M319830 八、新型說明： 【新型所屬之技術領域】 j創作係有關一種接桿定位銷結構，尤其是一種接桿 與套筒之較佳相對定位性的創新型態設計者。 【先前技術】 按，請參閱第 -結構，其中該接桿 組有一彈性體（2 _ ( 1 0 A )徑向預 20A)之按壓件 之延伸端設有高、 -高、低階定位部（ 態，藉由按壓按壓 A )呈前、後位移 或低階之定位部（ -、低階定位部（2 β位鋼珠（丄5 A ) 以活動嵌卡預定套 態於實際使用經驗 因該定位銷（ 之定位空間型態， ，其定位鋼珠（1 接觸面呈點對面之 A )之套接端（1 1〜2圖所示，其係 (1 0 A )之套接端 6 A )及定位銷（2 定位置穿組有一用以 (30A)，其中該 低階之定位部（2 1 2 1A)之定位基面 件（3 0 A )以軸向 ’用以切換其定位部 2 1 A )，且該定位 1 A )可相對導動接 呈伸縮凸伸於接桿（ 筒固組或替換者。惟 中發現仍存在下述之 2 ο A )之定位部（ 以使定位鋼珠（1 5 5 A )之周緣係與定 相對滾動接觸狀態， 1 A )在進行嵌卡預 接桿定位銷之習知 (1 1 A )軸向穿 0 A )，且於接桿 軸向導動定位銷（ 定位銷（2 〇 A ) A )，復其中，該 係為平面之定位型 導動定位銷（2 0 (2 1 A )之高階 銷（2 0 A )之高 桿（1 0 A )之定 1 0 A )外緣，用 ，此種習知結構型 問題點： 2 1 A )係呈平面 A )在定位狀態時 位部（2 1 A )之 以使該接桿（1 〇 定套筒時，易產生 5 M319830 疋位晃動不知之炀/兄發生’丨而降低其 質者。 ^ 是以，針對上述習知接桿 牧件之疋位銷結構 點，如何開發一種更具理想實用性之創新处子名 費者所殷切企盼，亦係相關業者須努力研:ΐ，實 方向。 努力研發突破之 有鑑於此，創作人本於多年從事相關 制 與設計經驗，針對上述之目標， :衣 力°又叶與審值缚 終得一確具實用性之本創作。 u汁 位之品 之問題 使用消 目標及 造開發 估後， 位銷結 低位階 靠面之 其定位 時，可 提高之 [新型内容】 即，本創作之主要目 構；主要係藉由該定位銷 的定位槽及靠斜槽，其中 空間型態；藉此創新獨特 銷之定位鋼珠定位於高、 大幅增進按壓切換定位的 實用進步性者。 的’係在提供一種接桿定 之定位部分別形成有高、 該靠斜槽係形成有一傾斜 設計，使本創作之接桿及 低位階的定位槽及靠斜槽 穩定性，進而達到品質的 【實施方式】 結構之 申請上 請參閱第3〜Θ圖所示，係本創作接桿定位鐵 較佳實施例，惟此等實施例僅供說明之用，在專利 妓不受此結構之限制。其係包括： 一接桿（1 0 )，其係一端延伸形成有套接端 )，該套接端（1 1 )之端面中央轴設有一導孔（ 6 12) M319830 "，且於套接端（l i )之外緣適處徑向穿設有一鋼珠孔（ 13)，鋼珠孔（1 3 )内埋設有定位鋼珠（1 5 )，用 以嵌卡套固一預定套筒，另於接桿（1 0 )之一側預定位 置徑向穿設有一穿孔型態之按壓空間（1 4 ); 一彈性體（2 6 )及定位銷（2 0 )，其係該定位銷 (2 0 )彈性頂撐彈性體（2 6 )並容置於前述導孔（1 2 )内，其中該定位銷（2 0 )具有二端而界定為定位部 .(2 1 )及導組空間（2 4 )，復其中，該定位部（2 1 φ )分別形成有高、低階的定位槽（2 2 )及靠斜槽（2 3 )，該所述之定位槽（2 2 )係為圓弧凹緣形態，而該靠 斜槽（2 3 )係形成一傾斜靠面之空間型態，俾當定位鋼 —珠（1 5 )切換至定位槽（2 2 )時係呈弧面相對弧面之 定位接觸型態，繼而定位鋼珠（1 5 )切換至靠斜槽（2 3 )時則呈傾斜抵靠於靠斜槽（2 3 )内，俾使大幅增進 定位鋼珠（1 5 )切換之穩定性，其亦為本創作之技術特 點者，而該定位銷（2 0 )另端形成有一導組空間（2 4 φ )，該導組空間（24)之内部適處形成有一斜面（25 )0 一按壓件（3 0 )，其係徑向穿組於前述接桿（1 0 )之按壓空間（1 4 )内，用以軸向導動定位銷（2 0 ) 呈前、後掣動之位移構態，其中該按壓件（3 0 )對應定 位銷（2 0 )之導組空間（2 4 )則相對形成有一組接部 (3 1 )之空間形態，用以定位於定位銷（2 0 )之導組 空間（2 4 )呈十字交錯狀，且該按壓件（3 0 )相對定 位銷（2 0 )之斜面（2 5 )則形成有一導斜部（3 2 ) 7 M319830 1 ，俾當掣動按壓件（3 Ο )導動時，該按壓件（3 Ο )之 ί斜部（3 2 )即相對導動定位銷（2 0 )呈軸向連動， 當定位銷（2 0 )軸向位移時，其定位部（2 1 )之定位 槽（2 2 )及靠斜槽（2 3 )即活動切換定位鋼珠（1 5 )呈高、低階定位，且藉由定位銷（2 0 )之傾斜狀的靠 斜槽（2 3 )之定位型態，以使定位鋼珠（1 5 )定位時 係呈傾靠狀之定位構態，而不致使定位鋼珠（1 5 )產生 晃動之不穩定定位構態，進以大幅增進定位銷（2 0 )切 >換定位鋼珠（1 5 )至高、低階定位的穩固性者。 【功效說明】 -本創作功效增進之事實如下·· 主要係藉由該定位銷（2 0 )之定位部（2 1 )分別 形成有高、低位階的定位槽（2 2 )及靠斜槽（2 3 )， 其中該靠斜槽（2 3 )係形成有一傾斜靠面之空間型態之 創新設計，藉以改良【先前技術】所述定位銷（2 Ο A ) 之定位部（2 1 A )係呈平面之定位空間型態，以使定位 > 鋼珠（1 5 A )在定位狀態時，其定位鋼珠（1 5 A )之 周緣係與定位部（2 1 A )之接觸面係呈點對面之相對滚 動接觸狀態.，以使該接桿（1 Ο A )之套接端（1 1 A ) 在進行嵌卡預定套筒時，易產生定位晃動不穩之情況發生 之問題點；相較習知之問題點，使本創作之接桿（1 0 ) 及其定位銷（2 0 )之定位鋼珠（1 5 )定位於高、低位 階的定位槽（2 2 )及靠斜槽（2 3 )時，可大幅增進按 壓切換定位的穩定性，進而達到品質的提高之實用進步性 者。 8 M319830 上述實施例所揭示者係藉以具體說明本創作，且文中 虽隹透過特定的術語進行說明，當不能以此限定本新型創作 之專利範圍；熟悉此項技術領域之人士當可在瞭解本創作 之精神與原則後對其進行變更與修改而達到等效之目的， 而此等變更與修改，皆應涵蓋於如后所述之申請專利範圍 所界定範疇中。 M319830 f圖式簡單說明】 f 1圖··係習知接桿定位銷之動作示意一。 第2圖：係習知接桿定位銷之動作示意二。 第3圖··係本創作接桿定位銷結構之立體組合圖。 第4圖：係本創作接桿定位銷結構之分解立體圖。 第5圖：係本創作接桿定位銷結構之動作示意一，其係顯 示定位鋼珠導入定位銷之靠斜槽之定位狀態。 第6圖：係本創作接桿定位銷結構之動作示意二，其係顯 示定位鋼珠分離定位銷之靠斜槽之狀態。 【主要元件符號說明】 習知部份： 接桿（1 0 A ) 定位鋼珠（1 5 A ) 定位部（2 1 A ) 按壓件（3 0 A ) 本創作部份： 接桿（1 0 ) 導孔（1 2 ) 按壓空間（1 4 ) 定位銷（2 0 ) 定位槽（2 2 ) 導組空間（2 4 ) 彈性體（2 6 ) 按壓件（3 0 ) 導斜部（3 2 ) 套接端（1 1 A ) 定位銷（2 0 A ) 彈性體（2 6 A ) 套接端（1 1 ) 鋼珠孔（1 3 ) 定位鋼珠（1 5 ) 定位部（2 1 ) 靠斜槽（2 3 ) 斜面（2 5 ) 組接部（3 1 ) 10M319830 VIII. New description: [New technical field] The j creation department is an innovative type designer of a post positioning pin structure, especially a preferred relative positioning of the post and the sleeve. [Prior Art] Press, refer to the first structure, wherein the post assembly has an elastic body (2 _ (1 0 A) radial pre-20A) and the extension end of the pressing member is provided with high, high, and low-order positioning portions. (State, by pressing and pressing A) is the front and rear displacement or low-order positioning part (-, low-order positioning part (2 β-position steel ball (丄5 A) with the active embedded card predetermined set state for actual use experience Locating pin (the positioning space type, the positioning end of the positioning steel ball (1 contact surface is opposite to point A)) (shown in Figure 1 1~2, the socket (6 A of the socket (6 A)) And the positioning pin (2 fixed position wearing group has a (30A), wherein the positioning base member (30A) of the lower-order positioning portion (2 1 2 1A) is used to switch its positioning portion 2 in the axial direction 1 A ), and the positioning 1 A ) can be telescopically protruded from the joint (the fixed group or the replacer. However, the following 2 ο A is still found) (to locate the steel ball) (1 5 5 A ) The peripheral system is in relative rolling contact state, 1 A) In the conventional method of engaging the pre-aligned rod locating pin (1 1 A), the axial wear is 0 A), and the guide shaft guide move Position pin (positioning pin (2 〇A ) A ), which is a flat positioning type positioning pin (2 0 (2 1 A ) high-order pin (20 A) high pole (10 A ) 1 10 A ) rim, used, this conventional structural problem: 2 1 A) is the plane A) in the positioning state of the position (2 1 A) to make the post (1 〇 When the sleeve is fixed, it is easy to produce 5 M319830. If the sway is unknown, the brother will happen to reduce the quality. ^ Yes, for the above-mentioned conventional pin structure, how to develop a more The ideal and practical innovation of the name and the fee are eagerly awaited, and the relevant industry must work hard to study: ΐ, the real direction. In view of this, the creator has been engaged in relevant systems and design experience for many years, aiming at the above objectives. , :Yi Li ° and the leaves and the trial value end up with a practical and practical creation. The problem of the product of the u juice position is the target of using the target and the development and evaluation. [new content] that can be improved, that is, the main structure of the creation; mainly by the positioning pin The groove and the inclined groove, wherein the space type; the innovative and unique positioning of the positioning steel ball is positioned at a high and greatly improving the practical progress of the pressing switching positioning. The 'system is provided with a positioning rod, and the positioning portions are respectively formed high, The inclined groove is formed with a slanting design, so that the positioning of the post and the positioning groove of the lower step and the stability of the chute are achieved, and the quality is achieved. [Embodiment] For the application of the structure, please refer to the figure 3~Θ This embodiment is a preferred embodiment of the present invention. However, these embodiments are for illustrative purposes only and are not limited by the structure. The system includes: a post (10) extending at one end to form a sleeve end), and a central end of the sleeve end (1 1 ) is provided with a guide hole (6 12) M319830 " The outer edge of the terminal (li) is radially disposed with a steel ball hole (13), and the steel ball hole (13) is embedded with a positioning steel ball (15) for inserting a card to fix a predetermined sleeve, and A predetermined position on one side of the post (10) is radially provided with a perforated type of pressing space (1 4 ); an elastic body (26) and a positioning pin (20), which is the positioning pin (20) The elastic top support elastic body (2 6 ) is accommodated in the aforementioned guide hole (12), wherein the positioning pin (20) has two ends and is defined as a positioning portion. (2 1 ) and a guide group space (2) 4), wherein the positioning portion (2 1 φ ) is formed with a high- and low-order positioning groove (2 2 ) and a chute (2 3 ), wherein the positioning groove (2 2 ) is a circle The arc concave shape, and the inclined groove (23) forms a spatial pattern of the inclined surface, and when the positioning steel-bead (15) is switched to the positioning groove (2 2 ), the curved surface is opposite arc Positioning contact pattern, then positioning the steel ball 1 5) When switching to the chute (2 3 ), it is inclined against the chute (2 3 ), which greatly improves the stability of the positioning of the steel ball (15), which is also the technology of the creation. The locating pin (20) is formed with a guiding space (2 4 φ ) at the other end, and the inside of the guiding group space (24) is formed with a slanting surface (25)0 and a pressing member (30). The radial wear is set in the pressing space (14) of the connecting rod (10) for guiding the positioning pin (20) in a front and rear swaying displacement configuration, wherein the pressing member (3 0 ) The guiding group space (2 4 ) corresponding to the positioning pin (20) is formed with a space form of a set of connecting portions (3 1 ) for positioning in the guiding group space of the positioning pin (20) (2) 4) is cross-staggered, and the pressing member (30) is formed with a guiding portion (3 2 ) 7 M319830 1 with respect to the inclined surface (25) of the positioning pin (20), and the sliding pressing member (3) Ο) When guiding, the inclined part (3 2 ) of the pressing member (3 ) ) is axially interlocked with the relative guiding pin (20), and when the positioning pin (20) is axially displaced, its positioning Positioning groove of part (2 1 ) 2 2 ) and the inclined groove (2 3 ), that is, the movable switching positioning steel ball (15) is positioned at a high and low order, and is positioned by the inclined chute (2 3 ) of the positioning pin (20) State, so that the positioning steel ball (15) is positioned in a tilted positioning configuration, without causing the positioning of the steel ball (15) to slosh the unstable positioning configuration, thereby greatly improving the positioning pin (20) Cut > Change the positioning of the steel ball (1 5 ) to the stability of the high and low-order positioning. [Effect description] - The fact that the effect of the creation is improved is as follows. · Mainly, the positioning portion (2 2 ) of the positioning pin (20) is formed with positioning grooves (2 2 ) and chutes of high and low steps, respectively. (2 3 ), wherein the inclined groove (23) is formed with an innovative design of a spatial shape of the inclined surface, thereby improving the positioning portion (2 1 A) of the positioning pin (2 Ο A ) of the [Prior Art] ) is a planar positioning space type, so that when the positioning steel ball (15 A) is in the positioning state, the contact surface of the positioning steel ball (15 A) and the positioning portion (2 1 A ) is The relative rolling contact state of the point opposite to the point so that the socket (1 1 A ) of the post (1 Ο A) is prone to the problem of unstable positioning sway when the predetermined sleeve is inserted. Compared with the conventional problem, the positioning ball (1 0 ) of the present invention and its positioning pin (20) are positioned in the positioning groove (2 2 ) of the high and low steps and the chute (2 3 ), the stability of the press switching position can be greatly improved, and the practical progress of improving the quality can be achieved. 8 M319830 The above embodiments are used to specifically explain the present creation, and although the text is explained by specific terms, the scope of patents of the novel creation cannot be limited by this; those who are familiar with the technical field can understand this The spirit and principles of the creation are subject to change and modification to achieve an equivalent purpose, and such changes and modifications are to be included in the scope defined by the scope of the patent application as described later. M319830 f simple description of the figure] f 1 figure ······················· Fig. 2 is a schematic diagram of the action of the conventional positioning pin. Fig. 3·· is a three-dimensional combination diagram of the positioning pin structure of the present. Fig. 4 is an exploded perspective view showing the structure of the positioning pin of the present invention. Fig. 5 is a schematic diagram showing the action of the positioning pin structure of the present invention, which shows the positioning state of the positioning ball into the positioning groove of the positioning pin. Fig. 6 is a schematic diagram of the action of the locating pin structure of the present invention, which shows the state of the slanting groove of the positioning locating pin. [Main component symbol description] Conventional part: Post (1 0 A) Positioning ball (1 5 A) Positioning part (2 1 A) Pressing piece (3 0 A ) This part of the creation: Post (1 0) Guide hole (1 2 ) Pressing space (1 4 ) Locating pin (2 0 ) Positioning groove (2 2 ) Guide group space (2 4 ) Elastomer (2 6 ) Pressing member (3 0 ) Guided inclined part (3 2 ) Socket end (1 1 A ) Locating pin (2 0 A ) Elastomer (2 6 A ) Socket end (1 1 ) Ball hole (1 3 ) Positioning ball (1 5 ) Positioning part (2 1 ) By chute (2 3 ) Bevel (2 5 ) Assembly (3 1 ) 10