JP2007111144A - Toy top - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a toy top with such a figure body with a holder part disposed above a top body that is hardly affected by the rotation of the top body and that can be easily visually recognized while the top body is rotating. <P>SOLUTION: The toy top is composed of a rotating top shaft, a flywheel part journaled to the rotating top shaft, and the figure body. A pivot socket is formed inside the figure body, and the upper distal end of the rotating toy shaft is formed in the shape of a drill. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a top toy.

  Conventionally, there are various types of tops, for example, “Basame Sesame” in which the shape of the top is formed in a conical shape, and “Borse Sesame” in which a trunk is fixed to a mandrel. In recent years, there has been known a top toy that is provided with a figure above the top and plays by colliding each other.

  For example, as disclosed in Japanese Patent Application Laid-Open No. 9-38337, “game device”, it is composed of a top body and a pop-out member that rotates integrally with the top body and is urged by an elastic member. There is a top toy that loses when the member jumps out. Like this top toy, the top main body and the pop-out member in the conventional top toy are such that when the top main body rotates, the pop-out member rotates in the same way, and the rotating pop-out member cannot visually recognize its shape. There wasn't.

Therefore, there has been a demand for a top toy in which the figure placed above the top is less affected by the rotation of the top body even when the top is rotated.
JP-A-9-38337

  Accordingly, the present invention has been made in view of the above-described problems of the prior art, and even if the frame main body rotates, a figure having a holding portion disposed above the frame main body is removed from the frame main body. It is an object of the present invention to provide a top toy that is less affected by rotation and that makes it easy to visually recognize a figure while the top body is rotating.

  The invention according to claim 1 is a top toy comprising a rotary piece shaft, a flywheel portion fixed to the rotary piece shaft, and a figure, wherein a pivot receiving part is formed inside the figure, and the rotary piece An upper tip of the shaft is formed in a conical shape, and the shape receiving body is supported above the flywheel portion by supporting the pivot receiving portion at a point contact with the upper tip of the rotary piece shaft, and the pivot piece and the pivot are pivoted. The rotational resistance with the receiving portion is small.

  According to a second aspect of the present invention, in the first aspect, the pivot receiving portion is disposed above the vicinity of the center of gravity of the figure.

  Invention of Claim 3 has the ring body externally fitted to the said flywheel part in Claim 1 or 2, and the convex part is formed in the outer peripheral surface of the said ring body in the predetermined space | interval. It is characterized by.

  The invention described in claim 4 is characterized in that, in claim 3, the width of the figure is smaller than the outer diameter of the ring, and the ring protrudes to the side of the figure.

  According to a fifth aspect of the present invention, in any one of the first to fourth aspects, the frame includes a top shaft cover that fits a lower tip of the rotary top shaft, and a lower end of the top shaft cover is formed in a substantially hemispherical shape. It is characterized by being.

  A sixth aspect of the present invention is the rack belt according to any one of the first to fifth aspects, wherein the rack belt has a pinion gear fixed to the rotary piece shaft and meshes with the pinion gear inside the figure. A rack belt insertion path for inserting the rack is formed.

  A seventh aspect of the present invention provides the rotary piece shaft according to any one of the first to sixth aspects, wherein the rotary piece shaft includes a drop-off preventing tool fixed to the rotary piece shaft, It is characterized in that it is prevented from falling off.

  According to the first aspect of the present invention, the upper tip of the rotary piece shaft is formed in a conical shape, and the pivot receiving portion located inside the figure is supported by the point contact. Friction is extremely small, and the rotational force of the rotary piece shaft is transmitted only to the pivot receiving portion. Therefore, the rotation of the figure when the rotary piece shaft rotates can be extremely slow compared to the rotation of the rotary piece shaft itself. Further, when a rotational force in the direction opposite to the rotational direction of the rotary piece shaft is applied to the figure, the rotational force of the rotary piece shaft is difficult to be transmitted, so that the rotational direction is easily rotated. In addition, even if the pivot receiving part rotates in the opposite direction as the figure rotates, the resistance to the rotating piece shaft rotating in the forward direction is extremely small and the influence on the rotating piece axis is extremely small. is there. Moreover, it can also be set as a top toy with high taste with respect to a player by providing a figure.

  According to the second aspect of the present invention, the pivot receiving portion is supported by the point contact at the upper end of the rotating piece shaft, and the pivot receiving portion is disposed above the vicinity of the center of gravity of the figure, thereby The inclination of the figurine caused by shaking etc. makes it possible to return like Yajirobei and enhances the posture stability of the figurine.

  According to invention of Claim 3, it has a ring body fitted on a flywheel part, and the convex part is formed in the outer peripheral surface of the said ring body by the predetermined space | interval. If you collide, it will rebound more violently. It is also possible to replace the convex portion if it is damaged or depending on the situation of top play.

  According to a fourth aspect of the present invention, the width of the figure is formed to be shorter than the outer diameter of the ring body, so that the convex portions provided on the outer peripheral surface of the ring body at a predetermined interval are formed in the figure body. It can be set as the state which protruded from a part or all of the outer periphery. Thereby, it is possible to reliably cause the convex portion protruding from the outer periphery of the figure to collide with another frame.

  According to the fifth aspect of the present invention, the coma shaft cover is fitted into the lower tip of the rotating coma shaft, and the lower end of the coma shaft cover is formed in a hemispherical shape, so that the coma shaft cover and the ground Can contact at the point contact and minimize the friction with the ground. As a result, it is possible to suppress a decrease in the rotational force of the frame and to keep the frame rotating for a relatively long time. Further, by making the lower end of the top shaft spherical, an effect of preventing the player from being injured during the game can be obtained.

  According to the sixth aspect of the present invention, the rack belt insertion path for inserting the rack belt meshing with the pinion gear is formed inside the figure having the pinion gear fixed to the rotary piece shaft. By doing so, it is possible to easily rotate the rotary piece shaft at a high speed by inserting the rack belt into the rack belt insertion path, engaging the rack belt and the pinion gear, and pulling out the rack belt.

  According to the seventh aspect of the present invention, by having the drop-off prevention tool fixed to the rotary piece shaft, the figure body provided with the pivot receiving portion is prevented from dropping off from the rotary piece shaft. This prevents the figure from being lost and prevents the figure from dropping off due to a collision with another frame.

  A top toy comprising a rotary top shaft, a flywheel portion fixed on the rotary top shaft and a figure, wherein a holding portion forming a pivot receiving portion is provided in the vicinity of the center of gravity of the figure, and the pivot receiver A ring body having a convex portion formed on the outer periphery at a predetermined interval is externally fitted to the flywheel portion, and a top cover having a lower end formed in a spherical shape is attached to the rotary top shaft. The pinion gear and the drop-off prevention device are fitted to the lower end, and the pinion gear and the drop-off prevention device are fixed to the rotary piece shaft. Thus, the figure is supported above the flywheel portion.

  In addition, the holding part that forms the inside of the figure is formed with a conical recess having a wider angle than the cone at the upper end of the rotary piece shaft and a rack belt insertion path, and a drop prevention tool is provided above the flywheel of the rotary piece shaft. It is provided so that the rotating top shaft does not fall off from the figure.

  Hereinafter, an embodiment to which the present invention is applied will be described with reference to the drawings. FIG. 1 is a view showing the appearance of the top toy 10.

  The top toy 10 is composed of a top body 20, a figure 46 in which a holding portion 52 is provided, and a rack belt 70. This top toy 10 is based on a “trunk sesame” in which a barrel is fixed to a mandrel, but does not require a string required for a conventional top and easily rotates the top toy 10 using a rack belt 70. It is possible to make it. In addition, a figurative body 46 is disposed above the top body 20 to enhance the player's preference. In addition, the top 46 does not rotate at the same speed as the top body 10 even when the top body 10 rotates at a high speed, and is extremely slow compared to the rotational speed of the top toy 10. While rotating, the posture stability of the figure 46 is improved, and the shape of the figure 46 can be visually recognized.

  First, the rack belt 70 will be described with reference to FIG. The rack belt 70 is formed in a rod shape having a square cross section, and a tooth portion 72 that meshes with the pinion gear is formed on one side surface of the rod shape. Also, a ring-shaped finger hook portion 74 is formed at the end of the rack belt 70 formed in a rod shape, and when the rack belt 70 is used, the finger hook portion 74 is used with a finger. It is.

  Next, the top body 20 will be described with reference to FIGS. The top body 20 includes a rotary top shaft 22, a ring body 32, a top shaft cover 38, and the like.

  The rotary piece shaft 22 is made of metal and is a rod-like body, and a resin member 26 and a drop-off prevention tool 36 are fixed to the rotary piece shaft 22. A pivot 24 formed in a right cone shape with an apex angle of about 90 degrees is formed at the upper tip of the rotary piece shaft 22. In addition, a top shaft cover 38 is fitted at the lower end of the rotary top shaft 22 so as to contact the resin member 26. The holding part 52 is supported by a point contact by a pivot 24 formed at the upper end of the rotary piece shaft 22. The pivot 24 preferably has a conical shape from the balance of the top toy 10 as a whole. In addition to the conical shape, it may be a regular triangular pyramid or a regular polygonal pyramid that is a regular quadrangular pyramid.

  By supporting the holding portion 52 at the point contact with the right cone-shaped apex formed at the upper end of the rotary piece shaft 22 in this way, the rotation of the top body 10 is transmitted to the holding portion 52 with only a very small rotational force. First, the holding unit 52 has a rotational speed that is extremely slower than the rotational speed of the top body 10. In addition, when the rotational force of the rotation piece shaft 22 is applied to the figure 46 provided with the holding portion 52 in a direction opposite to the rotation direction of the rotation piece shaft 22, the rotation force of the rotation piece shaft 22 is difficult to be transmitted. The rotation is performed. Further, even when the figure 46 provided with the holding portion 52 rotates in the reverse direction, the resistance to the rotating piece shaft 22 rotating in the forward direction is extremely small, and the influence on the rotating piece shaft 22 is extremely small. .

  Next, the resin member 26 pivoted at a position slightly below the center of the rotary piece shaft 22 is formed in a thick disk shape with a resin such as polyacetal, and is concentric with the thick disk on the upper end surface of the resin member 26. A cylinder having an axis is formed, and a pinion gear 28 is formed at the tip of the cylinder. The resin member 26 has a hole penetrating from a pinion gear 28 formed at the tip of the cylinder to the lower end surface, and is fixed to the rotary piece shaft 22. The lower end surface of the resin member 26 is in contact with the upper end surface of the top shaft cover 38.

  Further, a flywheel 30 formed of a metal in a ring shape is fitted to the outer periphery of the resin member 26 formed in a thick disk shape. The upper end surface and the lower end surface of the flywheel 30 formed in a ring shape are formed in a shape that is gently inclined inward from the center toward the outer periphery. A ring body 32 is externally fitted to cover the outer periphery of the flywheel 30.

  The ring body 32 is formed in a ring shape with a resin such as ABS / polyacetal, and the inner peripheral surface of the ring body 32 is fitted on the outer periphery of the flywheel 30. Similar to the flywheel 30, the ring body 32 is formed in a shape that is gently inclined inward from the center of the upper end surface and the lower end surface of the ring body 32 toward the outer periphery. Further, on the outer peripheral surface of the ring body 32, there are provided protrusions 34 which are convex portions formed in a thick and semicircular shape at a predetermined interval. In the embodiment, the shape of the protrusion 34 is a convex portion formed in a semicircular shape, but the shape of the convex portion may be formed in any shape.

  The ring body 32 is detachably provided. When playing with another top toy, the collision state with the other top toy can be changed depending on the shape of the protrusion 34. This ring body 32 is exchanged so that the player's top toy 10 is superior to other top toys according to the player's preference, or the projection 34 is lost or worn due to a collision with another top toy. It may be exchanged to do.

  In addition, the ring body 32 of the embodiment is provided with projections 34 that are convex portions at predetermined intervals. However, the projection bodies 34 are formed at point-symmetrical positions with respect to the center of the ring body 32. It ’s fine.

  As shown in FIG. 4A, the ring body 32 has a semi-cylindrical projection on the outer peripheral surface thereof, and has an inclined surface cut from one end of the upper end surface of the semi-column to one end of the opposite lower end surface. As shown in FIG. 4B or the body 34, a rectangular parallelepiped protrusion 34 may be formed on the outer peripheral surface of the ring body 32. Thus, by forming the protrusions 34 in various shapes, it is possible to change the collision state with other top toys.

  Further, as shown in FIGS. 4A and 4B, convex portions 35 are formed on the inner peripheral surface of the ring body 32 at a plurality of locations along the inner periphery, and the convex portions 35 and the flywheel 30 are formed. Can be fixed in such a manner that they are elastically adhered to each other.

  Next, the top shaft cover 38 inserted so as to come into contact with the lower surface of the resin member 26 at the lower end of the rotary top shaft 22 shown in FIGS. 2 and 3 is formed into a rod shape with a resin such as polyacetal, and the top shaft From the bottom to the center of the cover 38, the cover 38 is formed slightly thinner than the top, and the lower end of the top shaft cover 38 is formed in a hemispherical shape. Since the lower end of the top cover 38 is formed in a hemispherical shape, the player may be injured even when the player touches the hemispherical portion of the top cover 38 or rotates the top toy 10 with his / her palm. It is possible to prevent. In addition, by forming the lower end of the top cover 38 in a hemispherical shape in this way, the friction with the ground can be extremely reduced.

  Further, the top shaft cover 38 is detachable from the rotary top shaft 22. For example, when the game is caused to collide with another top toy, the collision state with the other top toy can be changed by replacing the top cover 38 with a different length or thickness. In addition, the coma shaft cover 38 is replaced when the lower end formed in a hemispherical shape is worn due to wear with the ground. Further, when the top toy 10 is displayed and displayed, the top axis cover 38 may be exchanged according to the player's preference.

  In addition to the above-described shape, the top-axis cover 38 of the embodiment may have a wide-angle cone shape at the lower end of the top-axis cover 38, or the bar-shape of the top-axis cover 38 may be formed with various lengths and thicknesses. is there. For example, when the diameter of the hemispherical shape at the lower end of the top cover 38 is made large and the vehicle travels on a traveling road having a groove, the groove can be traveled at high speed. Further, if the hemispherical diameter of the top shaft cover 38 is made small, the inside of the groove can be run at a low speed.

  FIG. 5 shows another embodiment of the flywheel 30, the ring body 32, and the piece shaft cover 38 of the piece body 20. The flywheel 30 that is externally fitted to the resin member 26 fixed to the rotary piece shaft 22 shown in FIG. 5 is formed in a thick ring shape. Thereby, it is possible to reduce the manufacturing process of the flywheel 30.

  The ring body 32 is formed in a thick ring shape having a bottom plate, and a hole (not shown) having a diameter substantially the same as that of the rotary piece shaft 22 is formed in the bottom plate of the ring body 32. The ring body 32 is fitted to the outer periphery and the lower end surface of the flywheel 30 and is fixed to the rotary piece shaft 22 by a hole formed in the floor plate of the ring body 32.

  Next, the top shaft cover 38 is fitted so as to contact the lower end surface of the ring body 32 at the lower end of the rotary top shaft 22. As described above, the ring body 32 can be prevented from falling off the top body 20 by contacting the lower end surface of the ring body 32 with the top shaft cover 38.

  If the top cover 38 has a conical shape and the diameter of the top end of the top cover 38 is close to the ring body 32, the top toy 10 can be formed like a “boiled sesame”.

  Next, as shown in FIGS. 2 and 3, the drop-off prevention tool 36 is fixed to the rotary piece shaft 22 above the resin member 26. The drop-off prevention tool 36 is made of a metal or a resin and is formed in a disk shape, and has an outer diameter larger than a hole 59 through which the rotary piece shaft 22 formed on the upper end surface of the upper holding frame 58 described later passes. is there. Therefore, when the figure 46 of the top toy 10 is sandwiched and lifted, the bottom end face of the drop-off prevention tool 36 comes into contact with the top end face of the upper holding frame 58, so that the top body 10 falls off from the figure 46. It is preventing. Further, the lower end surface of the drop-off prevention tool 36 is formed in a gentle spherical shape. As shown in FIG. 3, the drop-off prevention tool 36 does not contact any member while the top toy 10 is rotating.

  The figure 46 will be described with reference to FIG. The figurative body 46 is formed in a hollow shape in order to reduce the weight in the form of various objects such as characters, animals, insects, vehicles, and robots. Further, holes 48 for inserting the rack belt 70 are formed on both side surfaces of the figure 46. The width of the figure 46 is formed to be shorter than the diameter of the flywheel 30, and the protrusion 34 protrudes from a part or all of the figure 46 when the top toy 10 is used. A holding portion 52 is disposed at a substantially center of gravity position of the figure 46. In addition, the shape body is not limited to being hollow, and the holding portion may be provided while being formed of a resin having a very low specific gravity such as expanded polystyrene.

  The figurative body 46 is formed in a shape imitating a dinosaur, and a movable part 50 imitating the neck and tail of the dinosaur is movably disposed. The movable unit 50 may be formed to imitate the character's hands and feet. Furthermore, the player can change the posture of the figure 46 by changing the direction of the movable part 50 that becomes the neck / tail, hand, and foot according to his / her preference.

  Further, by changing the direction of the movable portion 50 so that the own top toy 10 is dominant, the collision state with other top toys can be changed. Moreover, it may be loosely fixed so that the direction of the movable part 50 is movable due to the impact of a collision with another top toy, and the collision state with another top toy may be changed.

  Next, the holding unit 52 will be described with reference to FIGS. The holding part 52 includes a pivot receiving part 54, an upper holding frame 58, and a lower holding frame 62.

  The pivot receiving portion 54 is made of a resin material such as polyacetal and has a substantially cylindrical shape and is formed hollow, and is formed so as to open the lower end surface of the column. In addition, a square-shaped ridge is formed at the lower end of the cylinder. In addition, a conical recess 56 is formed on the back surface of the upper end surface of the pivot receiving portion 54 that is hollow and formed in a columnar shape. The conical recess 56 is a right conical recess having an apex angle of about 120 degrees. Thus, the pivot 24 of the rotary piece shaft 22 is supported by a point contact. Further, the central position of the conical recess 56 is arranged so as to be the position of the center of gravity of the figure 46 including the holding part 52, the pivot receiving part 54 is located above the position of the center of gravity of the figure 46, and the pivot 24 of the rotary piece shaft 22. By supporting the point contact, the figure 46 can maintain the vertical and horizontal state.

  The upper holding frame 58 is formed in a thick rectangular shape using a resin material such as polyacetal, and a hole 59 through which the rotary piece shaft 22 passes is formed from the upper end surface to the lower end surface of the upper holding frame 58. . Further, the diameter of the hole 59 on the upper end surface side is larger than the core diameter of the rotary piece shaft 22 and smaller than the diameter of the drop-off prevention tool 36, and when the rotary piece shaft 22 is vertical, the rotary piece shaft 22 is formed in the hole 59. It is made not to contact the inner peripheral wall surface. In addition, a rack belt insertion path 60 is formed on the lower end surface of the upper holding frame 58 as a recess that penetrates to both side surfaces in order to insert the rack belt 70.

  When the rack belt 70 is inserted, the rotary piece shaft 22 is in contact with and supported by the inner peripheral wall surface of the hole 59 of the upper holding frame 58 and the inner peripheral wall surface of the conical recess 56 of the pivot receiving portion 54. As a result, the tooth portion 72 of the rack belt 70 and the pinion gear 28 of the rotary piece shaft 22 are engaged with each other.

  The lower holding frame 62 is thick and substantially U-shaped using a resin such as polyacetal, with the U-shaped opening side facing upward. A hole 64 is formed below the lower holding frame 62. Even if the holding part 52 or the rotary piece shaft 22 tilts and the rotary piece shaft 22 contacts the inner peripheral wall surface of the conical recess 56 and the inner peripheral wall surface of the hole 59, the hole 64 has the pinion gear 28 and the resin member 26. However, it is drilled to a size that does not contact the inner peripheral wall surface of the hole 64. Engaging protrusions 66 are formed at both ends of the U-shape. After the lower end surface of the pivot receiving portion 54 and the upper end surface of the upper holding frame 58 are brought into contact with each other in the U-shape of the lower holding frame 62, both members are included, and the engaging convex portion 66 of the lower holding frame 62. Is engaged with the flange portion of the pivot receiving portion 54 to support the pivot receiving portion 54 and the upper holding frame 58. Further, the rotary piece shaft 22 prevents the cylinder of the resin member 26 and the pinion gear 28 at the upper end of the cylinder from coming into contact with the inner peripheral wall surface of the hole 64 of the lower holding frame 62 in any state.

  In this way, the holding portion 52 abuts the lower end surface of the pivot receiving portion 54 and the upper end surface of the upper holding frame 58, and the lower holding frame 62 is externally fitted to the pivot receiving portion 54 and the upper holding frame 58, The pivot receiving portion 54 and the upper holding frame 58 are supported so as to be included.

  Further, the figure 46 that does not use the holding portion 52 will be described with reference to FIG. A pivot receiving portion 80 and a drop-off prevention plate 82 are provided inside the figure 46. Further, a rack belt insertion path 60 that penetrates to both side surfaces of the figure 46 and becomes a recess is formed slightly below the figure 46 in order to insert the rack belt 70.

  The pivot receiving portion 80 is formed in a rectangular parallelepiped shape, and is fixed to a position above the position of the center of gravity of the figure 46. Further, a conical recess 56 that is a conical recess having a wider angle than the cone at the upper end of the rotary piece shaft 22 is formed on the lower end surface of the pivot receiving portion 80. The pivot receiving portion 80 has a rectangular parallelepiped shape, but may be formed in any shape such as a cylindrical shape.

  Next, the drop-off prevention plate 82 is formed in a plate shape, and is horizontally provided slightly below the figure 46. The drop prevention plate 82 has a hole 59 concentric with the center of the conical recess 56. The diameter of the hole 59 is larger than the core diameter of the rotary piece shaft 22 and smaller than the diameter of the drop-off prevention tool 36, and when the rotary piece shaft 22 is vertical, the rotary piece shaft 22 contacts the inner peripheral wall surface of the hole 59. I try not to.

  When the rack belt 70 is inserted, the rotary piece shaft 22 is in contact with the inner peripheral wall surface of the hole 59 of the drop-off prevention plate 82 and the inner peripheral wall surface of the conical recess 56 of the pivot receiving portion 80, as in the above-described embodiment. Supported. As a result, the tooth portion 72 of the rack belt 70 and the pinion gear 28 of the rotary piece shaft 22 are engaged with each other.

  Thus, by providing the pivot receiving portion 80 and the drop-off preventing plate 82 in the figure 46, it is possible to obtain the same effect as the holding portion 52. Further, although the pivot receiving portion 80 and the drop-off prevention plate 82 are separate members, it can be implemented by forming the same shape as the pivot receiving portion 80 and the drop-off prevention plate 82 with ribs in the figure 46.

  Next, a method for rotating the top body 20 of the top toy 10 will be described. The rack belt 70 is inserted into the rack belt insertion path 60 of the upper holding frame 58 through the holes 50 on both sides of the figure 46. FIG. 6 is a view showing a cross section when the rack belt 70 is inserted into the holding portion 52. When the rack belt 70 is inserted, the rotary piece shaft 22 is in contact with and supported by the wall surface of the hole 59 of the upper holding frame 58 and the wall surface of the conical recess 56 of the pivot receiving portion 54. Thereby, the tooth part 72 of the rack belt 70 and the pinion gear 28 of the rotary piece shaft 22 are engaged with each other.

  By placing a finger on the finger hook portion 74 of the rack belt 70 and pulling out the rack belt 70 from the top toy 10, the rotary top shaft 22 with the pinion gear 28 pivoted rotates at high speed. Due to the gyro effect of the flywheel 30, the state of high speed rotation is maintained for a long time. As described above, the player can easily insert the rack belt 70 into the rack belt insertion path 60 of the upper holding frame 58 through the holes 50 on both side surfaces of the figure 46 and then pull out the rack belt 70. The main body 10 can be rotated at high speed.

  While the top body 20 is rotating at high speed, the top 46 can be easily held by holding the figure 46 and placing the top toy 10 on the ground. The way to play the top toy is the same as before, but by placing it on the ground with a gently curved surface together with the other top toys, the top toys can collide and enjoy.

  The figure 46 is shaken by the influence of the shaking caused by the top toy 10 colliding with other top toys or obstacles, or the centrifugal force caused by the rotation of the top main body 20 itself. However, a point contact is made at the center of the right conical recess of the conical recess 56 of the pivot receiving portion 54, and even if the rotary piece shaft 22 contacts the inner peripheral wall surface of the hole 59, its frictional resistance is extremely small, and The body 46 maintains high posture stability like Yajirobei.

  Further, when the top toy 10 is tilted and placed on the ground while the top body 20 is rotating, the top toy 10 maintains the vertical and horizontal state of the figure 46 and the top body 20 in a tilted state. Meanwhile, it will run like drawing a circle. Further, when the top toy 10 is placed in a circular concave portion that is gently formed into a spherical shape while the top main body 20 is rotating, it travels so as to draw a circle and an ellipse around the circular concave portion. .

  Next, as a play method of the top toy 10, the player's top toy 10 can be enjoyed by colliding with another top toy on a game stand (not shown) having a circular concave portion formed in a gentle spherical shape at the center. . In addition, it is possible to use an amusement table in which a plurality of traveling paths for the top toy 10 are connected to a circular edge portion on the outer periphery of a circular concave portion that is gently spherical at the center.

  As a traveling path in this case, a groove having a width larger than the diameter of the top shaft cover 38 is formed, and the groove is formed by changing the depth on the left and right sides and inclining the bottom surface. One end of the traveling path is connected to the circular edge of the play stand, and the other end is formed with traveling paths having various shapes such as a meandering traveling path.

  When the top toy 10 with the top body 20 rotated is placed in a groove serving as a traveling path, the wall surface of the groove and the top shaft cover 38 come into contact with each other due to the inclination of the bottom surface of the groove. The top toy 10 travels in the groove serving as a travel path by the top shaft cover 38 that contacts and rotates with the groove wall surface.

  When the own top toy 10 and another top toy are placed on the other end of each of the plurality of travel paths and run in the groove serving as the travel path, both top toys finish traveling in the travel path and the travel paths are connected. It rotates in a circular recess formed in a spherical shape gently at the center. The inside of the recess is gently formed into a spherical shape, and the own top toy 10 and the other top toys repeatedly collide with each other. As a result, it is possible to perform a play in which the top toy whose rotation has been stopped first or the top toy that has been thrown off to the outside of the play table is lost.

  In addition, a plurality of the above-described traveling paths are formed in a ring shape like a truck, for example, and a game in which the traveling speed of the own top toy 10 and other top toys is competed can be performed and enjoyed.

  By configuring as described above, even when the frame main body rotates, the figure having the holding portion disposed above the frame main body is less affected by the rotation from the frame main body, and the frame main body is rotating. It is possible to provide a top toy that makes it easy to visually recognize a figure. 1 and 2 has a movable part 50 at the front and rear, and the left and right sides are narrower than the ring body 32 of the top body 20, and the front and rear are formed larger than the ring body 32. ing. When the maximum width of the figurative body 46 is made smaller than the ring body 32 around the entire front, rear, left and right, or the front and rear of the figurative body 46 are projected outwardly of the ring body 32 and without the movable part 50 being provided. The body 46 may extend below the flywheel 30 or the ring body 32. As described above, the present invention has been described with reference to the preferred embodiments. However, the present invention is not limited to the embodiments, and various modifications can be made within the scope of the gist of the present invention.

It is a figure which shows the external appearance of the top toy concerning this invention. 1 is an exploded perspective view of a top toy according to the present invention. It is sectional drawing of the top toy concerning this invention. It is a figure which shows the example of the ring body of the top toy concerning this invention. It is sectional drawing of the top main body of the top toy concerning this invention. It is sectional drawing when a rack belt is inserted in the holding | maintenance part of the top toy concerning this invention. It is a figure which shows the cross section of the figure of the top toy concerning this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Top toy 20 Top body 22 Rotation top shaft 24 Pivot 26 Resin member 28 Pinion gear 30 Flywheel 32 Ring body 34 Projection body 35 Convex part 36 Fall prevention tool 38 Top shaft cover 46 Shape body 48 Hole 50 Movable part 52 Holding part 54 Pivot receiving portion 56 Conical concave portion 58 Upper holding frame 59 Hole 60 Rack belt insertion path 62 Lower holding frame 64 Hole 66 Engaging convex portion 70 Rack belt 72 Tooth portion 74 Finger hook portion 80 Pivot receiving portion 82 Falling prevention plate

Claims (7)

  A top toy comprising a rotary top shaft, a flywheel portion fixed to the rotary top shaft, and a figure, wherein a pivot receiving portion is formed inside the figure, and an upper end of the rotary top shaft is formed in a cone shape. By supporting the pivot receiving portion at a point contact at the upper end of the rotating piece shaft, the figure is supported above the flywheel portion, and the rotational resistance between the rotating piece shaft and the pivot receiving portion is reduced. A top toy characterized by   The top toy according to claim 1, wherein the pivot receiving portion is disposed above the vicinity of the center of gravity of the figure.   3. The top toy according to claim 1, further comprising: a ring body that is fitted on the flywheel portion, wherein convex portions are formed at predetermined intervals on an outer peripheral surface of the ring body.   4. The top toy according to claim 3, wherein the width of the figure is smaller than the outer diameter of the ring, and the ring protrudes to the side of the figure.   5. The method according to claim 1, further comprising a top shaft cover for fitting a lower end of the rotary top shaft, wherein the bottom end of the top shaft cover is formed in a substantially hemispherical shape. Top toy.   The rack belt insertion according to any one of claims 1 to 5, further comprising: a pinion gear that is fixed to the rotary piece shaft, and a rack belt that meshes with the pinion gear inside the figure. A top toy characterized in that a road is formed.   7. The rotary piece shaft according to claim 1, wherein the rotary piece shaft has a drop-off prevention tool fixed to the rotary piece shaft, and the drop piece is prevented from falling off from the shape body. 8. A top toy characterized by

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