JPH0216786Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention relates to a slider with an air membrane structure that maintains its shape by tensioning the membrane body by applying pressure from a blower.

BACKGROUND ART Water slides have been developed as play facilities in play areas such as swimming pools. The slideway of this water flow slider is formed into an arcuate cross-section with a width that allows a person to ride on it, and is linear, spiral, steep and steep, etc. from a high place to a landing (low place). By continuously flowing water, people can ride the flow of water and slide down smoothly and vigorously, making it more enjoyable for the people who are gliding down.

However, this type of slider has a
It is generally made of reinforced plastic such as FRP. Therefore, due to manufacturing technology and convenience of transportation, it is necessary to form a large number of runways for each small block. Each must be joined on-site so that there are no differences in level. For this reason, there were problems in that manufacturing and construction took time and construction time, resulting in extremely high costs.

The purpose of the present invention is to solve the problems of the conventional technology and provide an air membrane structure slider that is easy to install, shortens construction time, lowers manufacturing costs, and has excellent safety. shall be.

Means for Solving the Problems The object of the present invention is to provide a cylindrical long air which is installed at an angle from a high place to a water landing and is expanded by pressurization of an air blower so that a person can slide inside. a membrane body, the upper end of the membrane body is provided with an inlet that can be closed with air leakage prevention, and the lower end of the membrane body is held open below the water surface of the landing;
This is achieved by an air membrane structure slider characterized in that a person who has slid down to the lower end of the membrane body can exit the membrane body by diving under the water surface.

Here, ``miage'' broadly refers to places where people can swim, such as pools, the sea, rivers, and rivers.

The closable entrance can be any suitable one that can be normally employed, such as one that opens and closes with a fastener, a double door, or a revolving door.

Embodiments Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

The air membrane structure slider 1 shown in FIG. An air blower 3 is connected to a connection port 4 provided in the air blower 2, and the membrane body 2 is expanded into a predetermined shape by the pressure generated by the air blown by the air blower 3. An opening/closable entrance 5 is provided at the upper end of the membrane 2 for a person to enter the membrane 2. When the inlet 5 is closed, it can prevent leakage of the air that is continuously blown into the membrane 2 by the blower 3, and in this embodiment, a closing portion is provided at the cut portion of the membrane 2. The entrance 5 is formed by joining the facades. When a person enters the air membrane body 2, the inlet 5 is opened, and then the inlet 5 is quickly closed.

The lower end of the air membrane body 2 has an outlet 6 below the surface of the water.
It is equipped with The exit 6 is held open by a number of ropes 7 stretched from its periphery to the bottom of the landing, so that a person who has slid down the membrane 2 can dive and exit from the exit 6. I'm starting to go outside. A second outlet 8 may be provided near the outlet 6. The second outlet 8, like the inlet 5, is of the type that can prevent air leakage when closed, and in this embodiment is of the fastener type as described above. By providing the second exit 8, even people who are not good at diving can exit from inside the membrane body 2. Membrane body 2
As the material, various commonly used air membrane materials such as cloth, plastic film, metal membrane, etc. can be adopted.

Air film structure slider 1 configured as above
For example, as shown in FIG. 2, the net 9 is placed and fixed on the two obtained support members 10. Depending on the shape of the support material 10 and the net 9, the membrane body 2 can be made meandering, spiral or linear. The same air membrane structure slider 1 can be installed in different shapes depending on the installation location. During construction, the inside of the membrane 2 may be pressurized using the blower 3. Further, it is very convenient for transportation and storage as it can be easily folded by removing the air inside the membrane body 2 and the volume can be made extremely small.

The air membrane structure slider may be used as a water flow slider by flowing a large amount of water from its high point.
A tilted slider that does not use water flow can also be used. The air membrane structure slider does not require the use of hard materials in the person or the sliding air membrane body.
Excellent safety.

Effects of the invention As is clear from the above explanation, the invention facilitates construction, shortens construction time, lowers work costs and manufacturing costs, and
It is possible to provide an air membrane structure slider with excellent safety.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing an embodiment of the air film structure slider according to the present invention, and FIG. 2 is a partially cutaway perspective view showing a state in which the rider shown in FIG. 1 is held. DESCRIPTION OF SYMBOLS 1... Air film structure slider, 2... Cylindrical long air film body, 3... Blower, 5... Inlet, 6... Outlet, 7... Rope.

Claims (1)

[Scope of utility model registration request] It is equipped with a cylindrical long air membrane body that is installed at an angle from a high place to a water place and is inflated by the pressure of a blower so that a person can slide inside. A leak-proof, closable inlet is provided, and the lower end of the membrane is held open below the water surface of the waterhole, so that a person who has slid down to the lower end of the membrane can dive under the water surface. An air membrane structure slider, characterized in that the air membrane structure slider is adapted to be able to come out from within the membrane body.