KR102672350B1 - Smart top - Google Patents

Abstract

The present invention relates to a smart top that measures operating information such as the rotation speed and amount of rotation of the main body and transmits the measured information to a mobile device, allowing users to enjoy games in various ways.
The smart top according to the present invention includes a main body unit of a predetermined shape configured to rotate, is installed on the main unit, measures rotation information of the main body unit, transmits the measured rotation information to a mobile device, and uses a device for user recognition. It includes a control unit on which a smart chip is mounted, and a chip slot is formed on one side of the main unit so that the smart chip can be inserted or extracted.

Description

Smart top {Smart top}

The present invention relates to a smart top, and more specifically, to a smart top that measures operational information such as the rotation speed and amount of rotation of the main body and transmits the measured information to a mobile device, allowing users to enjoy games in various ways. .

A top is one of the very popular toys among children. When you hit it with a stick or wrap a string around its body and then turn it by pulling the string and unwinding it, it maintains equilibrium due to centripetal force and rotational inertia, so it does not fall over until the rotational force disappears, and it stays centered on its axis. It makes a rotational movement.

These tops are made by applying rotational force by winding thread around a cone-shaped body to throw the top, by applying a rack and pinion structure to provide rotational force, and by inserting a winder into the top and pulling the winder to rotate the top. etc.

Recently, the so-called battle type of play, in which spinning tops in a top stadium collide with each other to knock down one of the tops, has become popular.

However, the conventional spinning top is a passive, indirect experience that involves simply spinning the top and looking at it in random situations. In other words, since the user rotates the top once and has no choice but to determine the winner by the decrease in rotational force caused by collision with the opponent's top, the play (game) method is monotonous, low immersion and excitement, and there is a limit to arousing interest.

As a technology to solve the problems of the conventional top, a top-type robot system capable of remote control is disclosed in Korean Patent Publication No. 10-1469747, and a smart phone-type robot system is disclosed in Korean Patent Publication No. 10-1611193. A top toy and a method of operating it are disclosed.

However, in the tops or game devices using tops in the preceding literature, the game can only be played by seeing which of the tops collide with each other and maintains the rotational force longer, so the game form is inevitably monotonous, and the game is played with two or more tops rotating together. There is a limit to how much you can enjoy.

Republic of Korea Patent Publication No. 10-1469747: Top-type robot system capable of remote control Top toy using a smartphone and method of operating it in Republic of Korea Patent Publication No. 10-1611193

The present invention was created to solve the above problems, and its purpose is to provide a smart top that allows users to enjoy top games in various ways by transmitting information about the rotation state, such as the rotation speed and verticality of the top body, to a mobile device. There is.

The smart top according to the present invention includes a main body unit of a predetermined shape configured to rotate, is installed on the main unit, measures rotation information of the main body unit, transmits the measured rotation information to a mobile device, and uses a device for user recognition. It includes a control unit on which a smart chip is mounted, and a chip slot is formed on one side of the main unit so that the smart chip can be inserted or extracted.

The main body unit includes a base body whose diameter gradually narrows as it extends downward, a rotation support member that protrudes downward from the bottom of the base body and is supported on a support surface, and is formed on an upper part of the base body and includes the control unit. It is preferably mounted and includes a control body with the chip slot formed on one side.

The chip slot is formed to penetrate the outer peripheral surface and the inner peripheral surface of the control body, and preferably further includes a cover body rotatably installed on the outer peripheral surface of the control body to expose or block the chip slot to the outside. .

The control body has a first guide groove that extends along the circumferential direction on the outer peripheral surface and is recessed inward to a predetermined depth, and a second guide groove that extends upward from the end of the first guide groove and is connected to the upper part through the upper surface of the control body. A guide groove is formed, and the cover body has a guide protrusion corresponding to the width of the second guide groove formed on the inner peripheral surface, and after the guide protrusion enters the first guide groove through the second guide groove, the cover body has a guide protrusion corresponding to the width of the second guide groove. 1 The cover body is formed to be rotatably supported on the outer peripheral surface of the control body as it moves along the guide groove, and the cover body rotates along the outer peripheral surface of the control body to expose the chip slot to the outside or the chip. It is desirable to have a chip mounting hole that opens and closes so that the slot can be blocked.

The main unit preferably further includes a cover fixing part for fixing the cover body with the chip mounting hole in a closed position to prevent the chip slot from opening.

The cover fixing part is coupled to the upper part of the control body, includes a top member having a cover fixing groove formed on the upper surface, and is formed on the cover body to have elastic force to be able to move upward a predetermined distance, and the cover fixing groove. The cover body may include a cover fixing protrusion that blocks rotation relative to the control body when inserted into the cover body.

The base body is formed to have an outer diameter that becomes smaller as it extends downward, and includes a first base member having a weight mounting portion formed on the inside, and a weight mounting portion of the first base member, and the center of gravity of the main body unit is located at the base body. It is preferable to include a balance weight provided to be formed on the lower side of and a second base member formed on the upper part of the first base member to enable a battery to be mounted.

The rotation support member includes a head portion exposed to the lower portion of the base body and formed to be rotatably supported on a support surface, and extending upward along the inner center of the base body from the head portion through the first base member. It is preferable to include an extending shaft and a shaft fastening portion connected to an upper part of the extending shaft and supported by the second base member.

The control body includes a main control body in which the chip slot is formed, an auxiliary control body installed below the main control body and on which the control unit is mounted, and the fastening direction of the auxiliary control body and the main control body is constant. It is desirable to include a fastening direction guide part to guide the fastening direction so that it can be maintained properly.

The fastening direction guide part is formed at the lower part of the main control body inside the main unit, and includes a frame part including arc-shaped connecting frames interconnecting three vertices, and each of the three vertices protrudes upward. It includes a first protrusion guide, a second protrusion guide, and a third protrusion guide that are formed to have different cross-sectional shapes, and the main control body includes the first protrusion guide, the second protrusion guide, and the third protrusion guide. It is preferable that a first guide hole, a second guide hole, and a third guide hole corresponding to the cross-sectional shape are formed.

The second base member extends a predetermined length upward from the bottom on the outer peripheral surface, is recessed inward from the outer peripheral surface to a predetermined depth, and is formed with two or more body fastening grooves spaced apart from each other along the circumferential direction, and the first base member It is preferable that the upper inner diameter corresponds to the outer diameter of the second base member, and a first fastening protrusion is formed on the inner peripheral surface of the upper end protruding a predetermined length inward so that it can be inserted into the body fastening groove.

The base body further includes a pattern ring surrounding an outer circumferential surface of the second base member, wherein the pattern ring has a second fastening protrusion corresponding to the body fastening groove formed on the inner circumferential surface, from the lower part of the second base member. It is preferable that the ring enters upward and is fastened to the second base member, and the upper end of the first base member supports the lower end of the pattern ring so that the pattern ring is constrained to the second base member.

The smart top of the present invention may further include a top support portion to support the main unit.

The top support unit includes a lower body and an upper body fastened to an upper part of the lower body, and a seating portion opening upward to allow entry of the lower end of the rotation support member is formed on the upper surface of the upper body. desirable.

The lower body protrudes upward at a predetermined height at a point corresponding to the formation position of the seating portion, and an axial support portion whose upper surface corresponds to the shape of the bottom of the rotation support member is formed, and the seating portion has the rotation support member. An axial through hole with a diameter corresponding to the rotation support member is formed to penetrate the upper and lower surfaces, and the lower end of the main body unit is supported on the seating portion to maintain the main body unit in an upright state. there is.

The smart top of the present invention is provided with a chip mounting portion so that a smart chip that can recognize the user can be installed, and a chip slot is formed on one side of the top body to allow installation or removal of the smart chip, allowing multiple users to You can use the top and have the advantage of being able to enjoy the game in various forms through linking with mobile devices.

1 is a perspective view of an embodiment of a smart top according to the present invention;
Figure 2 is a cross-sectional view of the smart top of Figure 1;
Figure 3 is an exploded perspective view of the smart top of Figure 1;
Figure 4 is an exploded perspective view of the base body;
Figure 5 is an exploded perspective view of the control body and cover body;
Figure 6 is an separated perspective view of the fastening direction guide part, main control body, and auxiliary control body;
Figure 7 is an exploded perspective view of the main control body and cover body;
Figure 8 is an exploded perspective view showing another embodiment of the main control body;
Figure 9 is a perspective view showing a state in which the top member, cover body, and main control body are fastened with the chip slot open;
Figure 10 is a perspective view showing a state in which the top member, cover body, and main control body are fastened so that the chip slot is closed;
Figure 11 is a perspective view showing the top support portion;
Figure 12 is an exploded perspective view of the top support part of Figure 11.

Hereinafter, a 'smart top' according to an embodiment of the present invention will be described in detail with reference to the attached drawings. Since the present invention can be subject to various changes and can have various forms, specific embodiments will be illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to a specific disclosed form, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention. While describing each drawing, similar reference numerals are used for similar components. In the attached drawings, the dimensions of the structures are enlarged from the actual size for clarity of the present invention.

Terms such as first, second, etc. may be used to describe various components, but the components should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another. For example, a first component may be named a second component without departing from the scope of the present invention, and similarly, the second component may also be named a first component.

The terms used in this application are only used to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted in an ideal or excessively formal sense unless explicitly defined in the present application. No.

Referring to Figures 1 and 2, the smart top 10 according to the present invention includes a main body unit 100 of a predetermined shape formed to be rotatable, and a top support that supports the main body unit 100 so that it can stand in a stationary state. It includes a unit 400 and a control unit 500 that is installed inside the main unit 100 and measures and transmits rotation information of the main unit 100.

The control unit 500 measures rotation information such as rotation speed, rotation time, and rotation amount when the main unit 100 rotates, and measures impact data when hitting the top, and transmits the measured information to the user's mobile device. send. In particular, the control unit 500 is formed so that a smart chip 510 can be mounted on one side, and user information can be distinguished and transmitted through the smart chip 510.

The smart chip 510 allows various games to be played through the smart top 10 of the present invention. When the rotation information of the top is transmitted to the user's mobile device, the application installed on the mobile device selects the player according to the rotation information. The character's movement can be switched according to the set rotation information, or the character's state can be changed, and even if the game is not played by actually colliding with the tops, the game divides winners and losers using the rotation speed and rotation time of each top as indicators. Settings are possible.

The key points of the present invention relate to structural features that allow the smart chip 510 to be easily mounted or removed from the control unit 500 located inside the main unit 100, the role of the smart chip 510, Various types may be applied other than those described in this embodiment.

The main unit 100 contains the control unit 500 and is formed in a rotatable shape. The main body unit 100 of the present invention allows easy attachment and detachment of the smart chip 510 when the smart chip 510 mounted on the control unit 500 is inserted or extracted from the outside of the main body unit 100, and the smart chip 510 is easily attached and detached. When 510 is mounted, the smart chip 510 is not exposed to the outside and is formed so that the mounted state can be firmly maintained.

To this end, as shown in FIG. 4, the main body unit 100 of the present invention includes a base body 110, a rotation support member 160 protruding downward from the bottom of the base body 110, and the base body ( 110) and a control body 200 on which the control unit 500 is mounted, a cover body 300 surrounding the control body 200, and a top plate fastened to the upper part of the control body 200. Includes member 340.

The base body 110 includes a first base member 111 whose outer diameter becomes gradually smaller as it extends downward, and is mounted on the first base member 111 and the center of gravity of the main body unit 100 is positioned at the base. A balance weight 120 formed on the lower side of the body 110, a second base member 130 formed on the upper part of the first base member 111 and capable of mounting the battery 150, and It includes a pattern ring 140 surrounding the outer peripheral surface of the second base member 130.

The first base member 111 is formed in a hemispherical shape whose outer diameter gradually becomes smaller as it goes downward, and is open at the top, and a weight mounting portion 112 on which the balance weight 120 is mounted is formed inside.

To form the weight mounting portion 112, a plurality of ribs protrude inward from the inner peripheral surface of the first base member 111. The weight mounting portion 112 may be formed in various shapes capable of supporting the balance weight 120. You can.

The balance weight 120 is used to guide the center of gravity of the main unit 100 to be located below the base body 110, as described above. It is made of a heavy metal material and is formed in a cylindrical shape with a hollow hole penetrating up and down. The balance weight 120 has a washer 121 disposed at the bottom.

The second base member 130 is coupled to the upper part of the first base member 111. The second base member 130 is formed in a cylindrical shape with a predetermined width, and its outer diameter is formed to correspond to the upper inner diameter of the first base member 111.

The outer peripheral surface of the second base member 130 extends a predetermined length upward from the bottom, is recessed inward from the outer peripheral surface to a predetermined depth, and is formed with three body fastening grooves 131 spaced apart from each other at equal intervals along the circumferential direction. there is.

And the second base member 130 has a middle plate 132 formed between the top and bottom, and a battery mounting portion 133 is formed on the upper side of the middle plate 132 so that the battery 150 can be mounted. there is. In this embodiment, the battery 150 is formed in a hexahedral shape, and the battery mounting portion 133 is formed to correspond to it. However, the shape of the battery is not limited to this embodiment and can be formed in various shapes.

The intermediate plate 132 is formed with a shaft fastening portion 163 of a rotation support member 160, which will be described later, to be located below the battery 150. In this embodiment, the shaft fastening portion 163 is made of metal and is insert-injected when injection molding the second base member 130. However, unlike the present embodiment, the shaft fastening portion 163 may be formed integrally with the second base member 130.

In addition, a weight support portion 134 is formed at the lower part of the middle plate 132, as shown in FIG. 2, and protrudes downward and is supported on the upper surface of the balance weight 120.

A pattern ring 140 is mounted on the outer periphery of the second base member 130. The pattern ring 140 has a ring shape that surrounds the outer peripheral surface of the second base member 130, and a pattern pattern is formed on the outer peripheral surface to enhance aesthetics.

The pattern ring 140 has a second fastening protrusion 141 corresponding to the body fastening groove 131 formed on the inner peripheral surface, so that the second base member 130 is fastened to the first base member 111. It is mounted on the outer peripheral surface of the second base member 130 while being lifted upward from the lower part of the second base member 130. Since the second fastening protrusion 141 is inserted into the body fastening groove 131, the pattern ring 140 cannot be pulled out to the upper part of the second base member 130, and the outer peripheral surface with respect to the second base member 130 is Rotation is also blocked and rotates integrally with the second base member 130.

A first fastening protrusion 113 corresponding to the body fastening groove 131 is protruding from the upper inner peripheral surface of the first base member 111. Therefore, after the pattern ring 140 is mounted to surround the second base member 130, when the second base member 130 is coupled to the top of the first base member 111, the first fastening member is connected to the pattern ring. As it is inserted into the body fastening groove 131 at the lower part of 140, the pattern ring 140 is restrained from being pulled out downward.

The rotation support member 160 includes a head portion 161 that is exposed to the lower part of the base body 110 and is formed to be rotatably supported on a support surface, and the first base member ( 111) and includes an extension shaft 162 extending upward along the inner center of the base body 110, and the shaft fastening portion 163 described above.

The head portion 161 is formed to rotatably support the main unit 100 with respect to the support surface. In this embodiment, it is formed in a hemispherical shape and penetrates upward from the bottom of the first base member 111. Since the outer diameter is formed larger than the shaft insertion hole, the head portion 161 cannot be inserted into the first base member 111.

The extension shaft 162 extends upward through the interior of the first base member 111 and the balance weight 120 and is screwed to the shaft fastening portion 163.

The top of the head portion 161 is formed in the shape of a hexagonal bolt so that the extension shaft 162 and the shaft fastening portion 163 can be easily screwed together using a spanner or wrench.

When the rotation support member 160 is fastened to the base body 110, the first base member 111 and the second base member 130 are coupled to each other by the head portion 161 and the shaft fastening portion 163. confined in the state.

Referring to FIGS. 5 to 10, the control body 200 includes a main control body 210 mounted on the upper part of the second base member 130 and a lower part of the main control body 210, It includes an auxiliary control body 220 on which the control unit 500 is mounted, and a fastening direction guide part 230 for consistently guiding the fastening direction of the auxiliary control body 220 and the main control body 210.

The control unit 500 is mounted on the auxiliary control body 220 and is located below the main control body 210. The auxiliary control body 220 is formed with a first support groove 221 and a second support groove 222 corresponding to the fastening rod protruding from the second base member 130, so that the second base member 130 The conclusion can be made in a certain direction.

The main control body 210 has a chip slot 211 formed on one side for mounting or withdrawing the smart chip 510 from the control unit 500. The main control body 210 is formed with three first guide grooves 212 extending along the circumferential direction on the outer circumferential surface and recessed inward from the outer circumferential surface to a predetermined depth, spaced apart from each other at a predetermined distance along the circumferential direction. The first guide groove 212 extends upward at one end and is connected to a second guide groove 213 that communicates upward through the upper surface of the main control body 210.

The fastening direction guide part 230 is formed in the lower part of the main control body 210 and includes a frame part 231 including arc-shaped connecting frames interconnecting three vertices, and the three vertices. It includes a first protrusion guide 232, a second protrusion guide 233, and a third protrusion guide 234, each of which is formed to protrude upward.

The first protrusion guide 232, the second protrusion guide 233, and the third protrusion guide 234 have different protrusion shapes. In this embodiment, the first protrusion guide 232 has a square cross-section, the second protrusion guide 233 has a semicircular cross-section, and the third protrusion guide 234 has a triangular cross-section. there is.

The main control body 210 has a first guide hole 214 and a second guide hole corresponding to the shapes of the first protrusion guide 232, the second protrusion guide 233, and the third protrusion guide 234, respectively. (215) and a third guide hole 216 are formed.

The shapes of the first protrusion guide 232, second protrusion guide 233, and third protrusion guide 234 and the first guide hole 214, second guide hole 215, and third guide hole 216 Since the shapes correspond to each other, the main control body 210 can only be fastened in a certain direction with respect to the fastening direction guide part 230.

In addition, since the fastening direction guide part 230 is coupled in a certain direction to the control unit 500 mounted on the auxiliary control body 220, the control unit 500 mounted on the auxiliary control body 220 and the main control body (210) can also be fastened in a certain direction, and the position of the chip slot 211 of the main control body 210 and the position of the chip mounting portion formed in the control unit 500 can also be fastened consistently.

In this embodiment, the fastening direction guide part 230 is fastened in a certain direction by the first protrusion guide 232, the second protrusion guide 233, and the third protrusion guide 234, which have different shapes from each other. However, unlike the present embodiment, the first protrusion guide 232, the second protrusion guide 233, and the third protrusion guide 234 may all be formed in the same shape. In this case, the first protrusion guide 232 ), the first to sixth guide holes through which the second protrusion guide 233 and the third protrusion guide 234 pass may also be formed in the form of through holes of a certain shape.

Figure 8 shows another embodiment of the main control body.

The main control body 240 of this embodiment, like the main control body 210 of the previous embodiment, has shapes corresponding to the first protrusion guide 232, the second protrusion guide 233, and the third protrusion guide 234, respectively. A first guide hole 245, a second guide hole 246, and a third guide hole 247 are formed.

In addition, a chip slot 241 is formed on the side for mounting or withdrawing the smart chip 510, and a first guide groove 243 and a second guide groove 244 are formed on the outer peripheral surface in the same manner as in the previous embodiment. there is.

However, the main control body 240 of this embodiment is formed with a support hole 242 penetrating the upper and lower surfaces in the center, and a spring support body ( 250) is formed.

The spring support body 250 includes a main support body 251 corresponding to the support hole 242, and an extension support body 252 formed on the outer peripheral surface of the main support body 251 and having a relatively larger outer diameter than the support hole 242. It includes a spring insertion groove 253 that is drawn upward on the main support body.

Accordingly, the spring supporter 250 is caught and restrained on the lower surface of the main control body 240 by the extension supporter 252.

A compression spring 260 is mounted in the spring insertion groove 253 of the spring support 250. The upper end of the compression spring 260 is supported at the end of the spring insertion groove 253 of the spring support 250, and the lower end is supported. The control unit 500 may be supported on the main unit 100 while maintaining a state in which the control unit 500 is supported on the main unit 100 and may be installed to provide a cushioning effect against external forces generated during rotation and collision of the top.

A top member 340 is coupled to the upper part of the main control body 210, and the top member 340 also includes the first protrusion guide 232, the second protrusion guide 233, and the third protrusion guide 234. A fourth guide hole 341, a fifth guide hole 342, and a sixth guide hole 343 corresponding to the shape are formed.

In the case of the top member 340, a cover fixing groove 344 is inserted downward from the upper surface to a predetermined depth between the fourth guide hole 341, the fifth guide hole 342, and the sixth guide hole 343. The cover fixing groove 344 is for fixing the cover body 300, which will be described later.

The cover body 300 is formed to surround the outer peripheral surface of the main control body 210, and has a guide protrusion 310 on the inner peripheral surface that can enter the second guide groove 213 and the first guide groove 212. is protruding. The cover body 300 enters the lower part of the main control body 210 with the guide protrusion 310 located at the point where the second guide groove 213 is formed and then moves along the first guide groove 212. At this time, the cover body 300 rotates along the outer peripheral surface of the main control body 210.

The cover body 300 has a chip mounting hole 320 formed on one side penetrating the outer peripheral surface and the inner peripheral surface. In the present embodiment, the cover body 300 is rotated counterclockwise along the outer peripheral surface of the main control body 210. When rotated, the chip mounting hole 320 moves to the point where the chip slot 211 is formed, exposing the chip slot 211 to the outside, and in this state, it becomes possible to mount or withdraw the smart chip 510.

Conversely, when the cover body 300 rotates clockwise along the outer peripheral surface of the main control body 210, the chip mounting hole 320 is spaced apart from the chip slot 211, and the chip slot 211 is connected to the rest of the cover body 300. It is covered by the part.

A cover fixing protrusion 330 is formed on the top of the cover body 300.

The cover fixing protrusion 330 can rotate up and down at a predetermined angle, and has elasticity so that it can remain in the cover fixing groove 344 of the top member 340 when no external force is applied. The cover fixing groove 344 formed on the top member 340 is formed to correspond to a position where exposure of the chip slot 211 is blocked by the cover body 300, and after the installation of the smart chip 510 is completed. With the chip slot 211 closed by rotating the cover body 300, the cover fixing protrusion 330 enters the cover fixing groove 344, and unless an artificial external force acts, the cover body 300 moves into the main control body ( It is possible to maintain the closed state of the chip slot 211 without rotating relative to 210).

When the cover body 300 is rotated by artificially applying force to open the chip slot 211, the cover fixing protrusion 330 moves upward and is pulled out from the cover fixing groove 344, thereby rotating the cover body 300. This is possible, and when the cover fixing protrusion 330 is located in the fourth guide hole 341, the fifth guide hole 342, and the sixth guide hole 343 formed in the upper plate member 340, the cover fixing protrusion 330 (330) enters the fourth guide hole 341, the fifth guide hole 342, and the sixth guide hole 343, and in this state, the positions of the chip slot 211 and the chip mounting hole 320 are As they match, installation and withdrawal of the smart chip 510 becomes possible.

Referring to Figures 11 and 12, the top support portion 400 supports the main body unit 100 so that it can maintain an upright position even when the main body unit 100 is not rotating.

The top support unit 400 includes a lower body 410 and an upper body 420 fastened to the upper part of the lower body 410, and the rotation support member 160 is located on the upper surface of the upper body 420. ) A seating portion 421 is formed that opens upward to allow entry of the lower end.

The lower body 410 has a axial support portion 411 protruding upward at a point corresponding to the formation position of the seating portion 421, and the upper surface of the axial support portion 411 is the rotation support member 160. It is formed to correspond to the shape of the head portion 161.

The seating portion 421 is designed to correspond to the top shape of the head portion 161, that is, the hexagonal bolt shape, so that the head portion 161 can penetrate the seating portion 421 and be seated on the shaft support portion 411. It is formed to penetrate the upper and lower surfaces, and the inner peripheral surface of the seating portion 421 is formed so that it can be supported on the upper outer peripheral surface of the head portion 161.

The smart top 10 according to the present invention described above allows users to enjoy various games based on information related to the rotation of the top through a mobile device. In particular, when a user uses multiple tops, it uses a smart top for transmitting rotation information and identity verification. The chip 510 can be easily replaced.

The description of the presented embodiments is provided to enable any person skilled in the art to use or practice the present invention. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be applied to other embodiments without departing from the scope of the invention. Thus, the present invention is not limited to the embodiments presented herein, but is to be construed in the broadest scope consistent with the principles and novel features presented herein.

10: Smart top
100: main unit
110: Base body
111: first base member 112: weight mounting portion
113: first fastening protrusion 120: balance weight
121: Washer 130: Second base member
131: Body fastening groove 132: Middle plate
133: Battery mounting portion 134: Weight support portion
140: Patterning 141: Second fastening protrusion
150: battery
160: Rotation support member
161: head 162: extension shaft
163: Shaft connection
200: Control body
210: main control body 211: chip slot
212: first guide groove 213: second guide groove
214: 1st guide hole 215: 2nd guide hole
216: Third guide hole 220: Auxiliary control body
221: first support groove 222: second support groove
230: Fastening direction guide part 231: Frame part
232: first protrusion guide 233: second protrusion guide
234: Third protrusion guide
300: Cover body
310: Guide projection 320: Chip mounting hole
330: Cover fixing protrusion
340: Top member
341: 4th guide hole 342: 5th guide hole
343: 6th guide hole 344: cover fixing groove
400: Top support part
410: lower body 411: shaft support
420: Upper body 421: Seating part
500: Control unit
510: Smart chip

Claims (16)

A main body unit of a predetermined shape formed to be rotatable;
A control unit is installed in the main unit, measures rotation information of the main unit, transmits the measured rotation information to a mobile device, and includes a control unit equipped with a smart chip for user recognition,
The main unit is
The main unit includes a base body whose diameter gradually narrows as it extends downward,
a rotation support member that protrudes downward from the bottom of the base body and is supported on a support surface;
A control body formed on an upper part of the base body, on which the control unit is mounted, and having a chip slot penetrating the outer and inner circumferential surfaces on one side so that the smart chip can be inserted or extracted;
A cover body is rotatably installed on the outer peripheral surface of the control body to expose or block the chip slot to the outside,
The control body has a first guide groove that extends along the circumferential direction on the outer peripheral surface and is recessed inward to a predetermined depth, and a second guide groove that extends upward from the end of the first guide groove and is connected to the upper part through the upper surface of the control body. A guide groove is formed,
The cover body has a guide protrusion corresponding to the width of the second guide groove formed on the inner peripheral surface, and the guide protrusion enters the first guide groove through the second guide groove and then proceeds along the first guide groove. The cover body is formed to be rotatably supported on the outer peripheral surface of the control body,
The cover body rotates along the outer circumferential surface of the control body and is formed with a chip mounting hole that opens and closes to expose the chip slot to the outside or block the chip slot.
Smart top. delete delete delete According to clause 1,
The main unit further includes a cover fixing part for fixing the cover body with the chip mounting hole in a closed position to prevent the chip slot from opening.
Smart top. According to clause 5,
The cover fixing part is coupled to the upper part of the control body and includes a top member having a cover fixing groove formed on the upper surface,
It is formed on the cover body and is formed to have elastic force so that it can move upward a predetermined distance, and includes a cover fixing protrusion that prevents the cover body from rotating with respect to the control body when inserted into the cover fixing groove. characterized by
Smart top. According to clause 1,
The base body includes a first base member whose outer diameter becomes gradually smaller as it extends downward and a weight mounting portion formed on the inside;
a balance weight mounted on the weight mounting portion of the first base member and provided such that the center of gravity of the main unit is formed on the lower side of the base body;
Characterized in that it includes a second base member formed on the upper part of the first base member and configured to enable a battery to be mounted.
Smart top. According to clause 7,
The rotation support member includes a head portion exposed to the lower part of the base body and formed to be rotatably supported on a support surface;
an extension axis extending upward from the head portion through the first base member along the inner center of the base body;
Characterized in that it includes a shaft fastening portion connected to the upper part of the extension shaft and supported by the second base member.
Smart top. A main body unit of a predetermined shape formed to be rotatable;
A control unit is installed in the main unit, measures rotation information of the main unit, transmits the measured rotation information to a mobile device, and includes a control unit equipped with a smart chip for user recognition,
The main unit has a chip slot formed on one side so that the smart chip can be inserted or extracted,
The main unit includes a base body whose diameter gradually narrows as it extends downward,
a rotation support member that protrudes downward from the bottom of the base body and is supported on a support surface;
It is formed on an upper part of the base body and the control unit is mounted thereon, and includes a control body having the chip slot formed on one side,
The control body includes a main control body in which the chip slot is formed,
An auxiliary control body installed below the main control body and on which the control unit is mounted,
Comprising a fastening direction guide part for guiding the fastening direction so that the fastening direction of the auxiliary control body and the main control body can be maintained constant.
Smart top. According to clause 9,
The fastening direction guide portion is formed at a lower portion of the main control body inside the main unit,
A frame portion including arc-shaped connection frames interconnecting the three vertices,
A first protrusion guide, a second protrusion guide, and a third protrusion guide are formed at each of the three vertices to protrude upward and have different cross-sectional shapes,
The main control body is characterized in that a first guide hole, a second guide hole, and a third guide hole are formed corresponding to the cross-sectional shapes of the first protrusion guide, the second protrusion guide, and the third protrusion guide.
Smart top. A main body unit of a predetermined shape formed to be rotatable;
A control unit is installed in the main unit, measures rotation information of the main unit, transmits the measured rotation information to a mobile device, and includes a control unit equipped with a smart chip for user recognition,
The main unit has a chip slot formed on one side so that the smart chip can be inserted or extracted,
The main body unit includes a base body whose diameter gradually narrows as it extends downward,
a rotation support member that protrudes downward from the bottom of the base body and is supported on a support surface;
It is formed on an upper part of the base body and the control unit is mounted thereon, and includes a control body having the chip slot formed on one side,
The control body includes a main control body in which the chip slot is formed,
It includes an auxiliary control body installed below the main control body and on which the control unit is mounted,
The main control body has a support hole formed in the center penetrating the upper and lower surfaces,
a spring support body having a main support body corresponding to the diameter of the support hole, and an expansion support body having an outer diameter relatively larger than the diameter of the support hole on an outer peripheral surface of the main support body;
Characterized in that it further includes a compression spring whose upper end is supported by the spring support body and whose lower end is supported by the auxiliary control body or a control unit mounted on the auxiliary control body.
Smart top. According to clause 7,
The second base member extends a predetermined length upward from the bottom on the outer circumferential surface, is recessed inward from the outer circumferential surface to a predetermined depth, and has two or more body fastening grooves spaced apart from each other along the circumferential direction.
The first base member has an upper inner diameter corresponding to the outer diameter of the second base member, and is characterized in that a first fastening protrusion is formed on the inner peripheral surface of the upper end protruding a predetermined length inward so as to be inserted into the body fastening groove.
Smart top. According to clause 12,
The base body further includes a pattern ring surrounding the outer peripheral surface of the second base member,
The pattern ring has a second fastening protrusion corresponding to the body fastening groove formed on the inner peripheral surface, enters upward from the lower part of the second base member, and is fastened to the second base member,
Characterized in that the upper end of the first base member supports the lower end of the pattern ring so that the pattern ring is constrained to the second base member.
Smart top. According to any one of claims 1, 5 to 13,
Further comprising a top support portion for supporting the main body unit.
Smart top. According to clause 14,
The top support portion includes a lower body,
It includes an upper body fastened to the upper part of the lower body,
Characterized in that a seating portion opening upward is formed on the upper surface of the upper body to allow entry of the lower end of the rotation support member.
Smart top. According to clause 15,
The lower body protrudes upward at a predetermined height at a point corresponding to the formation position of the seating portion, and an axial support portion is formed whose upper surface corresponds to the shape of the bottom of the rotation support member,
The seating portion is formed so that an axial through hole with a diameter corresponding to the rotation support member penetrates the upper and lower surfaces so that the rotation support member can penetrate,
Characterized in that the lower end of the main body unit is supported on the seating portion to maintain the main body unit in an upright state.
Smart top.

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