JPH0742472Y2 - Ski sliding toys - Google Patents

Description

[Detailed description of the device]

[0001]

[Field of Industrial Application] The present invention relates to a ski toy, and more specifically, a skier rides on a lift at a ski resort.
The present invention relates to a ski sliding toy imitating the actual action of sliding on a slope from a high place and riding a lift.

[0002]

2. Description of the Related Art Conventionally, there are various sliding toys in which a sliding body imitating a person or an animal slides from a high place to a low place (for example,
JP-A-53-059553, Japanese Utility Model Application No. 61-110
No. 647 (Practical application No. 63-18191)
Rum) . However, these are skiers who take a lift to the top of the mountain at the ski resort and slide on the slopes,
The thing that was realistically toys of the operations that take the lift
Not .

[0003]

[Devised Problems to be Solved] of conventional as described above
Since the sliding toy did not realistically represent the movement of the skier in the ski area, the present invention aims to provide a sliding toy that makes such movements and is intriguing .

[0004]

Means for Solving the Problems The present invention is a shape imitating a skier or the like, the head to the landing body fitted with Aspirate means, said landing body downhill surfaces which slide is smooth and appropriately inclined downhill board with surface provided on one widthwise side of the downhill stage, a stopper established a lifting device for circulating the lift with a Aspirate means, extending in the width direction of the lower end of the downhill surface at the lower end provided, also it to the rear and below the downhill surface
Respectively, have solved the above problems with a skiing toys, consisting includes a crossfeed device for the slippery member Te than be moved to a downhill plane width <br/> direction in circulating Aspirate means. Preferably gliding
A permanent magnet is fixed to the bottom of the body , and a large number of guide magnets are arranged on the back side of the sliding surface so that the same pole faces the permanent magnet.

[0005]

[For work] After landing body which has been sliding downhill plane was stopped against the stop, the lateral feed to the lift side by the transverse feeding device, is Aspirate the lift coming circulated, is transported to the downhill side upper end, where it is released It The sliding body slides on the glide surface by its own weight, but when a guide magnet is provided, it slides down while meandering under the guide.

[0006]

BEST MODE FOR CARRYING OUT THE INVENTION A preferred embodiment of the present invention will be described with reference to the drawings. In the figure, reference numeral 1 denotes a skiing table which imitates a ski slope, and the skiing surface 1a has an appropriate slope as a whole.
Further, as shown in the drawing, one side of the upper end portion may be slightly higher than the other side. The downhill surface 1a is a thin plastic plate,
Use a slippery material such as a metal plate. A lift device 2 is installed at one side end of the slide 1, and inside the upper and lower ends of the slide 1 there are transverse feed devices 5 and 6 for guiding a skier doll 4, which is a sliding body , to the lift device 2. To be done. Preferably, a large number of guide magnets 7 for guiding the skiing direction of the skier doll 4 are arranged in a meandering state on the back side of the downhill surface 1a.

The lift device 2 is provided at its upper and lower ends and has drive pulleys 8 and 9 that rotate horizontally, and a plurality of support devices that are provided in the middle to support a rope 10 that is circulated and driven by the drive pulleys 8 and 9. The pulleys 11 to 13 are provided. The method for rotating the drive pulleys 8 and 9 will be described later.

Reference numerals 14 to 16 denote support pulleys 11 to 1, respectively.
With the column to which 3 is attached, the intermediate column 15 is raised. The support pulleys 11 to 13 are composed of a pair of left and right parts for the forward path and the return path of the rope 10, and are rotatably supported by the columns 14 to 16 so as to be rotatable up and down, and hold the rope 10 from above and below.
Naturally, the support pulleys 11 to 13 rotate in the opposite directions on the left and right.

A plurality of lifts 17 are suspended on the rope 10. The upper part of the lift 17 is horizontal so that it can pass between the upper and lower support pulleys 11, and the tip of the horizontal part is fixed to the rope 10. The carrier magnet 18 is fixed to the lower end of the lift 17. An L-shaped horizontal plate 19 for separating the skier doll 4 from the carrier magnet 18 is attached to the uppermost strut 14, and the vicinity of the lowermost strut 16 is attached.
, The positioning plate 20 for positioning of the skier doll 4
Is installed.

The skier doll 4 is usually a doll having a shape imitating a real skier gliding, and is mounted on a V-shaped ski 22 provided with a permanent magnet 21 on the head. Fixed. Front side of skier doll 4
Permanent magnet 23 is also on the V-shaped intersection of the ski 22 to come in
However, they are arranged so that the same poles face the guide magnet 7. Further, although not shown, the ball may be embedded on the back side of the V-shaped intersection of the ski 22 with its lower portion exposed and rotatable. This ball serves as a weight so that the skier doll 4 always faces forward in the gliding direction, and the ski 2 with respect to the downhill surface 1a.
It has the effect of reducing friction and improving slippage.

One of the carrier magnet 18 and the permanent magnet 21, and the transverse magnet 27 described below may be a magnetic material such as an iron plate. Below the glide surface 1a of the glide platform 1 ,
Stopper 25 extending in the width direction is Installation, crossfeed device 6 and the lift drive mechanism is embedded thereunder. Next, FIG.
3A and 3B, the configurations of the lateral feeding device 5 and the lift drive mechanism will be described (note that the lateral feeding device 6 has the same configuration as the lateral feeding device 5 and detailed description thereof is omitted).

Reference numeral 26 is a magnet circulation belt, and a plurality of transverse magnets 27 fixed to the belt surface are cyclically driven by a motor 28. The motor 28 rotatably drives the magnet circulation belt 26 via a speed reducer 29 formed by combining gears. A worm 31 is attached to an output shaft 30 of the motor 28 and a shaft 32 of the drive pulley 8 is attached to the worm 31. The worm wheel 33 is meshed. Motor 28
As the magnet circulation belt 26 is circulated and driven, the drive pulley 8 is rotatably driven, the rope 10 circulates, and the lift 17 moves.

When the toy having the above-mentioned structure is turned on and the upper and lower motors 28 are started, the skier doll 4 is stopped by hitting the lower end of sliding, that is, the stopper 25.
The permanent magnet 23 of the ski 22 is attracted to the circulating lateral feed magnet 27 of the lateral feeding device 6, and moves in the lift direction following the movement of the lateral feed magnet 27. Then, the main body of the skier doll 4 advances when it hits the positioning plate 20.
The line is stopped and the lift 17 waits for it.
Then, when the lift 17 comes on skiers doll 4, conveying the magnet 18 of the lift 17 Aspirate the skier doll 4 head of the permanent magnet 21. As a result, the skier doll 4 floats up from the gliding surface of the glide surface 1a, and follows the movement of the lift 17 and ascends toward the summit.

When the skier doll 4 reaches the ascending end, the horizontal plate 19 cuts between the carrier magnet 18 of the lift 17 and the permanent magnet 21 of the skier doll 4, and separates the lift 17 and the skier doll 4. The separated skier doll 4 falls on the downhill surface 1a again, but below that, the magnet circulation belt 26 of the traverse device 5 circulates in the direction opposite to that in the lower traverse device 6. Therefore skier doll 4
Is attracted to the transverse magnet 27 of the transverse feeding device 5, and the lift 17
And will be fed in the opposite direction.

The skier doll 4 is released from the attraction force of the transverse feeding magnet 27 when the transverse feeding magnet 27 is folded back and moves downward at the transverse feeding end portion, and the downhill surface 1 is moved by its own weight.
To Downhill the a downward. If the side of the upper end of the glide surface 1a opposite to the lift installation side is made slightly higher, that is, the center of the glide surface 1a
If you make it a valley, the skier doll 4
The release from the transverse magnet 27 and the start of sliding due to its own weight become smoother. When the skier doll 4 slides under its own weight, the skier doll 4 is repelled by the guide magnets 7 arranged in a meandering manner, and is accelerated along the arrangement of the guide magnets 7 to slide.
The meandering motion is very similar to the actual skier's motion. This toy automatically repeats the above operation.

[0016]

As described above, the present invention provides a toy that realistically expresses the action of an actual skier ascending a lift, meandering, and descending. Adults who like skiing can also enjoy it. Also, arrange trees with snow on the glide surface, attach lighting means to skier dolls, lifts, etc.
If you manufacture more elaborately and hobby, display products,
It can also be used as an interior product.

[Brief description of drawings]

FIG. 1 is a perspective view of an embodiment of the present invention.

FIG. 2 is a configuration diagram of a transverse feeding device according to an embodiment of the present invention.

FIG. 3 is a diagram showing driving means for a lateral feeding device and a lifting device.

[Explanation of symbols]

 1 Sliding Surface 2 Lifting Device 4 Skier Doll 5 Traverse Feeding Device 6 Traverse Feeding Device 7 Guide Magnet 8 Drive Pulley 9 Drive Pulley 10 Rope 17 Lift 18 Transport Magnet 19 Horizontal Plate 20 Positioning Plate 22 Ski Plate 25 Stopper 26 Magnet Circulation Belt 27 Horizontal Sending magnet

Claims (2)

[Scope of utility model registration request] 1. A skiers such a shape imitating a landing body fitted with Aspirate means on the head, a downhill stand with downhill surfaces of the slide member is a smooth surface to slide appropriately tilted provided, wherein the downhill stage one widthwise side of, installing a lifting device for circulating the lift with a Aspirate means at the lower end is provided with a stopper extending in the width direction of the lower end of the downhill surface, also of the downhill surfaces skiing toys consisting includes a crossfeed device for each back vertically moving Te than in Aspirate hand <br/> stage circulating said slippery member in the downhill surface width direction. 2. A ski slide according to claim 1, wherein a permanent magnet is fixed to the bottom of the sliding body , and a large number of guide magnets are arranged on the back side of the glide surface so that the same poles face the permanent magnet. toy.