KR101261197B1 - Flying saucer type recombinable led toy-top - Google Patents

Abstract

PURPOSE: A flying saucer shape prefabricated LED top is provided to improve the visual beauty of a spinning top and to implement multiple functions with various shapes. CONSTITUTION: A flying saucer shape prefabricated LED top includes a center shaft(1) which is formed with screws on the upper end and the lower ends; a through hole into which the central shaft is inserted; a rotor mounting unit(2) which is formed with a horizontal key on the outside in a longitudinal direction; a yoyo string winding unit(8) which is installed with a yoyo string; a top body unit(3) of which the shape formed by the assembly of multiple stepped pulleys has a vertically-reduced diameter with the middle portion of the center shaft to form a cone shape; a doughnut-shaped permanent magnet(4) which is fixedly inserted into the rotor mounting unit by media of multiple color fixing rings; a top string winding unit(5) which rotates the rotor mounting unit by pulling the top string after being wound and the top body unit which is connected to the rotor mounting unit; a handle(6) which forms a constant gap in the center shaft to be inserted; and a rotary ball(7) which forms the center of rotation of the top.

Description

Flying Saucer Type LED Light Top {Flying Saucer Type Recombinable LED Toy-Top}

The present invention relates to a toy top having a conical inclined surface, and forms the body of the top in multiple stages and form a conical shape by assembling these bodies, when the top is rotated by mounting the LED on the body of the top consisting of multiple stages, LED Is a technology related to a flying saucer type assembled LED light emitting top to emit light to form a dish-shaped aircraft.

Conventional general spinning top is made of a single body, the top is made of a structure that rotates the spinning top is built on the bottom surface by the rotation force by applying a spinning top or spinning top to the top, the top or side of the top Techniques are known in which the surface of the spinning top is applied in various colors.

Thus, the conventional top made of a single body is impossible to deform the body, so that the play can not proceed as the body is deformed, causing easy demonstration in the top play, because the color that appears when spinning top is also realized by the reflection of light If there is no light irradiated on the top, even if the top rotates, the beautiful color that is visually realized on the rotating body can not be visually confirmed, so there is a problem of degrading the use value of the toy because there is no light or weak night fun.

As a prior art for solving the above problems, it is prefabricated in Korea Patent Publication No. 10-120260 (announced on December 6, 2012) and prefabricated to emit light in various forms when the top rotates by installing a light emitting diode therein. The light emitting top is known. The vertical technique is provided with an inner cylinder 100 having a cylindrical shape as shown in FIG. 1, but the outer side of the inner cylinder is fitted with several outer cylinders 101 fixed thereto, and a plurality of batteries 102 and side light emission inside the inner cylinder. The substrate 104 with the diode 103 is balanced and embedded, and the light of the light emitting diode is diffused into the outer cylinder through the hole formed in the inner cylinder, and the fixing cylinder 105 is fixed to the center of the inner cylinder. The inner side of the inner and outer cylinders are fixed by embedding the magnet 106, and the upper portion of the inner and outer cylinders is fitted with the upper plate 107 provided with a light emitting diode thereon, and is fitted into the inside of the fixing cylinder in the center of the upper plate to fix the magnet by magnetic force. The upper plate is covered with a cover, but the center of the cover is inserted into the inside of the fixing cylinder to form a fitting tube to be fixed by magnetic force. And replace the woodoe 108 is shown a technique for fitting the fitting tube protruding from the upper center of the bottom portion so as to be fixed to the inside of the authentic by the magnetic force.

The prefabricated spinning top of the prior art is that when the light emitting diode emits light during rotation, the top and top surfaces of the top are emitted to the top surface and the vertical surface of the top surface. When the top is rotated, the light emitting surface is projected to the horizontal plane. When viewed from the top of the top, the light emitting surface is projected to the vertical plane, so that the three-dimensional appearance of the light emitting surface is not easily realized, and the top user can easily feel the demonstration, and even if it is prefabricated, the shape of the entire top cannot be changed. Since other toy functions cannot be added, there is a problem in that the limitation of a toy having a simple structure cannot be overcome.

The present invention is to solve the above-described problems, to form a top body by assembling a plurality of circular stepped parts in multiple stages on one central axis, each circular stepped portion is formed with a different diameter and color with LEDs, When the top rotates, the top body with different diameter steps displays the ring-shaped color and at the same time increases the visual beauty of the spinning top by releasing the LED, and also the shape of the circular step that is assembled as the top body on the central axis. By selectively adjusting the quantity to assemble, it is to provide a top that can implement a complex function having a variety of shapes.

In order to achieve the above object, the flying saucer-type LED light emitting top according to the present invention includes a central top provided with an LED, the center of which is provided at the center of rotation of the top and is formed of a circular rod and a screw formed at the upper end and the lower end; A rotating body mounting portion in which a horizontal axis is formed in a lengthwise direction and a through hole fitted with a central axis therein; A yo-yo-string winding unit coupled to a longitudinal center portion of the rotating body mounting unit so as to allow a yo-yo-string to use the top as a yo-yo; It is fitted to the rotating body mounting portion closely to the top and bottom surfaces of the yo-yo cord winding portion and assembled by stacking a plurality of stepped portions having different diameters up and down symmetrically, each of the plurality of stepped portions radially with respect to the central axis And a top body part having a control unit for controlling a battery and an LED light to supply power to the LED in a conical shape, the diameter of which is reduced up and down based on the middle part of the central axis, assembling a plurality of stepped parts. Wow; A donut-type permanent magnet that is in close contact with the top and bottom surfaces of the top body portion and is fitted into and coupled to the rotating body mounting portion through a plurality of color fixing rings; It is close to one side of the permanent magnet is coupled to the rotating body mounting portion is coupled to the top, and then winding the top of the spinning top rope to rotate the rotating body mounting portion and the top body winding portion to rotate the top body coupled to the rotating body mounting portion and ; A handle that is inserted while forming a predetermined gap in the central axis such that the top rope winding part is rotated by a top rope; It is coupled to the upper end and the lower end screw of the central axis to form a rotary ball forming the rotation center of the top.

In addition, the flying saucer type LED light emitting top according to the present invention, in the top is provided with a LED, the center axis is provided in the rotation center of the top and made of a circular rod and the screw is formed in the upper end and the lower end; A rotating body mounting portion including a through hole fitted with a central axis therein and a horizontal key protruding in a longitudinal direction from the outside; A plurality of stepped parts having different diameters are vertically symmetrically fitted to the upper and lower parts by being inserted into the rotating body mounting part, stacked and assembled, and each of the plurality of stepped parts has a plurality of LEDs mounted radially with respect to a central axis. A top body part having an assembled shape having a diameter reduced up and down based on the middle part of the central axis to form a conical shape and having a control unit for controlling a battery and an LED light and a power supplying the LED therein; A donut-type permanent magnet that is in close contact with the top and bottom surfaces of the top body portion and is fitted into and coupled to the rotating body mounting portion through a plurality of color fixing rings; Close to one side of the permanent magnet is coupled to the rotating body mounting portion is coupled to the top, and then winding the top of the rope to pull the coiled to rotate the rotating body mounting portion, spinning top portion to rotate the top body portion coupled to the rotating body mounting portion Wow; A handle that is inserted while forming a predetermined gap in the central axis such that the top rope winding part is rotated by a top rope; It is coupled to the upper end and the lower end screw of the central axis to form a rotary ball forming the rotation center of the top.

In addition, the flying saucer type LED light emitting top according to the present invention, in the top is provided with a LED, the center axis is provided in the rotation center of the top and made of a circular rod and the screw is formed in the upper end and the lower end; A rotating body mounting portion in which a horizontal axis is formed in a lengthwise direction and a through hole fitted with a central axis therein; A plurality of stepped parts having different diameters are sandwiched and assembled by inserting the rotating body mounting parts, and a plurality of LEDs are radially mounted with respect to the central axis to each of the plurality of stepped parts, and the shape of assembling the plurality of stepped parts is referred to the middle part of the central axis. A top body portion having a controller configured to reduce a diameter to an upper side to form a conical shape and to supply an LED with power to the inside and to control LED lighting; A donut-type permanent magnet which is in close contact with an upper end of the top body and coupled to the central axis via a plurality of color rings; The upper part of the permanent magnet is coupled to the rotating body mounting portion is closely coupled, and after winding the top rope to pull the coiled top to rotate the rotating body mounting portion, the spinning top portion to rotate the top body portion coupled to the rotating body mounting portion Wow; A handle that is inserted while forming a predetermined gap in the central axis such that the top rope winding part is rotated by a top rope; It is coupled to the upper end and the lower end screw of the central axis to form a rotary ball forming the rotation center of the top.

The present invention assembles a plurality of circular stepped parts in multiple stages on one central axis, but the circumferential surface of the assembled to form a conical shape, and each of the circular stepped parts formed with different LEDs, the different tops when spinning tops As the color of the top body having a diameter is displayed in the form of a ring, the spinning top is embodied in the shape of a flying saucer by the emitted LED light, thereby increasing the visual beauty.

In addition, it is possible to selectively adjust the shape and the number of circular stepped parts that are assembled into the top body on the central axis of the top, so that the body can be transformed and the top or yo-yo functions can be realized.

In addition, when playing tops, the same type of tops can be rotated without hitting each other by the repulsive force of permanent magnets provided in the tops.

1 is a view showing the prior art of the prefabricated light emitting top equipped with an LED.
2 is a diagram showing a first embodiment of the present invention.
3 is a view showing a second embodiment of the present invention.
4 is a diagram showing a third embodiment of the present invention.
5 (a) is a diagram showing a central axis provided in each embodiment of the present invention.
Figure 5 (b) is a view showing a rotating body mounting portion provided in each embodiment of the present invention.
Figure 5 (c) is a view showing a yo-yo coil wound part provided in Example 1 of the present invention.
6 (a) and 6 (b) are diagrams illustrating a top body part provided in each embodiment of the present invention.
Figure 7 (a) is a view showing a donut type permanent magnet provided in each embodiment of the present invention.
Figure 7 (b) is a view showing the top winding portion provided in each embodiment of the present invention.
Figure 7 (c) is a view showing a handle provided in each embodiment of the present invention.
Figure 7 (d) is a view showing a rotating ball provided in each embodiment of the present invention.
8 is a diagram illustrating a control unit provided in each embodiment of the present invention.

Hereinafter, an embodiment of a flying saucer assembled LED light emitting top according to the present invention will be described in detail with reference to the accompanying drawings.

≪ Example 1 >

As shown in FIG. 2, the flying saucer-type LED light emitting top corresponding to the first embodiment of the present invention includes a central shaft (1) provided at the center of rotation of the top, made of a circular rod, and having a screw formed at the upper end and the lower end. )and; A rotating body mounting portion (2) having a through hole fitted with a central shaft therein and a horizontal key formed in a longitudinal direction thereof; A yo-yo cord winding part 8 coupled to a longitudinal center of the rotating body mounting part 2 to install a yo-yo cord 8a for using the top as a yo-yo; It is fitted to the rotating body mounting portion in close contact with the upper and lower surfaces of the yo-yoe coil winding portion 8 and assembled by stacking a plurality of stepped portions having different diameters up and down symmetrically, each of the plurality of stepped portions radially with respect to a central axis. A top body part 3 which mounts a plurality of LEDs 11 and forms a shape in which a plurality of stepped parts are assembled such that the diameter is reduced up and down based on the middle part of the central axis to form a conical shape; A donut-type permanent magnet (4) which is in close contact with the top and bottom surfaces of the top body portion (3) and is fitted into the rotating body mounting portion through a plurality of color fixing rings; Close to one side of the permanent magnet (4) is coupled to the rotating body mounting portion is coupled, the top of the rope (5a) and then pull the wound top rope to rotate the rotating body mounting portion and the top body portion coupled to the rotating body mounting portion ( Spinning top wound part 5 for rotating 3); A handle 6 inserted into the top rope winding part 5 while forming a predetermined gap in the central shaft 1 so that the top rope winding part 5 is rotated by the top rope; It is formed to include a rotary ball 7 is coupled to the upper end and the lower end screw of the central axis to form a rotation center of the top.

In more detail, as shown in Fig. 2, Fig. 5 (a), the central axis (1) is made of a circular rod having a constant diameter and provided at the rotation center of the top and the upper screw at a predetermined length of the upper end and the lower end (1a) and the lower screw (1b) are formed. Each of the upper screw and the lower screw to couple the rotary ball (7). The central axis 1 may be formed of a metal or nonmetallic material having a predetermined strength or more.

2 and 5 (b), the rotating body mounting portion 2 has a horizontal key (2a) protruding in the longitudinal direction on the outer surface and a through hole through which the central axis (1) is fitted (2b) is formed. The key 2a is coupled to a key groove formed in a top body and a donut-type permanent magnet, a top string winding portion, and a yo-yo string winding portion, and a circular rod portion of the central shaft 1 is fitted into the through hole 2b. The inner diameter of the through hole 2b is preferably set to a loose fit state with respect to the outer diameter of the central shaft 1 so that the top body rotational force is transmitted to the central shaft 1 to be disassembled and assembled.

2 and 5 (c), the yo-yo cord winding portion 8 is coupled to the central portion in the longitudinal direction of the rotating body mounting portion 2 to wrap the string so that the top can be used as a yo-yo toy As a configuration, a key groove is formed in contact with the rotating body through hole 8b and the rotating body through hole 8b to which the rotating body mounting portion 2 is fitted and coupled to the central portion of the cylindrical body, and one side end of the yo-yo strap on the outer circumferential surface at the center portion. To form a yoyo strap engaging groove (8c) to be fixed by walking, the entire outer circumferential surface is knurled so that the yoyo strap (8a) can be wound or unslid without slipping.

The top body portion 3, as shown in Figures 2, 6 (a), 6 (b), the rotating body mounting portion 2 in close contact with the top and bottom surfaces of the yo-yo cord winding portion (8) A plurality of stepped parts are assembled in a vertically symmetrical manner, and a plurality of LEDs 11 are radially mounted with respect to a central axis, and a plurality of stepped parts are assembled in a central axis (1). The diameter is reduced up and down on the basis of the middle portion of the) to form a conical shape and has a battery 9 for supplying power to the LED 11 and a controller 10 for controlling the lighting and turning off of the LED. The LED 11 preferably arranges LEDs of various colors in a harmonious manner so that light emission effects of various colors are generated when the top rotates.

The plurality of stepped portions provided in the top body portion 3 include a first end ring 3a as shown in FIG. 6 (a) and a second end ring 3b as shown in FIG. 6 (b) and a third step. The end ring 3c and the fourth end ring 3d are stacked together. The outer diameter is increased from the first end ring 3a to the fourth end ring 3d so as to form a weakly conical shape whose diameter decreases from the center of the top to the top and bottom after assembling.

In addition, as shown in Figure 6 (a) and 6 (b), the first end ring (3a) to the fourth end ring (3d) are all formed in the upper portion and the lower portion is formed of a closed plate, the open upper space It is formed by dividing into 4 parts by partition wall. The open space of the first end ring 3a is in close contact with the unopened side of the second end ring 3b, and the open space of the second end ring 3b is on the unopened side of the third end ring 3c. The open space of the third end ring 3c is laminated to the unopened surface of the fourth end ring 3d, and the open space of the fourth end ring 3d having the largest diameter is illustrated in FIGS. 2 and 3. , 4, the end of the open space is sealed with a sealing plate 3f. Each of the first end ring 3a to the fourth end ring 3d mounted symmetrically with respect to the middle part of the central axis may be formed of a synthetic resin material having a different color.

6 (a) and 6 (b), the first end ring 3a to the fourth end ring 3d are formed at regular intervals on the vertical wall and the bottom surface adjacent to the outer circumferential side of the outer circumferential surface. The LED mounting portion 3e for mounting the two LEDs 11 is formed, and the LED is firmly fixed to the mounting portion so as not to be separated from the rotation or impact of the top. The LED mounting portion 3e formed from the first end ring 3a to the fourth end ring 3d may be formed as a through hole so that the LED light is transmitted to the outside of the top or as a colored or colorless transparent part.

6 (a) and 6 (b), the space formed in the first end ring 3a to the fourth end ring 3d includes two battery mounting spaces in which a plurality of batteries 9 are mounted. 9a) are formed to face each other with the same size to form symmetry, and the two control unit mounting spaces 10a for mounting the control unit 10 for sequentially controlling the lighting of a plurality of LEDs also face the same size so as to be symmetrical. To maintain balance with the spinning center of the top.

As shown in FIGS. 2, 3, and 4, the battery mounting space 9a and the controller mounting space are spaces of the first end ring 3a and the second end ring 3b to the fourth end ring 3d. The lower plate of the second end ring, the third end ring, and the fourth end ring is formed so as to continue to form a space, and a plurality of batteries 9 having a predetermined length are built in the battery holder (not shown) to prevent flow. It is preferable to mount it in a suitable manner, and to form and mount a case (not shown) in which the controller 10 is built in accordance with the size of the penetrating controller mounting space 10a.

As shown in Fig. 7 (a), the donut-type permanent magnet 4 is closely coupled to the top and bottom surfaces of the top body portion 3, and the donut-type permanent magnet is a circular ring having a quadrangular cross section. It has a shape, and the upper and lower portions are formed of the N pole magnet 4a or the S pole magnet 4b, and the first color fixing ring 4c and the second color fixing ring 4d are mounted in the inner circular space of the magnet. .

The first color fixing ring (4c) is formed in the shape of a circular cross-section of the rectangular cross-section, the through-hole and key grooves are fitted in the center of the rotating body mounting portion 2 and has a predetermined color, the second color fixing ring 4d is formed in the shape of a circular ring having a rectangular cross section, and the first color fixing ring 4c and the second color fixing ring 4d are formed by press-fitting the donut-type permanent magnet 4 inside.

As the top strap winding portion 5 is shown in Figure 7 (b), it is closely mounted to one side of the donut-type permanent magnet 4 and is fitted to the rotating body mounting portion 2, the top After winding the string (5a) is a configuration to rotate the rotating body mounting portion 2 by pulling the wound top rope and to rotate the top body portion 3 coupled to the rotating body mounting portion.

The top strap winding portion 5 forms a step 5b on one side, and the outer peripheral surface is knurled so that no slip occurs when the top strap 5a is wound or unwound. In addition, the top rope winding portion 5 forms a key groove 5c and a through hole 5d fitted in the rotating body mounting portion 2 at a central portion thereof, and one side end of the top string is inserted into the outer peripheral surface at a predetermined position. As a result, the top string engaging groove 5e capable of rotating the top body portion 3 including the top string wound portion 5 by acting on the top string loosening force is formed.

As shown in Fig. 7 (c), the handle 6 is a long cylindrical body formed on the outer circumferential surface to form a knurled irregularities to prevent slipping when the handle is held by hand, the central axis ( A shaft through hole 6a fitted in 1) is formed. The inner diameter of the shaft through hole (6a) is formed a certain amount larger than the outer diameter of the central shaft (1) to allow the handle (6) to rotate smoothly in the state fitted to the central shaft (1), the outer diameter is the rotating body mounting portion ( It is formed to a certain amount larger than the outer diameter of 2) to be supported by the handle 6 provided on the upper and lower ends of the central shaft (1) and the one end of the rotating body mounting portion (2) and the top strap winding portion (5) together. .

As shown in FIG. 7 (d), the rotating ball 7 forms a screw hole 7a at a predetermined depth in the center thereof, and an upper end screw 1a of the central shaft 1 in the screw hole 7a. Or it is coupled to the lower end screw (1b). In addition, the upper portion of the outer circumferential surface of the rotary ball 7 by rotating the rotary ball 7 by hand to form a knurled irregularities to be coupled to or separated from the central axis to prevent the hand from slipping. And the lower end of the rotating ball 7 is formed in the shape of a semi-spherical ball of a small diameter so that the top touches the floor according to the rotation of the top body portion (3) to facilitate rotation.

By coupling the rotary ball 7 to both ends of the central shaft (1) restrains the up and down movement of the rotating body mounting portion (2) which is fitted and coupled to the central shaft (1) while being fitted to the rotating body mounting portion (2) The yoyo strap winding portion 8, the top body portion (3), the donut-shaped permanent magnet (4), the top strap winding portion (5) and the grip 6 is fitted to the central axis to limit the interval between the flow up and down By combining while maintaining the shape of the spinning top is to be able to rotate the top. The rotating ball 7 is preferably used a metal material that is not easily worn by the rotational friction of the top.

As shown in FIG. 8, the control unit 10 supplies only the battery 9 power to the LEDs 11 provided in the top body part 3 positioned at an upper side with respect to the middle part of the central axis according to the position of the top. And the LED (11) provided in the top body portion 3 located in the lower portion is provided with a selection switch (10c) for selectively supplying power in accordance with the top and bottom positions of the top to cut off the battery (9) power.

It also has a centrifugal force switch (10d) that is operated by the rotational force when the top rotates, the battery power is connected to the control unit 10, a plurality of LEDs 11 mounted on the first end ring (3a) to the fourth end ring (3d) ) Is sequentially formed by a conventional control logic (not shown), including a sequential lighting controller 10b.

Through the control unit 10, the flying saucer type LED light emitting top of the present invention rotates the top so that the centrifugal force switch 10d is connected only when a constant centrifugal force is applied, so that the LED 11 is turned on, but sequentially by the control logic. It is controlled so as to be turned on, and the LED 11 mounted on the conical surface facing the lower side through the selection switch 10c does not supply power, but only to the LED 11 facing the upper side of the spinning top. By supplying power, only the parts that can be visually checked when the top is rotated allow the LED to emit light so as to reduce the consumption of the battery 9.

<Example 2>

In the invention of Example 2, as shown in Figure 3, the top is provided with an LED, the central axis (1) is provided at the center of rotation of the spinning top and made of a circular rod and the screw is formed in the upper end and the lower end; A rotating body mounting portion (2) having a through hole fitted with a central shaft therein and a horizontal key formed in a longitudinal direction thereof; A plurality of stepped parts having different diameters are vertically symmetrically fitted with the upper and lower parts closely fitted to the rotating body mounting part, and are stacked and assembled. Each of the plurality of stepped parts has a plurality of LEDs mounted radially with respect to a central axis. A top body portion (3) in which the assembled shape forms a conical shape by reducing the diameter up and down based on the middle portion of the central axis; A donut-type permanent magnet (4) which is in close contact with the top and bottom surfaces of the top body portion (3) and is fitted into the rotating body mounting portion through a plurality of color fixing rings; Close to one side of the permanent magnet (4) is coupled to the rotating body mounting portion is coupled, the top rope (5a) and then wound the top of the winding to rotate the rotating body mounting portion, the top body portion coupled to the rotating body mounting portion A top rope winding portion 5 for rotating (3); A handle 6 inserted into the top rope winding part 5 while forming a predetermined gap in the central shaft 1 so that the top rope winding part 5 is rotated by the top rope; It is formed to include a rotary ball 7 is coupled to the upper end and the lower end screw of the central axis to form a rotation center of the top.

Inventive of the second embodiment is to exclude the yo-yo winding unit 8 in the invention of Example 1, so that the yo-yo function is not implemented. That is, in Example 2, the yo-yo cord winding portion 8 coupled to the top is removed in Example 1, and the length of the central axis 1 is shorter than that of the central axis 1 of the first embodiment.

Therefore, the rotating body mounting part 2, the top body part 3, the donut type permanent magnet 4, the top coil winding part 5, the handle 6, the rotating ball 7, and the ball included in the invention of Example 2 and Since the specific structure of the control part 10 is the same as the structure described in Example 1, detailed description of these structures is abbreviate | omitted.

<Example 3>

In the invention of Example 3, as shown in Figure 4, the top is provided with an LED, the center axis (1) is provided at the center of rotation of the top and made of a circular rod and the screw is formed in the upper end and the lower end; A rotating body mounting portion (2) having a through hole fitted with a central shaft therein and a horizontal key formed in a longitudinal direction thereof; A plurality of stepped parts having different diameters are sandwiched and assembled by inserting the rotating body mounting parts, and a plurality of LEDs are radially mounted with respect to the central axis to each of the plurality of stepped parts, and the shape of assembling the plurality of stepped parts is referred to the middle part of the central axis. A top portion (3) formed to reduce the diameter to the upper side to form a conical shape; A donut-type permanent magnet 3 which is close to an upper end of the top body part 2 and is coupled to the central axis 1 through a plurality of color rings; The upper body of the permanent magnet (4) is inserted into the rotating body mounting portion is closely coupled, and after winding the top rope (5a) to rotate the rotating body mounting portion by pulling the wound top rope, the top body portion coupled to the rotating body mounting portion A top rope winding portion 5 for rotating (3); A handle 6 inserted into the top rope winding part 5 while forming a predetermined gap in the central shaft 1 so that the top rope winding part 5 is rotated by the top rope; It is formed to include a rotary ball 7 is coupled to the upper end and the lower end screw of the central axis to form a rotation center of the top.

The invention of the above-described embodiment 3 is a rotary body mounting portion (2) is fitted in the upper part of the central axis (1) of the spinning top in the invention of the first embodiment and the top body portion (3) is fitted and coupled to the rotating body mounting portion (2) ), The donut-type permanent magnet 4, and the top coil winding portion 5 is applied as it is. The open space end of the fourth end ring 3d provided in the top body part 3 is sealed with a sealing plate 3f, and a plurality of LEDs are formed while forming a plurality of concentric circles about the central axis of the sealing plate 3f. (11) shall be mounted at regular intervals. It is preferable that the LEDs 11 mounted on the sealing plate 3f also arrange LEDs of various colors in a harmonious manner so that light emission effects of various colors are generated when the top rotates.

And the top body portion 3 and the donut-shaped permanent magnet (4) of the first embodiment is mounted on the lower portion of the central shaft (1), and the handle (6) is fitted to the rotating body mounting portion 2, Screw the rotating ball 7 to the lower screw (1b) of the central axis (1). In the invention of the third embodiment, the length of the central axis 1 is shorter than that of the central axis of the first embodiment.

In addition, the flying saucer type LED light emitting top of the present invention through the control unit 10 rotates the top of the centrifugal force switch 10d is connected only when a constant centrifugal force is applied to turn on the LED 11, but sequentially by the control logic The LED is controlled to be turned on, and the power is supplied to the LED facing the top of the spinning top and the cone without supplying power to the LED mounted on the sealing plate 3f which is turned to the lower side when the spinning top is rotated through the selection switch 10c. By supplying the LED, only the part which can be visually checked when the top is rotated can emit the LED so as to reduce the consumption of the battery 9.

And the rotating body mounting portion 2, the top body portion 3, the donut-type permanent magnet 4, the top winding portion 4, the handle 6, the rotating ball 7 and the ball included in the invention of Example 3 and Since the detailed structure of the control part 10 is the same as the structure described in Example 1, detailed description of these structures is abbreviate | omitted.

1: central axis 2: rotating body mounting portion
3: top body portion 4: donut type permanent magnet
5: top strap winding portion 6: handle
7: rotating ball 8: yo-yo cord winding
9 battery 10 control unit
11: LED
1a: Upper thread 1b: Lower thread
2a: tall 2b: through hole
3a: first end ring 3b: second end ring
3c: 3rd ring 3d: 4th ring
3e: LED mounting part 3f: sealing plate
4a: N-pole magnet 4b: S-pole magnet
4c: 1st color fixing ring 4d: 2nd color fixing ring
5a: top strap 5b: step
5c: keyway 5d: through hole
5e: Top end of hook string 6a: Shaft through hole
7a: screw hole 8a: yo-yo
9a: Battery mounting space 8b: Rotor through hole
8c: Yo-Yo Strap Hanging Groove 10a: Control Unit
10b: sequential lighting controller 10c: selection switch
10d: centrifugal force switch

Claims (8)

In the top equipped with LED,
A central shaft (1) provided at the center of rotation of the top and made of a circular rod and having a screw formed at an upper end and a lower end;
A rotating body mounting portion (2) having a through hole fitted with a central shaft therein and a horizontal key formed in a longitudinal direction thereof;
A yo-yo cord winding unit 8 coupled to a longitudinal center portion of the rotating body mounting unit 2 to install a yo-yo strap to use the top as a yo-yo;
It is fitted to the rotating body mounting portion closely to the top and bottom surfaces of the yo-yo cord winding portion and assembled by stacking a plurality of stepped portions having different diameters up and down symmetrically, each of the plurality of stepped portions radially with respect to the central axis And a top body part 3 configured to form a plurality of stepped parts so as to form a conical shape in which the diameter is reduced up and down based on the middle part of the central axis;
A donut-type permanent magnet (4) which is in close contact with the top and bottom surfaces of the top body portion and is fitted into and coupled to the rotating body mounting portion through a plurality of color fixing rings;
Closely coupled to one side of the permanent magnet and coupled to the rotating body mounting portion, the top strap winding portion to rotate the spinning body mounting portion by winding the top rope and then to rotate the spinning body mounting portion coupled to the rotating body mounting portion ( 5) and;
A handle (6) inserted while forming a predetermined gap in the central shaft (1) such that the top strap winding portion is rotated by a top strap;
The flying saucer type LED light emitting top is characterized in that it comprises a rotary ball (7) coupled to the upper end and the lower end screw of the central axis to form a rotation center of the top. In the top equipped with LED,
A central shaft (1) provided at the center of rotation of the top and made of a circular rod and having a screw formed at an upper end and a lower end;
A rotating body mounting portion (2) having a through hole fitted with a central shaft therein and a horizontal key formed in a longitudinal direction thereof;
A plurality of stepped parts having different diameters are vertically symmetrically fitted with the upper and lower parts closely fitted to the rotating body mounting part, and are stacked and assembled. Each of the plurality of stepped parts has a plurality of LEDs mounted radially with respect to a central axis. A top body portion (3) in which the assembled shape forms a conical shape by reducing the diameter up and down based on the middle portion of the central axis;
A donut-type permanent magnet (4) which is in close contact with the top and bottom surfaces of the top body portion and is fitted into and coupled to the rotating body mounting portion through a plurality of color fixing rings;
Close to one side of the permanent magnet is coupled to the rotating body mounting portion is coupled to the top, and then winding the top of the rope to pull the coiled to rotate the rotating body mounting portion, spinning top portion to rotate the top body portion coupled to the rotating body mounting portion (5);
A handle 6 inserted into the top string winding part while forming a predetermined gap in the central axis so as to be rotated by the top string;
The flying saucer type LED light emitting top is characterized in that it comprises a rotary ball (7) coupled to the upper end and the lower end screw of the central axis to form a rotation center of the top. In the top equipped with LED,
A central shaft (1) provided at the center of rotation of the top and made of a circular rod and having a screw formed at an upper end and a lower end;
A rotating body mounting portion (2) having a through hole fitted with a central shaft therein and a horizontal key formed in a longitudinal direction thereof;
A plurality of stepped parts having different diameters are sandwiched and assembled by inserting the rotating body mounting parts, and a plurality of LEDs are radially mounted with respect to the central axis to each of the plurality of stepped parts, and the shape of assembling the plurality of stepped parts is referred to the middle part of the central axis. A top portion (3) formed to reduce the diameter to the upper side to form a conical shape;
A donut-type permanent magnet (3) which is in close contact with an upper end of the top body and is coupled to the central axis via a plurality of color rings;
The upper part of the permanent magnet is coupled to the rotating body mounting portion is closely coupled, and after winding the top rope to pull the coiled top to rotate the rotating body mounting portion, the spinning top portion to rotate the top body portion coupled to the rotating body mounting portion (5);
A handle 6 inserted into the top string winding part while forming a predetermined gap in the central axis so as to be rotated by the top string;
The flying saucer type LED light emitting top is characterized in that it comprises a rotary ball (7) coupled to the upper end and the lower end screw of the central axis to form a rotation center of the top. 4. The method according to any one of claims 1 to 3,
The top strap winding portion 5 is formed on the outer surface in the longitudinal direction, the fly saucer type LED light emitting top, characterized in that to form a top strap coupling portion for fixing by inserting one end of the top strap. The method of claim 1,
The yo-yo cord winding part (8) is formed on the outer surface in the longitudinal direction, the fly saucer type LED light emitting top, characterized in that to form a yo-yo string coupling portion for fixing by inserting one end of the yo-yo strap. 4. The method according to any one of claims 1 to 3,
A plurality of stepped portions provided in the top body portion 3 is formed by stacking a first end ring, a second end ring, a third end ring, a fourth end ring,
Steps are formed after assembling by increasing the outer diameter from the first end ring to the fourth end ring, and the first to fourth end rings are formed in an open space at one side, and the fourth end ring has the largest diameter. The space seals the upper part with a sealing plate, and the first to fourth ring are formed in different colors, respectively.
Mount a plurality of LEDs 11 at regular intervals on the vertical wall and the bottom surface adjacent to the outer peripheral side forming the outer circumference of the first to fourth end ring,
The space formed in the ring at each stage is to form two battery mounting spaces for mounting the battery 9 and two controller mounting spaces for mounting the controller 10 for sequentially controlling a plurality of LED lights and the like in the same size. The flying saucer type assembled LED light emitting top characterized by the above-mentioned. 4. The method according to any one of claims 1 to 3,
The donut-type permanent magnet 4 has a top, a bottom, and a side in a plane, and forms an upper and a lower part with an N pole magnet or an S pole magnet with respect to the center between the top and bottom surfaces, and a donut-shaped inner hollow. A flying saucer type LED light emitting top, characterized in that a plurality of color fixing rings of different colors are pressed into the part to prevent repulsion when the other tops of the same structure approach while rotating. The method according to claim 6,
The control unit 10 includes a selection switch for supplying or cutting off battery power to the LED provided in the top body according to the position of the spinning top, and having a centrifugal force switch to which the battery power is connected according to the spinning force of the top. A flying saucer type LED light emitting top, characterized in that it comprises a sequential lighting controller for sequentially lighting the LED of the first to fourth ring.

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