RU184217U1 - WATER ATTRACTION - Google Patents

Abstract

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

The technical result of the utility model is the ability to change the wave height during the operation of the attraction without stopping it.

The specified technical result is achieved due to the fact that the claimed water attraction containing a water tank, a working surface, a drain grill installed in the upper part of the water tank, a pump and a device for transporting water, the outlet of which is located above the working surface, the working surface is laid on the floor, having a threshold for creating a wave, the drain grill is installed at an angle, characterized in that the threshold for creating a wave is made in the form of a device capable of changing the position regarding flooring.

Description

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

A known design of a water attraction described in RU 136972 U.

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 a drainage grate mounted 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.

This solution has the following technical problems.

1. The thickness of the water flow is only 6 ... 8 cm, which does not allow the use of standard surfboards.

2. Only special boards can be used in this attraction.

3. Inadequate safety of using the attraction, due to the fact that when falling onto the working surface, dislocations, fractures of the arms and legs are possible, since the water flow moves at high speed (about 40 km / h).

4. The attraction uses a special board made of wood; if a person falls from the board, it is possible to get injured by a floating board.

The closest analogue is a water attraction (patent RU 164278U, publ.: 08.20.2016.) Containing a water tank, a work surface, a drain grill installed in the upper part of the water tank, a pump and a device for transporting water, the outlet of which is located above the working surface, characterized in that the water tank is made in the form of a concrete or metal bowl, on the sides of which there are lateral viewing platforms, and in the back of the bowl there is an upper viewing platform, fixed on racks, the working surface is laid on the floor on which the portable threshold for creating a wave is installed, the drain grill is installed at an angle, and in the back of the bowl there is a hydraulic unit, including a set of L-shaped nozzles, each of which has a pump, with the upper parts of Г -shaped nozzles are located under the upper viewing platform, and their outlet openings are above the working surface.

This water attraction provides an increase in the thickness of the water flow up to 40 ... 60 cm, which significantly increases the effectiveness of the attraction.

In him:

the flow of water moves from top to bottom from the back of the bowl to the front, and in the attraction of the prototype, water moves from bottom to top;

the thickness of the flow is 40 ... 60 cm, in the attraction of the prototype it is possible to obtain a flow thickness of 6 ... 8 cm

These differences allow you to increase the effectiveness of the attraction.

However, the technical problem of this attraction is the limitation of functionality in the process of its operation. This is due to the fact that on the floor there is a portable threshold for creating a wave, which can be fixed on the floor both in front and in the back of the floor. Thus, before starting to work, the threshold is fixed once in some position and the wave height remains unchanged during its operation until the attraction is interrupted and during dismantling the threshold is moved to another place to create a wave of a different height . This does not allow changing the wave height during the operation of the attraction without stopping it.

The objective of the utility model is to expand the functionality of the attraction by creating the ability to change the wave height directly in the process of the attraction.

The technical result of the utility model is the ability to change the wave height during the operation of the attraction without stopping it.

The specified technical result is achieved due to the fact that the claimed water attraction containing a water tank, a working surface, a drain grill installed in the upper part of the water tank, a pump and a device for transporting water, the outlet of which is located above the working surface, the working surface is laid on the floor having a threshold for creating a wave, the drain grill is installed at an angle, characterized in that the threshold for creating a wave is made in the form of a device capable of changing the position regarding flooring.

It is conceivable that the threshold is movable in the horizontal direction.

It is conceivable that the threshold is configured to move in the vertical direction.

It is conceivable that the threshold is movable in the horizontal and vertical directions.

It is permissible that the threshold is mounted on an axis whose ends are fixed on horizontal rails and configured to move along them by means of a manual or electric drive.

It is permissible that the threshold is mounted on an axis whose ends are fixed on vertical rails and are movable along them by means of a manual or electric drive.

It is permissible that the threshold is made in the form of a cylinder and is mounted rigidly on a shaft with a displaced center, and a manual or electric rotation drive is installed on one of the shaft ends.

It is permissible that the attraction contains an additional threshold, which is made in the form of a cylinder and is mounted rigidly on a shaft with a displaced center, and a manual or electric rotation drive is installed on one of the shaft ends.

A brief description of the drawings.

In FIG. 1 shows an example of a water attraction in cross section, where the threshold is made with the possibility of movement in the horizontal direction.

In FIG. 2 shows an example of a threshold shift in the horizontal direction in comparison with FIG. one.

In FIG. Figure 3 shows an example of the implementation of the node displacement of the threshold in the horizontal direction (a - view from below, b - view from above).

In FIG. 4 shows an example of a water attraction in cross section, where the threshold is made with the possibility of displacement in the vertical direction (a and b are the types of demonstration of displacement in height).

In FIG. 5 shows an example of a water attraction in cross section, where the threshold is made with the possibility of displacement in the horizontal and vertical direction (a and b are types of demonstration of the simultaneous displacement of the threshold in the horizontal direction and in height).

In FIG. 6 shows an example of a water attraction with an additional threshold, where the threshold is made with the possibility of movement in the horizontal and vertical direction.

In the drawings: 1 - water collection tank, 2 - water level, 3 - upper viewing platform, 4 - risers, 5 - flooring, 6 - work surface, 7 - racks, 8 - threshold, 9 - inclined drain grill, 10 - technological grids, 11 - pump, 12 - nozzle, 13 - suction part of the pump, 14 - guides for horizontal displacement of the threshold, 15 - side, 16 - wheels, 17 - gearbox, 18 - shaft, 19 - movable support, 20 - electric drive for horizontal movement, 21 - axis of fastening the threshold, 22 - screw jack, 23 - vertical guide, 24 - vertically movable support, 25 - hollow pipe, 26 - electric roprivod for rotating the tube, 27 - the shaft.

Utility Model Implementation

Water attraction contains a concrete or metal container for collecting water 1, made in the form of a box. On the sides of the tank 1 can be located side viewing platforms (not shown in the drawings). In the back side of the tank 1 can be located the upper viewing platform 3, which is supported by risers 4, mounted in the base of the tank 1.

Inside the container 1, in its central part, a flooring 5 is installed, for example, of galvanized iron, on which a working surface 6, for example, of plastic sheets, is fixed.

The flooring 5 can be made in the form of three interconnected sections, while the extreme sections of the flooring 5 are horizontal and the middle one is inclined, and the section in the back of the container 1 is located above the section in the front of the container 1.

The flooring 5 with the working surface 6 is attached using racks 7, the lower parts of which are fixed in the base of the tank 1. On the flooring 5 there is a threshold 8 for creating a wave, which can be fixed on the flooring 5 both in front and in the back of the flooring 5 .In the front side of the tank 1 is installed an inclined drain grill 9.

Between the upper viewing platform 3 and the rear wall of the tank 1 can be installed technological lattice 10.

A pump 11 is located in the back of the tank 1, the nozzle 12 in the pumping part. The suction part 13 of the pump 11 is located in the lower part of the tank 1, below the water level 2, and the pumping part 11 is located in the upper part of the nozzle 12 above the water level 2 The outlet openings of the nozzle 12 are located above the working surface 6 with the deck 5.

On the sides of the tank 1, in its upper part, boards 15 and, if necessary, viewing platforms are installed.

New is that the threshold 8 for creating a wave is made in the form of a device that can change position relative to the deck 5.

A device that changes position relative to the flooring 5 can be made in different ways and in the form of various devices.

For example, the threshold 8 can be shifted in the horizontal direction (see Fig. 1, Fig. 2) by means of horizontally mounted guides 14, on which the threshold 8 is pivotally fixed with its ends pivotally on the axis 21 (see Fig. 3), which is supported by two movable supports 19, supported by wheels 16, which move along the guides 14.

The movement along the guides 14 can be carried out, for example, by means of an electric drive 20 (see Fig. 3) with a shaft 18 extending from both sides, mounted in the middle between the movable bearings 19. The electric motor 20 rotates the shaft 18, at the ends of which a gearbox is installed inside the movable supports 19 17, the rotating wheels 16.

The general principle of setting threshold 8 when shifting horizontally is that it can be mounted on an axis whose ends are mounted on horizontal rails and can be shifted along them by means of a manual or electric drive.

Also, the threshold 8 can be performed with the possibility of displacement in the vertical direction (see Fig. 4). Then, the threshold 8 can be shifted in height, for example, by means of screw jacks 22 mounted on the ends of the axes on which the threshold is fixed 8. For stability and protection against deviation from the vertical axis, the threshold 8 can be fixed on the side of each end between the two rails 23 vertically movable support 24.

The general principle of setting the threshold 8 when shifting vertically is that it can be mounted on an axis, the ends of which are fixed on horizontal rails and can be moved on them by means of a manual or electric drive.

The threshold can be implemented with the possibility of movement, both in horizontal and vertical direction (see Fig. 5). This design can be implemented if the threshold is in the form of a cylinder, for example, a hollow pipe 25. The ends of the hollow pipe 25 are clogged, forming a hollow cylinder. The pipe 25 is mounted on the shafts 27 with a deviation from the center of the axis of the pipe, and the shafts are rotated using electric drives 26 operating synchronously from both ends. When the actuators 26 rotate, the pipe 25 smoothly changes position, both in height and in the horizontal direction.

The principle of installing such a threshold 8 when moving horizontally and vertically is that it can be installed with an offset center on the shaft, which is made to rotate by means of a manual or electric drive.

In any embodiment (see Fig. 1, Fig. 4, Fig. 5), the water attraction may contain an additional threshold 25 (see Fig. 6), which is made in the form of a cylinder and is mounted rigidly on a shaft with an offset center, and one of the shaft ends has a manual or electric rotation drive.

Water attraction is used in the following order.

First, the tank 1 is filled with water. Then the pump 11 is turned on, which supplies water through the nozzle 12 to the working surface 6 from top to bottom. A stream of water is created with a height of 40 ... 60 cm, which moves along the working surface 6 from top to bottom, increasing the speed due to the fact that the flooring 5 is made with an inclination in its middle part. With further movement along the working surface 6, the water stream comes in contact with the threshold 8, as a result of which a wave is formed, on the crest of which you can ride with a surfboard. Under the influence of gravity, speed and volume of water, a person, standing or sitting on a surfboard, can slide down the surface of the water from the top of the "wave" down and, if necessary, up and diagonally.

Due to the fact that the threshold for creating a wave is made in the form of a device that can change position relative to the deck (in the horizontal direction, either in the vertical direction, or both in the horizontal and vertical directions), it is possible to change the wave height during the operation of the attraction without it stop.

Claims (5)

1. A water attraction containing a water tank, a work surface, a drain grill installed in the upper part of the water tank, a pump and a device for transporting water, the outlet of which is located above the work surface, the work surface is laid on a floor having a threshold for creating a wave moreover, the threshold for creating a wave is made in the form of a device capable of changing position relative to the flooring, characterized in that the threshold is made with the possibility of movement in horizontal and vertical direction leniyah. 2. Water attraction according to claim 1, characterized in that the threshold is mounted on an axis, the ends of which are fixed on horizontal guides, and is configured to move along them by means of a manual or electric drive. 3. A water attraction according to claim 1, characterized in that the threshold is mounted on an axis, the ends of which are fixed on vertical guides, and is configured to move along them by means of a manual or electric drive. 4. Water attraction according to claim 1, characterized in that the threshold is made in the form of a cylinder and is mounted rigidly on a shaft with a displaced center, and a manual or electric rotation drive is installed on one of the shaft ends. 5. Water attraction according to any one of paragraphs. 1-4, characterized in that the attraction contains an additional threshold, which is made in the form of a cylinder and is mounted rigidly on a shaft with an offset center, and a manual or electric rotation drive is installed on one of the shaft ends.

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