1329049 九、發明說明： 【發明所屬之技術領域】 本發明係-種工具頭轉接器，特別是指—種不受工呈 頭形狀限制提供夾取固定的工具頭轉接器。 〃、1329049 IX. Description of the Invention: [Technical Field] The present invention relates to a tool head adapter, and more particularly to a tool head adapter that provides a clip-on fixing without being limited by the shape of the head. Oh,
L无耵技術JL flawless technology J
在現代講求效率的時代，進而發展出電動卫_㈣ ::力’為了讓電動工具因應各種加工型態，進而渾 交出各式各樣的工具頭p(起子頭或鑽頭等），提供電動 ^具搭配❹，請參閱第！圖所示，—種卫具頭轉接哭工 =分別設有—第—定位部20A及-第二定位部2 Ο B ’该第一定位部2 〇八鱼兮笛一— 拆，一"男的… -5亥弟二疋位部2 0 Β皆為快 套V 的具有—限位筒、-彈性件及-活動 …精套鱗設於該限位筒上，該彈性件裝設於 動套及該限位筒之間，去 …兩 限位筒上軸向位移二Τ動套透過彈性件彈抵下於該 仍存在下列之問=，'而則述習用結構進一步分析，得知 位部=頭，10的第一定位部20Α與第二定 裝設相岸形狀/又限於六角形制式規格設計，相對僅能 該工且頭^ 具則（如六料子頭），進而限制了 …W叫使用範圍，如欲組裝非六邊形的工具頭 5 1329049 P (如圓形電鑽頭）時，必須花費時間拆解電動工具的工 具頭P，再重新裝上所需的工具頭P，不僅無法節省工時 且又造成施工不便。 而為了能夠有效解決前述相關議題，本發明創作人基 於過去在工具頭轉接器領域所累積的研發技術與經驗，於 數次試驗及多方嘗試後，終於發展出一種可提供非多邊形 工具頭或多邊形工具頭組裝的工具頭轉接器。 【發明内容】 本發明一種工具頭轉接器，其目的在於可同時提供多 邊形或非多邊形工具頭夾取組裝的工具頭轉接器； 為達成上述目的，本發明包含一第一定位部及一第二 定位部；其中，該第一定位部位為快拆，該第一定位部包 含一具錐度的迫抵頭、一具至少二錐塊的夾取件及一具錐 度的限位件，該迫抵頭、該夾取件及該限位件同軸組裝， 該夾取件分別與該迫抵頭及該限位件相抵；藉此，該工具 轉接件的該夾取件隨著該迫抵頭與該限位件軸向位移，使 該夾取件的錐塊透過該迫抵頭推抵且藉由錐度變化對工 具頭進行夾取，令該工具頭轉接器無須受形狀限制，讓使 用者無須擔憂工具頭無法組裝，提供使用者快速更換更加 速施工提升效率。 ’所採用之技術、手段及 圖式詳細說明如後，相信 菖可由之得深入而具 有關本發明為達成上述目的 其他功效，兹列舉實施例並配合 本發明之目的、特徵及其他優點 體之瞭解。 【實施方式】 關於本發明為達上述目的，所採用之技術、手段及其 他之功效’炫舉-較佳實施例並配合圖示詳細說明如后； 本發明實施例請參閱第2圖所示，本發明工具頭轉接 裔1〇具有一第一定位部20及-第二定位部30,該第 —定位部2◦以為習知的快拆在此不再詳加贅述； 本發明特徵在於該第一定位部3 0，該第-定位部3 〇包含一迫抵頭4◦、—失取件50及-限位件60 ; ^該迫抵頭40外壁軸向成型一結合段41及一頂推 &4 2 ’該結合段4 1與該頂推段4 2相鄰，該結合段4 1外壁成型-外螺紋’該頂推段4 2由寬變窄漸縮成型為 圓錐環狀； 該夾取件5 0具有三個錐塊5 i及三個彈性件5 2 ’該各彈性件5 2設置於該各錐塊5丄之間，該各錐塊 5 1具有-壓抵部5 1 1、—滑抵部5 i 2及—受抵部5 1 3 ’ s亥壓抵部5 1 1為〈字型彎折面，該壓抵部5工工 '向成型於雜塊5 i周圍壁一側，該滑抵部5 ”為弧 弓曲面、亥滑抵部5 1 2獲向成型於該錐塊5工周圍壁 另:側，該滑抵部5 χ 2二側該壓抵部5工工二側接合， 忒叉抵部5 1 3為平面，該受抵部5丄3軸向成型於該錐 鬼51 &壁上，該錐塊51的受抵部513對應該迫抵 頭4 0的頂推段4 2 ;該各雜件5 2為彈#，該各彈性 件5 2二端分職置於該各錐塊5 ! _抵部5丄工相 鄰面上’該各錐塊5 1透㈣雜件5 1，令該各錐塊5 1的壓抵部511彼此相鄰對應； i亥限位件6 〇為圓筒，該限位件6 〇内壁轴向成型一 結合段6 1及-限縮段6 2，該結合段6 i與該限縮段6 2相鄰，該結合段6 1㈣成型-外職，該限位件6 〇 的結合段6 1職該迫㈣4 Q的結合段4 i，該限縮段 6 2由見i：窄漸縮成型為圓錐環狀’該限位件6 〇的限縮 & 6 2對應該迫抵頭4 〇的頂推段4 2及該夾取件5 〇 其錐塊5 1的滑抵部5 1 ; 以上所述，即為本發明較佳實施例各相關元件的相互 關係位置及其構造之概述。 為了清楚說明本#明的作動方式與功效，再請配合參 閱弟2圖至弟6圖所示： 1329049 I先’該工具頭轉接器1 〇 (請參閱第2圖所示）將 該f一定位部20相對電鑽預先裝設的工具頭P插設，令 c玄第一疋位部2 〇定位於該工具頭p上，· 接著敘述該丄具轉接頭1⑽第二定位部3 〇構件 組裝，先將該第二定位部3 〇的夾取件5 〇容置於該限位 件6 0中，使該夾取件5 〇其錐塊5丄的滑抵部5工2抵 觸該限位件6 0的限縮段6 2，再將該限位件6 〇的結合 ♦段6 1相對該迫抵頭4 〇的結合段4丄順時針旋轉螺 合’使該迫抵頭4 0的頂推段4 2漸進抵觸該夾取件5 〇 其錐塊5 1的受抵部5 1 3，此時該夾取件5 〇其錐塊5 1的滑抵部5 1 2順沿該限位件6 〇的限縮段6 2軸向 軸，令該夾取件5 〇其錐塊5 1的壓抵部5 i丄墨抵該 祕件5 2漸進縮合，縮合同時即可將卫具頭p (請參閱 帛3圖所不^角起子頭及請*閱第4圖所示圓形電鑽頭） 插置於。亥第一定位部3 0中，進而受該夹取件5 〇 (請同 時參閱第5圖及第6圖所示）的錐塊51夾取定位，無須 受限形狀限制進行工具頭p組裝； 反之’將該限位件6 0的結合段6 i相對該迫抵頭4 〇的結合段4 1逆時針旋轉螺鬆，該夾取件5 0其錐塊5 1的叉抵部5 1 3在該迫抵頭4 0的頂推段4 2抵觸 下，使該夾取件5 0其錐塊5 1的滑抵部5 1 2順沿該限 9 1329049 位件6 0的限縮段6 2軸向滑動，令該央取件5 〇其錐塊 5 1的屋抵部5 1 1受該彈性件5 2彈抵擴張即可替換 工具頭Ρ(六角起子頭或圓形電鑽頭）。 綜上所述，本發明係一種工具頭轉接 益，包括一第一 定位部及-第二^位部；其中，該第位部位為快拆 該第-定位部包含-具錐度的迫抵頭、—具至少二雜塊的 夾取件及-具錐度·位件，該迫朗、該絲件及該限 位件同軸《，令料取件分別㈣迫抵頭及魏位件相 抵’該工具轉接件的該絲件隨著該迫抵頭與該限位件轴 向位移，令該夾取件_塊藉由錐度變化對工具頭進行夹 取；所以本發明具有『產業之可利用性』已顯而易見，且 本案實施例所揭露出的特徵技術，並未見於各刊物及傳 媒’亦未曾被公開使用，更具有不可輕㈣附加功效，故 本發明的『新穎性』以及『進步性』都已符合專利法規， 友紐提出發料歡_請，㈣‘t、衫查並早日賜准專 利’貫感德便。 10 1329049 【圖式簡單說明】 第1圖係習用之立體示意圖。 第2圖係本發明之立體分解示意圖。 第3圖係本發明之工具頭轉接器搭配圓形電鑽頭組裝示 意圖。 第4圖係本發明之工具頭轉接器搭配六角起子頭組裝示 意圖。 第5圖係本發明之工具頭轉接器搭配圓形電鑽頭組裝剖 面示意圖。 第6圖係本發明之工具頭轉接器搭配六角起子頭組裝剖 面示意圖。 【主要元件符號說明】 〔習用〕 工具頭轉接器10In the era of modern efficiency, and then developed electric _ (four) :: force 'in order to allow the power tool to respond to various processing types, and then hand over a variety of tool heads p (driver head or drill bit, etc.), provide electric ^ With a ❹, see the first! As shown in the figure, the type of guard head is transferred to the crying machine = respectively - the first positioning part 20A and the second positioning part 2 Ο B 'the first positioning part 2 〇 eight fish 兮 flute one - split, one " ; Male's... -5 Haidi's two 部部部 2 0 Β are all fast-set V's with - limit cylinder, - elastic parts and - activities ... fine scales are set on the limit cylinder, the elastic parts are installed Between the movable sleeve and the limiting cylinder, the axial displacement of the two limiting cylinders is traversed by the elastic member, and the following still exists; and the conventional structure is further analyzed. The position of the positioner=head, the first positioning part 20Α of the 10 and the second fixed installation are limited to the shape of the hexagonal design, and the design is relatively limited to the hexagonal standard, and the head can be used only (for example, the six-material head), thereby limiting W is called the use range. If you want to assemble the non-hexagonal tool head 5 1329049 P (such as a circular electric drill), you must take time to disassemble the tool head P of the power tool and reinstall the required tool head. P, not only can not save working hours and cause construction inconvenience. In order to effectively solve the aforementioned related issues, the creators of the present invention have finally developed a non-polygonal tool head or a plurality of trials based on the research and development techniques and experience accumulated in the field of tool head adapters. Tool head adapter for polygonal tool head assembly. SUMMARY OF THE INVENTION A tool head adapter of the present invention has the objective of providing a tool head adapter for assembling a polygonal or non-polygon tool head at the same time. To achieve the above object, the present invention comprises a first positioning portion and a a second positioning portion; wherein the first positioning portion is a quick release, the first positioning portion includes a tapered abutting head, a clamping member having at least two cones, and a tapered limiting member. Forcing the head, the gripping member and the limiting member are coaxially assembled, the gripping member respectively abutting the abutting head and the limiting member; thereby, the gripping member of the tool adapter is forced The axial displacement of the abutting member and the limiting member causes the cone of the clamping member to be pushed through the abutting head and the tool head is clamped by the taper change, so that the tool head adapter does not need to be limited in shape. The user does not have to worry about the inability of the tool head to assemble, providing quick replacement for the user and accelerating the construction to improve efficiency. DETAILED DESCRIPTION OF THE INVENTION The following is a description of the technology, the means and the other features of the present invention. To understanding. [Embodiment] The present invention has been made to achieve the above objects, and the techniques, means, and other functions employed are exemplified. The preferred embodiment is described in detail with reference to the accompanying drawings. For the embodiment of the present invention, please refer to FIG. The tool head of the present invention has a first positioning portion 20 and a second positioning portion 30. The first positioning portion 2 is not described in detail here; The first positioning portion 30, the first positioning portion 3 includes an abutting head 4◦, a missing member 50 and a limiting member 60. The outer wall of the pressing head 40 axially forms a joint portion 41 and a Pushing & 4 2 'the joining section 4 1 is adjacent to the pushing section 4 2 , the joining section 4 1 outer wall forming - external thread 'the pushing section 4 2 is tapered from a wide narrowing to a tapered ring The clamping member 50 has three cones 5 i and three elastic members 5 2 '. The elastic members 5 2 are disposed between the cones 5 , and each of the cones 51 has a pressing portion 5 1 1—the sliding contact portion 5 i 2 and the abutting portion 5 1 3 ' s the sea pressing portion 5 1 1 is a <font-shaped bending surface, and the pressing portion 5 is formed to be formed in the block 5 i around the side of the wall, the slip The portion 5 ′′ is an arcuate curved surface, and the sea sliding abutting portion 5 1 2 is formed on the other side of the surrounding wall of the tapered block 5 , and the sliding abutting portion 5 χ 2 is formed on both sides of the pressing portion 5 . The yoke abutting portion 5 1 3 is a plane, and the abutting portion 5 丄 3 is axially formed on the wall of the cone ghost 51 & the abutting portion 513 of the cone block 51 corresponds to the urging portion of the head 40 4 2 ; each of the miscellaneous pieces 5 2 is a bomb #, the two elastic ends of the elastic members 5 2 are placed in the respective cones 5! _ the abutting portion 5 is adjacent to the adjacent surface 'the respective cones 5 1 through (4) The miscellaneous members 5 1 are arranged such that the pressing portions 511 of the respective cones 5 1 are adjacent to each other; the i-shaped limiting member 6 is a cylinder, and the inner wall of the limiting member 6 is axially formed with a coupling portion 6 1 and - The constricting section 6 2 is adjacent to the constricting section 6 2 , and the combining section 6 1 (4) is formed-external, and the binding section 6 of the limiting member 6 职 is the combined section of the (4) 4 Q 4 i, the constricted section 6 2 is seen by i: narrowly tapered into a conical ring shape 'the limit of the limiting piece 6 〇 & 6 2 corresponds to the urging section 4 2 of the head 4 及 and the The gripping member 5 is a sliding portion 5 1 of the taper block 5 1 ; as described above, the related components of the preferred embodiment of the present invention are related to each other. Overview of position and its structure. In order to clearly explain the operation and effect of this #明, please refer to the picture of the brother 2 to the brother 6: 1329049 I first 'the tool head adapter 1 〇 (please refer to the second As shown in the figure, the f-positioning portion 20 is inserted into the tool head P pre-installed with the electric drill, so that the c-first first clamping portion 2 is positioned on the tool head p, and then the cookware adapter is described. 1(10) The second positioning portion 3 is assembled by the 〇 member, and the clamping member 5 of the second positioning portion 3 〇 is first placed in the limiting member 60, so that the clamping member 5 is slidable by the taper 5丄The abutting portion 5 2 is in contact with the limiting portion 6 2 of the limiting member 60, and then the coupling portion 6 1 of the limiting member 6 相对 is rotated clockwise with respect to the engaging portion 4 of the abutting head 4 丄. 'The urging section 4 2 of the urging head 40 is progressively abutted against the gripping member 5 受 the abutting portion 5 1 3 of the taper block 5 1 , at which time the gripping member 5 slids its taper block 5 1 The abutting portion 5 1 2 is along the axial axis of the limiting portion 6 2 of the limiting member 6 ,, so that the clamping member 5 压 the pressing portion 5 i of the taper block 5 1 is inked against the secret member 5 2 Condensation, condensation, and the head of the guard p (see 帛3) ^ Are not circular and angular head screwdriver * Please read electric drill shown in FIG. 4) interposed. In the first positioning portion 30 of the first position, the taper 51 of the gripping member 5 〇 (please refer to FIG. 5 and FIG. 6 at the same time) is gripped and positioned, and the tool head p is assembled without limitation of the shape; Conversely, the coupling portion 6 i of the limiting member 60 is rotated counterclockwise with respect to the coupling portion 4 1 of the abutting head 4 ,, and the clamping member 50 has a fork abutting portion 5 1 3 of the cone 5 1 The urging portion 4 2 of the urging head 40 is in contact with the urging member 50, and the sliding portion 5 1 2 of the taper block 5 1 is along the limit portion 6 of the limit member 1 0 329049 2 axial sliding, so that the central picking member 5, the abutting portion 51 of the taper block 5 1 is elastically deformed by the elastic member 52 to replace the tool head 六角 (hexagonal screwdriver or circular electric drill). In summary, the present invention is a tool head transfer benefit, comprising a first positioning portion and a second second portion; wherein the first position is a quick release, the first positioning portion comprises a taper The head, the clamping member with at least two blocks and the taper and the bit piece, the tensioning piece, the wire piece and the limiting piece are coaxial, and the material picking parts respectively (four) are forced to reach the head and the Wei piece are opposite each other' The wire member of the tool adapter is axially displaced along the forcing head and the limiting member, so that the clamping member_block is clamped by the taper change; therefore, the invention has the property of “industry "Usageability" has become apparent, and the feature technology disclosed in the embodiment of the present invention has not been seen in the publications and the media' has not been publicly used, and has not been lightly (four) additional effects, so the "novelty" and "progress" of the present invention Sexuality has been in line with patent regulations, and Friendship has proposed to send a message to the __, (4) 't, shirt and early grant of patents 'consensus. 10 1329049 [Simple description of the diagram] Figure 1 is a three-dimensional diagram of the application. Figure 2 is a perspective exploded view of the present invention. Figure 3 is an illustration of the assembly of the tool head adapter of the present invention with a circular electric drill bit. Fig. 4 is an illustration of the assembly of the tool head adapter of the present invention with a hex driver. Fig. 5 is a schematic cross-sectional view showing the assembly of the tool head adapter of the present invention with a circular electric drill. Fig. 6 is a schematic cross-sectional view showing the assembly of the tool head adapter of the present invention with a hexagonal screwdriver. [Main component symbol description] [Use] Tool head adapter 10
第一定位部2 Ο A 第二定位部2 0 B 工具頭P 〔本發明〕 工具頭轉接器10 第一定位部2 0 第二定位部3 0 迫抵頭4 0 1329049First positioning part 2 Ο A Second positioning part 2 0 B Tool head P [Invention] Tool head adapter 10 First positioning part 2 0 Second positioning part 3 0 Pressing head 4 0 1329049
結合段4 1 夾取件5 0 錐塊5 1 滑抵部5 1 2 彈性件5 2 限位件6 0 結合段6 1 • 工具頭P 頂推段4 2 壓抵部5 1 1 受抵部5 1 3 限縮段6 2 12Bonding section 4 1 gripping member 5 0 taper block 5 1 slipping portion 5 1 2 elastic member 5 2 stopper 6 0 joint section 6 1 • tool head P pushing section 4 2 pressing portion 5 1 1 abutting portion 5 1 3 Limiting section 6 2 12