JP3100539U - Accessories toys - Google Patents

Abstract

To provide an accessory toy that can enjoy the movement of the toy concrete and can enjoy not only the visual sense but also the auditory sense by canceling the unpleasant noise generated by the drive unit that moves the toy concrete with sound effects.
A toy body 1 is operably arranged with a toy body 2 therein, and a drive unit 10 for moving the toy body 2 therein, a memory 31 for storing sound effect data related to the toy body 2, A sound effect output unit 30 that outputs sound effect data stored in the memory 31 as a sound effect is arranged, and the upper surface or the front surface of the toy body 2 is covered with a cover 4 that can be opened and closed. Detecting means 36 for detecting the opening / closing of the lid 4 is provided. When the lid 4 is opened, the drive unit 10 operates to operate the toy 2 and the detecting means 4 detects the opening of the lid 4 Then, the sound effect output section 30 was operated to output a sound effect related to the toy concrete 2.
[Selection diagram] Fig. 1

Description

The present invention relates to an accessory toy, more specifically, to a key ring or the like, which relates to an accessory toy in which an interior toy is operated and a sound effect related to the toy is output.

Various accessory toys have been proposed as accessory toys applied to key chains and the like (for example, Patent Document 1). This accessory toy can be moved and played, not just carried around as a decoration.
JP-A-6-44424

However, since the accessory toy described above has a drive mechanism for operating the toy concrete, there is a problem that the noise generated by the drive unit becomes annoying during the operation of the toy concrete.

The present invention solves the above-described problems, outputs a sound effect related to the toy concrete while moving the toy concrete, and cancels out the unpleasant noise generated by the drive unit that moves the toy concrete with the sound effect, so that the pure toy concrete is eliminated. It is an object of the present invention to provide an accessory toy that can enjoy not only the movement of the user but also the auditory sense in addition to the visual sense.

In order to solve the above-mentioned problems, an accessory toy according to the present invention has the following requirements.
(A) A toy body is operably disposed in the toy body, a drive unit for moving the toy body, a memory storing sound effect data related to the toy body, and an effect stored in the memory. A sound effect output unit for outputting sound data as sound effects is provided. (B) The upper surface or the front surface of the toy is covered with an openable / closable lid, and the toy is visible when the lid is opened. (C) the toy body is provided with a detecting means for detecting opening and closing of the lid, and the detecting means detects the opening of the lid when the detecting means detects the opening of the lid. The sound effect output section operates

The driving unit may use the mainspring as a driving force, and the mainspring may be wound up when the lid is closed, and may be rewound when the lid is opened.

According to the invention of claim 1, the drive unit operates the toy concrete when the lid is opened, and when the detecting means detects the opening of the lid, the sound effect output unit outputs the sound effect related to the toy concrete. Since the output is performed, the noise generated by the drive unit can be canceled by the sound effect to eliminate the discomfort of the user, and can be differentiated from the accessory toy in which the toy concrete operates.

According to the invention of claim 2, since the driving unit is powered by the mainspring without using a motor or the like, a battery for operating the sound effect output unit may be prepared, and furthermore, the consumption of the battery can be suppressed, and Even when the battery is exhausted, only the toy concrete can be operated.

A toy body is operably arranged in the toy body, and a drive unit for moving the toy body, a memory storing sound effect data related to the toy body, and a sound effect data stored in the memory are stored in the toy body. A sound effect output unit for outputting as a sound effect is disposed, and the upper surface or the front surface of the toy is covered with an openable / closable lid, and the toy main body is provided with a detecting means for detecting opening / closing of the lid, At the time of opening the body, the toy concrete can be visually recognized and the drive unit operates to operate the toy concrete, and the detecting means detects the opening of the lid and activates the sound effect output unit to relate to the toy concrete. What is necessary is just to output a sound effect.

FIG. 1 shows an example of an accessory toy according to the present invention. This accessory toy is a group of musicians imitating the Beatles on a mounting plate 1a on the upper surface of a toy body 1 formed in a size that can be placed on the palm. A plurality of toy members 2 are arranged, and a dome-shaped transparent cover 3 is put on the toy members 2, and the outside of the cover 3 is a dome-shaped lid attached to the toy body 1 so as to be openable and closable. A key chain 5 is attached so as to be covered with the body 4 and carried around as a key ring.

Inside the toy main body 1, a driving unit 10 for moving the toy concrete 2, a memory storing sound effect data related to the toy concrete 2, and an effect of outputting the sound effect data stored in the memory as a sound effect. A sound output unit 30 is provided.

The driving unit 10 is linked to a mainspring unit 11, a winding mechanism 12 for winding the mainspring of the mainspring unit 11, and an output shaft 13 of the mainspring unit 11. And a moving mechanism 14 for moving the toy concrete 2.
The mainspring unit 11 includes a known drive mechanism that outputs a rewinding force of a mainspring wound by a mainspring hoist gear (not shown) to the output shaft 13 through a plurality of gears, and projects upward from the upper surface of the mainspring unit 11. An eccentric cam 15 is attached to the output shaft 13, and an oscillating plate 16 is linked to the eccentric cam 15, and a winding mechanism 12 of a mainspring is linked to a shaft 17 of a winding gear projecting downward from a lower surface. I have.

As shown in FIG. 3 (a), the winding mechanism 12 of the mainspring is attached to a lower end of a shaft 17 of a hoisting gear projecting from the lower surface of the mainspring unit 11 and rotates in a horizontal direction, It is composed of a string 22 wound around a car 21 and a cam plate 23 which is rotatably supported by the toy body 1 and has a substantially arc shape in a side view.

The tip of the string 22 wound around the string wheel 21 is attached to the attachment hole 23a formed at the tip of the cam plate 23 via two intermediate pulleys 24 and 25. The cam plate 23 is always urged by the spring 20 in a direction to open the lid 4, and when the lid 4 is closed against the spring 20, the cam plate 23 is supported as shown in FIG. The cord 22 rotates counterclockwise about the shaft 26, and its tip descends to pull down the tip of the cord 22, so that the cord 22 wound around the string wheel 21 is pulled out. At this time, since the string wheel 21 is rotated, the mainspring winding gear arranged in the mainspring unit 11 is also rotated to wind a mainspring (not shown).

As shown in the plan view of the toy main body 1 with the mounting plate 1a removed in FIG. 2A and the bottom view of the mounting plate 1a in FIG. An engaging hole 27 a is engaged with the cam 15, and a long hole 27 b is engaged with the shaft 17. The swing plate 16 swings about the shaft 17 in the horizontal direction by rotation of the eccentric cam 15. When the eccentric cam 15 rotates, the swing plate 16 swings in the horizontal direction about the shaft 17 and the four operating members 28a to 28d. Rocks. The operating member 28a rotates about a shaft portion 29a formed on the bottom surface of the toy 2a via a link 41, and the operating member 28b rotates about a support shaft 42 formed on the mounting plate 1a. The actuator 28d swings about a support shaft 43 formed on the mounting plate 1a, and the operating member 28d swings about a support shaft 44 formed on the mounting plate 1a. Shafts 29a to 29d formed on the bottom surfaces of the toys 2a to 2d are fixed to the operating members 28a to 28d, respectively, and the toys 2a are mounted on the mounting plate 1a in conjunction with the swing of the operating members 28a to 28d. , The toys 2b to 2d move along the openings 1b to 1d formed on the mounting plate 1a.

As shown in the block diagram of FIG. 4, the sound effect output unit 30 stores a memory 31 storing sound effect data related to the toy 2 and outputs the sound effect data stored in the memory 31 as an audio signal. The memory 31 and the control circuit 32 may be composed of a melody IC, and the melody IC 34 is mounted on a substrate 35. The control circuit 32 includes a speaker 33 that outputs the audio signal as a sound effect. . The melody IC 35 is supplied with a voltage when the leaf switch 36, which is a detecting means for detecting the opening and closing of the lid 4, is turned on, and reads out the sound effect data stored in the memory 31 and outputs it as an audio signal. .

In FIG. 2, reference numeral 36 denotes a leaf switch, 37 denotes a battery box that houses a button battery 38, and 39 denotes a holder that holds a speaker 33 that outputs a sound effect.

According to the accessory toy having the above configuration, the cover 4 is first closed. When the lid 4 is closed, the cam plate 23 rotates counterclockwise about the support shaft 26, and the tip of the cam plate 23 descends to pull down the tip of the string 22, so that the string 22 wound around the string wheel 21 Pulled out. At this time, the pulley 21 rotates and the mainspring of the mainspring unit 11 is wound up (see FIG. 3A).

Next, the lock of the lid 4 is released by pressing the release button 40. The lid 4 is urged by the spring 20 and pivots rearward to open the upper surface of the toy body 1. At this time, since the mainspring of the mainspring unit 11 rewinds, when the output shaft 13 is rotated by the unwinding force of the mainspring, the rocking plate 16 engaged with the eccentric cam 15 fixed to the output shaft 13 rotates around the shaft 17. Swing horizontally.

As shown in FIGS. 5A and 5B, operating members 28a to 28d are linked to the rocking plate 16, and the operating member 28a is formed on the bottom surface of the toy body 2a via a link 41. The operating member 28b is rotated about the shaft 29a, the operating member 28b is mounted on the support shaft 42 formed on the mounting plate 1a, the operating member 28c is mounted on the supporting shaft 43 formed on the mounting plate 1a, and the operating member 28d is mounted on the mounting plate 1a. It swings around the support shafts 44 formed on the placing plate 1a. Shafts 29a to 29d formed on the bottom surfaces of the toys 2a to 2d are fixed to the operating members 28a to 28d, respectively, and the toys 2a are mounted on the mounting plate 1a in conjunction with the swing of the operating members 28a to 28d. , The toys 2b to 2d move along the openings 1b to 1d formed on the mounting plate 1a. Since the eccentric cam 15 rotates until the mainspring rewinds, each of the operating members 28a to 28d also operates the toy 2 arranged on the mounting plate 1a until the mainspring rewinds.

On the other hand, when the cover 4 is closed, the leaf switch 36 serving as the detection means is in the OFF state. However, the pressing of the leaf switch 36 is released in conjunction with the opening of the cover 4, and the leaf switch 36 is turned on. The melody IC 34 reads out the sound effect data stored in the built-in memory 31, converts it into an audio signal, and outputs the audio signal. The audio signal is output from the speaker 33 as a sound effect relating to the toy 2.

When the mainspring rewinds, the movement of the toy concrete 2 stops, so when the lid 4 is closed again, the leaf switch 36 is turned off and the sound effect stops, but the mainspring of the mainspring unit 11 is wound up and the next lid 4 can be prepared.

As described above, the toy concrete 2 is operated by the mainspring unit 11 using the mainspring as a driving force, and the sound effect related to the toy concrete 2 is output from the melody IC 34 operating with the button battery 38 as a power source. The noise generated by the mainspring unit 11 for moving the toy is canceled by the sound effect output from the speaker 33, and the cute movement of the toy 2 is not disturbed by the mechanical noise, and a comfortable accessory toy can be realized.

Although the accessory toy described above does not give a special meaning to the shape of the toy body, as shown in FIG. 6A, the toy body is formed by imitating a retro television, When the lid formed to imitate the front is opened, as shown in FIG. 6B, the character toy concrete (toy concrete) appearing on the television operates, and the theme song and commercial of the program in which the character appears are displayed. May be output at the same time.

This will give empathy not only to young people but also to those who know the era when characters appear, and it will be possible to provide accessory toys that will be accepted by users of a wide range of ages.

A perspective view showing an example of an accessory toy according to the present invention. (A) (b) is a plan view of the toy main body with the mounting plate removed, and a bottom view of the mounting plate. (A) and (b) are longitudinal cross-sectional views of a main part, illustrating an operating state of the accessory toy. Block diagram of the above accessory toy (A), (b) is a bottom view of the mounting plate for explaining the operation of the moving mechanism. (A) and (b) are perspective views showing another example of an accessory toy.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 1 Toy main body 2 Toy specific 4 Lid 10 Drive part 14 Moving mechanism 30 Sound effect output part 36 Detecting means

Claims (2)

An accessory toy characterized by having the following requirements: (a) a toy body is operably arranged in the toy body, and a drive unit for moving the toy body and sound effect data related to the toy body are provided inside. The stored memory and a sound effect output unit for outputting the sound effect data stored in the memory as a sound effect are disposed. (B) The upper surface or the front surface of the toy is covered with a cover that can be opened and closed. When the lid is opened, the toy concrete can be visually recognized and the drive unit operates to operate the toy concrete. (C) The toy body is provided with a detecting means for detecting opening and closing of the lid, The sound effect output section operates when the detecting means detects that the lid is opened. The accessory toy according to claim 1, wherein the drive unit uses the mainspring as a driving force, and the mainspring is wound up when the lid is closed, and rewinds when the lid is opened.

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