201103662 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種多功能形材彎曲機構，用於加工一管 =並且特別地’本發明係關於—種能彎曲管材以及扭曲 吕材的多功能形材彎曲機構，其可精確料或扭曲管材之 弧度以及角度，進而形成多種形狀之管材。201103662 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a multi-function profile bending mechanism for processing a tube = and in particular, the invention relates to a bendable tube and a twisted material. The multi-functional shape bending mechanism can accurately or twist the curvature and angle of the pipe to form pipes of various shapes.
【先前技術】 彎管機是管件彎A加工時常用的機具，目前市面上有各 種不同功效訴求之彎管機，例如中華民國專利公告第i24迎 號『彎管機之雙向彎管裝置』，其揭露—種彎管機之雙向弯管 裝置，主要係彎管機機台側端設置—第—基座，該第一美座 :為橫向鶴組件’義水平垂向於管件軸軸向位移:該 第一基座之侧邊設置一可為升降驅動裝置驅動升降之第二基 第二基座侧邊的固定座上設置由旋轉驅動組件帶動^ 平方向旋轉的旋轉基座’於旋轉基座兩端各設—加工組 件0 、 管龍除了具有雙向f管功科，更可於蠻 ;件#。其二_管加工組件被旋移置管件軸向一側’擴 向的活動空間，有效降低管件贊曲加工時之 干"及阻礙，提—管機管件彎曲加卫的翻範圍。 再如中華民國專利公告第而2597號『 用之弯管機』，1揭露—舰*雒〃有雙向^吕功 -德〜h 種具有雙向者官功用之彎管機，包括 ’σ X於機台上之管件推送裝置、位置驅動裝置及雙 201103662 向.f管裝置，該機㈣以其頂座提供管件推送裝置設於其 ^ 以夾持推送管件，該位置驅動裝置係裝設於機台上，、 "藉橫向魏組件及雅驅動組之組合，㈣改變管件相 台側端之雙向f管裝置位置，該雙㈣管裝置可藉 =疑轉方式使其___之料加工組件旋移置至管 件軸向-侧’藉此擴大管件欲f管方向的活動空間，有 =件彎曲加4之干涉及阻礙，提高彎管機管 的適用範圍。 ^，前料管機絲扭騎件的舰，若欲f曲以及 =曲管件，使由不同的機具進行加卫，在使用上並不便 利，且要花費更多的加工成本購買機具。 便J鑑ί二ίΓΓί Ξ於上述結構上於實際使用的不 藉由專業的知識以及經驗的辅助，在多及2並 明之多功能形材·彎曲機構，可同時具J彎曲二 ^的功能，期望改善現有習知f管裝置之 二 失，以及提升使用上的便利性。 、再呆乍上之缺 【發明内容】 彎 因此，本發明之一範峰 曲機構，用以加工一管材。 在於提供一種多功能形材 體H ΛΓ功能形材、弯曲機構包含一本 Ά轉結T -第-夾具以及n具。 -導槽。該旋轉結構設置於該導槽之1。 = 於該導槽鄰近處，㈣將該管材崎 201103662 一夾具设置於該旋轉結構之一侧，用以失持固定診总 合該旋轉結構彎曲該管材。其中該第一失且以柯亚配 係位於同-平面上。 ’、〜第二夾具 於實際應用中，本發明之多功能形材彎曲機構進一 包含一滑動座，可滑動地設置於該本體之一第一 ·、， ^ 凹槽，並且 該滑動座具有一第三夾具。此外，該旋轉結構進一步包含一 扭轉結構，用以配合該第三夾具扭轉該管材。其中 具以及該扭轉結構係位於同一軸心上。 於實際應用中，本發明之多功能形材彎曲機構進一步 包含-引導板以及-模…引導板設置於該本體上相對於^ 第一夾具之一第二凹槽内，該第二凹槽鄰近該導槽。此外， 該模心設置於刻導板上，且當辭咖定於料槽時，該 模心之-端容該管_，用峨止該料於加 變形。 相較於先前技術，本發明之多功能形材彎曲機構同時具 有彎曲管材以及扭曲管材的功能，藉由本發明之旋轉結構以 及扭轉結構的設計，可精確地彎曲或扭轉管材之弧度^及角 度，並且透過引導板以及模心的導引，管材之彎曲^位不會 產生皺摺或變形。此外，該等夾具可替換用以搭配各種 截面形狀之管材。 關於本發明之優點與精神可以藉由以下的創作詳述及 所附圖式得到進一步的暸解。 【實施方式】 201103662 本發明提供一種多功能形材彎曲機構，根據本發明 之右干具體實施例揭露如下。 請一併參見圖一、圖二、圖三以及圖四。圖一係繪 示根據本發明之一具體實施例之多功能形材彎曲機構1 的立體圖；圖二係繪示根據本發明之多功能形材贊曲機 構1的爆炸圖；圖三係繒·示根據本發明之多功能形材彎 曲機構1彎曲一管材3的示意圖。而圖四則係繪示根據 本發明之多功能形材彎曲機構1扭曲一管材3的示意 圖。 根據一具體實施例，本發明之多功能形材彎曲機構 1用於加工一管材3。如圖所示，該多功能形材彎曲機構i 包含一本體10、一旋轉結構11、一第一夾具12、一第二爽 具13、一滑動座14、一引導板15以及一模心16。 進一步，該本體10包含一導槽1〇〇。該旋轉結構u設 置於該導槽100之一端。該第一夾具12設置於該導槽ι〇〇鄰 近處，用以將該管材3夾持固定於該導槽100中。該第二夾 具13設置於該旋轉結構u之一侧，用以夾持固定該營材3 並配合該旋轉結構11彎曲該管材3。其中該第一夹具12以 及該第二夾具13係位於同一平面上。 進一步’該滑動座14可滑動地設置於該本體1〇之一凹 槽102，其中該凹槽1〇2大體上與該導槽1〇〇垂直，並且讀 滑動座14具有一第三夹具14〇。此外，該旋轉結構π進」 步包含一扭轉結構110，用以配合該第三夾具14〇扭轉該管 材3。其中該第三夹具14〇以及該扭轉結構u係位於同一軸 201103662 心上0 進一步，該引導板15設置於該本體1〇上相對於該第一 夾具12之該導槽1〇〇内，而該模心16設置於該引導板b 上。當該管材3固定於該導槽I5時，該模心％之一端容置 於該管材3内’用雜止該管材3於加工擁巾變形。於實 際應用上’該模心Μ之材質為鐵氟龍，但不以此為限，目 在於防止管材3於彎曲加工時產生皺紋。[Prior Art] The pipe bending machine is a commonly used machine for the bending of the pipe fittings. At present, there are various bending machines for different functions, such as the Republic of China Patent Announcement No. i24, "Two-way pipe bending device for pipe bending machine", The invention discloses a bi-directional pipe bending device of a pipe bending machine, which is mainly provided with a side end of a pipe bending machine machine--the base, the first beauty seat: an axial displacement of the transverse crane component a side of the first base is provided with a rotating base that can be rotated by the rotary driving component to rotate the base on a fixed seat on which the second base of the second base can be driven to lift and lower by the lifting drive device. The two ends of the seat are set - the processing component 0, and the pipe dragon has a bidirectional f-tube function, and is more versatile; The second tube processing assembly is rotated to move the axial side of the pipe member to expand the movable space, which effectively reduces the dryness of the pipe fittings and the obstruction, and the pipe-turning and bending of the pipe fittings. Another example is the Republic of China Patent Bulletin No. 2597 "Used Bender", 1 exposes that the ship has two-way ^Lü Gong-de ~h kinds of benders with two-way official functions, including 'σ X Pipe fitting device, position driving device and double 201103662 to the .f pipe device on the machine table, the machine (4) is provided with a pipe pushing device provided by the top seat thereof to clamp the pushing pipe member, and the position driving device is installed on the machine On the stage, "by the combination of the horizontal Wei component and the ya drive group, (4) changing the position of the bidirectional f-tube device at the side end of the pipe phase table, the double (four) pipe device can be processed by the ___ The component is rotated to the axial side of the pipe member to thereby enlarge the movable space of the pipe member in the direction of the pipe, and the bending of the pipe member and the drying of the pipe 4 involve obstruction and increase the application range of the pipe bending machine pipe. ^, the ship with the front tube machine twisting the rider, if you want to f and = the curved pipe, so that it is not convenient to use, it will be more convenient to use, and it will cost more processing cost to purchase the machine. Therefore, the above-mentioned structure is practically used without the aid of professional knowledge and experience, and the multi-functional shape and bending mechanism of the two and the same can simultaneously have the function of J bending. It is desirable to improve the loss of the conventional conventional f-tube device and to improve the convenience of use. Therefore, the invention is a curved body mechanism for processing a pipe. The utility model provides a multifunctional material H ΛΓ functional material, and the bending mechanism comprises a Ά turn knot T-the first clamp and a n tool. - Guide groove. The rotating structure is disposed at 1 of the guiding groove. = in the vicinity of the guide groove, (4) a pipe clamp 201103662 is placed on one side of the rotating structure for the purpose of holding the fixed structure and bending the pipe. The first loss is in the same plane as the Koya system. In the actual application, the multi-function bending mechanism of the present invention further comprises a sliding seat slidably disposed on one of the first and second holes of the body, and the sliding seat has a The third fixture. Additionally, the rotating structure further includes a torsion structure for twisting the tube in cooperation with the third clamp. The torsion structure is located on the same axis. In a practical application, the multi-function bending mechanism of the present invention further comprises a guiding plate and a guiding plate disposed on the body with respect to a second groove of one of the first clamps, the second groove being adjacent to the second groove The guide groove. In addition, the mold core is disposed on the engraving guide plate, and when the word is set in the trough, the mold core end-ends the tube_ to stop the material from being deformed. Compared with the prior art, the multi-function bending mechanism of the present invention has the functions of bending the pipe and twisting the pipe at the same time, and the rotation structure and the twist structure of the invention can accurately bend or twist the curvature and angle of the pipe. And through the guiding plate and the guiding of the core, the bending position of the pipe does not cause wrinkles or deformation. In addition, these clamps can be used to replace tubing with a variety of cross-sectional shapes. The advantages and spirit of the present invention will be further understood from the following detailed description of the invention and the accompanying drawings. [Embodiment] 201103662 The present invention provides a multi-function profile bending mechanism, which is disclosed in the following preferred embodiment of the present invention. Please refer to Figure 1, Figure 2, Figure 3 and Figure 4. 1 is a perspective view of a multi-function profile bending mechanism 1 according to an embodiment of the present invention; FIG. 2 is an exploded view of the multi-function profile sing mechanism 1 according to the present invention; A schematic view showing the bending of a pipe 3 by the multi-function bending mechanism 1 according to the present invention. 4 is a schematic view showing the twisting of a pipe 3 by the multi-function bending mechanism 1 according to the present invention. According to a specific embodiment, the multi-function profile bending mechanism 1 of the present invention is used to process a pipe 3. As shown in the figure, the multi-function bending mechanism i includes a body 10, a rotating structure 11, a first jig 12, a second cooling device 13, a sliding seat 14, a guiding plate 15, and a core 16 . Further, the body 10 includes a guide groove 1〇〇. The rotating structure u is disposed at one end of the guide groove 100. The first clamp 12 is disposed adjacent to the guide groove ι to clamp and fix the pipe 3 in the guide groove 100. The second clamp 13 is disposed on one side of the rotating structure u for clamping and fixing the material 3 and bending the pipe 3 in cooperation with the rotating structure 11. The first jig 12 and the second jig 13 are located on the same plane. Further, the sliding seat 14 is slidably disposed on one of the grooves 102 of the body 1 , wherein the groove 1 2 is substantially perpendicular to the guiding groove 1 , and the reading sliding seat 14 has a third clamp 14 . Hey. In addition, the rotating structure π step includes a torsion structure 110 for twisting the tube 3 in cooperation with the third jig 14 . The third clamp 14 〇 and the torsion structure u are located on the same axis 201103662. Further, the guide plate 15 is disposed on the body 1 相对 relative to the guide slot 1 of the first clamp 12, and The core 16 is disposed on the guide plate b. When the pipe 3 is fixed to the guide groove I5, one end of the mold core is accommodated in the pipe 3, and the pipe 3 is deformed to deform the processed towel. In practical applications, the material of the mold core is Teflon, but it is not limited thereto, and the purpose is to prevent wrinkles of the pipe 3 during bending.
Λ ml參閱圖三，其係繪示根據本發明之多功能形材f 機構1，彎曲一管材3的示意圖。如圖所示，該管材3 ^-端置放於該引導板15上，以該第一夾具12爽 =^導槽對’並且該模心16容置於該f材3内； =材3之另一端置放於該旋轉結構u上，並且以第二 u夾持固定，進而搭配該旋轉結構㈣曲該管材3。 ^一步，該旋轉結構U可控制— 管材3至—目標角度，然而 曲該 為二二 的方式狀“過r 標角度’最直接 自動回彈至目物冑1㈣管材3會 曲機構1扭圖曲四根，本發明之多功能形材彎 之-端置放於該滑且二^〜該管材3 亚且以該第三夾具140夾 201103662 持固疋’該％*材3之另-端夾持固定於該扭轉結構ιι〇 =進-步’該旋轉結構11可控制—旋度，藉由轉動該 ㈣結構η，帶動該扭轉結構11G，進而扭轉該 設定角度。 於實際應用上’該滑魅14可滑絲設置贿本體1〇 之一凹槽1〇2 ’因此可適用不同長度之管材3。此外，藉由該 滑動座14之滑動調整，可在相同尺寸的管材3上產曰生= 同長度的扭轉結構。 这綜合上述，本發明之多功能形材考曲機構用於加工- B材’並且特別地’該多功能形材彎曲機構同時具有彎曲管 =以及扭曲管材的功能。藉由本發明之多功能形材彎 構，可射彎曲或扭曲管材之弧度以及角度，進而形成 多種形狀之管材。 相較於先前技術，本發明之多魏背f賴構同時且 有#曲皆材以及扭曲管材的魏，藉由本發明之旋轉結構以 及扭轉結構的設計，可精確崎曲或扭鮮材之弧度以 度，並且透過引導板以及模心的料，管材之彎曲部位不會 f生t摺或變形。此外，本發明之多功能形材彎曲機構的夾 八可替換，用以搭配各種不同截面形狀之管材。 =社健频實關之詳述，鱗望能更 描述本發明之特徵與精神，而並非以上述所揭露的較佳且 體實施例來對本發明之範4加以限制。相反地，1 :、 希望能涵Ϊ各種改變及具相雜的㈣於本發騎 之專利範圍的範疇内。因此，本發明所申請之專利矿上 201103662 範疇應該根據上述的說明作最寬廣的解釋，以致使其涵蓋 所有可能的改變以及具相等性的安排。 201103662 【圖式簡單說明】 圖一係繪示根據本發明之一具體實施例之多功能形 材彎曲機構的立體圖。 圖二係繪示根據本發明之一具體實施例之多功能形 材彎曲機構的爆炸圖。 圖三係繪示根據本發明之多功能形材彎曲機構彎曲 一管材的示意圖。 圖四係繪示根據本發明之多功能形材彎曲機構扭曲 一管材的示意圖。 【主要元件符號說明】 1 :多功能形材彎曲機構 10 :本體 11 :旋轉結構 12 :第一夾具 13 :第二夾具 14 :滑動座 15 :引導板 16 :模心 100 :導槽 102 :凹槽 140 :第三夾具 110 :扭轉結構 3 :管材Λ ml Referring to Figure 3, there is shown a schematic view of a multi-function profile f mechanism 1 according to the present invention for bending a tube 3. As shown in the figure, the 3 ^- end of the tube is placed on the guide plate 15 , and the first clamp 12 is cooled and the groove 16 is accommodated in the material 3; The other end is placed on the rotating structure u, and is fixed by the second u, and then the pipe 3 is bent with the rotating structure (4). ^ One step, the rotating structure U can be controlled - the pipe 3 to - the target angle, but the curve is the two-two way "over r target angle" the most direct automatic rebound to the object 胄 1 (four) pipe 3 meeting mechanism 1 twist map Four roots, the multi-shaped shape of the present invention is bent at the end and placed on the slide and the second pipe is clamped to the pipe 3 and the third clamp 140 is clamped to the 201103662. The other end of the %* material 3 The clamping structure is fixed to the torsion structure ιι〇=step-step'. The rotating structure 11 can control the rotation degree. By rotating the (four) structure η, the torsion structure 11G is driven to twist the set angle. Sliding charm 14 can be used to set the bristle body 1 凹槽 one groove 1 〇 2 ' Therefore, different lengths of the pipe 3 can be applied. In addition, by sliding adjustment of the sliding seat 14, the same size of the pipe 3 can be produced Raw = twist structure of the same length. In combination with the above, the multi-function profile test mechanism of the present invention is used for processing - B material 'and in particular 'the multi-function shape bending mechanism has both the bending tube = and the function of twisting the tube By bending the multi-functional shape of the present invention, the radiation can be bent Distorting the curvature and angle of the tube to form a tube of various shapes. Compared with the prior art, the multi-weiback structure of the present invention has both a curved material and a twisted tube, by the rotating structure and twist of the present invention. The design of the structure can accurately bend or bend the curvature of the fresh material, and through the guide plate and the material of the core, the bent portion of the pipe will not be folded or deformed. In addition, the multifunctional shape of the present invention is bent. The mechanism of the mechanism can be replaced with a tube of various cross-sectional shapes. The details of the social and physical control can further describe the features and spirit of the present invention, and are not preferred and disclosed in the above embodiments. The invention is limited to the scope of the invention. Conversely, it is intended to cover all kinds of changes and complicated (4) within the scope of the patent scope of the present invention. Therefore, the patent application of the invention is in the category of 201103662. It should be interpreted broadly according to the above description so that it covers all possible changes and arrangements of equality. 201103662 [Simplified illustration] Figure 1 shows the root Figure 2 is a perspective view of a multi-function bending mechanism according to an embodiment of the present invention. Figure 3 is an exploded view of a multi-function bending mechanism according to an embodiment of the present invention. FIG. 4 is a schematic view showing a twisting of a pipe by a multi-function bending mechanism according to the present invention. [Main component symbol description] 1 : Multi-function bending mechanism 10: body 11 : Rotating structure 12 : First jig 13 : Second jig 14 : Sliding seat 15 : Guide plate 16 : Mold 100 : Guide groove 102 : Groove 140 : Third jig 110 : Torsion structure 3 : Pipe