the art of track-mounted amusement rides or by using a tube which the vehicle enters and in which the vehicle compresses air to produce pneumatic braking. |
15 |
Amusement device |
US16796237 |
1937-10-08 |
US2109555A |
1938-03-01 |
ALBERT SPILLMAN |
|
16 |
Amusement conveyer belt |
US3899325 |
1925-06-23 |
US1574503A |
1926-02-23 |
MAYNES HYLA F |
|
17 |
Amusement device |
US47483421 |
1921-06-03 |
US1444636A |
1923-02-06 |
NAGLE SAMUEL C |
|
18 |
Amusement device |
US36071420 |
1920-02-24 |
US1376886A |
1921-05-03 |
CHARLEY JOHNSON |
|
19 |
Amusement apparatus |
US34186719 |
1919-12-02 |
US1339502A |
1920-05-11 |
STUART DOUGHTY EDGAR |
|
20 |
DESCENT APPARATUS |
EP10786424 |
2010-05-04 |
EP2427400A4 |
2014-12-17 |
MCCONNELL GEOFFREY NEIL |
|