JP2935898B2 - Movable figure - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION 【Technical field】

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a figurine having a movable figure and the like, in which a figure in the shape of a doll or the like is operated on an upper portion of a pedestal section having a box shape or the like, and to the figure with the movable figure.

[Background Art]

Today, using the music box built in the box as the driving source,
Various figurines have been developed in which a doll or the like is operated on the upper part of the box only while the music box is ringing (Japanese Utility Model Publication No. 59-100489, Japanese Utility Model Utility Model 59-183293).
Reference). In the conventional ornament, a single or a plurality of dolls or the like are moved in a plane as a plane (for example, moved along a horizontal circumferential trajectory). Therefore, it is made to interest those who see it as a comprehensive movement. However, the doll and the like are non-animals integrally formed of a resin material or the like. As described above, in the conventional ornament, even if the movement as a whole has an intention, the simplicity of movement and the poor mechanism cannot be eliminated because the doll or the like is expressionless. That is, the conventional figurine is suitable for placing it far away and viewing it casually. However, there is a problem in that if one looks closely at the movement of a doll or the like, he or she gets bored relatively early. In addition, the doll and the pedestal to which it was attached consisted of pairs. Therefore, when various figurines are hieroglyphized, the types of the pairs are increased, and a large variety of small-scale production is required, resulting in an increase in cost. Accordingly, it is an object of the present invention to provide a figurine with a movable glyph, which is provided with a glyph, such as a doll, which is expressive and performs an operation that will never get bored, and its glyph. Further, another object of the present invention is to provide a figurine with a movable glyph and a glyph with the movable glyph whose cost is reduced.

DISCLOSURE OF THE INVENTION

The present invention provides a movable gyro which is detachably attached to a pedestal portion having an output end which is driven to rotate, wherein the elephant has a fixed portion detachably attached to the pedestal portion, A first driven shaft rotatably supported on the fixed portion in a vertical axis posture, and a lower end of the first driven shaft is detachably connected to the output end. The movable portion supports a second driven shaft rotatably, and the first driven shaft and the second driven shaft are relatively movable in the axial direction and capable of transmitting rotational power. A cam surface is provided at a lower end portion of the second driven shaft, a cam surface engaging with the cam surface is formed on the fixed portion, and the movable portion moves up and down by sliding contact between the two cam surfaces. It is configured to be. According to the figure of the present invention, the fixed portion is detachably attached to the pedestal portion, and the output end and the input end are also connected by attaching the fixed portion to the pedestal portion. Then, the power of the power unit drives the movable unit from the output terminal to the input terminal. That is, the driven shaft is divided into a first driven shaft having the input end and a second driven shaft movably coupled to the first driven shaft and capable of transmitting power, and the second driven shaft is Is supported by the first movable portion, a cam surface is provided on the second driven shaft, and a cam surface engaging with the cam surface is formed on the fixed portion, so that the second driven shaft is moved by the cam surface. Then, the movable part supported by the moving second driven shaft also moves. Therefore, since a movable member can be further provided in the movable portion and the member can be driven by the second driven shaft, a doll or the like which moves in a complicated manner can be obtained. The said structure WHEREIN: The said 1st driven shaft and the 2nd driven shaft are couple | bonded so that bending is possible, The said movable part bends the said 1st driven shaft and a 2nd driven shaft with respect to the said fixed part. If the bendable connection is made on the line, the doll can be bowed. Further, according to the present invention, in a movable gyro that is movably attached to a pedestal portion having an output end that is driven to rotate, the elephant is a lower structure detachably attached to the pedestal portion; A movable portion attached to the lower structure so as to move therewith; a driven shaft having an input end removably engaged with the output end is rotatably supported on the lower structure; The part is supported by the lower structure so as to be swingable about an axis orthogonal to the axis of the driven shaft, and the upper end of the driven shaft is eccentric to a position eccentric from the rotation center of the driven shaft. A rotating portion is provided, and the movable portion is provided with an arc-shaped contact engaging portion that engages with the eccentric rotating portion and swings the movable portion around the axis. By adopting the above configuration, if the movable part is the head of a doll, a swinging doll can be obtained. Further, according to the present invention, in a movable elephant that is removably attached to a pedestal portion having an input end that is driven to rotate, the elephant has a fixed portion that is detachably attached to the pedestal portion. A driven shaft is rotatably supported on the fixed portion, and an input end is formed at an end of the driven shaft to be detachably engaged with the output end, and the driven shaft is located above the fixed portion. Projecting, a peripheral rib is provided on the projecting portion,
A middle part is supported by the rib, and a lower part is hung and supported swingably around an axis perpendicular to the axis of the driven shaft below the middle part. The eccentric rotating portion is formed to cover the fixed portion, and is fitted to the fixed portion so as to be relatively non-rotatable. And an abutting engagement portion for engaging the lower part and swinging the underbody around the axis. If the above configuration is adopted, a waist swing doll in which the skirt is shaken can be formed as a doll in which the fixing part is a leg, the underwear is a skirt, and the middle part is a body. Further, according to the present invention, in a movable gyro that is detachably attached to a pedestal portion having an output end that is driven to rotate, the gyro is supported rotatably with a driven shaft having a longitudinal axis posture. An input end is formed at the lower end of the driven shaft so as to be removably engaged with the output end, and the hieroglyph has an opening and a vertical oscillator swinging vertically in the opening. , Is supported swingably around an axis in a direction orthogonal to the axis of the driven shaft, the driven shaft is provided with an eccentric rotating portion at a position eccentric from the center of rotation, and the vertical A contact portion is provided on an arc that engages with the eccentric rotating portion and swings the vertical moving element around the axis. By employing the above configuration, the opening can be used as a doll's mouth and the up-and-down moving element can be used as a tongue. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partially cutaway front view showing a first embodiment of an ornament according to the present invention. FIG. 2 is a sectional view taken along line AA of FIG. FIG. 3 is a sectional view taken along line BB of FIG. FIG. 4 is a partially cutaway rear view of the base of the first embodiment with the second casing removed. FIG. 5 is a partially broken plan view of the pedestal of the first embodiment. FIG. 6 is a front sectional view of the first symbol. FIG. 7 is a side cross-sectional view of the first symbol. FIG. 8 is an exploded perspective view of the first symbol. FIG. 9 is an exploded perspective view of the driven shaft. FIG. 10 is a front sectional view of the second symbol. FIG. 11 is a side cross-sectional view showing a connection structure between a middle part and a lower part in the second figure. FIG. 12 is a sectional view taken along line CC of FIG. FIG. 13 is a sectional view taken along line DD of FIG. FIG. 14 is a plan cross-sectional view of the upper portion corresponding to line EE in FIG. FIG. 15 is a side cross-sectional view of the upper part of the second symbol. FIG. 16 is a side cross-sectional view of the upper part in the third symbol. FIG. 17 is a perspective view showing an upper end portion of a driven shaft used for the third symbol. FIG. 18 is a front cross-sectional view of the fourth symbol. FIG. 19 is a side sectional view of the fourth elephant body. FIG. 20 is a side cross-sectional view showing an operation state of the fourth phantom. FIG. 21 is a perspective view showing a state in which the fifth symbol is disassembled and viewed from the back side. FIG. 22 is a perspective view showing a state in which the sixth symbol is disassembled and viewed from the back side. FIG. 23 is a front sectional view showing a second embodiment of the ornament according to the present invention. FIG. 24 is a front sectional view showing a third embodiment of the ornament according to the present invention. FIG. 25 is a perspective view showing a fourth embodiment of the ornament according to the present invention. FIG. 26 is a front sectional view of a main part of the pedestal portion of the fourth embodiment. FIG. 27 is a plan sectional view of the pedestal portion of the fourth embodiment.

BEST MODE FOR CARRYING OUT THE INVENTION

Hereinafter, embodiments of the present invention will be described with reference to the drawings. 1 to 9 show a first embodiment of an ornament 1 according to the present invention.
It was done. First, the main configuration of this figurine 1 is explained.
I do. The ornament 1 is provided with a pedestal portion 3 and the pedestal portion 2.
Power unit 3 and the upper part of the pedestal unit 2
And the figure 4 is provided. This figure 4 is fixed to the pedestal 2 in a detachable manner.
Fixed part 98 and moving with respect to this fixed part 98
And a movable portion 99 provided. The power unit 3 projects rotational power by projecting above the pedestal unit 2.
An output terminal 18a for outputting is provided. Fixation of hieroglyph 4
The input terminal 20a that is linked to the movable unit 99 is provided in the unit 98.
I have. The input end 20a is connected to the output of the power unit 3.
The end 18a is detachably connected to the input end 20a.
The movable part 99 is configured to be driven by these powers.
I have. The pedestal portion 2 is a first casing having a shape obtained by dividing a box into two.
By combining 81 and the second casing 82,
It is configured as an empty box. Above the inner space of the pedestal 2
The part and the front left part are a storage part for the power part 3. Soshi
The space other than the storage section of the power section 3 is used for storing coins.
It is used as the retaining part 7. The storage section of the power section 3 and the coin storage section 7 are on the power section 3 side.
It is located towards. In addition, the storage section of the power section 3 is
The coin storage unit 7 is integrated with the front side wall 2a of the pedestal unit 2.
The formed side partition wall 8a and bottom partition wall 8b, and these side partitions
It is detachably attached to the wall 8a and the bottom partition wall 8b from behind.
It is partitioned by the attached back partition wall 8c. Previous
The bottom partition wall 8b is located below the power unit 3. Opposite surfaces of the right side wall 83 and the side partition wall 8a of the pedestal portion 2
Is provided with a guide groove 84 extending substantially the entire length of the pedestal 2 in the front-rear direction.
Have been killed. The guide groove 84 has a plate-shaped power unit support base.
85 is guided and held so that it can be inserted and removed. In addition, the first case
The upper part of the ring 81 and the second casing 82 is open,
This opening is closed by the top plate 86. This top plate 86
Is integrally connected to the support base 85. Front side wall 2a of pedestal portion 2 (front side of first casing 81)
On the wall), a coin W insertion port 9 is formed in a vertically long shape.
Have been. The slot 9 is inserted through a coin insertion passage 10
It is communicated with the coin storage unit 7. After the coin insertion passage 10,
The side is a slope that is slightly inclined downward. In addition,
The input port 9 and the coin insertion path 10 are the largest
It is sized to allow things to pass through. At the bottom rear of the second casing 82, it corresponds to the coin storage section 7.
A coin outlet 87 is formed in an opening within a range defined by the coin. this
A lid piece 88 is detachably attached to the coin outlet 87.
I have. The cover piece 88 is provided with a coin outlet 87 from behind the pedestal 2.
Is slidably held along. One end of lid piece 88
An engagement piece 89 is provided in the portion, and the second casing 82
An engagement recess 90 engageable with the engagement piece 89 is formed on the bottom inner surface.
Has been established. Therefore, the engagement piece 89 of the cover piece 88 is
By engaging with the engagement concave portion 90 of the thing 82, the lid piece 88 is
The second casing 82 can be held so as not to come off. Ma
When the cover piece 88 is pushed backward from this holding state,
The piece 89 is elastically deformed and the engagement with the engagement concave portion 90 is released.
Therefore, the lid piece 88 is removed from the second casing 82 by this method.
Can be removed. In the present embodiment, a rotary drive type alligator is used as the power unit 3.
Is used. The power unit 3 is attached and fixed to the support base 85.
Have been. This power unit 3 has a number of keying projections on the outer peripheral surface.
The rotating drum 14 and the rotating drum 14 are rotated.
A drive unit 15 (cense box) containing a mainspring (not shown);
A swing lever 91 for operating the drive unit 15;
Around the screw handle 16 for my and the rotating drum 14
Vibrating plate 92 (lead) and rotating drum
And a gear train 93 for transmitting the rotation of 14 to the output end 18a.
You. The rotating drum 14, the driving unit 15, and the vibration plate 92
It is fixed to the lower surface side. The gear train 93 is connected to the support base 85.
It is provided between the top plate 86 and the top plate 86. That is, this power unit
3 is a unit type, and each unit has a pedestal
It is detachable from the part 2. As shown in FIG. 4, the swing lever 91 has a drive end at the base end.
15 and the tip is laterally outward from the housing of the power unit 3.
It is protruding. Therefore, the swing lever 91 is
The part that protrudes outward from the side of the storage section 3 can swing up and down.
It is configured to be. And this swing lever 91
The operating lever 17 comes into contact with the tip of the
It has become. The operation lever 17 has a side center substantially in the front-rear direction.
It is rotatably supported by the cutting wall 8a. And on
As described above, the front end of the operation lever 17 is located below the swing lever 91.
Touching the surface. The rear end of the operation lever 17 is a coin
It protrudes toward the insertion passage 10. Therefore, coin W is coin
When the coin passes through the insertion passage 10 and falls into the coin storage 7,
This coin W pushes down the rear end of the operation lever 17, and
As the lever 17 swings to raise the front end
Has become. The position of the center of gravity of the operation lever 17 is
It is located forward of the pivotal portion with respect to the partition 8a.
Therefore, in a state where the coin W does not abut, the operation lever
17 has its front end split. In the power unit 3, the driving unit 15 has a mainspring.
A stop mechanism for stopping the rotation of the rotating drum 14 is provided.
I have. This stopping mechanism is such that the rotating drum 14 always opens the station.
It stops at the starting position. Also this stop
The mechanism is released by swinging the swing lever 91 up and down once.
Thus, the rotation of the rotary drum 14 is allowed.
That is, the rotating drum 91 swings the swing lever 91.
Each time, the mainspring of the drive unit 15 rotates 360 °
That is, every time a song is played), the stop mechanism is activated.
Stop. After all, when the coin W is inserted into the insertion slot 9, the coin W
It passes through the coin insertion passage 10 and falls into the coin storage 7
However, the operator pushes down the rear end of the operation lever 17 on the way. So
As a result, the front end of the operation lever 17 swings upward,
Therefore, the tip of the swing lever 91 swings upward. That
Therefore, the power unit 3 is driven. And the coin W passes
After that, the operation lever 17 and swing lever 91 are automatically returned to their original positions.
Return. In addition, the power unit 3 is operated by the operation of the above-described stop mechanism.
Automatically stops after one song has been played.
You. The gear train rotates the rotating drum 14 as shown in FIG.
The speed of the rolling power is increased and transmitted to the output end 18a
I have. In this embodiment, the output end 18a of the drive shaft 18 is disconnected.
It was formed as a square square-shaped square axis. Also,
The input end 20a of the figure 4 is a square corresponding to the output end 18a.
It was formed as a boss having a concave portion. Obedience
Therefore, the connection / separation between the output end 18a and the input end 20a is simple and easy.
You can do it reliably. Moreover, the output terminal 18a and the input terminal 2
When connected to 0a, they can rotate together
Becomes Of course, the input end 20a is a square axis and the output end 18a is a boss.
It can also be formed as a part. An output end 18a protrudes from the upper surface 2c of the pedestal 2 described above.
A plurality of positioning holes 95 are provided around the
You. Therefore, the figure 4 is inserted into these positioning holes 95.
By fitting, the glyph 4 is arranged in a predetermined arrangement (output
Fixing so that the end 18a and the input end 20a are coaxial)
Is available. In the present embodiment, the stop mechanism in the drive unit 15 is
Prohibit the rotation of the rotating drum 14 from being stopped
Continuous playing (ie, disabling the stop mechanism)
A mechanism 55 is provided. This continuous playing mechanism 55 has a pedestal
An operation shaft 56 rotatably supported by the front side wall 2a of the section 2 is provided.
ing. The front end of the operation shaft 56 projects outwardly in front of the base 2.
The knob 57 is fitted and fixed to this protruding part.
Have been. At the rear end of the operating shaft 56, a substantially oval cam piece 58
The cam piece 58 is a tip of the swing lever 91.
It comes into contact with the lower surface of the part. Therefore, FIG.
As shown in FIG.
The swing lever 91 can be lifted by the cam piece 58.
I can do it. Thus, the swing lever 91 is held.
If it is raised, the stop mechanism in the drive unit 15 will not operate,
The rotating drum 14 rotates as long as the mainspring is wound.
Keep rolling. As a result, continuous performance becomes possible. As shown in FIG. 6 and FIG.
Incorporation so that 20 covers almost the entire vertical area of the figure 4.
It is rare. The driven shaft 20 is rotatably held.
Have been. At the lower end of the driven shaft 20, the input end 20
a is formed. Therefore, in the following, the details of the driven shaft 20
This will be described in connection with the structure description. In the present embodiment, the figure 4 is a man in a sitting posture.
It is shaped like a doll. FIG. 8 shows the disassembled state.
As shown, the hieroglyph 4 is an upper
The part 22, the middle part 23 expressing the body of the doll, and the waist of the doll
And a lower part 24 expressing a leg. Also on
A pair of left and right rockers 25 and 26 representing the arms
Is attached. In addition, underwear 24 expresses foot
A pair of left and right upper and lower moving elements 27 and 28 are attached. The upper part 22, the middle part 23, and the lower part 24 are
It is a splittable structure, and as shown in FIG.
It will be joined by tightening the screw 29 toward the front
Swelling. And, in the lower part of the underwear part 24, a plurality of
A hook 96 is provided. These hooks 96 are
With the positioning holes 95 provided on the upper surface of the pedestal 2
And can be fitted and locked. Therefore,
When the hook 96 and the positioning hole 95 are locked,
4 can be fixed to the pedestal 2.
As is clear from this description, the hieroglyph 4 of the present embodiment has
The underbody part 24 is detachably attached to the pedestal part 2.
The fixing portion 98 is formed. Followed to such a hieroglyph 4, as shown in FIG.
The shaft 20 is divided into a second driven shaft 31 and a first driven shaft 33.
It has become so. The second driven shaft 31 has
A spiral wing section 30 is provided near the top (see FIG. 6).
Have been. Also, the first driven shaft 33 has
A spiral wing part 32 is provided to be stored in the side (see FIG. 7).
I have. The first driven shaft 33 is coaxially fitted to the lower end of the second driven shaft 31.
A boss portion 34 to be combined is provided. In this boss part 34
Pass through the opposite position of the outer peripheral surface.
Thus, a vertically long slit 35 is formed. one
On the upper end of the first driven shaft 33, opposite positions of the outer peripheral surface
Projecting pieces 36 projecting outward from the
You. Therefore, the first and second driven shafts 31, 33 are tensioned.
The projecting piece 36 can be connected while being fitted into the slit 35.
Wear. In this connection state, the first and second
The rotation of the driven shafts 31 and 33 has a constraint relationship with each other
However, the relationship is maintained such that relative movement in the vertical direction is allowed.
Will be done. The second driven shaft 31 has a peripheral surface slightly above the boss portion 34.
The rib 37 is bulged. The first driven shaft 33 has
A peripheral rib 38 is formed slightly above the input end 20a.
ing. On the other hand, as shown in FIG. 6 and FIG.
Horizontal partition plates 39, 4 are provided inside the mounting part 23 and the lower part 24.
0 is provided. These dividers 39, 40 are
It also reinforces the underwear 24. Then, the specifications of the
With respect to the cutting plate 39, the boss portion 34 of the second driven shaft 31
The space between the surface rib 37 is fitted. In addition,
For the cutting plate 40, the input end 20a of the first driven shaft 33 is
The space between the peripheral ribs 38 is fitted. Therefore, the second
The driven shaft 31 and the middle part 23, and the first driven shaft 33 and the lower part 24
However, there is no displacement between the upper and lower positions. That is,
2 When the driven shaft 31 moves up and down with respect to the first driven shaft
The middle part 23 also moves to the lower part 24 so that
To move up and down. As shown in FIG. 7, the upper surface of the lower
An engagement base 42 having a piece 41 is provided. In addition,
The lower inner surface of the portion 23 is engaged with the overhanging piece 41 of the engagement base 42.
Upper and lower receiving pieces 43 and 44 are provided. Therefore,
Due to the mutual distance between the receiving engagement pieces 43 and 44, the vertical movement of the middle part 23 is performed.
Range is limited. The engagement of the second driven shaft 31 with respect to the engagement base 42 of the lower
The bosses 34 are combined so that their lower surfaces are in contact.
Become like In this case, as shown in FIG.
Is formed on the cam surface 34A inclined with respect to the horizontal plane.
You. The cam surface 34 of the boss surface 34 is provided on the upper surface of the engagement base 42.
A cam piece 45 having a cam surface 45A corresponding to A is provided.
I have. Therefore, when the second driven shaft 31 rotates,
2 The driven shaft 31 moves up and down according to the upper surface inclination of the cam piece 45.
Become like Therefore, just like the doll (hieroglyph 4)
The shoulder or belly, that is, the torso (middle part 23)
Humorous and rhythmical that shakes up and down repeatedly
Movement is obtained. The middle part 23 is provided with a neck part 23a projecting upward.
I have. The neck 23a has the same
A pivot pin 46 horizontally protruding from the shaft is provided. to this
On the other hand, as shown in FIG.
A boss portion 47 for fitting the support pin 46 is formed. Therefore above
The mounting part 22 is located at the upper part of the middle part 23 around the pivot pin 46.
It is held to swing right. In addition, the boss
A horizontal partition 48 is provided above the part 47. this
The horizontal partition plate 48 has an elongated hole-shaped contact
49 are formed. For such an upper part 22, the upper end of the second driven shaft 31
Has a pin-shaped eccentric rotating part 50 fitted in the contact engaging part 49.
It is protruding. Therefore, when the second driven shaft 31 rotates, the eccentric rotating portion
50 moves in a circumferential direction, whereby the contact engagement portion 49 is moved right and left.
Direction. So, just like a doll
(Figure 4) repeatedly tilts the head (upper part 22) left and right
Humorous and rhythmic movements
You. Oscillator 25, 26 attached to middle part 23
Round bar-shaped constrictions 25a, 26a near the base (see FIGS. 6 and 8)
) Is formed. And these constrictions 25a, 26
a is a pair of front and rear holding pieces 51 provided inside the interior part 23.
To be pinched. Therefore, the oscillator 25,2
6 is centered on the constricted parts 25a and 26a on the left and right sides of the middle part 23
And is rotatably held. In addition, these oscillators 25, 26
Are opposed to each other between the oscillators 25 and 26
An interlocking pin 52 that protrudes in the direction
You. These interlocking pins 52 are connected to the constricted portion 25a of the oscillator 25 and
With respect to the constricted portion 26a of the oscillator 26, their respective rotation axes are
It is provided eccentrically from. With respect to such oscillators 25 and 26, the screw of the second driven shaft 31
So that the swirling part 30 abuts on each interlocking pin 52 from under them
It is positioned in. This spiral wing part 30
The inclined surface portion with the lead (spiral) is
The shapes are combined in a stepwise manner (see FIG. 9).
See). Therefore, when the second driven shaft 31 rotates, its upper surface tilts.
Each interlocking pin 52 is moved up and down along the slope. Obedience
So, as if the doll (hieroglyph 4) protruded right and left
Arms (oscillators 25 and 26) alternately and vertically
Humorous and rhythmic movement
Can be Also, as shown in FIG.
The fulcrum portions 27a and 28a are provided on the lower movers 27 and 28, respectively.
I have. These fulcrums 27a, 28a are located at the lower front part of the undercarriage 24.
And a pivot pin provided so that the axis is oriented horizontally.
It is swingably held with respect to 53. Also on these
The lower movers 27 and 28 have a fulcrum 27a and 28a, respectively,
An interlocking pin 54 that projects diagonally upward is provided. The first driven shaft 33 is
The spiral wings 32 abut against each interlock pin 54 from above
It is positioned as follows. The spiral wing portion 32 is driven by the second driven
It has substantially the same shape as the spiral wing 30 of the shaft 31 (see FIG. 9).
However, the inclination direction is the same as that of the spiral wing 30 of the second driven shaft 31.
Is upside down. Therefore, if the first driven shaft 33 rotates, its lower surface tilts.
, Each interlocking pin 54 is moved up and down. Follow
As if the doll (hieroglyph 4) were toe the left and right feet (up and down)
A user who repeatedly steps on the child 27, 28)
Morous and rhythmic movements are obtained. As is clear from the above description, the image of the first embodiment
The body 4 is moved up and down (moving the body up and down)
Work), left and right swinging of the upper part 22 (moving to move the head right and left)
Work), swinging the rockers 25 and 26 up and down (swing the arm up and down)
Operation), up and down movement of the up and down movers 27 and 28 (step on the toe of the foot
Humorous and
Rhythmical four actions are repeated at each location
And are configured to be performed in parallel with each other.
You. In the present embodiment, the middle part 23, the upper part
22, the oscillators 25 and 26 and the vertical oscillators 27 and 28 are driven by the power unit 3.
Each of the movable parts 99 is configured to be moved. Ma
In addition, the underwear part 24 constitutes the fixing part 98. And this
The middle part 23 and the upper and lower elements 27, 28 are fixed to the fixed part 98 (the lower part 2).
4) is the first movable part 99a that moves with respect to
And the rockers 25 and 26 move with respect to the first movable portion 99a (the middle portion 23).
The moving second movable portion 99b is provided. These series of operations are performed by inserting coins W into the slot 9 of the base 2.
It starts when you put it, that is, when you save,
It continues until you play. And this behavior
While playing, play by the power unit 3 (music box)
Melody will add to the audience
Never. In other words, in other words, if you do not save
I can't see the sequence and hear the music box
As a result, the benefit of promoting savings is obtained.
That is to say. 10 to 15 show another embodiment of the hieroglyph 4.
The hieroglyph object 4 (hereinafter referred to as “first hieroglyph object”) shown in FIGS.
4 ”) was male and was in a sitting position,
FIG. 10 to FIG. 15 show the figure 4 (hereinafter, “second figure 4”).
) Is a female figure and a standing doll
It is following. Note that, in the second figure 4, the same work as the first figure 4 is performed.
The same reference numerals are given to the portions that have the use. The movement of the second figure 4 will be described first.
(Representing the head) left and right swing, rocker 25, 26 (arm
Swinging the left and right, the underwear 24 (the skirt
Expressed) and the upper part in the upper part 22
Above the lower part 60 (representing the lower lip as shown in Figure 15)
Repeat a total of four movements with downward movement at each point
And are configured to be performed in parallel with each other.
You. In addition, in this 2nd figure 4, the said 1st figure 4
Differently, the interior part 23 does not move up and down.
Therefore, the driven shaft 20 is moved from the eccentric rotating portion 50 at the upper end to the lower end at the lower end.
Up to the input end 20a
It has become something. A peripheral rib 37 is provided on the driven shaft 20 at a predetermined height position.
Is provided. Also, the inner rib is attached to the peripheral rib 37.
A horizontal partition 39 is installed inside the part 23
Swelling. As a result, the entirety of the second
The standing posture as a body is maintained. Also, in the second figure 4, the first figure 4
Equivalent to the vertical motion 27, 28 (see Fig. 4) that represented the foot
Do not have anything. Therefore, provided on the driven shaft 20
The spiral wings are used to operate the oscillators 25 and 26.
Only the upper one (reference numeral 30) is provided. The left and right swing of the upper part 22 is the same as that of the first figure 4.
Since the principle is the same, the detailed explanation here
Description is omitted. Regarding the point where the rockers 25 and 26 are rocked, the first figure
Based on substantially the same principle as 4 (spiral wing 30 and interlocking pin
52). However, this second figure
In 4, the oscillators 25 and 26 are provided on the inner
A pivot pin 61 that projects coaxially in the rear
Is held. Therefore, the movement of these oscillators 25 and 26
Is a swing in the left and right direction with the pivot pin 61 as the swing fulcrum.
You. That is, the oscillators 25 and 26 of the first figure 4 are swung up and down.
It is different in this point because it was moving. In the second figure 4, the lower part 24 is swung right and left.
The principle and structure for causing this to occur are as follows. That is, the upper end of the underbody part 24 is as shown in FIG.
So that it can fit into the interior
Thickness along the front-back direction is thin and
The narrow width dimension is also formed. And this underwear 24
At the upper end of, project horizontally coaxially to both front and rear
A pivot pin 62 is provided. On the other hand,
A boss 63 for fitting these pivot pins 62 is formed inside.
Have been. Therefore, the lower part 24 is pivotally connected to the inner part 23.
It is in a state of being suspended via the pin 62. Only
The lower part 24 is attached to the middle part 23 around the pivot pin 62.
On the other hand, it is swingably held in the left-right direction. By the way, as shown in FIG.
A hollow quadrangular pillar-shaped standing leg 64 is housed inside the mounting part 24.
Have been. And the pedestal 2
(See FIG. 1). Obedience
Thus, the standing leg 64 can be detachably attached to the base 2.
The fixing portion 98 is attached. This standing leg 64 has a front portion and
The rear part comes into contact with the front and rear inner surfaces of the underbody part 24.
You. Therefore, even if the driven shaft 20 rotates, the underbody 24 (second
The whole of the figure 4) rotates together with the driven shaft 20.
Absent. Also, the front and rear portions of the standing legs 64
The movement that the mounting part 24 swings from side to side is guided smoothly.
ing. And, the horizontal partition provided inside this underbody part 24
The plate 40 has an elliptical hole shape long in the front-rear direction as shown in FIG.
A contact engagement portion 65 is formed. In contrast,
The portion of the driving shaft 20 that passes through the contact engagement portion 65 is
An eccentric rotating part 66 protruding in a plate shape toward the radial direction of
Have been. Therefore, when the driven shaft 20 rotates, the eccentric rotating portion 66 protrudes.
The ends will move circumferentially. And this eccentric rotation
The protruding end of the portion 66 presses the contact engagement portion 65 only in the left-right direction.
Become like Therefore, just like the doll (the second figure 4)
(Underwear part 24), humorous to repeatedly swing left and right
And a rhythmic movement can be obtained. Next, in the second glyph 4, the
14 and FIG.
15 will be described. A vertical pin 60 has a pivot pin 67 projecting in both left and right directions,
The tongue piece 68 protruding forward has a flat Y-shape.
It is formed as follows. The lower lip is displayed at the front end of the tongue piece 68.
The exposed piece 69 is provided. In contrast, the upper
A boss portion for fitting the pivot pin 67 of the up-and-down armature 60 inside the 22
70 are formed. In addition, the front of the upper
An opening 71 that allows the exposed piece 69 of the lower moving element 60 to penetrate and project forward is provided.
Is formed. And the upper side of this opening 71
A bulge 72 representing the upper lip is formed at the opening edge.
You. Therefore, the up-and-down moving element 60 moves up and down around the pivot pin 67.
It is designed to be swingably held. And this
By the vertical movement, the exposed piece 69 was brought close to the bulging portion 72
Or separate. On the other hand, the eccentric rotating part provided at the upper end of the driven shaft 20
50 is a part of the circumferential orbit,
Curved between the pivot pins 67 of
(Corresponding to the edge of the “Y-shaped” crotch)
Positioned to interfere with contact with 60a. As a result, the rotation of the driven shaft 20 raises the eccentric rotating portion 50.
When it interferes with (contacts) the contact engaging portion 60a of the lower moving element 60
And the eccentric rotating part 50 moves the
Try to push out. With such an action,
The 60 can be swung upward. Also, eccentric times
When the rolling portion 50 no longer interferes with the contact engagement portion 60a, the vertical
0 means swinging like falling down by its own weight.
You. As a result, the doll (2nd figure 4) is like a mouth
(Swelling part 72 expressing upper lip and exposed piece 69 expressing lower lip)
That open and close periodically, singing songs and words
-Morous and rhythmic movements are obtained. In other words, in the second figure 4, the upper part 22,
The oscillators 25 and 26, the undergarment 24 and the vertical oscillator 60 are connected to the drive unit 3.
Each movable part 99 is driven by
You. In addition, the upright legs 64 are detachably attached to the base 2.
It constitutes a fixing part 98 to be attached. In addition, middle part 23
Also have no relative movement with respect to the standing leg 64
, And are included in the fixed part 98. Therefore,
The part 22, the underbody part 24 and the rockers 25, 26 are fixed to the fixing part 98 (standing
A first movable part 99a that moves with respect to the body 64 and the middle part 23).
ing. In addition, the upper and lower moving elements 60 are connected to the first movable portion 99a (the upper
It is 99b that moves against 2). FIG. 16 and FIG. 17 show the upper and lower
A figure 4 (hereinafter, referred to as a figure) in which swinging is performed by another mechanism
"The third figure 4" is shown. The vertical moving element 60 used in the third quadrilateral 4 is
The one having a shape substantially similar to that described in the second figure 4
It is. However, in this third quadrilateral 4,
A disk portion 73 is provided at the end. And the vertical motion 60
Is in the lower position of the swing range,
The surface comes into contact with the outer edge of the disk 73.
You. And, in this disk part 73, it is
Inclined cam-shaped eccentricity that gradually increases along the rotation direction
A rotating unit 74 is provided. Therefore, when the driven shaft 20 rotates, the eccentric rotating part 74 moves upward.
When the lower abutment 60 contacts the lower surface, the up-and-down
It will push up. Also, the eccentric rotating part 74 is
After passing through the lower surface of the moving element 60, the upper and lower moving elements 60
As a result, it falls and swings downward. This is repeated
As a result, as in the case of the second figure 4
Is obtained. Therefore, in this third figure 4,
Is the lower part of the lower surface of the up-and-down moving element 60 that contacts the eccentric rotating part 74.
The surface portion functions as a contact engagement portion. Note that, in the third quadrilateral 4, the upper end of the driven shaft 20
Differs from the case of the first and second figures 4 and 4,
No pin-shaped eccentric rotating part 50 (see FIG. 15) is provided.
No. This is the case of a third eccentric body 4 in the case of a pin-shaped eccentric rotating part.
This is to prevent the 50 from interfering with the vertical moving element 60. This
As shown in the figure, the third quadrilateral 4 has a pin-shaped eccentric rotating part 50.
Therefore, the upper part 22 does not swing left and right. Next, the hieroglyph object 4 (hereinafter referred to as “fourth hieroglyph
Body 4 "). Note that, in the fourth glyph 4, the first glyph 4
The same components as those described above are denoted by the same reference numerals, and detailed description is omitted.
Then, regarding the configuration, operation and effect different from the first phantom 4
explain. This 4th figure 4 is a male figure in a standing posture.
It is shaped. The operation of the fourth symbol 4
Explaining first, the upper part 22 (representing the head)
Swing from side to side, back and forth of middle part 23 (representing the trunk)
Movement, left and right swing of rocker 26 (representing right arm), upper
With the vertical swing of the lower motion 27, 28 (representing the foot)
A total of four operations are repeated at each location and
It is configured to be performed in parallel. In the fourth phantom 4, the interior part 23 is
It is supported so that it can swing back and forth. That is, the underwear 24
A pair of left and right holding pieces 100 projecting upward are provided at the top of the
Have been. These holding pieces 100 have left and right outer
There is provided a support pin 101 projecting to the side. Against this
And, inside the interior part 23, each support pin 101 can be inserted.
An engagement hole 102 is formed. This engagement hole 102 is
It has a long hole shape in the direction. Further, a projecting piece 36 provided at the upper end of the first driven shaft 33 is provided.
The upper end is formed in an arc shape as shown in FIG.
You. The overhanging piece 36 is perpendicular to the axis of the first driven shaft 33.
A pivot pin 103 protruding radially outward is provided.
On the other hand, the boss portion 34 of the second driven shaft 31
A notch-shaped bearing groove 34a into which the shaft 103 is fitted is formed. Obedience
Therefore, the second driven shaft 31 is connected to the first driven shaft
It is configured to be supported on a driving shaft 33. As a result, if the second driven shaft 31 rotates, as shown in FIG.
A cam surface 34A provided on the lower end surface of the boss portion 34
The contact between the cam piece 45 and the cam surface 45A in the section 24
As a result, the second driven shaft 31 moves up and down with respect to the first driven shaft 33.
Thus, a bending action is added. Therefore,
The doll (hieroglyph 4) moves back and forth on the waist with the torso (middle part 23)
Humorous and rhythmic movement that shakes repeatedly
Is obtained. Oscillator 25 expressing the left arm, in this fourth figure 4,
It is fixed to the middle part 23. On the other hand, as shown in FIG.
A pivot pin 26 protruding coaxially both up and down
b is provided. And these upper and lower pivot pins 26b
Is rotatably held with respect to the middle part 23. That
Therefore, this rocker 26 can swing left and right with respect to the middle part 23.
It has become. In addition, this rocker 26 has a middle part 2 more than a pivot pin 26b.
Swing in the shape of a long ring in the left and right direction toward the inside of 3
A piece 79 extends integrally. And this rocking piece 79
A long hole in the left and right direction formed inside the ring
The engaging portion 78 is provided. On the other hand, the second driven shaft 31 swings.
The height corresponding to the moving piece 79 is bent in a crank shape.
You. The rotation of the second driven shaft 31 in the bent portion
The vertical axis portion that is eccentric and parallel to the central axis is referred to as an eccentric rotating unit 80.
doing. The eccentric rotating part 80 is a contact engaging part of the rocking piece 79.
Passes through 78. Therefore, the second follower
When the shaft 31 rotates, the swinging piece 79 swings back and forth.
You. Accordingly, the rocker 26 moves the pivot pin 26b accordingly.
Swing right and left around the center, as if the doll (hieroglyph 4) was the right arm
Humorous and rocking (oscillator 26) left and right
Sumical movement is obtained. As shown in FIG. 18 and FIG.
The vertical movers 27 and 28 provided on the underbody 24 are pivot pins 53.
From the bottom.
You. In the first figure 4 described above, the vertical moving elements 27 and 28 are pivotally supported.
The pin 53 was fitted from above.
The two differ in this respect. In addition, as shown in FIG. 19, this fourth
So that it can be attached to the pedestal 2 via a support
You may. In the fourth phantom 4, the upper part 22, the middle part 23,
The oscillator 26 and the vertical oscillators 27 and 28 are driven by the drive unit 3.
Each constitute a separate movable part 99. Also,
The underbody 24 is detachably attached to the base 2.
The fixed part 98 is constituted. Among them, the middle part 23 and
The first movable part 99a in which the movable elements 27 and 28 move with respect to the fixed part
It has been. Also, the upper part 22 and the oscillator 26 are the first
It is the first movable part 99b that moves with respect to the moving part 99a (intermediate part 23)
I have. FIG. 21 shows the fifth symbol 4. This 5th figure
4 is a female figure, in the form of a doll in a standing posture
It is. Therefore, the second glyph 4 (FIGS. 10 to 15)
Reference). However, the following three points
Therefore, the second figure 4 is different from the second figure 4. In FIG. 21, the second
The same reference numerals are given to the parts having the same function as the hieroglyph 4.
is there. The first difference is that the fifth elephant 4 moves the left and right arms.
The oscillators 25 and 26 expressed in the vertical direction at the front of the middle part 23
Where it is configured to swing. Sand
In the second figure 4, the oscillators 25 and 26 swing right and left, respectively.
Was supposed to. That is, in the fifth quadrant 4, the left and right oscillators
25 and 26 are integrated by a connecting rod 110 penetrating through the inside
Are linked together. This connecting rod 110 is centered in the left-right direction.
The part is curved. The concave surface of this curved part
The unit 111 is provided. The left and right oscillators 25 and 26 are
Even on the front side of part 23, the doll crosses the left and right arms
Are connected as if In contrast, the driven shaft 20 has a height
The part is bent in a crank shape. And this bending
Of the part, it is eccentric and parallel to the rotation center axis of the driven shaft 20
The vertical axis portion is the eccentric rotating section 112. This eccentric time
Roller 112 moves circumferentially with rotation of driven shaft 20
In addition, a part of the circumferential track is
It is provided so as to interfere with the portion 111. Therefore, if the driven shaft 20 is rotated, the eccentric rotating portion 112
When this interferes (contacts) with the contact engagement portion 111,
The center rotating unit 112 tries to push the connecting rod 110 forward. This
By the action as described above, the rotating power is transmitted to the connecting rod 110.
You. In addition, the eccentric rotation part 112 does not interfere with the contact engagement part 111.
If this is the case, the connecting rod 110 rotates in the opposite direction due to the weight of the oscillators 25 and 26.
I do. As a result, the doll (fifth figure 4)
With the left and right arms (oscillators 25 and 26) assembled,
Humorous and rhythmic
Movement is obtained. Also, the second difference is that the fifth figure 4 is an upper part.
Structure to swing 22 forward and backward with respect to middle part 23
Where they are. That is, in the second figure 4
The upper part 22 was configured to swing left and right. That is, in the fifth phantom 4, the
The neck 23a is coaxial with the left and right sides.
A projecting pivot pin 46 is provided. Therefore, the upper part 22
Is held so that it can swing back and forth around the pivot pin 46.
I have. In addition, the horizontal partition plate 48 provided in the upper
Is formed with an elongated hole-shaped contact engagement portion 49 extending in the left-right direction.
I have. Therefore, when the driven shaft 20 rotates, the upper end of the driven shaft 20
Due to the circumferential movement of the pin-shaped eccentric rotating part 50 provided in the
As a result, the contact engagement portion 49 is pressed only in the front-rear direction.
You. Therefore, as if the doll (hieroglyph 4) had its head (upper part 2)
2) is humorous, like repeatedly leaning back and forth
Rhythmic movement is obtained. The third difference of the fifth symbol 4 is that the upper part 22
In, hide the screw 29 that fastens the first half and the second half
Remove the makeup strip 115 in the shape of a ribbon
It is in the place where it was attached. This makeup piece 115
It is fixed to the latter half body by forcible fitting or bonding. FIG. 22 shows the sixth symbol 4. This 6th figure
4 is a male figure that looks like a doll in a standing position
It is. Therefore, the fourth glyph 4 (FIGS. 18 to 20)
Reference). However, the following two points
Therefore, the second figure 4 is different from the second figure 4. In FIG. 22, the fourth
Parts that perform the same function as the hieroglyph 4 are denoted by a single sign.
is there. The first difference is that the sixth figure 4 has an upper part 22 inside.
It is configured to swing back and forth with respect to the
Where you are. That is, in the fourth symbol 4,
The part 22 was to swing right and left. This structure is the same as that of the above-described fifth glyph 4.
Therefore, a detailed description is omitted here. The second difference in the sixth figure 4 is the toe of the foot.
Is fixed to the underwear 24
There. That is, in the fourth symbol 4,
120 was vertically swingable as up and down movers 26 and 27.
Therefore, needless to say, the driven shaft 20 of the sixth
Has a configuration in which the spiral wing portion 32 is not provided. FIG. 23 shows a second embodiment of the ornament 1 according to the present invention.
You. In the second embodiment, a configuration similar to that of the first embodiment is used.
The components will be described with the same reference numerals. In the ornament 1 of the second embodiment, the pedestal 2 is
By joining or bending plate materials such as material, resin, metal, etc.
It is assembled in a box shape. On the lower surface of the base 2,
Leg 6 is provided. Therefore, the vibration absorption effect,
Hold the pedestal 2 at a predetermined height (the lower part of the pedestal 2
(Forming a gap). Vibration absorption
Regarding the operation, when the power unit 3 is a music box,
This is useful in preventing the sound from becoming cloudy. The interior space of the pedestal part 2 is for storing the power part 3 and storing coins.
And these are separated by a partition wall 8.
It is drawn. In addition, the coin W is thrown on the side wall 2a of the base 2.
An inlet 9 is formed. This inlet 9 is provided with an inclined hard
The coin insertion path 10 communicates with the coin storage 7. On the bottom 2b of the pedestal 2, a back cover for opening and closing the coin storage unit 7
11 are provided. This back cover 11 is connected via a hinge 12.
And is swingably connected to the base 2. Also on the back cover 11
The closed state is now held by the hook device 13.
ing. The hook 13 has a locking structure.
It is preferable to keep The power unit 3 has a circuit similar to that of the first embodiment.
A roll-driven music box is used. That is, 13
Is a rotary drum, and 15 is a rotary drum for rotating the rotary drum 14.
The drive unit (cense box) that houses the
Is a spiral-wound handle for a mainspring. Also, the illustration is
Although omitted, the diaphragm (lead
C) is held. The sound of the music box is a pedestal
The sound output hole to be leaked to the outside of the portion 2 is formed on the side wall 2a of the base portion 2.
Alternatively, it may be formed on the bottom 2b or the like. The power unit 3 has one end protruding into the coin insertion path 10.
Operating lever 17 that rotates.
Interlocking connection with stop mechanism (not shown) for stopping rotation of drum 14
Have been. Therefore, when coin W is inserted into insertion slot 9,
The coin W rolls along the coin insertion path 10 and reaches the coin storage 7.
The operating lever 17 is depressed on the way. Therefore, the operation lever
-17, the stop mechanism operates, and the rotating drum 14 rotates.
It starts (the power unit 3 operates). In the second embodiment, unlike the first embodiment, the power unit
Reference numeral 3 denotes a configuration without a gear train. And times
An extended short shaft 19 is attached to the drum shaft 4a protruding above the transfer drum 14.
The drive shaft 18 is connected to the drive shaft 18. Ma
In addition, the drive shaft 18 is a driven shaft provided in the
By connecting with 20, the whole constitutes the rotating shaft 5.
It is supposed to. In the second embodiment, unlike the first embodiment, the pedestal portion
The positioning protrusion 21 is provided on the upper surface 2c of the second member 2. So
Then, cover the projection 21 with the figure 4
In a predetermined arrangement, the hieroglyph 4 is moved (the drive shaft 18 and the driven shaft 20 are
On the shaft). Needless to say, as the hieroglyph 4,
The sixth hieroglyph can be adopted also in the ornament 1 of this embodiment. FIG. 24 shows a third embodiment of the ornament 1 according to the present invention.
You. In the third embodiment, a configuration similar to that of the first embodiment is used.
The components will be described with the same reference numerals. In this third embodiment, the power section 3 is
By providing the gear train 75, the two sub-drive shafts 7
6,77 has been added to enable interlocking. And on the pedestal 2
Is attached to the central auxiliary drive shaft 76 with the second figure 4 (or the third figure).
Form) is attached. Also, the left and right of this sub drive shaft 76
The first quadrant is attached to the extension short shaft 19 and the sub-drive shaft 77 on both sides.
Body 4 is attached. Therefore, when the power unit 3 is activated,
Means that three hieroglyphs 4 move simultaneously. Moreover,
The movement is at the same timing or different timing
To work with. Especially when the form of the hieroglyph 4 is different
Will combine different actions. That
Therefore, the movement as a whole has an interest. In the third embodiment, the power unit 3
Gear train 75 is connected to the music box via the extension short axis 19
Configuration. Therefore, it is easy to put on and take off the music box alone
Can be done. That is, music box repair,
The advantage is that it is easy to exchange music boxes with different songs.
You. In addition, although illustration is omitted, for example, one first
The object which imitated the piano etc. is arranged at the front of
At the front of Hieroglyph 4, an object simulating a drum is placed,
At the front of the second figure 4, an object simulating a standing microphone
By arranging it, the whole thing, as if it were a singer
It has the appearance of a composed orchestra,
Layer, taste comes out. 25 to 27 show a fourth embodiment of the ornament 1 according to the present invention.
doing. In the fourth embodiment, a total of four elephants are
A feature 4 is provided. Each glyph 4
Et al., The fourth figure (bass player), the fifth figure (singer),
6th figure (violin player), 1st figure (piano playing)
)). Each hieroglyph 4 has an upper
As an eyeball 125 to be provided in 22, a black ball plays inside the transparent capsule
It uses a movable eyeball that moves. Therefore, each figure 4
Each time you move the upper part 22 etc., the centerpiece 125 (transparent capsule
The black ball inside) jumps and dances together. As is apparent from the above description, the fourth embodiment
The pedestal 2 has output terminals 18a corresponding to the four hieroglyphs 4, respectively.
(Not shown). Each output end 18a
The power unit 3 that operates the gear train is provided with a gear train 75.
The output terminal 18a can be linked. Therefore, in this regard
This is the same as in the third embodiment (see FIG. 24). However, the power unit 3 of the fourth embodiment includes the third embodiment.
Unlike the music box, the electric motor 130 is used instead
Have been. Therefore, as shown in FIG. 26 and FIG.
2 includes an electric motor 130, a power supply unit 131, and a drive control unit.
132 are stored. In the fourth embodiment, the rotating shaft of the electric motor 130 is
And the gear train 75 by a belt transmission means 134.
I'm trying. This causes the electric motor 130
Micro-vibration and noise. Also, gear train 75 etc.
Overload occurs, the belt transmission means 134
Therefore, slippage occurs, preventing burnout of the electric motor 130
There are also benefits that you can do. A dry battery is used for the power supply unit 131. In addition,
As the power supply unit 131, a rectifier and a transformer are combined.
To enable power supply from an external power supply
be able to. In addition, these dry cell system and external power system
Can be switched. The drive control unit 132 has a sound generation function and a time signal operation function.
Have. The voice generation function of the drive control unit 132
Sound is generated in conjunction with it. Voice seed
The kind is not limited at all, for example, music, electronic
Sound, buzzer sound, recording input sound (speaking, singing, animal sounds
Etc.), broadcast, bell sound, etc. Sound generation function
The configuration of the IC chip depends on the type of audio as described above.
, Recording equipment (using cassette tapes), buzzer
-, Broadcast receiving devices, bell operating devices, etc. are used. The time signal operation function of the drive control unit 132 is performed every hour.
Then, the power unit 3 is operated for a predetermined time (for example, 30 seconds).
After that, the power unit 3 is automatically stopped.
You. The drive control unit 132 has a time signal operation function
An operation switch 140 capable of N / OFF switching is connected. This
The operation switch 140 is provided on the outer surface of the base 2.
(The back and bottom are preferred, but these are not limited)
It is attached to be exposed. This operation switch 140 has three switching positions.
It is. At the middle position among the three switching positions,
Alarm function is disabled (that is, turned off).
ing. Also, the next position on one side of the intermediate position is
Time signal operation Ino is now activated (ie ON)
ing. The position on the other side of the intermediate position is
The unit 3 is operated continuously. Sand
When the operation switch 140 is operated to the continuous operation position,
Enjoy the movement of the figurine 4 at the desired time and for the desired time
It means that. In addition, in the fourth embodiment, the base 2 is
Behind the hieroglyph 4, a background 143 is provided. Soshi
The background body 143 is provided with a clock 144. This
Clock 144 receives electric power from the power supply unit 131.
It has become. In the example shown, the clock 144 is a hand-operated type.
Is shown, but a digital display type may be used. Of course
Of course, this watch 144 is analog type (screw drive type)
Is also good. In addition, the timepiece 144 and the drive control unit 132 are
Can be connected to have an alarm function
Noh. That is, the power unit 3 is installed at a desired set time.
Operate only for a fixed period of time (for example, 30 seconds), then stop automatically
(Or perform these operations for a predetermined time (for example, 5 minutes)
Open and repeat). Further, in the fourth embodiment, the front side of the pedestal portion 2
147,148
Is provided. In addition, 147,148
A drawer-type accessory case 149 is provided between them. This
These accessory boxes 147, 148, 149
The storage space for the dynamic motor 130, power supply unit 131, drive control unit 132, etc.
It is provided using the surplus part other than the source. The present invention is not limited to the above embodiments.
Therefore, the design can be changed as appropriate. For example, the pedestal portion 2 has a housing for storing the power portion 3 and the like.
As long as it is a possible cavity, its material and structure are limited at all.
Not something. For example, shaving natural stone
Can be. In addition, it is formed by integrally molding with resin or clay
can do. Also, formed by deep drawing metal plate
can do. The outer shape of the pedestal 2 is also optional. For example, a cube,
Various pillars, various cones, spheres, etc.
You. The pedestal 2 itself has a shape imitating a doll or an animal.
It is possible to In addition, the pedestal part 2 itself
It is possible to have a simulated shape. When the pedestal 2 functions as a savings box, coin storage
The part 7 itself can be configured in a drawer-type. Of course
As described in the fourth embodiment, the function as a piggy bank
May not be provided. In the above embodiment, the power section 3 is a spring-loaded type
The goal was adopted, but the
Can also be. The output end 18 a of the drive shaft 18 is located on the base 2.
Limited to be held so as to protrude from the surface
is not. Therefore, even if it is provided inside the pedestal part 2,
Good. The presence or absence of the extended short shaft 19 and the presence or absence of the drive shaft 18 are arbitrarily selected.
it can. For example, the drive shaft 18 is directly connected to the music box shaft 14a.
And can be provided integrally and integrally. Power unit
When 3 is a music box, the upper end surface of the rotating drum 14
Can directly form the output end 18a. The rotating shaft 5 including the driving shaft 18 and the driven shaft 20 (see FIGS. 23 and
24)).
It is possible. The hieroglyph 4 includes animals, vehicles, buildings, etc., in addition to dolls.
It is possible to In addition, the hieroglyph 4 is the other sky.
It is also possible to create a virtual creation. Only one movable part 99 may be provided on the hieroglyph 4. In the hieroglyph 4, the components (for example,
Neck 23a and oscillators 25 and 26) are formed of a flexible member.
Can be This way, if desired, the elephant
The shape of the body 4 can be slightly changed. That
Therefore, each can have individuality. like this
The configuration is, for example, various types as in the fourth embodiment (see FIG. 25).
It is particularly advantageous when combined with objects.
Further, for example, in the case of the oscillators 25 and 26, the arm and the wrist
Also, it is possible to adopt a structure that can adjust the mounting angle between
It is possible.

[Industrial applicability]

As described above, according to the figurine with the movable gyro according to the present invention, since the gyro is detachable from the pedestal, the pedestal can be shared. Therefore, the cost can be reduced. In addition, since various types of hieroglyphs can be produced and their combinations can be changed as desired, the degree of freedom in selecting products can be increased. In addition, inventory management becomes easier in merchandise distribution and sales. If a music box is used as the power unit, it can be used not only as a power source for the elephant, but also for generating music.
Therefore, the taste can be enhanced. Further, the structure can be simplified. If the space other than the storage part of the power part in the pedestal part is used as a savings box, dead space can be effectively used. Moreover, the utility as an ornament can be improved.
In particular, since it is possible to operate the drive switch of the power unit using the movement of coins to be saved,
It can encourage savings. If an electric motor is used as the power unit, unlike the case where a music box is used, there is no need to take the time to wind a spring each time. Further, since a power supply is used to operate the electric motor, a sound generating function using the power supply can be provided. The sound generation function can generate various sounds. A time signal operation function can be provided by the drive control unit provided in the power unit. Therefore, for example, the power unit can be automatically started to operate every predetermined time (for example, every one hour). If a clock is provided on the pedestal portion, according to the ornament of the present invention,
Not only a decorative item, but also a practical value as a table clock can be added. Further, if the drive control unit and the clock are connected in a circuit, the power unit can automatically start operation at an arbitrary set time, so that it can have a function as an alarm clock or the like. Therefore, the practical value of the figurine of the present invention is further enhanced. Further, according to the hieroglyph according to the present invention, the structure is simple and a complicated movement is possible. Therefore, a rich expression can be given to the hieroglyph. In addition, it can be mechanically strange. Therefore, the simplicity of movement and the poor structure can be eliminated. That is, since it is possible to give a sense of quality rather than a feeling as a toy, it can be used as a gift or the like.

Continuation of front page (56) References JP-A-3-278089 (JP, A) JP-A-3-146084 (JP, A) JP-A-5-54280 (JP, U) JP-A-3-81592 (JP) , U) Japanese Utility Model 5-4085 (JP, U) Japanese Utility Model 2-130693 (JP, U) Japanese Utility Model 4-894 (JP, U) Japanese Utility Model 4-79698 (JP, U) Japanese Utility Model 5-68594 (JP, U) JP-A-3-49897 (JP, U) JP-A-4-25792 (JP, U) Registered utility model 57685 (JP, Z1) (58) Fields investigated (Int. Cl. ⁶ , DB name) A63H 13/04 A63H 5/00 A63H 31/08 A45C 1/12 G04B 45/00

Claims (5)

(57) [Claims] 1. A movable gyro which is detachably attached to a pedestal (2) having an output end (18a) which is driven to rotate, wherein said elephant (4) is detachably attached to said pedestal (2). It comprises a fixed part (98) that can be freely attached, and a movable part (99) that is provided to move with respect to the fixed part (98). The fixed part (98) has a first driven shaft (33). ) Is rotatably supported in a vertical axis position, and an input end (20a) is formed at a lower end of the first driven shaft (33) so as to be removably engaged with the output end (18a). A second driven shaft (31) is rotatably supported by (99), and the first driven shaft (33) and the second driven shaft (31) are axially relatively movable and capable of transmitting rotational power. A cam surface (34A) is provided at a lower end of the second driven shaft (31), and a cam surface (45A) engaging with the cam surface (34A) is fixed to the fixed portion (9). 8), wherein the movable portion (99) is configured to move up and down by sliding contact between the two cam surfaces (34A, 45A). 2. A movable phantom removably mounted on a pedestal portion (2) having an output end (18a) driven to rotate, said lower portion being removably mounted on said pedestal portion (2). Structure (23, 24) and said lower structure (23, 24)
The lower structure (23, 24) has an input end (20a) removably engaged with the output end (18a). A driven shaft (20) is rotatably supported, and the movable portion (22) is attached to the lower structure (23, 24) around an axis (46) orthogonal to the axis of the driven shaft (20). An eccentric rotating part (50) is provided at the upper end of the driven shaft (20) at a position eccentric from the rotation center of the driven shaft (20). Describes that an arc-shaped contact engaging portion (49) is provided for engaging the eccentric rotating portion (50) and swinging the movable portion (99) around the axis (46). Characteristic movable figure. 3. A movable phantom removably attached to a pedestal (2) having an output end (18a) that is driven to rotate, wherein said phantom (4) is attached to and detached from said pedestal (2). It has a fixing part (64) that can be freely attached, and the fixing part (6
In 4), a driven shaft (20) is rotatably supported, and an input end (20a) is formed at an end of the driven shaft (20) to be removably engaged with the output end (18a). The driven shaft (20) protrudes upward from the fixed portion (64), and a peripheral rib (37) is provided on the protruding portion.
A middle part (23) is supported on 7), and a lower part (24) is provided below the middle part (23) around an axis (62) orthogonal to the axis of the driven shaft (20). The lower part (24) is swingably supported and supported, and the lower part (24) is shaped to cover the fixing part (64), and is fitted to the fixing part (64) so as to be relatively non-rotatable. The driven shaft (20) is provided with an eccentric rotating part (66) protruding therefrom, and the underwear part (24) is engaged with the eccentric rotating part (66) to attach the underwear part (24) to the underwear part (24). A movable phantom, comprising a contact engagement portion (65) for swinging around an axis (62). 4. A movable gyro which is removably attached to a pedestal portion (2) having an output end (18a) which is driven to rotate, wherein the gyro has a driven shaft (20) having a vertical axis posture. The driven shaft (20) is rotatably supported, and the driven shaft (20) has an input end (20a) formed at the lower end thereof for removably engaging with the output end (18a). (71) and a vertically moving element (60) swinging vertically in the opening (71).
Is an axis (67) in a direction orthogonal to the axis of the driven shaft (20).
The driven shaft (20) is swingably supported around a center thereof, and the driven shaft (20) is provided with an eccentric rotating part (50) at a position eccentric from the center of rotation. A movable contact element (60a) provided with an arc-shaped contact portion (60a) for engaging the vertical portion (50) about the axis (67) and engaging with the portion (50). Shape. 5. The movable elephant according to claim 1, wherein the first driven shaft (33) and the second driven shaft (31) are bendably connected, and the movable part (99) is A movable phantom, wherein the movable phantom is coupled to the fixed portion (98) so as to be bendable on a bending line between the first driven shaft (33) and the second driven shaft (31).