M322299 八、新型說明： 【新型所屬之技術領域】 本新型係有關-種工具夾持器組接模組，尤指一種提升加工穩定 工具夾持器組接模組。 & ^ 【先前技術】 目前高精密度金屬加工，如鑽孔、鉸孔、搪孔、銑削，内外捏切削或 表面研磨#，CNC (QmiputefNimierieal C_)l)加οι勤搭配多種 刀具或工具進行處理。該刀具或工具皆具有一長柄狀結構，藉由一夹持器 或夾持結構與CNC加工機台之驅動軸相連結，該驅動軸可進行高速轉動°， 帶動夾持器與所夾持之刀具或工具對目標物件進行加工。 另外，習知如中華民國專利公告第廳烟❸「分離式刀具爽頭」， 其主要包含有：-刀桿’具有自其中—端面沿軸向往内延伸之錐孔， 孔由刀桿之外周朝内呈漸縮狀；一夾持件，其一端具有一雜部而另一端具 有-套設部’鱗部之外周賴斜肖度觸刀桿之錐細斜肖度相同；ς Τ部係設於該刀桿之錐簡，而該套設部具有—中心孔，賴用加熱方= 夾固-刀具mi定件，係套設於該祕件外部且螺合於該刀桿上， ，得該夾持狀錄該轉。本習知技_目齡於提供—齡離式刀具 頭，其具有轉-刀桿本_可結合不賊格尺寸 功 件於該夾持件且螺合於該刀桿底端，以加強該夹持件及 DX 力’但組裝或拆卸時都纖轉該固定件，造成使用上的不便。 L新型内容】 金屬的t要目的’在於提升加工穩定度，可於使用加工機台對目標 ΐίίΓΐΓ 細細獅合力脉L在目標金 屬進仃加:η時’失錢準度紐成加卫刀具紅具之損毀。 固庞^上述目的，本新型提供—種工具炎持11組接模組，係以一中空之 頭，桿相互結合而形成整體架構，其中該固座體前端設有一固接 型整忒該刀桿_。藉該_頭包覆於該刀桿内，使本新 體木構更為穩固，並可確保該固座體與該刀桿呈同心配置，避免當刀 5 M322299 ^長度過長時，顧座體與該刀桿騎合力从或同心度不佳，而於加工 1產生震動，影響加工尺寸之精確度，甚至導致刀具鬆脫或斷裂，降低刀 ”之命，同時提供各種不同規格的固座體及刀桿其相互組合之介面。 【實施方式】 有關本新型之詳細說明及技術内容，現就配合圖式說明如下：M322299 VIII. New description: [New technical field] This new type is related to the tool holder assembly module, especially a lifting and processing tool holder assembly module. & ^ [Prior Art] At present, high-precision metal processing, such as drilling, reaming, boring, milling, internal and external pinching or surface grinding #, CNC (QmiputefNimierieal C_)l) plus οιqin with a variety of tools or tools deal with. The tool or the tool has a long handle structure, and is connected with a driving shaft of a CNC processing machine by a holder or a clamping structure, and the driving shaft can be rotated at a high speed to drive the holder and the clamped portion thereof. A tool or tool processes the target object. In addition, the familiar such as the Republic of China Patent Notice, the so-called "separate cutter head", mainly includes: - the arbor has a taper hole from which the end face extends in the axial direction, and the hole is surrounded by the outer edge of the arbor Inwardly, it is tapered; a clamping member has a miscellaneous portion at one end and a sleeve portion at the other end. The outer circumference of the scallop is slightly the same as the taper of the lancet; The sleeve is provided on the shank of the arbor, and the sleeve has a center hole, and the heating side=clamping-tool mi-piece is sleeved on the outside of the secret piece and screwed on the arbor, It is necessary to record the rotation. The prior art _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The clamping member and the DX force 'but the fiber is transferred to the fixing member during assembly or disassembly, resulting in inconvenience in use. L new content] The purpose of metal t is to improve the processing stability, can be used to the target of the processing machine ΐ ̄ίί 细 狮 合 合 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在The red is damaged.固庞^ The above purpose, the present invention provides a tool set of 11 sets of modules, which are combined with a hollow head and a rod to form an integral structure, wherein the front end of the solid body is provided with a fixed type of knives. Rod _. The _ head is wrapped in the arbor to make the new wooden structure more stable, and the solid body can be ensured to be concentric with the arbor, so as to prevent the knives 5 M322299 ^ from being too long. The body and the arbor have a poor coupling force or concentricity, and the machining 1 generates vibration, which affects the accuracy of the machining size, and even causes the tool to loose or break, reducing the life of the knife, and providing various fixings of different specifications. The interface between the body and the shank is combined with each other. [Embodiment] The detailed description and technical contents of the present invention are as follows:
八解==-『2及2圖』所示’係為本新型工具夹持11組接模組的立體 :解及抽如圖所示可清楚看出，本新型侧於―加卫機 :)與加工刀具或工具(圖中未示)之連、结，並與該加工機台之一驅動轴(圖 中未不)相接設，該加讀台___使卫具夾㈣職持之刀具 具進行高速旋轉’對-目標物_ t未稱行加卫。本具知寺器组 7組係由-固座體1G與—刀桿3G相互接合形成主要架構，其中該固座 1〇與該刀桿30之結合處設有—略呈柱狀之固接頭2〇，該固接頭2〇係設 置於該固座體1〇的-第-容置空間u，且包覆於該刀桿3〇内部，該固座 體10以-對應之第一接合部22、22，與該固接頭2〇緊密接合，另以一對應 之第二接合部12、12’與該刀桿3G緊密接合，且棚該固座體W、該固^ 頭20及該刀桿3〇結合時，其結合之接觸面13、14、15、％係呈密合狀熊 ’而該固接頭20包覆於贿30 β，使本新型整體架構更為穩固，可確^ 該固座體10與該刀桿30 i同心配置，避免當刀桿3〇長度過長時，使該第 4 12、12其結合力不足或同心度不佳而導致該固座體1〇與該刀桿 3〇鬆脫及加工刀具的精確度降低之現象。 另外，該固接頭20設有一抵孔21，該抵孔21係可供一匹配該抵孔21 孔緣之適當器械(圖中未示)插人，藉該器械抵緊該抵孔^後進而辅助該固 接頭20裝設於該固座體1〇之第一容置空間u ;該第一接合部22、22，及該 ^二接合部12、12’可分別以相對應螺紋相螺合，且該第二接合部12、12, 。又有至：>、螺孔60，該螺孔6〇係供一對應之螺栓61栓設，以加強該固座 體=與該刀桿30彼此接合之緊密度；該固座體1〇、該固接頭2〇與該刀桿 30皆為中空而形成一裝設孔道31，係可供一刀具或工具插設，插設之刀具 或工具可深入該裝設孔道31内部，調整露出於該工具夾持器組接模組之適 當長度。 6 M322299 ， 另請參閱『第3及4圖』所示，係為本新型工具夾持器組接模組第一 較佳實施例的立體分解及剖面示意圖。如圖所示可清楚看出，本實施例最 大不同之處，在於本實施例的固座體10a與固接頭2〇a係為一體成型配置， 可節省將固接頭2〇a容入固座體1〇a的時間，該固座體1〇a藉第二接合部 _ 12a、12a’可直接與一刀桿30a緊密結合並將該固接頭2〇a包覆於内，;^ 具有穩固之結構，且其中空之結構形成一裝設孔道31a，供一刀具或工具插 - tk ° 一 ’、 - 再請參閱『第5及6圖』所示，係為本新型工具夾持器組接模組第二 較佳實施例的立體分解及剖面示意圖。如圖所示可清楚看出，在本實施例 • 中，該刀桿30更應包含以一延伸桿40、一夾持體50及一螺帽70所組成之 實施態樣；該固座體10以第一接合部22、22,與該固接頭2〇緊密接合，且 另以第二接合部12、12’與該延伸桿40 —端緊密接合，使該延伸桿4〇將該 固接頭20包覆於内；該夾持體50係容置於該螺帽7〇的第二容置空間乃 ，並藉該夾持體50的一環形溝槽52及該螺帽70的環形固定件72相互搭 配結合，以強化該夾持體50夾持刀具或工具之能力，該夾持體5〇另設^ 複數瓣爪結構51，該瓣爪結構51彼此間隔環狀排列而形成一錐狀結構；該 延伸桿40另端係以一第三接合部41、41，與該螺帽70緊密接合，並與該夾 持體50形成緊配，使該延伸桿4〇固設於該固座體10及該螺帽7〇間。 春其中，該第三接合部41、41，係以相對應螺紋相螺合，且亦設有至少一 -螺孔60，該螺孔60係供一對應之螺栓61栓設，以加強該延伸桿4〇及該螺 -帽70彼此接合之緊密度；該固座體1〇、該固接頭2〇、該延伸桿4〇、該夾 持體50及該螺帽70中央皆為中空，彼此結合後形成一裝設孔道71，以容 置一刀具或工具插設，插設之刀具或工具可深入該裝設孔道71内部，調整 露出於該工具夾持器組接模組之適當長度，並以該夾持體5〇固定，其中該 夾持體50的瓣爪結構51所形成之錐狀結構，係可提供該夾持體5〇 一定彈 性，當不同規格之刀具或工具插設，該瓣爪結構51可適當調整其内徑，待 該夾持體50與該延伸桿40相接，且螺帽70與該延伸桿4〇接合後，該瓣 爪結構51會自然向内緊縮而鉗緊該刀具或工具，可避免該刀具或工具於高 速運轉加工時鬆脫。因該刀具或工具受到該夾持體50緊密夾持，且僅少部 7Eight solutions ==- "2 and 2 diagrams" is the three-dimensional model of the new tool holding 11 sets of modules: solution and pumping can be clearly seen as shown in the figure, the new side is on the "guard machine: ) connected with the processing tool or tool (not shown), and connected to one of the processing axes of the processing machine (not shown), the reading table ___ makes the guard folder (four) The tool is rotated at a high speed '--target _ t is not called line. The group of the known temple group 7 is formed by the joint of the solid body 1G and the cutter bar 3G, wherein the joint of the fixed seat 1 and the cutter bar 30 is provided with a slightly columnar solid joint. 2〇, the fixing joint 2 is disposed in the first-accommodating space u of the fixing body 1〇, and is covered inside the cutter bar 3〇, and the fixing body 10 is corresponding to the first joint portion 22, 22, in close engagement with the fixed joint 2, and a corresponding second joint portion 12, 12' is tightly engaged with the cutter rod 3G, and the solid seat body W, the solid head 20 and the cutter are shed. When the rods 3〇 are combined, the combined contact faces 13, 14, 15, and % are closely-knit bears, and the solid joints 20 are covered with bribes 30 β, which makes the overall structure of the present invention more stable, and The fixing body 10 is concentrically arranged with the arbor 30 i to prevent the fourth body 12 from being insufficiently coupled or having a poor concentricity when the length of the shank 3 过 is too long. The shank 3 〇 is loose and the accuracy of the machining tool is reduced. In addition, the fixing joint 20 is provided with an abutting hole 21 for inserting a suitable instrument (not shown) for matching the hole edge of the abutting hole 21, and the instrument is pressed against the hole. The fixing joint 20 is mounted on the first accommodating space u of the fixed seat body 1; the first joint portions 22, 22, and the two joint portions 12, 12' can be respectively screwed with corresponding threads And the second joint portions 12, 12, . Further, there is: a screw hole 60, the screw hole 6 is bolted to a corresponding bolt 61 to strengthen the solid body = the tightness of engagement with the cutter bar 30; the solid body 1〇 The fixing joint 2 〇 and the arbor 30 are hollow to form a mounting hole 31 for inserting a cutter or a tool, and the inserted cutter or tool can penetrate the inside of the mounting hole 31 to adjust the exposure. The tool holder assembles the appropriate length of the module. 6 M322299, also referred to in Figures 3 and 4, is a perspective exploded and cross-sectional view of the first preferred embodiment of the novel tool holder assembly module. As can be clearly seen from the figure, the biggest difference of the embodiment is that the fixing body 10a and the fixing joint 2〇a of the embodiment are integrally formed, which can save the fixing joint 2〇a into the fixed seat. At the time of the body 1〇a, the fixed body 1〇a can be directly coupled with a shank 30a by the second joint portion _12a, 12a' and the solid joint 2〇a is covered therein; Structure, and the hollow structure forms a mounting hole 31a for a tool or a tool to be inserted - tk ° ', - and then see "5 and 6", which is a combination of the new tool holder A perspective exploded view and a cross-sectional view of a second preferred embodiment of the module. As shown in the figure, in the embodiment, the shank 30 further includes an embodiment in which an extension rod 40, a clamping body 50 and a nut 70 are formed; the fixing body The first joint portion 22, 22 is tightly engaged with the fixed joint 2, and the second joint portion 12, 12' is tightly engaged with the end of the extension rod 40, so that the extension rod 4 〇 the solid joint 20 is wrapped inside; the clamping body 50 is received in the second receiving space of the nut 7〇, and an annular groove 52 of the clamping body 50 and an annular fixing member of the nut 70 72 is combined with each other to strengthen the ability of the clamping body 50 to clamp a tool or a tool. The clamping body 5 is provided with a plurality of claw structures 51 which are arranged in a ring shape to form a tapered shape. The extension rod 40 is further connected to the nut 70 by a third joint portion 41, 41, and is tightly fitted with the clamping body 50, so that the extension rod 4 is fixed to the fixed seat. The body 10 and the nut 7 are interposed. In the spring, the third joint portion 41, 41 is screwed with the corresponding thread, and at least one screw hole 60 is also provided, and the screw hole 60 is bolted to a corresponding bolt 61 to strengthen the extension. The rod 4〇 and the screw-cap 70 are tightly coupled to each other; the fixed body 1〇, the fixed joint 2〇, the extension rod 4〇, the clamping body 50 and the nut 70 are hollow at the center, and are mutually After being combined, a mounting hole 71 is formed to accommodate a tool or tool insertion, and the inserted tool or tool can penetrate the inside of the mounting hole 71 to adjust the proper length exposed to the tool holder assembly module. And the clamping body 5〇 is fixed, wherein the tapered structure formed by the claw structure 51 of the clamping body 50 can provide the clamping body 5 with certain elasticity, when different sizes of tools or tools are inserted. The claw structure 51 can be appropriately adjusted in inner diameter. After the clamping body 50 is in contact with the extension rod 40, and the nut 70 is engaged with the extension rod 4, the claw structure 51 will naturally contract inward. By clamping the tool or tool, the tool or tool can be prevented from loosening during high-speed machining. Because the tool or tool is tightly clamped by the clamping body 50, and only a few parts 7
M322299 分暴露於外，即受到外界施力之影響減少，可大幅增加該刀具妨工 於目標物件之加工精準度。 對 —綜上所述，僅為本新型的較佳實施例而已，並非用來限定本新型之實 施範圍。即凡依本新型申請專利範圍之内容所為的等效變化與 為本新型之技術範嘴。 … 【圖式簡單說明】 第1圖，係為本新型工具夾持器組接模組的立體分解示意圖。 第2圖，係為本新型工具夾持器組接模組的剖面示意圖。 第3圖，係為本新•具鱗驗接模組第—較佳實施觸立體分解示意 圖。 μ 圖’係、為本_工具夾持馳減組第—較佳實施綱剖面示意务 第5圖’係林_王具餅驗接池帛二難實_的立齡解示竟 圖。 心 第6圖，係為本新型工具夾持器組接模組第二較佳【主要元件符號說明】 實施例的剖面示意圖。 10 、 10a · 11 · ·. •固座體 •第一容置空間 12、 12’、12a、12a’ · · · ·第二接合部 13、 14、15、16........接觸面 20、20a · 21 -.. 固接頭 •抵孔 22、22, · · · 30、 30a · · · 31、 31a · · · 40..... 41、41，· · · 50 ..... 51 ..... •···第一接合部 • · · ·刀桿 •·••裝設孔道 •···延伸桿 •···第三接合部 • · · ·夾持體 •···瓣爪結構 •···溝槽 8 52 · M322299 60 ..............螺孔 61 ..............螺栓 70 ..............螺帽 71 ..............裝設孔道 72 ..............固定件 73 ..............第二容置空間M322299 is exposed to the outside, that is, the influence of external force is reduced, which can greatly increase the processing precision of the tool to the target object. In summary, the present invention is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, the equivalent change of the content of the patent application scope of the present invention is the technical model mouth of the new type. ... [Simple description of the drawing] Fig. 1 is a perspective exploded view of the new tool holder assembly module. Figure 2 is a schematic cross-sectional view of the new tool holder assembly module. Figure 3 is a schematic diagram of the three-dimensional decomposition of the new and squaring connection module.图 图', 为本 _ tool holding and easing group - the best implementation of the outline of the section of the map Figure 5 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Figure 6 is a cross-sectional view of the second preferred embodiment of the novel tool holder assembly module. 10, 10a · 11 · ·. • Solid body • First accommodating space 12, 12', 12a, 12a' · · · · Second joints 13, 14, 15, 16... Contact faces 20, 20a · 21 -.. Solid joints • Abutments 22, 22, · · · 30, 30a · · · 31, 31a · · · 40..... 41,41,· · · 50 .. ... 51 ..... •·················································································· Body•···Claw structure•···Groove 8 52 · M322299 60 .............. screw hole 61 .............. Bolt 70 ................... Nut 71 ..............Installing the hole 72 ............. Fixing piece 73 ..............Second housing space