JP3207642U - Snow slide - Google Patents

Abstract

The present invention provides a safe snow slide that can be enjoyed by both parents and children, and can slide and enjoy about 100 meters. An outer mounting plate 2B is provided on the outer side of a main body side surface 91, and an inner mounting plate 3C is provided on the inner side. A rudder 1A attached to the outer mounting plate 2B and a rotation stop portion 7G for stopping the rotation of the rudder 1A are provided. According to the rotation of the rudder 1A, one of sliding on the slope, turning left or right, and stopping is performed. This makes it possible to ride together with parents and children and enjoy sliding for about 100 meters. [Selection] Figure 1

Description

The present invention relates to a snow slide.

In areas with a lot of snow, skiing and snow slides, so-called sleds, are familiar not only for leisure and sports but also for daily life.
Some conventional snow slides can also be used as skis (see Patent Document 1).

Japanese Utility Model Publication No. 54-130270

Needless to say, interaction with parents is important for children up to early childhood and elementary school.
In areas where there is a lot of snow, it is important to keep close to the snow from an early age, considering the future of life. A conventional snow slide is carried by a person, slips 2 to 3 meters, turns left or right, turns over and rolls over to a stop. On a slightly steep slope, it is often seen that people jump out of the snow slide and people are rolling on the snow.
However, in such a state, there are points that are familiar from snow (familiarity) and parent-child contact, which are unsatisfactory from their respective viewpoints.
Therefore, it is a problem to provide a safe snow slide that can be enjoyed by both parents and children, and can slide and enjoy about 100 m.

In order to solve the above-described problems, a snow slide according to the present invention has the following means.
A rudder that has an outer mounting plate on the outer side of the main body, an inner mounting plate on the inner side, and that connects the outer mounting plate and the inner mounting plate so as to sandwich the side surface of the main body, The rotation stop part which stops rotation of this is provided.

By turning the rudder, you can slide on the slope (start), turn left or right, or stop, so you can ride together with the parent and child, and enjoy about 100m sliding. Therefore, important parent-child relationships are born firmly through contact, which has a great educational effect.

It is a figure which shows the structure of the snow sliding tool which concerns on this invention, (a) is a top view, (b) is a front view, (c) is a rear view, (d) is a left view. It is a figure which shows the state which the snow sliding tool which concerns on this invention is sliding on the slope with snow. It is a figure which shows the state which is going to turn left, when the snow sliding tool which concerns on this invention is sliding on the slope with snow. It is a figure which shows the state which the snow sliding tool which concerns on this invention stopped on the plane with snow.

Hereinafter, the form for implementing the snow sliding tool which concerns on this invention is demonstrated based on FIGS.

This description is an example showing the scope of the utility model registration request, and does not mean that the scope of the utility model registration request is limited to this description.

1A and 1B are diagrams showing a configuration of a snow sliding tool according to the present invention, in which FIG. 1A is a plan view, FIG. 1B is a front view, FIG. 1C is a rear view, and FIG.
As shown to (a)-(c), a snow slide is comprised from the main body 8H, the outer side attachment plate 2B, the inner side attachment plate 3C, the rudder 1A, the connection screw 4D, the rotation screw 6F, and the rotation stop part 7G. The

As shown in (b) and (c), the main body 8H has a substantially trapezoidal shape that is substantially convex downward in front view and rear view, and the plate-shaped outer mounting plate 2B and inner mounting plate 3C have side surfaces 9I. It connects with the connection screw 4D so that it may pinch | interpose.
The outer mounting plate 2B has a rectangular shape in a side view as shown in FIG.
As shown in (b) and (c), the outer mounting plate 2B has a trapezoidal shape that is substantially convex upward in front view and rear view. For this reason, as shown to (b) and (c), the shape comprised by the main body 8H and the outer side attachment plate 2B becomes a substantially rectangular shape in front view and back view.
The connecting screws 4D do not have to be two, and may be appropriately increased or decreased according to the size of the outer mounting plate 2B and the inner mounting plate 3C and the shape in a side view. The position of the connecting screw 4D may be determined as appropriate.

As shown in (a) to (d), the rudder 1A has a rectangular shape in a front view and a rear view, and has a trapezoidal shape that is substantially convex forward in a side view, and an outer mounting plate 2B via a rotating screw 6F. Install to.
The rotation screw 6F not only attaches the rudder 1A to the outer mounting plate 2B but also serves as a rotation axis when the rudder 1A rotates.
The shape of the rudder 1A in a side view may be changed as appropriate, for example, a rectangle.

The rotation stop portion 7G is a stopper that stops the rotation of the rudder 1A, and is represented by a cylindrical protrusion in (d). The shape of the rotation stop portion 7G may be changed as appropriate as long as the rotation of the rudder 1A is stopped. Although the rotation stop portion 7G is provided on the outer mounting plate 2B in (d), it may be provided on the side surface 9I in accordance with the shape and size of the outer mounting plate 2B.

The main body 8H is provided with a rope attachment hole 5E. This makes it possible to carry the snow slide by attaching a rope (not shown).

FIG. 2 is a view showing a state where the snow sliding tool according to the present invention is sliding on a slope with snow.
As shown in the figure, the rudder 1A has no place buried in the snow. If it is in this state, since the force which slides on the slope which is not shown in figure is not obstructed by rudder 1A, it becomes possible for a snow slide to slide on a slope (it keeps sliding).

FIG. 3 is a diagram showing a state in which the snow sliding tool according to the present invention is about to turn left while sliding on a slope with snow.
As shown in the drawing, the rudder 1A on the left side surface 9I side is rotated, so that a part thereof is buried in the snow.
Although not shown, since the rudder 1A on the right side surface 9I is not rotated, there is no portion buried in the snow.
For this reason, the force of sliding on a slope (not shown) is reduced by the rudder 1A on the left side surface 9I, and the snow sliding tool is bent while drawing an arc in the left direction as the speed decreases.
When it is desired to turn in the right direction, the rudder 1A on the right side surface 9I side (not shown) is rotated.

FIG. 4 is a view showing a state in which the snow sliding tool according to the present invention is stopped on a plane with snow.
As shown in the drawing, the rudder 1A on the left side surface 9I is rotated to a position in contact with the rotation stop portion 7G, and a part thereof is buried in the snow.
Similarly, the rudder 1A on the right side surface 9I (not shown) is also rotated to a position in contact with the rotation stop portion 7G, and a part thereof is buried in the snow.
The rotation stop portion 7G is provided at a position where the rudder 1A comes into contact so that the rudder 1A is perpendicular to the product surface.
By turning the rudder 1A on both side surfaces 9I perpendicularly to the product surface, the force of sliding on a slope (not shown) is hindered by the respective rudder 1A and considerably reduced, and the snow slide is stopped.
It is not necessary to provide the rotation stopping portion 7G so as to be perpendicular to the product surface at the position where the rudder 1A is in contact. In accordance with the shape and size of the rotation stop portion 7G, if the snow slide stops at the position where the rudder 1A comes into contact, it may be changed as appropriate.

As the material, the main body 8H (side surface 9I), the outer mounting plate 2B, the inner mounting plate 3C and the rudder 1A are preferably reinforced plastic, and the connecting screw 4D, the rotating screw 6F and the rotation stopping portion 7G are preferably made of metal. May be.

In consideration of the speed at which the slope using the snow sliding tool slides, the angle with respect to the horizontal snow surface is preferably within 20 degrees.

1A rudder 2B outer mounting plate 3C inner mounting plate 4D connecting screw 5E rope mounting hole 6F rotating screw (rotating shaft)
7G Rotation stop 8H Body 9I Side

Claims (1)

A rudder that has an outer mounting plate on the outer side of the main body, an inner mounting plate on the inner side, and that connects the outer mounting plate and the inner mounting plate so as to sandwich the side surface of the main body, and is attached to the outer mounting plate via a rotating screw, and a rudder The snow sliding tool characterized by providing the rotation stop part which stops rotation of.

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