JPH09201477A - Rocking mascot doll to be enclosed in transparent bottle and ornament using such doll - Google Patents

Abstract

PROBLEM TO BE SOLVED: To erect, on the bottom of a bottle, a doll having a head with a diameter much larger than that of a small mouth of the bottle, to assemble it so that at least the head, if not the chest and the trunk, may rock freely, and to enclose the doll inside the bottle. SOLUTION: The doll is constituted of a pair of belt-like main frames 5, 6, a horizontal frame 3, a horizontal sub-frame 7, a coil spring 73 which is suspended in a freely rocking state and which is attached with a weight 72 at the lower end, a shaft rod 71 which is put through inside the coil spring with the top end projecting upward from the horizontal sub-frame 7, and a cosmetic skin made of a nonplastic material; and these parts are successively assembled into the doll containing a rocking part inside a transparent bottle 2.

Description

Detailed Description of the Invention

[0001]

[Purpose of the Invention] A human type capable of assembling and encapsulating a model of a Western-type sailing ship, a torch ship, a warship, etc. in a transparent bottle with a small mouth and assembling it into a transparent bottle with a small mouth, such as a bottle ship , Animal type, or other imaginary type dolls, with a diameter much larger than the small mouth of the transparent bottle, and the standing shape at the bottom of the transparent bottle A oscillating mascot doll for enclosing in a transparent bottle with a new structure that enables assembly and encapsulation so that at least the head of the body, chest, and body can be oscillated, and a new using it It is intended to provide a naive figurine.

[0002]

2. Description of the Related Art A figurine called a bottle ship, in which a model of a Western-style sailing ship, a torch ship, a warship, etc. is enclosed in a bottle with a small mouth, is a method of showing a viewer a model larger than the mouth of the bottle. Because of the mystery that makes you think that it was enclosed, it has been prized by many people for a long time, and not only is it displayed as an excellent figurine, but it is so sophisticated that it is exhibited and stored at famous maritime museums in Europe and the United States. Even in Japan, the manufacturing method has been widely introduced in various copyrighted works, etc. I'm enjoying

This figurine called the bottleship is a craft product with a long history of more than 200 years, and the sailors who set sail on a sailing ship's wind-driven voyage picked up the sake bottles and their hands. The idea was to assemble a model of a sailing ship with a high mast and multiple sails and ropes in a bottle using materials that entered, succeeded in producing this, and it was known that it gradually spread. ing. In Japan, many people built ships with various designs around the end of the Meiji era and devised a bottle assembly method.To date, many guidebooks have been issued and expertise and technology have been developed. With the active exchange, many new materials have been developed due to the development of the chemical industry, and further development is about to be shown.

There are several established methods for assembling a sailboat model in a bottle, and one of the most typical assembling methods is the pulling method. In this assembly method, the sail of a sailing vessel is made into a structure that can be folded from the root, and by loosening the thread that imitates the rope stretched around the tip of the sail, etc., it is folded like a folded bat umbrella and passes through a narrow mouth. Then, after fixing the hull to the inner wall of the bottle, pull the thread pulled out of the mouth,
This is a method of completing a sailing vessel model in a bottle by standing the sail. Another well-known assembly method is a lacing method. This is to insert the main body of the ship into the bottle first, then assemble one sail by using a knotting tool with a work for tying the thread at the tip, connect each part one by one and deepen the bottle. There are more ways to assemble.

The assembling methods typified by these methods are also based on the efforts of competing for more complicated sailboat models and the like and enclosing them in bottles.
The technology was improved to a higher level, and in addition to that, various constituent materials such as paints, adhesives, and model materials were greatly improved along with technological progress in the chemical field. Recently, it has become relatively easy to produce high-quality works such as fairly sophisticated sailboat models.

Under the present circumstances, the inventor of the present application
In addition to the traditional figurines, in addition to those traditional figurines, other still models have been used for assembling only static models that have remained unchanged for hundreds of years, especially models that are biased to sailboat models, airplane models, etc. Dolls, especially human-shaped, animal-shaped, manga-shaped, and other imaginary-shaped dolls that have rarely been dealt with, are included in the enclosure, and are assembled and enclosed in a bottle. Even after being made into a figurine, we have repeated various trials to see if it can be realized as a transparent bottle that can be made to show complicated and delicate movements due to external vibration and other forces. However, in terms of the number of manufacturing processes and mass productivity, it was not always possible to see completion as a product that could withstand the demand.

Therefore, in order to efficiently assemble the mascot doll in the bottle, improvements have been made to the divided shape of the skeleton parts, the connecting means for restoration, the swingable structure, etc., and the outer skin part has been divided into movable parts. In addition, as a result of devising many parts such as selection of materials that withstand deformation when passing through a narrow mouth, finally even inexperienced people can assemble and it is suitable for mass production We succeeded in realizing a swinging mascot doll for enclosing in a transparent bottle and a figurine using it. In the following, the configuration will be described in detail together with an embodiment representative of the present invention shown in the drawings.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As will be clearly understood from the embodiments representative of the present invention shown in the drawings, the swingable mascot doll for enclosing in a transparent bottle of the present invention and a figurine using the same are as follows.
Basically, the following structure is adopted. First, looking at the rocking mascot doll for enclosing in a transparent bottle, a pair of strip-shaped main bones, horizontal main bones, horizontal sub-bones, coil springs, shaft rods,
And the cosmetic skin is at least a basic constituent element thereof.

That is, it is divided into left and right parts to have a size and shape that can be inserted through the mouth of a transparent bottle, and has a restoring connection part at a corresponding position, and a horizontal main part at or near each upper end. A bone connecting portion or a horizontal main bone portion, and a pair of strip-shaped main bones in which a fixing portion or a fixing material connecting portion to the inner bottom of the transparent bottle is formed at the lower end or in the vicinity thereof, respectively,
Horizontal main ribs formed between the upper ends or near the upper ends of the pair of band-shaped main bones that are combined and restored in the bottle, and a horizontal auxiliary member whose upper end side is connected to the horizontal main bone or the upper end side of the band-shaped main bones. A coil spring having a bone and a horizontal sub-bone supported by a swingable structure and a weight attached to the lower end, and a coil spring inserted inside the coil spring to attach the lower end to the weight. For a head made of a non-plastic material, which is attached and integrated, and whose upper end protrudes upward from the horizontal accessory bone to serve as a head attaching portion, and which is attached to the head attaching portion at the upper end of the shaft rod. Hull, and
A body outer shell made of a non-plastic material, which is mainly externally attached to the pair of band-shaped main bones that are combined and restored in the bottle, and which is formed in two parts so as to be restored to abut on the outer surface of each band-shaped main bone. A swinging mascot doll for enclosing in a transparent bottle.

A pair of strip-shaped main bones, horizontal main bones, horizontal sub-bones, coil springs, shafts, chest skeletons, and cosmetics, which have been further improved and developed based on the above-mentioned basic structure, The present invention also includes a swinging mascot doll for enclosing a transparent bottle, which has an outer skin as a constituent element. It is divided into left and right parts and has a size and shape that can be inserted through the mouth of the transparent bottle, and has a restoring connection part at a corresponding corresponding position, and a horizontal main bone connection at the upper end or in the vicinity thereof. Part or horizontal main bone part, and a pair of strip-shaped main bones in which a fixing part or a fixing material connecting part to the bottom part of the transparent bottle is formed at or near the lower end of each, and is combined and restored in the bottle A horizontal main bone formed between the respective upper ends of the pair of strip-shaped main bones or between the upper ends thereof, a horizontal sub-bone whose upper end side is connected to the horizontal main bone or the upper end side of the band-shaped main bone, and the horizontal sub-bone. A coil spring that is suspended in a swingable structure with a bone as a supporting portion, and a weight is attached to the lower end, and the lower end is attached to the weight so as to be inserted into the inside of the coil spring, and the upper end is integrated. And a shaft rod that protrudes upward from the horizontal accessory bone to serve as a head attachment portion, A skeleton body for the chest that is incorporated in the shaft between the shaft head attachment part and the horizontal accessory bone, and a non-plastic material head skin that is attached to the shaft head attachment part, for the chest A chest outer skin made of a non-plastic material attached to the skeleton body, and is mainly externally attached to the pair of band-shaped main bones that are combined and restored in the bottle, and are restored to abutment on the outer surface of each band-shaped main bone. Like 2
A swinging mascot doll for enclosing in a transparent bottle, which has a body shell made of a non-plastic material formed in a divided manner.

As the bottle to be used, an empty bottle used as a container for clear alcoholic beverages, soft drinks such as juice, seasonings, etc. may be reused, provided that the bottle with a large mouth is
Since it does not make any sense as bottle work, it is natural that the inner diameter of the mouth portion is limited to a sufficiently narrow bottle as compared with the inner diameter of the main body portion.

The band-shaped main bone is an important skeleton of the swinging mascot doll for enclosing in the transparent bottle of the present invention, and has a size and shape that is divided into right and left and can be inserted through the mouth of the transparent bottle. , Aluminum, brass, copper and other plastic materials such as metal sheets that are relatively easily deformable and have appropriate strength to ensure shape maintenance, resin impregnated or coated paper, or thermoplastic resin sheets Or a doll that is appropriately combined to form a substantially symmetrical shape, and has a corresponding portion, usually a portion that comes into contact with the bottom of the bottle and a portion that comes into contact with the bottle. , For example, if the doll has exposed legs, if the legs and props such as a mounting table are combined under the doll, the parts connected to the props are , For restoration respectively A joint is formed, and a horizontal main bone connecting portion or a horizontal main bone portion is formed at or near each upper end thereof, and further, at each lower end or in the vicinity thereof, fixed to the bottom of the bottle. The parts or the fixing material connecting parts are formed, and in cooperation with these parts, they function to attach and support the respective constituent elements described later.

The horizontal main bone maintains the upper end of the band-shaped main bone or its vicinity in a state of being separated and reciprocated for a predetermined period, and is a horizontal auxiliary bone for realizing the swinging portion of the doll characteristic of the present invention. It is a part that performs the function of attaching and supporting
Divided and formed strip-shaped main bones, respectively,
The bottle-shaped main body may be connected and integrated with each other inside the bottle, or it may be formed as one body so that both ends thereof are connected to the belt-shaped main bone after being inserted into the bottle. Of course, it is also possible to use the same material as the bone, or depending on the shape thereof, a thin wooden plate having good workability such as balsa, or cardboard.

As described above, the horizontal sub-bone is a part that is connected to the horizontal main bone and performs an important function of realizing the swinging portion of the doll characteristic of the present invention. Connection structure that can be swung freely, for example, a universal shaft joint structure as in the embodiment described later, a shaft mounting structure in which the shaft material of the shaft mounting portion is supported by stupid holes, a leaf spring or a sponge. In addition to a connection structure or the like in which an elastic material such as a body is interposed, the horizontal sub-bone itself is fixedly connected to the horizontal main bone, and a component part supported by the horizontal sub-bone, for example, described later The swing main part formed by combining the shaft rod and the coil spring, which is adopted in the embodiment, may be formed on the swing support part so as to be swingable. When the swing main part is composed of, for example, a combination of a shaft rod and a coil spring, a weight part for always returning their postures to a vertical state is attached to the lowest end of the main part. As described above, it is also possible to combine a known mechanism (a flywheel or the like) for smoothing the swinging of the swinging main portion or for facilitating the continuous swinging.

The cosmetic outer skin is a portion that wraps the skeleton portion formed around the band-shaped main bone as described above and hides it, and also has a function of shaping the appearance of a desired doll. A plastic material, that is, a material that can easily return to its original shape once deformed,
In addition, a material that can be shaped into a desired doll shape to some extent and that is easy to paint and other colors, for example, a material that is impregnated or coated with resin, glue, etc., or a soft synthetic material that has some elasticity. A resin thin film material, a rubber sheet, or the like is used for die-cutting into a desired three-dimensional shape.

[0016] It should be noted that the makeup outer skin is basically composed of a head outer skin portion that covers the entire swing main portion and a trunk outer skin portion that covers the lower portion other than the swing main portion. In addition, the outer skin for the chest can be interposed, or the outer skin for the head and the outer skin for the torso itself can be further divided into a plurality of parts in addition to the doll. It can also be formed as a blank. And, in the case where it is divided into a plurality of parts, for example, in a case where it is a mascot in which the outer skin part for the chest is interleaved between the outer skin part of the head and the outer skin part of the torso, it is supported. It is of course possible to newly add a skeleton body for attaching the skeleton body for attaching the chest skin body body, for example, by adding a skeleton body body for the thoracic body. However, these do not mean that the makeup outer skin must always be divided and formed, and the entire appearance of the mascot is not divided into upper and lower parts, and it is an integral one, including the head. It is also possible to form the entire body (and hence the head skin part, including this structure) as a skin for a mascot with an appearance that allows it to swing.
Of course, it can be adopted if necessary.

Further, the rocking type mascot doll for enclosing in the transparent bottle of the present invention is basically, as described above, at least a component part supported by the horizontal sub-bone, that is, a shaft rod as a typical one. The swingable structure part formed by combining with the coil spring must be formed in such a structure that the swinging phenomenon is caused by a force applied from the outside, but in addition to that, even if it is not particularly subjected to an external force. A structure that combines power sources to automatically swing, for example,
Power is supplied from a dry cell, solar cell, household power source, etc., and the motor, piezoelectric element, etc. driven by this are used to automatically swing, and sound sensors, optical sensors, etc. are mascot dolls and These sensors are installed in the bottle so that these sensors receive sound or light to activate the vibration device, or the wind supplied by a blower, fan, etc. rotates the windmill or propeller, and the force is directly received from the rotating shaft. In addition to being able to vibrate, a vibration sensor is installed at an appropriate position in the rocking part as an additional configuration.
It goes without saying that, when the vibration sensor senses a vibration, a structure such that a bark of an animal or a voice of an imaginary person is emitted can be appropriately adopted.

[0018]

Related Invention The present invention relates to the swingable mascot doll for enclosing in a transparent bottle of the present invention formed as described above, and the present invention also includes a figurine realized by using the mascot doll. The structure is basically as follows. That is, at the bottom of the transparent bottle, a pair of strip-shaped main ribs are erected directly or via a fixing material, and a horizontal main rib is formed at the upper end or near the upper end thereof. While the horizontal sub-bone is connected to the side, a coil spring with a weight is suspended by the swingable structure using the horizontal sub-bone as a support portion, and the coil spring is attached to and integrated with the weight of the coil spring through the inside of the coil spring. On the upper end of the shaft protruding upward from the horizontal accessory bone, a head skin is provided via the head attaching part, and between the head attaching part and the horizontal accessory bone, a skeleton body for the chest. By incorporating the outer shell for the chest on the same skeleton for the chest and the outer shell for the body on the pair of band-shaped main bones, it is much larger than the small mouth of the transparent bottle. Humanoid with a diameter body, head and, if necessary, a chest separate from the body An oscillating mascot doll for inclusion in a transparent bottle, which is an animal type, or a fantasy type other than a fantasy type in a manga, is assembled and sealed so that at least the head can swing, and is enclosed in a transparent bottle. A figurine that is assembled and enclosed.

The fixing means for fixing the pair of strip-shaped main bones or the fixing material to the bottom of the transparent bottle is a liquid adhesive applied to the contact surface of each strip-shaped main bone or the fixing material to the bottom of the transparent bottle. Or, a double-sided adhesive tape is attached, or a liquid adhesive or a double-sided adhesive tape is applied or adhered to a predetermined position on the bottom of the transparent bottle, and then the pair of strip-shaped main bones,
Alternatively, it is realized by means of carefully inserting a fixing material into a transparent bottle using tweezers or a splint for insertion and allowing it to stand until a predetermined posture and position are fixed.

Further, the connecting means between the respective constituent elements is adhesive,
Mortise, swivel and other meshing, etc. are realized by various known means already adopted in bottle work such as bottleships, except for the cosmetic outer skin,
All of them are formed into a rod-shaped or band-shaped member that can be inserted from the small mouth of the target transparent bottle, and are placed in a predetermined posture inside the transparent bottle, and are sequentially connected to the predetermined positions of the preceding components, and the makeup outer skin Is an appropriate step that does not hinder the connection and assembly of the other components, for example, after assembling all the components except the cosmetic skin to form the skeleton, or assembling the head skeleton. In the transparent bottle, select the optimum stage (depending on the shape of the makeup outer skin, the shape of the skeleton, etc.) that does not hinder the insertion of the mouth through the mouth, such as the previous step. It is inserted into the skeleton body so as to cover the target skeletal body in a naturally restored form and fixed by adhesion or other means. Hereinafter, each of the embodiments shown in the drawings will be described in detail in order to make the structure of a swingable mascot doll for inclusion in a transparent bottle included in the present invention, and the configuration of a figurine using the same more concrete and clear. It will be possible to grasp.

[0021]

EXAMPLE 1 First, in the perspective view of FIG. 1 and the following perspective views of FIG. 11, a rocking type mascot doll for inclusion in a transparent bottle, which is representative of the present invention, is used as a beckoning cat, and it is formed by enclosing it in a bottle. An example of a figurine is shown. The lucky cat 1 as a swinging mascot doll for inclusion in a transparent bottle is configured as shown in the exploded perspective view of the internal structure of the lucky cat 1 in FIG. 2, and the chest including the hand is swingable and rotatable. At the same time, the outer skin for the head is formed so as to be able to swing back and forth, left and right, and up and down, and is inserted into the transparent empty bottle 2 to be assembled.

The manekineko 1 is a bottle 2 as shown in FIG.
The plate-shaped fixing member 4 fixed to the inner bottom surface 21 of the plate by an adhesive, and the left and right split-type main ribs 5 and 6 fixed on the fixing member 4 are provided. A body portion is formed by connecting the members 5 and 6 together. Further, horizontal sub-bones 7 for holding the outer skins for the chest and the head are pivotally attached to the upper portions of the band-shaped main bones 5, 6 so as to be swingable in the front-rear direction. The strip-like main bones 5 and 6 and the horizontal sub-bones 7 thus supported in the bottle 2 are divided into front and rear body skins 8 and 9 and a chest skin 1 having left and right arms.
0 and the outer skin 11 for the head are attached, and the manekineko 1 is completed. In addition, all the parts 4 to 4 described above
No. 11 is a non-plastic material that is dimensioned to be inserted through the mouth 22 of the bottle 2 in a disassembled state or that can be restored after being deformed into a size and shape that can pass through the mouth 22 of the bottle 2. Is configured by selecting.

Hereinafter, with respect to the structure of each part of the manekineko 1, an exploded perspective view showing a fixing structure of the band-shaped main bones 5 and 6 to the fixing member 4 of FIG. 3, and the upper ends of the band-shaped main bones 5 and 6 of FIG. 4 are connected to each other. 5 is an exploded perspective view showing the structure, a perspective view showing a state in which the belt-shaped main bones 5 and 6 of FIG. 5 are attached and completed on the fixing material 4, a perspective view of the horizontal auxiliary bone 7 of FIG. 6, and a horizontal auxiliary bone of FIG. 7 to the main ribs 5, 6
8 is an exploded perspective view showing a state in which the body is pivotally attached to the upper side, a perspective view showing a state in which the horizontal sub-bones are attached to the band-like main bones 5 and 6, and a body-side skin 8 on the back side in FIG. 9 is attached. After that, the description will be given with reference to a perspective view showing a state in which the abdominal surface outer skin 9 is inserted.

First, the fixing material 4 fixed to the central portion of the bottle bottom 21 with the adhesive 41 is a rectangular plate,
Bolts 42 and 43 are installed upright on the left and right parts so as to pass through the fixing member 4 upward from the lower side surface, and nuts 44 and 45 are screwed to the bases of the bolts 42 and 43 to fix them. It is firmly fixed to the material 4. The fixing member 4 has a connecting auxiliary member 46 formed by bending a brass plate or the like.
Is provided in a mounted state.
The left and right main ribs 5, 5,
The lower end of 6 is attached.

The connecting auxiliary member 46 is folded back so as to have a C-shaped cross section and is formed in a state where the upper center is open.
Slits 47, 47 are formed in the front and rear folded portions, and the distal end portions of the engaging springs 48, 48 bent in an L shape are inserted in the slits 47, 47 in a downward direction. The base ends of the engagement springs 48, 48 are joined to the upper surface of the connection assisting member 46 by brazing, and have a structure that can be elastically deformed outward along the slits 47, 47 as shown by the arrow. . Further, the through hole 4 into which the bolts 42 and 43 are inserted is formed in the bottom surface portion of the connection assisting member 46.
9 and 49 are formed in the up-down direction, and the bolts 42 and 43 penetrate the through holes 49 and 49 and project upward when the connection auxiliary member 46 is placed on the fixing member 4. ing.

The left and right belt-shaped main bones 5 and 6 are connected to each other by a connecting auxiliary member 46.
Plate-like fixing material joint portions / restoring joint portions 51, 61 to be inserted into the left and right sides are formed at the lower ends of the respective plates, and through holes 52, 6 through which the bolts 42, 43 penetrate are formed in the center portions thereof.
2 are drilled. Further, in the respective fixing material connecting portions / restoring connecting portions 51, 61, the engaging grooves 53, 63 with which the engaging springs 48, 48 engage in a state in which the connecting auxiliary members 46 are completely mounted. Guide edges 54, 64 are formed on the tip ends of the engaging grooves 53, 63 in a curved shape so as to guide the engaging springs 48, 48 to the outside and enable a smooth connection operation. .

The right and left belt-shaped main bones 5, 6 are provided with a middle portion which is curved outward from the above-mentioned fixing material connecting portion / restoring connecting portions 51, 61 and extended upward, and the upper end portion thereof has It is provided with a connecting structure part for connecting the respective tip parts to each other and a supporting structure part for supporting the horizontal secondary bone 7. The connecting structure portion is the horizontal main frame portions 55 and 65 which are curved so that the plane cross-sectional shape is C-shaped, and the horizontal main bone 3 having a ring shape is formed by combining these. Each of the horizontal main bone portions 55 and 65 is fixed at a position where one end side is long and the other end side is short, for example, by rivets 56 and 66 formed in a hollow tube shape. Horizontal main part 5
Fixing pins 57 and 67 for connecting and fixing are vertically provided on the outer surfaces of the long ends of the rivets 56 and 66 on the outer surfaces of the long ends of the rivets 56 and 66, respectively. The rivet 5 is configured to be inserted and further has a long one end side.
Buckles 58, 68 for inserting and connecting the short other ends of the horizontal main rib portions 55, 56 of both the left and right strip-shaped main ribs 5, 6 are provided in the middle of the fixing pins 57, 67 and 6, 66. It is fitted.

In the support structure portion of the horizontal sub-bone 7, the horizontal main-bone portions 55 and 65 of the left and right belt-shaped main bones 5 and 6 are rivets 56 and.
Further above the portion connected by 68, bearing slits 59 and 69 are formed with their upper ends expanded. Rotating type engaging hooks 59a, 69a are rotatably supported at outer portions of the left and right main ribs 5, 6 of the rivets 56, 66. The engaging hooks 59a, 69a are When the shaft is pivoted upward and positioned so as to correspond to the bearing slits 59 and 69, the engaging portion is located above the bearing portion formed by the lowermost end of the groove of the bearing slits 59 and 69, and the pivot shaft is supported. It is to prevent the fall of. In the bearing slits 59 and 69 of the left and right belt-shaped main bones 5 connected to each other, the horizontal sub-bone 7
It is one of the most important mechanical parts that realizes the characteristic movement of the lucky cat 1 completed in a bottle 2 having a narrow mouth with a perfect balance.

The horizontal sub-bone 7 has a rocking ring 75 formed in a short tubular shape, and a pair of first rocking supporting portions 77 having an opening angle of 180 ° are provided outside the rocking ring 75. 77 is erected so as to project in the radial direction. Further, inside the swing ring 75, second swing support portions 74, 74 having an opening angle of 90 ° with respect to the first swing support portions 77, 77 are swingably provided, and A coil spring 73 is provided at a position corresponding to the central portion of 75, and the outer peripheral portion of the upper end thereof is coupled to the tip end portions of the second swing support portions 74, 74. On the other hand, a cylindrical weight 72 is integrally connected to a lower end portion of the coil spring 73, and a lower end of a shaft rod 71 which is concentrically positioned and extends vertically vertically is connected to an inner side thereof. Along with the second
Small resin rings 76, 76 are fitted to the swing support parts 74, 74 so as to prevent axial displacement of the second swing support parts 74, 74 in the swing ring 75. Has been done. These first swing support portions 77, 77 are respectively bearing slits 5 formed at the upper ends of the left and right main ribs 5, 6.
9 and 69 are mounted from above and pivotally supported so as to be swingable back and forth. In addition, the swing ring 7 is attached to the first swing support portions 77, 77.
Small resin rings 76, 76, which are located between 5 and the band-shaped main bones 5 and 6 for preventing the displacement movement, are fitted.

A shaft rod 71 protruding above the coil spring 73
An engaging support portion formed by enlarging the diameter is formed in the middle part of the body, and the chest skeleton 79 is attached to the upper portion thereof. The chest skeleton body 79 is formed by bending a wire into an annular shape or the like, is swingable back and forth, and right and left, and is rotatably supported around the shaft 71. A screw is engraved on the tip end side of the shaft rod 71 extending further above the chest skeleton 79, and a nut is screwed into the screw, and the base of the screw portion has a step shape. A head attachment portion 80 that holds the head skin 11 is formed.

With respect to the skeleton body constructed as described above, the body skin portions 8 and 9, the chest skin portion 10, and the head skin portion 11 are provided.
The makeup outer coat consisting of, for example, is a case where it is deformed by wetting a relatively strong paper such as Japanese paper with water and forming it, and applying or impregnating the surface of the dried surface with a synthetic paint or the like. Also, it may be easily restored to its original shape, or may be made of a non-plastic material formed of a soft synthetic resin molded product or a rubber molded product. The body outer skin portion 8 is a back body outer skin portion 8 integrally provided with a tail, which covers the body portion including the left and right band-shaped main bones 5 and 6 and the horizontal main bone 3 in a front-rear manner. And an outer skin 9 for the abdominal side torso in which the left and right hind legs are integrally provided, and the respective edges are adhered to the outer surfaces of the band-shaped main bones 5 and 6 and the horizontal main bone 3 with an adhesive or the like. It

The chest outer skin portion 10 is externally mounted on the chest skeleton body 79 provided above the horizontal main bone 3. The chest outer skin portion 10 is formed in a bowl shape with the opening facing downward,
The lower opening is sized so as to cover the body part formed by the horizontal main bone 3 from above, and the upper part corresponding to the bottom of the bowl shape is inserted through which the shaft 71 is projected upward. A hole is opened, and on the left and right side outside,
The left and right front paws of the manekineko 1 are fixedly formed integrally.
The chest outer skin portion 10 is in a state of being placed on the chest skeleton body 79, and when vibration is applied from the outside,
Horizontal main frame 3, horizontal secondary frame 7, weight 72 and coil spring 73
This allows it to freely swing back and forth, right and left, and diagonally. Further, since the chest skeleton body 79 is rotatably provided with respect to the shaft rod 71, the chest outer skin portion 10 has a structure of rotating 360 °. The head outer skin portion 11 is the head attachment portion 8 of the shaft rod 71 protruding above the chest outer skin portion 10.
No. 0, and is fixed to the shaft rod 71 so as to be sandwiched between the nut and the engagement support portion.

[0033]

[Example 2] This example is intended for the manekineko 1, similar to Example 1 described above as a mascot.
The basic components are the same as those of the Lucky Cat 1 described above, but as shown in the perspective view of FIG.
In particular, this is an example in which the structures of the thoracic skeleton 12 part and the elastic locking pieces 13, 13 are different, and these structures will be described in detail below. However, the same symbols are used for the common parts as in the first embodiment.

First, the thoracic skeleton body 12 is mounted so as to be positioned inside a bypass portion 12a formed by bending a middle portion of the shaft rod 71, and the bypass portion 12a of the shaft rod 71 is attached to the bypass portion 12a.
Engagement pivot shaft 12 protruding from the lower side on the shaft rod 71 in the same line
b is provided, and an engaging step portion (not shown) having an enlarged diameter is formed in the middle thereof. Further, a pressure spring portion 12c that is bent downward to be curved and elastically generates a restoring force downward is formed on an upper portion of the bypass 12a. A substantially strip-shaped metal plate is bent and formed in the bypass portion 12a thus formed, and the chest skeleton body 12 having a support hole 12d through which the engaging pivot shaft 12b penetrates is formed in the central portion thereof. It is pivotably attached.

In the chest skeleton 12, the pressing spring portion 12c is pushed upward so as to be raised above the engaging pivot shaft 12b so that the support hole 12d is aligned with the upper end of the engaging pivot shaft 12b, and is lowered. Be pivoted by moving to. The chest skeleton body 12 is supported from below by an engaging step portion (not shown) of the engaging pivot shaft 12b, and is biased from above by the pressing spring portion 12c, so that accidental disengagement is prevented. It is structured to be. By being supported in this manner, the chest skeleton body 12 can be pivoted to the left and right in a plan view, and is also pivotally held in the up-down, left-right, and vertical directions.

Further, bearing slits 59 for holding the first swing support portions 77, 77 at the upper end portions of the left and right belt-shaped main bones 5, 6.
A pivotal engagement hook 59 is provided at a portion corresponding to the outer side of 69.
Elastic locking pieces 13, 13 are provided instead of a, 69a,
The rivet 5 is composed of both rectangular spring members and is set to have a width dimension similar to the width of the strip-shaped main ribs 5 and 6, and the lower middle portion fixes the horizontal main-bone portions 55 and 65.
6, 66 are non-rotatably connected to the outer walls of the main ribs 5, 6. Further, the elastic locking pieces 13, 1
The upper end portion of 3 is curved in a curved outward shape, and locking holes 13a, 13a are formed in the plate thickness direction. These locking holes 13a, 13a are respectively formed in the bearing slit 59. , 69 at positions corresponding to the bearing portions, and when the horizontal sub-bone 7 is mounted, the first swing support portion 7
7, 77 push the elastic locking pieces 13, 13 outwards and press-fit them, and the first rocking support portions 77, 77 are engaged with the locking holes 13.
Corresponding to a, 13a, by being in the inserted state,
The support shafts 77, 77 forming the first swing support portion are locked to prevent the horizontal auxiliary bone 7 from being accidentally disengaged from the belt-shaped main bones 5, 6.

[0037]

EXAMPLE 3 This example, as shown in the exploded perspective view of the mascot assembled in the transparent bottle of FIG. 12 and the perspective view of the figurine of FIG. 13 assembled in bottle 2,
In the case of the Kappa 1a as a swinging mascot doll for enclosing in a transparent bottle, the makeup outer skin is a body outer skin 8
It is a mascot cot consisting only of a and 9a and a head skin 11a. The skeleton includes left and right strip-shaped main bones 5a, 6a having leg portions 5c, 6c, the left and right strip-shaped main bones 5a,
A horizontal main frame 7a forming a shoulder part mounted on 6a, and left and right arm parts 18 suspended on the left and right of the horizontal main frame 7a,
19, a head attachment portion 8 held in the central portion of the horizontal main bone 7a
0a, a back body outer skin 8a and a ventral body outer skin 9a are provided on the outside of this skeleton, and the head of the kappa 1a is imitated above the head attachment portion 80a. The head skin 11a is attached.

The structure of the skeleton will be described below with reference to FIG. 12. The left and right fixing portions 5b and 6b, which are integrally formed at the lower ends of the band-shaped main bones 5a and 6a, are fixed with an adhesive or the like. It is fixed to the bottom portion 21 of the bottle 2 by 41 (not shown in the drawing), and the restoration connecting portions 51a and 61a of the "Isuka" structure provided in the middle of the bottle 2 are connected to each other.
Inside, they are opposed to each other, meshed and integrated, and then bonded and fixed. Band-shaped portions 5b and 6b are respectively extended above the restoration connecting portions 51a and 61a, and both are formed to be curved outward so as to form the contour of the abdomen of the kappa 1a. The horizontal main frame 7
Horizontal main frame connecting parts 5c and 6c for connecting a are provided in a trapezoidal shape, and these horizontal main frame connecting parts 5c and 6c are provided.
On the upper surface of c, two connecting pins 5d, 5d, 6d,
6d is erected vertically.

The horizontal main rib connecting portions 5c and 6c of the strip-like main ribs 5a and 6a which are integrally formed by the restoring connecting portions 51a and 61a and are formed in an upright shape are horizontally extended so as to extend over them. The main bones 7a are combined, and the connecting holes formed on the left and right of the horizontal main bone 7a are inserted into the connecting pins 5d, 5d, 6d, 6d to be integrated with a structure in which the connecting strength is increased. At the left and right ends of the horizontal main frame 7a, arms 18 and 19 made of coil springs having lead weights suspended at the lower ends are formed to be hung, and the central portion thereof is moved forward. A first cutout portion to be opened is formed, and the shaft rod 71a having the head attachment portion 80a is configured to be incorporated in the first cutout portion.

On the first cutout portion of the horizontal main rib 7a, the horizontal sub-bones 7b are laid and combined so as to straddle the first main rib 7a. Connecting pins 5d, 5 projecting from the horizontal main frame connecting portions 5c, 6c of
d, 6d, 6d are inserted and combined. This horizontal accessory bone 7
A second notch is provided at the center of b so as to face the first notch of the horizontal main frame 7a described above, and a swing support fitting incorporated in the edge of the second notch is used to make lead. Weight 72
The upper end of the coil spring 73a having a structure in which a is suspended at the lower end is supported in a suspended manner. Inside the coil spring 73a, there is a shaft rod 71a whose lower end is connected to the weight 72a.
Are combined, and at the upper end thereof, the coil spring 73a
Further, the disk-shaped head attachment portion 80a described above is coupled to the portion extending upward from the horizontal sub-bone 7b.

In contrast to the skeleton constructed in this way, a decorative outer skin made of a non-plastic material such as paper or synthetic resin is first prepared by forming a back trunk outer skin 8a and a ventral trunk outer skin. 9a is the strip-shaped portions 5b, 6 of the left and right strip-shaped main bones 5a, 6a.
After b is abutted against each other as a glue margin and adhered to the strip-shaped portions 5b and 6b with an adhesive or the like applied in advance to complete the makeup outer skin of the body, subsequently, the head provided on the upper end of the shaft rod 71a. The outer cover 11a for the head is capped using the attachment part 80a as a support, and the plate 11 of the kappa is an accessory.
An adhesive is applied to the back surface of b so that they do not fall off. All of these cosmetic outer skins are made of non-plastic material, and even if they are shrunk to a size that can be inserted into the small mouth 22 of the transparent bottle 2, they naturally return to their original shape in the bottle 2 and reach various parts of the skeleton. It does not hinder the combination of.

[0042]

[Working] The swingable mascot doll for enclosing in the transparent bottle of the present invention having the above-mentioned configuration and the figurine using the same are, for example, in the case of the manekineko 1 shown in FIG. As shown in FIG. 3, the fixing member 4 is inserted into the bottle bottom surface 21 with the adhesive 41, and the left and right belt-shaped main bones 5 and 6 and the connecting auxiliary member 46 are sequentially attached to the bottle 2 as shown in FIG. And the strip-shaped main bones 5, 6
The fixing material connecting portion / restoring connecting portions 51 and 61 are connected. At that time, the fixing member connecting portion / restoring connecting portion 51, 61
The guide edges 54 and 64 push the engaging springs 48 and 48 outward and engage the engaging grooves 53 and 63 in a completely mounted state. After this, the bolt 4 erected on the fixing member 4
The connecting auxiliary member 46 and the band-shaped main bones 5 and 6 assembled in the Nos. 2 and 43 are attached. Then, the through holes 49, 49, 52,
Fixing nuts 49a, 49a are screwed onto bolts 42, 43 protruding through 62, and the base portions of the left and right belt-shaped main bones 5, 6 are fixed to the bottom surface 21 of the bottle 2.

Next, as shown in FIG. 4, the fixing pin 57 of the horizontal main rib portion 55 provided on the left band-shaped main bone 5 is inserted into the tubular hole of the rivet 66 of the right band-shaped main bone 6. Then, the fixing pin 67 of the horizontal main bone portion 65 provided on the right side band-shaped main bone 6 is inserted into the tubular hole of the rivet 56 of the left side band-shaped main bone 5. Then, the buckle 58 is slid to fix the short-side end portion of the horizontal main rib portion 65 of the right band-shaped main rib 6, and the buckle 68 is slid to move the horizontal main rib portion of the left band-shaped main rib 5. If the short ends of 55 are fixed, the connection of the upper ends of the left and right main ribs 5, 6 is completed. As shown in FIG. 7, on the upper part of the horizontal main frame 3 assembled in this way, the horizontal sub-frame 7 inserted through the bottle mouth 22 inserts each of the pair of first swing support parts 77, 77. By mounting the bearing slits 59, 69 provided on the upper ends of the belt-shaped main ribs 5 and 6 from above, and then fixing the short end of the horizontal main rib portion 55 of the belt-shaped main rib 5 on the rotation side, The connection of the upper ends of the left and right main ribs 5, 6 is completed.

Subsequently, as shown in FIG. 7, the horizontal sub-bone 7 inserted through the bottle mouth 22 has the pair of first rocking support portions 77, 77 connected to the strip-shaped main bones 5, 6, respectively. If it is mounted on the bearing slits 59, 69 provided at the upper end of the upper side from above, and then the rotary type engaging hooks 59a, 69a are rotated to engage with the first swing support portions 77, 77, The attachment of the accessory bone 7 to the upper part of the horizontal main bone 3 is completed.

When the assembling of the skeleton body in the bottle 2 is completed, as shown in FIG. 9, the makeup skin that constitutes the beckoning cat 1 includes the head skin portion 11, the chest skin portion 10, and the trunk skin portion. It is composed of 8 and 9, and is compressed and deformed into a shape that allows the mouth 22 of the bottle 2 to pass through, and the back and abdominal outer skin portions 8 and 9 are separately inserted, and pre-applied to the margin. The prepared adhesives are adhered and fixed to the outer side surfaces of the band-shaped main bones 5 and 6 and the outer side surfaces of the horizontal main bone portions 55 and 65, respectively. Next, the chest outer skin portion 10 is inserted and mounted in a state of covering the chest skeleton body 79 of the horizontal accessory bone 7, and if necessary, fixed to the chest skeleton body 79 with an adhesive or the like. Further, the head covering portion 11 is attached to the head attaching portion 80 of the shaft 71 to complete all the assembling steps, and the mouth 22 of the bottle 2 is provided with a cork stopper or a cap,
Wear a crown, etc.

The manekineko 1, which has been assembled as described above, has the skeletal structure shown in FIG. 8, so that the mandrel 1 supports the head outer skin 11 and the chest outer skin 10.
However, since it can swing back and forth and left and right, and also swings up and down, a vibration that is applied from the outside realizes a complicated movement that cannot be obtained with a normal skeleton structure. These movements are realized by a unique universal joint structure including the weight 72 of the horizontal sub-bone 7 and the coil spring 73. Further, the chest skeleton body 79 that holds the chest outer skin portion 10 has a structure that is rotatable around the shaft 71.

The skeleton structure of the manekineko 1 can be realized by a simple assembling process in the case of the one shown in FIG. 11, and the rotary type engaging hook 59 which has been required to be rotated.
Since the elastic locking pieces 13 and 13 are provided instead of a and 69a, the mounting work can be completed only by pushing the horizontal sub-bone 7 downward, and the chest skeleton 12 has the pressing spring portion 12c.
The installation can be completed by pushing up and inserting.

On the other hand, in the case where the kappa 1a is the object of mascot, the mouth 2 of the bottle 2 is as shown in FIGS.
Left and right strip-shaped main bones 5a, 6 inserted separately after passing through 2
a is meshed with the restoring connecting portions 51a and 61a and bonded and fixed with an adhesive, and then the left and right fixing portions 5b and 6b are bonded and fixed to the bottom surface 21 of the bottle 2 with the adhesive. next,
An adhesive is applied on the connection bases 5c and 6c, and the horizontal main ribs 7a are inserted into the bottle 2 and placed and fixed horizontally on the band-shaped main ribs 5a and 6a. Further, an adhesive is applied to the upper part of the horizontal main bone 7a, and then the horizontal sub-bone 7b is inserted into the bottle 2 and fixed by stacking.

Prior to the above-mentioned assembly, the horizontal main bone 7a is previously attached with arm portions 18 and 19 made of coil springs with weights at both left and right ends thereof, and the horizontal sub-bone 7b is provided with a shaft rod. The upper end of the coil spring 73a with a weight for moving the 71a up and down is incorporated in advance by a swingable connection structure so that they can be inserted by being deformed so that they can be inserted from the mouth 22 of the bottle 2. .

[0050]

[Effects] As described above, the swinging mascot doll for enclosing a transparent bottle and the figurine using the same according to the present invention were first and foremost inserted into a bottle represented by a conventional bottle ship. For the first time in the long history of ornaments, it was designed to swing inside the bottle, and by applying vibration, the mascot doll inside the bottle swings and realizes adorable expressive movements It must be highly evaluated that it has the excellent feature of being able to do.

Furthermore, the swingable mascot doll for inclusion in the transparent bottle included in the present invention has a simple structure that anyone can easily assemble by effectively dividing the swinging skeleton part. The production efficiency is extremely high compared to the conventional ornaments in the bottle, and even when the factory production is performed, it is easy to reduce the number of manufacturing steps and the sharing work can be performed efficiently. Since it is designed so that even those who work on bottle work for the first time can easily assemble it, it reduces energy, especially for people who are aging society and can not find much concentrated work. It has an epoch-making structure, which is an ideal task for stopping the decline of thinking ability.

Further, the conventional bottle ship was used only as an expensive upholstery item, but in the figurine using the swinging mascot doll for inclusion in the transparent bottle included in the present invention, It has extremely unique and remarkable features that it can be rocked at a low price and can be provided at low cost, and it is actively used for decoration inside and outside the vehicle, and also for decoration inside the vehicle, inside the ship, etc. where vibration is applied. Therefore, it is expected that it will be possible to use the decoration in a wide range that was not expected before, and it will be very useful for the spread of this ornament.

In particular, the rocking type mascot doll for enclosing in a transparent bottle, which best represents the present invention as Example 1, is
A coil spring 73 having a weight 72 is formed at the lower end of the central portion of the horizontal sub-bone 7 in a suspended state, and the axial rod 7
The lower end of 1 is supported by a weight 73 and extends upward from the inside of the coil spring 73. The outer cover 11 for the head of the mascot doll is attached to the shaft 71 while the outer cover 11 for the head and the body are attached. Between the outer skins 8 and 9 for the chest, a separate outer skin 1 for the chest is provided.
By adopting a structure in which 0 is attached to a chest skeleton body which is also incorporated so as to be swingable, it is possible to swing up and down as well as forward and backward and left and right,
We have succeeded in achieving extremely high degree of freedom in swinging motion, and are able to exhibit the outstanding feature that the movement of the mascot doll becomes more expressive. .

Further, in the second embodiment as well as the first embodiment, the universal shaft joint structure having the first swing support portion and the second swing support portion which are in the same plane and are orthogonal to each other is used, and the coil spring is used. By adopting a structure in which a horizontal sub-bone having 73 or 73a is provided, it is possible to cause a smooth and sensitive swing, and the swing-type mascot doll for inclusion in the transparent bottle of the present invention is enclosed. It is possible to further enhance the commercial value of the figurine, and it is possible to exert the power in realizing such a high-value-added seed figurine.

As described above, the swinging mascot doll for enclosing in the transparent bottle and the figurine using the same according to the present invention can achieve the intended purpose by the novel construction, and Since it is easy to manufacture and can be provided at a low price, it is possible to achieve a completely new decorative effect that could not be obtained with conventional bottle decorations, and a unique decoration with a mystery. As a result, it is expected that the demand will increase in the future, and the demand will increase.

[Brief description of drawings]

The drawings show several representative embodiments embodying the technical idea of a swinging mascot doll for enclosing in a transparent bottle according to the present invention and a figurine using the same.

FIG. 1 is a perspective view of an ornament in which a manekineko is a mascot doll.

FIG. 2 is an exploded perspective view of a manekineko in a bottle.

FIG. 3 is an exploded perspective view of a structure for fixing a belt-shaped main bone to a bottle bottom.

FIG. 4 is an exploded perspective view showing a connection structure of an upper part of a band-shaped main bone.

FIG. 5 is a perspective view showing a state where assembly of the band-shaped main bone is completed.

FIG. 6 is a perspective view showing details of a horizontal accessory bone.

FIG. 7 is an exploded perspective view showing a state in which a horizontal accessory bone is attached to a zonal main bone.

FIG. 8 is a perspective view showing a state in which the horizontal accessory bone is completely attached to the zonal main bone.

FIG. 9 is a perspective view showing a step of mounting the outer skin of a manekineko.

FIG. 10 is a perspective view showing another example of the skeleton body.

FIG. 11 is an exploded perspective view showing a skeleton body of a kappa.

FIG. 12 is a perspective view of a figurine in which a kappa is a mascot doll.

[Explanation of symbols]

 1 Beckoning cat figurine 2 Empty bottle 21 Bottom of bottle 22 Bottle edge 3 Horizontal main bone 4 Fixing material 46 Connection aid 5 Belt main bone 51 Fixing material joint / restoring connection 6 Belt main bone 61 Connection for fixing material Part / restoring connecting part 7 Horizontal sub-bone 71 Shaft rod 72 Cylindrical weight 73 Coil spring 74 Second swing support part 77 First swing support part 79 Chest skeleton 80 Head attachment part 8 Dorsal body part Outer skin part 9 Outer skin part for the original side body 10 Outer skin part for chest 11 Outer skin part for head 12a Detour part 12b Engaging pivot shaft 12c Pressing spring part 12d Support hole 13 Elastic locking piece 13a Locking hole 1a Kappa's Figurines 5a, 6a Belt-shaped main bones 5b, 6b Fixing parts (legs) 51a, 61a Restoration connecting parts 7a Horizontal main bones 7b Horizontal auxiliary bones 80a Head attachment parts 72a Lead weights 73a Coil springs 71a Axis rods 8a, 9a Body skin 11a Head Outer skin part

Claims (5)

[Claims] 1. A right and left divided into a size and a shape which can be inserted through a mouth of a transparent bottle, a restoring connection portion is provided at a corresponding position, and a horizontal main portion is provided at or near each upper end. In the bottle, a bone connecting part or a horizontal main bone part, and a pair of strip-shaped main bones in which a fixing part or a fixing material connecting part to the bottom of the transparent bottle is formed at or near the lower end of each Combined, horizontal main bones formed between the respective upper ends of the pair of band-shaped main bones restored or near the upper end, and a horizontal sub-bone whose upper end side is connected to the horizontal main bone or the band-shaped main bone upper end side, A coil spring that is suspended in a swingable structure with the horizontal sub-bone as a support portion and has a weight attached to the lower end,
A shaft rod which is inserted into the inside of the coil spring and attached to the weight so that the lower end is integrated with the weight and the upper end is protruded upward from the horizontal accessory bone to serve as a head attachment portion, and a head attachment at the upper end of the shaft rod. The outer skin for the head, which is made of a non-plastic material to be attached to the wearing part, and is mainly externally attached to the pair of band-shaped main bones that are combined and restored in the bottle, and are in contact with each other on the outer surface of each band-shaped main bone. 2 to be restored
An oscillating mascot doll for enclosing in a transparent bottle, which has a cosmetic outer cover made of a non-plastic material outer cover for the body. 2. The size and shape are divided into left and right parts so that they can be inserted through the mouth of a transparent bottle, and there are restoration connecting parts at corresponding positions, and horizontal main parts are provided at or near their upper ends. In the bottle, a bone connecting part or a horizontal main bone part, and a pair of strip-shaped main bones in which a fixing part or a fixing material connecting part to the bottom of the transparent bottle is formed at or near the lower end of each Combined, horizontal main bones formed between the respective upper ends of the pair of band-shaped main bones restored or near the upper end, and a horizontal sub-bone whose upper end side is connected to the horizontal main bone or the band-shaped main bone upper end side, A coil spring that is suspended in a swingable structure with the horizontal sub-bone as a support portion and has a weight attached to the lower end,
A shaft rod that is inserted into the inside of the coil spring and has its lower end attached to and integrated with a weight, and its upper end protrudes upward from the horizontal accessory bone to serve as a head attachment part; and the shaft rod head attachment part. And a skeleton body for the chest to be incorporated in the shaft between the horizontal accessory bone and a head outer skin made of a non-plastic material attached to the head attachment part of the shaft,
A chest outer skin part made of a non-plastic material to be attached to the skeleton for the chest, and an outer surface mainly attached to the pair of band-shaped main bones joined and restored in the bottle and abutting on the outer surface of each band-shaped main bone. An oscillating mascot doll for enclosing in a transparent bottle, which has a makeup outer skin made of a non-plastic material outer skin for the body, which is formed so as to be restored to the above. 3. The swingable mascot doll for enclosing in a transparent bottle according to claim 1, wherein a horizontal sub-bone is connected to the upper end side of the belt-shaped main bone so as to have a swingable structure. 4. The swingable mascot doll for enclosing in a transparent bottle according to claim 1, wherein the chest skeleton body is connected to the shaft so as to be swingable. 5. A pair of strip-shaped main ribs are erected on the bottom of the transparent bottle directly or via a fixing material, and a horizontal main rib is formed at the upper end or near the upper end thereof. While the horizontal sub-bone is connected to the upper end side of the main bone, a coil spring with a weight is suspended by the swingable structure using the horizontal sub-bone as a support portion, and the coil spring is attached to and integrated with the weight of the coil spring. A head skin through the head attachment part on the upper end of the shaft rod projecting upward from the horizontal accessory bone through the inside of the chest, and a chest part between the head attachment part and the horizontal accessory bone. In the case where the skeleton for body is incorporated into the swingable structure, the skeleton for the chest and the skin for the chest are attached to the skeleton for the chest, and the skin for the body is attached to the pair of band-shaped main bones. From the much larger diameter torso, the head and, if necessary, the chest, separate from the torso 5. The transparent bottle according to claim 1, wherein a doll of a human type, an animal type, or a fantasy type other than a cartoon is assembled and enclosed so that at least the head can swing. A figurine made by assembling and enclosing a swinging mascot doll for inclusion in a transparent bottle.