KR20070061494A - A toy for play - Google Patents

Abstract

A toy for play is provided to enable a user to experience an optical illusion by mutual reflection of reflecting mirrors by installing the reflecting mirrors on front and rear and the plural LED lamps between the mirrors, and to enjoy visual pleasure and a scientific play by the reflection of the mirror. The toy for play includes: a cover housing(110) having a see-through window(112) and a flange(114) formed on the inner periphery of the see-through window; a rear housing(120) having a battery mounting part(122); a see-through reflecting mirror(130) installed on the front of the see-through window; a see-through reflecting mirror installing unit; an LED substrate(140) fastened to the outer periphery of the flange and having plural electric connectors(142); LED lamps(150) connected to the respective electric connectors; a substrate position fixing unit; a reflecting mirror(160) fixed to the rear of the flange; a reflecting mirror position fixing unit; and an on/off switch.

Description

Toy for play {A toy for play}

1 is a perspective view showing the separation of the play toy according to the invention.

Figure 2 is a perspective configuration showing the combined toys for play according to the present invention.

Figure 3 is a front configuration view showing a play toy according to the present invention.

Figure 4 is a cross-sectional view showing a play toy according to the present invention.

5 is a front view showing a perspective optical illusion by a mirror surface installed before and after the inside of the play toy according to the present invention.

6 is a side view showing the optical illusion of FIG.

[Description of Symbols for Main Parts of Drawing]

100. Play toys 110. Cover housing

120. Rear housing 130. Perspective reflector

140.LED Board 150.LED Lamp

160. Reflector 170. On / off switch

180. Control circuit 190. Hook

200. Battery

The present invention relates to a play toy, and more specifically, a reflection mirror spaced a predetermined distance from the front and rear inside the front and rear housings, but a plurality of LED lamps are installed at regular intervals at the edge between the front and rear reflection mirrors. Therefore, the present invention relates to a play toy that enables a user to experience a perspective optical illusion that results in a center vertex on the rear reflector by reflecting each other before and after reflecting the LED lamps.

In general, toys are a sense of play for infants and children, mainly used as a tool of play. This history of toys and play dates back to the old days, and is based on a very broad and diverse culture. The types of toys vary from the simplest to the most complex.

On the other hand, toy play has two main trends: imitation and education. The first play seems to have evolved from a self-protection instinct. One of the first teaching young children in various human cultures was the use of weapons. The clubs and sticks made of broken branches were the prototypes of toy swords, guns, tanks, airplanes, boats, and all other toy weapons. Games and sports that require physical activity were largely derived from war skill training, and the tools used in the games and sports were considered weapons.

The most basic toy among the toys is a doll. These toys have been given to children, animals, or miniatures of everyday life in all ages and cultures. Many static toys belong to this type and are miniatures of real creatures and objects, intended for imaginative and mimic purposes. Dynamic toys have a wider range. The early dynamic toys are presumed to have been realized through several experiments using basic physical principles based on the form of the toys introduced through literary description.

Today, advances in technology have resulted in miniature trains, race tracks, cars, radio-controlled planes, and other elaborate toys that walk and talk like a doll. The childhood experiences gained from manipulating marbles, balls, and other toys that require hand gestures and body movements develop muscle coordination and other hand skills, and the mental agility of children can be trained in quizzes asking about spatial relationships. It is known that it can.

Many of the above-mentioned play toys, toys, and dolls are one of the necessities for children, infants, and children. It will be natural to continue to develop with new technologies, along with needs. Toys according to the present invention are also developed by the new needs of consumers.

The present invention has been proposed to meet the consumer's desire for a new toy as described above, install a reflector spaced a certain distance before and after the installation of a plurality of LED lamps at regular intervals at the edge between the reflector before and after Therefore, the object of the present invention is to provide a play toy that enables the user to experience a perspective optical illusion that results in the center apex of the rear reflector by reflecting each other before and after reflecting the LED lamps.

In addition, another object of the technology according to the present invention is to install a reflector spaced apart a certain distance before and after, while installing a plurality of LED lamps at regular intervals at the edge between the reflector before and after the light reflecting the front and rear mirrors This is to allow you to experience the perspective optical illusion that results in the center of the mirror on the rear reflector by the reflection of the visual pleasure and scientific play by the reflection of the mirror.

The present invention configured to achieve the above object is as follows. That is, the play toy according to the present invention is a cover housing which is formed through the front and rear through the see-through window formed with a flange at a predetermined length on the inner circumference of the see-through window; A rear housing which is fixedly coupled to the rear side of the cover housing and has a battery mounting portion at which the battery is mounted; A see-through reflector installed at a front side of the see-through window of the cover housing to enable a perspective view inside the cover housing and the rear housing; See-through reflector means for installing a see-through reflector provided on the front view window of the cover housing; An LED substrate fastened on the flange outer circumferential surface of the cover housing, and having one surface configured with a plurality of electrical connection terminals at equal intervals; An LED lamp electrically connected to each of the electrical connection terminals of the LED substrate and flashing by the control circuit when the power is applied; Substrate position fixing means for positioning the LED substrate on the outer circumferential surface of the flange; A reflector which is fixed at a rear end of the flange, which is a rear side of the LED substrate, so that a perspective optical illusion occurs that an image of an LED lamp flickered by mutual reflection with an opposing perspective reflector results in a center vertex; Reflector position fixing means for fixing the reflector to the rear end of the flange which is the rear side of the LED substrate; And an on / off switch installed on one rear side of the rear housing to turn on / off the power.

Reflector mounting means in the configuration as described above is a perspective reflector seating portion formed on the front of the viewing window of the cover housing; And a perspective reflector support piece that is spaced apart from the inner bottom surface of the perspective reflector seating portion and protrudes toward the center from the outer circumference, and supports the front edge of the perspective reflector.

The substrate position fixing means includes a plurality of substrate position fixing grooves formed at regular intervals on the rear end circumferential surface of the flange; And a substrate position fixing piece which is formed on the inner circumferential surface of the LED substrate at equal intervals but is formed at a position corresponding to the substrate position fixing groove at the rear end of the flange and is inserted and fixed on the substrate position fixing groove at the rear end of the flange.

In addition, the reflector position fixing means of the configuration as described above is a reflector position fixing piece which is formed to project a plurality of at regular intervals on the rear end surface of the flange; And a reflector position fixing groove which is formed at an equal interval on the outer circumference of the reflector and formed at a position corresponding to the reflector position fixing piece so that the position of the reflector can be fixed by coupling with the reflector position fixing piece. .

On the other hand, in addition to the above-described configuration, a hook is formed on one side of the outer circumferential surface of the cover housing, the hook may be further provided on the hook.

In addition, the see-through reflector in the configuration according to the present invention may be made of a flexible (flexible) synthetic resin material.

Hereinafter, a play toy according to a preferred embodiment of the present invention will be described in detail.

1 is a perspective view showing a separated play toy according to the present invention, Figure 2 is a perspective view showing a combined play toy according to the present invention, Figure 3 is a front configuration showing a play toy according to the present invention Figure 4 is a cross-sectional view showing a play toy according to the present invention, Figure 5 is a front view showing a perspective optical illusion by a mirror surface installed before and after the inside of the play toy according to the present invention, Figure 6 5 is a side view showing the optical illusion of FIG.

As shown in FIGS. 1 to 6, the play toy 100 according to the present invention is provided with a see-through window 112 formed therethrough, but the flange 114 is formed at a predetermined length on the inner circumference of the see-through window. The cover housing 110 and the rear side of the cover housing 110, the rear mounting housing 120 is coupled to the back of the cover housing 110 is formed with a battery mounting portion 122 is mounted to the battery (...) ( 112 is installed on the front of the perspective reflector 130, the perspective reflector 130, the perspective reflector installation means for installing the perspective reflector 130 to the front of the viewing window 112, the flange 114 is fastened on the outer peripheral surface The LED substrate 140, which is configured with a plurality of electrical connection terminals 142 at equal intervals, is electrically connected and fixed to each of the electrical connection terminals 142, the LED lamp 150, which is flashed by the control circuit when the power is applied, LED The substrate 140 on the outer circumferential surface of the flange 114. Perspective optical illusion where the image of the LED lamp 150, which is fixed by the position of the substrate position fixing means and the rear end of the flange 114 and flashes by mutual reflection with the opposite perspective reflector 130, is fixed to the center vertex. Reflector 160, the reflector 160 to cause the phenomenon is positioned on the rear end of the flange 114, which is the rear side of the LED substrate 140, the reflector position fixing means and is installed on one side of the rear housing 120 And an on / off switch 170 for turning on / off the power.

The play toy 100 according to the present invention configured as described above emits the LED lamp 150 installed between the see-through reflector 130 and the reflector 160, and before and after the see-through reflector 130 and the reflector 160. Perspective optical illusion occurs that the image of the LED lamp 150 leads to the apex of the center of the reflector 160 installed on the rear side by mutual reflection, so that you can enjoy visual enjoyment and scientific play by reflection of the mirror. will be.

On the other hand, in the configuration according to the present invention as described above, the see-through reflector installation means for installing the see-through reflector 130 on the front of the see-through window 112 is a see-through reflector seating is formed on the front view of the see-through window 112 of the cover housing 110 A portion 116 and a perspective reflector support 118 spaced apart from the inner bottom surface of the perspective reflector seating portion 116 protrude toward the center from the outer circumference and support the front edge of the perspective reflector 130. Lose.

As described above, the see-through reflector installation means composed of the see-through reflector seating portion 116 and the see-through reflector support piece 118 has the reflector seating portion 116 in a state in which the see-through reflector 130 made of a flexible (flexible) material is bent. When forcibly inserted between the perspective reflector support pieces 118, the restoring force is restored between the reflector seating portion 116 and the perspective reflector support piece 118 by a restoring force, thereby making the coupling. Of course, even when the perspective reflector 130 is separated from the reflector seating portion 116 and the perspective reflector support piece 118, the perspective reflector 130 is forcibly separated from the bent state.

In addition, the substrate position fixing means for fixing the LED substrate 140 on the outer circumferential surface of the flange 114 in the configuration according to the present invention is formed at regular intervals on the rear end circumferential surface of the flange 114 of the cover housing 110. The plurality of substrate position fixing grooves 114-1 and the plurality of protrusions formed at equal intervals on the inner circumferential surface of the LED substrate 140 may be formed at positions corresponding to the substrate position fixing grooves 114-1 at the rear end of the flange 114. It is formed of a substrate position fixing piece 144 that is formed and inserted into the substrate position fixing groove 114-1 at the rear end of the flange 114.

The substrate position fixing means configured as described above is configured to fix the LED substrate 140 on the outer circumferential surface of the flange 114 of the LED lamp 150 to be electrically connected and fixed to the electrical connection terminal 142 of the LED substrate 140. In order to fix the position, the substrate position fixing means is a substrate position fixing piece 144 protruded at regular intervals on the inner circumferential surface of the LED substrate 140 in the process of fastening the LED substrate 140 to the outer circumferential surface of the flange 114. ) Is coupled to the substrate position fixing groove 114-1 at the rear end of the flange 114 to fix the LED substrate 140 on the outer circumferential surface of the flange 114.

In addition, the reflector position fixing means for fixing the rear reflector 160 of the rear side of the LED substrate 140 at the rear end of the flange 114 is a plurality of equal intervals on the rear end surface of the flange 114. The reflector position fixing piece 114-2 and the reflecting mirror position fixing piece 114-2 are formed at equal intervals on the outer periphery of the reflecting mirror 160, but are formed at a position corresponding to the reflector position fixing piece 114-2. It is made of a reflector position fixing groove 162 to be fixed to the position of the reflector 160 by combining with -2).

The reflector position fixing means of the present invention configured as described above is for fixing the reflector 160 on a position corresponding to the perspective reflecting mirror 130 on the front surface, and the reflector position fixing means is a reflector at the rear end of the flange 114. In the case of fixing and fixing the 160, a plurality of reflector position fixing grooves 162 formed at equal intervals on the outer circumference of the reflector 160 are formed at equal intervals on the rear end of the flange 114. When fastened in accordance with the fastening the reflector 160 to the rear end of the flange 114 is fixed.

Therefore, through the above-described configuration, the see-through reflector 130, the see-through window 112, and the reflecting mirror 160 are arranged in a line before and after. When the play toy 100 configured as described above is not visible because the inside of the play toy 100 is dark, the inside of the play toy 100 is not easily seen, but when the power is turned on through the on / off switch 170, the LED is turned on. Perspective optical illusion that the light of the lamp 150 causes the image of the LED lamp 150 to return to the apex of the center of the reflector 160 installed at the rear side by the reflection between the front and rear perspective reflector 130 and the reflector 160. Is generated.

On the other hand, the configuration according to the present invention, in addition to the configuration described above, the hook ring 190 is further formed on one side of the outer circumferential surface of the cover housing 110, while the hook ring 192 is further provided on the hook ring 190. The hook ring 190 and the hook 192 has a function of preventing the loss by allowing the children to walk around the play toy 100 according to the present invention around the neck.

In addition, the coupling of the cover housing 110 and the rear housing 120 of the configuration according to the present invention as shown in Figs. 1 and 2 is a locking projection 210 protruding on the inner side of the rear end of the cover housing 110 ), The locking groove 212 formed on the rear side of the rear housing 120 in response to the locking protrusion 210, the cover housing 110 and the rear housing 120 in which the locking protrusion 210 and the locking groove 212 are formed. It is composed of a fastening screw 216 is fastened to the matching screw groove 214 and the screw groove 214 formed on the other side to couple the two cover housing 110 and the rear housing 120.

Another play toy 100 according to the present invention will be described in detail as follows. First, the cover housing 110 forms an outer shape, and the cover housing 110 is formed with a see-through window 112 which is formed to penetrate back and forth, but has a flange at a predetermined length on the inner circumference of the see-through window 112. 114 is formed.

The see-through window 112 of the cover housing 110 configured as described above refers to a penetrated center of the flange 114 formed in a predetermined length before and after. 1 and 2, the inner circumferential surface of the cover housing 110 and the outer circumferential surface of the flange 114 are spaced apart from each other.

On the other hand, in the front of the see-through window 112 of the cover housing 110 configured as described above is a perspective reflector installation means for installing a see-through reflector 130 to be described later. Since the configuration of the see-through reflector means has been described above, no further description will be given.

The rear housing 120 forms a rear shape of the play toy 100 according to the present invention, and the rear housing 120 is coupled to the rear side of the cover housing 110 as shown in FIGS. 1 and 2. It is fixed, but the rear side is made of a configuration in which the battery mounting portion 122 is formed that the mounting of the battery 200 is formed.

In addition, a control circuit 180 for controlling the blinking of the LED lamp 150 and a power source of the LED lamp 150 are turned on / off on the inner surface of the rear housing 120 as described above. On / off switch 170 is configured. As such, the control circuit 180 configured on the inner surface of the rear housing 120 is electrically connected to the electrical connection terminal 142 of the LED substrate 140 to be described later through electric wires.

The see-through reflector 130 allows the user to see the internal space formed by the combination of the cover housing 110 and the rear housing 120 while reflecting the image of the LED lamp 150 installed on the internal space. 160, the perspective reflector 130 is installed on the front surface of the see-through window 112 of the cover housing 110, as shown in Figs. 1 and 2, the cover housing 110 and the rear housing 120 allows for internal viewing while its inner surface is configured to reflect an image.

On the other hand, the see-through reflector 130 configured as described above is made of a flexible (flexible) synthetic resin material, it is possible to bend by an external force. As described above, the see-through reflector 130 is installed at the front of the see-through window 112 of the cover housing 110 through a see-through reflector installation means composed of a see-through reflector seating portion 116 and a see-through reflector support piece 118 as described above. .

The LED substrate 140 is for installing on the flange 114 of the cover housing 110 by electrically connecting the LED lamp 150 to be described later, the LED substrate 140 is a flange ( 114) It is fastened on the outer circumferential surface, but one surface is composed of a plurality of electrical connection terminals 142 are formed at equal intervals. At this time, the electrical connection terminal 142 is electrically connected to the control circuit 180 inside the rear housing 120 through the wire as described above.

The LED substrate 140 as described above is fixed on the outer circumferential surface of the flange 114 of the cover housing 110 through a substrate position fixing means consisting of a substrate position fixing groove 114-1 and a substrate position fixing piece 144. do.

The LED lamp 150 is blinked by the application of power to illuminate the inner space of the cover housing 110 and the rear housing 120 to enable the perspective of the internal space through the see-through reflector 130, 150 is electrically connected and fixed to each of the electrical connection terminals 142 of the LED substrate 140 and flashes by the control circuit 180 when the power is applied.

Meanwhile, as described above, the image of the LED lamp 150 which is flickered by the application of the power and flashes by illuminating in the inner space of the cover housing 110 and the rear housing 120 is as shown in FIGS. 5 and 6. Perspective optical illusion that results in the apex of the center of the reflector 160 installed on the rear side by the mutual reflection of the two perspective reflector 130 and the reflector 160 is generated.

The reflector 160 is for reflecting the image of the LED lamp 150 installed in the cover housing 110 and the rear housing 120 to the rear surface of the see-through reflector 130. The reflector 160 is shown in FIGS. As shown in FIG. 2, the center of the image of the LED lamp 150 which is fixed at the rear end of the flange 114, which is the rear side of the LED substrate 140, and flashes by mutual reflection with the opposing perspective reflector 130 is centered. Perspective optical illusion occurs that results in the peak of.

On the other hand, the reflector 160 configured as described above is the rear end of the flange 114 of the cover housing 110 through the reflector position fixing means consisting of the reflector position fixing piece 114-2 and the reflector position fixing groove 162 described above. Position is fixed.

As described above, the play toy 100 according to the present invention has a rear reflector 160 different from the LED lamp 150 due to mutual reflection between the front and rear reflectors 130 and 160 while the LED lamp 150 emits light. This allows students to experience perspective optical illusions that result in a central peak.

The present invention is not limited to the above embodiments, and various modifications can be made within the scope of the technical idea of the present invention.

According to the present invention as described above, while installing a reflector spaced a certain distance before and after the reflection between the reflector before and after the middle of the light emitting LED lamp by installing a plurality of LED lamps at predetermined intervals at the edge between the reflector before and after It is effective to experience the perspective optical illusion that results in the center of the rear reflector by the vertex.

In addition, the technology according to the present invention is to install a reflector spaced a certain distance before and after, while installing a plurality of LED lamps at a predetermined interval at the edge between the front and rear reflector to emit the LED lamps in the reflection of the reflector before and after This allows you to experience the perspective optical illusion that results in the center apex of the rear reflector so that you can enjoy visual enjoyment and scientific play by the reflection of the mirror.

Claims (6)

A cover housing formed with a see-through window penetrating back and forth, the flange having a predetermined length on a rear side on an inner circumference of the see-through window; A rear housing having a battery mounting portion coupled to and fixed to a rear side of the cover housing, the rear surface of which is mounted with a battery; A see-through reflector installed at a front side of the see-through window of the cover housing to enable seeing inside the cover housing and the back housing; See-through reflector means for installing a see-through reflector installed on the front view window of the cover housing to the front view window; An LED substrate fastened on the flange outer circumferential surface of the cover housing, and having one surface configured with a plurality of electrical connection terminals at equal intervals; An LED lamp electrically connected and fixed to each of the electrical connection terminals of the LED substrate, and flashing by a control circuit when power is applied; Substrate position fixing means for fixing the LED substrate on the outer circumferential surface of the flange; A reflecting mirror positioned at a rear end of the flange, which is a rear side of the LED substrate, for generating a perspective optical illusion in which an image of the LED lamp flashed by mutual reflection with the opposing perspective reflector results in a center vertex; Reflector position fixing means for fixing the reflector to the rear end of the flange which is a rear side of the LED substrate; And Is installed on one side of the rear housing, the toy for play, characterized in that it comprises an on / off switch for turning on / off the power (On / Off). According to claim 1, The reflector installation means is a perspective reflector seating portion formed on the front of the viewing window of the cover housing; And A play toy, characterized in that the perspective reflector support piece is spaced apart from the inner bottom surface of the perspective reflector seating portion is projected toward the center from the outer circumference and supports the front edge of the perspective reflector. According to claim 2, The substrate position fixing means comprises a plurality of substrate position fixing grooves formed at regular intervals on the rear end circumferential surface of the flange; And Is formed on the inner circumferential surface of the LED substrate at a plurality of equal intervals formed in a position corresponding to the substrate position fixing groove of the rear end of the flange made of a substrate position fixing piece inserted into the substrate position fixing groove of the rear flange A play toy characterized by the above-mentioned. According to claim 3, The reflector position fixing means is a reflector position fixing piece which is formed to project a plurality of at equal intervals on the rear end surface of the flange; And Is formed on the outer periphery of the reflector at equal intervals formed in a position corresponding to the reflector position fixing piece made of a reflector position fixing groove for fixing the position of the reflector through coupling with the reflector position fixing piece Play toy, characterized in that. The play toy according to any one of claims 1 to 4, wherein a hook is formed on one side of the outer circumferential surface of the cover housing, and a hook is further provided on the hook. 6. The play toy according to claim 5, wherein the see-through reflector is made of a flexible resin.

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