M342883 八、新型說明： 【新型所屬之技術領域】 本創作係-獅螺結構，係指—種可提升陀螺旋轉時間 及動作穩定性。 【先前技術】 陀螺為常見遊戲器具之一，如第四圖所示者為習知陀螺 結構’主要具-陀螺主體丨，、—轴柱2，，並該轴柱2,固設於M342883 Eight, new description: [New technology field] This creation department - lion screw structure, refers to the species can improve the rotation time and stability of the spinning. [Prior Art] The gyro is one of the common game devices. As shown in the fourth figure, the conventional gyro structure is mainly a gyro body 丨, a shaft column 2, and the shaft column 2 is fixed to
主體Γ底射央對触體丨，重雜置，使得藉由外力令主體Γ 旋轉時雜柱2’可著地旋轉並使主體丨，鱗直立，而旋轉速 度快時主體Γ可趨近隠本雜線自轉，並使軸柱2,擺動角 度小，使得陀螺可穩定運轉，又t—段時間後轉速減緩時將 導致轴柱2,鶴角增大，使得主體Γ產生偏移而傾倒。 旦而影響陀螺轉速具有許多因素，主要為施加陀螺轉動力 罝，軸柱2’與地面接觸面積：地面平坦度.等，然而因習知 陀螺之軸柱2’與地面接觸時將產生雜力並直接減小主體厂 ，轉速’ m而造成陀螺運轉時間短缺失，且若地面愈不平坦 時其摩擦力愈A將導致_運轉時間大幅縮短缺失。 【新型内容】 創作之目的在提伽螺旋轉_及動作穩定性。 創作包含—主職構、—她麟，並該主體機構可 作動旋轉，並於下方對應重心位置設置接合部，又軸 柱機構主要雜_設於球機構之接合雜置，並使主體 5 M342883 機構旋轉時軸柱機構可著地令主體機構直立，且 應主細_’使得主職構讀杉衫她與地2 =2力直接影響，並可提升主體機構之運轉時間及動作 本創作之主體機構包括一陀舲—上蓋，並該陀 空體，並下方對應重心位置設置接合部，並於 = 接孔，且於組接孔下方設置凹部；又上蓋係可蓋合陀身上方. 又軸柱機構包含，、—軸柱，並該軸承具軸部、環部， 可對應轴部旋轉，又抽部，^ 匕連動接合，又軸柱上方可置於陀身之凹部内，並盘凹部 内壁具_且不與主體機構連動，又於軸柱上方設置凹槽， 可嵌置軸承之環部，並凹槽内壁與環部外壁由適當 播又合’又軸柱下方設置直徑較小之端部；藉此令主體機 1陀身旋轉時係帶動軸承之軸部旋轉，並使軸部對應軸承 %敎轉，使得輛柱可不對應旋轉，並可防止軸柱端部盘 之雜力影響而讀降低陀身轉速，又_承之抽 部方疋轉之摩擦力遠小於軸柱端部與地面接觸旋轉之 U可提升陀螺運轉時間及動作穩定性，又本創作之轴 主可與軸承脫離更新，可提升陀螺使用壽命。 【實施方式】 請參閱第-〜三圖’本創作包含主體機構卜軸柱機構 ’亚主體機構1包括-陀身11、—上蓋12，並該陀身η為 6 M342883 中空體，並下方對應重心位置設置接合部m，並於接合部 111設置組接孔112，且於組接孔112下方設置凹部113 ;又 上蓋12係可蓋合陀身u上方。 軸柱機構2包含一軸承21、一軸柱22，並該軸承21具 軸部21卜環部212，並環部212可對應軸部211旋轉，又軸 部211 —端設於前述組接孔112内並與陀身n連動接合；又The main body bottom is centered on the contact body, and is mismatched, so that when the main body 旋转 is rotated by the external force, the column 2' can rotate and the body is squatted, the scale is erect, and the body Γ can approach when the rotation speed is fast. The miscellaneous line rotates, and the shaft column 2 has a small swing angle, so that the gyro can be stably operated, and when the speed is slowed after the t-stage time, the shaft column 2 is increased, and the angle of the crane is increased, so that the main body Γ is offset and dumped. However, the influence of the gyro rotation speed has many factors, mainly the application of the gyro rotation force 罝, the contact area of the shaft column 2' with the ground: the ground flatness, etc., however, the conventional gyro shaft column 2' will generate a force when it contacts the ground and Direct reduction of the main plant, the speed 'm caused by the short running time of the gyro, and if the ground is more uneven, the more friction A will lead to a significant shortening of the running time. [New content] The purpose of creation is to improve the stability and stability of the Tiga. The creation includes - the main structure, the - her lin, and the main body can be rotated, and the joint is set at the position corresponding to the center of gravity below, and the main mechanism of the shaft column is arranged in the joint of the ball mechanism, and the main body 5 M342883 When the mechanism rotates, the shaft column mechanism can make the main body stand upright, and should be the main _', so that the main position can be directly affected by the 2 = 2 force, and the running time and action of the main body can be improved. The main body mechanism comprises a top cover, and the top cover body, and the joint body is disposed at a position corresponding to the center of gravity below, and is connected to the hole, and a recess is arranged below the set hole; and the upper cover can cover the top of the body. The shaft column mechanism comprises: - a shaft column, and the bearing has a shaft portion and a ring portion, which can rotate corresponding to the shaft portion, and the pumping portion, the joint of the shaft, and the upper portion of the shaft column can be placed in the concave portion of the body, and the disc The inner wall of the recess has a _ and does not interlock with the main body mechanism, and a groove is arranged above the shaft column, and the ring portion of the bearing can be embedded, and the inner wall of the groove and the outer wall of the ring are appropriately woven together and the diameter of the shaft column is smaller. End of the body; When rotating, the shaft of the bearing is rotated, and the shaft is rotated corresponding to the bearing, so that the column can not rotate correspondingly, and the influence of the force of the end of the shaft column can be prevented, and the rotation speed of the body can be read and lowered. The frictional force of the pumping part is far less than the U of the end of the shaft column and the rotation of the ground can improve the running time and movement stability of the gyro, and the shaft of the creation can be separated from the bearing to update the service life of the gyro. [Embodiment] Please refer to the -3rd diagram 'This creation includes the main body mechanism shaft column mechanism' sub-body mechanism 1 includes - the body body 11, the upper cover 12, and the body body η is 6 M342883 hollow body, and the lower corresponding The joint portion m is disposed at the center of gravity, and the joint hole 112 is disposed at the joint portion 111, and the recess portion 113 is disposed below the assembly hole 112; and the upper cover 12 is attached to the top of the body u. The shaft mechanism 2 includes a bearing 21 and a shaft column 22, and the bearing 21 has a shaft portion 21 and a ring portion 212. The ring portion 212 can rotate corresponding to the shaft portion 211, and the shaft portion 211 is disposed at the end of the connecting hole 112. Inside and connected with the body n;
軸柱22上方可置於陀身Η之凹部113内，並與凹部113内 壁具間隙且不與主體機構！連動，又於軸柱22上方設置凹槽 221，並該凹槽221可嵌置轴承21之環部212，並凹槽221内 壁與環部212外壁由適當緊度接合，又軸柱22下方設置直徑 較小之端部222。 请參閱第三圖’本創作令主體機構丨之陀身n旋轉並^ =22之端部222著地時可藉域轉力使陀身n不會傾倒 亚陀身11旋轉時係帶動軸承21之軸部211旋轉(如圖示箭豆 所不），並使軸部211對應轴承21之環部212旋轉，使得專 柱22可不對應旋轉’並可防止軸柱&端部怨與地面接角 之摩擦力影響而大幅降低陀㈣轉速，又因轴承Μ之偏 叫對應環部212旋轉之摩擦力遠小於軸柱&端部222與土 妾觸疑轉之雜力’可提升陀身u旋轉及陀螺不傾倒時^ 及動作穩定性。 本創作於使用一段時間軸柱22之端部2泣因撞擊地面刀 脚可施力令軸柱22與軸承21脫離更新，可提升陀螺使月 M342883 哥命。 是以由以上所述，本創作確可較習知陀螺具更佳功效， 而前述實施例僅為本創作例示，並非本創作限制，凡依據本 創作精神所為之等效結構亦應屬於本創作_請專纖圍之範 疇内。 【圖式簡單說明】 第一圖係本創作之立體分解圖。 第二圖係本創作之立體組合圖。 第三圖係本創作之Μ合倾及動作示意圖。 第四圖係習知陀_視轉作示意圖。 【主要元件符號說明】 1主體機構 11陀身 in接合部 112組接孔 113凹部 12上蓋 2轴柱機構 21轴承 211車由部 212環部 22軸才主 221凹槽 222端部 1’主體 2’轴柱 8The upper portion of the shaft post 22 can be placed in the recess 113 of the body, and has a gap with the inner wall of the recess 113 and does not interact with the main body mechanism! In conjunction with the shaft post 22, a groove 221 is disposed above the shaft post 22, and the groove 221 can embed the ring portion 212 of the bearing 21, and the inner wall of the groove 221 is engaged with the outer wall of the ring portion 212 by an appropriate tightness, and the lower portion of the shaft post 22 is disposed. The smaller end 222. Please refer to the third figure, 'This creation makes the main body of the body n rotate and the end 222 of the ^=22 land can be used to make the body n will not dump the body. The shaft portion 211 is rotated (as shown by the arrow bean), and the shaft portion 211 is rotated corresponding to the ring portion 212 of the bearing 21, so that the column 22 does not correspond to the rotation 'and the shaft column and the end portion can be prevented from being connected to the ground. The frictional force of the angle greatly reduces the rotation speed of the tow (four), and the frictional force of the rotation of the corresponding ring portion 212 due to the bias of the bearing cymbal is much smaller than that of the shaft column & the end portion 222 and the soil cockroach u Rotate and the gyro do not dump when ^ and the stability of the action. This creation uses the end of the shaft column 22 for a period of time. The weeping of the ground knife can force the shaft column 22 and the bearing 21 to be detached, which can improve the gyro and make the moon M342883. Therefore, the above description is better than the conventional gyro, and the foregoing embodiment is merely an example of the present creation, and is not a limitation of the creation. The equivalent structure according to the spirit of the creation should also belong to the creation. _Please in the category of special fiber. [Simple description of the diagram] The first diagram is a three-dimensional exploded view of the creation. The second picture is a three-dimensional combination of the creation. The third picture is a schematic diagram of the combination of the creation and movement of the creation. The fourth picture is a schematic diagram of Xizhituo. [Main component symbol description] 1 body mechanism 11 body in joint portion 112 assembly hole 113 recess portion 12 upper cover 2 shaft column mechanism 21 bearing 211 vehicle portion 212 ring portion 22 shaft main 221 groove 222 end portion 1 'body 2 'Axis column 8