JPH09505230A - Swing-type entertainment vehicle device with pendulum damping means - Google Patents

Abstract

(57) [Summary] This vehicle is capable of raising the rider to a height of at least 10 m above the ground, and then subjecting the rider to a pendulum motion. The vehicle comprises a support structure (412), a support line or line (416b) secured to the support structure and the rider. The launch structure (426) is separate from the support structure and carries the launch line (424a, 424b) designed to be releasably attached to the rider device (524b) from the surface of the rider. lift. When the ride-out line (424a) is released from the rider's device carrying the rider, the rider performs a pendulum motion downward. The SkySorcer embodiments (524a, 542b) are characterized by being transport vehicles that hold multiple riders, stopped by the vehicle (330) at the elevated platform position. Also, in the pendulum damper embodiment, the vehicle is supported at a point of motion pivot and the horizontal force is configured to be resisted by a parallelogram structure supporting a horizontal support platform.

Description

Detailed Description of the Invention Swing-type entertainment vehicle device with pendulum damping means Technical field   The present invention is a support structure, Embarkation (lunch) structure and rider at least above ground A mechanism that can be raised to a position of 10 m, From that position the rider is below the support structure Riding that allows you to swing from a structure that starts with a curved trajectory An oscillating entertainment vehicle including a hand (rider) raising mechanism. Sky Sosa (sk A concrete object can carry many passengers (riders) at the same time. This Kaisosa pendulum is hanging from the pendulum pivot. Sky Sosa Pendulum In sync with the pendulum, Or by moving the pendulum pivot out of sync It can be damped or accelerated. Related technology background   So far, To give passengers a simulated experience of gravity reduction A wide variety of types of entertainment vehicle devices exist. Some of those devices are:  Fitch U.S. Patent No. 857, No. 338;  Ridgway US Patent No. 2, 779, No. 596; Ryan rice National Patent No. 3, 701, No. 528; And Greenwood U.S. Patent No. 4, 978, Disclosed in No. 120 , Are known.   Furthermore, A variety of amusement parks and backyard rockers and rockers used by children and adults. There is a These rockers move from a small swing position of about 3m in height to a swing of about 5m in height. The altitude can be changed to the ing position. The rider of such a swing Take a seating position on the swing seat, The swing is the running star Presses The vertical position unless assisted by increasing the swing arc height. Start from. The seating position and standing position on the swing seat are standard, Rider (Passenger) will lie face down on the swing seat, Fixed to the pendulum in its probing position It is also known that it rocks without breaking.   The strongest on a big pendulum, Even a clever person, Gravity centrifuge the pendulum It is rare to cross the 2 o'clock or 10 o'clock position at a height of about 7 m before overtaking the force Without The swing rope or chain becomes loose. The rider moves the pendulum If you operate it to be a circid, The rider's height is about 10m above the ground It does not exceed.   Use of an external device that assists the pendulum rider to start the rider's boarding at a higher position. For use in Hoppes US Patent No. 1, 731, No. 532;  Pruessner US Patent No. 1, 918, No. 559; And Walker US Patent No. 3, 140, No. 870. Each of these documents is standard As a playground backyard type swing system, People on the ground Has adjacent ladder steps that can be climbed to start the swing from a specific position And As a result, the swing altitude can be immediately obtained, And from the ground Experience a higher initial speed (speed) at a higher position than that of Swing Stern Such a swing system is disclosed. But, These systems Even if The initial ride height experienced by the rider should exceed approximately 1 to 4 m. Not really.   Some kind of swing system, A system, especially designed for small children And Some kind of entertainment vehicle device, Bungee jumping device, Parachute device, Hanggra In the idder device etc., A mechanism is provided to secure the rider to the device. I Scarecrow Any of these systems can be used on the ground as a swing ride. Over 10m It does not provide such a swing ride that starts swing release at height . As a conventional swing technology, Rider reaches an altitude higher than about 7m to 10m above the ground I tried to operate at an altitude that can be reached, Or "launch" structure Swing the rider from the body to the “support” structure using a system other than the swing system. There is no known thing that made him try. Swing in swing system Intentionally "higher than centering", And it ’s noticed that we ’re not approaching the ground. You.   Therefore, As a swing type (rocking type) entertainment vehicle device, 10m above the ground A support structure having an upper part (and even a height of several hundred meters), Support la The rider on the upper end and the support line connected to this upper part of the support structure as an in A support system including such a support line having a lower end to which a defining system is connected. Ing-type entertainment vehicle devices are not found anywhere in the prior art. In addition to this device , An embarkation (running) with an upper part that is more than 10 m (even several hundred meters) above the ground H) A structure is included. The launch structure is spaced from the top of the support structure. , This is a lunch line that includes a lunch mechanism that can be detachably attached to the rider fixing mechanism. It carries. Furthermore, Includes a mechanism linked to the lunch structure, This mechanism is An altitude of at least 10m (and several hundreds of meters or more) It is a mechanism to raise From this altitude, the rider has a lunch structure From the ground to the ground in a curved orbit (swing), Thereby, "body hula It is supposed to give a simulated experience of "it".   A skysaucer vehicle that can carry several dozen riders at the same time. Case further teaches novelty. The four parallel support lines that are about 100m long Secure the saucer to the support structure. Sosa Is lifted along with the lunch line to a position approximately 100m from the lunch structure, Next Will be released in a similar fashion to the solo vehicle example. In the preferred example, Second set of four flats Row lines are used for stabilization.   An example of a solid sorcer is nicknamed Sky Saucer. Some kind SkySorcer's plan requires a Sosa with more than 60 passengers. This weight The sorcerers of rubber tires and work platforms on the limited braking track of the passenger platform. If you try to stop just by using the rake, Accompanied by numerous pendulum vibrations. in addition in addition, Tires and brakes wear frequently. Finally, Brake mechanism and The offensive odor from the ear causes discomfort. The present invention is a pendulum motion of a huge sky saucer. Brake from the pendulum pivot point. Known prior art was aimed at problems of this nature Things do not exist. Disclosure of the invention   Therefore, The purpose of the present invention is to impress the "body flight", Han An overall feel similar to that of a dive or skydiving along the grounds of Gugurida It is to provide a rider of an amusement vehicle device that is a subject to be experienced.   Another object of the present invention is the thrill and excitement of bungee jumping, Rubber or elastic Without the risks associated with using the code, Use harness cords on cords and support lines. Without the possibility of failure of nection, And Thailand born by bungee jump Without stress of the rider's body And "freedom" related to bungee jumping Without the natural fear of a "fall" dive, To provide.   Yet another object of the invention is to be secured to a tandem harness in tandem. Without having to enjoy the thrill of boarding with multiple riders together To provide.   Yet another object of the invention is a fail-safe vehicle, Smooth and quick addition Speed, Excitement and thrill, It's related to bungee jumping and skydiving It seems that you are jumping from a high platform like a "free-falling" dive. Give to the nerves without worries and trauma related to feeling It is to realize an entertainment vehicle device.   Still another object of the present invention is to Like bungy jump and skydiving operations Contrary to having to stand up high at different altitudes and dangers, Vehicle operation made Risk of injury to workers by enabling it while on the ground by the contractor Providing a less sophisticated and more advanced amusement vehicle device is there.   Still another object of the present invention is for the rider to make about 20 or more pendulum-like movements before the end of boarding Swing type (rocking type) recreational vehicle equipment that allows the rider to rock back and forth in motion To provide a location.   Another purpose of Sky Sosa concrete objects is that many riders (occupants) can enjoy together. Can be done, Therefore, it is safer and more secure to each rider than that of a single rider. It is to provide a means.   Yet another purpose of the SkySorcer vehicle device is more than the single occupant device within a given time. Allow the rider of To bring more income to equipment operators is there.   Another object of the present invention is to Especially stopped swing type vehicle equipment in big amusement park To provide a pendulum damping means using a synchronous pendulum pivot mechanism suitable for And there.   Another object of the invention is even the braking process, Multiple pendulum pivot supports for vehicles To maintain a level platform for holding lines. Summary of the Invention   The invention extends from a position at or near the support surface to an altitude of 10 m or higher. Raise more than one rider, Then release the rider, All on the rider's body A curved gauge to give thrill and excitement with little or no stress. Provide a swing-type (swing-type) entertainment vehicle device that swings (swings) on the road. You. This entertainment vehicle is at least 11 meters above ground (up to hundreds of meters or more) Of the support structure extending upwardly of the. This support structure is a stationary tower, Stationary derrick, Stationary arch, bridge, Other artificial structures, crane, natural It may be a geological feature or the like.   One end of the rider support line is at the top of the support structure at least 11m above the ground. Fixed, On the other hand, the second end of the rider support line is fixed to the rider attachment And The rider is fixed to this attachment while the vehicle is in operation. Then removed It is.   In the vicinity of the support structure, Has an upper portion spaced from the upper portion of the support structure An upright launch structure is provided. This lunch structure also Stationary Wah, Stationary derrick, Stationary arch, bridge, Other artificial stationary structures, clay , Natural geological forms, Artificial geological features, etc., At least above the ground Reach 11m (hundreds of meters or more), Higher than that It can be such a structure having a top. The top of the lunch structure should be at least above the ground Will reach 10m, Or raise it to a higher altitude, And lowering It carries a lunch line with a free end.   In the preferred example, Several riders are fixed to the solid saucer structure. About 100m long Four support lines secure the saucer to the support structure. Sosa is about 100m long Use the lunch line of Pulled up by It is then released in the same manner as the solo rider case. Suitable In the example, A second set of four parallel lines is used for stabilization. these Stabilization lines are arranged in a cross shape to prevent twisting and swaying.   Alternatively, Two support lines or even just one support line can be used You. Stabilization line is unlikely to happen to the accident of a broken support line, Backup Since it also functions as a safety line, Stabilization line at least as a support line It is preferable to use a large number of   In the preferred example, The support line has safety in mind, Aircraft quality stainless steel Made of steel cable, The vehicle does not rely on the use of rubber and elastic bungee cords. This The term "ground" used in ゝ is the actual ground, Pave The Tarmac, It may be an artificial surface such as a concrete pad. Structure or Is the altitude above the rider's ground relative to the actual "ground" Or riverbed, Canyon, Valleys, etc. Can be measured for recesses in the structure. Supporting terms as the term is used here "Part" of the support structure to which the LA with a lunch line The “part” of the bunching structure is always considered the “top” of the structure.   In the preferred embodiment, the sky saucer cable is supported from a horizontal platform. Horizontal The platform is at least one pair of pivots from the top I-beam of the vehicle support tower. It is supported by a parallelogram support arm that rotates about its axis. Preferably, Two pairs of axes A rotating parallelogram support arm is used to support the horizontal platform. It is.   To stop Sky Saucer, At least one hydraulic cylinder Move the horizontal platform in the same direction as the skysosa swing Used for. This is the Sky Sosa convention Ratio of sexual movement to the distance the horizontal platform moves from the central pendulum pivot point For example, it causes the reduction. The horizontal platform is supported in parallelogram form Because Horizontal platform is only a short distance when pushed to either side To rise. This raising action helps maintain a smooth ride. Furthermore, Parallel four Edge form positions the sky saucer in the center of the passenger loading platform It is self-centering that makes it easy to move.   These and other objects of the invention have been described herein. Especially the attached request A new structure defined in the range of The following is done showing the combination and elements It will be apparent to those skilled in the art from the detailed description of. Exact embodiments of the invention disclosed herein Changes within the scope of the claims except those excluded by the prior art To be understood. Brief description of the drawings   The accompanying drawings follow the optimum mode devised to actually apply the principles of the present invention. A preferred example of the present invention is described.   1 is suspended from a support line and a stabilization line and connected to a launch line The present invention is described using a fixed tower as a supporting structure with a sky saucer. FIG.   Figure 2 Suspended from the support and stabilization lines and connected to the launch line The invention is shown using a fixed tower as a support structure with a skysaw. FIG.   Figure 3 shows the SkySorcer orientation at various route locations. FIG.   FIG. 4 shows raising means and stopping means, In a side view of the higher vehicles of the Sky Sosa is there.   FIG. 5: is a top view which shows another example of the sky saucer which has a quick boarding / alighting path.   FIG. 6 is a perspective view showing a right side portion of the sky saucer of FIG.   FIG. 7 is a right side view of the sky saucer of FIG. 6 with the door removed.   FIG. 8 shows a preferred example of a vibration damping mechanism mounted on the conventional sky-saucer vehicle device of FIG. It is a side view.   FIG. 9 is a side view of a preferred example of the mechanism of FIG.   FIG. 10 is a front view of the mechanism of FIG. 8 mounted on the conventional skysorcer vehicle device of FIG. is there.   FIG. 11 is a side view showing another possible embodiment.   Figure 12 shows a trolley car type engine for accelerating and decelerating the sky saucer. It is a side view which shows another Example which can further be taken. BEST MODE FOR CARRYING OUT THE INVENTION   In FIG. A good example is to allow many riders (occupants) to enjoy together. You can This perspective view of the present invention shows two large independently suspended vehicles (hereafter It is called Sky Sosa). These two sky saucers 524a, 524b is individual Operated separately, Have been synchronized. Each sky saucer 524a, 524b is about 20 in this example It houses the name of the person. Both sky saucers 524a, 524b is a roller coaster entertainment vehicle Equipped with restraint seat belts and padded bars similar to those used in the device ing.   Skysosa adds more comfort to riders by including solid vehicles You. By increasing speed and altitude, Depth of experience in solo vehicles Even a good rider can enjoy it. If we can give vehicles to many people , The entertainment vehicle is an amusement park It will be attractive to landowners and workers. Of the previously disclosed embodiments Spec that can give each rider a feeling of free flight It can be seen that it forms the tram device.   Sky Sosa 524a, 524b is made of steel structure and glass fiber. The sky saucer 524a of this example, 524b is a round shape with a diameter of about 11 m. Seats are concentric circular Are arranged in two rows. The rider (crew) is facing the outer edge of the Sky Sosa. Since the inner circle of the seat is higher than the outer row, The occupant's view is disturbed There is no. Install a relatively large sky saucer or a relatively small sky saucer You can do it, Different external shapes can be adopted.   The upright support structure 412 supports the sky saucer. In the example shown, Support structure 412 Forms an arch, The elevator 538 that slowly rises on the side surface of this structure 2 Includes a surveillance deck 8 that can be reached.   Support structure 2 has a height of approximately 400 feet from the ground to the top of the arch . Ground level arch width is approximately 255 feet. Loading platform Mu 526 is about 20 feet high, Includes stairs. Monitoring deck 8 is Rhodin At an altitude of about 300 feet above the platform. Sky Sosa 524a, 524b Are about 34 feet apart, Each is approximately 25 feet in diameter. Launch ) Tower 426 is at an altitude of about 320 feet, From support structure 412 to approximately 300 It is coordinated with the location of the booth. Embarkation (lunch) Tower 426 has two embarkation ( Lunch) Line 424a, Includes 424b. Each lunch line 424a, 424b is a ska at one end Issuer 524a, Removably attached to 524b, Inside the tower 426 at the other end Attached to the winch (not shown).   Sky Sosa 524a is a set of four support lines 416a from support structure 2 It is supported. 4 additional stabilizing lines 41 8a blocks the sway and twist of the Sky Saucer 524a, Support line 416a Backup safety line in the unlikely event that one of the Work as Support line 416a and stabilization line 418a are approximately 300 feet each Made of quality stainless steel cable. Another possible design is Solitary ride Similar to the example, 2 instead of 4 lines, Or use only one support line To be used. The number of stabilization lines should be at least equal to the number of support lines. It is preferable that It is unlikely that the stabilization line and the support line will run out This is because it will function as a backup for safety in the event of an incident. Sky saucer 52 4b is a support line 416b and a stabilization line 418b, Equally favored.   As for the operation of SkySorcer 524a, First, the occupant (rider) loads Get on from platform 526. Lunch line 424a attached to Sky Sosa 524a It is set up. The operation of the vehicle is remotely controlled by the operator. All riders Equipped with safety in Nes. Vehicle equipment workers Lunch line 424a by su By pulling the Kaisosa 524a upwards near the top of the Ranch Tower 426. To start the vehicle. A winch (not shown) built into the lunch tower 426 Pull up Kaisosa 524a. Sky Sosa 524a reaches near the top of Tower 426 Then, The worker stops the sky saucer 524a with a stopper that maintains the altitude. Then The operator of the vehicle device uses the electric solenoid release means (release) (not shown) to scan the vehicle. By launching the Kaisosa 524a and disconnecting the sky saucer 524a from the line 424a. Let's leave Sky Sosa, That is, to launch. Sky Sosa 524a is huge Acts like a pendulum and starts swinging, Pendulum arc indicated by dotted line 452 To reach speeds of the level of 100 miles / hour. Sky Sosa 524a is around I will swing to A few minutes Boarding continues. Altitude per swing cycle is controlled by air friction and operator It is gradually reduced by braking the brake platform 327. Swing cycle It can also be stopped using the pendulum damping mechanism shown in Figure 8-13.   Sky Sosa 524b has a launch line 424b and a dedicated winch (not shown). It operates in the same way as the sky saucer 424a. The details of the operation are further explained below. .   Referring next to FIG. This is an alternative to the twin SkySorcer vehicle system of Figure 1. Possible cases are shown. This figure shows only a single sky saucer. When, And differs from FIG. 1 in that the scales differ to delineate specific structures. I have. The occupant sits on the same sky saucer 3 as shown in the example of FIG.   The upright support structure 212 supports the sky saucer. The height of the support structure is approximately 150 km Higher than 100m to give maximum speed per hour. Embarkation (lunch) structure 226 Is approximately the same height as the support structure 212. Most mobile cranes use this service It is not designed to handle the forces that occur in Iz's system, Heng A permanent structure is preferred.   The sky saucer 3 comprises four support lines 216 and four stabilization lines 218. And Each line consists of aircraft quality stainless steel cable approximately 100m long ing. Another possible design is 2 support lines or 1 support line At least one stabilizing line is selectively used.   Each of the four skysaucer support lines 216 are substantially parallel. Support line The distance d10 in the mechanism 232 is approximately 15 m. The distance d11 in Sky Sorcer 3 is It is about 8 m. Otherwise, Upset can occur due to wind and uneven loads Not desirable.   Skysauc stabilization line 218 is of a cross shape. Stabilization line 218 Prevents axial rotation of the sky saucer about an axis parallel to the support line. Stabilization Line 218 maintains the path of the sky saucer on a plane directly below support line mechanism 232. It helps to control sway and yaw. Otherwise deviation from the path Differences and shaft rotations are generated from the wind and uneven passenger weight distribution during launching. Will be done. If there is no safety line 218, Support line 216 is a constant movement Must be spread very widely apart to maintain the cropping path. Cheap The standardization line 218 is In the event of an accident where the support line is unlikely to run out Functions as a backup means.   Next, referring to FIG. This shows the operating state of the sky saucer 3 in FIG. Have been. In FIG. 3, since the support structure 212 is of high altitude, Scales are combined Not in.   The distance d12 in the support line mechanism 232 is about 5 m. In Sky Sosa 3 The distance d13 is about 8 m. In this form, the sky saucer 3 is launched as shown. A distance equal to the distance d13 that allows tilting to approximately 45 ° when in the (lunch) position. The operating distance at the embarkation position is the configuration distance d12. It causes a negligible tilt of the sky saucer 3 over the entire area. The distance d12 is the distance d13 Smaller than Greater inclination at the embarkation position.   Next, referring to FIG. This figure shows an enhanced skysaucer loading A side view of platform 326 is depicted. Operator controlled braking Platform 327 is also shown. With loading platform 326 The base surface area 228 surrounding it is raised by approximately 7 m. Sky Sosa Entertainment The vehicle device is in an amusement park, In that park The source is valuable. If the loading area where the device is installed is increased, Other facilities It can be safely placed under the flight path of the sky saucer 3. Flight path If not launched, Flying Sky Sosa is a space of great value Occupied by the route, Prevent work at amusement facilities such as hot dog shops Will not harm.   Braking platform 327 is raised into position by hydraulic lift 328. You. Braking Platform 327 immobilizes SkySorcer 3 when under load I do. Mobile boarding stairs 340 can be moved into place for passengers getting on and off . A rider rides Once detained for security, Stairs 340 are passages Removed from Braking platform 327 is lowered. Braking platform  327 descends about 3-4m, Keep the sky saucer out of the way.   The braking platform 327 further slows the SkySorcer 3 inside, Let it stop It includes a means for slowing down. This slowing means is not so mild with Sky Sorcer 3. However, the breaker is biased by spring 332 for close contact. Equipped with rotatable tyres 330. Tire contact with the bottom of Sky Sosa 3 is sudden It has a smoothly curved bottom surface that occurs gradually rather than sharply. Gradual connection Tactile and smooth slowing action are important design criteria at 150 km / h. Sky The tire contact surface area of the sorcer 3 has a rough surface so as to increase adhesive friction. Sky Sorcer 3 passes freely over the landing platform several times. After spending, The braking platform 327 is slowly raised to the desired altitude , As a result, the Sosa moves through the braking platform 327 to the Sky Sosa 3 Tire 330 with spring-loaded brake when you try to Make them touch. The operator controls the altitude and braking force of the braking platform .   One of the tires 330, when the Sky Sorcer 3 is stopped, Driven by electric motor Moved, This will reorganize the sky saucer for proper loading. I do. Reorganization is inspected by small switches and optical sensors, Sky Sosa 324 is positive If it is correctly aligned, the motor power is stopped.   This mechanism is used in another way. This is for stopping the vehicle A lot of vibration Because it takes Rubber tires wear out frequently, And it causes an unpleasant odor. Figure 8 The pendulum damping means depicted in -13 is used in the preferred embodiment.   Lunch weight 223 and lunch weight line 217 are used, These are the lunch line 224 Acts to return the removable end to the starting point for reattachment to the sky saucer 3. . The Sky Sosa Ranch Release 306 is also remotely activated by vehicle equipment operators. So Uses an electrically activated solenoid. Following Sky Sosa lunch (launch) And The lunch weight 223 and the sky saucer 3 are physically separated. Solenoid The base is the one attached to the lunch weight 223.   Next, in FIG. 6, With reference to 7, Quick boarding and disembarkation of Sky Sosa Vehicle The object is designated by the numeral 3240. Sky Sorcer 3240 has symmetrical front and rear ends 3243, 3244 And both sides 3245, Has 3246.   The purpose of the Sky Sosa 3240 is to quickly get on and off 60 riders. It is in. There are multiple parallel rows of walkways 3247 for each 10 seats 3248. all Sheet 3248 is the same. The door 3242 allows the rider to quickly exit the walkway 3247. Allow entry. Once rider 3250 is seated, Load position ( Figure 17, Up) and lock position (Fig. 17, By body stopper 3249 with down) Fixed. The door has an internal locking mechanism (not shown) that is activated in a known manner before departure. Omitted).   Although the console (operator console) for the vehicle equipment operator is not shown, This is sky Raise the sorcerer (lower the braking platform, And attached with a winch (Via operation to raise the lunch line or activate the pendulum damping mechanism) ; Launch (embark) Sky Sosa (Start Sky Sosa Lunch Launch Through); Lower the lunch weight (via the winch, However, a sky saucer is attached Different modes are possible); Stop the sky saucer (position or swing the sky saucer Following the start of the child vibration control mechanism, the braking platform is raised, And braking force (Via giving)). Safety controls Operation is blocked during an unsafe event such as when boarding the Sky Sosa. Stop.   As you can see, Unlike the prior art, The invention is at least 11 m above the ground ( Support structure with tops coordinating to hundreds of meters or more) As An upper end connected to the top of this support structure, At least as a bottom Also has a system for fixing one occupant support to the support line. Such a support structure having at least one support line having a lower end; Coordinate at least 11 meters above the ground (hundreds of meters or more), A launch structure spaced apart from the top of the support structure, Detachable to / from occupant fixing mechanism Carrying a launch line including a launching mechanism for possible attachment. Lunch structure; And a mechanism linked to the launch structure, Driven by crew But not At least 10m above the ground with the crew properly secured to the system Can be as high as hundreds of meters or more, This From the height of the occupant (rider) to the ground from the lunch structure Simulate the feeling of "body flight" by swinging in a curved trajectory toward Including such a mechanism designed to A swing type entertainment vehicle device provide.   Next, referring to FIG. This shows a conventional sky saucer 1 in side view. ing. Since the following explanation is different only in the braking mechanism element, Obedience Use the same number for the coming element. The element of the conventional vehicle device is the present application Are identical to each other over the rest of the.   Next, in FIG. If you refer to 10, This is used to stop the vibration of entertainment vehicles The braking mechanism 10 of the preferred example is shown in a plan view. This braking mechanism 10 is the conventional one shown in FIG. It is fixed to the vertical and horizontal centers of the support frame 8 of the support structure 2.   The braking mechanism 10 includes two pairs of parallel arms 12 on the support frame 8, 13, 14, Attached by 15 It consists of an installed horizontal platform 11. Each parallel arm 12, 13, 14, 15 is support It is attached to both the frame 8 and each corner of the horizontal platform 11 so as to be pivotable. Have been.   The driven piston 21 is diagonal from the support frame 8 to the horizontal platform 11. It is fixed on. In response to this, Behind the piston 21 a second piston 20 Are fixed diagonally from the support frame 8 to the horizontal platform 11. Both Piston 20, 21 is connected to a power source 24 by a hydraulic line 25.   Power piston 20, 21 is an arc shape that faces forward and backward as indicated by arrow 27 Move the horizontal platform 11 to.   Figure 9, At 10, Support line 22 and stabilization line 23 are It is fixed to each corner of rat form 11. Support line 22 and stabilization line 23 Is fixed to the solid saucer 3 at the bottom of the line shown in FIG. ing.   Next, referring to FIG. This is a suitable example attached to the sky saucer of FIG. The braking mechanism 10 is shown in a side view. Entertainment vehicles, as in the prior art, about  Release the solid sosa 3 filled with passengers after being elevated to an altitude of 100 m Can be started by. In contact with both support line 4 and stabilization line 5 The existing solid sorcerer 3 acts as a huge pendulum in the harmony system. This saw Sa3 next It will swing like a pendulum arc indicated by arrow 31.   Alternatively, Entertainment vehicle powered piston 20, You can start by launching 21 . Power piston 20, 21 is first Displace the horizontal platform 11 in one direction. Both pistons 20, 21 is next Align the horizontal platform in the opposite direction in a consistent Rank The back and forth movement of the piston is achieved by achieving the desired preset arc amplitude. , Continue until the Solid Sorcer 3 is elevated to an altitude of about 100m. Sorcer desired When you reach the altitude of Piston 20, The 21 is turned off. Amusement ride equipment 100 The solid saucer 3 is allowed to vibrate along the pendulum arc 31.   When the entertainment vehicle departs, As long as external energy is not supplied to the system It will stop naturally. Entertainment vehicle 1 loses energy due to friction in the system Stop by. But for entertainment vehicles, The time to stop it naturally stops Earlier than the time to stop, And it must be within the range of the operator's control.   Entertainment vehicle 1 is piston 20, It can be stopped by restarting 21 You. Sosa 3 has a height of about 100 m depending on whether the lunch line or piston is used. After being It moves along the pendulum arc represented by arrow 31. Piston 20, 21 By launching Horizontal platform 11 moved to position 30 indicated by the dotted line To be made. Moving the horizontal platform 11 to position 30, Solid Sorcer 3 is a small distance Fall down. As a result, Solid saucer 3 is a long lower pendulum represented by arrow 32 Move with an arc. The lower pendulum arc 32 is the same as its original pendulum arc 31. Not expected. This greatly increases the amount of energy lost from the harmonic system. Exaggerate The entertainment vehicle 1 comes to a quick stop.   The entertainment vehicle is the brake 28 shown in FIG. It can be stopped using 29. Both Rake 28, 29 increases the amount of energy lost to friction from the harmonic system. Recreation Object 1 is a piston 20, 21 actuations and brakes 28, Faster in combination with 29 actuations It can be stopped quickly.   Next, referring to FIG. 12, This is a trolley type brake that can be adopted separately. Structure 50 is shown in side view. This trolley type braking mechanism 50 has rails 51 for entertainment vehicles. 1 is installed on the support frame 8. A trolley 52 with a motor 53 is supported It is placed on the rail 51 of the holding frame 8. Trolley wheel 54 equipped with brake 55 I have.   The entertainment vehicle, as is done in the conventional SkySorcer vehicle shown in FIG. 1, Sled Departed by raising the dead saucer 3 along with the lunch line (not shown). Can be done. The trolley 52 must be initially braked so that it remains stationary. I won't. next, The solid saucer 3 vibrates like a pendulum arc indicated by the arrow 56. You.   The amusement vehicle is designed so that it travels back and forth along the rails 51 of the support frame 8. It can be started by operating Lolly 52. Solid Sorcer 3 is about  When you reach an altitude of 100m, Trolley 52 is stopped. The displacement of the trolley 52 is Lid Sorcer 3 lost altitude, Transition along the lower pendulum arc represented by arrow 57 Cause The lower pendulum arc 57 is not synchronized with the original pendulum arc 56. as a result, The amount of energy lost from the harmonic system increases, Entertainment vehicle 1 stops faster Will be forced to do so.   Another mode of damping the pendulum accelerates the trolley 52 in the direction of the pendulum swing Things. This pendulum vibration is stopped by the same theory of action as that explained in FIG. Can be In addition, the trolley brake 55 increases friction energy loss, More quickly Can be used to stop the entertainment vehicle 1.   Next, referring to FIG. Another example damping mechanism 40 is shown in this I have. The damping mechanism 40 is a wheel 44 that rolls along a track 47 attached to the support frame 8, It comprises a rail car 41 with 43. Displacement blocks 45 at both ends of the track 47, 46 is It is arranged. Both blocks 45, 46 is made of rubber or other compressible elastic material I have. The entertainment vehicle is activated as described in FIG.   The rail car 41 is pulled in the direction in which the solid saucer (not shown) is moving. . by this, The resulting pendulum arc is out of sync with the original pendulum arc, As described in FIG. 2, the saucer (not shown) will be stopped more quickly. The rail car 41 is a displacement block 45, Than if there weren't these blocks in collision with 46 Even quickly stop the sorcerer vibration. A brake (not shown) should be provided in this example. You can do it.   Next, referring to FIG. This includes a damping piston 92, Another example using 93 Is shown in a side view. Rails 91 mounted on the support frame 8 of the recreational vehicle 1 Put the rail car 96 on. Damping piston 92, 93 are attached to each end of the rail car 96 ing. Therefore, The damping piston 92 is attached to the railcar 96 at its one end. , A power source 95 is attached to the other end of the piston. Damping piston 93 also races at one end Attached to Lucer 96, A power source 94 is attached to the other end of the piston.   The entertainment vehicle 1 can be started as described in FIG. Piston 92, By activating 93, the rail car 96 can be operated in forward and backward movements. After starting the entertainment vehicle 1, Piston 92, Stop driving 93. Rail car 96 A solid saucer (not shown) is pulled along the track 91 in a moving direction. Leh The movement of Lukker 96 results in a lower ring of solid sorcerers. Solid So The swing arc of the user is out of sync, Energy from the system as explained in Fig. 12 Consume. In addition to it, Piston 92, 93 will further dampen the vibration of Vehicle 1. Act like   Although the invention has been described with reference to the preferred embodiments, Allows numerous changes and changes Noh, Nevertheless, the results are within the scope of the invention. Specific cases disclosed here Has no intention of limiting in this regard, It does not suggest this.

[Procedure of Amendment] Article 184-8 of the Patent Act [Submission date] August 23, 1995 [Correction contents]                         The scope of the claims   1. Keep the rider at a height of at least 10m from a rest position on or near the ground. Amusement ride to raise a vehicle you have and rock the vehicle in a curved path. As equipment:   A support structure extending at least 11 m above the ground;   A vehicle support line construction having a predetermined length and having first and second ends, , The first end is attached to the upper end of the support structure and the second end is attached to the vehicle , The vehicle support line structure is vertically downward from its normal position on the support structure. Such vehicle support line constructions suspended;   Extending from the ground upwards and below the length of the support line structure from the support structure An upright lunch structure located at a distance; and   A launch line having first and second ends, wherein the first end is attached to the launch structure. The second end is attached to the means for raising and lowering the lunch line provided. Such a lunch line releasably attached to the vehicle   An entertainment vehicle device having such a structure, including:   2. The entertainment vehicle device of claim 1, further comprising a movable loading structure.   3. The vehicle is further: an angular momentum and a horizontal motion vector; and the horizontal motion vector of the vehicle. A mobile pivot that compensates for the cradle, thereby reducing the angular motion of the vehicle. The entertainment vehicle system of claim 2 including a pendulum damping system having a pedestal means.   4. The movable load structure further includes braking means disposed on the movable load structure. The ding structure functions to bring the braking means into contact with the vehicle. The entertainment vehicle device of claim 2, wherein:   5. Pendulum having mass and swing arc; attached to the pendulum, the swing Pendulum support line that defines the radius of the guarque; supports the pendulum support line A horizontal platform that functions as a pendulum support frame having first and second horizontal ends. And the first and second waters of the frame that hang from the pendulum support frame. A pair of parallel pivoting support arms pivotally fixed to each of the flat ends The pendulum support frame, the arm pair, and the horizontal support platform Such a pair of parallel pivoting arms adapted to form a parallelogram structure between Fixed to one horizontal end of the horizontal support platform; Synchronizing with the pendulum swing arc by moving the ratform Off to lower the pendulum mass, resulting in control of the pendulum swing arc Damping device comprising a power piston that functions as a pendulum.   6. 6. The pair of support arms further comprises braking means provided at the pivot point. Equipment.   7. 6. The pair of support arms further comprises braking means provided at the pivot point. Equipment.   8. The power piston further moves the horizontal support platform, which To move the pendulum mass synchronously with the pendulum swing arc, resulting in It includes power means for increasing the amplitude of the pendulum swing arc. The device of claim 5, wherein   9. Pendulum with angular movement; Pendulum support line; Water with first and second horizontal ends Flat pendulum support frame; wheels that ride on the horizontal pendulum support frame and the pendulum support A pendulum damping system comprising a damping vehicle having means for supporting a line. The damping vehicle functions so that the braking vehicle further reduces the angular movement of the pendulum. A pendulum vibration damping device comprising:   Ten. 10. The apparatus of claim 9, wherein the damping means further comprises brakes or the wheels.   11. The damping means includes end stoppers provided at the first and second horizontal ends, The device of claim 9.   12． Each end stopper further includes a damping piston connected to the damping vehicle 11. The device of claim 10, comprising:   13. 10. The damping vehicle of claim 9, further comprising power means for accelerating it. apparatus.   14. 14. The device of claim 13, wherein the damping means further comprises brakes for the wheels.   15． The damping vehicle further includes a rail car having wheels applied to the rail. 15. The method of claim 14, wherein the horizontal pendulum support frame further comprises rails. apparatus.   16. Has a support line fixed to a mobile pivoting means that includes a horizontal motion vector. And the horizontal motion vector of the pendulum to cancel the angular motion of the pendulum. A pendulum damping device comprising damping means that functions to reduce.   17． The horizontal motion vector is caused by the angular motion of the pendulum. 16 devices.   18． The damping means further comprises a damping piston fixed to the movable pivot. The device of claim 17.   19. The mobile pivot means further comprises wheels, and the damping means further comprises 18. The device of claim 17, comprising brakes for wheels.   20. The pendulum further comprises a pendulum support frame; the movable pivot means. Is supported by the pendulum support frame and further includes a vehicle And the damping means further accelerates the vehicle in the direction of the angular motion of the pendulum. The luck of the pendulum 18. The device of claim 17, comprising power means operative to reduce motion.   twenty one. Said damping means further comprising a power piston, and said horizontal motion vector 18. The apparatus of claim 17, wherein is adapted to be activated by the power piston.   twenty two. The mobile pivot means further comprising a motorized vehicle, and the water The plane motion vector is now triggered by the operation of the motorized vehicle. 18. The apparatus of claim 17, wherein   twenty three. The damping means further comprises a brake for the motorized vehicle. 22 devices.   twenty four. Multiple people riding at an altitude of at least 10 m from a rest position on or near the ground An amusement ride that raises the vehicle holding the hand and rocks the vehicle in a curved path. Equipment device:   Support structure extending at least 11 m above the ground;   A vehicle support line construction having a predetermined length and first and second ends, the vehicle support line construction comprising: One end is attached to the top of the support structure and the second end is attached to the vehicle. The line structure is suspended vertically downward from its normal position in the support structure. Such vehicle support line constructions;   Extending from the ground upwards and below the length of the support line structure from the support structure Upright lunch structure located at a distance;   A launch line having first and second ends, wherein the first end is attached to the launch structure. The second end is attached to the means for moving up and down the lunch line provided. Such a lunch line releasably attached to things   Including,   The vehicle is further: quicker rider by serving multiple seats Access corridors that enable various passengers to get on and off; multiple riders get on and off the vehicle A loading structure that functions to come on; and a brake that stops the rocking of the vehicle An entertainment vehicle device of such construction comprising a stage.   twenty five. 25. The entertainment vehicle of claim 24, further comprising a lockable door for each access aisle. apparatus.   26. Further comprising releasable locking means for securing a rider during flight of the vehicle 25. The entertainment vehicle device of claim 24.   27. The braking means is further provided on the loading structure to scrape the vehicle. 25. The entertainment vehicle device of claim 24, further comprising a wheel.   28. A pendulum damping system in which the braking means further functions to control the vibration velocity of the vehicle. 25. The entertainment vehicle device of claim 24, comprising the device. [Procedure amendment] [Submission date] October 3, 1996 [Correction contents]   (1) "Fig. 17" on page 15, line 26 and line 27 of the description is corrected to "Fig. 7".   (2) Amend the claims as attached.                               The scope of the claims   1. Keep the rider at a height of at least 10m from a rest position on or near the ground. Amusement ride to raise a vehicle you have and rock the vehicle in a curved path. As equipment:   A support structure extending at least 11 m above the ground;   A vehicle support line construction having a predetermined length and having first and second ends, , The first end is attached to the support structure, the second end is attached to the vehicle, The vehicle support line structure is suspended vertically downward from its normal position on the support structure. Such vehicle support line constructions;   Extending from the ground upwards and below the length of the support line structure from the support structure An upright lunch structure located at a distance; and   A launch line having first and second ends, wherein the first end is attached to the launch structure. The second end is attached to the means for raising and lowering the lunch line provided. Such a lunch line releasably attached to the vehicle   An entertainment vehicle device having such a structure, including:   2. The entertainment vehicle device of claim 1, further comprising a movable loading structure.   3. The vehicle is further: an angular momentum and a horizontal motion vector; and the horizontal motion vector of the vehicle. A mobile pivot that compensates for the cradle, thereby reducing the angular motion of the vehicle. The entertainment vehicle system of claim 2 including a pendulum damping system having a pedestal means.   4. The movable load structure further includes braking means disposed on the movable load structure. The ding structure functions to bring the braking means into contact with the vehicle. The entertainment vehicle device of claim 2, wherein:   5. Pendulum having mass and swing arc; attached to the pendulum, the swing Pendulum support line that defines the radius of the guarque; supports the pendulum support line A horizontal platform that functions as a pendulum support frame having first and second horizontal ends. And the first and second waters of the frame that hang from the pendulum support frame. A pair of parallel pivoting support arms pivotally fixed to each of the flat ends The pendulum support frame, the arm pair, and the horizontal support platform Such a pair of parallel pivoting arms adapted to form a parallelogram structure between Fixed to one horizontal end of the horizontal support platform; Synchronizing with the pendulum swing arc by moving the ratform Off to lower the pendulum mass, resulting in control of the pendulum swing arc Damping device comprising a power piston that functions as a pendulum.   6. 6. The pair of support arms further comprises braking means provided at the pivot point. Equipment.   7. The power piston further moves the horizontal support platform, which To move the pendulum mass synchronously with the pendulum swing arc, resulting in It includes power means for increasing the amplitude of the pendulum swing arc. The device of claim 5, wherein   8. Pendulum with angular movement; Pendulum support line; Water with first and second horizontal ends Flat pendulum support frame; wheels that ride on the horizontal pendulum support frame and the pendulum support A pendulum damping system comprising a damping vehicle having means for supporting a line. The damping vehicle functions so that the braking vehicle further reduces the angular movement of the pendulum. A pendulum vibration damping device comprising:   9. 9. The apparatus of claim 8 wherein said damping means further comprises brakes or said wheels.   Ten. The damping means includes end stoppers provided at the first and second horizontal ends, The device of claim 8.   11. Each end stopper further includes a damping piston connected to the damping vehicle 10. The device of claim 9, comprising:   12． 9. The damping vehicle of claim 8 further comprising power means for accelerating the damping vehicle. apparatus.   13. 13. The apparatus of claim 12, wherein the damping means further comprises brakes for the wheels.   14. The damping vehicle further includes a rail car having wheels applied to the rail. 15. The method of claim 13, wherein the horizontal pendulum support frame further comprises rails. apparatus.   15． Has a support line fixed to a mobile pivoting means that includes a horizontal motion vector. And the horizontal motion vector of the pendulum to cancel the angular motion of the pendulum. A pendulum damping device comprising damping means that functions to reduce.   16. The horizontal motion vector is caused by the angular motion of the pendulum. 15 devices.   17． The damping means further comprises a damping piston fixed to the movable pivot. The device of claim 16.   18． The mobile pivot means further comprises wheels, and the damping means further comprises The device of claim 16, comprising a brake for the wheels.   19. The pendulum further comprises a pendulum support frame; the movable pivot means. Is supported by the pendulum support frame and further includes a vehicle And the damping means further accelerates the vehicle in the direction of the angular motion of the pendulum. A contracting means, thereby comprising a power means operative to reduce angular movement of the pendulum. The device of claim 16.   20. Said damping means further comprising a power piston, and said horizontal motion vector The device of claim 16, wherein the device is adapted to be activated by the power piston.   twenty one. The mobile pivot means further comprising a motorized vehicle, and the water The plane motion vector is now triggered by the operation of the motorized vehicle. The device of claim 16, wherein   twenty two. The damping means further comprises a brake for the motorized vehicle. 21 devices.   twenty three. Multiple people riding at an altitude of at least 10 m from a rest position on or near the ground An amusement ride that raises the vehicle holding the hand and rocks the vehicle in a curved path. Equipment device:   Support structure extending at least 11 m above the ground;   A vehicle support line construction having a predetermined length and first and second ends, the vehicle support line construction comprising: One end is attached to the support structure and the second end is attached to the vehicle; The line structure is suspended vertically downward from its normal position in the support structure Such a vehicle support line structure;   Extending from the ground upwards and below the length of the support line structure from the support structure Upright lunch structure located at a distance;   A launch line having first and second ends, wherein the first end is attached to the launch structure. The second end is attached to the means for moving up and down the lunch line provided. Such a lunch line releasably attached to things   Including,   The vehicle further: allows multiple riders to quickly get on and off Multiple access corridors that allow multiple riders to get on and off the vehicle And a braking means for stopping the rocking of the vehicle. An entertainment vehicle device having such a configuration.   twenty four. 24. The entertainment vehicle of claim 23, further comprising a lockable door for each access passage. apparatus.   twenty five. Further comprising releasable locking means for securing a rider during flight of the vehicle 24. The entertainment vehicle device of claim 23.   26. The braking means is further provided on the loading structure to scrape the vehicle. 24. The entertainment vehicle device of claim 23, further comprising a wheel.   27. A pendulum damping system in which the braking means further functions to control the braking speed of the vehicle. 24. The entertainment vehicle device of claim 23, comprising a device.   28. Keep the rider at a height of at least 10m from a rest position on or near the ground. Amusement ride to raise a vehicle you have and rock the vehicle in a curved path. As equipment:   Upright support structure extending at least 11 m above the ground;   A vehicle support line construction having a predetermined length and having first and second ends, , The first end is attached to the support structure, the second end is attached to the vehicle, The vehicle support line structure is suspended vertically downward from its normal position on the support structure. Such a vehicle support line arrangement; and   Extending from the ground upwards and below the length of the support line structure from the support structure Upright lunch structure located at a distance An entertainment vehicle device having such a structure, including:   29. A launch line having first and second ends, the first end being the run line. It is attached to the means for raising and lowering the lunch line provided in the H structure. Said second end comprising such a launch line releasably attached to said vehicle 29. The entertainment vehicle device of claim 28.   30. In addition, movable loading that allows the rider to enter and exit the vehicle 29. The entertainment vehicle device of claim 28, comprising a structure.   31. The movable loading structure further comprises braking means for It fluctuates downward, and in order to brake the vehicle motion, it fluctuates upward, 31. The entertainment vehicle device of claim 30.   32. The lunch line further includes a lunch weight line having first and second ends and a rider The lunch weight functions so that the second end of the lunch line can return to the ground after getting off. And the lunch weight is attached to the second end of the lunch line. The first end of the weight line is attached to the upper portion of the support structure, 32. The entertainment vehicle accessory of claim 31, wherein the second end is attached to the second end of the lunch line. Place.   33. In addition, it can be used by multiple seats to enable the rider to get on and off quickly. 30. The entertainment vehicle device of claim 29, comprising a plurality of access corridors.   34. Each of the seats is a releasable roll that serves to secure a rider during flight. 34. The entertainment vehicle device of claim 33, including locking means.   35. 34. The entertainment system of claim 33, further comprising a lockable door for each access row. Easy vehicle device.   36. In addition, including a pendulum damping device that functions to control the vehicle's vibration velocity. 36. The entertainment vehicle device of claim 35, comprising.   37. The vehicle further comprises an angular momentum and a horizontal motion vector; and the horizontal motion vector of the vehicle. A mobile pivot that compensates for the cradle, thereby reducing the angular motion of the vehicle. 37. The entertainment vehicle device of claim 36, further comprising:

────────────────────────────────────────────────── ─── Continuation of front page    (31) Priority claim number 08 / 361,185 (32) Priority date December 21, 1994 (33) Priority claiming countries United States (US) (81) Designated countries EP (AT, BE, CH, DE, DK, ES, FR, GB, GR, IE, IT, LU, M C, NL, PT, SE), OA (BF, BJ, CF, CG , CI, CM, GA, GN, ML, MR, NE, SN, TD, TG), AP (KE, MW, SD, SZ), AM, AT, AU, BB, BG, BR, BY, CA, CH, C N, CZ, DE, DK, ES, FI, GB, GE, HU , JP, KE, KG, KP, KR, KZ, LK, LT, LU, LV, MD, MG, MN, MW, NL, NO, N Z, PL, PT, RO, RU, SD, SE, SI, SK , TJ, TT, UA, UZ, VN

Claims (1)

[Claims]   1. Raise at least one rider to an altitude of at least 10m above the ground and An amusement ride device for swinging on a curved trajectory, comprising:   Support structure extending upwards to an altitude of at least 11 m above the ground;   A rider support line having first and second ends, the first line end being a support structure. Attached to the body, the support line is normally pivotably downward from the support structure. Such a supporting line suspended vertically;   A hand for attaching the second end of the support line to a rider carried thereby. Step;   Extends at least 11 m above ground and is spaced from the support structure A launch structure; and   It is a means to raise the rider from the lowest orbital point to an altitude of at least 10m above the ground. And including such rider raising means associated with the launch structure, By this, when the rider leaves the lifting means, An entertainment vehicle device of such a structure that can freely swing.   2. The rider raising means further includes a launch line having first and second ends, One launch line end is attached to the lunch structure and the second launch line is attached. The entertainment vehicle system of claim 1, wherein means are provided for attaching the vehicle end to the rider. .   3. It is an upright lunch structure that extends upward to an altitude of about 10 m above the ground or higher. It is an amusement ride device for rocking one or more riders from an elevated position. hand:   It extends upward to an altitude of about 10 m above the ground, Upright support structure coordinated in the vicinity of the anchor structure; and   A rider support line having first and second ends, the first end being the support structure. Attached to the upper part of the vehicle, the second end of which is attached to and fixed to the rider, Curved track under the support structure when the rider is released from the launch structure Entertainment of such construction comprising such rider support line oscillating above Vehicle equipment.   4. Keep the rider at a height of at least 10 m from a rest position on or near the ground. Lifts the vehicle it holds and releases it so that it swings on a curved track. Entertainment vehicle device for:   Upright support structure extending at least 11 meters above the ground;   A vehicle support line construction having a predetermined length and first and second ends, wherein: The first end is attached to the top of the support structure and the second end is attached to the vehicle. Such that the carriage structure is vertically suspended downward from its normal position on the support structure. Object support line structure; and   Extends above the ground and is greater than the length of the support line structure from the support structure. Amusement rides of such a construction comprising an upright lunch structure coordinated at an unfavorable distance. Equipment.   5. Further comprising a launch line having first and second ends, the first end The lunch line is attached to the means for raising and lowering the lunch structure, and the second end is attached. The entertainment vehicle system of claim 4, wherein the vehicle is releasably attached to the vehicle.   6. In addition, a movable loading mechanism that allows the rider to get in and out of the vehicle. The entertainment vehicle device of claim 4, comprising a feature.   7. The movable loading structure further comprises control means for It moves downwards and upwards to dampen the motion of the vehicle. The entertainment vehicle device of claim 6.   8. The lunch line has the first and second ends and the ground after the rider gets off. Having a lunch weight functioning to return the end of the second lunch line to the A weight line, the launch weight being attached to the second end of the launch line. And the first end of the launch line is attached to the upper portion of the support structure, The entertainment of claim 7, wherein the second end of the line is attached to the second end of the launch line. Easy vehicle device.   9. The vehicle comprises a plurality of access passages that serve a plurality of seats, The recreational ride of claim 5, wherein the access passage allows the rider to quickly enter and leave. Equipment.   Ten. Releasable, each of the plurality of seats serves to secure the rider in flight 10. The entertainment vehicle device of claim 9 having locking means.   11. The method of claim 9, further comprising a lockable door for each access passage. Entertainment vehicle equipment.   12． In addition, including a pendulum damping device that functions to control the vehicle's vibration velocity. The entertainment vehicle device of claim 11, comprising.   13. The vehicle includes a horizontal vector movement; the pendulum damping device is a horizontal vector A movable pivot means of the vehicle for offsetting the vehicle, thereby 13. The entertainment vehicle device of claim 12, adapted to reduce angular movement.   14. As a pendulum damping device:   A pendulum having a mass and a swing arc; attached to the pendulum, Pendulum support line that defines the radius of the ark;   A horizontal platform that functions to support the pendulum support line;   A pendulum support frame having first and second horizontal ends;   A pair of parallel pivoting support arms hanging from the pendulum support frame. At each of the first and second horizontal ends of the frame, one member of the pair is pivoted. It is fixed so that it can rotate about its axis. Between the support frame, the pair of support arms and the horizontal support platform. Such a pair of support arms forming a row quadrilateral construct; and   Fixed to one horizontal end of the horizontal support platform as a power piston Function to move the platform, thereby causing the pendulum swing to move. Pendulum by lowering the pendulum mass so that it is out of sync with the Guark Such a structure comprising such a power piston adapted to damp a swing arc Pendulum vibration control device.   15． The pendulum mass further comprising an entertainment vehicle passenger compartment; 15. The apparatus of claim 14, wherein the child support frame further comprises an entertainment vehicle tower.   16. 15. The apparatus of claim 14, wherein the pair of support arms comprises braking means at the pivot point.   17． Power means by which the power piston further moves the horizontal support platform And increasing the amplitude of the pendulum arc. 14 devices.   18． Pendulum with angular movement;   Pendulum support line;   A horizontal pendulum support frame having first and second horizontal ends; and   Support the wheels on the horizontal pendulum support frame and the pendulum frame line. Comprising a damping vehicle having means for holding,   A damping hand in which the damping vehicle further functions to damp the angular motion of the pendulum. A pendulum vibration damping device comprising a step.   19. 19. The apparatus of claim 18, wherein the damping means comprises brakes or wheels.   20. The vibration damping means further includes end strikes at the first and second horizontal ends. 19. The device of claim 18, comprising a lid.   twenty one. Each end stopper further includes a damping piston connected to the damping vehicle 20. The device of claim 19, comprising:   twenty two. The damping vehicle further includes power means for accelerating the damping vehicle. 19. The device of claim 18, comprising.   twenty three. 23. The apparatus of claim 22, wherein the damping means further comprises brakes for the wheels.   twenty four. The damping vehicle further includes a rail car having wheels applied to the rail. Consists; and   24. The apparatus of claim 23, wherein the horizontal pendulum support frame further comprises rails.   twenty five. Pendulum with a support line fixed to the mobile pivot means; horizontal of movement Said mobile pivot means further comprising a vector; and offsetting said horizontal motion vector Damping means designed to reduce the angular motion of the pendulum. A pendulum damping device comprising.   26. 26. The horizontal motion vector of claim 25, which is caused by the angular motion of the pendulum. apparatus.   27. The damping means further comprises a damping piston fixed to the movable pivot. 27. The device of claim 26.   28. The movable pivot means further comprises wheels, and the damping means further comprises a brake for the wheels. 27. The device of claim 26, comprising a brake.   29. The pendulum further includes a pendulum support frame; the movable pivot means includes the pendulum support frame. Supported by a carrier support frame and further including wheels; and said damping means Further accelerates the wheel in the direction of the angular motion of the pendulum, thereby 27. The apparatus of claim 26, comprising power means operative to reduce motion.   30. The damping means further includes a power piston, the horizontal motion vector being the power piston. 26. The device of claim 25 activated by a ton.