SU827087A1 - Merry-go-round - Google Patents

Description

spring 46, drive rollers 47 electric motor 48, pressure rollers 49, locking mechanism 50, thrust disk 51, pusher 52, spring 53, vertical rods

54, shock absorber 55, W) 56 and 57, and spring

55, step 59, flexible cable 60, limit switch 61, plate 62, coupling cone 63, fixed stops 64, gussets 65, arc-shaped guides 66 and 67, arc-shaped Iozh 68, lining 69, fixed stops 70, ratchet 71, bracket 72, stop 73, axis 74, hook 75.

Carousel works as follows.

After boarding the passengers in the cab 11, the operator turns on the rotary actuator 3, which through the gearbox 13, gear 14, gear 15 begins to rotate the support 4 together with the carriages 5, the power cylinders 7, the booms 8 and the platforms 10, Irych on one of the platforms 10 fixed with the help of vertical shafts 54 cabin 11. Thus, the normal rotation of the carousel begins relative to the vertical axis of the central assembly at a set speed.

In order to implement the game situation, i.e., the flight of spacecraft, their docking at a lower altitude, the movement of a satellite mockup with passengers from one spacecraft to another, and their subsequent undocking, it is necessary to have, but at least one, two platforms and one cabin.

At some point, the circular rotation of the mockups of spacecraft (platforms 10), the satellite model (cockpit //) is on one of them, for example, at the bottom right (see Figures 1 and 2). The rotation is counterclockwise. At this moment, the cabin /: / is located on the platform 10 in a fixed position. The cab // contacts through the arcuate guides 66 and 67 with a group of support rollers 40 with a grooved profile mounted on the platform 10. The arched iozh 68 of the cab 1} contacts two pairs of pressure 49 and irivided 47 rollers of the friction drive displacement located on the platform 10, and the plates 69 are in contact with two pads of the docking and uncoupling mechanism 42. These pads are kinematically connected through two shoulders of intersecting levers 44 with gripping hooks 43. At the same time, the cabin // is fixed by vertical brushes and 54 and fixed stops 70, as well as a rail 41 with a wavy profile and a hook 75 of the ratchet mechanism 71, which holds the cockpit and rolls it against the general direction of rotation of the pads.

After orientation of the platforms in height and using the flight control panel electrically connected with the power cylinders 7, the passenger can turn on the individual power drive for moving the carriage 5 along the lower 16 and upper 17 annular horizontal guides and approach the platform 10

which is installed cab 11 with another platform.

In order to bring closer together and subsequent docking, it is necessary that the docking cone 63 of one site enter the gripping hooks 43 of the other. After that, the uorium disc 51 with the pusher 52 of one platform begins to come into contact with the fixed stops 64 of the other platform, and the spring 53, the shock absorber, is compressed

55, moving the pusher to the left, and through the flexible cable 60 lowering of the rod 54 in contact with the fixed stops 70 of the car 11 takes place.

The rod 54 is provided with a plate 62, which, when lowering this rod downwards, is in contact with a limit switch 61 electrically connected to the motor 48 of the friction drive of the cab movement.

A pass-wheel, the corresponding button on the console, can switch on the electric motors 48 of the friction drive drive and move the cabin from one platform to another.

This movement of the car // is carried out along a group of support rollers 40 with the help of drive and idler rollers 47 and 49 of the friction drive, the arcuate knife 68 in contact with these rollers, the arcuate guides 66 and 67.. Cabia // moves forward, switches the frictional drive on another site with end switches and undersurge stops 70 contacts the vertical rods 54, turns off the friction iriver moving other end switches and stops in such a way that the curtains 69 of the arc-shaped knife 68 come into contact with the rod amy 45, unclench them and, thereby, through two shoulders, the intersecting levers 44 push the hooks 43 apart, which release the docking cone of the rear platform. After that, you can include individual power

drive carriage movement, i.e., undo the platforms and continue circular motion at a certain height, control the flight from the cockpit console 11 to the next docking and at the request of the passenger.

The cab orientation orientation cycle, approaching platforms, model 1, cabin, undocking can be carried out repeatedly by the passenger with control.

Claims (3)

1. Carousel containing the installed based on kinematically associated with A support with a frame, power cylinders with arrows, on which platforms with cabs are installed, characterized in that, in order to increase entertainment, it contains driving carriages mounted on the frame, with booms and power cylinders pivotally connected to the carriages, and each of the platforms It carries a docking and undocking mechanism, cab movement mechanisms and a locking mechanism. 2. The carousel of claim 1, wherein the docking and uncoupling mechanism comprises gripping hooks and spring-loaded shoes hinged to them by means of levers, and the platform carries support rollers. 3. The carousel of claim 1, wherein the locking mechanism includes a shock absorber with a pusher and a spring-loaded rod connected to it kinematically, electrically connected to the cab movement mechanism, and the cabin carries a ratchet mechanism. The source of information taken into account in the examination; 1. The patent of France No. 1229164, cl. A 63 G 1959. to // 32 2S Rig.Z 35 3 f 34 25 / 7 70 S B9B8 8 A FIG. 6 It ttS LL ( 67