457 1 6 7 Α7 Β7 五、發明説明（1 ) 本發明慑有關於一種十字同步鑽酣銑加工裝置及其方 法尤其是指一種適用於需進行里恥°二道K上切削加工 作業之工作物，藉由里平行且間距一定之刀具作切削加工 時，使呈十字垂直相交狀之加工部位同時加工之裝置及方 法者。 經濟部中央標隼局員工消費合作杜印製 (請先閲讀會面之注意事項再填寫本頁) 按，一般傳統之工具機於實施加工部位呈90°垂直相 交狀之切權、鑽孔、攻牙、銑面等（如膨脹螺栓之套筒對 開切權或30°彎管接頭及螺線攻頂端之方塊彤夾持端等） 切削作業時，大多藉由設計數個配合加工部位呈90°位差 之夾治具組設於併排數部之工具機上，使工作物得Κ依加 工順序Κ較快的效率完成圼垂直相交之加工作業，但 在工作物加工完_道加工程序後，須搬蓮到另一工具機上 再放置於夾治具中定位而進行S—道切削加工，方可完成 呈90°垂直栢交狀之加工作業，而埴成搬運過程與須再將 工作物放置到夾治具上時間之浪費，進而使產最無法提昇 且成品之軍位成本無法降低；另，上述傳統工具機加工作 業之缺失，雖可藉由數值控制工具機配合於機台上再組設 與電腦連線之輔助第4軸而達到在一部機器上完成呈90° 垂直相交狀之加工作業，Μ提高產量與降低成本，但因數 值控制工具機之購置成本高而造成業者極大之經濟負擔， 且每次進刀僅加工一道切削程序，遘是有加工速率上的缺 . 憾〇 . 緣是，發明人有鑑於此，而藉由多年相關行業之實際 設計與製造經驗，及不斷吸收専業知識與技術特研發設計 〜2〜 本紙張尺度適用中國國家標準（CNS >Α4規格（210X297公釐} 457167 A7 B7 .. » 五、發明説明U ) 一種可有效提升切削加工虽汹°垂直相加工部位之效率與 能力之十字垂直加工部位同步鑽削加工方法，κ祈改善舊 (請先閱讀背面之注意事項再填寫表頁) 有切削加工過程之缺失，進而提窩本國工業界之競爭力者 〇 鲤濟部中央標準局員工消費合作社印製 本發明之主要目的在於提供一種十字同步纘削銑加工 裝置及其方法，係於機台上具設轉盤，轉盤上設有夾具及 可適時進退之加工滑台，並於加工滑台上具設刀具組，而 轉盤上之夾具組M4或4的倍數螺固於轉盤上之定位點作 等分排列並以一定角度間駄周動旋轉，而配合具設於轉盤 旁側且其位移角度與轉盤周動之定位線成45°夾角的加工 滑台，並於加工滑台上具設兩組間拒適當距離且平行之刀 具組，其距離取轉盤上與轉盤中φ點成9fl°夾角之兩定位 點之弦畏為距離，使轉盤上夾具夾捋工作物旋轉定位後， 加工滑台連動刀具組行進刀作業，珂厢時加工轉盤上之夾 具上呈90°位差之兩工作物，而使工作扬在經一側刀具組 切削作業峙作直向加工部位之加工，而轉動至另側刀具組 作切削作業時作横向加工部位之加X ,依此順序加工夾具 中之工作物時，可達到周時加工呈90°垂直相交狀却工部 位之目的，進而提高加工效率與產量者。 本發明之另一目的在於提供一種十字同步鑽削銑加工 裝置及其方法，係在轉盤兩側各具設一組加工滑台及刀具 •組，而使工作物在經一側之加工滑台及其上之刀具組切削 呈9(Γ位差之加工部位後，再旋轉到另側之加工滑台時， 可再行二次加工於工作物之原加工部位或加工部位在不同457 1 6 7 Α7 Β7 V. Description of the invention (1) The present invention is related to a cross-synchronous drilling, milling and milling processing device and method thereof, particularly to a work object suitable for cutting operations on a two-degree K Apparatus and method for simultaneous processing of processing parts that are perpendicularly intersected by a cross when cutting with a parallel and constant pitch tool. Printed by the staff of the Central Bureau of Standards, Ministry of Economic Affairs, for consumer cooperation (please read the notes before the meeting, and then fill out this page). Press, the general traditional machine tools perform 90 ° vertical intersection, drilling, attack Teeth, milling surface, etc. (such as the sleeve cutting right of the expansion bolt or the 30 ° elbow joint and the square clamp clamping end of the top of the spiral tap, etc.) During cutting operations, most of them are designed to match 90 ° The disparate clamping fixture set is set on several side-by-side machine tools, so that the work can be completed in accordance with the processing sequence K and the efficiency of vertical intersection processing, but after the work is processed, You must move the lotus to another machine tool and place it in the fixture to perform S-channel cutting to complete the 90 ° vertical cylindrical cross-cutting operation. The work process and the work must be carried out again. The waste of time placed on the fixtures, which makes it impossible to increase production and reduce the cost of finished products. In addition, the lack of machining operations of the traditional tools mentioned above can be coordinated with the machine by numerically controlled machine tools. Setup and computer The 4th axis of the line assists to complete a 90 ° vertical intersection processing operation on one machine, which increases the output and reduces the cost, but because of the high purchase cost of the numerical control machine, it causes a great economic burden on the industry, and There is only one cutting program for each infeed, but there is a lack of processing rate. Regrettably, the inventor has taken this into consideration, and through many years of actual design and manufacturing experience in related industries, and continuously absorb industry knowledge and Special technical research and development design ~ 2 ~ This paper size is applicable to Chinese national standards (CNS > A4 size (210X297mm) 457167 A7 B7 .. »5. Description of the invention U) A kind of effective processing to improve the vertical position The efficiency and ability of the cross-vertical processing of synchronous drilling processing methods, κ pray to improve the old (please read the precautions on the back before filling in the form page) There is a lack of cutting process, which will further improve the competitiveness of the domestic industry. The main objective of the present invention is to provide a cross synchronous honing and milling device and a method thereof, which are printed by the Consumers' Cooperative of the Central Standards Bureau of the Ministry of Lijing. The machine is equipped with a turntable. The turntable is equipped with a fixture and a processing slide that can be moved forward and backward in time. A tool set is set on the processing slide. The fixture group M4 or a multiple of 4 on the turntable is screwed to the positioning on the turntable. The points are arranged equally and rotated around a certain angle, and the processing slide is arranged on the side of the turntable and its displacement angle is 45 ° with the positioning line of the turntable. Set two sets of tool sets that are parallel to each other at an appropriate distance. The distance is the distance between the two positioning points on the turntable that is at an angle of 9fl ° with the φ point in the turntable as the distance. The sliding table is linked with the cutting tool group to carry out the cutting operation. When the box is processing the two working objects with a 90 ° position difference on the fixture on the turntable, the work is performed by the cutting operation of one side of the cutting tool group to perform the processing of the vertical processing part. Rotate to the other tool group to add X to the transverse processing part when cutting. When the work in the fixture is processed in this order, the purpose of processing the 90 ° vertical intersection but the work part in the week can be achieved, thereby improving the processing efficiency. With the yielder. Another object of the present invention is to provide a cross-synchronous drilling and milling device and a method thereof. Each side of the turntable is provided with a set of processing slides and tools and groups, so that the workpiece is on the one side of the processing slide After cutting the machining position of the tool set above 9 (Γ position difference), when it is rotated to the processing slide on the other side, it can be re-processed on the original processing part of the work or the processing position is different.
' I 〜3〜 本ϋ度適用中國國家標準"(CNS Γμ规格（2i〇X297公釐）~~^ ： ^ ~ 4571 67 Α7 B7 五、發明説明（3 ) 高度之工作物，Μ達到在同一機台上同_畤加工二道呈90。 位差之加工程序的目的者（如90°或十字彎管接頭）。 為使本發明使用之技術手段、發明特徵、達成目的與 功效易於明白了解，玆配合圖式及画號詳细說明如下： 參照圖式： 第一圖：本發明之加工裝置整體结構正視示意圖 第二圖；本發明之加工裝置俯視簡漏 第三圃：本發明之加工方法之步驟及加工裝置作動狀 態示意圖㈠ 第四圖：本發朋之加工方法之步驟及加i裝置作動狀 態示意圖㈡ 第五圖：本發明之加工方法之步驟及加工裝置作動狀 態示意圖㈢ 第六園：本發明之加工方法之步驟及加工裝置作動狀 態示意圈㈣ 第七圖：本發明之加工方法之步驟及加工裝置作動狀 態示意圔㈤ 經濟部中央標率局員工消费合作社印製 第八圖：本發明之加工方法之步驟及加工裝置作動狀 態不意圖尚， 第九圖：本發明之加工方法之步驟及加工裝置作動狀 '態示意圖ty . 第+圖：本發明之加工裝置另一組合實陁例㈠ 第十一圖：本發明之加工装置呙一組合茸施例㈡ 第十二圖：本發明之加工裝置另一組合實施例㈢ 本紙張尺度適用中國國家標率（CNS ) A4規格（2ίΟΧ297公釐） A7 B7 157167 五、發明説明（4 ) 第十三圖：本發明之加工裝置另一組合簧施例㈣ 第十四圈：本發明之加工裝置另一組合實施例㈣之切 削動作狀態示意圖 第十五圖：本發明之加工裝置另一姐合實施例㈤ 第十六圖：本發明之加工裝置另一姐合實施例㈥ 參照號數： ⑴機台 (31) 、（3Γ)第一刀具組 ⑵、（2’）、（2”）轉盤 (32) 、（320第二刀具組 ⑶、（3*)、（3”）加工滑台 (33) 油堅缸 【34)動力源 (4) 夾具組 (401)〜(404)第一〜第四夾具組 (40) 、（4(T)定位點 ⑸、（5，)、（5”）工作物 首先，請參閱第一圖所示，本發明所使用之加工裝置 ，係於機台⑴上組設可自動間戡旋轉一預定角度之轉盤(2) 及一加工滑台⑶；該轉盤⑵上具設諸多K4或4之倍數等 分排列之夾具組⑷，而於加工滑台⑶上具設兩組平行且間· 隔為t並與轉盤(2)上與轉盤中心點成90°夾角之兩定位點 (40)、（40’)之玆長S，，距離相闻且與夾具組⑷上工作物⑹之 . ' · . . _ 加工軸線成一直線之第一、第二刀具組（31)、(32),並使加 工兩工作物時兩工作物之夾角戈與轉盤⑵的中心點成為 90° [如第二圖所示】，另加工滑台⑶可藉由油壓缸(33)而 適時進退，同時，加工滑台⑶上具設動力源(34)與第一、第 • . . . . · 二刀具組（31)、（32)達結Μ驅動第一、二刀具組（31>、（32)轉 ΧΛ. 動。 〜5〜 本紙張尺度適用中國國家標準（CNS )Α4規格（2iOX 297公釐) ~ ^ (請先閱讀背面之注意事項再填寫本頁) l-. ‘u - 經濟部中央標準局貝工消費合作社印聚 157167 . B7 五、發明説明（5 ) 本發明之加工方法其步驟如下： 1·首先，請參閲第三圃所示，K轉盤⑵上具設Μ 4等分相 互呈即°角度差之夾具組⑷為例，先將工作物⑸放置在 轉盤(2)上的第一夾具組（401)中，即可啟動動力源(34)使第 —、第二刀具組（31)、（32)旋轉，再同時啟動轉盤⑵可作 轉動90°之角度差的間歇旋轉。 2. 當第一夾具組（4〇i)夾持工作物⑸旋轉90°為度差後，即 會到達第一刀具組(31)之加工位置，而加工滑台⑶可經油 壓缸(33)之推送而前進，由於第一、二刀具姐（31)、（32)與 轉盤⑵之直徑軸線成垂直，而使第一刀具組(31)切削工作 物⑸之直向加工部位，此時，即可將另一工作物(5’馓入 第二夾具姐（402)内夾持【如第四圖所示】。 3. 而當第一夾具組（401)内所夾持之工作物⑸其直囱加工部 位經第一刀具組(31)切削完成後，加工滑台⑶即再藉由油 壓ΪΤ (33)而連同兩刀具組（31)、（32)拉回，此時，轉盤夾具 .1 ⑵再次旋轉90°位差，使第一夾具組（401)到達第二刀具 組(32)之加工位置，而第二夾具組（402)亦同時到達第一刀 •4 經濟部t央標準局員工消费合作社印製 (請先閱讀背面之注意事項再填寫本頁) 具組㈨)之加工位置，同時，可再將一工作物（5”）置入第 三夾具組（403)中夾持【如第五圖所示】。 4. 當第一、二夾具組（4Q1)、（4fl2)到達第一、二刀具組（31) 、（32}之加工位置時，加工滑台⑶再經由油壓缸(33)之推送 . 而帶動第一、二刀具組（31)、（32)前進，即可使第一刀具 組(31伽工夾持於第二夾具組（402)之工作物(5’)的直向加工 都位，而第二刀具组(32)加工夾持於第一夾具姐（401)之工 g〜 本紙張尺度適用中國國家標準（CMS ) A4规格（210X297公釐） 5 __B7 __ 五、發明説明（6 ) .(請先閱讀背面之注意事項再填寫本頁) 作物(5)的横向加工部位，Μ完咦第一夾具姐（401)上之工 作物⑸的呈90°垂直相交狀的加工部位及程序【如第六 圖_所示】。 5. 當第一、二夾真組（401)、（402>中夾持之工作物⑸、(5，)分 别完成呈90°垂直相交狀及直向加工部位後，加工滑台 ⑶再度逋同第一、二刀具組（31)、(32广拉回，此時，轉盤 ⑵再度旋轉90°位差，使第一夾具姐（40i)雄開加工滑台 (3)之加工位置，而第二、三夾具組（402)、（403〉分別到達 第一、二刀具組（31)、（32)之加工位置，此時，即可將第 -夾具組（401)釋放而將完成里90°垂直相交加工部位之 工作物⑸拿起，而同時再將一工作物(5’’s)放入第四夾具 組（404)中夾捋【如第七画所示】。 經濟部中央標隼局負工消費合作社印製 6. 當第二、三夾具組（402)、（403)到達第一、二刀具姐（31) 、（32>之加工位置時，加工滑台(3>即苒前進而使第一刀具 組(31)加工夾持於第三夾具組（403)上之工作物（5”)的直向 加工部位，而第二刀具姐(32)加工夾持於第二夾具組（402) 上之工作物(5s)的横向加工部位，K完成第二夾具組（402) 上之工作物W)的呈9β°垂直相交狀的加工部分及程序【 如第八圖所示】。 7. 此後，加工滑台⑶再度拉回且轉盤⑵再次旋轉90° ,使 第二夾具組（4G2)離開加工滑台⑶之加工位置，而第三、 四夾具組（403)、（404)分別到達第一、二刀具姐（31)、（32) 之加工位置，同峙，第一夾具組（4β1)回到起始位置供再 度夾持工作物(5)【如第九圖所示】，藉Jtfc，循環進行圼 本紙張尺度適用中國國家標準{ CNS ) A4規格（210X297公釐） Α7 Β7 五、發明説明（7 ) 90°垂直相交加工部位之工作物(5)的加工程序。 (請先閲請背面之注意事項再填寫本頁) 而本發明之加工裝置亦可如第十圓所示，將轉盤⑻裝 設與加工滑台⑶成垂直狀，即可復Μ上述步驟方法而作十 字垂直相交狀加工部位之切削作業；另，本發明之加工裝 置其加工滑台⑶亦可如第十一圖所示，係與平面置放之轉 盤⑵成垂直狀，且加工滑台⑶上之第一、二刀具組（31)、 (32)係呈同一軸線之直線排列，而與工作物⑸之加工部位 軸線里一直線，而應用於如須軸向鑽孔之垂直相交狀加工 部份的切削作業；再者，本發明之加工裝置亦可如第十二 圖所示，藉由動力源(34)所連結之加工滑台⑶兩端可供分別 寧結第一、二刀具組(31) ' (32)、（3Γ)、（32，），而該加工滑台 ⑶可左、右適時横向移動，同時，加工滑台⑶兩端再分別 配合轉盤⑵、(2’），即可使加工滑台⑶一端之第一、二刀具 組（31)、（32)前進而進拧進刀行程時，加工滑台(3)另端之第 一、二刀具組（3Γ}、（32’）闻時進行退刀行程；而當加工滑 台⑶一竭之第一、二刀具組（31)、（32)加工完畢而反轉退刀 時，加工滑台(3) S端之第一、二刀具組（3Γ)、（32〇即作進 •- 經濟部中央標準局員Η消費合作社印製 行行程，使進刀與退刀同時在加工滑台⑶兩端進行者。 當工作物⑸須於原成91Τ垂直相交狀之加工部位上再' 作二次加工或須同一工作物⑸上加工二組不同高度之垂直 相交狀加工部位工作物時♦所使用之加工裝置係如第十三 圖所示，在機台⑴上之轉盤⑵其相鄰或相對臛處旁側分別 具設組設有第一、第二刀具組（31)、(32Κ、(3Γ>、（32Ί之加 工滑台⑶、（3〇，而第一、第二刀具組(31)、（32)、{3Π、（32，） 〜8〜 本紙張尺度適用中國國家標準（CMS ) Α4規格（210X297公釐） A7 57 167 B7 五、發明説明（8 ) 亦與轉盤(2)之直徑軸線成垂直，同時，轉盤(2)上具設以1 2等分為例面相互圼3『位差之夾具組⑷；藉此，即甩使 轉盤(2)每次間歇旋轉30° ,並依序加工夾持在各夾具組⑷ 中之工作物(5)，而在同時加工之兩工作物(5)其所夾角度為 90° ;在一側加工滑台⑶之第一、二刀具組（31)、（32)加工 完成工作物(5)的十字垂直相交狀加工部位後，再依序轉動 至另鞄加工滑台(3V)之第一、二刀具組（3Γ)、（320中一次加 工原切削部位或岡一工作物⑸上加工兩組不河高度之十字 垂直相交狀部位的工作物⑸，在此同時，一側之刀具組(31) 、（32}亦同步進行其他工作物⑸之十字垂直相交狀之加工部 • . · . · · ： 位的切削作業【如第十四圖所示】。 而上逑之加工装置亦可如第十五圃所示，將一側之加 工滑台(3)組設成與轉盤(2}呈垂直狀，而另儺之加工滑台(3’> • · . ' · - 亦維持與轉盤⑵呈平行，而應用於同一工作物⑸上需同時 作上、下軸向與水平徑向十孛華直狀加工部位二次加工者 ;另，本發明亦可配合可左、右横向移動之加工滑台(3)兩 側分別組設配合轉盤⑵、（2’），同畤在兩轉盤⑵、（2’}外側再 分別配合另一加工滑台(3。、（3’5)【如第十六圖所示】；藉 此，即可使加工滑台⑶向一側之轉盤⑵前進作切削作業時 ，另一加工滑台(3V)亦同步切削而進行進刀行程，在此同時 加工滑台⑶另端之第一、二刀具組（31)、（32>及另一加工滑 .台（3”）進行退刀行程；而當加工滑台⑶向一側之轉盤⑵加 - ' , . ' · · . 工完畢而反轉退刀時，加工滑台(3)另端之第一、二刀具組 (31)、（32)即作進刀行程，而使進刀與退刀同時在加工滑台 〜g〜 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） (請先聞讀背面之注意事項再填寫本頁〕 -訂 1,. 經濟部中央標準局員工消費合作社印製 57 16? Α7 Β7 五、發明説明（9 ) ⑶兩端進行，而同畤完成兩轉盤⑵、（2*)上之工作物⑸原加 工部位作二次加工或不同高度之加工部位之切削作菜。 藉由K上裝置組成及實施方法與步驟可知，本發明具 有諸多檯點，如： 1. 本發明哥在轉盤作一定角度間敗旋轉時，同時加工位於 轉盤上圼90°位差之兩工作物，K同時加工呈90°垂直 相交狀加工部位，而可大幅提高須加工呈90°垂直相交 狀加工部位之工作物I的加工速率進而提昇產蚤。 2. 本發明之加工裝置可變化多種組合與設立方式，而應用 於如同一十字垂直相交狀加工部位須二次加工或作不同 高度之十字垂直狀加工部位者，而大為增加本發明之實 用性〇 3. 本發明因可大幅提高十字垂直相交狀加工鉍位的加工效 率與產量，使工作物之加工單位成本降低，故可提昇產 業之競爭力。 4. 本發明採在同一工具機上同時加工各須作十字垂直相交 經濟部中央標準局員工消費合作社印製 (請先閲讀背面之注意事項再填寫本頁) 狀加工之工作物，不僅節省整個加工作業時間，其加工 之裝置與設備成本較低且零件簡單、保養容易，而可發 揮最大的經濟效益。 ^ 綜上所述，本發明貿施例確能達到所預期之使用功效 ，又其所揭露之具體構造，不僅未曾見諸於同類產品中， •亦未曾公開於申請前，誠已完全符合專利法之規定與要求 ，爰依法提出發明専利之申請，懇譆惠予審査，並賜淮專 利，則實感德便。 〜1 0〜 本紙張尺度適用中國國家標準（CNS ) Α4規格（210Χ297公釐）'I ～ 3 ～ This standard is applicable to Chinese national standards " (CNS Γμ specification (2i × 297mm) ~~ ^: ^ ~ 4571 67 Α7 B7 V. Description of the invention (3) The height of the work, M The same machine on the same machine is processed at 90 °. The target of the processing program (such as 90 ° or cross elbow joint) of disparity. The technical means, inventive features, objectives and effects used in the present invention are easy to understand. It is understood that the detailed description with the drawings and drawing numbers is as follows: Refer to the drawings: First diagram: The schematic diagram of the overall structure of the processing device of the present invention, the second diagram; Schematic diagram of the steps of the processing method and the operating state of the processing device ㈠ FIG. 4: Schematic diagram of the steps of the processing method of the present method and the operating state of the adding device ㈡ 5th diagram: Schematic diagram of the steps of the processing method of the present invention and the operating state of the processing device ㈢ Sixth Park: The steps of the processing method of the present invention and the operating state of the processing device are shown schematically. Figure 7: The steps of the processing method of the present invention and the operating state of the processing device are shown. The eighth figure printed by the staff consumer cooperative of the bureau: The steps of the processing method and the operating state of the processing device of the present invention are not intended. The ninth figure: The steps of the processing method of the present invention and the operating state of the processing device. Figure: Another combination example of the processing device of the present invention ㈠ Figure 11: The processing device of the present invention 呙 A combination example of velvet㈡ Figure 12: Another combination example of the processing device of the present invention㈢ The paper size Applicable to China National Standard (CNS) A4 specification (2ίΟ × 297 mm) A7 B7 157167 V. Description of the invention (4) Figure 13: Another combination spring example of the processing device of the present invention ㈣ Circle 14: of the present invention Schematic diagram of cutting operation state of another combined embodiment of the processing device 十五 Figure 15: Another embodiment of the processing device of the present invention ㈤ Figure 16: Another embodiment of the processing device of the present invention ㈥ Reference number : ⑴machine table (31), (3Γ) first tool group ⑵, (2 '), (2 ") turntable (32), (320 second tool group ⑶, (3 *), (3") processing slide Table (33) Oil Cylinder [34] Power (4) Fixture group (401) to (404) First to fourth fixture group (40), (4 (T) positioning point ⑸, (5,), (5 ") Workpiece First, please refer to the first figure As shown, the processing device used in the present invention is provided on the machine table 组 with a turntable (2) capable of automatically rotating a predetermined angle and a processing slide ⑶; the turntable 具 is provided with a number of K4 or 4 There are two sets of fixtures 排列 arranged in equal divisions, and two sets of positioning points (40) on the processing slide ⑶ that are parallel and spaced at t and 90 ° from the center point of the turntable (2), (40 ') is S, the distance is similar, and it is the same as the working objects on the fixture group.' ·.. _ The first and second tool groups (31), (32) are aligned with the machining axis, and The center point of the angle between the two workpieces and the center of the turntable ⑵ when processing the two workpieces is 90 ° [as shown in the second figure], and the slide table ⑶ can be advanced and retreated in time by the hydraulic cylinder (33). The machining slide ⑶ is provided with a power source (34) and the first and the first •... · Two tool sets (31) and (32) Dake M drives the first and second tool sets (31 >, (32) Turn χΛ. ～ 5 ～ This paper size applies the Chinese National Standard (CNS) Α4 specification (2iOX 297 mm) ~ ^ (Please read the precautions on the back before filling this page) l-. 'U-Shellfish Consumption of the Central Standards Bureau of the Ministry of Economic Affairs Cooperative cooperative printing 157167. B7 V. Description of the invention (5) The steps of the processing method of the present invention are as follows: 1. First, please refer to the third garden, the K turntable ⑵ is set with M 4 equal to each other at an angle of ° As an example, the poor fixture set ⑷ is first placed in the first fixture set (401) on the turntable (2), and the power source (34) can be started so that the first and second tool sets (31), (32) Rotate, and then turn the turntable 同时 at the same time for intermittent rotation with an angular difference of 90 °. 2. When the first clamp group (40i) holds the work object and rotates by 90 °, it will reach the processing position of the first tool group (31), and the processing slide ⑶ can be passed through the hydraulic cylinder ( 33) is pushed forward, because the first and second cutters (31), (32) are perpendicular to the diameter axis of the turntable ⑵, so that the first tool set (31) cuts the workpiece ⑸ straight to the processing part. Then, you can insert another work (5 ') into the second clamp (402) and clamp it [as shown in the fourth figure]. 3. When the work clamped in the first clamp group (401) After the vertical machining part of the object is cut by the first tool group (31), the machining slide (3) is pulled back by the hydraulic pressure (33) together with the two tool groups (31) and (32). At this time, ， Turntable fixture.1 旋转 Rotate by 90 ° again to make the first fixture group (401) reach the processing position of the second tool group (32), and the second fixture group (402) also reach the first tool • 4 Economy Printed by the Ministry of Central Standards Bureau ’s Consumer Cooperative (please read the precautions on the back before filling out this page) with the processing position of the group ㈨). At the same time, you can place a work (5 ”) in the Clamp in the three fixture set (403) [as shown in the fifth figure]. 4. When the first and second fixture sets (4Q1) and (4fl2) reach the processing of the first and second tool sets (31) and (32) At the position, the machining slide ⑶ is pushed by the hydraulic cylinder (33). When the first and second tool groups (31) and (32) are driven forward, the first tool group (31) can be clamped at the first The vertical processing of the workpiece (5 ') of the second clamp group (402) is in place, and the second cutter group (32) processes the workpiece clamped by the first clamp sister (401). This paper size applies to Chinese national standards (CMS) A4 specification (210X297 mm) 5 __B7 __ 5. Description of the invention (6). (Please read the precautions on the back before filling this page) The horizontal processing part of the crop (5). (401) The working part of (401) is 90 ° perpendicularly intersecting and the processing part [shown in the sixth figure _]. 5. When the first and second clips are in the true group (401), (402 > After the work objects ⑸ and (5,) have completed 90 ° vertical intersection and straight processing parts, respectively, the processing slide ⑶ is again pulled back with the first and second tool groups (31) and (32). At this time, turn旋转 Rotate by 90 ° again to make the first clamp (40i) open the machining position of the processing table (3), and the second and third clamp groups (402) and (403) reach the first and second tool groups, respectively. (31), (32) processing position, at this time, you can release the-fixture group (401) and pick up the work at the 90 ° vertical intersection processing part, and at the same time a work ( 5 ''s) Put it in the fourth fixture group (404) [shown in the seventh drawing]. Printed by the Consumers ’Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 6. When the second and third fixture groups (402) , (403) When the machining positions of the first and second cutters (31) and (32 >) are reached, the machining slide (3 >) advances so that the first cutter group (31) is processed and clamped in the third clamp group ( 403) on the vertical processing part of the work (5 "), and the second cutter (32) processes the horizontal processing part of the work (5s) clamped on the second fixture group (402), K completes the first The processing part and program of the work piece W) on the two jig group (402) at 9β ° vertical intersection [as shown in the eighth figure]. 7. After that, the processing slide ⑶ is pulled back again and the turntable 旋转 is rotated 90 ° again, so that the second fixture group (4G2) leaves the processing position of the processing slide ⑶, and the third and fourth fixture groups (403), (404) Reach the machining positions of the first and second cutters (31) and (32) respectively. At the same time, the first clamp group (4β1) returns to the starting position for clamping the work object (5) again [as shown in the ninth figure] ] By Jtfc, the paper size is cyclically applied to the Chinese paper standard {CNS) A4 specification (210X297 mm) Α7 Β7 V. Description of the invention (7) 90 ° perpendicularly intersecting working parts (5) processing procedures. (Please read the precautions on the back before filling this page.) And the processing device of the present invention can also be shown as the tenth circle, the turntable ⑻ installation and the processing slide ⑶ vertical, you can repeat the above steps and methods The cutting operation of the cross perpendicularly-intersecting processing part is performed. In addition, as shown in the eleventh figure, the processing slide ⑶ of the processing device of the present invention can be vertical to the turntable placed on the plane, and the processing slide (3) The first and second tool groups (31) and (32) are arranged in a straight line on the same axis, and are aligned with the axis of the processing part of the work piece. It is used for vertical intersection processing where axial drilling is required. Part of the cutting operation; furthermore, as shown in the twelfth figure, the processing device of the present invention can also use the power source (34) to connect the processing slide ⑶ at both ends of the first and second tools Group (31) '(32), (3Γ), (32,), and the processing slide ⑶ can be moved laterally at right and left at the same time, at the same time, the two ends of the processing slide ⑶ are respectively matched with the turntables ⑵, (2') , The first and second tool groups (31) and (32) at one end of the machining table ⑶ can be advanced During the infeed stroke, the first and second tool groups (3Γ) and (32 ') at the other end of the machining table (3) are retracted when they are heard; and when the first and second tool groups of the machining table ⑶ are exhausted, (31), (32) When the machining is completed and the tool is reversed, the first and second tool groups (3Γ) and (32) at the S end of the machining table (3) are advanced. The cooperative prints the stroke, so that the feeding and retracting are performed at both ends of the processing table ⑶. When the work must be processed on the original 91T perpendicularly intersecting processing part, it must be used for secondary processing or the same work When processing two sets of vertically intersecting workpieces at different heights on the ♦ ♦ The processing equipment used is shown in Figure 13. The turntable ⑵ on the machine ⑴ is adjacent to or opposite to the side of the machine. The set is provided with first and second tool groups (31), (32Κ, (3Γ), (32Ί of processing slide table ⑶, (30), and first and second tool groups (31), (32), {3Π, (32,) ~ 8 ~ This paper size applies the Chinese National Standard (CMS) A4 specification (210X297 mm) A7 57 167 B7 V. Description of the invention (8 ) Is also perpendicular to the diameter axis of the turntable (2), and at the same time, the turntable (2) is provided with 12 equal divisions of the regular surface 圼 3 "position difference fixture group"; by this, the turntable (2 ) Rotate intermittently 30 ° each time, and sequentially process the workpieces (5) held in each fixture group ⑷, while the two workpieces (5) being processed at the same time have an angle of 90 °; machining on one side After the first and second tool sets (31) and (32) of the slide table (3) have completed the cross-vertical intersection processing parts of the work (5), they are sequentially rotated to the first and second machining slide tables (3V), Two cutting tool sets (3Γ), (320 are used to process two original cutting parts or one work object 冈 at one time, and two sets of working objects 十字 at vertical heights that intersect with crosses at different heights are processed. At the same time, one cutting tool set (31 ), (32) also carry out the processing of the cross-vertical intersection of other working objects.....:: Cutting operations [as shown in Figure 14]. And the processing device of the upper part can also set the processing slide table (3) on one side to be vertical to the turntable (2) as shown in the fifteenth garden, and the other processing slide table (3 '> • ·. '·-It is also maintained in parallel with the turntable ，, and applied to the same working object 需 for the secondary processing of the vertical, horizontal and vertical radial processing parts; also, the present invention It can also cooperate with the left and right processing slides (3) on both sides of the turntable ⑵, (2 '), and the same turn on the outside of the two turntables ⑵, (2'}, and then cooperate with another processing slide. (3., (3'5) [as shown in the sixteenth figure]; by this, the processing slide ⑶ can be advanced to the turntable ⑵ on one side for cutting operations, the other processing slide (3V) also Simultaneous cutting and infeed stroke, while machining the first and second tool groups (31), (32 >) at the other end of the slide table ⑶ and another machining slide table (3 ") for the retract stroke; When the slide table ⑶ is added to the turntable on one side-',.' · ·. When the work is completed and the tool is reversed and retracted, the first and second tool groups (31) and (32) at the other end of the slide table (3) are processed. Make a knife Process, so that the feeding and retracting are performed on the slide table at the same time ~ g ~ This paper size applies the Chinese National Standard (CNS) A4 specification (210X297 mm) (Please read the precautions on the back before filling this page]-Order 1 ,. Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 57 16? Α7 Β7 V. Description of the invention (9) ⑶ It is performed at both ends, and the same work is completed on the two turntables, (2 *), and the original processing parts It can be used for secondary processing or cutting of processing parts with different heights. According to the composition and implementation methods and steps of the device on K, the present invention has many points, such as: 1. The brother of the present invention rotates at a certain angle on the turntable. At the same time, two workpieces located at a 90 ° position on the turntable are processed at the same time, and K simultaneously processes 90 ° perpendicularly intersecting processing parts, which can greatly increase the processing rate of the workpiece I that must be processed at 90 ° perpendicularly intersecting processing parts. The flea production is further improved. 2. The processing device of the present invention can be modified in various combinations and set up methods, and is applied to, for example, a second vertical processing part where the same cross vertically intersects or a cross vertical processing part where the height is different. This greatly increases the practicability of the present invention. The present invention can greatly improve the processing efficiency and output of cross-vertical intersection processing of bismuth bits, reduce the processing unit cost of the work, and thus enhance the competitiveness of the industry. 4 The present invention uses the same machine tool to simultaneously process each work that must be printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling this page) to save the entire processing. Operating time, the processing equipment and equipment costs are low, the parts are simple, and maintenance is easy, and it can exert the maximum economic benefits. ^ In summary, the trade examples of the present invention can indeed achieve the expected use efficiency, The specific structure of the disclosure was not only seen in similar products, nor was it disclosed before the application. It has fully complied with the provisions and requirements of the Patent Law, and submitted an application for invention and profit in accordance with the law. A patent is a real virtue. ～ 1 0 ～ This paper size applies Chinese National Standard (CNS) Α4 specification (210 × 297 mm)