KR101527285B1 - Toy top - Google Patents

Abstract

It is an object of the present invention to provide a top toy which is capable of moving a top during rotation, and which can easily combine a launching unit for rotating a top to fire and a winder for providing a topping force to the top. To this end, according to the present invention, there is provided a spinning machine, comprising: a winder coupling portion cut out at one side of a launcher housing to insert a portion of a winder into contact with the winder; a pinion gear rotatably engaged with the winder; A launching part forming a launching button part for pushing the top by a pressing force that the user pushes so that the toping passes through the launching part housing, the pinion gear, and the top driving part, and the top is separated from the top driving part; A top which rotates in association with a top driving part of the launch part and is selectively separated from the top driving part according to the operation of the launch button part; And a winder which is partially inserted into the winder coupling portion of the launching portion and horizontally moves along the winder coupling portion to rotate the pinion gear. Therefore, the present invention can move the top in a state in which the top is fired by the firing unit and is rotating, can keep the top in a rotating state in the firing unit, and can launch the top in rotation at a desired firing position, So that the winder can be easily coupled to the firing portion even in a rotating state.

Description

Top toy {TOY TOP}

The present invention relates to a top toy, and more particularly, to a top toy which is capable of moving a top during rotation, It is about top toy.

Top is a very popular play toy for children. It is a game where friends compete with each other to make a long turn or to bounce off the top plate.

In recent years, a top toy having a rack device, which is inserted into a main body of a launch device, and which has a launch device for rotating and rotating a top that pulls a rack belt to operate a driving mechanism disposed inside the main device, No. 2011-0010131 (entitled "Top toy launch device", published on October 26, 2011).

FIG. 1 is a perspective view showing the configuration of a top toy according to the related art. As shown in FIG. 1, a conventional top toy has a conical shape in which a lower portion thereof is narrowed. And a winder 30 for providing a rotational force to the top launching part 20. The winder 30 includes a top 10 on which a groove 11 is formed, a top launching part 20 for allowing the top 10 to be rotated and fired, .

The top thrower 20 is provided with a rotating part 21 and a top connecting part 22 at a lower part thereof and a winder through hole 23 through which a winder 30 passes is formed at one side, A pinion gear 24 is provided which rotates the rotating portion 21 by engaging with the rack gear 31 of the disc 30.

The winder 30 has a strip-shaped winder body 31 having a rack gear 31 formed on one side thereof and a handle 32 at the tip of the winder body 31.

The winder body 30 is inserted into the winder through hole 23 of the top launch portion 20 and the winder body 31 is inserted into the winder body 31 when the user pulls the inserted winder 30, The pinion gear 24 of the top throwing portion 20 is rotated by the rack gear of the pinion gear 24 to rotate together with the top 10 coupled to the rotating portion 21. When the pinion gear 24 is stopped, And the top 10 is released from the portion 22.

However, such a conventional top toy needs to be moved to a position where the winder 30 can be pulled after inserting the winder 30 into the winder through hole 23 of the top launch portion 20, .

Korean public utility model 2011-0010131

In order to solve such a problem, the present invention provides an improved top toy which can move a top during rotation, and can easily combine a launching part for rotating the top to fire and a winder for providing a rotating force to the top .

In order to attain the above object, the present invention provides a top toy, comprising: a winder coupling part cut out to be inserted into a part of a winder on one side of a launching part to be closely contacted; a pinion gear rotating in engagement with the winder; A launching button portion for pushing the top by pressing force by the user to penetrate the launching portion housing, the pinion gear, and the top driving portion and to separate the top from the top driving portion is formed A launching part; A top which rotates in association with a top driving part of the launch part and is selectively separated from the top driving part according to the operation of the launch button part; And a winder which is partially inserted into the winder coupling portion of the launching portion and horizontally moves along the winder coupling portion to rotate the pinion gear.

In addition, the present invention provides a top toy, comprising: a winder coupling portion that is cut so that a part of a winder is inserted into a side portion of a launcher housing to be closely contacted; a pinion gear rotatably engaged with the winder; And a firing hole portion that passes through the firing portion housing, the pinion gear, and the top drive portion, and moves up and down by the winder and presses the top so that the top is separated from the top drive portion by the elastic force of the spring. A formed launch portion; A top which rotates in association with a top driving part of the launch part and is selectively separated from the top driving part according to the operation of the part; And a winder which is inserted partly into the winder coupling portion of the launching portion and horizontally moves along the winder coupling portion, rotates the pinion gear, and presses the launching hole to move in the upward direction.

According to the present invention, there is provided a top toy comprising: a winder coupling portion cut out to insert a winder into one side of a launching portion housing; a pinion gear rotating in engagement with the winder; A launching unit having a top driving part and a stopper for engaging with the pinion gear on one side of the launching unit housing to stop the rotation of the pinion gear to separate the top from the top driving part by an inertial force; A top which rotates in association with a top driving part of the launch part and is selectively separated from the top driving part according to an operation of the stopper; And a winder which is partially inserted into the winder coupling portion of the launching portion and horizontally moves along the winder coupling portion to rotate the pinion gear.

The top drive unit according to the present invention includes a plurality of engaging portions formed to have a diameter larger than the diameter of the top and extended from the top driving portion by a predetermined length so that the top is supported by the top driving portion, .

Further, the top according to the present invention may include a blade having a top driving part engaging groove formed at an edge thereof to engage with the top driving part; A top shaft fixed to a lower portion of the blade; A top housing installed at a lower portion of the blade to support the top shaft so as to be rotatable; And a bottom portion provided at a lower portion of the top housing to form a rotating shaft for rotating the top.

The bottom portion according to the present invention may further comprise a bottom rotating shaft provided on a concentric axis with the top shaft; And a spring installed between the bottom rotation shaft and the top shaft to provide an elastic force such that the bottom rotation shaft and the top shaft maintain a constant gap.

Further, the bottom portion according to the present invention is detachably coupled to the top housing, and the bottom rotating shaft is replaceably installed.

Further, the winder according to the present invention includes a belt-shaped rack gear portion having a rack gear formed on one side thereof; A winder handle formed at the other end of the rack gear portion; And a winder engaging portion insertion groove formed by cutting the rack gear portion to a predetermined size along the longitudinal direction of the rack gear portion so as to be inserted into the winder engaging portion, wherein the rack gear portion has protrusions Is further formed.

In addition, the present invention provides a top toy, comprising: a winder coupling portion that is cut so that a part of a winder is inserted into a side portion of a launcher housing to be closely contacted; a pinion gear rotatably engaged with the winder; A pinion gear and a pinion driving unit, the pinion gear and the pinion driving unit being connected to the pinion driving unit and moving the pinion driving unit up and down to move the coupling unit supporting the pinion, A firing unit forming a firing operation unit for separating the firing unit; A top which rotates in association with a top driving part of the launching part and is selectively separated from the top driving part according to the operation of the emitting operation part; And a winder which is inserted partly into the winder coupling portion of the launching portion, horizontally moves along the winder coupling portion, rotates the pinion gear, and presses the launching portion to move upward.

The top drive unit according to the present invention may further include a pinion gear engaging groove for engaging with a firing operation unit, a top drive unit lower housing having an engaging portion through hole penetrating the engaging portion, A top driving part upper housing provided on an upper portion of the top housing of the top driving part and having a first through hole passing through the emitting operation part and a second through hole penetrating through the insertion protrusion of the supporting part; A pair of engaging parts movably installed at a predetermined distance from the engaging part through holes of the top driving part lower part and having a step formed at an end thereof to be fixed; An engaging portion guide having an inclined groove formed at an upper end of the engaging portion; A spring installed between the coupling parts to provide an elastic force such that the coupling part maintains a certain distance; And a supporter for supporting the engaging portion guide so that the engaging portion engages with the engaging portion guide so that the engaging portion is moved radially inward.

Further, the top according to the present invention may include a blade having a top driving part inserted into the top driving part and a plurality of top driving part inserting holes formed therein, and a top shaft formed at the bottom; A top housing installed at a lower portion of the blade to support the top shaft so as to be rotatable; And a bottom portion provided at a lower portion of the top housing to form a rotating shaft for rotating the top.

The present invention has an advantage in that the top can be moved while the top is being fired by the firing part and is rotating, thereby improving the interest of the top play.

In addition, the present invention has an advantage that the top can maintain the state of being rotated at the firing unit and can launch the top in rotation at a desired firing position, thereby further increasing the interest in the top fighting.

In addition, the present invention has an advantage that the winder can be easily coupled to the firing unit even when the top is coupled to the firing unit and is rotating, thereby further increasing the rotational force of the top during rotation.

1 is a perspective view showing a configuration of a top toy according to a conventional art;
2 is a perspective view showing a top toy according to the present invention.
FIG. 3 is a perspective view showing the top toy according to FIG. 2 in a coupled state; FIG.
Fig. 4 is a sectional view showing the structure of the top toy according to Fig. 2; Fig.
Fig. 5 is an exploded perspective view showing a configuration of a launching part of a top toy according to Fig. 2; Fig.
FIG. 6 is an exploded perspective view showing a top configuration of the top toy according to FIG. 2;
7 is a cross-sectional view showing the top structure of the top toy according to Fig. 2;
FIG. 8 is an exploded perspective view of another embodiment showing a configuration of a launching portion of a top toy according to the present invention. FIG.
9 is a sectional view showing the structure of the launching part of the top toy according to FIG.
FIG. 10 is a perspective view showing the top toy according to FIG.
11 is an exploded perspective view of still another embodiment showing a configuration of a launching portion of a top toy according to the present invention.
12 is a perspective view showing another embodiment of the top toy according to the present invention.
FIG. 13 is an exploded perspective view showing a configuration of a launching portion of a top toy according to FIG. 12; FIG.
14 is an exploded perspective view of the top toy according to FIG.

Hereinafter, a preferred embodiment of a top toy according to the present invention will be described in detail with reference to the accompanying drawings.

(Embodiment 1)

FIG. 2 is a perspective view showing a top toy according to the present invention, FIG. 3 is a perspective view showing a top toy according to an embodiment of the present invention, FIG. 4 is a sectional view showing the structure of the top toy according to FIG. 2, FIG. 6 is an exploded perspective view showing the configuration of the top toy of the top toy according to FIG. 2, and FIG. 7 is a cross-sectional view showing the top structure of the top toy of FIG. 2 .

As shown in FIGS. 2 to 7, the top toy according to the present invention is capable of moving a top during rotation, and can easily combine a launching unit for rotating the top to fire and a winder for providing a rotating force to the top , A top unit (200), and a winder (300).

A part of the winder 300 is inserted into one side of the launching part 100 and the rotational force generated when the inserted winder 300 horizontally moves is transmitted to the top part 200 coupled to the bottom part, The winder 200 includes a launching unit housing 110, a winder coupling unit 120, and a pinion 120. The launching unit housing 110 includes a winder coupling unit 120, A gear 130, a launch button unit 140, and a top drive unit 150.

A housing space is formed in the launching unit housing 110 such that the pinion gear 130 and the launch button unit 140 are rotatably mounted. On one side of the launching unit housing 110, a handle (not shown) And a space is formed in the other side of the winder 300 so that the winder 300 can move horizontally along a predetermined path when the winder 300 is partially inserted and adhered to the other side.

The launching part housing 110 is composed of an upper housing 110a and a lower housing 110b and a launch button installation hole 112 is formed in the upper housing 110a so that a part of the launch button part 140 is projected. And a pinion gear installation hole 113 is formed in the lower housing 110b so that a part of the pinion gear 130 passes through the lower housing 110b.

The winder coupling unit 120 is a cutout space formed at one side of the launcher housing 110 and includes a pinion gear 130 installed inside the launcher housing 110 with a part of the winder 300 inserted therein, A first upper guide 121a for allowing the winder 300 to closely contact and forming a path so that the winder 300 can move horizontally along the launcher housing 110, A guide 121b, and a second guide 122. As shown in Fig.

The first upper guide 121a is installed on one side of the upper housing 110a and the first lower guide 121b is fixed to one side of the lower housing 110b at a predetermined distance And a portion of the winder 300 is inserted into a space between the first upper guide 121a and the first lower guide 121b.

The second guide 122 is installed inside the upper and lower housings 110a and 110b spaced apart from the first upper guide 121a and the first lower guide 121b by a predetermined distance, The winder 300 inserted into the space between the first lower guide 121a and the first lower guide 121b is prevented from being inserted further into the launching housing 110, And forms a path so as to move in the horizontal direction along the sub-housing 110.

The second guide 122 is formed with a gear penetration part 123 so that the rack gear formed in the inserted winder 300 and the pinion gear 130 installed in the launcher housing 110 can mate with each other.

The pinion gear 130 is installed inside the launching unit housing 110 and is engaged with the winder 300 to rotate the top engaging unit 150. The pinion gear 130 rotates inside the launching unit housing 110, And a lower bearing 131 for supporting the rotation shaft of the pinion gear 130 to the launching unit housing 110 so that the pinion gear 130 can be smoothly rotated in the launching unit housing 110, And an upper bearing (132).

The lower bearing 131 is installed on the pinion gear mounting hole 113 formed in the lower housing 110b to support the pinion gear 130 so that the pinion gear 130 can be rotated smoothly and the upper bearing 132 supports the upper housing 110a, So that the pinion gear 130 rotates smoothly.

The pinion gear 130 and the upper bearing 132 are formed with through holes 130a and 132a so that a part of the launch button unit 140 can be moved through the pinion gear 130 and the upper bearing 132.

The launch button unit 140 is installed in the upper housing 110a of the launching unit housing 110. The launching button unit 140 passes through the launching unit 100 in the vertical direction and the top 200, A push button body 141 provided on the push button mounting hole 112 of the upper housing 110a and a push button body 141 extending from the push button body 141 by a predetermined length, A firing button part hole 142 installed to penetrate the upper part 100 and press the upper part of the upper part 200 to separate the upper part 200 and an elastic force And a spring 143 for providing a spring force.

A pinion gear engaging groove 151 is formed at the center of a body of the pinion driving unit 150 so that the pinion gear 130 rotates in conjunction with the pinion gear 130. The pinion gear 130 is coupled to a rotary shaft of the pinion gear 130 The top drive part 150 is rotatably installed on a bottom surface of the launch part housing 110 and is detachably coupled to the top drive part coupling groove 211 formed around the blade 210 of the top part 200 at the bottom of the bottom part of the top drive part 150 The engaging portion 152 is formed by extending a certain length.

The diameter of the top drive unit 150 is larger than the diameter of the blade 210 of the top unit 200 so that the top end of the top unit 200 can be stably engaged and fixed around the blade.

A step 153 is formed in an inner lower portion of the engaging portion 152 so that the engaging portion 152 inserted into the engaging portion 152 is engaged with the top 200).

In addition, the 'V' shape of the engaging portion 152 allows the top 200 to easily engage with or be easily separated from the top driving portion 150.

The top 200 rotates in conjunction with the top driving unit 150 of the launch unit 100 and selectively rotates away from the top driving unit 150 according to the operation of the launch button unit 140, A top shaft 220, a top housing 230, a bottom portion 240, and a bottom rotary shaft 250 so as to allow movement of the top.

The blades 210 are made of a metal and have a plurality of top drive coupling grooves 211 which are engaged with the coupling portions 152 of the top drive portion 150 at the rims.

The top shaft 220 may be installed at a lower portion of the blade 210 and may have a rectangular shape so that the top end of the top shaft 220 is fixedly secured to the blade 210 and may have a stripe pattern so as not to slip.

The top housing 230 is a cylindrical member provided at a lower portion of the blade 210 to support the top shaft 220 so that the top shaft 220 is rotatably received therein. (221) and the lower bearing (222).

The bottom portion 240 is detachably attached to the bottom engaging portion 231 under the top housing 230 and provides a rotating shaft for rotating the top 200. The bottom rotating shaft 250 and the spring 251 .

The bottom rotation shaft 250 is a protruding member having a predetermined shape and is installed on a concentric axis with the top shaft 220 and fixed via the bottom portion 240. The bottom rotation shaft 250 is rotated The bottom portion 240 may be separated from the top housing 230 and then replaced with another bottom rotation shaft 250 having an arbitrary shape.

The spring 251 is installed between the bottom rotation shaft 250 and the top shaft 220 to provide an elastic force such that the bottom rotation shaft 250 and the top shaft 220 maintain a constant gap.

That is, the spring 251 separates the top 200 from the launcher 100 and absorbs the impact when the bottom rotation shaft 250 of the top 200 touches the ground, so that the rotational force of the top 200 So that it can be prevented from being reduced.

In addition, the bottom portion 240 according to the present invention is detachably coupled to the top housing 230 to replace the bottom rotation shaft 250.

The winder 300 is partially inserted into the winder coupling part 120 of the launching part 100 and horizontally moves along the winder coupling part 120 to rotate the pinion gear 130, A rack gear portion 310, a winder knob 320, a winder coupling portion insertion groove 330, and a winder guide 340.

The rack gear portion 310 is a member formed with a rack gear on one side surface of a belt-like body, and is formed to have a constant width.

The winder knob 320 is formed at the other end of the rack gear portion 310 to allow the rack gear portion 310 to be pulled in a state where the user grips the rack gear portion 310.

The winder coupling portion insertion groove 330 is formed in a predetermined size along the longitudinal direction of the rack gear portion 310 so that the rack gear portion 310 can be inserted into the cut space of the winder coupling portion 120, The rack gear is not formed in the winder coupling portion insertion groove 330 and does not engage with the pinion gear 130.

The winder guide 340 is formed at one side of the winder coupling portion insertion groove 330 and is inserted into the winder coupling portion 120 while the winder coupling portion insertion groove 330 is inserted into the winder coupling portion 120, The winder coupling portion insertion groove 330 guides the winder coupling portion insertion hole 330 in a horizontal direction without detaching from the winder coupling portion 120.

The operation of the top toy according to the first embodiment will now be described.

When the user grasps the handle 111 of the launching unit 100 and engages the engaging portion 152 of the top driving portion 150 with the engaging groove 211 of the top driving portion formed in the blade 210 of the top 200 The stepped portion 153 supports the lower end of the blade 210 to mount the top 200 on the firing portion 100.

When the winder 200 is mounted, the winder coupling portion insertion groove 330 of the winder 300 is inserted into the winder coupling portion 120 such that the winder insertion portion 330 is laterally inserted through the winder coupling portion 120, As shown in FIG.

When the user pulls the winder 300 in the horizontal direction while the winder 300 is coupled to the side of the launching unit 100, the pinion gear 130 of the launching unit 100 and the winder 300, The rack gear portions 310 of the pinion gears 310 are engaged with each other to rotate the pinion gear 130.

When the pinion gear 130 rotates, the top engaging portion 150 coupled to the pinion gear 130 rotates together to provide a rotational force to the top 200.

The winder 300 is inserted into the side of the launch part 100 and then pulled to provide additional rotational force to the top part 200 so that a further increased rotational force is transmitted to the top part 200 through the pinion gear 130 do.

When the user pushes the launch button unit 140 after moving the launch unit 100 and the top unit 200 to an arbitrary position in a state where a sufficient rotational force is transmitted to the top unit 200, The top portion 200 supported by the step 153 is separated from the top driving portion 150 and the top portion of the top portion of the bladder 210 100).

In addition, even when the user holds the top housing 230, the tops 200 are rotated by the rotational inertia of the blades 210 and the top shaft 220 and can maintain the rotating state, .

Therefore, the top can be moved from the firing part to the top while the top is rotating, the top can be kept rotating at the firing part, the top can be fired at the desired firing position, and the top is coupled to the firing part The winder can be easily coupled to the firing portion even in the rotating state, and the rotational force can be increased.

(Second Embodiment)

FIG. 8 is an exploded perspective view of another embodiment showing the configuration of a launching part of a top toy according to the present invention, FIG. 9 is a sectional view showing the structure of a launching part of a top toy according to FIG. 8, Fig.

8 to 10, the top toy according to the second embodiment includes a winder joining part 120 cut into a part of the winder 300 by being inserted into one side of the launching part housing 110 ' A pinion gear 130 'which rotates in conjunction with the winder 300, a pinion gear 150 which rotates the pinion 200 in cooperation with the pinion gear 130' And the top 200 is moved up and down by a protrusion 311 provided at a distal end of the winder 300 so that the top unit 200 is rotated by the top driving part 150 ', the pinion gear 130', and the top driving part 150, A launching part 100'forming a launching part 140'for pressing the top 200 to be separated from the top driving part 150 of the launching part 100 ' A top 200 selectively separated from the top driving part 150 according to the operation of the driving part 140 ' A winder for partially moving the pinion gear 130 'and horizontally moving the pinion gear 130' along the winder engaging part 120 and partially moving the pinion gear 130 ' (300).

Repeated descriptions of the same constituent elements as those of the first embodiment are omitted, and the same reference numerals are used for the same constituent elements.

The launching unit 100 'according to the second embodiment is similar to the launching unit 100 according to the first embodiment in that the pinion gear 130' and the part of the launching hole 140 'and the winder 300 There is a difference in configuration.

A part of the winder 300 is inserted into one side of the launching unit 100 'and the rotational force generated when the inserted winder 300 horizontally moves is transmitted to the top 200 coupled to the bottom, The winder joining part 120 and the pinion gear 110 are rotated such that the top 200 is rotated and the top 200 in rotation is separated from the launching part 100 ' A launching hole portion 140 ', and a top driving portion 150. The top opening portion 130'

The pinion gear 130 'is installed inside the launching unit housing 110' and is engaged with the winder 300 to rotate the top engaging unit 150. The pinion gear 130 ' And a rotation shaft of the pinion gear 130 'is connected to the launcher housing 110' so that the pinion gear 130 'can smoothly rotate in the launcher housing 110' The pinion gear 130 'and the upper bearing 132' are formed so as to penetrate through the firing hole portion 140 'so that the firing hole portion 140' can pass through the lower bearing 131 'and the upper bearing 132' The ball is perforated.

In addition, the pinion gear 130 'is formed with a fixing protrusion 130b to prevent the top engaging portion 150 coupled to the lower end portion from being separated during rotation.

The emitting hole 140 is vertically moved by the winder 300 to press the upper surface of the top 200. The emitting hole includes the secondary body 141 ' A ball 143 ', and a spring 144'.

The bladder body 141 'has a truncated conical shape tapered downward so that the entire bladed portion 140' is vertically moved upward by the protrusion 311 formed at the distal end of the winder 300.

The blast hole secondary guide 142 'is formed such that the blast hole extends from the upper surface of the secondary body 141' by a predetermined length and the blast hole 140 'moves upward in the upper bearing 132' Guide the route.

The ball 143 'is formed such that the ball is extended from the bottom surface of the secondary body 141' by a predetermined length and the ball 200 contacting the distal end of the ball 143 'is separated from the shooting unit 100' Hit.

The spring 144 'is configured to provide an elastic force such that the bladder body 141' is pressed downward. When the bladder body 141 'is moved upward by the winder 300 , An elastic force that the ball 143 'hits the top 200 and an elastic force that causes the ball to come back into the main body 141'.

The pinion gear engaging groove 151 is formed at the center of the pinion driving part 150 so that the pinion gear 130 rotates in conjunction with the pinion gear 130 ' And a top driving part coupling groove 211 formed around the blade 210 of the top 200 is detachably attached to the bottom of the top driving part 150. The top driving part 150 is coupled to the bottom part of the top housing 110 ' The coupling portion 152 'is formed by extending a certain length.

The top drive unit 150 is coupled to the fixing protrusion 130b formed at the lower end of the pinion gear 130 'inside the pinion gear engagement groove 151 to prevent the top drive unit 150 from being separated during rotation A fixing groove 151a 'is formed.

The winder 300 has a strip-shaped rack gear portion 310 having a rack gear formed on one side thereof, and a protrusion 311 protruding at a predetermined size is formed at a distal end of the rack gear portion 310 A winder knob 320 is formed at the other end of the rack gear portion 310 so that the rack gear portion 310 is inserted into the winder coupling portion 120, And the projecting portion 311 is formed at the lower end of the lower body 141 'in the pulling operation of the winder 300, So that the firing hole portion 140 'is moved upward.

The operation of the top toy according to the second embodiment will now be described.

When the user grasps the handle 111 of the launching unit 100 'and the top drive portion engaging groove 211 formed in the blade 210 of the top portion 200 is engaged with the engaging portion 152 of the top drive portion 150 So that the stepped portion 153 supports the lower end of the blade 210 to mount the top 200 on the launching portion 100 '.

When the winder 200 is mounted, the winder coupling portion insertion groove 330 of the winder 300 is inserted into the winder coupling portion 120 such that the winder insertion portion 330 is laterally inserted through the winder coupling portion 120, ').

When the user pulls the winder 300 in the horizontal direction while the winder 300 is coupled to the side of the launching unit 100 ', the pinion gear 130' of the launching unit 100 ' The rack gear portion 310 of the pinion gear 300 meshes with each other to rotate the pinion gear 130 '.

When the pinion gear 130 'rotates, the top engaging portion 150 interlocked with the pinion gear 130' also rotates to provide rotational force to the top 200.

The projecting portion 311 formed at the distal end of the rack gear portion 310 presses the blowing hole portion 140 'to move upward in the pulling operation of the winder 300 and then the pushing portion 100' The bladder 140 'moves downward due to the elastic force of the spring 144' and the ball 143 'presses (or blows) the upper surface of the blade 210 of the top 200, The top 200 supported by the step 153 is separated from the top driving part 150 and fired by the firing part 100 '.

(Third Embodiment)

11 is another exploded perspective view showing the configuration of the launching unit of the top toy according to the present invention.

11, the top toy according to the third embodiment includes a winder coupling part 120 cut to insert a winder 300 into one side of the launcher housing 110, A pinion gear 130 for rotating the pinion gear 130 while rotating together with the pinion gear 130 and a pinion gear 130 for rotating the pinion gear 130 in conjunction with the pinion gear 130, And stops the rotation of the pinion gear 130 when the rotation of the pinion gear 130 is stopped by the inertial force so that the pinion gear 130 is separated from the pinion driving unit 150 And a top portion that is selectively separated from the top driving portion 150 in accordance with an operation of the stopper 160. The top end portion of the top driving portion 150 is rotated by engaging with the top driving portion 150 of the launch portion 100 ' (200), and a part of which is inserted into the winder coupling part (120) of the launching part (100 ') And a winder 300 that horizontally moves along the winder coupling part 120 and rotates the pinion gear 130.

Repeated descriptions of the same constituent elements as those of the first embodiment are omitted, and the same reference numerals are used for the same constituent elements.

The top toy according to the third embodiment differs from the launch unit 100 " in that the launch unit 100 " stops the rotation of the pinion gear 130 so that the top unit 100 " The launcher 100 'includes a launcher housing 110, a winder coupling unit 120, a pinion gear 130, a top drive unit 150, and a stopper 160 .

The stopper 160 is provided on a stopper mounting hole 114 provided on one side of the launching housing 110 to selectively stop the rotation of the pinion gear 130. A stopper button 161 is formed on one side And a stopper shaft 162 extending from the stopper button 161 by a predetermined length and mating with the pinion gear 130 is formed and the stopper shaft 162 is separated from the pinion gear 130 by a predetermined distance And a spring 163 that provides an elastic force to hold the stopper shaft 162 and move the stopper shaft 162 to mate with the pinion gear 130 and return the stopper shaft 162 to its original position.

That is, when the user presses the stopper 160 while the pinion gear 130 freely rotates through the wire 300, the stopper 160 meshes with the pinion gear 130 at the end of the stopper shaft 162, (130) is forcibly stopped.

Hereinafter, the operation of the top toy according to the third embodiment will be described.

When the user grasps the handle 111 of the launching unit 100 "and the top drive part engaging groove 211 formed on the blade 210 of the top unit 200 is engaged with the engaging part 152 of the top drive part 150 So that the step 153 supports the lower end of the blade 210 to mount the top 200 on the launching portion 100 ".

When the winder 200 is mounted, the winder coupling portion insertion groove 330 of the winder 300 is inserted into the winder coupling portion 120 such that the winder insertion portion 330 is laterally inserted through the winder coupling portion 120, Quot;). ≪ / RTI >

When the user pulls the winder 300 in the horizontal direction while the winder 300 is coupled to the side surface of the launch portion 100 ", the pinion gear 130 of the launch portion 100 & The rack gear portions 310 of the pinion gears 300 are engaged with each other to rotate the pinion gear 130.

When the pinion gear 130 rotates, the top engaging portion 150 coupled to the pinion gear 130 rotates together to provide a rotational force to the top 200.

In addition, when sufficient rotational force is not generated in the process of pulling the winder 300, the winder coupling portion insertion groove 330 is inserted into the winder coupling portion 120 of the launch portion 100 " again, The pinion gear 130 is rotated by the pinion gear 130 to rotate the pinion 200 at a higher speed by pulling the grip 320 of the winder again while the winder 300 is engaged with the firing portion 100 " .

When the stopper 160 is pushed by the stopper shaft 162 and the pinion gear 130 is engaged with the pinion gear 130 while the pinion gear 200 is rotating, the rotation of the pinion gear 130 is stopped, And the rotating top member 150 is also stopped.

When the rotation of the top catching portion 150 is stopped, a rotating inertial force is generated in the top portion 200 which is engaged with the top portion of the top catching portion 152 through the coupling portion 152, .

When the tops 200 move in the rotational direction by the inertial force, the blades 210 exceed the supporting force by the step 153 and the tops 200 are separated by moving in the rotating direction along the inclined surfaces of the engaging portions 152 The top 200 having a sufficient rotational force is emitted from the launching portion 100 ".

(Fourth Embodiment)

FIG. 12 is a perspective view showing another embodiment of the top toy according to the present invention, FIG. 13 is an exploded perspective view showing the configuration of the top portion of the top toy according to FIG. 12, Fig.

First, repetitive explanations of the same constituent elements as those of the first embodiment are omitted, and the same reference numerals are used for the same constituent elements.

12 to 14, the top toy according to the fourth embodiment includes a winder joining part 120 cut into a part of the winder 300 to be in close contact with one side of the launching part housing 110, A pinion gear 130 "that rotates in engagement with the winder 300 and a top drive 150 'that rotates the top 200' in cooperation with the pinion gear 130" Is connected to the top driving part 150 'through the pinion gear 130' 'and the top driving part 150' and moves the top driving part 150 'up and down to support the top 200' A launching portion 100 "'in which a joint portion 152' is moved to form a launching portion 140" for separating the topsheet 200 'from the topsheet driving portion 150' 100 '' in accordance with the operation of the launching operation part 140 ", and selectively rotates the top driving part 150 ' And the pinion gear 130 '' is horizontally moved along the winder coupling part 120 by being partially inserted into the winder coupling part 120 of the launching part 100 '' ' And a winder 300 for rotating the launching operation unit 140 " so as to move upward.

The top toy according to the fourth embodiment is different from the top toy according to the first embodiment in terms of the launch portion 100 '' 'and the top portion 200'.

More specifically, the pinion gear 130 '' and the launching portion 140 '' rotate together and the top driving portion 150 'moves in the vertical direction, The top 200 'is configured to be separated from the launch portion 100' 'in accordance with the operation of the top driving portion insertion groove 212 and the top driving portion insertion groove 212 is formed on the top surface of the top portion 200'.

The pinion gear 130 '' is rotatably installed in the launcher housing 110 and rotates together with the winder 300 to rotate the top engaging portion 150 '. The pinion gear 130' And an engaging groove 130b " for engaging with the engaging projection 145 "of the launching operation part 140" is formed inside the through hole 130a " The rotation operation unit 140 " rotates together.

The pinion gear 130 "includes a lower bearing 131" for supporting the rotation shaft of the pinion gear 130 " to the launcher housing 110 so as to rotate smoothly in the launcher housing 110, And an upper bearing 132 " for supporting the rotation axis of the launching operation part 140 " so that the launching operation part 140 "can smoothly rotate in the launching part housing 110. [

The launching part 140 '' is installed vertically through the launching part 100 '' and moves upward in the vertical direction so that the upper part of the top supporting part 140 ' 200 'is separated from the top drive part 150' and is rotatably installed in the launch button mounting hole 112 of the upper housing 110a through an upper bearing 132 ' 110b formed in the distal end portion of the winder 300 through the pinion gear mounting hole 113 of the pinion gear mounting hole 113 and coupled to the top engagement portion 150 ' So that the top drive part 150 'connected to the end of the launching part 140' moves vertically upward together with the spring 144 ' ").

In addition, the launching operation part 140 '' is formed with a locking protrusion 145 '' that engages with the engagement groove 130b '' of the pinion gear 130 '' so as to rotate together with the pinion gear 130 ''.

The top driving part 150 'includes a top driving part lower housing 150a', a top driving part upper housing 150b ', a pair of engaging parts 152', and a supporting part 157 '.

The upper housing 150a 'of the top driving unit is configured to have a rectangular coupling shape such that the pinion gear engaging groove 151' to which the launching portion 140 '' is engaged and the engaging portion 152 ' Through holes (170) are formed.

The top housing 150b 'of the top drive unit is installed on the top housing 150a' and includes a first through hole 171 through which the shooting operation unit 140 ' And a second through hole 172 through which the insertion protrusion 158 'passes.

The engaging portion 152 'is provided movably opposite to the engaging portion through hole 170 of the top driving portion lower housing 150a', and the engaging portion 152 'is spaced apart from the engaging portion 152' And a step 153 'is formed at a distal end of the top plate 152' to fix the top plate 200 '.

In addition, a coupling portion guide 154 'having an inclined groove portion is provided at the upper end of the coupling portion 152', and a spring fixing portion 155 'is installed at one side of the coupling portion 152' So that the spring 156 ', which provides an elastic force so as to maintain a certain distance between the engaging portions 152', is fixed.

The support portion 157 'is disposed on the bottom surface of the lower housing 110b and the inclined insertion protrusion 158' formed at the distal end thereof passes through the second through hole 172 of the upper drive portion upper housing 150b ' The insertion protrusions 158 'are engaged with the inclined engaging portion guides 154' of the engaging portions 152 'to support the engaging portions 152' to move radially inwardly, .

The tops 200 'form a plurality of top-driving-portion inserting grooves 212, which are rectangular in shape, to which the engaging portions 152' of the top-top driving portion 150 'are inserted and engaged. A top housing 230 'installed at a lower portion of the blade 210' to support the top shaft so as to be rotatable; a top housing 230 'installed at a lower portion of the top housing 230' And a bottom portion 240 'that forms a rotation axis so that the rotation shaft 200' rotates.

The bottom portion 240 'is provided with a bottom rotation shaft 250' to provide a rotation shaft for rotating the top unit 200 '. The bottom rotation shaft 250' is a protruding member having a predetermined shape, And the bottom rotation shaft 250 'separates the bottom portion 240' from the top housing 230 'in accordance with a user's selection, and then rotates the bottom portion 240' The bottom rotation axis 250 'of the other shape having the shape of the bottom rotation axis 250'.

The bottom rotation shaft 250 'is provided with a spring between the bottom rotation shaft 250' and the top shaft so as to provide an elastic force such that the bottom rotation shaft 250 'and the top shaft maintain a predetermined gap, 250 ') touches the ground, absorbing the impact and preventing the rotational force of the top (200') from being reduced.

The operation of the top toy according to the fourth embodiment will now be described.

When the user grasps the handle 111 of the launching unit 100 '', the swaging drive unit insertion groove 212 formed in the blade 210 'of the swinging gear 200' 152 'so that the stepped portion 153 supports the blade 210' to mount the top 200 'on the launch portion 100' ''.

When the top 200 'is mounted, the winder coupling portion insertion groove 330 of the winder 300 is inserted into the winder coupling portion 120 such that the winder insertion portion 330 is laterally inserted through the winder coupling portion 120, 100 '").

When the user pulls the winder 300 in the horizontal direction with the winder 300 coupled to the side of the launching unit 100 '', the pinion gear 130 '' of the launching unit 100 '' ' The rack gear portions 310 of the winder 300 are engaged with each other to rotate the pinion gear 130 ".

When the pinion gear 130 "rotates, the firing driving part 140 ", which is interlocked, and the top engagement part 150 'rotate together to provide a rotational force to the top 200'.

The projecting portion 311 formed at the distal end of the rack gear portion 310 presses the shooting operation portion 140 " so as to move upward during the pulling operation of the winder 300, When separated, the fire actuating part 140 " moves upward and moves the top engaging part 150 'upward.

When the top engagement portion 150 'moves upward, the support portion 157' comes into close contact with the bottom surface of the lower housing 110b and is no longer moved. The insertion protrusion 158 'of the support portion 157' Passes through the second through hole 172 of the top engagement portion 150 'and engages with the inclined engagement portion guide 154' of the engagement portion 152 '.

At this time, since the engaging portion 152 'is moved radially inward due to the inclined surface of the engaging portion guide 154', the top portion 200 'supported by the step 153' of the engaging portion 152 ' Is separated from the firing portion 100 '".

After the top 200 'is separated and the launching part 140' is retracted downward by its own weight, the guide part 154 'also moves and the supporting part 157' The engaging portion 152 'which is pulled by the insertion protrusion 158' of the engaging portion 158 'also extends in the radially outward direction.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined in the appended claims. It can be understood that

In the course of the description of the embodiments of the present invention, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation, , Which may vary depending on the intention or custom of the user, the operator, and the definitions of these terms should be based on the contents throughout this specification.

100, 100 ', 100 ", 100''': launch part 110: launch part housing
110a: upper housing 110b: lower housing
111: Handle 112: Launch button mounting hole
113: Pinion gear mounting hole 114: Stopper mounting hole
120: winder engaging portion 121a: first upper guide
121b: first lower guide 122: second guide
123: gear penetration part 130, 130 ': pinion gear
130a, 130a ': Through hole 130b: Fixing projection
131, 131 ': Lower bearing 132, 132': Upper bearing
132a: Through hole 140: Launch button part
140 ': Launching hole 141: Launching button body
141 ': Launching hole body 142: Launch button part ball
142 ': Launching hole guide 143: Spring
143 ': ball 144': spring
150: top driving part 151: pinion gear engaging groove
151a ': Fixing groove 152:
153: step 160: stopper
161: stopper button 162: stopper shaft
163: spring 200: top
210: blade 211: top driving part engaging groove
220: top shaft 221: upper bearing
222: lower bearing 230: top housing
231: Bottom engaging portion 240:
250: bottom rotating shaft 251: spring
300: Winder 310: Rack gear part
311: protrusion 320: winder handle
330: Winder engaging part inserting groove 340: Winder guide

Claims (11)

As a top toy,
A pinion gear 130 rotatable to engage with the winder 300, a pinion gear 130 coupled to the pinion gear 130, A top driving unit 150 for rotating the top unit 200 in cooperation with the pinion gear 130 and a top driving unit 150 passing through the top unit housing 110, the pinion gear 130 and the top driving unit 150, A firing unit (100) forming a firing button unit (140) for pressing the top (200) by a pressing force that a user presses to separate the top driving unit (150) from the top driving unit (150);
A top 200 rotated in association with a top driving part 150 of the launch part 100 and selectively separated from the top driving part 150 according to the operation of the launch button part 140; And
And a winder 300 partially inserted into the winder coupling part 120 of the launching part 100 and horizontally moving along the winder coupling part 120 to rotate the pinion gear 130, toy.
As a top toy,
A winder coupling part 120 cut at one side of the launcher housing 110 'so that a part of the winder 300 is inserted and closely contacted with the pinion gear 130' A pinion gear 130 'and a pinion driving unit 150. The pinion gear 130' and the pinion gear 130 'rotate together to rotate the pinion gear 200. The pinion gear 130' A launching part 140 'which forms a launching hole 140' for pushing the top 200 so that the top 200 moves upward and downward by the winder 300 and is separated from the top driving part 150 by the elastic force of a spring, (100 ');
A top 200 rotated in association with the top driving part 150 of the launch part 100 'and being selectively separated from the top driving part 150 according to the operation of the emitting hole part 140'; And
A part of the pinion gear 130 'is inserted into the winder coupling part 120 of the launching part 100' to horizontally move along the winder coupling part 120 to rotate the pinion gear 130 ''To move upward in the upward direction.
As a top toy,
A pinion gear 130 rotatably engaged with the winder 300 and a pinion gear 130 coupled to the pinion gear 130. The pinion gear 130 is coupled to the pinion gear 130, The pinion gear 130 is coupled to one side of the launching unit housing 110 to stop the rotation of the pinion gear 130 to rotate the pinion gear 130 in cooperation with the pinion gear 130, A launching unit 100 "in which a stopper 160 is formed to allow the tops 200 to be separated from the tops driving unit 150;
A top 200 selectively rotated from the top driving part 150 in accordance with the operation of the stopper 160 while rotating in conjunction with the top driving part 150 of the launching part 100 "
And a winder 300 partially inserted into the winder coupling part 120 of the launching part 100 "and horizontally moving along the winder coupling part 120 to rotate the pinion gear 130 Top toy.
4. The method according to any one of claims 1 to 3,
The top driving unit 150 is formed to have a diameter larger than the diameter of the top 200 and is extended from the top driving unit 150 by a predetermined length so that the top unit 200 is supported by the top driving unit 150, And a plurality of engaging portions (152) which are in close contact with the periphery of the blade (210).
4. The method according to any one of claims 1 to 3,
The top 200 includes a blade 210 having a top driving part coupling groove 211 coupled to a top driving part 150 at a rim thereof.
A top shaft 220 fixed to a lower portion of the blade 210;
A top housing 230 installed at a lower portion of the blade 210 to support the top shaft 220 so as to be rotatable; And
And a bottom portion (240) provided at a lower portion of the top housing (230) to form a rotating shaft for rotating the top (200).
6. The method of claim 5,
The bottom portion 240 includes a bottom rotation shaft 250 disposed concentrically with the top shaft 220; And
And a spring 251 installed between the bottom rotation shaft 250 and the top shaft 220 to provide an elastic force such that the bottom rotation shaft 250 and the top shaft 220 maintain a predetermined gap therebetween Top toy.
The method according to claim 6,
Wherein the bottom portion (240) is detachably coupled to the top housing (230) to replace the bottom rotation shaft (250).
4. The method according to any one of claims 1 to 3,
The winder 300 includes a belt-shaped rack gear portion 310 having a rack gear formed on one side thereof;
A winder knob 320 formed at the other end of the rack gear portion 310; And
And a winder coupling portion insertion groove 330 formed by cutting the rack gear portion 310 along the longitudinal direction of the rack gear portion 310 to have a predetermined size so that the rack gear portion 310 is inserted into the winder coupling portion 120,
Wherein the rack gear portion (310) further comprises a protrusion (311) protruding at a predetermined size at a distal end portion thereof.
As a top toy,
And a pinion gear 130 '' which rotates in engagement with the winder 300. The pinion gear 130 'and the pinion gear 130' A top driving part 150 'that rotates the top 200' in cooperation with the pinion gear 130 "and a top driving part 150 'which penetrates the top end housing 110, the pinion gear 130" and the top driving part 150' So that the top portion 200 'is connected to the top driving portion 150' and the top driving portion 150 'is moved up and down to move the top portion 200' A launching portion 100 "'defining a launching portion 140 "
A top 200 'which rotates in conjunction with the top driving part 150' of the launching part 100 '' and is selectively separated from the top driving part 150 'according to the operation of the launching part 140'; And
Is partly inserted into the winder coupling portion 120 of the launching portion 100 '' and is horizontally moved along the winder coupling portion 120 to rotate the pinion gear 130 ' 140 ") is moved upward. ≪ / RTI >
10. The method of claim 9,
The top driving part 150 'includes a pinion gear engaging groove 151' for engaging the ejecting operation part 140 "and a top driving part 150 'for forming a coupling part through hole 170 through which the engaging part 152' A lower housing 150a ';
A first through hole 171 through which the shooting operation part 140 "passes and an insertion protrusion 158 'of the supporting part 157' through which the top driving part lower housing 150a ' A top drive part upper housing 150b 'forming a second through hole 172;
A pair of engaging portions 153 'formed to be movable apart from the engaging portion through holes 170 of the upper housing 150a' by a predetermined distance and having a step 153 ' A portion 152 ';
An engaging portion guide 154 'having an inclined groove formed at an upper end of the engaging portion 152';
A spring 156 'installed between the engaging portions 152' to provide an elastic force to maintain the engaging portions 152 'at a predetermined distance; And
The inclined insertion protrusion 158 'formed at the distal end passes through the upper housing 150b' and the insertion protrusion 158 'is engaged with the coupling portion guide 154' ) To move radially inwardly. ≪ Desc / Clms Page number 24 >
10. The method of claim 9,
The topsheet 200 'includes a blade 210' having a plurality of topsheet insertion grooves 212 formed in an upper surface of the topsheet 200 to be engaged with the topsheet driving portion 150 'and having a top shaft at the bottom thereof.
A top housing 230 'installed at a lower portion of the blade 210' to support the top shaft so as to be rotatable; And
, And a bottom portion (240 ') provided at a lower portion of the top housing (230') to form a rotating shaft for rotating the top (200 ').

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