KR100571594B1 - Multistage top - Google Patents

Abstract

The present invention relates to a double top, and more specifically, the parent top and the child top are integrally rotated together, but only when the impact on the restraint member of the child top is selectively separated from the parent top to rotate each separately It is characterized in that the configuration. As such, the present invention provides a more interesting play because the jacquard is separated from the parent fold only when the restraining member installed on the jacquard is impacted, and the children's movement through the motion of accurately hitting a part of the rotating object. Nerves are effective in developing.

Hairpin, porcelain, restraint member, joining, separating

Description

Double tops {Multistage top}

1 is a perspective view of a double top according to the present invention,

2 is an exploded cross-sectional view of the double top according to the present invention;

3 is a cross-sectional view of the double top according to the present invention,

4 is a plan view of FIG.

5 is an operation of the double top according to the present invention.

◎ Explanation of symbols for main part of drawing

100: parenting 102: bonding space

104: binding groove 106: assemblyman

110: rotating shaft 112: insertion groove

114: spring 116: pusher

200: swivel 202: rotation axis

204: sliding groove 206: locking jaw

208: pin installation space 210: binding pin

212: restraint pin 214: support protrusion

216: spring 300: restraining member

302: restraint groove 304: tofu

310: spring

The present invention relates to a double top, more specifically, the parent top and the child top are integrally rotated together, but only when the impact on a part of the child top is selectively separated from the parent top to rotate each, more interesting It is about a double top so that I can enjoy play.

In general, top is one of the traditional games in Korea, and is a play equipment that enjoys play using centrifugal force. Of course, in recent years, many developments have been made, and various types of tops have been developed and used as playground equipment. In particular, in recent years, multi-stage tops or double tops have been developed in which not only one top is rotated in one operation but also two tops are rotated simultaneously in one operation.

For example, Korean Utility Model Application No. 2003-59008 discloses a multistage top, and Korean Patent Application No. 2005-34517 discloses a double top. The multi-stage top or double top disclosed as described above has a configuration in which when the top rotates, the top and the top are automatically separated by the impact when the top falls to the bottom, respectively.

However, in the conventional multi-stage top or double top that is constructed and operated in this way, when the top is rotated, the top is separated from the parent top, and it is fun to rotate each separately, but the operation is always constant and provides only formalized fun. There was a problem that lost interest. In other words, as the top is rotated and dropped on the floor, the top is always separated and rotated automatically from the top to provide only standardized fun.

The present invention has been made in order to solve the problems described above, the object of the rotation is to rotate the top and the top is combined with the spinning top, when the user impacts a part of the top, then The top is separated from the parent top and the two tops are rotated separately, thereby providing a double fun top.

The double top according to the present invention for achieving the above object is formed on the upper surface is a self-locking coupling space, the coupling space is formed in the coupling space, the lower portion of the coupling space is provided with a pusher, this pusher is by the restoring force of the spring A hairpin provided to have a pushing force in an upward direction; Inserted into the coupling space of the parent top, the outer periphery of the binding groove corresponding to the binding groove is selectively installed to protrude, if the binding pin is protruded and caught in the binding groove, the binding pin is maintained, and the binding pin is A jacuzzi that is separated from the hairpin by the pushing force of the pusher when it is pulled out of the binding groove; And installed in association with the binding pin in the inner part, characterized in that configured to include a restraining member to operate so that the binding pin is separated from the binding groove when a portion protrudes to the outside to impact the protrusion.

And the binding pin is formed integrally with the restraining pin on the opposite side, is installed so as to move horizontally, is configured to have a force to always move in the direction of the restraining member by the restoring force of the spring, the restraining member is the head of the upper head It is installed so as to move up and down along the sliding groove of the top in the state protruding to the top of the top, the outer surface is formed with a restraint groove corresponding to the restraint pin, the restraint groove is downward along the sliding groove Characterized in that it is configured to match the restraint pin when moved.

The object of the present invention described above will become more apparent from the preferred embodiment of the present invention described below with reference to the accompanying drawings.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. 1 is a perspective view of a double top according to the present invention, FIG. 2 is a separated cross-sectional view, FIG. 3 is a combined cross-sectional view, FIG. 4 is a plan view, and FIG. 5 is an operation diagram.

1 to 4, the double top according to the present invention is configured such that the parent top 100 and the magnetic top 200 are selectively separated by the restraining member 300.

The parent top 100 has a coupling space 102 into which the magnetic top 200 is inserted and coupled to the upper surface, and a binding groove 104 is formed at an upper end of the coupling space 102, and the binding groove 104 is formed. A portion of the guide groove 104a is formed in which the binding pin 210, which will be described later, is opened upwardly and can be inserted therein. In addition, the pusher 116 is configured to elastically press the stool 200 in the lower center of the coupling space 102. That is, an assembly hole 106 formed through the coupling space 102 is formed in the center of the bottom surface of the parent base 100, and the assembly shaft 106 is assembled with a rotation shaft 110 that forms a rotation center. And the inside of the rotary shaft 110 is formed with an insertion groove 112 that is open in the upper direction, the pusher 116 is installed in the insertion groove 112, the pusher 116 is supported by the spring 114 It is configured to have a pushing force in the upward direction by the restoring force of the spring (114). Of course, the pusher 116 is prevented from being completely separated from the insertion groove 112 by the end thereof caught by the end of the assembly hole 106.

The rotor 200 has a rotation shaft 202 forming a rotation center at the center of the bottom surface, and the rotation shaft 202 is inserted into and assembled into the coupling space 102 of the parent top 100 while pressing the pusher 116. . In addition, the outer circumference is provided so that the binding pin 210 corresponding to the binding groove 104 of the parent 100 is selectively protruded, and the binding pin 210 is caught by the binding groove 104 to the parent 100. When the binding pin 210 is drawn in and separated from the binding groove 104, the binding pin 210 is maintained to be separated from the parent base 100 by the pushing force of the pusher 116. That is, when the restraining member 300 is raised, the binding pin 210 protrudes from the outer circumference of the jaw 200, and when the restraining member 300 falls, the binding pin 210 is moved into the inside of the stirrup 200. It is configured to be pulled in.

Constraining member 300 is assembled to the sliding groove 204 formed in the center of the upper surface of the swivel 200 is installed to move up and down selectively along the groove, if the restraining member 300 is to move up or down The binding pin 210 is configured to protrude or retract relatively at the outer circumference of the stirrup 200.

That is, the restraining pin 212 is formed integrally on the opposite side of the binding pin 210, which is installed in the pin installation space 208 is configured to be horizontally movable. A spring 216 is interposed between the support protrusion 214 and the pin installation space 208 integrally formed with the pin. do. And the outer surface of the restraining member 300 is formed with a restraining groove 302 corresponding to the restraining pin 212, the restraining groove 302 is restraining pin 212 when the restraining member 300 is moved downward It is configured to coincide with. Therefore, when the restraint member 300 is raised, the restraint pin 212 is separated from the restraint groove 302 and is pushed out by the outer surface of the restraint member 300, and the restraint pin 210 is relatively inflated ( Protruding outside the outer periphery of the 200 is inserted into the binding groove 104 of the parent top 100 is to bind the parent top 100 and the child top 200. On the other hand, when the restraining member 300 is lowered, the restraining pin 212 is moved by the restoring force of the spring 216 and is inserted into the restraining groove 302 of the restraining member 300, and the restraining pin 210 is relatively Decoupling from the binding groove 104 is the parent top 100 and the magnetic top 200 is to be separated. Here, the restraining member 300 is installed so that the head portion 304 of the upper end protrudes in the upward direction of the gyro 200 to move the restraining member 300 up and down through the head portion 304. Of course, the head 304 may have a character design to induce children's interest.

Next, the binding pin 210 and the restraining pin 212 is preferably configured to have a spherical shape so that the binding pin 210 and the restraining pin 212 can be easily inserted into and detached from the corresponding binding groove 104 and the restraining groove 302. In addition, the bottom of the sliding groove 204 is interposed with a spring 310 to elastically press the restraining member 300 so as to easily move upwards, the upper surface of the sliding groove 204, the restraining member 300 is sliding. In order to prevent the groove 204 from being separated, the locking jaw 206 may be protruded.

Now, the operation and operational effects of the present invention thus constructed will be described.

First, the head 304 of the restraining member 300 is pulled upward to allow the restraining pin 212 to be pushed, and at the same time, the binding pin 210 protrudes outward from the outer circumference 200. . In this state, the porcelain 200 is inserted into close contact with the coupling space 102 of the parent porcelain 100. At this time, as shown in FIG. 4 in the state in which the binding pin 210 protruding from the slipper 200 is inserted into the binding groove 104 through the guide groove 104a formed in the parent top 100. When the 200 is rotated at an angle, the binding pin 210 is caught by the binding groove 104 to maintain the binding state as shown in FIG. 3. When the top is rotated by using a separate rotation means in a state in which the parent top 100 and the top 200 are coupled as described above, the binding pin 210 of the top 200 has a binding groove of the top 100. Because of hanging on the 104, the parent top 100 and the child top 200 are integrally rotated together. Here, the rotating means may apply a known technique. Next, when the head 304 of the restraining member 300 installed in the stool 200 is impacted by a separate tool and pressurized as shown in FIG. When the member 300 is lowered and the restraint groove 302 of the restraint member 300 is positioned on the same line as the restraint pin 212, the restraint pin 212 moves horizontally by the restoring force of the spring 216. It is inserted into the restraint groove 302. At this time, the binding pin 210 formed integrally with the restraining pin 212 is relatively separated from the binding groove 104 and the pusher 116 elastically pressurizes the inflator 200 by the restoring force of the spring 114. It is pushed out, and as a result, the gyro 200 is separated from the parent pill 100 to be rotated separately.

As described above, the present invention rotates the top and the top together when the top is rotated, and in this state, when the user wants to press the shock to restrain the restraint of the top, the top is separated from the top It will be rotated separately. Therefore, you can enjoy more fun play.

Of course, if you apply the usual mulberry hammer as a tool for pressing the restraint member, the fun will be further improved.

In particular, the present invention can develop the children's motor nerves according to the exact hitting motion because the gynecology is separated from the parent top while the restraint member is lowered only when the top is impacted on the head of the restraint member when the top is rotated integrally. It also has the advantage of improving intelligence development because of the frequent use of hands.

As described above, the present invention provides a more interesting play because the jacquard is separated from the parent fold only when the restraint member installed on the jacquard is impacted, and the children are moved accurately by hitting a part of the rotating object. The motor neuron has the effect of developing.

While the invention has been shown and described in connection with specific embodiments as described above, it is well known in the art that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone who owns it can easily find out.

Claims (3)

The upper surface is formed with a self-adhesive coupling space, a binding groove is formed in the coupling space, the lower portion of the coupling space is provided with a pusher, the pusher is provided with a pushing force in the upward direction by the restoring force of the spring; Inserted into the coupling space of the parent, the outer periphery of the binding pin corresponding to the binding groove is selectively installed, the binding pin is protruded and caught in the binding groove to maintain the state coupled to the parent, When the draw-in is separated from the binding groove, the jacquard to maintain the state separated from the parent by the pushing force of the pusher; And It is installed in association with the binding pin in the interior of the stool, the part is protruded to the outside when the impact is applied to the projecting portion is configured to include a restraining member to operate so that the binding pin is separated from the binding groove top. The method of claim 1, The binding pin is formed integrally with the restraining pin on the opposite side, is installed to be movable horizontally, is configured to have a force to always move in the direction of the restraining member by the restoring force of the spring, The restraint member is installed to be movable up and down along a sliding groove of the top of the head at the top of the head protruding to the outside of the top of the top of the restraint, the restraint groove corresponding to the restraint pin is formed on the outer surface, the restraint groove is restrained A double top, characterized in that configured to match the restraint pin when the member is moved downward along the sliding groove. The method of claim 2, The bottom of the sliding groove is provided with a spring for elastically pressing the restraining member upwards, the upper end of the sliding groove is characterized in that the locking step protruding to prevent the restraining member is separated from the sliding groove top.

Images