鎖定裝置，其主要是針對椁體 而設計，利用套組件套孔内緣 检自外側鎖入迫壓觸抵片而取 不但可·提昇其鎖定之穩固性， 達極佳之實用價值者。 其上之套組件的鎖定設計上， 鎖入’猎螺检端部與桿體表面 轉動或滑移，據以達成預期之 組合式衣架或桿架，雖其結構 與桿體表面形成點狀觸抵定位 谷易受外力的影響而造成套組 表面之點狀觸抵，更將對桿體 但實用性不足之鎖定方式。 ，係將套組件作兩片式併組設 在套組件與桿體件套設彈性束 或其剖槽件，藉以使套組件對 ^以取得桿體與套組件的定位 較為穩固之定位效果，但其完 件的夾迫而對桿體形成緊^ ^ 且在束夹鎖設的操作上亦較為 M241532 五、創作說明（1) 【新型所屬之技術領域】 本創作係關於一種桿體 與套設其上之套組件的定位 設製之觸抵片，使其得以螺 得與桿體之迫抵定位效果， 更無損傷桿體之虞，從而可 【先前技術】 按，習知桿體在於套設 主要是以螺检直接自套組件 的觸抵，使套組件不致任意 定位效果，此種設計常見於 相當簡單，但因其僅藉螺栓 ’在穩固性方面明顯不足， 件之移位，且其螺栓對桿體 表面造成損傷，實屬一簡易 另有一種桿體鎖定方式 計，或於一侧剖設剖槽，並 套件，再以螺拴穿鎖套組件 内部之束套件形成夾迫作用 關係，此種鎖定方式雖可取 全係仰賴彈性束套件受套組 用，導致其結構較為複雜， 麻煩而不便。 M241532The locking device is mainly designed for the corpus callosum. Using the inner edge of the sleeve hole of the sleeve assembly to check the pressing contact piece from the outside to obtain the locking device can not only improve the stability of the locking, but also achieve excellent practical value. On the locking design of the sleeve assembly above, the lock-in end of the hunting snail and the surface of the pole are rotated or slid to achieve the expected combined hanger or pole frame, although the structure forms a point-like contact with the surface of the pole. The locating valley is susceptible to external forces and causes point-like contact on the surface of the set, which will be a locking method for the rod body but it is not practical. , The sleeve assembly is made of two pieces and is arranged on the sleeve assembly and the rod body to set an elastic bundle or a slotted piece thereof, so that the sleeve assembly is aligned to obtain a relatively stable positioning effect of the rod body and the sleeve assembly, However, the completed clamping force tightens the rod body ^ ^ and it is also relatively M241532 in the operation of the locking of the beam clamp. V. Creation instructions (1) [Technical field to which the new type belongs] This creation is about a rod body and sleeve The contacting piece of the positioning assembly on the sleeve assembly is provided, so that it can be screwed to the positioning force of the rod body, and there is no risk of damaging the rod body, so that the [previous technology] can be pressed. The nesting is mainly based on the interference of the self-sleeve component directly by the screw inspection, so that the sleeve component does not have an arbitrary positioning effect. This type of design is often quite simple, but because it is obviously insufficient in stability due to the use of bolts only, the displacement of parts And the bolts cause damage to the surface of the rod body, which is actually a simple method of locking the rod body, or cut a slot on one side, and set it, and then screw it through the bundle set inside the lock sleeve assembly to form a clamp. Working relationship Preferably the entire system relies on elastic strands kit by using kit, which leads to complicated structure and inconvenient trouble. M241532
ϋ 侷限於一般之平面桿體，若是其桿體係為且 有螺紋之螺桿（多見於一般機械構造中），則前述之^ 方式即難以達成理想之鎖固效果，且容易對螺桿之螺 成損傷，而若直接於套組件套孔内緣車製螺紋，雖可 鎖定位效果，但如該螺桿係為一旋轉件時，.則其套组可 ，隨螺桿的旋轉而產生旋動移位，導致其失去了其鎖 能0 即，經由以上說明，可知現有桿體之鎖定裝置， 2平面桿體與其套組件之鎖定上，雖尚稱堪用，但卻多少 存在有使用不便或易損及桿體之缺失，而對於螺桿與套组 件的鎖定上，則完全不適用，實有待設法加以解決改善者 【新型内容】 有鑑於現有桿體鎖定裝置仍存在有未盡完善之缺失， =作人特著手進行研究改良，基於其從事相關行業之多年 經驗與技術，進而研創出本創作之桿體鎖定裝置，即其主 要目的乃在於經由結構之組成設計，使其在達成其套組件 與桿體的更穩固定位效能外，更得有效避免對桿體造成 傷者。 、 本創作之另一目的係在於經由結構之改良設計，使其 運用在螺桿之鎖定上，除了利用螺紋取得鎖結外，更得進 :步取得迫壓卡抵效果，使其套組件不致產生旋動移位現 象’從而能穩固維持螺桿與套組件之定位關係者。 為達前揭之目的，本創作於結構設計上，主要於套組ϋ Limited to ordinary flat rods. If the rod system is a threaded screw (most commonly found in general mechanical structures), the aforementioned ^ method is difficult to achieve the ideal locking effect, and it is easy to damage the screw's screw. If the thread is made directly on the inner edge of the sleeve hole of the sleeve assembly, the locking effect can be achieved, but if the screw is a rotating part, the sleeve can be rotated with the rotation of the screw to produce a rotational displacement. As a result, it has lost its lock energy. 0 That is, according to the above description, it can be known that the locking device of the existing rod body, the locking of the 2 plane rod body and its sleeve assembly, although it is still worthy to use, but there are some inconveniences or easily damaged. The lack of the rod body, and the locking of the screw and the sleeve assembly, is completely unsuitable, and there is still a way to be improved [New content] In view of the lack of incomplete defects in the existing rod locking device, = Zuo Ren Specially research and improve, based on his many years of experience and technology in related industries, and then create the rod locking device of this creation, that is, the main purpose is to design the structure through the composition, Which reached its sleeve assembly and the shaft is positioned more robust performance, but also to give effective to avoid the injured rod. 2. Another purpose of this creation is to improve the design of the structure so that it can be used to lock the screw. In addition to using the thread to obtain the lock knot, it is even more advanced: step by step to obtain the effect of pressing and pressing so that the sleeve assembly will not be produced. Rotational displacement phenomenon ', so that the positioning relationship between the screw and the sleeve assembly can be firmly maintained. In order to achieve the purpose of the previous disclosure, this creation is in the structural design, mainly in the set
第6頁 M241532 五、創作說明（3) 件之套孔内 組件外侧相 鎖設一螺栓 使該觸抵片 定位關係下 桿體表面形 抵片與榉體 固性者。 【實施方式 有關於 ，謹配合圖 首先， 解示意圖及 施於螺桿鎖 ，主要是於 或附加方式 該觸抵片（ 螺桿（1 〇 桿（1 0 ) 觸抵片（2 (2 3 )係 ，藉以得於 螺栓（2 4 創作之鎖定 緣設製一具 對位置貫設 ，利用該螺 可與桿體取 ，因該螺栓 成接觸，是 之較大面積 本創作之結 式再予舉例 請參閱第1 第3 、4圖 定之一較佳 套組件（2 設置一具有 2 2 )及套 )之螺紋， 之適當位置 2 )的位置 由套組件（ 螺孔（2 3 )内端得與 裝置； 有適當彈壓 一螺孔至該 栓的鎖入程 得緊密之迫 係對觸抵片 以無損傷桿 接觸，進而 構組成、技 進一步具體 圖之結構示 之結構關係 實施例，如 〇 )的套孔 適當彈壓裕 孔（2 1 ) 藉以使套組 ，另於套組 處貫設有一 2 0 )外側 )内鎖設一 觸抵片（2 裕度之觸抵 觸抵片，俾 度而得迫壓 抵定位效果 形成迫壓接 體之虞，同 可大幅提昇 術手段及功 說明於后： 意圖、第2 示意圖，係 圖所示，其 (2 1 )内 度之觸抵片 内緣乃設有 件（2 0 ) 件（2 0 ) 螺孔（2 3 貫通至觸抵 螺栓（2 4 2 )接觸， 片’並由套 得於螺孔内 該觸抵片， ’且在此' 觸，而非對 時經由該觸 其鎖定之穩 效達成方面 圖之結構分 為本創作實 結構設計上 緣乃採切割 (22)， 契合相符於 得螺合於螺 外侧相對於 )’該螺孔 片（2 2 ) )，並使該 依此構成本Page 6 M241532 V. Creation instructions (3) Inside the sleeve hole of the component The outer side of the component is locked with a bolt so that the surface of the rod under the positioning relationship between the rod and the beech body is solid. [Embodiment is related, I would like to cooperate with the figure first, the schematic diagram and the screw lock are applied, mainly in or in addition to the contact piece (screw (10 rod (1 0) contact piece (2 (2 3)), Based on the bolt (2 4 creation, the locking edge is provided with a pair of positions, and the screw can be taken from the rod body, because the bolt is in contact with it. It is a relatively large area. For the example of this creation, please refer to the example. One of the preferred sets of components in the first, third, and fourth drawings (2 is provided with a thread having 2 2) and the sleeve), and the appropriate position 2) is provided by the inner end of the sleeve component (the screw hole (2 3)). It is necessary to press a screw hole properly until the locking process of the bolt is tight. The contact piece is contacted with a non-damaging rod, and then the structure and the embodiment of the structure are shown in the detailed structural example, such as The holes are appropriately pressed against the Yu hole (2 1) to make the set, and another 20 is continuously arranged at the set. The inner lock is provided with a contact piece (a contact piece with a margin of 2 and the pressure is pressed) The resistance to the positioning effect may cause the pressure contact body, which can greatly improve the surgical means and The function description is as follows: The intention and the second schematic diagram are shown in the figure. The inner edge of the (2 1) inner contact piece is provided with (2 0) and (2 0) screw holes (2 3 through to the contact). The bolts (2 4 2) are in contact with each other, and the piece is divided into the structure of the contact piece which is sleeved in the screw hole, and the contact is made here, instead of the structure of the aspect is achieved by the stability effect of the lock. The upper edge of the actual structural design of this creation is cut (22), which fits in with the screw on the outside of the screw, relative to) 'the screw hole piece (2 2)), and makes this form the book.
第7頁 在此一定位關係上，因其係藉觸抵片 與螺桿（1〇)之螺紋取得螺合卡固效果， 對觸抵片（22)的迫壓抵持作用，是 穩固之鎖定效果，且因該螺栓（2 4 )係^ )形成迫壓接觸，而非對螺桿（丄〇 )作直 無損傷螺桿（1 0 )及其表面螺紋之虞，成 ，及穩固之鎖定裝置，有效解決習知結構不 定之缺失，確深具極佳之實用價值者。 五、創作說明（4) 據此，在套组俥 r 〇 , 嘗、1干（2 0 )與螺桿Γ ] η f，係利用套組件（2 Ο )套孔（2工）： )内緣之螺紋而得將之螺鎖於螺桿 螺栓（24)對觸抵片（22)〇丄 ;:=(2 4 ) #鎖入程度將對觸抵 冋幅度之迫壓效果，此時該觸抵片（2 t抵接觸於螺# ( 1 0 )之螺紋溝槽内，i U螺桿（10)取得緊密之卡固效果而不 動移位，從而達成預期之鎖固效能； 次，請繼續配合參閱第5圖之結構示意 結構分解示意圖及第7、8圖之結構關係^ 創作實施於平面桿體之一較佳實施例，如擾 之鎖定裝置除了適用前述之螺桿鎖定外，声 般平面桿體（3 〇)與其套組件（40) 4 ’其結構設計上，主要是於套組件（4 〇 ) 内緣設製一具有適當彈壓裕度之觸抵片（ )之套設鎖定 觸抵片（2 2 的預定位置， 成壓抵，且隨 2 2 )產生不 的螺紋將緊密 套組件（2 0 致隨之產生旋 2 2 )與螺紋 配合螺栓（2 以可取得極為 觸抵片（2 2 接接觸，從而 為一種兼具保 適用於螺桿鎖 圖、第β圖之 意圖，係為本 所示，本創作 樣可運用於一 ‘設關係之鎖定 的套孔（4 1 2 )，並由套 M241532 五、創作說明（5) 組件（4 0 )外侧相對位置貫設一螺孔（4 3 (4 2 )，俾可於螺孔（4 3 )内鎖入一螺於至觸抵片 迫壓該觸抵片（4 2 )，據此構成本創作鎖二^ 4 4 )以 型態； 疋裝置之另一 藉由上揭結構，在套組件（4 0 )與桿體 套組鎖定上，係直接將套組件（4 〇 )穿套於 3 〇 )的 )並調整至預定位置，即可調整套組件（4 〇干體（3 0 3)鎖設之螺栓（44)以壓抵内緣之觸抵片螺孔（4 利用該螺，（4 4 )的鎖入程度而得改變對該以)二 2丄的壓抵程度’使該觸抵片（42)可與桿體J(4 取得緊密之迫抵定位效果’且在此一定位關係了 栓（44)係對觸抵片（42)形成迫壓 因該螺 體（3〇)表面形成接觸，是以無損傷=== ，同時經由該觸抵片（42)與桿體（30)之女Ιίί Ϊ:價::大幅提昇其鎖定之穩固性’從而能“極佳之 ，利：於ϊ ί:i說明，可知本創作經由結構之組成設計 ，酉内緣設製具彈壓裕度之觸抵片的設計 片盥；，入之螺栓對觸抵片的迫壓，使其得以觸抵 觸抵而大幅提昇其鎖定之穩固性，並可 有效避免螺栓過度鎖入而損傷桿體表面之虞 Ό 3 ίT ’更付藉套組件套孔及觸抵片内緣螺紋之設置 所：ί:ί::ί，套組件之鎖定，有效解決習知結構 M241532 五、創作說明（6) 綜上所述，本創作之桿體鎖定裝置，針對桿體與套設 其上之套組件間的定位而設計，經由結構之創新組成設計 ，使其在達成套組件與桿體之穩固鎖定效果外，更不致對 桿體造成損傷，整體而言，確具有極佳之產業利用價值與 實用性，誠不失為一優異、突出之創作，爱依法提出專利 申請。In this positioning relationship, because it is a screw-on locking effect obtained by the contact piece and the screw of the screw (10), the pressing and resisting effect on the contact piece (22) is a stable lock. Effect, and because the bolt (2 4) is ^) to form a pressing contact, instead of the screw (丄 〇) being straight without damage to the screw (1 0) and its surface threads, the formation, and a stable locking device, Effectively solving the lack of indeterminate structure of learning, it is indeed of great practical value. V. Creative Instructions (4) According to this, in the set 俥 r 〇, taste, 1 stem (2 0) and screw Γ] η f, the sleeve assembly (2 Ο) sleeve hole (2 workers) is used:) the inner edge The thread can be locked to the screw bolt (24) against the contact piece (22) 〇 丄;: = (2 4) #The degree of locking will have a pressing effect on the amplitude of the contact resistance Piece (2 t abuts on the thread groove of the screw # (1 0), the i U screw (10) obtains a tight clamping effect without moving, thereby achieving the desired locking performance; secondly, please continue to refer to The structure diagram in Figure 5 is the structure decomposition diagram and the structure relationship in Figures 7 and 8. ^ A preferred embodiment of the invention is implemented in a flat rod body. In addition to the above-mentioned screw lock, the locking device for sound interference is a flat planar rod body. (3 〇) and its sleeve assembly (40) 4 'In terms of its structural design, it is mainly provided on the inner edge of the sleeve assembly (4 〇) with a suitable spring-pressure contact piece () of the set lock contact piece () At the predetermined position of 2 2, it will be pressed against, and the tight sleeve assembly (2 0 will cause the subsequent rotation 2 2) with the threaded bolt (2 In order to obtain the extremely touching piece (2 2 contacts, so as to have both the intention to apply to the screw lock diagram, Figure β, as shown here, this creative sample can be applied to a 'set relationship lock' A set of holes (4 1 2) and a set of M241532 V. Creation instructions (5) A screw hole (4 3 (4 2)) is arranged at the opposite position of the component (4 0), and can be placed in the screw hole (4 3) Lock in a screw until the contact piece presses the contact piece (4 2), which constitutes this creative lock 2 ^ 4 4) in the form; 另一 The other of the device uses the open structure to cover the component ( 4 0) is locked with the rod body set, the sleeve assembly (4 〇) is directly threaded over the 3)) and adjusted to a predetermined position, and the sleeve assembly (4 〇 dry body (3 0 3) lock can be adjusted The bolt (44) is set to press against the inner hole of the contact piece screw hole (4 using the screw, (4 4) the degree of locking can be changed to)) 2 2 丄 to make the contact The piece (42) can achieve a close positioning effect with the rod body J (4), and the positioning relationship here is that the bolt (44) forms a pressing force on the contact piece (42) because the surface of the screw body (30) Make contact Injury ===, and through the touch piece (42) and the female of the lever body (30) Ιί Ϊ: price :: greatly improve the stability of its lock ', so that "excellent, good: Yuϊ ί: i It can be seen that the design of this creation is based on the structural composition design. The inner edge of the design piece is made of a contact piece with a spring pressure margin. The pressing force of the bolt on the contact piece makes it more resistant. Its locking stability, and can effectively avoid the risk of excessive locking of the bolt and damage to the surface of the rod body 3 ί T 'More pay the loan sleeve assembly sleeve hole and contact the inner edge of the thread set: ί: ί :: ί, The locking of the sleeve component effectively solves the conventional structure M241532 V. Creation instructions (6) In summary, the lever locking device of this creation is designed for the positioning between the rod body and the sleeve component on which it is set. The innovative composition design makes it not only achieve the stable locking effect of the sleeve assembly and the rod body, but also not cause damage to the rod body. On the whole, it has excellent industrial use value and practicability. For the creation, Ai filed a patent application according to law.
第10頁 M241532 圖式簡單說明 圖式部份： 第1圖：係本創作較佳實施例之結構示意圖。 第2圖：係本創作較佳實施例之結構分解示意圖。 第3圖：係本創作較佳實施例之結構關係示意圖。 第4圖：係本創作較佳實施例另一視向之結構關係示 意圖。 第5圖：係本創作另一較佳實施例之結構示意圖。 第6圖：係本創作另一較佳實施例之結構分解示意圖Page 10 M241532 Brief description of the drawings Schematic part: Figure 1: This is a schematic diagram of the structure of the preferred embodiment of this creation. FIG. 2 is a structural decomposition diagram of a preferred embodiment of the present invention. FIG. 3 is a structural relationship diagram of a preferred embodiment of the present invention. Fig. 4 is a schematic view showing the structural relationship of another aspect of the preferred embodiment of the present invention. FIG. 5 is a schematic structural diagram of another preferred embodiment of the present invention. FIG. 6 is a structural decomposition diagram of another preferred embodiment of the present invention
第7圖：係本創作另一較佳實施例之結構關係示意圖 第8圖··係本創作另一較佳實施例另一視向之結構關 係示意圖。Fig. 7: Schematic diagram of the structural relationship of another preferred embodiment of the present invention Fig. 8: Schematic diagram of the structural relationship of another preferred embodiment of the present invention from another perspective.
圖號部份： (1 0 )螺桿 (2 1 )套孔 (2 3 )螺孔 (3 0 )桿體 (4 1 )套孔 (4 3 )螺孔 (2 0 )套組件 (2 2 )觸抵片 (2 4 )螺栓 (4 0 )套組件 (4 2 )觸抵片 (4 4 )螺栓Drawing number part: (1 0) screw (2 1) sleeve hole (2 3) screw hole (3 0) rod body (4 1) sleeve hole (4 3) screw hole (2 0) sleeve assembly (2 2) Contact piece (2 4) Bolt (4 0) Sleeve assembly (4 2) Contact piece (4 4) Bolt
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