JP3076705U - Capsule housing assembly type fan toy - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide an assembled capsule-containing electric fan toy which is sold in a capsule. SOLUTION: An air fan of a thin blade made of a flexible and bendable synthetic resin sheet or the like is provided, a head body in which an electric motor is provided, and a base in which a battery is provided.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 This invention relates to an assembled capsule-containing electric fan toy that is sold in a capsule.

[0002]

[Prior art]

 Conventionally, electric fan toys have generally been miniature types of household appliances and sold as complete products.

[0003]

[Problems to be solved by the invention]

 As described in the section of the related art, a miniature electric fan as a household appliance has a size that cannot be accommodated in a capsule.

[0004] The present invention aims to provide a miniature electric fan toy that is small enough to be accommodated in a capsule.

[0005]

[Means for Solving the Problems]

 This invention was made for this purpose.The components were divided into several parts, the capsules were housed in capsules by utilizing the capacity of the capsules at high density, and the capsules were sold by vending machines. After being taken out, it is assembled and completed to a large degree.It is a flexible and bendable air fan with thin blades made of synthetic resin sheet and the like, a head body with an electric motor inside, and a base with a battery inside. It is in the capsule-type assembled fan toy consisting of a table.

The air fan is provided with a blade portion formed by cutting a thin sheet such as a flexible and bendable synthetic resin sheet into a required shape, and a boss portion for fixing a base portion of the blade portion. A mounting hole for fitting and fixing the rotating shaft of the electric motor may be provided on the base end face.

[0007] The head body has an outer shape composed of a semi-outer shell opening an opening edge serving as a housing opening to a connecting surface, accommodating an electric motor in an inner cavity, and a front end surface of the semi-outer shell. The rotating shaft of the motor may protrude from the through hole, and a power receiving contact plate and a base engaging connection may be provided on the outer bottom surface of the lower part of the head.

[0008] The head body has an outer shape composed of a first half outer shell portion and a second half outer shell portion each having an opening edge serving as an accommodating opening on a connecting surface, and accommodates the electric motor in an inner hollow portion. The rotating shaft of the electric motor protrudes from a through hole provided in the front end surface of the shell, and a power receiving contact plate and a base engaging connection portion are provided on a lower outer bottom surface of the head body. The lower surface of the lower surface of the lower surface has a planar shape protruding as required, the inner wall surface forms an engagement protruding wall formed on the inner wall engaging surface, and the inner wall engaging surface has an upper surface abutting edge opposed to the lower outer surface. The outer stop groove may be formed by recessing the outer groove near the rear edge of the bottom surface.

The base is formed of a semi-outer shell and a semi-outer shell, accommodates a battery in a cavity formed therein, has a power supply plate in an upper end opening, and has an outer surface of the power supply plate. The power supply contact plate corresponding to the power receiving contact plate of the head is provided, and an engagement connection is provided to engage with the base engagement connection of the head. May be connected.

[0010] The base is formed of a left half shell and a right half shell, and accommodates a battery in a cavity formed therein, and a power supply plate is removably fitted to an upper end opening. A power supply contact plate is provided on an outer surface of the power supply plate so as to correspond to the power receiving contact plate of the head, and an upper outer peripheral surface of the base is fixed to a corresponding inner wall of the engagement protrusion wall of the base engagement connection portion. An outer stop which is formed in a shape to be fitted between the stop surfaces, and which is formed on the outer periphery with a corresponding locking flange portion which engages with the engaging projection wall, and which engages with an outer stop groove at the rear edge of the lower outer bottom surface of the head. May be protruded upward from the rear edge of the upper end of the base, and an electric circuit may be connected to the base engaging connection portion of the head when engaging.

[0011] The power supply plate is formed with a spring portion engaging portion bent near the front end in a U-shape, and has an engaging concave portion engaging with an engaging protruding edge formed at the rear end of the upper end rear inner wall of the base. It may be provided on the locking surface.

[0012]

[Embodiment of the invention]

 A blade is formed by cutting a thin sheet of a flexible and bendable synthetic resin sheet into a required shape, and a boss for fixing the base of the blade is provided. The rotating shaft of the motor is mounted on the base end face of the boss. An air fan having a mounting hole for fitting and fixing the outer shell, a first half outer shell part and a second half outer shell part whose opening edges serving as accommodating openings are open to the connecting surface, and the outer cavity is formed in the inner cavity part. A housing for accommodating the motor, protruding a rotation shaft of the motor from a through hole provided in a front end surface of the first half outer shell, comprising a power receiving contact plate and a base engaging connection on a lower outer bottom surface of the head body; The engagement connecting portion is a flat wedge-shaped lower portion than the lower outer bottom surface of the head body, has an opening at a rear portion, forms an engagement projection wall having an inner wall surface formed on the inner wall engagement surface, and has an inner wall engagement surface thereof. A motor with an upper butting edge opposite to the upper surface and a recess groove formed below the rear edge of the lower outer bottom surface is installed inside. Formed from a skull, a left half shell and a right half shell, containing a battery in a cavity formed inside, and a detachably fitted power supply plate in the upper end opening. A power supply contact plate is provided on an outer surface of the power supply plate in correspondence with the power receiving contact plate of the head body, and an upper outer peripheral surface of the base is locked to a corresponding inner wall of an engagement protruding wall of the base engagement connection portion. It is formed into a shape that fits between the surfaces, and a locking flange portion is formed on the outer periphery corresponding to the abutting edge of the upper surface. A stop is projected upward from the upper end rear edge of the base, and the power supply plate is formed as a U-shaped spring portion engaging portion near the front end, and is engaged with the engaging protrusion formed at the rear end. A mating engagement recess is provided on the inner wall surface at the rear end of the upper end of the base, and the capsule housing assembly type fan and the base consist of a base engagement connection portion of the head and a base for connecting an electric circuit at the time of engagement connection. Tea.

[0013]

【Example】

 Hereinafter, the capsule-housing and assembled electric fan toy 1 of the present invention will be described with reference to the drawings showing an example of its implementation. The components are arranged in the air fan 2, the head 4 in which the electric motor 3 is provided, and the battery 5. And a base 6.

The air fan 2 is provided with a blade 2a formed by cutting a thin sheet such as a flexible and bendable synthetic resin sheet into a required shape, and a boss 2b for fixing a base of the blade 2a. A mounting hole 2b1 is provided at the base end surface of the boss 2b, and the rotating shaft 3a of the electric motor 3 can be fitted and fixed in the mounting hole 2b1.

The head 4 has an outer shape formed of a first half outer shell 7a and a second half outer shell 7b having opening edges serving as accommodating openings in a connecting surface, and the electric motor is inserted into an inner cavity 4a. The rotating shaft 3a of the electric motor 3 protrudes from a through hole 7a1 provided in the front end surface of the first half outer shell 7a. Power receiving contact plates 8a and 8b and a base engaging connection portion 9 are provided on a lower outer bottom surface 4b of the head body 4. The base engaging connecting portion 9 has a flat wedge shape below a lower outer bottom surface 4b of the head 4 and has a rear opening and protrudes, and inner wall surfaces are formed on inner wall engaging surfaces 10a1 and 10a1. An engaging protruding wall 10a is formed, upper surface abutting edges 10b, 10b are opposed to corresponding inner wall locking surfaces 10a1, 10a1, and an outer retaining groove 11 is recessed near the rear edge.

The base 6 is formed of a left half outer shell 12a and a right half outer shell 12b, and accommodates the battery 5 in a cavity 6a formed inside thereof, and a power supply plate in an upper end opening 6b. A power supply contact plate 14a, 14b corresponding to the power receiving contact plate 8a, 8b of the head 4 is provided on the outer surface of the power supply plate 13, and an upper outer periphery of the base 6. The surface is formed so as to fit between the corresponding inner wall locking surfaces 10a1 and 10a1 of the engagement protruding wall 10a of the base engaging connection portion 9, and is formed on the outer periphery at the upper butting edges 10b and 10b of the head body 4. Locking flanges 15, 15 are formed corresponding to each other, and a stop 16 that engages with a stop groove 11 at the rear edge of the lower outer bottom surface 4 b of the head 4 is provided at the upper end of the base 6. It protrudes upward from the edge. The power supply plate 13 is formed with a spring portion engaging portion 13a bent toward a U-shape near the front end, and an engaging concave portion 6c which engages with an engaging protruding edge 13b formed on the rear end. It is provided on the inner wall surface at the rear end.

The head 4 is provided with a switch 17. When the switch 17 is turned on, the electric circuit of the electric motor 3 is closed, and electricity of the battery 5 is conducted. The power supply contact plate 14a of the base 6 is connected to the positive electrode of the battery 5 by a power supply line 18, and the power supply contact plate 14b is directly connected to the negative electrode of the battery 5. The replacement of the battery 5 is performed by removing the power supply plate 13.

Reference numeral 19 denotes a capsule for accommodating and selling the above-mentioned capsule-accommodating electric fan toy 1, which is formed by injection-molding a synthetic resin material and provided with a hemispherical main body 19 a and a hemispherical lid 19 b. The main body 19a and the lid 19b are fitted with the opening edges 19a1 and 19b1 inside and outside of each other, and on the corresponding surfaces, an engaging annular protruding edge 19a2 and an engaging groove edge (not shown) are formed. Is provided.

Since the capsule-housing-assembled electric fan toy 1 of the present invention is configured as described above, the air fan 2, the head 4, and the base 6 can be accommodated in the capsule 19. It can be sold in a stored state by a vending machine.

Next, the purchaser from the vending machine opens the capsule 19 and moves the upper end of the base 6 and the base engaging connecting portion 9 formed on the outer bottom surface 4b of the lower part of the head 4 sideways. Then, the air fan 2 can be integrated only by fitting the air fan 2 to the rotating shaft 3a of the electric motor 3 at last.

When the switch 17 of the head 4 is turned on, the electric motor 3 rotates, and the air fan 2 integrated with the rotating shaft 3a rotates. The flexible blade portion 2a expands to a required angle by centrifugal force and blows air forward of the shaft. Therefore, if the base 6 is held in a desired direction by holding it by hand, for example, air can be blown in that direction to obtain a cool feeling, and at the same time, a change of mind can be achieved.

[0022]

[Effect of the invention]

 In the capsule toy fan of this invention, the blades of the air fan are made of a thin sheet such as a flexible synthetic resin sheet on the blades of the air fan. It can be accommodated.

In addition, since the head and the base are combined with each other, it can be housed in a small capsule, and can be sold by a vending machine in this housed state, as a set toy suitable for a purchaser. Can be provided.

Therefore, the capsule-containing assembling type fan toy of the present invention can be assembled very easily after being taken out of the capsule, and is rich in the taste as a toy, and greatly contributes from the viewpoint of physics and chemistry education. Capsule toys can be provided.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a disassembled state of a capsule housing assembled fan toy of the present invention into constituent parts.

FIG. 2 is a perspective view showing a state in which one body of the capsule has been removed and components have been housed in the capsule.

FIG. 3 is a bottom view of a head body on which the electric motor and the power receiving contact plate of the component are arranged.

FIG. 4 is a plan view of a base on which a battery and a power supply contact plate of a component are arranged.

FIG. 5 is a vertical sectional side view of a base of the component.

FIG. 6 is a plan view of a single power supply contact plate provided on the upper end surface of the base of the component.

FIG. 7 is a side view of a state in which the head of the component and the base are joined together.

FIG. 8 is a perspective view showing a state in which an air fan is connected to the head of the component to complete a capsule-housing-assembled electric fan toy.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Capsule accommodation assembly fan toy 2 Air fan 2a Blade 2b Boss 2b1 Mounting hole 3 Electric motor 3a Rotating shaft 4 Head 4a Cavity 4b Lower outer bottom surface 5 Battery 6 Base 6a Cavity 6b Upper opening 6c Engaging recess Reference Signs List 7a First half outer shell part 7b Second half outer shell part 7a1 Through hole 8a Power receiving contact plate 8b Power receiving contact plate 9 Base engaging connecting part 10a Engaging projecting wall 10a1 Inner wall engaging surface 10b Upper surface butting edge 11 Outer groove 12a Left half outer Shell portion 12b Right half outer shell portion 13 Power supply plate 13a Spring portion engagement portion 13b Engagement ridge 14a Power supply contact plate 14b Power supply contact plate 15 Locking flange 16 Outer stop 17 Switch 18 Power supply line 19 Capsule 19a Main body 19b Lid 19a1 Opening edge 19b1 Opening edge 19a2 Engagement annular protruding edge

Claims (7)

[Utility model registration claims] 1. A capsule housing assembly type comprising: an air fan of a thin plate made of a flexible and bendable synthetic resin sheet or the like; a head body having a motor disposed therein; and a base having a battery disposed therein. Electric fan toy. 2. An air fan cuts a thin sheet of a flexible and bendable synthetic resin sheet or the like to form a blade having a required shape,
2. A capsule-housing type electric fan toy according to claim 1, further comprising: a boss for fixing a base of the blade portion; 3. The outer shape of the head body is constituted by a semi-outer shell part which opens an opening edge serving as a housing opening to a connecting surface, a motor is accommodated in an inner cavity part, and a front end face of the semi-outer shell part is provided. 3. The capsule toy assembly fan as claimed in claim 1 or 2, wherein the rotating shaft of the electric motor protrudes from the through-hole formed in the housing, and the power receiving contact plate and the base engaging connecting portion are provided on the lower outer bottom surface of the head. . 4. The head body has an outer shape composed of a first half outer shell portion and a second half outer shell portion having opening edges serving as accommodating ports opened to a connecting surface, and accommodates the electric motor in an inner cavity portion, The rotating shaft of the electric motor protrudes from a through hole provided in the front end surface of the first half outer shell portion, and a power receiving contact plate and a base engaging connection portion are provided on a lower outer bottom surface of the head body. Below the lower outer bottom surface of the head body, the planar shape protrudes as required, the inner wall surface forms an engagement protruding wall formed on the inner wall locking surface, and the upper wall abutting edge is opposed to the inner wall locking surface, 3. The capsule-tolerant electric fan toy according to claim 1 or 2, wherein the outer retaining groove is formed by recessing the outer retaining groove near the rear edge of the lower outer bottom surface. 5. The base is formed of a semi-outer shell and a semi-outer shell, the battery is accommodated in a cavity formed in the base, and a power supply plate is provided in an upper end opening. A power supply contact plate corresponding to the power receiving contact plate of the head body is provided on the outer surface of the head body, and an engagement connection portion that engages with the base engagement connection portion of the head body is provided. 4. The assembled capsule-type electric fan toy according to claim 1, wherein the electric circuit is connected. 6. The base is formed of a left half shell and a right half shell, and accommodates a battery in a cavity formed therein, and a power supply plate is removably fitted to an upper end opening. On the outer surface of the power supply plate, a power supply contact plate is provided corresponding to the power receiving contact plate of the head body, and the upper outer peripheral surface of the base corresponds to the engaging protruding wall of the base engaging connection portion. It is formed into a shape that fits between the inner wall locking surfaces, and a locking flange that engages with the engaging projection wall is formed on the outer periphery correspondingly, and engages with the locking groove at the rear edge of the lower outer bottom surface of the head. An outer circuit is provided on the rear edge of the upper end of the base so as to protrude upward, and an electric circuit is connected to the base engaging connection portion of the head body at the time of engaging connection.
The capsule-containing assembled fan electric toy according to claim 2, 3, or 4. 7. A power supply plate, wherein a front end portion is formed in a spring portion engaging portion bent in a U-shape, and an engaging concave portion engaging with an engaging protruding edge formed at a rear end is provided at an upper end rear portion of the base. 7. The assembled capsule-type electric fan toy according to claim 5, which is provided on an inner wall locking surface.