RU2239480C1 - Attraction - Google Patents

Abstract

FIELD: entertainment engineering.

SUBSTANCE: device has circular frame mounted on base. The frame has horizontal rotation axis and cabins suspended along peripheral circle for customers. The device has cars or car cabins having means for fastening car, means for removing car list, instrument for measuring list like clinometer. Cabins for cars are alternated with cabins for customers. Entry platform and access ramp platform for cars are arranged down at the bottom.

EFFECT: enabled visiting attraction with car.

15 cl, 4 dwg

Description

Scope - a circus, a park attraction, technical clubs, an attraction with accommodation next to a highway, a motel, driver's entertainment with the car, entertainment industry.

A known attraction in the form of a Ferris wheel containing a circular truss with a horizontal axis of rotation mounted on the base and visitor booths suspended around its circumference, RU 2026705, A 63 G 27/00, 20.01.95, bull.No. 2.

A well-known attraction has the following disadvantages: spectacular interest has been lost due to tradition, because it does not take into account the reality of widespread adoption of cars in everyday life, the increase in the number of crews of motorists traveling together with cars who want to use an interesting attraction, including raising in the cab with the car , in order to save time on visiting the attraction;

- does not take into account the desire of motorists to perform an entertaining stunt on their car, to take part in a spectacular performance, including moving a car with a roll in the "up-wheels" position, descending at an angle close to vertical;

- Does not take into account the need for an attraction involving a car in places convenient for motorists: next to a highway, a motel;

- Does not take into account the desire of motorists to visit the attraction together with the car as a group of visitors, to climb to great heights, enjoy the nature from the car, saving time on visiting the attraction.

The problem to which the invention is directed, is to eliminate the above-mentioned disadvantages of the known attraction.

3 options of attraction are offered.

The task in the first embodiment is achieved by the fact that the attraction, which contains a circular truss with a horizontal axis of rotation and visitor cabs suspended around the circumference, is equipped with car cabs for cars with a car fastening device, a cab roll elimination device, and a measuring device roll - with a roll gauge, made with alternating cabs for cars with cabs for visitors, and with the entrance platform located below, the vehicle exit platform.

The task in the second embodiment is achieved by the fact that the attraction contains a circular truss installed on the base, equipped with a circular platform in the form of a steel sheet located on a circumference on the periphery with fastening from the inside from the center to the truss, mounted sideways to the circular platform with an ascent and descent platform in the form steel sheet, consisting on one side of the central vertical plane of an inclined flat rectilinear lifting section with an angle of inclination of 70-75 °, on the other side of the central vertical planes from an inclined flat rectilinear descent section with an angle of inclination to the horizon plane of 88 ° 30 ', with an upper rectilinear flat section located between them from above, a lower radius made from below, a section with cutouts for car entry and exit from it located below platforms of entry, exit of cars, and a car equipped with a magnet between the wheels in the lower part makes a descent along a circular platform, moves along the ascent and descent platforms.

The task in the third embodiment is achieved in that the attraction contains a circular truss installed on the base, equipped with a circular platform in the form of a steel sheet, under which a magnet is mounted, located on a circumference on the periphery with fastening from the inside from the center to the truss, mounted sideways to the circular lift platform and descent in the form of a steel sheet, under which a magnet is mounted, consisting on one side of the central vertical plane of an inclined flat rectilinear lifting section with an angle of inclination it is to the horizon plane of 70-75 °, on the other hand from the central vertical plane of an inclined flat rectilinear descent section with an angle of inclination 88 ° 30 ', with the upper rectilinear section located between them on top, the lower, executed on the radius, section made with it has cutouts for cars to enter and exit from the cars entrance and exit platforms located below, and a car equipped with a steel plate between the wheels in the lower part makes a descent along a circular platform, moves along the ascent platform and a descent.

The invention is illustrated by drawings, where

figure 1 presents the attraction in the I embodiment;

figure 2 presents the attraction with II and III variants of execution;

figure 3 - section. AA in figure 2;

figure 4 - node I in figure 2 - a car with devices on an enlarged scale.

The attraction of the I embodiment, see figure 1, consists of a base 1, a rotary truss 2, a horizontal axis of rotation 3, cabs 4 for visitors, cars 5, cabs 6 for cars 5, device 7 for securing cars 5, device 8 to eliminate the roll cabs 6 for cars 5, a device for measuring the roll of cabs 6 - a roll 9, platform 10 for exit cars 5, platform 11 for exit cars 5.

Attraction II and III of the embodiments, see FIG. 2, FIG. 3, FIG. 4, consists of a base 1, a fixed truss 2 connected to it, a circular platform 12 of a steel sheet 13, located on a circumference on the periphery with fastening from the inside with side of the center to the farm 2 mounted sideways to the circular platform 12 of the platform 14 of the rise and descent of the steel sheet 15, consisting on one side of the Central vertical plane of the inclined flat rectilinear section 16 of the rise with an angle of inclination to the horizon plane of 70-75 °, on the other hand from central vert the plane from the inclined flat rectilinear section 17 of the descent with an angle of inclination to the horizon plane of 88 ° 30 ', with the upper flat rectilinear section 18 located between them from above, the lower radially executed section 19 with the cutout 20 for driving cars in it 5, neckline 21 for the exit of cars 5; the car 5 in the lower part between the wheels is equipped with a magnet 22.

In the attraction of option III, a magnet 23 is mounted under the steel sheet 13 of the circular platform 12, a magnet 24 is mounted under the steel sheet 15 of the lift and lower platform; and the car 5 in the lower part between the wheels is equipped with a steel plate 25.

It is provided in the second variant of the attraction that the car 5 be provided with an electromagnet 26, a superconducting electromagnet 27.

Installation of the electromagnet 28 under the steel sheet 13 is provided in the third variant of the attraction, the installation of the electromagnet 29 under the steel sheet 15, or the installation of the superconducting magnet 30 under the steel sheet 13, or the superconducting magnet 31 under the steel sheet 15.

The use of a car 32 with an electric movement mechanism, a car 33 with a power supply from an engine from natural gas cylinders, a car 34 "TOR-model" running on compressed air is provided for option II, III of the attraction.

A device 35 is provided for fixing the driver when moving cars 5, 32, 33, 34 with a roll, in the "up wheels" position.

The car 5, 32, 33, 34 is equipped with a strong protective frame 36.

The attraction is equipped with backup control of cars 5, 32, 33, 34 from an automatic device - autopilot 37 using a radio-controlled robot 38 with external forms in the form of a model of the driver.

The circular platform 12 and the platform 14 of the rise and descent is provided with a side guard 39 of non-magnetic material, for example stainless steel.

Cutout 20 of the entrance, cutout 21 of the exit of cars 5, 32, 33, 34 are fenced with protective fencing 40, for example, in the form of a mesh.

Attraction I options, see figure 1, works as follows.

Cabin 6 for vehicle 5 is placed above the entry area 10. The car 5 on the site 10 of the entrance leaves in the cabin 6 for cars. The car 5 is fixed in the car cabin 6 with the car fastening device 7 5. With the roll elimination device 8, the cab 6 is aligned with the car 5, checking that there is no roll according to the krenometer 9. The farm 2 resting on the base 1 around the axis 3 is turned to the visitor cab 4, landing visitors to the cabin 4 from the entry platform 10, fill the cabins with 6 cars 5, the cabin with 4 visitors. Turn farm 2 with suspended cabs 6 and 4, make one or more revolutions of cabs 6 and 4, depending on the presentation program. At the end of the performance, cars 5 move out of cabs 6 for cars on the platform 11 of the congress to the ground, visitors from cabs 4 are dropped off on the platform 11 of the congress.

For re-presentation, actions are repeated.

The attraction of options II and III, see figure 2, figure 3, figure 4, works as follows.

When the attraction option II, in which the car 5, 32, 33, 34 is equipped with a magnet 22, or an electromagnet 26, or a superconducting electromagnet 27, and a circular platform 12, the platform 14 of the rise and exit are made respectively of steel sheets 13 and 15, perform the following:

a magnet 22, or an electromagnet 25, or a superconducting electromagnet 27 is mounted on a car 5, 32, 33, 34. A protective cover 36 is mounted on a car 5, 32, 33, 34. A driver 35 is fixed to a car 5, 32, 33, 34 with a locking device 35 . A car 5, 32, 33, 34, equipped with a magnet 22, 26, 27, along the entrance platform 10 through the cutout 20, see arrow B of FIG. 3, enters the platform 14 for lifting and lowering, connected to the circular platform 12, a stationary farm 2, base 1. On an inclined flat rectilinear lifting section 16 at an angle of inclination of 70-75 ° to the horizon plane, car 5, 32, 33, 34 rises; in case of difficulties for lifting, the lifting maneuver is performed in the form of a “snake” maneuver with a lifting angle of up to 22 °, including when reversing. At the top of the lift section 16, the car 5, 32, 33, 34 is moved by the snake maneuver to the upper flat straight section 18; at section 18, the car 5, 32, 33, 34 moves when moving forward, when performing the "snake" maneuver; when reversing. From the upper position, the car 5, 32, 33, 34 descends along a circular platform 12, see arrow D of Fig. 3, describing a circle or part of a circle, or descends along an inclined flat rectilinear section 17, see arrow D of Fig. 3 , with an angle of inclination of 88 ° 30 'to the horizon plane with rolling downward on an inclined flat rectilinear lift section 16 with an angle of inclination of 70-75 °, makes a stop on this section, rolls down. To exclude the rolling out of cars 5, 32, 33, 34 from the platforms 12, 14, the cutouts 20, 21 are closed with protective guards 40, and the circular platform 12 and the lifting and lowering platform 14 are closed with side barriers 39 made of non-magnetic material, for example, stainless steel.

After completing the presentation program, the car 5, 32, 33, 34 goes through the cutout 21 along the exit platform 11 to the ground, see arrow B, Fig. 3.

For re-presentation, actions are repeated.

With the attraction of option III, in which the car 5, 32, 33, 34 is equipped with a steel plate 25, and the circular platform 12, the platform 14 for lifting and lowering are made of steel sheets 13, 15, respectively, with magnets 23, 24 or electromagnets 28 mounted under them, respectively , 29, or superconducting electromagnets 30, 31 perform the following:

a steel plate 25 is mounted on the car 5, 32, 33, 34. A strong protective frame 36 is mounted on the car 5, 32, 33, 34. The driver is fixed to the car 5, 32, 33, 34 with the fixing device 35. A car 5, 32, 33, 34, equipped with a steel plate 25, leaves the landing site 10 through the cutout 20 and leaves the landing and landing platform 14, see arrow B of FIG. 3. On an inclined flat rectilinear portion 16 of lifting at an angle of 70-75 ° to the horizon, the car 5, 32, 33, 34 rises up, in case of difficulties for lifting, the lifting maneuver is performed in the form of a “snake” maneuver with a lifting angle of up to 22 °, including when reversing. At the top of the lift section 16, the vehicle 5, 32, 33, 34 is moved by the snake maneuver to the upper flat rectilinear section 18; at section 18, the car 5, 32, 33, 34 moves when moving forward, when performing the "snake" maneuver, when reversing. From the upper position, the car 5, 32, 33, 34 makes a descent along a circular platform 12, see arrow D of Fig. 3, or makes a descent along an inclined flat rectilinear section 17, see arrow D, Fig.3, with an angle of inclination 88 ° 30 'to the horizon plane with rolling downward on an inclined flat rectilinear lifting section 16 with an inclination angle of 70-75 °, makes a stop on this section, rolls down. Fences 39, 40 protect the vehicles 5, 32, 33, 34 from rolling out from the platforms 12, 14. After completing the presentation program, the vehicle 5, 32, 33, 34 goes to the ground through the cutout 21 along the exit platform 11, see arrow B, figure 3. For re-presentation, actions are repeated.

To move vehicles 5, 32, 33, 34 in the positions with a roll, the wheels are used to retrofit the driver's seat, engine, transmission and other equipment for their work in these positions. For a car 32 with an electric movement mechanism, a car 33 with an engine powered by natural gas cylinders, the amount of additional equipment is minimal. A further reduction in the volume of additional equipment is achieved by using the car 34 "TOP model", operating on compressed air.

With backup control, the car 5, 32, 33, 34 is controlled by an automatic control device - autopilot 37 using a radio-controlled robot 38 with external forms in the form of a driver’s model.

TECHNICAL ASPECTS

Moving the car upward along an inclined flat rectilinear surface at an angle to the horizon plane of 70-75 ° or more was tested experimentally on a radio-controlled typewriter model of a Power-I ”Superrior” automobile model with dimensions: length 90 mm, width 48 mm, height 39 mm, total weight with a magnet of 110 g on a steel sheet 8 mm thick. The descent of the car down an inclined rectilinear surface at an angle to the horizon plane of 88 ° 30 'was tested experimentally on typewriter-models of cars of different brands. The experiment found that the machine model is held on a rectilinear surface at an angle of 90 ° to the horizon plane, moving across it at an angle to the horizon plane to 22 °; controlled descent is possible at an angle of up to 88 ° 30 ’, with a larger angle an uncontrolled slide down is obtained. The descent of a car down a circular platform was tested experimentally on radio-controlled cars-models of cars, it is permissible to carry out a descent at different speeds.

Claims (15)

1. An attraction comprising a circular truss with a horizontal axis of rotation mounted on the base with visitor cabs suspended around its circumference, characterized in that it is equipped with cabs for cars with a car fastening device mounted therein, a cab roll roll elimination device, a roll gauge, and cab alternation for cars with visitor cabins and with car entry and exit platforms located below. 2. An attraction comprising a circular truss installed on the base, characterized in that it is provided with a circular platform of a steel sheet located on a circumference on the periphery with fastening from the inside from the center to the truss, mounted sideways to the circular platform with a platform for lifting and lowering from a steel sheet, consisting from one of the central vertical plane from the inclined flat rectilinear lifting section with an angle of inclination to the horizon plane of 70-75 °, on the other hand from the central vertical plane from the inclined plane a straight rectilinear descent section with an angle of inclination to the horizon plane of 88 ° 30 ′, with an upper flat rectilinear section located between them from above, a lower radially executed section with cutouts made in it for entry, exit of cars from the vehicle entry and exit platforms located below, and a car equipped with a magnet between the wheels in the lower part makes a descent along a circular platform, moves along the ascent and descent platforms. 3. An attraction comprising a circular truss installed on the base, characterized in that it is provided with a circular platform of a steel sheet with a magnet mounted under it, located on a circumference on the periphery with fastening from the inside from the center to the truss, mounted on the side to the circular platform with an ascent and descent platform from a steel sheet with a magnet mounted under it, consisting of one from the central vertical plane of an inclined flat rectilinear section of ascent and descent with an angle of inclination to the horizontal plane that 70-75 °, on the other hand from the vertical central plane from an inclined flat rectilinear descent section with an angle of inclination to the horizon plane of 88 ° 30 ′, with the upper flat rectilinear section located between them from above, the lower radially executed section with those made in it cutouts for the entry and exit of vehicles from the lower vehicle entry and exit platforms, and a car equipped with a steel plate between the wheels in the lower part makes a descent along a circular platform, moves around the platform ascent and descent. 4. The attraction according to claims 2 and 3, characterized in that it is equipped with a backup vehicle control from an automatic control device - an autopilot using a radio-controlled robot with external forms in the form of a driver’s model. 5. The attraction according to claim 2, characterized in that the car is equipped with an electromagnet. 6. The attraction according to claim 2, characterized in that the car is equipped with a superconducting electromagnet. 7. The attraction according to claim 3, characterized in that it is equipped with electromagnets mounted under steel sheets of a circular platform, a platform for lifting and lowering. 8. The attraction according to claim 3, characterized in that it is equipped with superconducting electromagnets mounted under steel sheets of a circular platform, a lifting and lowering platform. 9. The attraction according to claims 2 and 3, characterized in that the car is equipped with an electric movement mechanism. 10. The attraction according to claims 2 and 3, characterized in that the car is equipped with an engine powered by natural gas cylinders. 11. The attraction according to claims 2 and 3, characterized in that the vehicle "TOR-model" is used, operating on compressed air. 12. The attraction according to claims 2 and 3, characterized in that it is equipped with a driver fixation device when moving with a roll and in the "up wheels" position. 13. The attraction according to claims 2 and 3, characterized in that the car is equipped with a strong protective frame. 14. The attraction according to claims 2 and 3, characterized in that it is provided with a side fence made of non-magnetic material of a circular platform and a platform for lifting and lowering. 15. The attraction according to claims 2 and 3, characterized in that it is equipped with a protective fence for cutouts of entry, exit, for example, in the form of a grid.

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