M279445 八、新型說明： 【新型所屬之技術領域】 本創作係有關-種易操作麵、銑刀研磨機，其主要包括—研磨機及一 .n進退機構’其中該研磨機構主要係由一馬達驅動一磨刀盤所構 成.亥刀具旋i、進退機構則係由兩組呈交叉組裝之導螺桿及螺桿座及一輕 上並由其後方齒輪組及可調式偏心盤驅動產生旋轉及進退 動作之刀具夾持座，且該刀具央持座亦具有仰、傾及水平迴轉調整之功能， 更/、有彳錄#膽之設計，而於將钻頭或銑刀姻於刀具爽頭上 牯’即可快逮猎由兩組導螺桿及螺桿座快速進行X轴及y軸之調整，並藉由 、'貞；政木上可壬上仰及下傾調整之固定架，而使整個刀具夾持座可快速 進⑽、傾角度之調整，再者，前述第二組導螺桿及螺桿座係以樞接方式組 -;第、且導‘杯及‘杯座上方，其基座一端設有可藉螺絲鎖固定位或放鬆 之弧狀溝t，而可使整個刀具夾持座產生水平擺動以調整钻頭或銳刀端部與 磨刀皿研磨’之夾角角度’再者，為使整個刀具夾持座可快速的向前、後推 移以利快速裝、卸或調整钻頭或銑頭之進刀，於第一螺桿座上，設有一呈兩 軸心呈相錢叉偏斜貫穿之雙軸純之難塊，並於該雙細孔之正轴心孔 兩端孔緣其中一交叉對應邊上，且有可> ^運上料了與賴桿咬合之部份螺紋部，而當調 整塊轉動至使其雙軸心孔之正軸心孔之軸順螺桿軸心平行時，將嫩 +a上所开v成之螺紋部與導螺桿配合，則僅可藉由調整輪轉動導螺桿調 整該螺桿座，當猶該調整塊使雙軸心孔之另—偏軸心狀細與導螺桿轴 〜千灯，正細孔之兩交謂應邊上之螺紋部則賴導螺桿，此時則可 推移該螺桿座呈前、接+ 、 後私動’其中可於該調整塊上設一扳動桿以控制調整 ⑧ M279445 塊’亚設有—彈簧牽引於扳動桿一側， 桿平行者。 使调整塊之正軸心孔平時保持與導螺 【先前技術】 機，其結構複雜且售價昂貴，且 若未經味入了解及反覆實際操 按’習知用於研磨鈷頭及銑刀用之研磨 使用時因功能過於繁複而不易於使用，且， 作大夕數人均不易正石雀的使用它。 入幽麵去’未有針對钻頭及銳刀進行研磨之研磨機問世前，大都係依靠經 鲁驗豐富之師傅以手持钻頭或銑刀以目測方式進行研磨修整，而研磨修整之正 確^視研磨者之經驗深淺而定，因此，在過去，光是研磨钻頭及銑刀等工 八4為-Η技術，有時亦需花費一般學徒相當多時間去學習，但無論經驗 如何豐富之_，在過去所研磨出之钻職銑刀，並無法保證完全符合實際 .標準，且-般_及銑刀之研磨規格其加工方式亦因其材料不同亦有不同， 且目前之產業型態以效率及精準度轉而言，過去之方式早已不被適用，而 如何提高效率及提升細1精度係為必需改善之重要問題。 馨 【新型内容】 <所欲解決之技術問題> ‘ 摘作人有躲上.知結構之實關難及有待改善之缺失，盼能提供 一突破性之設計，以增進實驗果，乃潛心研思、設計組製，综集其多年從 事相關產品设计產銷之專業技術知識與實務經驗及研思設計所得之成果，終 研究出本創作-種易操作姑頭、銑刀研磨機，以提供使用者。 <對先前技術之功效> 本創作之主要目的係藉兩組呈交叉組震之導螺桿及螺桿座及一拖設於 其中-螺桿座上方之-支架上並由其後讀輪組及—可調式偏心盤驅動產 ⑧ M279445 生旋轉及進退動作之刀具夾持座， 快速者 使鈷頭、銑刀之研磨及修整工作更精準且 本創作之次一目的主要係藉於其 > τ、杯座上，扠有一具兩軸心呈相互 父叉偏斜貫穿之雙轴心孔之調整塊 中一交叉斟庵、息 、： …又軸心孔之正軸心孔兩端孔緣其 上具有可與導螺桿咬合之部份螺紋部，進而可藉調整該調整 塊可使整個刀具鱗座可快速的 後推私，以利快速裝、卸或調整鈷頭 或銑頭之進刀者。 只 …之再目的在猎於轉軸末端另樞組有一具延伸桿之萬向樞接 =亥延伸桿末刺她設於前社_輪端面顺配之可赋偏心盤中心 軸銷處，該可調式偏心盤 、，、σ 上具偏心凹部，於主動齒輪之端面上則形 成、、亦王偏、亚可與可調式偏心盤偏心凹部相配合之偏心凸部，而使可調式 偏^贴_輪配合後，胁州物細凸部之配合，而使 式偏心輪之偏心度時具有更快速之效果。 肩 為使胃審查委員能更了解本創作之結構特徵及其功效，兹配 詳細說明於后。 八卫 【貫施方式】 清茶閱第一圖及笛—回 一 罘二圖所示，本創作主要包括一研磨機及一刀具旋 進退機構’其中該研 為構主要係由一馬達（1 )驅動一磨刀盤（1 1 ) 構成，該刀星旋轉 、 疋τ、進退機構則係由兩組呈交叉組裝之導螺桿（3) 及螺桿座（3 2)( Z)及一樞設於其中一螺桿座（4 2)上並由其後方 齿輪組及可調式偏"、♦ ( 6 6 )驅動使刀具夾持座（6 )產生旋轉及進退之 動作，其中一組導嫂炉彳 $干（3 )及螺桿座（3 2 )，係組設於與前述磨刀盤（1 M279445 1 )中心軸呈9 Q度角之底座（2)位置處，以做為調整刀具夹持座（6) 與磨刀盤（1 1 )間垂直方向（X軸向）之距離，另一組導螺桿⑷及螺 桿座（4 2)則樞設於前述該螺桿座（3 2)之上方一基座（5)上並與其 呈垂直方向之設置，亦可藉由調整輪（4工）轉動導螺桿⑷調整該螺桿 座（4 2 )’進而可藉其調整刀具夾持座（6 )與磨刀盤（1 1 )平行方向 (Y軸向）之距離，於該螺桿座（4 2)之上方，組設有一支架（5 2)， 於支架（5 2 )上另以一調整螺絲（5 2 1 )樞組一固定架（5 3 )，一組 春軸套（6 7)則鎖設於該固定架（5 3)上，以供組設該刀具夾持座（6 > 並藉調H周整螺絲（5 21)使固定架（5 3)另-端可呈上下擺動，而 使該刀具鱗座（6 )之前端可呈上仰或下傾之擺動者（如第三圖所示）， 同時並藉該支架（5 2)而使固定架（5 3)與刀具夾持座（6)可呈水平 方疋轉調整者（如第四圖所示），其中該刀具夾持座（6 )係包括一穿組於兩 軸套（6 7)上之外管座（61)及一具轉軸（6 21)之刀具夾頭（6 2) 等構件所組成，其中該刀具夾頭（6 2)一端之轉轴（6 2丄）外緣具有一 _ 長溝槽（6 2 2 )，該轉軸（6 2 1 )則於組套進入該外管座（6 1 )内後， 則藉一螺絲（611)由外管座（61)之螺孔鎖入而進入前述該轉軸（6 ‘ 21)外緣之長溝槽（6 2 2 )内，而使該轉轴（6 2丄）可於外管座（6 、 1)内呈軸向滑移並同時可受該外管座（61)驅動而轉動者（如第五圖所 示），於該外管座（61 )末端，組設有一受樞設於固定架（5 3)末端另 一主動齒輪（6 5 )驅動之從動齒輪（β 4 )，該主動齒輪（6 5 )係設於 一手輪（5 4 )(或皮帶輪）之軸上，藉以驅動該從動齒輪（6 4 )使外管 座（61)產生轉動，而使一端之刀具夾頭（6 2)產生同步之轉動者，於 ⑧ M279445 I軸（6 2 1 )末端，另樞組有一具 仟、^1」之馬向樞接頭（6 3)， t Η 6 3 1 )末端馳組設於前述 ^ L (65)端面所組配之可 广偏心盤（6 6)中心軸銷（6 6 4 )處，該可調式偏心盤（6 6)之内 2、嘱㈣（6 6 3 )，於主_(⑸⑽上則形成-亦 ( 0 6 ( 6 fi ^ wL b 6 3)相配合之偏心凸部 5 1 )’而使可調式偏心盤（ 也f lbb)與主動齒輪（65)配合後，藉偏 =二663)與偏心凸部（651)雙重偏心之配合，而使於調整可調 6 6 )之㉞«具妓快速之效果，_可_心盤（6 ^=上設有—可供螺絲（6 6 2 )穿過鎖固於主動錄（6 Η端面 ‘孔（6 5 2 )之弧狀偏心槽孔（6 1 b 6 1 )’而於完成可調式偏心盤（6 6 ) 之偏心度調整時，可藉該螺絲（6 」、，、 d予以鎖固定位者，當轉動該手輪（5 )(或皮帶輪）使主動齒輪（6 5) 軔攸勁回輪（6 4 )，而使外管座（6 1)產生轉動’並使其内之轉軸（6 21〕 )及刀具夾頭（6 2)同步產生轉 動’此時主動齒輪（6 5)媳而 U凋式偏心盤（6 6)亦隨主動齒輪（6 )轉㈣財，（6 6 4 )梅心之織迴㈣喊延倾6 31)及萬向枢接頭（63)推動該轉動中之轉軸（621)及刀具夹頭⑺ 亦壬軸向之往復移動（如第六圖及第七圖所示），且此往復移動之輯 大小及周期次數係藉調整該可調式偏心盤（6 6 )之偏心度而決定之，因此， 错由本創作之設計，而於將_⑺_刀夾_具夾頭（6 2 )上時， 即可快速藉由兩組導螺辉（q〆 ^杯（3)(4)及螺桿座（3 2 )( 4 2 )快速進行又 轴及γ轴之調整’並藉由鎖固於該支架（5 2)上可呈上仰及下傾調整之固 定架（5 3 )，而使整個刀具續座⑻可快速進行仰、⑽度之調整， M279445 再者，於前述該基座（5)-端，設有可藉調整螺絲（5工丄）鎖固定位或 放鬆之弧狀溝槽（5 1 )，而可使整個刀具夾持座（6 )產生水平擺動以士周 整鈷頭（7)或銑刀端部與磨刀盤（丄丄）研磨緣之夾角角度，再者，為使 整個刀具夾持座（6 )可快速的向前、後推移以利快速裝、卸或調整姑頭⑺ 或銑頭之進刀，於第-螺桿座（3 2 )上，設有一具兩軸心呈相互交又偏斜 貫穿之雙軸心孔之調整塊（3 3 )，並於該雙軸心孔之正轴心孔（Μ 2 ) 兩端孔緣其中-交叉對應邊上，具有可與導螺桿（3 )咬合之部份螺紋部（3 3 2 1 ) ’而當調整塊（3 3)轉動至使其雙軸心孔之正軸心孔（3 3 2) 之轴心與導螺桿⑶軸心平行時，將使其交叉對應邊上所形成之螺紋部（3 3 2 1 )與導螺桿⑶配合，此時僅可藉由辦輪（3 i )轉動導螺桿⑶ 調整該螺桿座（3 2 )，當__整塊（3 3 )使_ 孔（3川之軸心與輸（3)軸浙此怖简 兩交叉對應邊上之螺紋部（3 3 2 1)刪導螺桿⑶，此時則可快速 隹私獻▲座（3 2 )呈丽、後移動，其中可於該調整塊㈡3 )上設一板 動桿（333)以控制調整塊（33)，並設有—彈簧（3 3 4)牵^於板 ΓΠ3 3 3 ) 一側’使職塊（33)之正轴心孔（M2)平時保持與 導夫遍（3)平行者（如第八圖、第九圖及第十_示）。 、—綜上所述，本_具使_、銑狀研磨及修整工作更鮮且快速者， 為—甚具新賴性、進步性及可供產業上應用之創作，實已符合新型專利之終 I要件，銳法提出專辦請，•貴審查委員能詳予《，並早日賜准 本案專利，實為德便。 【圖式簡單說明】 10 M279445 第一圖係本創作試舉其中一較佳實施例之立體圖。 第一圖ir、本創作刀具夾持座可做γ軸向調整之實施例立體圖。 第三圖係本創作刀具續座可鮮卩、傾方_整之實關立體圖。 第四圖係本創作刀具錄座可做水平旋轉調整之實酬立體圖。 第五圖係本創作刀具夾持座部位之立體分解圖。 第、Θ‘本創作刀具夾持座部末端焉區動齒輪組之立體分解圖。 乐七圖係摘作刀具夹頭產生猶鋼_可調式融輪使其產生特定轴 向往復移動之實施例圖。 μ圖〜本作藉雜賴整塊使正軸^孔之兩交叉對應邊上之螺紋部接 觸導螺桿使螺桿座受導螺桿卡止之實關局部剖示圖。 第九圖ir、本創作藉破該調整塊使正如孔之兩交叉對應邊上之螺紋部離 ^酋4而可⑨速推移補桿座呈前、後移動之實施例局部剖示圖。 十圖k本創作藉调整該調整塊使正轴心孔之兩交叉對應邊上之螺紋部離 開導螺桿何快義移賴騎、後義之實關立翻。^ 【主要元件符號說明】 (11)磨刀盤 (1 )馬達 (2 )底座 U ) (4)導螺桿 (3 1 ) ( 4 1 )調整 (3 3)调整塊 (3 3 2 )正車由心孑匕 (3 3 3 )扳動桿 (3 2 ) ( 4 2 )螺桿座 (3 31)偏軸心孔 (3 3 2 1 )螺紋部 (3 3 4 )彈簧 M279445 (5 )基座 (51)弧狀溝槽 (5 1 1 )(5 21)調整螺絲 (5 2)支架 (5 3)固定架 (5 4 )手輪 (6)刀具夾持座 (61)外管座 (6 1 1 ) ( 6 6 2 )螺絲 (6 2 )刀具夾頭 (6 21)轉軸 (6 2 2 )長溝槽 (6 3)萬向樞接頭 (6 31)延伸桿 (6 4)從動齒輪 (6 5)主動齒輪 (6 51)偏心凸部 (6 5 2 )螺孔 (6 6)可調式偏心盤 (6 61)弧狀偏心槽孔 (6 6 3 )偏心凹部 (6 6 4)軸銷 (6 7 )軸套 (7 )钻頭M279445 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to an easy-to-operate surface and milling cutter grinding machine, which mainly includes a grinding machine and a .n advancing and retreating mechanism, where the grinding mechanism is mainly composed of a motor Driven by a sharpening disc. The Haier tool rotation and advancing and retreating mechanism are composed of two sets of cross-assembled lead screws and screw seats, and a light upper and driven by its rear gear set and adjustable eccentric disc drive to generate rotation and advance and retreat Tool holder, and the tool center holder also has the functions of tilting, tilting and horizontal rotation adjustment, moreover, there is the design of 胆 Record #, and the drill or milling cutter is married to the tool's head. It can quickly catch the X-axis and y-axis adjustment by two sets of lead screws and screw holders, and the whole tool holder can be adjusted by the "Zheng; Zheng Mu Shang Ren up and down adjustment adjustment" It can be adjusted quickly, and the angle of inclination can be adjusted. In addition, the aforementioned second set of lead screws and screw seats are pivotally connected. The screw lock fixes or relaxes the arc-shaped groove t, so that The tool holders swing horizontally to adjust the angle between the end of the drill or sharp blade and the sharpener. In addition, the tool holders can be moved forward and backward quickly to facilitate rapid loading and unloading. Or adjust the feed of the drill or milling head. On the first screw seat, there is a two-axis pure hard block that runs through two axes with a skewed fork, and is located in the two small holes on the positive axis. One of the edges of the end hole crosses the corresponding side, and there is a part of the thread that can be engaged with the lever, and when the adjustment block is rotated to make the axis of the positive axis of the biaxial center hole smooth When the screw axis is parallel, the threaded portion formed by v on the tender + a is matched with the lead screw, and the screw seat can only be adjusted by turning the lead screw with the adjustment wheel. —The off-axis center shape is thin and the lead screw shaft is ~ 1000 lights. The threaded part on the side of the two intersections of the positive pores depends on the lead screw. At this time, the screw seat can be moved forward, forward +, and behind. Among them, a lever can be set on the adjustment block to control the adjustment. M279445 block 'sub-equipment'-spring traction on one side of the lever, Parallel poles. Keep the positive axis of the adjustment block and the guide screw [Prior technology] machine, its structure is complicated and expensive, and if you do n’t understand and repeat the actual operation, you can use the '' knowledge for grinding cobalt heads and milling cutters ''. The abrasive used is too complicated to use when it is used, and it is difficult for several people to use it. Before the advent of the grinding machine for grinding drills and sharp knives, most of them rely on experienced and experienced masters to carry out grinding and dressing by hand with a drill or a milling cutter, and the grinding and dressing is correct. The experience of a person depends on the depth of the experience. Therefore, in the past, the techniques of grinding drills and milling cutters, etc., were sometimes taken as a technique. Sometimes it took a considerable amount of time for ordinary apprentices to learn, but no matter how rich the experience is, The milling cutters milled in the past can not be guaranteed to fully meet the actual standards. And the general and milling specifications of milling cutters are also processed in different ways due to their different materials, and the current industrial model is based on efficiency and efficiency. In terms of accuracy, the past methods have long been unsuitable, and how to improve efficiency and precision is an important issue that must be improved. Xin [New content] < Technical problems to be solved > 'Abstracts have to hide. Knowing the practical difficulties of the structure and the lack of improvement, I hope to provide a breakthrough design to enhance the experimental results. Concentrated on research and design system, integrating his many years of professional technical knowledge and practical experience in the design, production and sales of related products and the results of research and design, and finally developed this creation-an easy-to-operate gull, milling cutter grinding machine, Provide users. < Effects of the prior art > The main purpose of this creation is to borrow two sets of lead screws and screw seats in a cross-group vibration and one dragged on the-bracket above the screw seat and read the wheel set and —Adjustable eccentric disk drives the production of M279445 tool holders for rotating and advancing movements. Faster makes the grinding and dressing of cobalt heads and milling cutters more precise. The second purpose of this creation is mainly due to its > τ On the cup holder, the fork has a cross axis in the adjustment block with a biaxial hole whose two axis centers are inclined to pass through each other. The two sides of the positive axis hole of the positive axis hole are at the edge of the two ends. It has a part of the thread that can be engaged with the lead screw, and the adjustment block can be used to quickly push the entire tool scale back to facilitate the rapid loading, unloading or adjustment of the cobalt or milling head. . Only ... The purpose is to hunt at the end of the rotating shaft. Another pivot group has a universal pivot with an extension rod = Hai extension rod stabs her. It is located at the front of the club. The end face of the wheel can be equipped with an eccentric disk. Adjustable eccentric discs are provided with eccentric recesses on the end face of the driving gear, and eccentric convex parts that match the eccentric recesses of the adjustable eccentric disc are formed on the end face of the driving gear to make the adjustable eccentric ^ paste_ After the wheels are matched, the cooperation of the thin convex parts of the Wakiju object makes the eccentricity of the eccentric wheel faster. In order for the stomach review committee to better understand the structural features and effects of this creation, detailed descriptions are provided later. Eight Guards [Performance Method] See the first picture of the tea and the flute—back to the first two pictures, this creation mainly includes a grinder and a cutter rotation advance and retreat mechanism. The research is mainly composed of a motor (1) Driven by a sharpening disc (1 1), the blade star rotation, 疋 τ, advancing and retreating mechanisms are composed of two sets of lead screws (3) and screw seats (3 2) (Z) and a pivot set One of the screw seats (4 2) is driven by its rear gear set and adjustable deflection ", ♦ (6 6) to cause the tool holder (6) to rotate and advance and retreat. The stem (3) and the screw seat (3 2) are set at the base (2) at an angle of 9 Q degrees from the center axis of the sharpening disc (1 M279445 1), as an adjustment tool holder (6) The vertical distance (X axis) from the grinding disc (1 1), the other set of lead screw ⑷ and screw seat (4 2) are pivotally arranged above the screw seat (3 2). It is arranged on the base (5) and perpendicular to it, and the lead screw can also be adjusted by adjusting the wheel (4 workers) to adjust the screw seat (4 2) ', which can be used to adjust the tool holder. The distance between the holding seat (6) and the sharpening disc (1 1) in the parallel direction (Y-axis direction). Above the screw seat (4 2), a bracket (5 2) is set on the bracket (5 2). In addition, an adjusting screw (5 2 1) is used to pivot a fixed frame (5 3), and a set of spring sleeves (6 7) is locked on the fixed frame (5 3) for the set of the tool holder (6 > and secondly H-screws (5 21) to make the other end of the holder (5 3) swing up and down, so that the front end of the cutter scale (6) can be tilted up or down) The swinger (as shown in the third picture), and at the same time, the bracket (5 2) and the holder (5 3) and the tool holder (6) can be turned horizontally to adjust (as shown in the fourth picture) (Shown), wherein the tool holder (6) includes an outer tube seat (61) penetrating through two sleeves (6 7), a tool chuck (6 2) with a rotating shaft (6 21), etc. The outer edge of the shaft (6 2 缘) at one end of the tool chuck (6 2) has a long groove (6 2 2), and the shaft (6 2 1) enters the outer tube in the set Behind the seat (6 1), it is accessed by a screw (611) locked through the screw hole of the outer pipe seat (61) The long groove (6 2 2) at the outer edge of the shaft (6 '21) is described, so that the shaft (6 2 丄) can slide axially in the outer tube seat (6, 1) and can be simultaneously received The outer tube holder (61) is driven and rotated (as shown in the fifth figure), and at the end of the outer tube holder (61), a driving gear (6) pivoted to the end of the fixed frame (5 3) is assembled. 5) driven driven gear (β 4), the driving gear (6 5) is arranged on the shaft of a hand wheel (5 4) (or belt pulley), so as to drive the driven gear (6 4) to make the outer tube seat (61) Rotation occurs, and the cutter chuck (6 2) at one end generates a synchronized rotation, at the end of the 轴 M279445 I axis (6 2 1), and the other pivot group has a 仟, ^ 1 ″ horse head pivot joint (6 3), t Η 6 3 1) The end of the set is located at the wide eccentric disc (6 6) central axis pin (6 6 4) assembled at the aforementioned ^ L (65) end face, and the adjustable eccentric disc (6 6) Within 2, ㈣ (6 6 3), on the main _ (⑸⑽ is formed-also (0 6 (6 fi ^ wL b 6 3) with the eccentric convex portion 5 1) 'to make the adjustable After the eccentric disc (also f lbb) cooperates with the driving gear (65), the borrowing bias = two 663) The combination of the eccentric convex part (651) and the double eccentricity makes the adjustment adjustable 6 6) of «with quick effect of prostitute, _ 可 _ heart plate (6 ^ = provided on-available for screws (6 6 2) Pass through the arc-shaped eccentric slot (6 1 b 6 1) 'which is locked in the active recorder (6Η end face' hole (6 5 2) ') and complete the adjustment of the eccentricity of the adjustable eccentric disc (6 6). Those who use the screws (6 ",, d to lock the fixed position, when turning the hand wheel (5) (or pulley) to make the driving gear (6 5) 轫 powerful back wheel (6 4), so that the outer tube seat (6 1) Rotation 'is generated, and the rotating shaft (6 21) inside it and the tool chuck (6 2) are rotated simultaneously. At this time, the driving gear (6 5) 媳 and the U-type eccentric disk (6 6) also With the driving gear (6) turning to wealth, (6 6 4) Mei Xinzhi's weaving back (Yan Yan Tilt 6 31) and universal joint (63) push the rotating shaft (621) and the tool chuck in rotation. The axial reciprocating movement (as shown in Figures 6 and 7), and the size and number of cycles of this reciprocating movement are determined by adjusting the eccentricity of the adjustable eccentric disk (6 6). Therefore, Designs created by mistake, When you put the _⑺_ 刀 夹 _ with the chuck (6 2), you can quickly use the two sets of guide screws (q〆 ^ cup (3) (4) and screw seat (3 2) (4 2) Quickly adjust the axis and γ axis', and fix the bracket (5 3) that can be tilted up and down on the bracket (5 2), so that the entire tool can be seated quickly. The adjustment of the angle, M279445 Furthermore, at the end of the base (5), there is an arc-shaped groove (5 1) that can be fixed or relaxed by adjusting screws (5 workers), so that The entire tool holding seat (6) generates a horizontal swing, and the angle between the end of the cobalt head (7) or the end of the milling cutter and the grinding edge of the sharpening disc (，), and the entire tool holding seat ( 6) It can move forward and backward quickly to facilitate fast loading, unloading, or adjustment of the feed of the head or milling head. On the-screw seat (3 2), there is a two-axis center that intersects and deviates from each other. The adjusting block (3 3) of the biaxial core hole inclined through is provided with a lead screw (3) on the corresponding side of the hole edge at the two ends of the positive axial core hole (M 2) of the biaxial core hole. Threaded part of the bite (3 3 2 1) '' And when the adjustment block (3 3) is turned so that the axis of the positive axis hole (3 3 2) of the biaxial center hole is parallel to the axis of the lead screw ⑶, it will cross the thread portion formed on the corresponding side. (3 3 2 1) cooperates with the lead screw ⑶. At this time, the screw seat (3 2) can only be adjusted by turning the lead screw ⑶ by the wheel (3 i). When the __block (3 3) makes the _ hole ( The axis of the 3 Chuan and the loser (3) The axis of the two crosses of the two sides of the axis Zhejian (3 3 2 1) delete the guide screw ⑶, at this time you can quickly make a private offer ▲ seat (3 2) Chengli After that, a moving lever (333) can be set on the adjusting block ㈡3) to control the adjusting block (33), and a spring (3 3 4) is held on one side of the plate ΓΠ3 3 3) ' Make the positive axis hole (M2) of the service block (33) parallel to the guide (3) (such as the eighth, ninth and tenth). -In summary, the _with making _, milling grinding and dressing work is fresher and faster, for _ very innovative, progressive and creative applications that can be applied in the industry, it has been in line with the new patent For the final requirements, Ruifa filed a special request. • Your reviewing committee can give the details in detail and grant the patent in this case at an early date, which is a virtue. [Schematic description] 10 M279445 The first picture is a perspective view of one of the preferred embodiments of this creation. The first figure ir is a perspective view of an embodiment in which the tool holder can be adjusted in the γ-axis direction. The third picture is a solid perspective view of the renewed creation of the knife. The fourth picture is a real three-dimensional view of the horizontal rotation adjustment of the creative tool recorder. The fifth figure is an exploded perspective view of the holder position of the creative tool. No. Θ ’This is an exploded perspective view of the moving gear set at the end of the tool holder seat. The Leqi diagram is an embodiment diagram of the cutter chuck to produce still steel_adjustable melting wheel to make it reciprocate in a specific axis. Figure ~ This is a partial cross-sectional view of the actual part that uses the entire piece to make the threaded part on the corresponding side of the two crossings of the positive shaft ^ contact the lead screw to lock the screw seat by the lead screw. The ninth figure ir, this creation breaks through the adjustment block to make the threaded part on the corresponding side of the two crosses of the hole away from the main body 4 and can quickly move the fill rod seat to move forward and backward. In the ten pictures, this adjustment adjusts the adjustment block so that the threaded part on the corresponding side of the two intersections of the positive center hole is separated from the lead screw. ^ [Description of main component symbols] (11) Sharpening disc (1) Motor (2) Base U) (4) Lead screw (3 1) (4 1) Adjustment (3 3) Adjustment block (3 3 2) Pull the lever (3 2) (4 2) by the heart dagger (3 3 3), screw seat (3 31), off-axis center hole (3 3 2 1), threaded portion (3 3 4), spring M279445 (5) base (51) Arc groove (5 1 1) (5 21) Adjusting screw (5 2) Bracket (5 3) Fixing frame (5 4) Hand wheel (6) Tool holder (61) Outer tube seat (6 1 1) (6 6 2) Screw (6 2) Tool chuck (6 21) Rotary shaft (6 2 2) Long groove (6 3) Gimbal joint (6 31) Extension rod (6 4) Driven gear ( 6 5) Driving gear (6 51) Eccentric convex part (6 5 2) Screw hole (6 6) Adjustable eccentric disc (6 61) Arc-shaped eccentric slot (6 6 3) Eccentric recess (6 6 4) Shaft pin (6 7) Sleeve (7) Drill