JPH02126879A - Water slider boat - Google Patents

Abstract

PURPOSE:To restrain the spray of water and prevent a sliding person from getting wet by adapting a means restraining the splashed spray by forming a cover plate on the outside. CONSTITUTION:A boat 1 has a cover plate 6 formed on the outer circumference to restrain the spray splashed from the boat 1 in the slide on a downhill part 4 and restrain the splashed spray by the collision with the water on a sliding surface 3, so that these sprays are not splashed over the boat 1. Namely, the cover plate 6 is intended to restrain the spray splashed in the proceeding direction P of the boat 1, and protrudingly formed or the outer circumference of the boat 1 as the boat 1 itself has no directional property. As the sprays splashed high over a line p connecting the draft line d on the proceeding side of the boat 1 and the edge 61 of the cover plate 6 is restrained, the longer the cover plate 6 and the more the edge 61 overhangs near the water surface, the more certain effect of restraining the sprays is exhibited.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a water slide boat, and is particularly characterized in that an eaves plate is formed on the outside of the boat to prevent splashes from splashing onto the boat. It is something to do.

(Prior Art) A water slide is a type of slide in which water flows down a moderately sloped gutter-like slideway to create a water flow, and the slider slides down the slide by flowing along the water flow along with the water flow.

In this water slide, the water flow acts as a lubricant, so the frictional resistance on the sliding surface is extremely small, and there is no need to deal with the generation of frictional heat, so the sliding path can be made as long as several tens of meters or even longer. Not only can it be done,
Since you can increase the speed of your descent, you can get a sense of speed and thrill.

By the way, conventional water slides were used as accessory play equipment when playing in water at ponds, pools, etc., and the slideway was formed with a width of about 900 to 10,100 mm, with the end facing the water surface, and the slide down this. It is designed to plunge directly into the water.

(rffffWi point of the prior art) Therefore, the above-mentioned waterslide provides a sense of speed and thrill, and further increases the interest of the play, but on the other hand, since the body is immersed in the water, this playground equipment can only be played in swimsuits. It is limited to those who wear clothes, and moreover, it is limited to the hot summer months, so it has the disadvantage that it is not very useful.

Conventionally, attempts have been made to overcome these drawbacks by widening the slide and using boats with flexible bottoms, such as rubber boats.

This method allows people to slide down the water slides while wearing their clothes by riding a boat, so the water slide can be used in all seasons.

However, in the downhill section of a water slide, the speed of the boat is often farther down than the speed of the water flowing down, so water spray comes from the boat during the downhill section, and especially in the deceleration section, the downhill section is located in a pond, pool, etc. This made it impossible to put it into practical use because the boat would plunge into a puddle and the water would come up and hit the body.

(Object of the Invention) An object of the present invention is to provide a boat that suppresses water splash and prevents those who ski downhill from getting wet.

(Function) In the waterslide boat according to the present invention, water splashes rise inward due to the wave return formed in several parts, and are suppressed by the eaves plate, so that the water spray does not rise above the boat.

(Means for solving pressure points) The waterslide boat according to the present invention employs a means for suppressing splashing by forming an eaves plate on the outside.

(Example 1) Hereinafter, a waterslide boat according to the present invention will be specifically described based on an illustrated example.

Figure 1 shows a circular shape or a shape close to it.
This figure shows a boat that is designed to slide down in either the front, rear, right, or left directions, and in the figure, reference numeral 1 is the boat, and 2 is the water slide path.

A boat 1 is a boat on which one or several people can ride, and as mentioned above, it has a circular shape or a shape close to it, and has little directionality.

It is formed so that it can slide down in any direction, forward, backward, left, or right, and its traveling posture changes as appropriate while sliding down.

This boat 1 is basically the same as a normal boat of this kind; in other words, it is a kind of rubber boat, and the entire body is flexible, especially the bottom surface is similar to the sliding surface 3 of the slideway 2. It deforms to follow the curved shape and comes into uniform contact with the sliding surface 3.

By the way, the waterslide is similar to a normal water slide of this kind, and the downhill path 2 is gutter-shaped and divided into a downhill section 4 and a deceleration section 5.

The sliding section 4 is the part where the boat 1 slides down, and is sloped at an angle of about 10 degrees to several tens of degrees. The frictional resistance between the

The speed reducer 15 has a sliding surface 3 formed at a position slightly lower than the water surface W of a pond, pool, etc., and the boat 1 sliding down the sliding section 4 is decelerated by water resistance and brought to a stop.

This sliding surface 3 is the beginning @l! l is at a shallow position, and the rear end side is located at such a depth that the bottom of the boat 1 does not touch, and at the starting end side, the boat 1 transfers from the downhill section 4 to the reduction section 5.
By reducing the braking force of the water against the water, the boat 1 is prevented from being decelerated suddenly, and the boat 1, which is almost stopped at the rear end, can be moved, and the boat 1 is prevented from capsizing. is formed.

On the other hand, an eaves plate 6 is formed on the outer circumference of the boat 1, which suppresses the spray rising from the boat 1 when sliding down the downhill section 4, and also protects the surface of the sliding surface 3 when transferring from the downhill section 4 to the deceleration section 5. This suppresses the splash generated by the collision with the water so that it does not fall onto the boat 1.

That is, the eaves plate 6 is for suppressing the spray splashed up in the traveling direction P of the boat 1, and is formed protruding from the outer periphery of the boat 1 since the boat itself has no directionality.

By the way, since the splash is suppressed from rising higher than the line ρ connecting the water line d on the forward side of the boat 1 and the edge 6I of the eaves plate 6, the eaves plate 6 is long and the edge 6 is above the water surface. The closer the wall extends, the more effective it is at suppressing splashing.

Note that the eaves plate 6 does not necessarily need to be formed into a plate shape separate from the boat body.

For example, as shown in the figure, the eaves plate 6 may be formed by extending the outer peripheral edge of the boat 1 outward to have the effect of suppressing spray.

Furthermore, since the eaves plate 6 is formed on the outer periphery of the boat 1, when the boat l comes into contact with objects or human bodies, the eaves plate 6 first makes contact with these objects and reduces the impact force. Taking this into consideration, it is desirable to give the eaves plate 6 appropriate elasticity and to determine its shape and location.

(Example 2) Figures 2 to 4th rf! Reference numeral 1 indicates an example of a boat that is long from front to back and is formed so as to always move forward. Reference numeral 11 in the figure is the boat.

Like the boat 1 described above, this boat is flexible as a whole, and in particular, the bottom surface deforms to follow the curved shape of the sliding surface 3 of the downhill path 2, so that it comes into uniform contact with the sliding surface 3. There is.

Since this boat 11 is long from front to back and always moves forward, an eave plate 6 is formed only on the front part, and furthermore, a wave return 7 is formed on both sides of the eave plate 6. boat 1 when going downhill on downhill section 4.
In addition to suppressing the splash rising from the boat 11, when transferring from the downhill section 4 to the deceleration section 5, the spray that collides with the water on the sliding surface 3 and splashes up is suppressed, so that it does not fall on the boat 11. It has become.

The eaves plate 6 is for suppressing the splashing splash toward any direction p of the boat 1, and is formed protrudingly from the front part of the boat 1.

The wave return 7 is designed to suppress the splash that is splashed outward from the front of the boat 1 in place of the eaves plate 6 formed on both sides of the front of the boat 1. It is formed in an overhanging manner.

This wave return 7 can be attached directly to the side of the boat 1 as shown in Figure 3, or it can be attached directly to the side of the boat 1 as shown in Figure 4.
It may be installed at a position slightly away from the side of the

There is no problem even if the lower edge 7 reaches the water surface, but in this case, the front end should be made slightly wider as shown in Figure 3, so that the spray from the object itself outwards. It is important to ensure that this does not increase.

(Effects) As detailed above, the waterslide boat according to the present invention has the eaves plate 6 formed to protrude in the traveling direction,
In addition to suppressing the spray that comes up from the boat when sliding down the sliding section 4 and suppressing the spray that is thrown up forward when the boat transfers from the sliding section 4 to the deceleration section 5, the waves provided on both sides of the @ section Since the barb 7 suppresses the spray that is splashed outward, there is no risk of those on the boat getting wet from the spray.

Therefore, you can ride the boat with your clothes on, so you can use the 5 water slides regardless of the season.

[Brief explanation of the drawing]

Fig. 1 is a longitudinal sectional side view showing an embodiment of a waterslide boat according to the present invention, Fig. 2 is a longitudinal sectional view showing an embodiment of a pond, the third factor is a plan view of the same, and Fig. 4 is another example. FIG. 5 is a schematic diagram showing an example of a waterslide, and FIG. 6 is a longitudinal front view of the same embodiment. 1: Boat 2: Downhill road 3: Sliding surface 4: Downhill section 5: Reduction section 6: Eave plate 7: Wave return 11: Boat First factor Figure 2 Figure 4

Claims (1)

[Claims] This water slide boat is characterized in that the bottom surface is soft and an eave plate is formed on the outside of the boat which deforms to follow the shape of the sliding surface of the water slide, thereby suppressing splashing splash.