CN219376055U - Bead feeder for soluble bead toy - Google Patents

Abstract

The present utility model provides a bead supplier, which comprises a front shaft part and a rear shaft part, wherein the front shaft part comprises: a supply mechanism having: a front shaft main body part, a discharge port of the soluble bead toy, a storage part capable of storing a plurality of soluble bead toys, and a pressing part, and the supply mechanism supplies the soluble bead toy from the storage part to the discharge port by operation of the pressing part; and a rear shaft fitting portion formed in a concave shape at a rear end portion of the main body portion, the rear shaft portion having: a bead clamping portion; a fitting portion formed on an outer periphery of the bead holding portion and formed to be capable of fitting with the rear shaft fitting portion; and a water spraying part which is arranged at the rear side of the bead clamping part and the jogged part. When the rear axle fitting portion is fitted with the fitting portion, the bead holding portion and the fitting portion are accommodated in the rear axle fitting portion.

Description

Bead feeder for soluble bead toy

Technical Field

The present utility model relates to a bead feeder for a soluble bead toy.

Background

Among the soluble bead toys, soluble bead toys of various colors and shapes are arranged on a tray provided with a plurality of concave portions or a plurality of hole portions, and are combined with each other by watering by a sprayer or the like. Therefore, the user can play a game by arranging the soluble bead toys of various colors and shapes in an arbitrary pattern or the like to produce a combination of soluble bead toys. It is sometimes difficult for a user to perform an operation of arranging small soluble bead toys on a tray. For this reason, as shown in patent document 1, there is a case where a soluble bead toy is arranged on a tray using a bead feeder.

The bead feeder disclosed in patent document 1 has a sliding member and a stopper member in a main body portion, the main body portion having an opening at a front end thereof, and a guide path capable of holding a bead behind the opening. The slide member is moved forward by operation of the operation member. The user can discharge the welding bead toy locked by the opening and the stopper member by pressing the operation member, and place the welding bead toy on the tray.

Prior art literature

Patent literature

Patent document 1: japanese patent laid-open No. 2009-106669

Disclosure of Invention

Technical problem to be solved by the utility model

In order to play a game using the soluble bead toy, if a bead supplier is present, the game can be played with pleasure by using other tools such as a sprayer. Here, it is also considered to integrate these tools, but it is sometimes difficult to make them have design capable of playing a game pleasurably.

The utility model aims to provide a bead feeder for a soluble bead toy, which is used for integrating an appliance for playing a game by utilizing the soluble bead toy and has high design.

Means for solving the problems

The bead supplier for the soluble bead toy according to one aspect of the present utility model comprises: a front shaft portion and a rear shaft portion, the front shaft portion having: a supply mechanism having: a front axle main body; a discharge port of the soluble bead toy, the discharge port of the soluble bead toy being provided at a front end of the front shaft main body portion; a storage unit capable of storing a plurality of the soluble bead toys; and a pressing portion, wherein the supply mechanism is provided to the front shaft main body portion, and the welding bead toy is supplied from the storage portion to the discharge port by an operation of the pressing portion; and a rear shaft fitting portion formed in a concave shape at a rear end portion of the front shaft main body portion, the rear shaft portion having: a bead holding portion formed so as to be capable of holding the soluble bead toy; and a spray portion provided on the rear side of the bead clamping portion and the fitting portion, the bead clamping portion and the fitting portion being accommodated in the rear shaft fitting portion when the rear shaft fitting portion is fitted with the fitting portion.

Effects of the utility model

According to the above aspect, it is possible to provide a bead supplier for a soluble bead toy, which can be used for integrating a game playing tool using a soluble bead toy and has high design.

Drawings

Fig. 1 is a perspective view showing a bead supplier for a soluble bead toy according to an embodiment of the present utility model.

Fig. 2 is an exploded perspective view showing a bead supplier for a soluble bead toy according to an embodiment of the present utility model.

Fig. 3 is a sectional view of fig. 1 showing a bead supplier for a soluble bead toy according to an embodiment of the present utility model.

Fig. 4 is an IV-IV cross-sectional view of fig. 3 showing a bead feeder for a soluble bead toy according to an embodiment of the present utility model.

Fig. 5 is a perspective view of the bead supplier for a soluble bead toy according to the embodiment of the present utility model, with a left main body portion omitted and enlarged.

Fig. 6 is a plan view showing a rear shaft portion of the bead supplier for the soluble bead toy according to the embodiment of the present utility model.

Fig. 7 is an enlarged cross-sectional view of the front shaft portion corresponding to section III-III of fig. 1, showing the operation of the supply mechanism of the bead supplier for the welding bead toy according to the embodiment of the present utility model, (a) showing a stable state, (b) showing a state in which the pressing portion is pressed, and (c) showing a case in which the welding bead toy is discharged.

Symbol description

10. Bead feeder

20. Front shaft part

21. Front end part

21a upper front end portion

21b lower front end portion

21c discharge port

21d engagement portion

21e convex part

21f inducing wall portion

22. Front axle body

22a right main body part

22b left main body part

22c input hole

22d opening part

22e guide plate

22e1 right guide plate

22e2 left guide plate

22f induction plate

22f1 right induction plate

22f2 left induction plate

22g partition wall

23. Swing part

23a pressing part

23b leaf spring portion

23c induction half cylinder

23d swing wall portion

23e substrate

24. Engagement portion

25. Storage unit

26. Concave-convex engaging part

26a clamping plate

26b recess

27. Guiding road

28. Rear axle fitting part

28a rib

28b annular groove

29. Decorative ring

30. Rear shaft portion

30a front end face

31. Bead clamping part

31a clamping fin

31a1 projecting plate

31a11 protruding part

31b pin

32. Fitting part

32a chimeric fin

33. Water spraying part

33a water tank

33b nozzle portion

33b1 spray nozzle

33c cover

33d knurled part

34. Clip

34a clip body portion

34b mounting portion

60. Supply mechanism

Detailed Description

Embodiments of the present utility model will be described based on the drawings. Fig. 1 shows a bead supplier 10 for a soluble bead toy according to an embodiment of the present utility model. Here, the soluble bead toy is formed into a pellet shape such as a sphere shape or a polyhedral shape from a resin of a water-soluble material. Specifically, the fusion-bondable bead toy is formed by kneading polyvinyl alcohol into a resin. The resin forming the soluble bead toy may be formed by appropriately selecting a transparent material, a material having light transmittance, or an opaque material.

The bead supplier 10 is formed in a substantially rod shape having a substantially cylindrical outer shape, and has a shape simulating a pen as a whole. As shown in fig. 2, the bead supplier 10 can be separated into a front shaft portion 20 and a rear shaft portion 30. A discharge port 21c is provided at the front end of the front shaft portion 20. By pressing and depressing the pressing portion 23a of the front shaft portion 20, the welding bead toy can be discharged from the discharge port 21c and supplied. In the following description, the front shaft portion 20 side is referred to as the front, the rear shaft portion 30 side is referred to as the rear, the side provided with the pressing portion 23a is referred to as the upper side, the opposite side is referred to as the lower side, the right side when the front is viewed from the rear is referred to as the right side, and the left side at this time is referred to as the left side.

The front shaft portion 20 has a substantially cylindrical front shaft main body portion 22. A tapered distal end portion 21 that mimics the shape of a pen nib is provided at the distal end of the distal shaft main body portion 22. The front end portion 21 has a discharge port 21c formed at the front end by combining an upper front end portion 21a with a pattern formed on the upper surface and a lower front end portion 21 b. The upper front end portion 21a and the lower front end portion 21b are combined by an engaging portion 21d (see fig. 3) near the front end constituted by a pin and a hole portion. The combined front end portion 21 is fixed to the front shaft main body 22 by a convex portion 21e (see fig. 5) protruding from the rear side to the left and right and a concave portion (not shown) formed in the front shaft main body 22 being engaged with each other.

The front shaft main body 22 is formed in a substantially cylindrical shape by combining a substantially semicircular right main body 22a and a substantially semicircular left main body 22b, which are engaged with each other by a hole portion and a notch portion, with a concave-convex engaging portion 26 (see fig. 3 and 5) of 6 portions, and an engaging plate 26a protruding from the right main body 22a and the left main body 22b of the concave-convex engaging portion 26 is engaged with a recess 26b provided in the left main body 22b and the right main body 22 a. An insertion hole 22c, which is a circular hole into which the soluble bead toy can be inserted, is provided in a rear side surface of the front shaft main body 22. A long rectangular opening 22d that is long in the front-rear direction and open on the front side is provided at the front end portion of the front shaft main body 22.

The insertion hole 22c is provided above the front shaft main body 22, as is the upper surface of the upper front end portion 21a to which the pattern is formed, such as the pressing portion 23a and the pen tip. The parts to be focused on by the operation can be concentrated on the upper side and can be easily used.

As shown in fig. 3 and 4, a right guide plate 22e1 and a right guide plate 22f1 protruding leftward from the right body 22a, and a left guide plate 22e2 and a left guide plate 22f2 protruding rightward from the left body 22b are provided inside the front shaft body 22. The distance between the end of the right guide plate 22e1 and the end of the left guide plate 22e2 constituting the guide plate 22e is formed to be slightly larger than the diameter of the soluble bead toy. The end of the right induction plate 22f1 and the end of the left induction plate 22f2 constituting the induction plate 22f are disposed in close proximity and in abutment.

A partition wall 22g is provided in the front shaft main body 22 near the rear end of the insertion hole 22c. The right guide plate 22e1 and the right guide plate 22f1 and the left guide plate 22e2 and the left guide plate 22f2 are provided extending forward from the front surface of the partition wall 22g to the vicinity of the opening 22d. The welding beads toy introduced into the introduction hole 22c are guided by the guide plate 22e, and are placed on the guide plate 22f to be guided. When the tip 21 is directed downward, the contact bead toy on the induction plate 22f rolls forward and moves. Further, the soluble bead toy can be stored in 1 row on the induction plate 22 f. In this way, the guide plate 22e and the guide plate 22f form the reservoir 25.

As shown in fig. 3, the front shaft 20 includes a supply mechanism 60, the supply mechanism 60 includes a pressing portion 23a, the soluble beads toy is supplied from the reservoir 25 to the discharge port 21c by the operation of the pressing portion 23a, and the supply mechanism 60 is provided in the front shaft main body 22. The supply mechanism 60 includes a swing portion 23 and a guide path 27, and the swing portion 23 includes: a plate spring portion 23b, a pressing portion 23a, and a guide half-cylinder portion 23c.

Specifically, as shown in fig. 1 to 3 and 5, the swinging portion 23 has a pressing portion 23a protruding from the opening portion 22d in a rectangular box shape. The swing portion 23 is provided with a leaf spring portion 23b, a pressing portion 23a, a guide half cylinder portion 23c, and a swing wall portion 23d. The swinging portion 23 is connected to the front end portion 21 (upper front end portion 21 a) of the front shaft portion 20 via a plate spring portion 23b formed in a convex arc shape. The pressing portion 23a is provided on the rear side of the plate spring portion 23 b. A half-tube induction portion 23c formed in a half-tube shape is provided on the rear side of the pressing portion 23a. The induction half-tube portion 23c is opened toward the hollow side in the front shaft main body portion 22, and is closed by connecting the rear side to the base plate 23e of the swing portion 23.

A swing wall portion 23d disposed inside the front shaft main body portion 22 is provided on the rear side of the induction half cylinder portion 23c. The swing wall portion 23d is disposed at a position corresponding to the tip of the reservoir portion 25 in a stable state (a state in which the pressing portion 23a is not pressed). The swing wall 23d is formed obliquely above the reservoir 25 side.

On the other hand, the inside of the tip portion 21 becomes a hollow, and serves as a guide path 27 for guiding the soluble bead toy to the discharge port 21c. The guide path 27 is formed mainly from the inside of the lower front end portion 21b, and communicates with the discharge port 21c. A guide wall portion 21f is provided at the rear end of the guide path 27 between the guide half cylinder portion 23c and the swing wall portion 23d in the axial direction. The front side of the induction wall 21f is formed obliquely.

A rear end portion (rear side of the partition wall 22g of the front shaft main body portion 22) of the front shaft portion 20 is formed with a rear shaft fitting portion 28 formed in a concave shape. A decorative ring 29 is provided on the outer periphery of the rear shaft fitting portion 28. A plurality of ribs 28a (see fig. 5) that are long in the front-rear direction are provided on the inner peripheral surface of the rear shaft fitting portion 28.

As shown in fig. 2, 3 and 6, a bead holding portion 31 and a fitting portion 32 are provided at the front end portion of the rear shaft portion 30. The bead clamp 31 is formed to be fitted into the front end surface 30a of the rear shaft 30. The bead clamping portion 31 has 3 clamping fins 31a provided to stand forward in a radial manner, and has a pin 31b provided to stand forward in the center. A reinforcing protrusion plate 31a1 provided in a standing manner in a rib plate shape is formed on the outer peripheral surface of the sandwiching fin 31 a. The height of the protruding plate 31a1 increases from the front to the rear, and a protruding portion 31a11 is provided at the rearmost portion. When the rear shaft portion 30 is fitted to the rear shaft fitting portion 28, the projection 31a11 is detachably fitted to the annular groove 28b formed in the inner peripheral surface of the rear shaft fitting portion 28 (see P portion in fig. 3).

The fitting portion 32 is provided on the outer periphery of the bead holding portion 31. The fitting portion 32 is provided with 3 fitting fins 32a radially. The protruding plates 31a1 of the sandwiching fins 31a are arranged between the fitting fins 32a.

A water spraying portion 33 (spraying portion) is provided on the rear side of the bead holding portion 31 and the fitting portion 32. The water spraying unit 33 is a well-known water spraying (atomizing) system, and includes a water tank 33a, and when a cap 33c covering the nozzle unit 33b is pressed, water in the water tank 33a is discharged from an atomizing port 33b 1. The knurled portion 33d of the nozzle portion 33b is rotated to detach the nozzle portion 33b, whereby water can be supplied to the water tank 33 a. In addition, the internal structure of the nozzle portion 33b in fig. 3 is omitted. The water spraying portion 33 is provided with a clip 34. The clip 34 has a substantially annular attachment portion 34b at a base portion of a clip body portion 34a extending in the axial direction. The mounting portion 34b is fitted into the knurled portion 33d of the nozzle portion 33 b.

The rear shaft portion 30 is coupled to the front shaft portion 20 by inserting the fitting portion 32 into the rear shaft fitting portion 28. The fitting of the fitting portion 32 to the rear shaft fitting portion 28 is performed by bringing the outer surface of the fitting fin 32a of the fitting portion 32 into sliding contact with the rib 28 a. Since the fitting fins 32a are fin-shaped, they are easily formed to be flexible. Therefore, the rear shaft portion 30 and the front shaft portion 20 can be easily connected to each other even by a relatively small child.

The rear shaft portion 30 detached from the front shaft portion 20 can be detached by clamping the welding bead toy erroneously placed on the tray with the bead clamping portion 31. The bead holding portion 31 is formed in a fin shape by the holding fins 31a, and therefore, the welding bead toy can be held by flexing the inner peripheral surface of the tip end of the 3 holding fins 31 a. Further, the pin 31b restricts the penetration of the welding bead toy from the inner peripheral surface of the tip end of the holding fin 31 a.

The water spray unit 33 sprays the plurality of soluble beads placed on the tray, thereby supplying water. Thus, an assembly of the fusion beads toy can be produced.

The operation of the supply mechanism 60 will be described with reference to fig. 7 (a) to 7 (c). As shown in fig. 7 a, the soluble bead toy Y put in through the input hole 22c (see fig. 3 and the like) is stored in the storage unit 25 so as to be aligned in the axial direction. Among the plurality of the contact bead toys Y, the contact bead toy Y1 of the front head is abutted against the swing wall portion 23d, and movement is restricted. The welding bead toy Y is discharged by first making the tip portion 21 downward and making the discharge port 21c of the tip portion 21 face the hole of the tray on which the welding bead toy Y is to be placed.

When the pressing portion 23a is pressed against the elastic force of the plate spring portion 23b and pressed down, the swinging portion 23 is deflected and swings downward as shown in fig. 7 (b). When the top end of the swing wall 23d is substantially the same height as the upper surface of the guide plate 22f, the welding bead toy Y1 positioned at the front is disposed on the top end of the swing wall 23d and the top end of the guide wall 21f. In the state of fig. 7 (b), the space formed by the opening of the induction half tube portion 23c and the tip of the induction wall portion 21f is smaller than the soluble bead toy Y1, and therefore, the movement of the soluble bead toy Y1 is restricted. The next soluble bead toy Y2 of the soluble bead toy Y1 of the front head is abutted against the soluble bead toy Y1 of the front head. Therefore, the next and subsequent soluble bead toys Y2 are restricted from moving.

Then, when the pressing of the pressing portion 23a is released, as shown in fig. 7 (c), the swinging portion 23 returns to the stable position (the same position as in fig. 7 (a)) due to the elastic force of the plate spring portion 23 b. Then, the induction half tube portion 23c is separated from the induction wall portion 21f, and the space formed by the tips of the induction half tube portion 23c and the induction wall portion 21f becomes large, so that the welding bead toy Y1 can move. The swing wall 23d moves upward to push the front welding bead toy Y1 toward the guide path 27, and the next welding bead toy Y2 is pushed back rearward by the inclined surface of the rear side of the swing wall 23d to restrict movement.

Thus, the welding beads toy Y are discharged from the discharge port 21c one by one.

According to the embodiments of the present utility model described above, a bead supplier for a soluble bead toy according to the following embodiments can be provided.

The bead supplier for a soluble bead toy according to the first aspect includes: a front shaft portion and a rear shaft portion, the front shaft portion having: a supply mechanism having: a front axle main body; a discharge port of the soluble bead toy, the discharge port of the soluble bead toy being provided at a front end of the front shaft main body portion; a storage unit capable of storing a plurality of the soluble bead toys; and a pressing portion provided to the front shaft main body portion, the supply mechanism being configured to supply the welding bead toy from the storage portion to the discharge port by operation of the pressing portion; and a rear shaft fitting portion formed in a concave shape at a rear end portion of the front shaft main body portion, the rear shaft portion having: a bead holding portion formed so as to be capable of holding the soluble bead toy; and a spray portion provided on the rear side of the bead clamping portion and the fitting portion, the bead clamping portion and the fitting portion being accommodated in the rear shaft fitting portion when the rear shaft fitting portion is fitted with the fitting portion.

According to this configuration, the supplier of the soluble bead toy which stores and discharges the soluble bead toy one by one and the spray part which can spray water to the plurality of soluble bead toys placed on the tray can be integrated so as to be aligned on the axis, and thus, it is possible to provide a design which mimics the shape of a pen and the like. Therefore, it is possible to provide a bead feeder for a soluble bead toy which can be used as an integrated game tool using a soluble bead toy and has high design.

In the bead supplier for the soluble bead toy according to the second aspect, the supplying mechanism includes: a swinging part having: the present utility model provides a vehicle body including a front shaft main body portion, a plate spring portion, a pressing portion provided on a rear side of the plate spring portion, a half-tube-shaped guide portion provided on a rear side of the pressing portion and formed in a half-tube shape, and a swing wall portion provided on a rear side of the half-tube-shaped guide portion in correspondence with the storage portion and disposed inside the front shaft main body portion, the swing portion being coupled to the front shaft main body portion via the plate spring portion, and a guide path provided opposite to the half-tube-shaped guide portion, the guide path having a guide wall portion located between the half-tube-shaped guide portion and the swing wall portion at a rear end thereof, the guide path communicating with the discharge port.

According to this configuration, since the supply mechanism is constituted by the swing portion connected to the front shaft main body portion by the plate spring portion and the guide path provided at the front end portion, the supply mechanism can be reliably discharged one by one with a simple structure. Further, since the pressing portion for operating the supply mechanism can be provided at a position corresponding to the grip portion of the writing implement, the ball feeder can be used just like the feeling of using the writing implement, and a game can be played pleasurably for a child.

In the bead supplier for the soluble bead toy according to the third aspect, an insertion hole for inserting the soluble bead toy into the storage unit is provided in a side surface of the front shaft portion.

According to this configuration, since the insertion hole can be provided at an easily visible position such as the side surface of the bead supplier, the child can enjoy the game without pressure.

In the bead supplier for a soluble bead toy according to a fourth aspect, the pressing portion is provided on the same side as the insertion hole in the side surface of the front shaft portion.

According to this configuration, the bead supplier can be easily used by focusing the portion to be operated on one side.

In the bead supplier for a soluble bead toy according to a fifth aspect, the spray unit includes: a tank capable of containing a liquid; a nozzle unit detachably attached to a rear side of the tank; and a cover that covers a rear side of the nozzle portion, the nozzle portion having a spray opening formed in a side surface of the nozzle portion, the liquid being ejected from the tank through the spray opening by an operation of the cover.

According to this configuration, for example, the bead supplier can be provided with high convenience in producing the assembly of the bead toys because the bead supplier can be used to mount the soluble bead toys on the tray and the spray portion integrated with the bead supplier can be used to spray the soluble bead toys mounted on the tray.

In the bead supplier for a soluble bead toy according to a sixth aspect, the fitting portion has a flexible fitting fin, the rear shaft fitting portion has a rib, and the outer surface of the fitting fin is brought into sliding contact with the rib, so that the fitting portion is fitted to the rear shaft fitting portion.

With this structure, even a relatively small child can easily connect the rear shaft portion and the front shaft portion.

The embodiments of the present utility model have been described above, but the present utility model is not limited to the above embodiments, and various modifications can be made without departing from the spirit thereof.

Claims (6)

1. A bead feeder for a soluble bead toy, characterized in that,

the device is provided with: a front shaft portion and a rear shaft portion,

the front shaft portion has:

a supply mechanism having: a front axle main body; a discharge port of the soluble bead toy, the discharge port of the soluble bead toy being provided at a front end of the front shaft main body portion; a storage unit capable of storing a plurality of the soluble bead toys; and a pressing portion, wherein the supply mechanism is provided to the front shaft main body portion, and the welding bead toy is supplied from the storage portion to the discharge port by an operation of the pressing portion; and

a rear shaft fitting portion formed in a concave shape at a rear end portion of the front shaft main body portion,

the rear shaft portion has:

a bead holding portion formed so as to be capable of holding the soluble bead toy;

a fitting portion formed on an outer periphery of the bead holding portion and capable of fitting with the rear shaft fitting portion, and

a spraying part which is arranged at the rear side of the bead clamping part and the jogging part,

the bead holding portion and the fitting portion are accommodated in the rear shaft fitting portion when the rear shaft fitting portion is fitted with the fitting portion.

2. The bead supplier for a soluble bead toy according to claim 1, wherein,

the supply mechanism includes:

a swinging part having: a leaf spring portion, the pressing portion provided on a rear side of the leaf spring portion, a half-tube-shaped guide portion provided on a rear side of the pressing portion and formed in a half-tube shape, and a swing wall portion provided on a rear side of the half-tube-shaped guide portion in correspondence with the reservoir portion and disposed inside the front axle main body portion, and the swing portion is connected to the front axle main body portion via the leaf spring portion, and

and a guide path provided opposite to the guide half cylinder, the guide path having a guide wall portion at a rear end thereof and located between the guide half cylinder and the swing wall portion, the guide path communicating with the discharge port.

3. The bead supplier for a soluble bead toy according to claim 1 or 2, wherein,

an insertion hole for inserting the soluble bead toy into the storage unit is provided in a side surface of the front shaft unit.

4. The bead supplier for a soluble bead toy according to claim 3, wherein,

the pressing portion is provided on the same side as the insertion hole in the side surface of the front shaft portion.

5. The bead supplier for a soluble bead toy according to claim 1 or 2, wherein,

the spraying unit is provided with: a tank capable of containing a liquid; a nozzle unit detachably attached to a rear side of the tank; and a cover covering a rear side of the nozzle portion,

the nozzle part is provided with a spray opening which is formed on the side surface of the nozzle part,

liquid is ejected from the tank via the spray opening by operation of the cap.

6. The bead supplier for a soluble bead toy according to claim 1 or 2, wherein,

the fitting portion has a flexible fitting fin,

the rear axle fitting portion has a rib,

the outer surface of the fitting fin is brought into sliding contact with the rib, whereby the fitting portion is fitted with the rear shaft fitting portion.