201249561 六、發明說明： 【發明所屬之技術領域】 -0001] 本發明係有關於一種條狀物彎曲成形加工機，尤指 一種於變曲裝置模具座上設有至少二輪模，並於變油裝 置組接有位移機構，以變換各輪模與條狀工件相對旋繞 位置，俾使條狀工件於一彎曲成形加工機上完成各種不 同彎曲半徑之彎折者。 [0002] 【先前技術】 按’製造業係-個工業發展的樞紐，而產品的生』 製造則有賴於工具機的輔助，於曰常生活中，常見許； 形狀弯折之物件，％ :汽車排氣管、樓手 藉由弯管機等可將物件進行角度彎折之彎曲成形機㈣ 助生產製造。201249561 VI. Description of the invention: [Technical field to which the invention pertains] -0001] The present invention relates to a strip bending forming machine, and more particularly to a mold having at least two wheel molds on a mold holder of a bending device, and changing oil The device group is connected with a displacement mechanism for changing the relative winding position of each wheel mold and the strip workpiece, so that the strip workpiece can be bent on various bending radii on a bending forming machine. [0002] [Prior Art] According to the 'manufacturing department - the hub of industrial development, and the production of products" depends on the aid of the machine tool, in the ordinary life, the common Xu; the shape of the bent object, %: The automobile exhaust pipe and the floor hand can be manufactured by a bending forming machine (4) which can bend the object at an angle by a pipe bender or the like.
[0003] [0004] 饵···等彎曲成形機主要是在一機^ 面沿長方向設有一抽、* = ' 、，再於該軌道上裝設有可滑望 移動機構’並於轨谨 ^ 軌道1設有一彎管裝置，於實 係利用移動機構將 _ 管裝置進行彎折作業。持^件另—端則1 然，現有彎曲士、 成形機僅能做單一彎曲半徑之蠻d 工’當欲弯折不同變士 彎曲+徑時，則須替換不同的加 具座”、至不同”曲成形機進行加卫，如此， 會造成作業上的不便利性，更會造成製作工時的延· 大幅降低生產效率，極不符合現今講求高品質 、低人力的生產需求。[0004] [0004] The bending forming machine such as bait is mainly provided with a pumping, *= ' in the longitudinal direction of a machine, and then a slidable moving mechanism is mounted on the rail. I would like to know that the track 1 is equipped with a bending device, and the moving device is used to bend the _ tube device. If you want to bend the different bends + diameter, you have to replace the different adapters. Different "curvature forming machines" are used for reinforcement. In this way, the inconvenience of the work will be caused, and the delay in the production time will be greatly reduced, and the production efficiency will be greatly reduced. This is inconsistent with the current demand for high quality and low manpower.
[0005] 100120823 緣是，本發明 表單編號Α0101 人有鑑於現有彎曲成形機的設計 第4 1/共25頁 窠臼 1002035227-0 201249561 乃藉，、夕年於相關領域的製造及設計經驗和知識的輔 佐並匕多方巧思，針對現有彎曲成形機做更新的研發 改良，以期發揮其更高的實用效益性。 ' 【發明内容】 :!：_] 本發明係有關於—種條狀物彎曲成形加工機，其目 • :係為了提供-種可於1曲成形加工機上使條狀工件 完成各種Μ料半彳if折之加工機。 [0007] 為了達到上述實施目的，本發明人乃研擬如下條狀 〇 物#曲成形加卫機技術’其主要係設有加玉機主體，並 於加工機主體一端處設置有彎曲装置，又於該彎曲裝置 内没有動力源，且使該動力源之傳動轴與一模具座相組 接，又於模具座上設有至少二輪模，並使輪模間形成有 間隙，且使各輪模成形相異之半徑，復於彎曲裝置組接 有位移機構。 本發明之條狀物彎曲成形加工機，係進一步使該位 移機構於加工機主體及彎曲裝置間組設有滑動元件。[0005] 100120823 The edge is that the form number Α0101 of the present invention is in view of the design of the existing bending forming machine, the fourth and the second half of the 窠臼1002035227-0 201249561, and the manufacturing and design experience and knowledge of the relevant field in the eve of the year. Auxiliary and versatile, the R&D and improvement of the existing bending forming machine is carried out in order to exert its higher practical efficiency. [Description of the Invention] :!: _] The present invention relates to a strip-shaped bending and forming machine, the object of which is to provide various kinds of materials for the strip-shaped workpiece on the one-turn forming machine. Half-inch if the processing machine. [0007] In order to achieve the above-mentioned implementation object, the inventors of the present invention have developed the following strip-shaped scorpion #曲形形机 technology, which is mainly provided with a jade machine main body, and a bending device is disposed at one end of the processing machine main body. In addition, there is no power source in the bending device, and the driving shaft of the power source is combined with a mold base, and at least two wheel molds are arranged on the mold base, and a gap is formed between the wheel molds, and each wheel is made The mold is formed into a different radius, and the bending device is connected to the displacement mechanism. In the strip bending and forming machine of the present invention, the displacement mechanism is further provided with a sliding member between the main body of the processing machine and the bending device.
本發明之條狀物彎曲成形加工機，係進一步使該滑 動元件包含分別組設於加工機主體與彎曲裝置呈對應接 合之滑軌與滑座。 [0010] 本發明之條狀物彎曲成形加工機，係進一步使該位 移機構係包含有設於彎曲装置之螺孔及螺設於該螺孔之 螺桿’並於該螺桿端部組接有從動輪，又於加工機主體 設有可做正、反向轉動之旋轉動力源，且使該旋轉動力 源之傳動轴組設有主動輪，並於主、從動輪間繞設有傳 100120823 表單編號A0101 第5頁/共25頁 1002035227-0 201249561 [0011] [0012] [0013] [0014] [0015] 動帶。 本發明之條狀物彎曲成形加工機，係進一步使該彎 曲裝置内设置之動力源係為可做正、反向轉動及軸向伸 縮之動力源。本發明之條狀物彎曲成形加工機，係進一步使該加 ：工機主體係進-步於相鄰彎曲裝置之—端組設有導引座 ’並於該導引座成形有料m且使該導引座位於相 鄰彎曲裝置-端之引導”側邊處成形導圓角。 本發明之條狀物彎曲成形加工機，係進一步使該導引座位於相鄰f曲裝置一端之側邊處係成形為傾斜之斜 邊。 本發明之條狀物彎曲成形加工機，係進一步使該加 工機主體係進一步組裝於旋轉座上，並於加工機主體頂面進-步&有中空轴管’且於中空轴管後端進_步設有 移動機構。 據此，本發明藉由相異半徑輪模及帶動彎曲裝置位 〇 移，以變換各輪模與條狀工件相對旋繞位置之位移機構 ’即可使條狀工件於本發明1域形加域上完成各 種不同彎曲半徑之料作業，且不須在加卫過程中更換 加工模具座’或將條狀工件換至不同的彎曲成形機進行 加工，藉此，俾提高條狀工件彎曲加工作業的便利性及 生產效率’進而達到提升其產業競爭力的實質效益。【實施方式】 而為令本發明之技術手段及其所能達成之效果，能 100120823 表單編號A0101 第6頁/共25頁 1002035227-0 [0016] 201249561 夠有更完整且清楚的揭露，茲詳細說明如下，請一併參 閱揭露之圖式及圖號： [0017] [0018] ❹In the strip bending and forming machine of the present invention, the sliding member further includes a slide rail and a slide seat which are respectively disposed in the main body of the processing machine and the bending device. [0010] The strip bending forming machine of the present invention further includes the displacement mechanism including a screw hole provided in the bending device and a screw screw disposed on the screw hole and assembled at the screw end portion The moving wheel is further provided with a rotating power source capable of positive and negative rotation in the main body of the processing machine, and the driving shaft group of the rotating power source is provided with a driving wheel, and a form number is transmitted between the main and the driven wheels. A0101 Page 5 of 25 1002035227-0 201249561 [0011] [0014] [0015] [0015] Moving belt. The strip bending forming machine of the present invention further provides a power source provided in the bending apparatus as a power source capable of performing forward and reverse rotation and axial expansion. The strip bending forming machine of the present invention further causes the main system of the adding machine to advance into the end group of the adjacent bending device to be provided with a guiding seat ' and forming a material m at the guiding seat and The guide seat is formed at the side of the guide of the adjacent bending device-end. The strip bending forming machine of the present invention further positions the guiding seat on the side of one end of the adjacent curved device. The strip is formed into a beveled bevel. The strip bending and forming machine of the present invention further assembles the main system of the processing machine onto the rotating base, and advances on the top surface of the main body of the processing machine with a hollow shaft The tube is provided with a moving mechanism at the rear end of the hollow shaft tube. Accordingly, the present invention shifts the position of the wheel mold and the strip-shaped workpiece by the different radius wheel mold and the driving bending device. The displacement mechanism can be used to complete the work of various bending radii on the strip-shaped workpiece in the field of the invention, and it is not necessary to change the processing mold seat during the curing process or to change the strip workpiece to different bending. The forming machine processes, whereby Improve the convenience and production efficiency of the bending work of the strip workpieces, and then achieve the substantial benefits of enhancing the competitiveness of the industry. [Embodiment] In order to make the technical means of the present invention and the effects thereof can be achieved, 100120823 Form No. A0101 Page 6 of 25 1002035227-0 [0016] 201249561 There is a more complete and clear disclosure, as explained in detail below, please refer to the disclosure and drawing number: [0017] 00
[0019] G 百先’請參閱第-、二圖所示，為本發明之條狀物 彎曲成形加工機，係主要由加工機主體（丄）、彎曲裝 置（2)、滑動元件（3 7)及位移機構（3)所組成 ;其中： 該加工機主體（1)，係使加工機主體（1 )組裝 於-旋轉座（1 1 )上，並使加工機主體⑴於機台 頂面沿長方向設有中空轴管（12)，又於中空軸管（ 1 2)後端设有移動機構（1 3)，另於中空轴管（1 2)前端設有導引座（14)，且於導引座（14)相 對轴管（12)之中空部形成有引導空間（141)， 另使導引座（1 4)前端相鄰引導空間（丄4 i )侧邊 處成形導"（142)，且使料κ角（142)連 接朝導引座（14)侧邊傾斜而下之斜邊（143); S亥彎曲裝置（2)，係設於加卫機主體（1)前端 處，並於彎曲裝置（2)内設有可做正、反向旋轉及轴 向伸縮之動力源（2 1)，且使該動力源（21)之傳 動轴與設於其上方之模具座（2 2)底部相組接，又於 模具座（2 2)中心設有第一輪模（23)，並於模具 座（22)偏心設有第二輪模（24)，且使第-輪模 (23)及第二輪模（24)間形成有間隙（25)， 並使第-輪模（2 3)與第二輪模（2 4 >成形相異之 半徑； 100120823 表單編號A0101 第7頁/共25頁 1002035227-0 201249561 [0020] 該位移機構（3 )，乃組設於加工機主體（1 )及 彎曲裝置（2)，係包含橫向成形於彎曲裝置（2)之 螺孔（3 1)及螺設於該螺孔（3 1)之螺桿（3 2) ’並於該螺桿（3 2)端部組接有從動輪（3 3)〔該 從動輪（3 3)係為齒輪〕，又於加工機主體（1)設 有旋轉動力源（3 4)〔該旋轉動力源（3 4)係為正 、反向旋轉之伺服馬達〕’且於旋轉動力源（3 4)之 傳動軸組設有主動輪（35)〔該主動輪（35)係為 齒輪〕’並於主、從動輪（35) 、 （33)間繞設有 傳動帶（36)〔該傳動帶（36)係為時規皮帶〕， 又於加工機主體（1)及彎曲裝置（2)間橫向設有滑 動元件（3 7)，該滑動元件（3 7)係包含分別組設 於加工機主體（1)與彎曲裝置（2)，呈對應接合之 滑軌（3 7 1 )與滑座（3 7 2 )。 [0021] 據此，當使用實施時’請一併參閱第三、四圖所示 ，係由移動機構（1 3)將欲彎折的條狀工件（4)由 中空軸管（1 2)推送而入，以使條狀工件（4)前段 夾掣於導引座（1 4 )之引導空間（1 4 1 )定位，再 使條狀工件（4)前端延伸至彎曲裝置（2)之第一輪 模（2 3)及第二輪模（2 4)形成之間隙（2 5)中 9 [0022] 續之，啟動彎曲裝置（2)之動力源（21)，此 時，動力源（2 1 )係帶動模具座（2 2)旋轉作動， 而使穿設夾持於第一輪模（2 3)及第二輪模（2 4) 其間隙（2 5)中之條狀工件（4)隨著模具座（2 2 100120823 表單編號A0101 第8頁/共25頁 1002035227-0 201249561 )的旋轉’而受第-輪模（23)與第二輪模（24) 的㈣，並以位置於條狀工件（4 )欲料方向内侧之 第一輪模（2 3)為旋轉中心，做—角度之彎折，此時 ，該條狀工件（4)内緣彎曲半徑係與第-輪模（2 3 )之半徑相等》 [0023] ❹ 虽便用者欲於條狀工件（4)上進行另一彎 曲半徑之加工時，請—併參閱第五、六圖所示係驅動 位移機構（3)之旋轉動力源（34)，以使位移機構 (3)之旋轉動力源（34)帶動組接之主動輪（3 5 )轉動，並使主動輪（3 5)經由繞設之傳動帶（3 6 )的動力傳遞’而帶動從動輪（3 3)轉動，同時，與 從動輪（3 3)組接之螺桿（3 2)係隨之作動，以經 准 ❹ [0024] 由與彎曲裝置（2)相螺接之螺孔（3 1 )帶動彎曲裝 置（2)產生相對的位移動作，而湘組設於加工機主 體⑴及弯曲裝置（2)間之滑動元件（37)，係 使弯曲裝置（2)呈穩^；流暢的位移 24)位移至條狀工件（4)欲彎折方向純（ 隨之’彎曲裝置（2)之動力源（2 1)係帶動模 具座（2 2)旋轉，此時，夾設於第-輪模（2 3)與 第二輪模（2 4)其間隙（2 5)中之條狀工件（4) 係受第-輪模（2 3)與第二輪模（24)的板壓，以 100120823 進行以第二輪模（24)為旋轉中心之角度彎折，於該 條狀工件（4)彎折成形後其内緣之彎曲半徑即與第二 輪模（2 4)之半徑相等。 另，當使用者欲再於條狀轉（4)上進行又一不 表單編號A0101 第9頁/共25頁 1002035227-0 [0025] 201249561 同f曲半徑加玉時’請—併參閱第七、八圖所示，係可 使位移機構（3)及f曲裝置（2)之動力源（2工） 帶動模具座（22)所設第-輪模（2 3)及第二輪模 (24)移動至條狀工件“）欲弯折方向的外側處， 續之，由動力源（21)作動模具座（22)往條狀工 件 欲彎折的方向旋轉，同時，位移機構（3)之 旋轉動力源（3 4)係驅動螺桿（3 2)帶動彎曲裝置 (2)同步橫向位移，此時，夾擎於導引座（1 其 引導工間（1 4 1 )之條狀工件（4)部分即會受力抵 靠於引導空間（1 4 1 )側邊形成之導圓角（i 4 2) 處，而使條狀卫件（4)⑽彎折出與該導圓角（工4[0019] G 百先', please refer to the first and second figures, the strip bending forming machine of the present invention is mainly composed of a processing machine main body (丄), a bending device (2), a sliding element (3 7 And the displacement mechanism (3); wherein: the processing machine main body (1) is such that the processing machine main body (1) is assembled on the rotating base (1 1 ), and the processing machine main body (1) is on the top surface of the machine a hollow shaft tube (12) is arranged along the long direction, and a moving mechanism (13) is arranged at the rear end of the hollow shaft tube (12), and a guiding seat (14) is arranged at the front end of the hollow shaft tube (12). And a guiding space (141) is formed on the hollow portion of the guiding seat (14) relative to the shaft tube (12), and the leading end of the guiding seat (14) is adjacent to the guiding space (丄4 i ). " (142), and the material k angle (142) is connected to the side of the guide seat (14) inclined downwards oblique edge (143); S Hai bending device (2), is attached to the main body of the defender ( 1) At the front end, a power source (2 1) for positive, reverse rotation and axial expansion is provided in the bending device (2), and the transmission shaft of the power source (21) is disposed above it Mold base (2 2) bottom phase The first wheel mold (23) is disposed at the center of the mold base (22), and the second wheel mold (24) is eccentrically disposed on the mold base (22), and the first wheel mold (23) and A gap (25) is formed between the second wheel molds (24), and the radius of the first wheel mold (23) and the second wheel mold (2 4 > forming is different; 100120823 Form No. A0101 Page 7 / Total 25 pages 1002035227-0 201249561 [0020] The displacement mechanism (3) is assembled to the machine body (1) and the bending device (2), and includes a screw hole (3 1) laterally formed in the bending device (2) And a screw (3 2) of the screw hole (31) and a driven wheel (3 3) at the end of the screw (3 2) (the driven wheel (3 3) is a gear) Further, the main body (1) of the processing machine is provided with a rotary power source (34) (the rotary power source (34) is a servo motor that rotates in the forward and reverse directions] and the drive shaft of the rotary power source (34) The set is provided with a driving wheel (35) (the driving wheel (35) is a gear]] and a transmission belt (36) is arranged between the main and driven wheels (35) and (33) [the transmission belt (36) is time Gauge belt], also in the processing machine body (1) and bend A sliding element (37) is disposed laterally between the device (2), and the sliding element (37) comprises a sliding rail (3) which is respectively arranged on the processing machine main body (1) and the bending device (2). 1) and the sliding seat (3 7 2 ). [0021] Accordingly, when using the implementation, please refer to the third and fourth figures together, and the strip-shaped workpiece to be bent by the moving mechanism (1 3) (4) Pushing in through the hollow shaft tube (12) to position the front piece of the strip-shaped workpiece (4) in the guiding space (1 4 1 ) of the guiding seat (14), and then to make the strip-shaped workpiece ( 4) The front end extends to the gap (2 5) formed by the first wheel mold (23) of the bending device (2) and the second wheel mold (24). [0022] Continued, the bending device (2) is activated. The power source (21), at this time, the power source (2 1 ) drives the mold base (22) to rotate, and the wear is clamped to the first wheel mold (23) and the second wheel mold (2 4) The strip-shaped workpiece (4) in the gap (25) is subjected to the first-wheel mode (23) with the rotation of the mold base (2 2 100120823 Form No. A0101, page 8 / 25 pages 1002035227-0 201249561) (4) of the second wheel mold (24), and position the bar (4) The first wheel die (23) on the inner side of the desired direction is the center of rotation, and the angle is bent. At this time, the inner radius of the strip workpiece (4) is curved and the first wheel die (2) 3) The radius is equal" [0023] 虽 Although the user wants to perform another bending radius on the strip workpiece (4), please refer to the driving displacement mechanism (3) shown in the fifth and sixth figures. a rotating power source (34), such that the rotating power source (34) of the displacement mechanism (3) drives the assembled driving wheel (35) to rotate, and the driving wheel (35) is passed through the winding belt (3 6 The power transmission ' drives the driven wheel (3 3) to rotate, and at the same time, the screw (3 2) that is combined with the driven wheel (3 3) is actuated to be guided by the bending device (2) The threaded screw hole (3 1 ) drives the bending device (2) to generate a relative displacement action, and the sliding member (37) disposed between the processing machine main body (1) and the bending device (2) is a bending device (2) Stable ^; smooth displacement 24) displacement to strip workpiece (4) to bend direction pure (following 'bending device (2) power source (2 1) to drive mold holder (2 2) Rotation, at this time, the strip-shaped workpiece (4) sandwiched between the first wheel die (23) and the second wheel die (24) in the gap (25) is subjected to the first wheel die (2 3 And the plate pressure of the second wheel mold (24) is bent at an angle of 100120823 with the second wheel mold (24) as a center of rotation, and the bending radius of the inner edge of the strip workpiece (4) after being bent and formed That is, it is equal to the radius of the second wheel mold (24). In addition, when the user wants to perform another no-form number A0101 on page 8 (4), page 9/total 25 pages 1002035227-0 [0025] 201249561 with the radius of f-curve plus jade 'please--see seventh As shown in Fig. 8 , the power source (2 work) of the displacement mechanism (3) and the f-curve device (2) can drive the first-wheel mode (23) and the second wheel mode set in the mold base (22). 24) Move to the strip-shaped workpiece ") to the outside of the bending direction, and then, the power source (21) moves the mold base (22) to rotate in the direction in which the strip-shaped workpiece is to be bent, and at the same time, the displacement mechanism (3) The rotating power source (3 4) is driven by the driving screw (32) to drive the bending device (2) to synchronously shift laterally. At this time, the clamping body (1) has a strip-shaped workpiece (the guiding workpiece (1 4 1 )) 4) The part is forced to abut the guide fillet (i 4 2) formed on the side of the guiding space (1 4 1 ), and the strip guard (4) (10) is bent out and the rounded corner ( Worker 4
2)半徑相等之彎曲半徑。 [0026] 又，當使用者欲使該條狀工件（4)做螺旋狀之彎 折時’請-併參閱第九、十圖所示，則將條狀工件（4 )穿設於第-輪模（2 3)及第二輪模（2 4)其間隙 (2 5)中，繼之，作動模具座（2 2)旋轉，使第二 輪模（2 4)往導引座（丄4)之傾斜斜邊（丄4 3) 方向位移’於同時’條狀工件（4)係受第一輪模（2 3)及第二輪模（2 4)抵壓，而以第一輪模（2 3) 為旋轉内緣，並逐漸旋繞至抵觸於導引座（i 4 )之斜 邊（143)，而受導引座（14)之傾斜斜邊（14 3)限制其外緣旋轉軌跡，使條狀工件（4)形成一趨 近圓形之彎折’且隨著移動機構（13)持續將條狀工 件（4 )往前推移，條狀工件（4)係會沿著第一輪模 (2 3)及第二輪模（24)與導引座（14)之斜邊2) The radius of curvature of the same radius. [0026] Further, when the user wants to bend the strip-shaped workpiece (4) in a spiral shape, please refer to the ninth and tenth views, and then the strip-shaped workpiece (4) is placed on the first- In the gap (25) of the wheel die (23) and the second wheel die (24), the actuating die holder (2 2) is rotated to move the second wheel die (24) toward the guide seat (丄) 4) The inclined bevel (丄4 3) The direction displacement 'at the same time' the strip-shaped workpiece (4) is pressed by the first wheel die (23) and the second wheel die (24), and the first round The die (2 3) is a rotating inner edge and is gradually wound to abut against the bevel (143) of the guide seat (i 4 ), and the inclined bevel (14 3) of the guide seat (14) limits the outer edge thereof. Rotating the trajectory so that the strip-shaped workpiece (4) forms a bend that is close to a circle' and as the moving mechanism (13) continues to move the strip-shaped workpiece (4) forward, the strip-shaped workpiece (4) will follow The first wheel mold (23) and the second wheel mold (24) and the oblique side of the guide seat (14)
100120823 表單編號A0101 1002035227-0 201249561 (1 4 3 )規範出來的路徑，持續成形趨近圓形之旋繞 彎折，並漸往上形成螺旋狀之形體。 [0027] 如此一來，條狀工件（4 )即可於本發明之彎曲成 形加工機上連續完成各種不同彎曲半徑之彎折作業，且 不須在加工過程中更換加工模具座，或將條狀工件換至 不同的彎曲成形機進行加工，據此，俾提高條狀工件（ 4)彎曲加工作業的便利性及生產效率，進而達到提升 產業競爭力的實質效益。 [0028] 由上述結構及實施方式可知，本發明係具有如下優 點： [0029] 1.本發明之彎曲成形加工機係可於單一彎曲成形加 工機上進行多種不同彎曲半徑的彎折加工，於此，即不 須爲成形不同的彎曲半徑而更換加工模具座，或換至不 同的彎曲成形機進行加工，據此，俾提高加工作業的便 利性。 [0030] 2.本發明之彎曲成形加工機係可於單一彎曲成形加 工機上進行各種彎曲半徑的彎折，藉此，在加工過程中 更不需要耗用人力更換加工模具座，或將條狀工件換至 不同的彎曲成形機進行加工，據此，俾節省人力的耗費 [0031] 3.本發明係之彎曲成形加工機係可於單一彎曲成形 加工機上連續進行各種不同彎曲半徑的彎折作業，如此 ，便不須為彎折不同的彎曲半徑，而暫停加工並費時的 替換加工模具座或更換至不同彎曲成形加工機，故可有 100120823 表單編號 A0101 第 11 頁/共 25 頁 1002035227-0 201249561 效節省加工時間，達到提高生產效率的實質效益。 [0032] 綜上所述，本發明實施例確能達到所預期功效，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 ，爰依法提出發明專利之申請，懇請惠予審查，並賜准 專利，則實感德便。 【圖式簡單說明】 [0033] 第一圖：本發明之整體立體圖 [0034] 第二圖：本發明之局部放大立體圖 [0035] 第三圖：本發明之其一實施例使用狀態圖（一） [0036] 第四圖：本發明之其一實施例使用狀態圖（二） [0037] 第五圖：本發明之其二實施例使用狀態圖（一） [0038] 第六圖：本發明之其二實施例使用狀態圖（二） [0039] 第七圖：本發明之其三實施例使用狀態圖（一） [0040] 第八圖：本發明之其三實施例使用狀態圖（二） [0041] 第九圖：本發明之其四實施例使用狀態圖（一） [0042] 第十圖：本發明之其四實施例使用狀態圖（二） 【主要元件符號說明】 [0043] ( 1 ) 加工機主體 （11) 旋轉座 _-1 044 2 管 轴 (13) 移動機構100120823 Form No. A0101 1002035227-0 201249561 (1 4 3 ) The specified path continues to form a convolution around the circle and gradually forms a spiral shape. [0027] In this way, the strip-shaped workpiece (4) can continuously complete the bending operation of various bending radii on the bending forming machine of the present invention, and does not need to replace the processing mold seat during the processing, or the strip The workpiece is changed to a different bending forming machine for processing, thereby improving the convenience and production efficiency of the bending work of the strip workpiece (4), thereby achieving the substantial benefits of enhancing the industrial competitiveness. [0028] According to the above structure and embodiment, the present invention has the following advantages: 1. The bending forming machine of the present invention can perform bending processing of a plurality of different bending radii on a single bending forming machine. Therefore, it is not necessary to change the processing die holder for forming different bending radii, or to change to a different bending forming machine for processing, thereby improving the convenience of the processing operation. [0030] 2. The bending forming machine of the present invention can perform bending of various bending radii on a single bending forming machine, thereby eliminating the need for labor to replace the machining mold seat or the strip during the processing. The workpiece is changed to a different bending forming machine for processing, thereby saving manpower. [0031] 3. The bending forming machine of the present invention can continuously perform bending of various bending radii on a single bending forming machine. Folding operation, so that it is not necessary to bend different bending radii, and suspend processing and time-consuming replacement of the mold base or replacement to different bending forming machines, so there may be 100120823 Form No. A0101 Page 11 / 25 Page 1002035227 -0 201249561 Efficiency saves processing time and achieves substantial benefits in improving production efficiency. [0032] In summary, the embodiments of the present invention can achieve the expected functions, and the specific structure disclosed therein has not been seen in the same products, nor has it been disclosed before the application, and has completely complied with the patent law. The regulations and requirements, the application for invention patents in accordance with the law, and the application for review, and the grant of patents, are truly sensible. BRIEF DESCRIPTION OF THE DRAWINGS [0033] FIG. 1 is an overall perspective view of the present invention. [0034] FIG. 2 is a partially enlarged perspective view of the present invention. [0035] FIG. 3 is a view showing a state of use of an embodiment of the present invention (1) [0036] FIG. 4 is a view showing a state of use of an embodiment of the present invention (2). FIG. 5 is a view showing a state of use of the second embodiment of the present invention (1). [0038] FIG. 6 is a view of the present invention. The second embodiment uses the state diagram (2) [0039] The seventh diagram: the third embodiment of the present invention uses the state diagram (1) [0040] The eighth diagram: the third embodiment of the present invention uses the state diagram (2) [0041] FIG. 9 is a view showing a state of use of the fourth embodiment of the present invention (1) [0042] FIG. 10 is a view showing a state of use of the fourth embodiment of the present invention (2) [Description of main component symbols] [0043] (1) Machining machine body (11) Rotating seat _-1 044 2 Tube shaft (13) Moving mechanism
表單編號A0101 導引座 （1 4 1 )引導空間 100120823 第12頁/共25頁 1002035227-0 201249561 [0046] ( 1 4 2 )導圓角 （1 [0047] ( 2 ) 彎曲裝置 （2 [0048] (22)模具座 （2 [0049] (24)第二輪模 （2 [0050] ( 3 ) 位移機構 （3 [0051] (32)螺桿 （3 [0052] (34) 旋轉動力源 （3 〇 [0053] (36)傳動帶 （3 [0054] ( 3 7 1 )滑轨 （3 [0055] ( 4 ) 條狀工件 4 3 )斜邊 1 ) 動力源 3) 第一輪模 5 ) 間隙 1 ) 螺孔 3 ) 從動輪 5 ) 主動輪 7) 滑動元件 7 2 )滑座 100120823 表單編號A0101 第13頁/共25頁 1002035227-0Form No. A0101 Guide (1 4 1 ) Guide Space 100120823 Page 12 / Total 25 Page 1002035227-0 201249561 [0046] ( 1 4 2 ) Guide fillet (1 [0047] ( 2 ) Bending device (2 [0048] (22) Mold base (2 [0049] (24) Second wheel mold (2 [0050] (3) Displacement mechanism (3 [0051] (32) Screw (3 [0052] (34) Rotary power source (3 〇[0053] (36) Transmission belt (3 [0054] (3 7 1) slide rail (3 [0055] (4) strip workpiece 4 3 ) oblique side 1) Power source 3) First wheel mold 5) Clearance 1 Screw hole 3) Drive wheel 5) Drive wheel 7) Slide element 7 2) Slider 100120823 Form No. A0101 Page 13 / Total 25 Page 1002035227-0