KR900000514B1 - A dancing dolls - Google Patents

Abstract

Dolls with a magnet (15) or (15a) under each foot moves their feet in association with a magnetic mechanism arranged under the floor with an oscillator (3), which has oscillating magnets (7), (7a) arranged to fit in and move along resp. guide slits (6),(6a) at both ends. Each foot is linked with upper parts i.e. arms and head by a string for its movement to effect the dancing motion of the doll upper portion.

Description

Dancing doll toy using magnet

1 is a perspective view of a part of the present invention cut away.

2 is a full exploded perspective view of the present invention.

3 is a plan view showing a power connection state of the present invention.

4 is a circuit diagram of the present invention.

5 is an exploded view illustrating a state in which the rocking magnet is coupled to the guide hole of the rocker of the present invention.

6a, b, c, d, and e are plan views illustrating the guide holes of the oscillator of the present invention, respectively.

7a, b, c, and d are plan views illustrating the oscillators of the present invention, respectively.

8a, b, c, d, e is an illustration showing the operating state of the permanent rocking magnet installed in the 6a, b, c, d, e degrees.

9a and b are exploded perspective views of another embodiment of FIG. 5, in which a is an exploded perspective view and b is a sectional view.

10 is a perspective view showing the internal structure of the doll body of the present invention.

11a, b, c is an exemplary view showing organically the doll arm movement state of the present invention.

* Explanation of symbols for main parts of the drawings

1: body 2: top plate

3: oscillator 4: camshaft

5: connection pulley 6, 6a: guide

7, 7a: rocking magnet 8: insertion shaft

9: come on 10: nuts

11: disc 12: lighting fixtures

13: acoustic instrument 14: doll body

15, 15a: interlocking magnet 17: head

18: leg 19: upper body

16, 20: spring 21, 21a: connecting string

22, 22a: both ears 23, 23a: arms

24, 24a: inner end 25: counterweight

26: weight M: motor

SW / Sa: Variable snap switch SW / Sb: Selector switch

SP: Speaker CN: Connector

FT: Flashlight

The present invention organically interlocks the rocker and rocking magnet and the doll body and the interlocking magnets at the bottom of each other in the main body so that each part of the doll body is avoided from regular repetitive motion, and the lightness of the acoustic device is various. The present invention relates to a dancing doll toy using magnets, which is characterized by the fact that the viewer does not have to prove it even for a long time so that the viewer can bring out the liveliness and curiosity as if they are actually dancing live.

In more detail, the swinging magnet inserted into the shaft of the reduction motor can be instantaneously forward and reversed by the power switch, and the swinging magnet is moved forward, backward, left, right by the guide hole of the swinging motor. Or the rotational movement is made arbitrarily, so the interlocking magnet at the bottom of the doll body interlocked according to the magnetic force of the swinging magnet is also moved, so that the footwork can be expressed freely in accordance with the rhythm of the doll's sound equipment. The waist and head of the head move forward, backward, left and right to add a sense of realism. In particular, the head and arm are interlocked with the straps, so that the head moves to the left and the left arm moves to the right. It moves up and down, and when the head is backwards, when slightly lifted up, the arms are raised up at the same time, Is a relatively fast rhythm to be able to describe the actual behavior is similar to the dance of the match (for example archaeological dancing, disco dancing, etc.). In addition, another effect of the present invention is that the body of the doll and the body of the doll is completely separated from each other, so that the doll body can dance lightly and rhythmically while changing the position of the feet on the top plate of the body as if the dancer is dancing on the stage It can provide lifelike and interesting.

Looking at the driving device of a conventional doll toy, most of them have a small motor or a vibrator built into or inside the doll's body and the driving force is linked to a simple cam or crankshaft to induce the doll's body to move. It was very hard and could not produce smooth movements. Especially, the movement of the doll's body was repeated regularly, which made me tired.

In addition, since the method of connecting the driving force with the doll is mechanical, the foot part is always fixed at a certain position, so it is impossible to move, so there is no feeling of actual dancing. Because of the shortcomings, I could not fulfill my duty as a toy.

The present invention, in view of the above-mentioned drawbacks of the actual stage, so that each part of the doll's body to give a sense of dancing to the rhythm of each of the sound equipment built in a quick and various movements lively and very cheerfully As the dance of the branches can be performed by arbitrary movements, the viewer can always bring out aesthetics and interests without causing boredom, and it is a relatively simple structure that can be widely supplied to cheap producers. When described in more detail based on the drawings as follows.

1 to 9 of the accompanying drawings are related to the main body configuration of the present invention, 1 is a main body having a top plate (2) made of some opaque glass at the top, and the drive device is installed therein. The internal drive device of the main body 1 is provided with a deceleration motor M interlocked with the changeover switch SW and M, and the oscillator 3 is provided on the motor shaft MS of the deceleration motor M. The connecting pulley 5 is provided, and this connecting pulley 5 is interlocked with the camshaft 4 of the switching switch SW * M by a belt etc. 6 is a guide hole drilled at both ends of the oscillator (3), the guide hole (6) is divided into two guide holes as shown in the case of 6a, b and 6c, d, e In this case, both guides are assigned the symbols 6 and 6a.

7 is a rocking magnet which is rocked or rotatably inserted into the guide hole 6 of the rocker 3, and an insertion shaft 8 is provided at the lower portion of the rocking magnet 7 so that only FIG. 5 and FIG. The guide hole 6 may be fitted as shown in the drawing, and once inserted, the lower end of the insertion shaft 8 may be fastened as a nut 9 as shown in FIG. 9B.

At this time, as shown in the case of 6a, b may be a single rocking magnet (7), as in the case of 6c, d, e can also be divided into two rocking magnets, in this case, the sign is given as 7, 7a.

In addition, the oscillator 3 may be arbitrarily attached to the upper surface of the separate disc 11 as shown in FIG. 7a, and the same or more various effects may be obtained even when the oscillator 3 is modified in various forms as shown in FIGS. 7b, c, and d. .

F · T is a flash lamp of a known lighting device 12 provided on one side of the base 1, which emits light in accordance with the rhythm of the sound device 13.

SP is a speaker provided in the acoustic device 13, where the acoustic device 13 means a sound generating circuit or a small recorder of a conventionally known.

SW · Sa is a variable snap switch for varying the rotational force of the motor M, SW · Sb is a selector connected to the acoustic device 13 and interlocked with the variable snap switch SW · Sa of the motor M. Switch. CN is a power input connector.

Figures 10 and 11 of the accompanying drawings are related to the doll body configuration of the present invention, 14 is a doll body mounted with interlocking magnets (15, 15a) at the bottom, the leg 18 of the doll body 14 The connection part of the upper body 19 is coaled with a spring 16 so that when the upper body 19 swings, the head 17 is provided with some elasticity, and the head 17 of the doll body 14 The spring 20 is supported between the upper bodies 19.

21 and 21a are connection strings provided between the ears 22 and 22a of the head 17 and the inner ends 24 and 24a of the arms 23 and 23a. 25 and 25a are counterweights attached to the inner ends 24 and 24a of the arms 23 and 23a. 26 is a weight attached to the top of the head 17.

Referring to the operating state of the present invention configured as described above and its working effects are as follows.

First, turn the power on to the power input connector (CN), and then connect the power to one of several terminals by operating the variable snap switch (SW · Sa) that changes the rotational force of the motor (M). Since the variable snap switch SW · Sa is interlocked with the selector switch SW · Sb of the acoustic device 13, the variable speed switch SW · Sa is also connected to one of several terminals of the acoustic device 13, so that the rotation speed of the motor M is rotated. The rhythm is automatically selected by the acoustic device 13 to fit.

Therefore, once the motor M and the acoustic device 13 are operated, the doll body 14 placed on the upper plate 2 of the main body 1 dances to the rhythm of the acoustic device 13, that is, This will be described step by step.

When the motor M is driven, the oscillator 3 and the connection pulley 5 installed on the motor shaft MS rotate. At this time, the cam shaft 4 interlocked with the connection pulley 5 and the belt or the like. As the rotation switch continuously operates the switch SW and M, the motor M momentarily repeats the forward and reverse rotations, so that the natural oscillator 3 also repeats the forward and reverse rotations. (3) The rocking magnets 7 swinging or rotatably inserted into the guide holes 6 at both ends are moved.

In addition, the organic operation between the guide hole 6 of the oscillator 3, the permanent rocking magnet 7 and the top plate 2 of the main body 1 is illustrated in FIGS. 5, 6, 7, 8, Referring to Figure 9 is as follows.

The rocking magnet (7) or (7) (7a) is inserted into the guide hole (6) or (6) (6a) of the swinging member (3) and operated as it is or the rocking magnet (7) or (7) Insert the insertion shaft (8) of (7a) into the guide hole (6) or (6) (6a) of the oscillator (3) and come from the bottom of the guide hole (6) or (6) (6a) ( 9), the nut 10 may be fastened. When the insertion shaft 8 of the rocking magnet 7 or 7, 7a is operated as it is, the bottom of the upper plate 2 of the main body 1 is in use. The upper surface of the rocking magnet (7) or (7) (7a) is operated in close contact with the interlocking magnets (15) and (15a) attached to the foot of the doll body (14) and the leg (18). Noise and wear are expected, but the slip by the guide hole (6) or (6) (6a) of the oscillator (3) is varied so that the swinging and rotating materials of the swinging magnet (7) or (7) (7a) Advantageously, like the latter, the bottom of the guide hole (6) or (6) (6a) of the rocker (3) in the insertion shaft (8) of the rocking magnet (7) or (7) (7a) When it comes up and tightens with nut (10), a small gap is given between the bottom of the upper plate (2) of the main body (1) and the upper surface of the rocking magnet (7) or (7) (7a) during use. And wear can be completely prevented, but there is a load between the bottom of the guide hole (6) or (6) (6a) and the come (9) of the insertion shaft (8), so that the rocking magnet (7) or (7) (7a) There is a risk of being slightly restrained by swinging and rotating.

However, such a problem does not have a great effect on the actual operation, which can be solved by a slight improvement.

In the state where the guide holes 6 communicate with each other as shown in Figs. 6A and 6B, it is preferable to integrate the swinging magnets 7 without separating them into two pieces, and the guide holes 6 as shown in Figs. 6C, d, and e ( In the state in which 6a) is divided into two, it is natural to separate the rocking magnets 7 and 7a into two, and the state of this state will be described with reference to 8a, b, c, d, and e.

8a and b are views showing the rocking and rotating state of the rocking magnet 7 in the state of 6a, b, the rocking magnet 7 is a position where the movement range is rotated according to the shape of the guide hole (6) It is different and the swinging range of the swinging magnet (7) is 8b is wider than the 8b degree, but the leg of the doll always moves to the same side, it feels relatively simple.

8c, d, and e show the swinging and rotating states of the swinging magnets 7 and 7a in the states of 6c, d, and e. In this case, one of the swinging magnets 7 and 7a is shown. 7) by making the magnetic force of (7) very weak compared to the magnetic force of the other rocking magnet (7) so that it can turn away from the rocking magnet (7), both sides of the doll body (14) interlocking magnets (15) (15a) as needed It is possible to free it from the top plate 2 of the main body 1 and freely according to the rhythm because the foot of the doll body 14 is lifted from the top plate 2 of the main body 1 as described above. Can give footwork.

7a, b, c, and d show the shape of the rocker (3) for inserting the rocking magnet (7) or (7) (7a). FIG. 7a shows the rocker (3) on the upper surface of the disc (11). The disk 11 is rotated forward or reversely by the motor shaft MS so that the swing inserted in the guide hole 6 or 6 6a of the swinger 3 is adjusted accordingly. The magnet (7) or (7) (7a) is to swing and rotate itself.

FIG. 7b shows the oscillator 3 having the same length + shape, c is the length of one side, and d is the same length, which can be transformed according to the position or number of the dancing doll. Only basic forms are described.

Once the swinging magnet (7) or (7) (7a) is operated by the motor (M), the switching switch (SW · M), the swinging member (3), the guide hole (6) or (6) (6a). When the swinging magnet (7) or (7) (7a) by the magnetic force of the interlocking magnet (15) (installed on the feet of the doll body 14, legs 18 mounted on the upper plate (2) of the main body (1) ( 15a) will also work, the interlocking magnets (15, 15a) is installed under the feet of the doll body (14) legs 18 will eventually move the doll body (14).

Therefore, as the doll body 14 moves, the spring 20 supported by the upper body 19 and the head 17, the upper body 19 and the leg 18 of the doll body 14 with its elasticity (20) ( 16, the head 17 is moved to the left, right, front and rear sides, and the waist is also flexibly shaken. Particularly, both ears 22, 22a and arms 23 and 23a of the head 17 are moved. By connecting strings 21 and 21a connected between the inner ends 24 and 24a of the arm), the arms 23 and 23a are naturally raised and lowered so that they can dance.

That is, the right arm 23 moves the head 17 to the left as shown in FIG. 11a, and the left arm 23a moves up and down when the head 17 moves to the right as shown in b, and the head 17 as shown in c. If you squeeze a little to the rear, both arms (23) and (23a) are up and down at the same time.

As described above, the present invention allows the head 17, the arms 23, and the waist of the doll body 14 to move in accordance with the rhythm of the acoustic device 13, and the feet 18 of the doll body 14 are under the feet. The interlocking magnets (15) and (15a) in the part, and the motor (M), the changeover switch (SW · M) of the main body (1), the guide hole (6) or (6) of the oscillator (3) ( 6a) to interact with the rocking magnet (7) or (7) (7a) to operate in a relatively fast rhythm, such as disco or gogo dance, but the movement is very diverse and light In particular, the flash lamp FT of the lighting device 12 is caused to emit light in accordance with the rhythm of the sound device 13, and the selector switch SW · Sb of the sound device 13 is a variable snap switch of the motor M. SW and Sa), so that the swinging rhythm of the swinger 3 matches the music rhythm of the acoustic device 13, which can add to the liveness of the dance. It has all the effects.

Claims (6)

The cam pulley (4) of the switching switch (SW · M) and the coupling pulley (5) and the rocker (3) interlocked with the belt are laid on the shaft (M · S) of the motor (M). Guide holes (6) or (6) and (6a) are drilled at both ends to insert rocking magnets (7) or (7) and (7a), and a doll body (14) legs on the body (1) and the top plate (2). An interlocking magnet (15) (15a) is installed at the foot of (18) to allow the oscillating magnet (7) or (7) (7a) to interlock with magnetic force, and the upper body (19), the head (17), and the upper body (19). Springs 20 and 16 at the connection portions of the legs and the legs 18, and the inner ends 24 and 24a of the arms 23 and 23a and the ears 22 and 22a of the head 17, respectively. Dancing doll toy using a magnet made by mounting the doll body 14 formed by connecting with a connecting string (21) (21a). The dancing doll toy according to claim 1, wherein the guide hole (6) of the oscillator (3) is in communication with each other, but a single swing magnet (7) is inserted into the guide hole (6). The guide hole (6) (6a) of the oscillator (3) is divided into two, and the rocking magnets (7) (7a) are inserted into the guide holes (6) and (6a), respectively. Dancing doll toy using a magnet made by making the magnetic force of the magnet 7 much weaker than that of other rocking magnets 7a. 2. The oscillator (3) according to claim 1, wherein

Dancing doll toy using magnet made up of a mold. 2. The oscillator (3) according to claim 1, wherein

Dancing doll toy using magnet made up of a mold. The dancing doll toy according to claim 1, wherein the swinging member (3) is attached to a disc (11) arranged on a motor shaft (M · S).

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