RU166040U1 - WATER ATTRACTION - Google Patents

Abstract

1. A water attraction containing a water tank made in the form of a three-dimensional figure of a L-shaped form formed by two hollow elements of the same rectangular cross-section, the axes of which are mutually perpendicular, the height of the vertical element of the container is greater than the height of the horizontal element, and the upper parts of the container are connected by an elastic working surface, gratings for draining water installed above the water tank, a device for pumping water located inside the tank and connected to the device for of water transportation, the outlet of which is located above the lower part of the elastic working surface, characterized in that the attraction device includes a vertically located hydraulic turbine, the injection part of which is connected to the L-shaped nozzle, inside of which, before its outlet, there is an adjustment a plate pivotally connected to the inner upper wall of the L-shaped nozzle, and after the outlet of the L-shaped nozzle there is a pressure plate pivotally with union with the outer upper part sopla.2. A water attraction according to claim 1, characterized in that the width of the pressure plate is equal to the width of the outlet of the L-shaped nozzle.

Description

The utility model relates to recreational water rides for children and adults.

Known inflatable attraction, made in the form of a container of durable transparent film, with a slit, closed with a tight clasp and a nipple for air injection. The blades are fixed on the outer side of the container along the diametrical plane, and inside the plane of the blades, a track with corrugation is fixed and perpendicular to the diametrical plane - handrails.

Handrails are made in the form of two rods located at a distance from each other, sufficient to accommodate a person between them, connected by ends with cranks, the trunnions of which are mounted in bearing bearings fixed in the diametrical plane of the empty volume.

The capacity is made in the form of an ellipse, and the railing and blades are respectively located along and perpendicular to the greater axis of its symmetry (see Ukraine patent for utility model No. 50650 “Inflatable water atraktsyun”).

But, it is impossible to ride a board on a famous attraction, or learn to surf. It has limited functionality.

The construction of the Sea Woh water attraction is also known (see www.awm.technologies.com, www.cubicinspirations.com).

The Sea Voh attraction is a main (working) metal tank (water tank), under which an additional (storage) metal tank and a water supply system are installed, including pipelines for supplying water to the main (working) tank, a water supply pipe from an additional (accumulating) ) tanks and pumps. Above the pipelines supplying water to the main (working) tank, there is a metal grate. Along the edges of the tank there are safety sides.

Attraction "Sea Voh" works as follows.

Water is supplied through several pipelines to the main (working) tank according to the fountain principle, which creates the effect of a water stream of a certain width.

After filling the main tank with water to a certain volume, water through special openings enters the lower additional (storage) tank and from there it is pumped through pipelines to the upper main (working) tank.

The specified water attraction has a significant drawback - water flows in the working tank at low speed. The ride creates conditions that mimic the river. It does not provide the formation of a high wave with a crest.

Closest to the claimed utility model is the design of a water attraction described in the patent of the Russian Federation No. 136972 for utility model.

The specified water attraction contains a water tank made in the form of a three-dimensional figure of an L-shaped form formed by two hollow elements of the same rectangular cross section, the axes of which are mutually perpendicular. The height of the vertical container element is greater than the height of the horizontal element. The upper parts of the tank are connected by an elastic working surface. The water attraction also contains gratings for draining water installed above the tank and a submersible pump located inside the water tank. The submersible pump is connected to the supply pipe. The output nozzle of the supply pipe is located above the lower part of the elastic working surface.

The design of this water attraction is selected as a prototype.

The prototype and the claimed utility model have the following common features:

- capacity for water;

- the water tank is made in the form of a three-dimensional figure L-shaped, formed by two hollow elements of the same rectangular cross-section, the axes of which are mutually perpendicular, while the height of the vertical element of the tank is greater than the height of the horizontal element;

- the upper parts of the water tank are connected by an elastic working surface;

- gratings for draining water installed above the water tank;

- a device for pumping water located inside the water tank and connected to a device for transporting water;

- the output nozzle of the device for transporting water is located above the lower part of the elastic working surface.

However, the prototype has the following disadvantages.

1. The lack of design efficiency associated with the relatively long path of the supplied water stream, which requires high power submersible pump.

2. The complexity of manufacturing metal structures and, in this regard, high cost.

3. The need to use a deep water tank, which also increases the cost associated with both the supply of a large volume of water and the costs of filtering and purifying water.

The utility model is based on the task of developing an improved design of a water attraction, in which, by replacing a device for pumping water, as well as introducing additional elements - an adjustment plate and a pressure plate, to increase the efficiency of the water attraction, simplify its manufacture, reduce costs and reduce costs its operation.

The problem is solved in the design of a water attraction containing a water tank made in the form of a three-dimensional figure of an L-shaped form formed by two hollow elements of the same rectangular cross-section, the axes of which are mutually perpendicular, the height of the vertical element of the container is greater than the height of the horizontal element, and the upper parts of the container connected by an elastic working surface, gratings for draining water installed above the water tank, a device for pumping water located inside the tank springs and connected to a device for transporting water, the outlet of which is located above the lower part of the elastic working surface, in that, as a device for pumping water, the attraction contains a vertically located hydraulic turbine, the pumping part of which is connected to the L-shaped nozzle, inside of which, before its outlet, there is an adjustment plate pivotally connected to the inner upper wall of the L-shaped nozzle, and after the outlet of the L-shaped nozzle is located izhimnaya plate pivotally connected to an upper outer portion of the nozzle.

In addition, the width of the pressure plate is equal to the width of the outlet of the L-shaped nozzle.

New in the claimed utility model is:

- use of a vertically located hydraulic turbine;

- the presence of an adjustment plate located inside the L-shaped nozzle in front of its outlet;

- the presence of a pressure plate located after the outlet of the L-shaped nozzle;

- the form of connection of the adjustment and pressure plates.

The design of the water attraction is shown in the drawings, where:

FIG. 1 is a sectional side view of the attraction;

FIG. 2 is a view of the end of an L-shaped nozzle with control and pressure springs;

FIG. 3 - view of the attraction from above.

A water attraction includes a water tank 1, made in the form of a three-dimensional figure of an L-shaped form formed by two hollow elements of the same rectangular cross-section, the axes of which are mutually perpendicular, the height of the vertical element of the container is greater than the height of the horizontal element, and the upper parts of the container are connected by an elastic working surface 2 , a grid 3 for draining water mounted on a vertical element of the tank 1 for water.

Inside the tank 1 for water, in its final part, a vertically located hydraulic turbine 4 is installed.

On the upper discharge part of the hydraulic turbine 4, a L-shaped nozzle 5 is rigidly fixed, the outlet of which is located above the elastic working surface 2.

Inside the L-shaped nozzle 5, in front of its outlet, there is an adjustment plate 6 connected to the inner upper part of the L-shaped nozzle 5 by means of a hinge 7. The volume of water flow leaving the L-shaped nozzle 5 is controlled by pressure bolts 8 (Fig. 2).

After the outlet of the L-shaped nozzle 5, a pressure plate 9 is installed, which is connected to the upper part of the L-shaped nozzle 5 by means of a hinge 10 and fasteners 11.

A platform 12 is installed above the L-shaped nozzle 5, on the sides of which there are drain grates 13 (Fig. 3).

Water attraction is used in the following order.

First, the tank 1 is filled with water. Then, the turbine 4 is turned on, which through the L-shaped nozzle 5, mounted on the upper part of the turbine 4, delivers water along the elastic working surface 2 from the bottom up. At the same time, the water flow, before exiting the outlet of the L-shaped nozzle 5, is controlled with the help of the adjusting plate 6 and pressure bolts 8. When leaving the L-shaped nozzle 5, the water flow raises the pressure plate 9 by its force (pressure) to the required level. Due to this, the water flow becomes laminar ("smooth"), which improves the operational characteristics of the attraction.

The flow of water moves along the elastic working surface 3 from the bottom up at a speed of about 40 km / h, which creates the effect of a wave, along which you can slide using a surfboard. Under the influence of gravitational forces, speed and volume of water, a person, standing or sitting on a surfboard, can slide down the surface from the top of the “wave” up or down and diagonally if capacity 1 is at least 7 m long and 6 m wide and 1 m high.

In the inventive water attraction, the effect of riding on the waves is obtained. In the event of a person falling from a surfboard, his safety is ensured by an elastic work surface 2.

Claims (2)

1. A water attraction containing a water tank made in the form of a three-dimensional figure of a L-shaped form formed by two hollow elements of the same rectangular cross-section, the axes of which are mutually perpendicular, the height of the vertical element of the container is greater than the height of the horizontal element, and the upper parts of the container are connected by an elastic working surface, gratings for draining water installed above the water tank, a device for pumping water located inside the tank and connected to the device for of water transportation, the outlet of which is located above the lower part of the elastic working surface, characterized in that the attraction device includes a vertically located hydraulic turbine, the injection part of which is connected to the L-shaped nozzle, inside of which, before its outlet, there is an adjustment a plate pivotally connected to the inner upper wall of the L-shaped nozzle, and after the outlet of the L-shaped nozzle there is a pressure plate pivotally with union with the outer upper part of the nozzle. 2. A water attraction according to claim 1, characterized in that the width of the pressure plate is equal to the width of the outlet of the L-shaped nozzle.

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