RU204674U1 - ATTRACTION TO FORM AN ARTIFICIAL WAVE - Google Patents

Abstract

The utility model relates to amusement rides on water for children and adults. The technical result of the utility model is to simplify the design, lighten the weight, reduce the time for installation and disassembly of the structure. The specified technical result is achieved due to the fact that an attraction is declared for the formation of an artificial wave, containing a container for water and installed in the upper part of the water tank: a working surface with an inclined section, a drain grate; also contains a submersible pump, the outlet of which is connected to a device for transporting water (hydraulic unit), and the outlet of the hydraulic unit is located above the working surface, and the working surface is laid on a deck with a threshold for creating a wave, and the outlet of the hydraulic unit is divided into sections, characterized by the fact that that the outlet of the hydraulic unit has a direct exit to the upper edge of the inclined section of the working surface, and the lower edge of the inclined section of the working surface smoothly passes into the threshold for creating a wave. 3 C.p. f-ly, 10 ill.

Description

The utility model relates to amusement rides on the water for children and adults.

Known surfing design for the formation of an artificial wave, described in patent US8516624 (publ .: 2013-08-27). The solution was chosen for the prototype as the closest analogue.

In the analogy, surfing for the formation of an artificial wave, contains: a main pool, a wave pool, an inclined ramp, the lower end of which descends into the pool, a horizontally located flow section connected at its outlet end to the upper end by an inclined section, at least one pump connected to the inlet end of a horizontally located flow path, through which water is supplied from the main basin to the flow path, at least one adjustable guide device located in the basin downstream from the lower end of the inclined section, while the wave basin is located above the main basin, while at least one pump unit during operation is adapted to create a liquid level in the wave pool sufficient to create a certain resistance to water flowing along an inclined plane, which will allow the formation of a standing wave in at least one adjustable guide device by changing the speed of sweat an overflow, through which water can flow back from the wave pool to the main pool, moreover, the overflow is equipped with a regulating mechanism that allows you to adjust the water level in the wave pool so that at rest, the total amount of water is retained to fill the main pool and wave pool to a level sufficient to provide the specified specified resistance at the beginning of operation.

The technical problem of the prototype is the presence of a horizontally located flow section, to which water is supplied by a pump. The side of the horizontal flow section is adjoined by the edge of an inclined section, which leaves the other end to the bottom of the pool. As preferred, it is noted that the length of the ramp section is about half the length of the horizontal flow section.

Thus, the design of the entire attraction requires additional thrust structures (struts and beams), which must hold the horizontal flow path. This complicates the structure, makes it heavier and cumbersome, increases the time for installation and disassembly of the structure.

In addition, to stabilize and regulate the water flow rate, the side walls of the attraction are shifted, which is associated with technical difficulties, the need to use additional drives and movement mechanisms.

The task of the utility model is to eliminate the indicated technical problems.

The technical result of the utility model is to simplify the design while maintaining the ability to regulate the water flow rate and stabilize it.

The specified technical result is achieved due to the fact that the declared attraction for the formation of an artificial wave, containing a container for water and installed in the upper part of the container for water: a working surface with an inclined section, a drain grate; also contains a submersible pump, the outlet of which is connected to a device for transporting water (hydraulic unit), and the outlet of the hydraulic unit is located above the working surface, and the working surface is laid on a deck with a threshold for creating a wave, and the outlet of the hydraulic unit is divided into sections, characterized by the fact that that the outlet of the hydrosystem has a direct exit to the upper edge of the inclined section of the working surface, the lower edge of the inclined section of the working surface smoothly passes into the threshold for creating a wave, and on the inclined section of the working surface there is a partition with sections whose function is to stabilize the flow.

It is possible that the inclined section is made tapering from the top edge to the bottom.

It is possible that the inclined section is made tapering from the upper edge to the lower to a predetermined level, from which the flow width to the lower edge of the inclined section abutting against the bottom has a constant value.

It is possible that the threshold for creating a wave is made in the form of a device capable of changing its position relative to the flooring.

Brief Description of Drawings

Figure 1 shows the amusement device in the simplest version (top view in working condition).

Figure 2 shows the device of the attraction in the simplest version (top view without viewing platforms).

Figure 3 shows the amusement device in its simplest embodiment (side view in section and a close-up view of the wave crest).

Figure 4 shows the amusement device in the simplest version with a flow stabilizer (top view without viewing platforms).

Fig. 5 shows the amusement device in its simplest embodiment with a flow stabilizer (side view in section and a close-up view of the wave crest).

Fig. 6 shows an amusement device with a tapering inclined surface (top view in working condition).

Fig. 7 shows an amusement device with a tapering inclined surface (top view without viewing platforms).

Fig. 8 shows an amusement device with a tapering inclined surface (side view in section and a close-up portion of the wave crest).

Fig. 9 shows an amusement device with a tapering inclined surface with a flow stabilizer (top view without viewing platforms).

Fig. 10 shows an amusement device with a tapering inclined surface with a flow stabilizer (side view in section and a close-up view of a wave crest).

In the drawings: 1 - Reinforced concrete bowl (water tank), 2 - Device for transporting water (hydraulic unit with water injection nozzles), 3 - Submersible pump, 4 - Left side of the channel, 5 - Right side of the channel, 6 - Boost section of the channel, 7 - Channel bottom, 8 - Drain grate, 9 - Threshold, 10 - Lift ridge (wavy), 11 - Two-level central platform, 12 - Side launch pad, 13 - Water level, 14 - Wave for riding, 15 - Ridge lifting mechanism , 16 - Partition with sections (flow stabilizer), 17 - Adjustment plate on the drain grids.

Implementation of the utility model

The attraction for the formation of an artificial wave contains a water tank 1 (see Fig. 1, Fig. 2, Fig. 3) and installed in the upper part of the water tank: a working surface having an inclined section 6, a drain grate 8, which can have adjusting plates 17.

The device also contains a submersible pump 3, the outlet of which is connected to a device for transporting water (hydrosystem) 2, and the outlet of the hydrosystem is located above the working surface.

The working surface is laid on a flooring with a threshold 9 to create a wave 14.

In this case, the outlet of the device for transporting water (hydrosystem) 2 is divided into sections.

What is new is that the outlet of the device for transporting water (hydrosystem) 2 has a direct exit to the upper edge of the inclined section 6 of the working surface, and the lower edge of the inclined section 6 of the working surface smoothly passes into the threshold 9 to create a wave.

Simplification of the structure, lightening the weight, reducing the time of installation and disassembly of the structure is ensured due to the fact that it is not required to use additional thrust structures (posts and beams), which must hold the horizontal flow path. This horizontal part is absent in the claimed device due to the fact that the inclined section 6 is directly connected with the threshold 9 and the exit from the waterworks 2.

Possible variants of execution are the following additions to the construction of the device.

On the inclined section 6 of the working surface, there is a partition 16 with sections, the function of which is to stabilize the flow (see examples Fig. 4, Fig. 5). Due to the overlap of the sections of the partitions 16, for example, with the help of valves, the water flow rate is stabilized and regulated. This does not require the use of displacement of the side walls of the attraction as in the prototype, which makes it possible to simplify the structure while maintaining the ability to regulate the water flow rate and stabilize it.

The inclined section 6 can be made tapering from the upper edge to the lower, which implies the slope of the left 4 and / or right 5 sides of the channel, which allows to simplify the structure while maintaining the ability to regulate the water flow rate and stabilize it.

The inclined section 6 can be made tapering from the upper edge to the lower to a predetermined level, from which the flow width to the lower edge of the inclined section abutting against the bottom 7 of the channel has a constant value (see examples Fig. 6, Fig. 7, Fig. 8 ), which also makes it possible to simplify the design while maintaining the ability to regulate the water flow rate and stabilize it. In the place where the flow width has a constant value, a partition 16 with sections, the function of which is to stabilize the flow, can also be located (see examples of Fig. 6, Fig. 9, Fig. 10).

The threshold 9 for creating a wave can be made in the form of a device capable of changing its position relative to the deck, for example, in the form of a lifting mechanism of the ridge 15, which also makes it possible to additionally regulate the water flow rate and stabilize it.

Claims (4)

1. Attraction for the formation of an artificial wave, containing a container for water and installed in the upper part of the container for water: a working surface with an inclined section, a drain grate; also contains a submersible pump, the outlet of which is connected to a device for transporting water (hydraulic unit), and the outlet of the hydraulic unit is located above the working surface, and the working surface is laid on a deck with a threshold for creating a wave, and the outlet of the hydraulic unit is divided into sections, characterized by the fact that that the outlet of the hydrosystem has a direct exit to the upper edge of the inclined section of the working surface, the lower edge of the inclined section of the working surface smoothly passes into the threshold for creating a wave, and on the inclined section of the working surface there is a partition with sections whose function is to stabilize the flow. 2. The attraction according to claim 1, characterized in that the inclined section is made tapering from the upper edge to the lower. 3. The attraction according to claim 2, characterized in that the inclined section is made tapering from the upper edge to the lower to a predetermined level, from which the width of the stream to the lower edge of the inclined section abutting against the bottom has a constant value. 4. The attraction according to claim 1, characterized in that the threshold for creating a wave is made in the form of a device capable of changing its position relative to the flooring.

Images