JPH0422785Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention relates to a toy doll that performs the act of eating solid simulated food.

BACKGROUND TECHNOLOGY Conventionally, toy dolls that eat things have been made by sucking powder, or by inserting jelly-like food into a flexible pipe as disclosed in Japanese Patent Application Laid-Open No. 66341/1983. There was one that produced a peristaltic action at the end of a crank installed at the top to perform the eating action.

Problems to be Solved by the Invention In the case of powdered food in the above technology, there is no sense of realism when eating it, and it stains the doll and its surroundings.In addition, in the case of jelly-like food, food remains in the doll's body even after play is stopped. The jelly-like food left behind caused fermentation and other changes, and it caused many problems, such as staining the doll and its surroundings, which hindered its implementation.

The present invention has been devised to eliminate the above drawbacks.

Measures to solve the problem: A support wall is erected in the center of the doll's body, and two pulleys are attached to the upper part of the support wall between the opening of the mouth hole below the upper jaw and the throat. A belt is stretched through the lever, an eccentric wheel is provided on one side coaxial with one pulley, and a nearly U-shaped operating rod with a long groove on one side is installed.
The other top part is fitted into the lower jaw part, an eccentric ring is fitted into the long groove, and the center part is rotatably attached to the support wall, and the one pulley shaft is extended to the opposite side from the eccentric ring. A crown gear is provided at the end, and the crown gear and a crown gear provided at the end of a gear train driven by a motor provided in the body are meshed and connected by an interlocking rod having small gears at both ends. A top chamber with an appropriate volume is provided at the back of the body in communication with the throat, and the necessary wiring is provided between the internal battery, motor, and switch.

Function When the gear train is operated by turning on the switch configured as described above, the small gears at both ends of the interlocking rod transmit the motion from the gear train to rotate the crown gear, and at the same time, the rotation of the pulley shaft causes the belt to move and The rotation of the eccentric wheel causes the part of the operating rod fitted in the lower jaw to move up and down.

Next, when a separately prepared solid food made of a flexible material such as a foam material is inserted into the mouth opening, the solid food located between the upper wall of the mandible and the belt is held between the belt and the upper surface of the mandible, and the belt moves. As a result, it is sent to the throat, and then falls to the bottom of the storage chamber due to gravity.

Therefore, the lower jaw moves up and down as if eating solid food.

Embodiment An embodiment of the present invention will be described in more detail based on the drawings. As shown in FIGS. 1 and 2, a head 1 and a body 2 are shown.
A support wall 3 is provided in the center of the doll's body 2, which is equipped with arms and legs (not shown), and a gear train consisting of a plurality of gears driven by a motor 4 is provided. The mouth hole 6 is opened, and a belt 9 is stretched along the lower surface of the upper jaw 7 from the mouth hole 6 through two pulleys 8 that are pivoted between the throat.
An almost U-shaped operating rod 12 with an eccentric shaft 10 fitted into one end coaxial with the throat side of the rod and a long groove 11 provided on one side.
, fit the top part into the lower jaw 13 and insert the eccentric ring 1 into the long groove 11.
A crown gear 14 is fitted loosely into the center part of the throat pulley 8 and rotatably supported on the upper part of the support wall 3, and a crown gear 14 is attached to the end where the shaft of the throat pulley 8 extends to the opposite side of the eccentric wheel 10. The crown gear 14 and another crown gear 15 provided at the final end of the gear train 5 are meshed and connected by an interlocking rod 17 having a small gear 16 at both ends, and an appropriate volume is provided on the back surface of the body 2. A storage chamber 18 is provided in communication with the throat, a switch 19 is provided on the front of the body 2, a battery 20 is provided below the gear train 5, and necessary wiring is provided between the switch 19 and the motor 4.

Note that the storage chamber 18 is provided with a lid 21 that can be opened and closed.

The switch 19 may be a two-stage switch that disconnects and disconnects, but since it will remain in the mouth hole 6 if the solid food 22 is stopped immediately after being fed, it should be installed between the motor 4 and the battery 20 as shown in FIG. men switch 2
It is preferable to provide a time switch 24 which is movable for a while after the OFF operation of step 3.

A separate solid food 22 constructed as described above
For example, by forming a bun, bread or other food shape out of foamed material or other flexible material, inserting it into the opening of the mouth hole 6, and directly operating the switch 19, the motor 4 will operate the food as described above. The driven gear train 5 operates by moving the pulley 8, belt 9, and eccentric wheel 10 from the crown gear 15 at the final end through the interlocking rod 17 and the crown gear 14, thereby moving the solid food 22 from the mouth hole 6 into the throat. The liquid is allowed to fall into the storage chamber 18 through the storage chamber 18.

The solid food 22 stored in the storage chamber 18 can be taken out by opening the lid 21. Moreover, even if the switch 19 is turned off midway through, the solid food 22 inserted through the mouth hole 6 will continue to operate for some time due to the operation of the time switch 24, so that it will not remain in the mouth hole 6.

Effects As mentioned above, it is more realistic than a doll that sucks powder, and like a doll that eats jelly-like food, the eaten food does not remain in the doll's body after play is stopped, and even if solid food is stored in the storage chamber. Since the material does not undergo fermentation or other changes even if left as is, it will not stain the doll or the surrounding area during play, and solid food can be shaped into sweets, bread, and other various items, making it extremely comfortable. It is possible to provide a doll with which play can be enjoyed.

[Brief explanation of drawings]

FIG. 1 is a side view of an embodiment of the present invention with the main part taken in section, FIG. 2 is a front view of the same main part taken in section, and FIG. 3 is a wiring diagram showing an example of a switch. 1...Head, 2...Body, 4...Motor, 5
... Gear train, 6 ... Mouth hole, 7 ... Upper jaw, 8 ... Pulley, 9 ... Belt, 10 ... Eccentric wheel, 11 ...
... Long groove, 12 ... Operating rod, 13 ... Mandible, 14,
15... Crown gear, 17... Interlocking rod, 18... Storage chamber.

Claims (1)

[Scope of utility model registration request] A supporting wall is erected in the center of the doll's body, and a belt is stretched between the mouth opening below the upper jaw and the throat via two pulleys pivoted above the supporting wall. An almost U-shaped operating rod with an eccentric ring on one side coaxial with one pulley and a long groove on one side.
The other top part is fitted into the lower jaw part, an eccentric ring is loosely fitted into the long groove, and the center part is rotatably attached to the support wall, and the one pulley shaft is extended to the opposite side from the eccentric ring. A crown gear is provided at the end. The crown gear and a crown gear provided at the end of a gear train driven by a motor provided inside the body are meshed and connected by an interlocking rod having small gears at both ends, and a storage chamber of an appropriate volume is provided at the back of the body. A doll that eats solid food, characterized in that the doll is provided in communication with the throat, and the necessary wiring is provided between the internal battery, motor, and switch.