RU186805U1 - WATER ATTRACTION - Google Patents

Abstract

The utility model relates to entertaining water rides for children and adults. The technical result of the utility model is a system for tensioning the canvas of an elastic work surface, which, when a need arises, allows you to quickly carry out tension without stopping the attraction, and is also very easy to maintain. In addition, the web tension system serves as an additional system of side wall spacers in prefabricated rides. The technical result is achieved due to the fact that the claimed water attraction containing a support bottom, side support walls, an elastic work surface, a drain grate installed in the upper part, characterized the fact that the elastic working surface is made in the form of a canvas, at least on the sides on the inner side of the side walls are fixed support brackets, each of which is in the upper part pivotally connected to the pivot stop having a boom with a sliding support plate at its end abutting a bottom of the support, wherein the bracket in the connection area and the abutment bearing is installed below which is mounted the latch web tension; the web is fixed on the frame tubes, and the frame tubes are pulled through the supports to the clamps using tensioning means.

Description

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

A water attraction is known (patent RU 164278 U, publ.: 08.20.2016) containing a water tank, a work surface, a drain grate 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 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, mounted on racks, a working surface It is laid on a floor on which a portable threshold for creating a wave is installed, the drain grate 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 the L-shaped nozzles located under the upper viewing platform, and their outlet openings are above the working surface.

The closest analogue is the design of the water attraction described in RU 136972 U. The specified water attraction contains a water tank 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. 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.

Known solutions have the following technical problems.

During the operation of the attraction, the constant pressure of water and users on the elastic working surface leads to the fact that it sags over time and it needs to be re-tensioned.

The objective of the utility model is to eliminate these drawbacks.

The technical result of the utility model is a system for tensioning the canvas of an elastic working surface, which, when a need arises for tension, allows you to quickly carry out tension without stopping the attraction, and is also very easy to maintain. In addition, the web tension system serves as an additional system of side wall spacers in prefabricated rides.

The specified technical result is achieved due to the fact that the claimed water attraction containing a support bottom, side support walls, an elastic work surface, a drain grate installed in the upper part, characterized in that the elastic work surface is made in the form of a canvas, at least on the sides support brackets are fixed on the inner side of the side walls, each of which in the upper part is pivotally connected to a rotary stop having a retractable boom with a support platform at its end, abutting against the support e bottom, wherein the bracket in the connection area and the abutment bearing is installed below which is mounted the latch web tension; the web is fixed on the frame tubes, and the frame tubes are pulled through the supports to the clamps using tensioning means.

Preferably, a support roller is mounted in the area where the bracket and stop are connected. Preferably, from the side of the side walls, the frame tubes are placed opposite the brackets, with the help of a tension means they are pulled through the support rollers to the clamps of the respective brackets.

Preferably, chains or cables are used as tensioning means. Preferably, in the area of the upper part of the attraction adjacent to the drainage grate, horizontal bars are fixed to the vertical support posts of the drainage grate, one of which is a support, located at the level of the drainage grate, and the other is a fixing one, located lower; a frame tension tube fixed in the area of the upper part of the attraction is passed through a horizontal support bar, and by means of a tension bolt is fixed to a horizontal fixing bar, which has the function of a web tension clamp. Preferably, in the area of the upper part of the attraction adjacent to the drain grate, the front vertical support posts have the function of a bracket, comprise a pivot stop having a retractable boom with a support pad at its end abutting against the support bottom, and is installed in the connection area of the vertical support post and the stop horizontal support bar. Preferably, the support bracket is fixed on board the side wall by means of a bolted connection.

Brief Description of the Drawings

In FIG. 1 shows the lateral thrust sections of a water attraction (a close-up view in volume to the tension of the canvas of the working surface).

In FIG. 2 shows the thrust sections and supporting posts of the water attraction (view in volume before the tension of the canvas of the working surface).

In FIG. Figure 3 shows the process of tensioning the canvas of the working surface of a water attraction (view in volume during tensioning).

In FIG. Figure 4 shows the process of tensioning the canvas of the working surface of a water attraction (view in volume in a stretched position).

In FIG. Figure 5 shows the tension zone of the side of the web of the working surface of the water attraction (close-up view of the volume of one thrust section in position during tension).

In FIG. Figure 6 shows the tension zone of the side of the web of the working surface of the water attraction (close-up view of the volume of one thrust section in the tensioned position).

In FIG. 7 shows the zone of tension of the canvas of the working surface of the water attraction in its upper part (view in volume from below).

In FIG. Figure 8 shows an example of web tension (close-up), where a tape is used as a tensioner.

In the drawings: 1 - support bottom of the tank, 2 - side, 3 - decorative board, 4 - support bracket, 5 - swivel bracket support, 6 - retractable stop arrow, 7 - support stop area, 8 - support roller, 9 - tension lock canvases with carriage, 10-bolt connection, 11 - drain lattice, 12 - vertical support strut of the drain lattice, 13 - rotary stop of the vertical support strut of the drain lattice, 14 - canvas of the working surface, 15 - frame tube for tensioning the side of the canvas, 16 - chain tension, 17 - side pocket of the canvas, 18 - U-shaped bracket, 19 - tension bolt Niya, 20 - horizontal locking bar, 21 - horizontal support bar, 22 - fixing bolt of the support column and bar, 23 - tension clamp carriage, 24 - tension clamp pin, 25 - screw for moving the carriage, 26 - tape.

Utility Model Implementation

The utility model can be implemented as follows (see Fig. 1-8). Any water attraction has a support bottom of capacity 1, board 2, sometimes a decorative board 3, placed on top of the main side.

The elastic working surface is performed in the form of a web 14. This web 14 needs to be fixed in tension to all sides 2 of the attraction.

New in the claimed solution is that, at least from the inner side of the side walls 2 of the attraction, tensioners are installed (see Fig. 2), to which struts 6 are fixed with thrust pads 7, which abut against the support plate 1, the tensioner is installed support roller 8 (see. Fig. 1) or along the number of tensioners put the support bar 21 (see. Fig. 7). The canvas from the side of the walls is fixed on the frame tubes 15, and the frame tubes 15 are pulled with tension means through the support rollers 8 or through the support bar 21 to the clips (see Fig. 3). The support bracket 4 can be fixed on board the side wall 2, for example, by means of bolts 10 or in other ways.

Before installation, the web 14 is first expanded and inserted into the specially made side pockets 17 (see Fig. 3, Fig. 7) of the web frame tubes 15. Then the web 14 is fixed on the upper platform at the drain grate 11 and on the lower platforms (near the sides 2) .

In the process of tensioning, the web 14 is pulled up by the upper and lower tensioners (see Figs. 3 and 4).

Sometimes, opposite to the drain grate 11, in the lower platform, it is not the board that is placed, but the support posts, similar to the posts 12, which hold the platform with a hydraulic unit, including a set of nozzles, in each of which a pump is installed, while the nozzle outlets are located above the working surface so that pressure exited onto the web 14 (similar to that implemented in patent RU 164278 U).

In such cases, a fastening system is used similarly to the upper platform with the drain grate 11.

In other embodiments of the rides, when the canvas 14 is pulled directly to the side and there is no platform with a waterworks opposite the upper platform with the drain grill 11, a system similar to the tension system to the side board 2 described below is used for tension.

The process of tensioning the web 14 on the sides 2 from the inner side of the side walls may consist in the fact that the support brackets 4 are fixed as tensioners on the side walls, each of which is pivotally connected to the pivot stop 5 in the upper part having a retractable boom 6 with a supporting platform 7 at its end, abutting on the support bottom 1.

In the zone of connection of the bracket 4 and the stop 5, a support is placed, below which a web tension clamp is placed. In the connection zone of the bracket 4 and the stop 5, a support roller 8 is installed. And from the side of the side walls, the frame tubes 15 are placed opposite the brackets 4, and with the help of tensioners they are pulled through the support rollers to the latches corresponding to the brackets 4.

As a means of tension can be used chains 16 or cables (not shown in the drawings).

If a chain is used (see Figs. 5 and 6), then the chain 16 is fixed to the frame tube 15, and the end of the chain 16 is drawn through the support roller 8 and secured using a web tension lock 9 with the carriage 23.

Tensioners can be tightened alternately, simultaneously, in any direction and in other possible ways not described in the claimed solution. If a cable or tape 26 is used for tension (see Fig. 8), then with their help they pull the frame tube 15 in the same way, and fix it to the frame tube 15 with either a knot or a special hook.

Draw the web 14, for example, as follows (see Fig. 8). Take a wrench and begin to turn the pin 24 of the tension lock 9. The carriage 23 begins to lower along the screw 25 and pulls the web 14 to the side board 2, thereby the web is stretched without much effort.

And in the area of the upper part of the attraction adjacent to the drainage grid 11, the web tension process can be implemented so that horizontal strips are fixed to the vertical support posts 12 of the drainage lattice, one of which is the support bar 21 (see Fig. 7), located at drain lattice 11, and the other - fixing 20, are located below; the frame tube 15 of the tension is fixed in the area of the upper part of the attraction, passed through the horizontal support bar 21, and by means of tension bolts 19 and, for example, by means of U-shaped brackets 18, which hold the frame tube 15, are fixed to the horizontal fixing bar 20, which is used as a clamp for web tension 14.

Moreover, in the area of the upper part of the attraction adjacent to the drainage grill 11, the front vertical support legs 12 are used as a bracket, equipped with a swing stop 13 having a retractable boom with a support platform at its end, which abuts against the support plate 1, and in the connection zone the vertical support rack 12 and the stop 13 place a horizontal support bar 21.

Thus, the claimed solution for the system of tensioning the canvas of the elastic working surface, in the event of a need for tension, allows you to quickly carry out the tension without stopping the attraction, and also very easy to maintain. In addition, the web tension system serves as an additional system of side wall spacers, if the web is stretched for prefabricated attraction structures, in which the side walls must be additionally fixed relative to the bottom and adjacent walls.

Claims (7)

1. A water attraction comprising a support bottom, side support walls, an elastic work surface, a drain grate installed in the upper part, characterized in that the elastic work surface is made in the form of a web, support brackets are fixed at least on the sides of the side walls each of which in the upper part is pivotally connected to a pivoting stop having a retractable boom with a support platform at its end abutting against the support bottom, moreover, a support and below which is mounted the latch web tension; the web is fixed on the frame tubes, and the frame tubes are pulled through the supports to the clamps using tensioning means. 2. Water attraction according to claim 1, characterized in that a support roller is installed in the area where the bracket and stop are connected. 3. A water attraction according to claim 1, characterized in that on the side of the side walls the frame tubes are placed opposite the brackets, with the help of a tension means they are pulled through the support rollers to the clamps of the corresponding brackets. 4. Water attraction according to claim 1, characterized in that chains or cables are used as a means of tension. 5. Water attraction according to claim 1, characterized in that in the area of the upper part of the attraction adjacent to the drainage grate, horizontal bars are fixed to the vertical support posts of the drainage grate, one of which is a support, located at the level of the drainage grate, and the other is fixing located below; a frame tension tube fixed in the area of the upper part of the attraction is passed through a horizontal support bar, and by means of a tension bolt is fixed to a horizontal fixing bar, which has the function of a web tension clamp. 6. A water attraction according to claim 5, characterized in that in the area of the upper part of the attraction adjacent to the drain grate, the front vertical support posts have the function of a bracket, contain a pivot stop having a retractable boom with a support platform at its end, abutting against the support bottom moreover, in the zone of connection of the vertical support column and the stop, a horizontal support bar is installed. 7. Water attraction according to claim 1, characterized in that the support bracket is fixed on board the side wall by means of a bolted connection.

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