KR20060081384A - Top - Google Patents

Abstract

The present invention is to provide a top that can reinforce the function as a play equipment by having a pleasant sound while the top rotates to combine the light emitting function of the light shining to give the user both audible and visual.

To this end, a number of rotary balls, which maintain their center when spinning top at high speed, are built-in without falling off the top of the bottom of the top, so that the sound generating part generates a pleasant sound and the spring type switch is fixed due to the fine vibration generated during spinning top. The invention relates to a top that opens and closes at intervals to give a visual effect of light flashing.

Spinning top, play, luminescence, noise generation, play games, toy, play top

Description

Spinning top {TOP}

1 is a state diagram using the spinning top according to a conventional embodiment

Figure 2 is an exploded perspective view showing an exploded top of the conventional embodiment.

Figure 3 is a bottom view of a conventional bundle of connections.

Figure 4 is a perspective view showing the top stadium according to a conventional embodiment from the top.

Figure 5 is a perspective view of the top stadium according to a conventional embodiment from the bottom.

Figure 6 is a perspective view showing a preferred use example in the present invention

7 is a cross-sectional view of the present invention

8 is an exemplary view showing the front of the present invention

9 is an exemplary view showing a bottom of the present invention.

10 is an exemplary view showing a light emitting diode of the present invention.

<Description of the code | symbol about the principal part of drawing>

1: Light emitting lamp 2: "+" contact

3: spring type "-" contact 4: wing

5: small ball 6: stand

7: central axis ball 8: transparent case

10: small battery unit 11: fixed piece

12: weight ball 100: top

110: base 111: seating groove

112: through hole 114a: flow preventing groove

116a, 176b: guide / fastening groove 118: fixing protrusion

120: fastener 130: magnet

140: bundle of rotating shaft 142: rotation point

144: cylindrical body 146: seating frame

148: magnet receiving portion 150: upper bundle

160: attack ring 162: through hole

164: wing groove 166: locking projection

170: bundle of connections 172: stopper

174b: flow preventing protrusion 175: guide groove

176: locking groove 178: shooter support piece

179: weight ring fixing piece 180: fastening piece

190: weight ring 192: fixing groove

200: top stadium 210: top plate

215: escape barrier 220: support plate

225: flange 230: magnetic block

240: stand 245: wedge

300: shooter 350: shooter

400: Winder

The present invention is to provide a top that can reinforce the function as a play equipment by having a pleasant sound while the top rotates to combine the light emitting function of the light shining to give the user both audible and visual.

Top and top stadiums, now known as top blades, are widely used among children. The children are playing a game of turning each other's tops at this stadium to attack. Through this, his top is showing superiority.

In such a spinning top game, the attack power can be mainly determined by the size of the spinning top and its turning power. Therefore, in the case of the same size and turning power of the spinning top, the attack power is almost similar, and the trajectory of the spinning top is also almost constant, which may not be able to stimulate children's interest.

In order to achieve the above object, in the case of the prior application No. 20-2002-0000152 the top assembly has a base having a fastening hole formed on the side opposite to the mounting groove is formed in the through hole in the center; A rotating shaft bundle having a rotation point formed at a lower end of the magnet, and a cylindrical upper end inserted into the seating groove and in which the magnet is embedded; An upper bundle having a stopper of the rotary shaft bundle formed on a lower surface thereof, and having a hook portion formed on an upper surface thereof; Inserted into each of the fastening hole comprises a fastening piece for fastening the base and the upper bundle.

In this case, by increasing the center weight of the top can improve the attack and defense.

That is, when the spinning top (application number 20-2002-0000152) is described in more detail, as shown in FIG. 1, the top assembly 100 according to the exemplary embodiment of the present invention has a base 110, a magnet 130, and a rotating shaft. It consists of a bundle 140, the upper bundle 150 and a pair of fastening pieces 180.

In the above-described configuration, the center of the base 110 has a seating groove 111 of a predetermined depth is formed, the through-hole 112 in the center of the mounting groove 111 is perforated.

In addition, a pair of flow preventing grooves 114a and a pair of guide / fastening grooves 116a are formed on the upper surface of the base 110 to face each other.

A fixing protrusion 118 is installed in the guide / fastening groove 116a. In addition, fastening holes 120 are formed on the side surfaces of the base 110 on which the guide / fastening grooves 116a are formed.

Rotating shaft bundle 140 is inserted into the through-hole 112 of the base 110 is fixed to the seating groove 111, the rotation point 142 which is a rotation center point in contact with the ground is formed at the bottom, the top A seating frame 146 is formed and connects the rotation point 142 and the seating frame 146, and consists of a cylindrical body 144 formed with a magnet receiving portion 146 to embed the magnet 130.

The seating catching frame 146 is press-fitted (or interference fit) into the seating groove 111 so that the rotating shaft bundle 140 does not turn against the seating groove 111 and does not come out to the outside, that is, acts as a lower stopper. do.

As such, the magnet 130 is built in the rotary shaft bundle 140, thereby increasing the center weight of the top to improve the attack and defense.

The upper bundle 150 is largely composed of an attack ring 160, a connection bundle 170 and the weight ring 190.

The attack ring 160 has a blade formed on the outer circumferential surface, a through hole 162 is formed in the center, a pair of locking projections 162 and a pair of wing grooves 164 on the outer circumferential surface of the through hole 162. Are formed to face each other.

The connection bundle 170 is composed of a lower surface coupled with the base 110 and an upper surface coupled with the attack ring 160 and a side coupled with the weight ring 190. A stopper 172 protruding from the upper side of the connecting bundle 170 while pushing the rotary shaft bundle 140 downward is installed, and corresponds to the aforementioned flow preventing groove 114a and the guide / fastening groove 116a. The flow preventing protrusion 114b and the guide / fastening groove 116b are formed.

By the combination of the flow preventing groove 114a and the flow preventing protrusion 114b, it is possible to prevent shaking due to the rotation of the top.

The guide groove 175 and the locking groove 176 through which the locking protrusion 166 is guided are formed on the upper surface of the connection bundle 170. That is, when each locking projection 166 is inserted into the guide groove 175 is guided to the locking groove 176 and rotates along the locking groove 176 when the locking jaw (not shown) can be engaged no longer turn do.

In addition, a shooter support piece 178 on which the shooter part 350 of the shooter 300 to be described later is supported is formed in the vicinity where the locking step (not shown) is formed.

As such, by coupling the upper surface of the attack ring 160 and the connection bundle 170, the wing groove 164 serves as the receiving and hook portion of the shooter unit 350 with the shooter support piece 178.

The weight ring 190 is formed on the side of the connection bundle 170 so as to face the weight ring fixing piece 179 to prevent flow.

A fixing groove 192 formed in the weight ring 190 is fitted into the weight ring fixing piece 179.

Therefore, it does not flow in the rotational direction of the top, and is prevented from exiting upward by the attack ring 160.

As described above, the assembly relationship of the upper bundle 170 has been described. Hereinafter, the assembly relationship of the upper bundle 170, that is, the connection bundle 170 and the base 110 will be described.

A cavity is formed between the guide / fastening grooves 116a and 176b described above.

It has already been described that the fastening hole 120 is formed on the side of the cavity.

By inserting the fastening piece 180 through the fastening hole 120, the assembly is completed.

That is, the fastening piece 180 is inserted into the fastening hole 120 while the fixing protrusion 118 is inserted therebetween.

When the fastening piece 180 continues along the cavity, the front end of the fastening piece 180 is located in the groove formed in the connection bundle 170, and the fastening is completed.

When the top assembly is completed as described above, as shown in FIG. 1, when the winder 400 is fixed, the shooter 300 is mounted on the top 100, and the top is pivoted when the winder 400 is pulled out.

The top stadium 200 is composed of a curved or velodrome shaped top plate 210 and a support plate 220 extending downward from the outer circumferential surface of the top plate 210 and a flange 225 protruding outward from the bottom of the support plate 220. do. At this time, a block 230 (hereinafter referred to as a 'magnetic block') with a magnet is attached to the rear surface of the upper plate 210 with a double-sided tape.

One or more magnet blocks 230 may be attached. When the magnet block 230 is attached near the center of the upper plate, the flange 225 may be excited from the ground, and thus the stadium may become unstable.

The wedge 245 is formed so that the stand 240 does not easily come out of the flange 225.

In addition, on the outer circumferential surface of the upper plate 210, the separation preventing wall 215 may be installed in place to prevent separation of the top 100.

A game with the top assembly and the top stadium of the above-described conventional embodiment will be described. The magnetic block 230 is set to three. First, the magnet 130 and the magnet block 230 of the top assembly 100 are assembled and attached so as to have the same polarity.

In other words, the lower side of the magnet 130 and the upper side of the magnet block 230 are assembled so as to be S poles (in this embodiment) or N poles.

In the stadium set up as described above, the play with the magnet top (another top) is as follows.

The tops are pivoted together, gathering in the center due to the inclined surface of the top plate, colliding with each other and being pushed away by this collision. The top is played again with the repetition of gathering again along the slope. By the way, the top 100 is different from the counter top without a magnet when the up and down the inclined surface when the repulsive force between the magnetic block 230 acts to increase the descending speed can be a powerful attack power.

In addition, depending on the position of the top 100, the direction in which the repulsion is also diversified may cause interest, such as difficult to predict the attack position.

On the other hand, when playing with the opponent top with a magnet, such as the conventional top 100 is given a repulsive force through the magnetic block 230 with each other.

Therefore, the motion between the tops becomes dynamic and the trajectories are also diverse, and the game is designed to give a lively game.

However, it can be seen that the conventional top structure does not have a significant difference from the top known as a conventional top blade because it is complicated in structure and has a manufacturing problem.

In addition, in the conventional case, the game was so monotonous and boring for a long time that the children forgot the interest, and there was a problem that children did not enjoy and children did not find it because there was no special function compared to the top sold on the market. .

The present invention has been made in order to solve the above-mentioned problems, and to maintain the center of the top for a long time to increase the turning power, in particular, the present invention is simple structure and light emitting function and spinning top like a firefly so that children can be excited The object of the present invention is to provide a top assembly for children to enjoy by creating a sound generator using a plurality of weight balls and sound generating small balls so that the center can be centered on a curved bottom when turning.

In order to achieve the above object, the top 100 assembly of the present invention is largely divided into a sound generating portion and a light emitting portion,

The sound generating unit forms a pedestal (4) in the outer circumference of the inverted cone shape is inserted without leaving the small ball (5) smooth rolling movement therein.

The pedestal 6 has an inclined surface directed from the outside to the inside to form the center of gravity where the top 100 is horizontal so that the center of gravity is concentrated on the top center axis ball 7 at the top of the top when turning.

The sound generating unit small ball 5 is preferably made of a metal material to give a light sound by hitting each other when the top rotates.

On the other hand, the light emitting unit is located in the transparent case (8), as shown in Figure 10 to fix the small battery unit 10 to the top 100 body 100 and the battery in the small battery unit 10 The spring type "-" contact (3), which is a structure that automatically connects and short-circuits current to the light emitting lamp (1) by vibrating the "+" contact (2) and the top (100), which does not break away, is normally Spaced apart from the "+" contact (2) to minimize battery consumption; The light emitting lamp 1 has a light emitting structure in which the light emitting lamp 1 is turned on depending on whether the spring type "-" contact 3 is in contact with the fixed "+" contact 2.

It is preferable that the weights of the weight balls 12 in the body of the top 100 coincide with the small battery part 10 to be parallel to each other.

The central axis ball (7) is firmly fixed to the axis of rotation in the center of the lower end of the inverted cone shape.

Hereinafter, the operation of the present invention in detail. Mounting the shooter 300, the winder 400 is fixed to the top 100, and pulled out the winder 400, the top 100 is pivoted around the central axis ball (7), which is generated Due to the fine vibration, the small ball 5 shakes left and right in the pedestal 6 to give a pleasant sound, providing a pleasant pleasure, and focusing the center of gravity on the central axis ball 7 when rotating. It performs a long turning function.

On the other hand, while the top 100 is not rotating the top 100, the spring type "-" contact 3 and the " + " Spring type "-" contact point (3) is connected to + "contact point (2) and short-circuit, so the small light-emitting lamp (1) flashes because current of small battery part (10) flows to light-emitting lamp (1) Light is emitted through the transparent case (8) to the outside to give the feeling of light shining visually gives the beauty of light.

According to the spinning top of the present embodiment described above, the following effects are obtained. As the spinning top rotates, the glow-emitting lamp gives children a glow of fireflies, providing visual pleasure, and a pleasant sound through the sound generator. In the above, the present invention has been illustrated and described by way of specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and the present invention is not limited to the spirit of the present invention. Various changes and modifications will be possible by those who have the same.

Claims (2)

In the play top, A sound generating unit inserted into the outer conical part of the inverted cone shape without being detached from the small ball 5 therein; The light emitting part located inside the top of the top 100 and the transparent case 8 is automatically springed by vibration of the top 100 and the top 100 having the form of enclosing the battery in the small battery part 10 without being separated. A top characterized by a structure in which the type "-" contact 3 flashes the light emitting lamp 1 by repeating connection and short-circuit with the " + " The method of claim 1, The sound generating unit pedestal 6 is a top that protrudes outside the top 100 and forms an inclined surface directed from the outside to the top of which the center of gravity of the small ball 5 is concentrated on the central axis ball 7. .

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