1352649 六、發明說明： f發明所屬之技術領域】 本發明係有關於-種轉接工具，特別是指—種 接工具結構。 【先前技術】 奴為了使工具能適用各種型態的鎖固元件以及適用各 種的工作角度，該工具可透過工具接頭來達成。請參考第ι圖 所不’為我國申請第〇贿779號工具接頭麻圖，並可透過 該第一桿體η的固彻lu_位於該第二桿體12的内槽 121，使邮—、二桿體n、12保翻定狀因此可適用在不 需角度變化的鎖卸作業中，而該第一、二桿體U、12使用於 角趣_貞卸作業時，拉動該第—桿體η，使第—桿體n 的固疋k 111脫離於該第二桿體12 _槽121，藉此使第一、 二桿體1卜12間可係呈—夾角的轉動狀，然而，由於該第一 桿體11^第：桿體12容置槽122槽σ方向拉動後，並無定位 、、’。構的叹计’因此’該工具接頭使用在角度變化的鎖却作業 中’ °亥第—桿體11會發生内縮的狀況，而造成鎖卸作業的闲 難與不便。其次，該第—桿體11 _定端ill插置定位” 第二桿體12的内槽121時，因無導引結構設計，因此，使: 3亥工具接頭呈固捿狀態時，該第-桿體11與該第二桿體12 .彼此的定位不夠確實與快速。 〇月參考第2圖所示，為我國申請第097203831號二段式工 3 具接頭剖面圖，其可透過桿體21的環&部211靠抵於容置座 22環緣221 ’使該桿體21與容置座22保持固定狀因此可適 用在不需角度變化的鎖_作業中，而該桿體21與容置座22使 用於角度變化的鎖卸作業時，將桿體21於容置座22略為拔 起，則能夠使桿體21相對於容置座22作一定範圍轉動，然而， 轉體21的接頭部212與該容置座22的凹槽您之間主要是 透過彈性體23搭配卡嶋24職制，且該彈性體搭配卡 固體24的限制方向與該桿體21於容置座22拉動的方向不 同即為縱向限制、一為橫向拉動，因此，當該桿體^朝 該容置座22的凹槽222槽口方向拉動後，該桿體21會發生内 縮的狀況’而使該工具接頭在角度變化的鎖却作業中 卸作業的困難與不便。 〃 成貞 據此’如何能開發出一種多角度轉接工具結構，其可解決 上述的缺陷，即為本案發明的動機。 、 [發明内容】 本I明之目的在於提供一種多角度轉接工具結構， 要^珠財㈣料，使該轉接工具在 戶鎖 祕業的狀料，讓_接工具麵行多μ鎖⑽^ 的定位，避免轉私具發生内縮的㈣= 鎖卸作業的困難與不便。 _ 主要另—目的在於提供—種多角度轉接工具結構，其 接工具呈固接狀態時，第一桿體與該第二桿體 4 J352649 - 彼此的定位能夠更為確實與快速、以及降低第二桿體鎖卸 . i作端的晃動程度。 本發明再一目的在於提供一種多角度轉接工具結構，其 主要讓該轉接工具呈多角度鎖卸作業狀態時，進行多角度 轉動的第二桿體具有更大的轉動角度。1352649 VI. INSTRUCTIONS OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to an adapter tool, and more particularly to an implant tool structure. [Prior Art] In order to make the tool applicable to various types of locking elements and to suit various working angles, the tool can be achieved through a tool joint. Please refer to the figure ι, do not 'for China's application for the first bribe 779 tool joint map, and through the first rod body η the solid lu_ located in the inner groove 121 of the second rod 12, so that the post - The two rods n and 12 are fixed and can be applied to the loading and unloading operation without angle change, and the first and second rods U and 12 are used for the angle _ 贞 作业 作业 , , , , , , The rod body η is configured to disengage the fixing rod 111 of the first rod body n from the second rod body 12-groove 121, thereby allowing the first and second rod bodies 1 to be rotated in an angled manner, however Since the first rod body 11^: the rod body 12 receiving groove 122 is pulled in the groove σ direction, there is no positioning, '. The slanting of the structure is such that the tool joint is used in a lock operation in which the angle is changed, and the shank 11 is retracted, causing difficulty and inconvenience in the work of locking and unloading. Secondly, when the first rod body 11 _ fixed end ill is inserted and positioned in the inner groove 121 of the second rod body 12, because there is no guiding structure design, when the: 3 sea tool joint is in a solid state, the first - The positioning of the rod body 11 and the second rod body 12 is not sufficient and fast. According to Fig. 2, the cross-sectional view of the joint of the two-stage work of No. 097203831 is applied to the rod body. The ring & portion 211 of 21 abuts against the rim 221 ' of the accommodating seat 22 to keep the shank 21 and the accommodating seat 22 fixed, so that it can be applied to a lock _ work without an angle change, and the shank 21 When the accommodating seat 22 is used for the locking operation of the angle change, the rod body 21 is slightly pulled up in the accommodating seat 22, so that the rod body 21 can be rotated relative to the accommodating seat 22, however, the rotating body 21 The joint portion 212 and the groove of the accommodating seat 22 are mainly engaged with the cartridge 24 through the elastic body 23, and the elastic body is matched with the limiting direction of the card body 24 and the rod body 21 is pulled by the accommodating seat 22. The direction of the difference is the longitudinal limit, and the other is the lateral pull. Therefore, when the rod body is facing the notch of the recess 222 of the receiving seat 22 After the pulling, the rod body 21 will be retracted, which makes the tool joint difficult and inconvenient to unload the work in the angle change lock operation. 〃 According to this, how can a multi-angle transfer tool be developed? Structure, which can solve the above-mentioned defects, that is, the motivation of the invention of the present invention. [Inventive content] The purpose of the present invention is to provide a multi-angle transfer tool structure, which is required to make the transfer tool in the household lock. The material of the secret industry allows the positioning of the multi-μ lock (10)^ to avoid the difficulty and inconvenience of the lock-and-load operation. _ Mainly--the purpose is to provide a multi-angle turn When the tool is in the fixed state, the positioning of the first rod body and the second rod body 4 J352649 - can be more sure and fast, and the second rod body can be locked and unloaded. A further object of the present invention is to provide a multi-angle adapter tool structure, which mainly allows the second rod body that rotates at multiple angles to have a larger rotation angle when the adapter tool is in a multi-angle locking operation state.
緣是’為了達成前述目的’依據本發明所提供之一種 多角度轉接工具結構，其包含有：一第一桿體，其兩端分別 為第一知部與弟一端部，該第一端部軸向成形有一容置 槽，該容置槽具有一内環面呈傾斜狀的大徑部、一内徑小 於該大徑部的小徑部，另外，該第一端部外周面徑向成形 有一環凸緣以及一與該容置槽相通的珠孔，該珠孔内具有 一能夠活動的珠體，且該珠體適時凸出於該珠孔；一滑套 其内具有一第一環凸部、一第二環凸部、以及該第一、_ 環凸部之間形成的環凹槽，該滑套係能夠滑動地套設於該 第一桿體，該第二環凸部與該第—桿體之間形成—活動空 間’該活動空間m雜元件，俾使滑套朝該第二端 部滑動後得以復位，當該滑套滑動時，該環凹槽係對應該 珠體’使珠體部分凸出該環凹槽，當該滑套復位時，該第 二環凸部係抵止該珠體，使珠體部分凸出該容置槽，該第 -環凸部受限於該環凸緣’防止該滑套朝該第—端部滑 其一端具 脫；-限減，其餘闕第-桿體容置槽的小徑部，且 該限位件部份係凸出於該容置槽；一第二桿# 5 有—呈六邊形球狀的頭部、—外環面呈傾斜狀的身部、以 及-銜接於該頭部與身部_部，該第二桿體1係能夠 伸縮活動地設韻第—桿體的容置槽，當該第二桿體縮入 於該容置槽時，該身部魅缝部相互導引而貼靠, 部係受珠體所卡抵，使該第二桿體與該第-桿體呈固接狀 態，當該第二桿體伸出於該容置槽時，該身部係脫離該大 徑部，該騎係受該限位件所卡抵，使該第二桿體能進行 多角度的轉動。 有關本發明為達成上述目的，所_之技術、手段及其他 之功效較佳可行實施継配相式詳細說明如后。 【實施方式】 首先明配。參閱第3至6圖所不’本發明實施例所提供的 一種多角度轉接工具結構，該轉接工具係H桿體3()、 一滑套40、一限位件50、以及一第二桿義所組成，其中： 該第-㈣30係由磁吸材質所製成，例如鐵，且該第 一桿體30兩端分別為第一端部31與第二端部32，該第一 端部31軸向成形有一容置槽33，該容置槽犯具有一内環 一内徑小於該大徑部331 面331a呈傾斜狀的大徑部331 ' 的小徑部332，其中該小徑部332内環面係成多角形型態 且具有-環槽332a，而該大徑部331 0環面編係由該 大徑部331朝小徑部332方向漸縮傾斜，另外，該第一端 部31外周面徑向成形有一環凸緣311以及一與該容置槽 1352649 63係受珠體34所卡抵，使該第二桿體60與該第—桿體3〇 呈固接狀態。 請參閱第7至9圖，欲將該第二桿體60第一端部6丨由 該第一桿體30容置槽33拔出時，首先施力於該滑套4〇，使 其朝向該第一桿體30的第二端部32滑動，滑動後讓該環凹 才曰43對應珠體34 ’此時，將該第二桿體6〇朝遠離兮第 一桿體30的方向拉動，該第二桿體60的頭部63外周面則 推抵該珠體34上升，直到該頭部63受該限位件5〇所卡 抵，緊接著，放開該滑套40，該滑套40透過該彈性元件 44的推抵而恢復原狀，該滑套40的第二環凸部42則推抵 該珠體34，使珠體34部分凸出該容置樽33，並同時抵於 5亥第二桿體60的頭部63外周面，此時’該身部64則脫離 該大徑部331，該第二桿體60能夠進行多角度的轉動。 本發明藉上述具體實施例之結構以及操作方式，可得到 下述的功效： 其―、該第一桿體30與該第二桿體60變換成多角度 鎖卸作業的狀態時，由於該第二桿體60的頭部63係受限 於該限位件50以及珠體34之間，且該滑套40在常態下（即 未滑動的狀態），其第二環凸部42係抵止於該珠體34，使 珠體34保持部分凸出容置槽泊的狀態，因此，該第二桿 體6〇朝遠離該第—桿體洲的方向拉動時，該第二桿體6〇 的頌部63係受該限位件所卡抵，該第-、二桿體3〇、 9 1352649 60彼此不會互相脫離，該第二桿體60朝該第一桿體3〇的 方向推動時，該第二桿體60的頭部63係受珠體34所卡 抵，而不會發生内縮的狀態，是以，該轉接工具在進行多 角度鎖卸作業中得以獲得穩固的定位，避免第―、二桿體 30、60在進行多角度鎖卸作業時，彼此會發生内縮的狀況， 據此’本發明得以降低鎖卸作業的困難與不便。 其一、請複參閱第5、6圖所示，由於該第一桿體3〇的 大徑部331具有呈傾斜狀的内環面331a結構設計，該第二 桿體60的身部64具有呈傾斜狀的外環面641結構設計， 且該大徑部331的内環面331a與該身部64的外環面641 相互對應，因此，當該第二桿體30縮入於該第〜桿體6〇 容置槽33時，該大徑部331的内環面331a會導弓丨該身部 64的外環面641 ’讓該身部64順著該大徑部331的内環面 331a而彼此互相貼靠定位，簡言之，第二桿體6〇與該第 一才干體30呈固接狀態時係呈錐面與椎面相互靠抵的型 態，據此，該第二桿體60與該第一桿體30呈固接狀態時， 彼此的定位能夠更為確實與快速，除此之外，該第二桿體 6〇在進行鎖卸作業時’能降低其第二端部⑽所連結驅動 鎖卸元件的晃動程度。 其二、請複參閱第8、9圖所示，同樣由於該第一桿體 3〇的大徑部331具有呈傾斜狀的内環面33la結構設計， 該第二桿體60的身部64具有呈傾斜狀的外環面641結構 10 十一因此*该第一桿體30與該第二桿體6〇變換成多 角度鎖卸作業的狀料，該第―桿體％的大徑部饥則提 供了進行夕角度轉動的第二桿體60更大的轉動角度，換言 之’藉由大徑部331内環面331a呈傾斜狀的結構設計，; 低了第二桿體60在進行多角度轉動時與該大徑部331之間 相互干涉的問題。 取後，請參閱第10、u圖所示，本發明的第二桿體 6〇的頭部63，其外表面繞著該第二桿體6〇軸向成形有一 環卡凹631，該環切631當該第二桿體6〇伸出於該第一 桿體的容置槽33時可供珠體34所卡抵，以便進行多角度 的鎖卸作業，藉以構成另一的實施狀態。 综上所述，此實施例及圖示僅為本發明之較佳實施例而 已’當不能以之限定本發明實施之範圍，大凡依本發明申請 專利範圍所作之均㈣化與修飾，皆應屬本發明專利涵蓋之範 圍内。 1352649 【圖式簡單說明】 第1圖係習知申請第097207779號工具接頭剖面圖。 第2圖係習知申請第097203831號二段式工具接頭剖面圖。 第3圖係本發明的立體圖分解圖。 第4圖係本發明的立體組合圖。 第5圖係本發明的組合剖面圖。 第6圖係第5圖的局部放大圖。 第7圖係本發明的使用狀態圖，顯示第二桿體拉出後，其頭部 抵頂該珠體的狀態。 第8圖係本發明的使用狀態圖，顯示第一、二桿體呈外伸的 狀態。 第9圖係本發明作動示意圖，顯示第二桿體往上調動的狀態。 第10圖係本發明另一實施狀態的立體分解圖，顯示第二桿體 頭部成形有環卡凹的狀態。 第11圖係本發明另一實施狀態的使用狀態圖，顯示第一、二 桿體呈外伸的狀態。 第12圖係本發明另一使用狀態圖，顯示第一桿體第二端部插 置有工具頭的狀態。 【主要元件符號說明】 第一桿體11 固定端111 第二桿體12 内槽121 容置槽122 桿體21 環凸部211 接頭部212 容置座22 環緣221 凹槽222 12 1352649 彈性體23 卡固體24 第一桿體30 第一端部31 環凸緣311 珠孔312 第二端部32 定位槽321 容置槽33 大徑部331 内環面331a 小徑部332 環槽332a 珠體34 墊圈35 C形扣36 滑套40 第一環凸部41 第二環凸部42 彈性元件44 限位件50 環凹槽43 第二桿體60 第一端部61 第二端部62 頭部63 環卡凹631 身部64 外環面641 磁鐵66 頸部65 套筒71 驅動工具73 活動空間A 工具頭72 13The edge is a multi-angle adapter tool structure according to the present invention, which comprises: a first rod body, the two ends of which are respectively a first knowing portion and a younger end portion, the first end The portion is axially formed with a receiving groove having a large diameter portion having an inner annular surface inclined, a small diameter portion having an inner diameter smaller than the large diameter portion, and a radial direction of the outer peripheral surface of the first end portion Forming a ring flange and a bead hole communicating with the receiving groove, the bead hole has a movable bead body, and the bead body protrudes from the bead hole in time; a sliding sleeve has a first inside a ring-shaped convex portion, a second ring-shaped convex portion, and a ring groove formed between the first and the _ ring-shaped convex portions, the sliding sleeve is slidably sleeved on the first rod body, and the second ring convex portion Forming an active space with the first rod body, the movable space is a miscellaneous component, and the sliding sleeve is reset after sliding toward the second end portion, and when the sliding sleeve slides, the annular groove corresponds to the bead The body portion causes the bead portion to protrude from the ring groove, and when the sliding sleeve is reset, the second ring convex portion abuts the bead body, The bead portion protrudes from the accommodating groove, and the first ring protrusion is restricted by the ring flange to prevent the sliding sleeve from slipping off the end portion of the first end portion; a small diameter portion of the receiving groove, and the limiting portion protrudes from the receiving groove; a second rod #5 has a hexagonal spherical head, and the outer annular surface is inclined The body and the body are coupled to the head and the body portion, and the second body 1 is capable of telescopically arranging a receiving groove of the rhyme-pole body, and when the second rod body is retracted into the receiving portion When the groove is in the groove, the body charm portions are guided to each other and abut against each other, and the portion is buckled by the beads, so that the second rod body and the first rod body are in a fixed state, and when the second rod body is extended When the accommodating groove is received, the body is separated from the large diameter portion, and the riding system is engaged by the limiting member to enable the second shank to rotate at multiple angles. In view of the above-mentioned objects, the techniques, means, and other effects of the present invention are preferably implemented as described in the accompanying phase. [Embodiment] First, it is clearly matched. Referring to Figures 3 to 6, there is provided a multi-angle adapter tool structure according to an embodiment of the present invention. The adapter tool is a H-bar body 3 (), a sliding sleeve 40, a limiting member 50, and a first The second (4) 30 series is made of a magnetic material, such as iron, and the first end 30 of the first rod 30 is respectively a first end portion 31 and a second end portion 32, the first The end portion 31 is axially formed with a receiving groove 33, and the receiving groove has a small diameter portion 332 having an inner ring and an inner diameter smaller than the large diameter portion 331' of the large diameter portion 331 surface 331a. The inner surface of the diameter portion 332 is formed in a polygonal shape and has a ring groove 332a. The large diameter portion 331 0 annular surface is tapered by the large diameter portion 331 toward the small diameter portion 332. The outer peripheral surface of the one end portion 31 is radially formed with a ring flange 311 and a receiving groove 1352649 63 is abutted by the bead body 34, so that the second rod body 60 is fixed to the first rod body 3〇 status. Referring to FIGS. 7-9, when the first end portion 6 of the second rod body 60 is pulled out from the receiving groove 33 of the first rod body 30, the sleeve 4 is first biased to face the sleeve. The second end portion 32 of the first rod body 30 slides, and after the sliding, the ring recess 43 corresponds to the bead body 34'. At this time, the second rod body 6 is pulled away from the first rod body 30. The outer peripheral surface of the head portion 63 of the second rod body 60 is pushed against the bead body 34 until the head portion 63 is caught by the limiting member 5, and then the sliding sleeve 40 is released. The sleeve 40 is restored to the original shape by the pushing of the elastic member 44, and the second ring convex portion 42 of the sliding sleeve 40 is pushed against the bead body 34, so that the bead body 34 partially protrudes from the receiving jaw 33, and at the same time abuts 5, the outer peripheral surface of the head 63 of the second rod body 60, at which time the body portion 64 is separated from the large diameter portion 331, and the second rod body 60 can be rotated at various angles. According to the structure and operation mode of the above specific embodiment, the present invention can obtain the following effects: When the first rod body 30 and the second rod body 60 are converted into a multi-angle locking operation state, The head 63 of the two-bar body 60 is limited between the limiting member 50 and the bead body 34, and the sliding sleeve 40 is in a normal state (ie, in a non-sliding state), and the second ring convex portion 42 is resisted. In the bead body 34, the bead body 34 is kept in a state of partially protruding and accommodating the groove. Therefore, when the second rod body 6 is pulled away from the first rod body, the second rod body 6〇 The crotch portion 63 is engaged by the limiting member, and the first and second rod bodies 3〇 and 9 1352649 60 are not separated from each other, and the second rod body 60 is pushed toward the first rod body 3〇. When the head 63 of the second rod body 60 is engaged by the beads 34, the contraction state does not occur, so that the adapter tool can obtain stable positioning during the multi-angle locking operation. In order to prevent the first and second rod bodies 30 and 60 from being retracted from each other during the multi-angle locking operation, the present invention can be reduced. Difficulties and inconveniences unloading operations. First, as shown in FIGS. 5 and 6, since the large diameter portion 331 of the first rod body 3 has an inclined inner ring surface 331a, the body portion 64 of the second rod body 60 has a structure. The outer ring surface 641 having a sloped shape is designed, and the inner ring surface 331a of the large diameter portion 331 and the outer ring surface 641 of the body portion 64 correspond to each other. Therefore, when the second rod body 30 is retracted into the first portion When the rod 6 accommodates the groove 33, the inner annular surface 331a of the large diameter portion 331 guides the outer annular surface 641' of the body portion 64 so that the body portion 64 follows the inner annular surface of the large diameter portion 331. 331a and positioned against each other, in short, when the second rod body 6 is in a fixed state with the first body 30, the cone surface and the vertebrae abut each other, according to which the second When the rod body 60 and the first rod body 30 are in a fixed state, the positioning of each other can be more sure and fast, and in addition, the second rod body 6 can reduce the second part when performing the locking operation. The end portion (10) is coupled to drive the degree of sway of the locking member. Secondly, please refer to FIGS. 8 and 9. Similarly, since the large diameter portion 331 of the first rod body 3 has an inclined inner ring surface 33la, the body portion 64 of the second rod body 60 is also designed. The structure of the outer ring surface 641 having a slanting shape is 117. Therefore, the first rod body 30 and the second rod body 6 are converted into a multi-angle locking work, and the large diameter portion of the first rod body % The hunger provides a larger angle of rotation of the second rod 60 that is rotated at an eve angle, in other words, 'the inner ring surface 331a of the large diameter portion 331 has a slanted structure design; and the second rod body 60 is lowered. There is a problem that the large diameter portion 331 interferes with each other when the angle is rotated. Referring to FIG. 10 and FIG. u, the head 63 of the second rod body 6〇 of the present invention has an outer surface around the second rod body 6〇 axially formed with a ring-shaped concave 631, the ring. When the second rod body 6 protrudes from the receiving groove 33 of the first rod body, the cutting rod 631 can be engaged by the bead body 34 for multi-angle locking operation, thereby forming another implementation state. In conclusion, the embodiments and the drawings are only the preferred embodiments of the present invention, and the scope of the present invention is not limited thereto, and the generalization and modification of the scope of the patent application of the present invention should be It is within the scope of the patent of the present invention. 1352649 [Simple description of the drawings] Fig. 1 is a cross-sectional view of a tool joint of the prior application No. 097207779. Figure 2 is a cross-sectional view of a two-stage tool joint of the prior art application No. 097,203,831. Figure 3 is a perspective exploded view of the present invention. Figure 4 is a perspective assembled view of the present invention. Figure 5 is a combined cross-sectional view of the present invention. Fig. 6 is a partially enlarged view of Fig. 5. Fig. 7 is a view showing the state of use of the present invention, showing the state in which the head is abutted against the bead after the second rod is pulled out. Fig. 8 is a view showing the state of use of the present invention, showing the state in which the first and second rods are extended. Fig. 9 is a schematic view showing the operation of the present invention, showing the state in which the second rod is moved upward. Fig. 10 is an exploded perspective view showing another embodiment of the present invention, showing a state in which the second rod body is formed with a ring-shaped recess. Fig. 11 is a view showing a state of use of another embodiment of the present invention, showing a state in which the first and second rod bodies are extended. Fig. 12 is a view showing another state of use of the present invention, showing a state in which the second end of the first rod is inserted with the tool head. [Main component symbol description] First rod body 11 fixed end 111 Second rod body 12 Inner groove 121 accommodating groove 122 Rod body 21 Ring convex portion 211 Joint portion 212 accommodating seat 22 Ring edge 221 Groove 222 12 1352649 Elastomer 23 Card solid 24 First rod body 30 First end portion 31 Ring flange 311 Bead hole 312 Second end portion 32 Positioning groove 321 accommodating groove 33 Large diameter portion 331 Inner ring surface 331a Small diameter portion 332 Ring groove 332a Bead body 34 washer 35 C-shaped buckle 36 sliding sleeve 40 first ring convex portion 41 second ring convex portion 42 elastic member 44 limiting member 50 ring groove 43 second rod body 60 first end portion 61 second end portion 62 head 63 Ring card concave 631 Body 64 Outer ring surface 641 Magnet 66 Neck 65 Sleeve 71 Drive tool 73 Active space A Tool head 72 13