RU186851U1 - Device for creating an artificial wave - Google Patents

Abstract

The utility model relates to recreational attractions.

A water attraction contains a water tank made in the form of a three-dimensional figure of an L-shaped in longitudinal section and an O-shaped in cross section formed by a quick-detachable steel frame having a rectangle in its section, grilles for water flow, soft safety sides. The upper parts of the tank are connected by an elastic working surface. Inside the tank there is a submersible pump connected to the engine through a system of shafts and a gearbox, a C-shaped nozzle, the outlet of which is located above the lower part of the elastic working surface, is located inside the water tank. A protective plate is located in front of the outlet of the C-shaped nozzle.

The proposed utility model provides an increase in the efficiency of a water attraction, simplification of its manufacture, cost reduction and cost reduction for its operation.

Description

The utility model relates to the organization of an entertainment attraction related to water skiing for children and adults.

A utility model is known that relates to recreational water rides for children and adults, consisting of a water tank made in the form of a three-dimensional figure of a L-shaped form, a grate for water flow, safety sides, an elastic work surface, a submersible pump (description of the utility model for RF patent No. 136972, application filing date 08/30/2013, IPC A63G 31/00, publ. 01/27/2014).

This attraction has the following disadvantages: the shape of the container does not have an optimal shape; there is no water treatment that allows the attraction to be used by an unlimited number of people and in accordance with sanitary standards; there is no adjustment and pressure plate connected to the nozzle, which at high pressure of the outgoing water makes it impossible to ride on water due to an unorganized outlet stream; there is no electric control panel with grounding, which is responsible for the speed of the pump, the force of the outgoing water pressure and, in case of a security risk, cuts off the power to the installation.

A useful model related to water rides for children and adults is known, consisting of a water tank made in the form of a three-dimensional figure of an L-shaped form, gratings for draining water, a device for pumping water connected to a device for transporting water, the pumping part which is connected to the L-shaped nozzle, inside of which, in front of its outlet, there is an adjustment plate pivotally connected to the inner upper wall of the L-shaped nozzle, and after the outlet The L-shaped nozzle has a pressure plate pivotally connected to the upper outer part of the nozzle (utility model description to the RF patent No. 166040, application filing date 04/15/2016, IPC A63G 31/00, publ. 10.11.2016).

The disadvantages of this attraction are the shape of the tank, which does not have a slope for collecting water pollution; lack of water purification, allowing the use of the attraction by an unlimited number of people and in accordance with sanitary standards; the use of L-shaped nozzles for supplying water to the working surface, since at an acute angle in the nozzle design itself, additional hydrodynamic loads on the internal walls will be created, which will destructively affect the nozzle design and increase the load on the discharge device; the absence of an electrical switchboard control with grounding, which is responsible for the speed of the pumps, the force of the outgoing water pressure and, in case of a security risk, disconnecting the power in the installation.

A useful model related to water rides for children and adults is known, consisting of a water tank made in the form of a three-dimensional figure of an L-shaped shape, an elastic work surface, gratings for draining water, a propeller mounted on a shaft connected to an engine , L-shaped nozzle as a device for pumping water, inside of which, in front of its outlet, an adjustment plate is pivotally connected to the inner upper wall of the L-shaped nozzle, and after the outlet from ERSTU L-shaped nozzle disposed clamping plate pivotally connected to an upper outer portion of the nozzle (utility model to RF №166041 patent, filing date 04.15.2016, IPC A63G 3/00, publ. 10.11.2016).

The disadvantages of this attraction are the shape of the tank, which does not have a slope for collecting water pollution; lack of water purification, allowing the use of the attraction by an unlimited number of people and in accordance with sanitary standards; the use of L-shaped nozzles for supplying water to the working surface, since at an acute angle in the nozzle design itself, additional hydrodynamic loads on the internal walls will be created, which will destructively affect the nozzle design and increase the load on the discharge device; the absence of an electrical switchboard control with grounding, which is responsible for the speed of the pumps, the force of the outgoing water pressure and, in case of a security risk, disconnecting the power in the installation.

A useful model related to water simulators for children and adults is known, consisting of a water tank made in the form of a three-dimensional figure of a L-shaped form, gratings for draining water, a device for pumping water connected to a device for transporting water, the pumping part of which connected to the L-shaped nozzle, inside of which, in front of 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 p laid down a pressure plate pivotally connected to the upper outer part of the nozzle (description of a utility model to the patent of the Russian Federation No. 172980, filing date 02.16.2017, IPC A63G 31/00, publ. 02.08.2017).

The disadvantages of this attraction are the shape of the tank, not having the ability to quickly collect and parse; the complication of the structure of water injection, which leads to a rise in price and a decrease in the reliability of the simulator; the work surface is made of hard material, which increases the risk of injuries and accidents on the simulator, the presence of pipelines for collecting and filtering water, which reduces the reliability of the simulator; the control panel is located under a container of water, which can lead to accidents on the simulator.

There are a number of similar technical solutions when using which people can get the skills of riding on a surfboard. All technical solutions have similar features: water supplied by a supercharger through a nozzle under high pressure forms a constant flow on the working surface, which in various versions has a horizontal plane or changes the angle of inclination. A man on a surfboard slides in a stream of water.

The objective of this utility model is to create such a water attraction, the design of which will ensure the achievement of a technical result, which consists in ensuring ease of use of the attraction due to the ability to operate and maintain the drive of water blowers, without stopping the operation of the attraction. The concept of "use" includes both the construction and operation of an attraction.

The technical result is achieved using a device for creating an artificial wave containing a water tank of variable depth of the L-shaped in the longitudinal section and the O-shaped in the cross section, which reduces the volume of water and creates a deep section of the tank to completely immerse the water pump. The capacity consists of a collapsible steel frame, which ensures ease of use of the device as a device for creating an artificial wave, a rectangular cross-section, a lattice for water drainage. The upper parts of the tank are connected by an elastic working surface, which provides additional stability of the structure at the base during operation, and also allows consumers to use the attraction for its intended purpose. Inside the tank there is a submersible pump connected to the engine through a system of shafts and a gearbox. To move the water, a C-shaped nozzle is used, the outlet opening of which is located above the lower part of the elastic working surface, located inside the water tank, which allows to reduce hydrodynamic losses and stresses on the nozzle walls. In front of the outlet of the C-shaped nozzle is a pressure plate.

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

Distinctive features of the claimed utility model are:

the implementation of the device for pumping water in the form of a supercharger mounted on a shaft that is connected to the engine through a system of shafts and a gearbox, which provides the ability to control the speed of rotation of the blades of the supercharger to create a flow of different strengths, simplifying the design;

as the engine, a diesel or electric generator located under the attraction can be used, which makes it possible to operate and maintain the drive of the water blowers without stopping the operation of the attraction;

the water tank is made L-shaped in longitudinal section and O-shaped in cross section;

the frame is made of collapsible, of pre-fabricated elements, which makes it possible to erect a device quickly, but the device is reliable and easy to operate. The collapsible steel frame contains soft elastic sides that provide ease of use of the attraction due to the additional stability of the structure;

to move the water, a C-shaped nozzle is used, the outlet opening of which is located above the lower part of the elastic working surface, located inside the water tank, which allows to reduce hydrodynamic losses and stresses on the nozzle walls, which increases the reliability of the attraction as a whole;

in front of the outlet of the C-shaped nozzle there is a pressure plate, which ensures the creation of a smoothed flow of water to improve the performance of the attraction.

The design of the water attraction is shown in the drawings.

FIG. 1 is a vertical sectional view of the device.

FIG. 2 is a horizontal sectional view of the device.

The water attraction includes a water tank 2 made in the form of a three-dimensional L-shaped in longitudinal section and O-shaped in cross section having a variable depth, one edge of the container is higher than the other, the container is made of a quick-detachable steel frame so that the frame has the form rectangular cross section, grilles 5 for water drainage, safety side. The upper parts of the tank are connected by an elastic working surface 6. Inside the tank there is an immersion supercharger 7 connected to the engine 1 through a system of shafts 10 and a gear 9, a C-shaped nozzle 3, the outlet of which is located above the lower part of the elastic working surface, is located inside the water tank . In front of the outlet of the C-shaped nozzle is a pressure plate 4.

The inventive device provides the creation of an artificial wave and the ability to ride on the waves, doing surfing or other water sports.

The design is easy to manufacture, manufactured industrially.

Claims (7)

1. A device for creating an artificial wave containing a water tank of variable depth formed by a collapsible steel frame, an elastic working surface, drainage gratings installed above the water tank in the upper and lower parts of the device, a water injection device located inside the water tank, connected to a device for transporting water, characterized in that the generator located under the water tank is used as a drive device for the water blower, and for moving water, a C-shaped nozzle is used, in front of the outlet of which a pressure plate is installed. 2. A device for creating an artificial wave according to claim 1, characterized in that the water tank is made of a L-shaped in longitudinal section. 3. A device for creating an artificial wave according to claim 1, characterized in that the water tank is O-shaped in cross section. 4. A device for creating an artificial wave according to claim 1, characterized in that the supercharger is connected to the engine through a system of shafts and a gearbox. 5. A device for creating an artificial wave according to claim 1, characterized in that a diesel generator is used as the engine. 6. A device for creating an artificial wave according to claim 1, characterized in that an electric generator is used as a motor. 7. A device for creating an artificial wave according to claim 1, characterized in that the collapsible steel frame contains soft elastic sides.

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