TWM265133U - Press-bending type tube bender - Google Patents

Press-bending type tube bender Download PDF

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Publication number
TWM265133U
TWM265133U TW93218212U TW93218212U TWM265133U TW M265133 U TWM265133 U TW M265133U TW 93218212 U TW93218212 U TW 93218212U TW 93218212 U TW93218212 U TW 93218212U TW M265133 U TWM265133 U TW M265133U
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TW
Taiwan
Prior art keywords
pipe
bending
base
guide
seat
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TW93218212U
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Chinese (zh)
Inventor
Bing-Kuen Hu
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Ying Lin Machine Ind Co Ltd
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Priority to TW93218212U priority Critical patent/TWM265133U/en
Publication of TWM265133U publication Critical patent/TWM265133U/en

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Description

M265133 八、新型說明: 【新型所屬之技術領域】 本創作係關於一種壓彎式彎管機,尤指一種以壓彎手 段進打管件彎曲加工用以避免管件變形之彎管機結構設 計。 L兀刖技術】 彎管機是應用管件彎曲加工時常用的機具,目前習用 =彎官機概有拉彎式彎管機及推彎式彎管機兩種,其中拉 今式彎官主要係於一具有控制裝置的機台上裴設一组可产 ㈣動的管件推送裝置,另於機台—端裝設一組: ”:官裝置’藉此’當該彎管機進行管件彎曲加工時, I將=曲加工的管件一端固設於管件推送裝置的夾持器 令管二二管裝置’之後,藉由控制裝置 —、裝置將官件依設定的推送速度推至彎管裝置 处’復由控制裝置令彎管裝 义 擎手段並配合導模器,而將管”曲動:件帶動偏以拉 5、+、t w g件 <曲成預定的形狀。 别述之拉t式皆管機中進行管件 件推送裝置將管件朝f管裳 …r因令管 裝置的輪組予以夹持,續由f管裝置定處,為'管 件,再由曲手組件拉著管件抵靠住導模組件央持住管 此一拉f加工方式’因在拉 、=丁幫·曲加工, 變形,導致彎管後的成品 "“牛易產生央傷和 貝+佳之奶g 至於推彎式彎管機,其主要係於_ 。 台上裝設-組可沿機台橫向移」4有控制裝置的機 g件推送裝置,該管件 M265133M265133 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a tube bender, especially a tube bender structure designed to bend the tube by bending the tube to avoid deformation of the tube. L Vulture Technology] Pipe bender is a common tool used in the bending of pipe fittings. At present, there are two types of bending machine: pull-bend pipe bender and push-bend pipe bender. On a machine with a control device, a set of movable pipe pushing devices is set up, and another set is installed on the machine-end: "The official device" Take this "when the pipe bending machine performs pipe bending processing At the time, I will fix one end of the curved pipe to the holder of the pipe pushing device, and then push the official piece to the pipe bending device at the set pushing speed by the control device. The "controlling device" bends the pipe to install the means and cooperate with the mold guide to bend the pipe ": the part is driven to pull 5, +, and the twg part < bends into a predetermined shape. In other words, the pipe pushing device is used to pull the pipe toward the f pipe skirt in the t-type pipe machine. The pipe is clamped by the wheel set of the pipe device. The component pulls the tube against the guide mold component and holds the tube. This method of processing is due to the deformation of the tube during the drawing and bending process, which results in the finished product after bending the tube. Bei + Jiazhi milk g As for the push-bend pipe bender, it is mainly attached to the _. Installed on the table-the group can be moved horizontally along the machine "4 machine pusher with control device, the pipe fitting M265133

推送裝置上並附加有—、M 組推彎式彎管裝置,葬 "另於機台一端裝設一 ^ ^ 9此’當該彎管機進行管株增# 時,先將待彎曲加工的 仃s件与·曲加工 &件一端固設於管件推详骷 持器:,管件另端朝向推f(f管裝置,之== 裝置先令管件推送裝置 精由技制 #著卢,1 i g件依設定的推送速度推至彎管 裝置處,復由控制裝置令 < 吕 考吕裝置的驅動組件帶叙戀播口。 移相對於導模H之財彳$ ^動賴益 处’再由附加於管件推送梦 輔推裝置提供較大推力蔣 、置上的 #導模…二 件推向彎模器,進而藉由弯模 彎曲成預定的形狀。W的側向推抵導引作用,使管件 惟,前述推彎式弯管機進行管件料加工時,雖可利 用推壓手段改善前述拉彎管 弓&仟易變形之缺點,但是,推 彎式考官裝置於進行;I; #冑 T &忏考曲加工時,因管件未確實完全 貼合於導模器的輪模上,造 、 偶上 k成官件彎曲成形後之尺寸不易 控制,使管件彎曲後成σ 〇 〇 弓两佼灸成叩仍有品質不佳之缺點 【新型内容】 a本創作之主要目的在於提供一種壓彎式彎管機,希藉 此“肖以改善習用拉彎式或推壓式彎管機彎曲加工後 之管件成品易變形、品質不佳之缺點。 ^達成前揭目的,本創作所提出之技術手段係令壓彎 式彎管機主要係於一具有控制裝置的機台上設置管件推送 裝置,側端組設於壓彎式彎管裝置,該壓彎式彎管裝置主 要包括有一組設於機台邊的基座組、以及裝設於基座組上 的f件導引組及壓彎驅動組件,該管件導引組具有支撐管 M265133 件之導引座,壓f驅動組件包括有定位的導模輪以及 驅動旋轉的塵彎輪’藉此’使該彎管機以管件推送裝:破 !件推送至機台另端刪式彎管裝置處被夹持後,: 官件提供推力,由壓彎式ff裝置以其㈣驅動组件— 彎輪直接對管件施予側向壓彎作用,並與導模 = 合’進行管件彎曲加工。 配 本創作以前揭技術方案之設計,相較於習用拉 推·彎式弯管機,其特點在於:本創㈣管機主㈣ 利用管件推送裝置將管件推送至機台另端的"式弯管步 置處被央持後,不對管件提供推力’另由堡蠻式贊管裝置 二其㈣器提供側向壓力施加於管件,並與導模器相^ :’,’考模器受控旋轉的過程中直接麼抵管件確實貼合於 模益與弯模器之間f曲成預定形狀,且管件成形後的尺 寸較為準確’確保管件弯曲後的成品品質良好,改盖習用 拉彎式及推f式弯管機彎曲管件加工時易產生變形之缺 點0 另,本創作彎管機係直接利用壓彎式彎管裝置提供 向壓力進行管件彎曲加工,其管件推送裝置於管件彎曲作 :時’:受控不對管件提供推力,故無需如f用推彎式弯 S機於g件推达裝置中附加輔助裝置,故相對於習用推彎 式4管機具有降低成本之功用。 【實施方式】 有關本創作壓彎式f管機之具體實施例,請配合參閱 M265133 第-〜三圖所示,其 示)的機台(i 有—組具有控制裝置(圖未 壓彎式彎管裝置 、、且Β件推送裝置(2 0 )及-組 v ^ 0),其中: 該機台(10)上且右. 兮总肢拖 上/、有—組軌道(1 1 )。 忒β件推送裝置 道(丄丄)μ υ )係裝設於機台(1 0 )的執 」上’其主且士 的移動座(2 1 )活動組設於軌道(1 1 )上 制裝置以夾持及釋::多動座(2 1 ) -端具有受控於控 1)±另設有 Α^(22),於移動座(2 1)沿軌道(11器(23) ’用以帶動移動座(2 圖之馬達、連接動,前述推送驅動器(2 3 )可如 齒條組合,或可為油麼缸,咬可為上千订軌道之 動座上的螺接塊……:為馬達結合螺桿與設於移 該壓D 其它等效之機構設計等。 端,其“:Π (έ30)係裝設於機台(10) - 2 )以及一严"土座組(3 1 )、-管件導引組(3 墼彎驅動組件(3 3 ),其中: 該基座組(3 1 )可為 ’ 前後移動夕^ 式升降式或兼具升降及 可移動式機構,以圖式^ ^ 動放其# z _八了升降及則後移動之移 勤式基座組(3丄)為例,其 機台(】 要八有一縱向活動組設於 同側相對於第…… 丄)’於機台(10) (31,, (°11)側邊設有一連接第-基座 於控制梦番田 、α禾㈠,该升降驅動器受控 制衣置用以帶動第一基座(311)升降調整位置, M265133 二基座(3 1 2 ) 的橫移驅動器(圖 用以帶動第二基座 該第一基座(3 1 1 )側面活動組設第 以及固接一組連接第二基座(3 ^ 2) 未示),該橫移驅動器受控於控制裝置 (3 1 2)調整前後方向之位置。 不一签庄 (312)上的導引座(3 2 2 ),該導引座上(3 2 2 ) 可樞設-個(含)以上輔助輪(322),於第—〜二圖 所示實施例中,該導引座(3 2 2 )才區設有多個相併列的 輔助輪(3 2 2 ),或者,該管件導引組(3 2 )亦可如 第九圖所示之實施例,其導引座(3 2 2 )為側邊形成對 應管件半部形狀的管件匹配凹部( 3 2 4 ),與前述之輔 助輪( 3 2 2 )同樣具備輔助支撐管件(4〇 該屢f驅動組件(3 3 )係組設於第二 側端位於管件導引組(32)側邊處,其包括有 ) 第二基座(3 1 2 )側端且右民、去从 於 該旋轉驅動器⑴:旋轉驅動器(33", …2)動力輸出端連接-旋轉座 (轉座(3 3 2 )上組設-具有麼,輪(3 3 4 )的’指座(3 3 3 ),使該旋轉 上的彎模座(333)可為旋轉驅 乂及: 轉,且該旋轉驅動器(3 3 ▼動旋 動力輸出端上方相#古一 個(含)以上之導模輪(3 3 '' 個同軸心上下排列的導模輪(’於本實施例中具有數 34)及輔助輪(3 2 2 )^ ),前述之廢彎輪(3 22)係位於彎管路徑相同之-侧, M265133 導模輪(3 3 5 )則位於彎管路經之另側。 如第四圖所示,前述之旋轉驅動器(3 3工)包括設 於第二基座(3 1 2 )側端的馬4 ( 3 3丄丄)以及連接 馬達(3 3 1 1 )心、軸與旋轉座(3 3 2 )枢轉心軸間之 傳動組件(3312),該傳動組件(331)可為拖設 於第-基座(3 1 2)中之接續傳動#,連接接續傳動轴 與馬達(3 3 1 i )心軸之皮帶輪组,以及連接接續傳動 轴與㈣座(3 3 2 )樞轉心轴之層列式鏈輪組之組合, 藉以提供旋轉座(3 3 2 ) &其上壓彎輪(3 3 4 )較稞 定的大旋轉扭力。 前述之管件導引組(32)可活動組設於第二基座(3 12)上,並於第二基座(312)上裝設一油屢红(3 2 3 )或其它等效的構件連接管件導引組(3 2 )的導引 座(3 2 2 )’用以調整管件導引組(3 2 )的前後位置; 前述彎模座(3 3 3 )可活動組設於旋轉座(3 3 2 )上, 並於旋轉座(3 3 2 )上裝設一油壓紅(3 3 6 )或其它 專效的構件連接彎模座(3 3 3 ),用以調整彎 3 3 )的位置。 本創作該壓弯式彎管機於管件.彎曲加工時,如第一圖 所示’係以位於機台(i 〇)啟始位置的管件推送裝置(; 〇 )的夾持器(2 2 )夾持待彎曲加工的管件(4 〇 )— 端’另端朝向壓彎式彎管裝置(3〇),其次,如第五至 八圖所示’由機台(1 0) ±的控制裝置令管件推送褒置 M265133 (2 Ο )的推送驅動器(2 3 )推動移動座(2 1 )將管 件(4 0 )推送至壓彎式彎管裝置(3 0 )預定位置,為 輔助輪(322)、壓彎輪(334)及導模輪(335) 予以夾持,此時,管件推送裝置(2 〇 )受控暫時不對管 件(4 0 )提供推力’另由旋轉驅動器(3 3 1 )驅動壓 彎輪(3 3 4 )提供側向壓力抵壓住管件(4 〇 ),並與 導模輪(3 3 5 )相對配合下,壓抵著管件(4 〇 )進行 彎曲加工’藉此,利用壓彎輪(3 3 4 )受控旋轉的過程 中直接壓抵管件(4 0 )彎曲成預定形狀,並使管件(4 0)確實貼合於導模輪(3 3 5)與壓彎輪(3 34)之 間彎曲成預定形狀,使管件(4 〇 )成形後的尺寸較為準 確,同時利用該壓彎式彎管裝置(3 〇 )直接對管件(4 0 )預定f曲部位提供側向壓力進行彎曲加工,可令其作 用力集中於官件(4〇)預定彎曲部位,確保管件(4〇) 彎曲後的成品品質良好。 綜上所述,本創作以其創新的技術方案確可提供一項 較習用拉彎式及推彎式彎管機更具好用、實用效果之彎管 機具,故本創作符合新型專利要件,爰依法具文提出申請。 【圖式簡單說明】 @ 第一圖係本創作壓彎式彎管機實施例之立體外觀示音 圖° 第二圖係本創作壓彎式彎管機實施例中之壓彎式彎管 裝置立體示意圖。 M265133 第三圖係本創作壓彎式彎營 圖。 “機實施例之側視平面示意 第四圖:本創㈣機實施例之仰視立體示意 第五〜八圖係本創作㈣式Μ機實施例進行管件f 曲加工時之操作示意圖。 第九圖係本創作壓彎式彎管機另一 一 '乃貫靶例之俯視平面 示意圖。 (3 (3 (3 (3 【主要元件符號說明】 (1 0)機台 (2 〇)管件推送裝置 (2 2 )夾持器 (3 〇 )壓彎式彎管裝置 (3 1 1 )第一基座 (3 2 )管件導引組 (3 2 2 )輔助輪 (3 2 4 )管件匹配凹部 (3 3 )壓彎驅動組件 (3 3 1 1 )馬達 (332)旋轉座 (3 3 4 )壓彎輪 (3 3 6 )油壓缸 (4 〇 )管件 (1 1 )轨道 (2 1 )移動座 (2 3 )推送驅動器 (31)基座組 (3 1 2 )第二基座 (3 2 1 )導引座 (3 2 3 )油壓缸 3 1 )旋轉驅動器 3 1 2 )傳動組件 3 3 )彎模座 3 5 )導模輪 11The pushing device is also attached with a group of M-shaped push-bend pipe benders, and a "^^ 9" is installed at one end of the machine. When the pipe bender performs pipe plant increase #, it will be processed first.件 件 件 and · 曲 加工 & piece is fixed at one end of the pipe fitting detail holder: the other end of the fitting is pushed toward f (f pipe device, of == device shilling pipe pushing device fine by technology # 着 卢1 ig pieces are pushed to the pipe bending device according to the set pushing speed, and the driving device of the control device < Lükalü device is equipped with a narrative broadcasting port. 'Then, the auxiliary guide device that is attached to the pipe to push the dream provides a large thrust. Jiang, put the #guide die ... The two pieces are pushed to the die bender, and then bent by the bend die into a predetermined shape. The lateral push of W resists Induced effect, make the pipe fittings. Although the aforementioned push-bend pipe bender is used for processing pipe materials, the push-bend bow can be used to improve the shortcomings of the bend-bend bow & 仟 easy to deform, but the push-bend examiner device is in progress; I; # 胄 T & 忏 Kouqu processing, because the pipe fitting does not completely fit on the wheel mold of the mold guide, 2. The size of the k-shaped official parts after bending is difficult to control, so that the pipe parts become σ 〇〇〇 bow and two moxibustions still have poor quality. [New content] a The main purpose of this creation is to provide a bending I hope to use this method to improve the shortcomings of the finished pipe fittings that are easily deformed and of poor quality after bending processing using conventional pull-bend or push-bend pipe benders. ^ To achieve the purpose of the previous disclosure, the technical means proposed in this creation The pipe bending machine is mainly connected with a pipe pushing device on a machine with a control device. The side ends are arranged in the pipe bending machine. The pipe bending machine mainly includes a group of machines installed in the machine. The base set on the table, and the f-piece guide set and the bending drive assembly installed on the base set. The tube guide set has a guide seat supporting the M265133 piece. The f-press drive assembly includes a positioning unit. The die guide wheel and the dust bending wheel driving the rotation 'take this' to push the pipe bender to install the pipe fittings: broken! The pieces are pushed to the delete pipe bender at the other end of the machine after being clamped: The official parts provide thrust, Driven by a press-bending ff device -The bending wheel directly applies lateral bending to the pipe, and bends the pipe with the guide mold. With the design of the technical solution previously disclosed, compared with the conventional push-pull and bend pipe bender, The characteristic is that the main pipe-making machine of this invention uses a pipe-pushing device to push the pipe to the other end of the machine. The "type pipe bend stepping place" is held by the central and does not provide thrust to the pipe. The device provides lateral pressure to be applied to the pipe, and it is related to the mold guide ^: ',' During the controlled rotation of the mold tester, does the pipe fit directly between the mold and the mold bender? Shape, and the size of the pipe after forming is more accurate 'ensure that the quality of the finished product after the pipe is bent is good, and the disadvantages of deformation that are easy to be produced when the pipe is bent when changing to a conventional bend and push type pipe bender 0 Also, this creative pipe bender The pipe bending process is directly provided by the pressure-bending pipe bending device to provide pressure to the pipe. The pipe pushing device is used when the pipe is bent: when ': controlled and does not provide thrust to the pipe, so there is no need to use a push-bending S machine on g pieces. Additional auxiliary It has the function of reducing cost compared with the conventional push-bend 4-pipe machine. [Implementation] For the specific embodiment of the press-bending type f-tube machine, please refer to the table of M265133 (see the third and third figures, which shows). The pipe bending device, and the B-piece pushing device (2 0) and-group v ^ 0), wherein: the machine (10) is on the right and the right side. The total limb is dragged on /, and there is a group of tracks (1 1).忒 β piece pushing device road (丄 丄) μ υ) is installed on the holder of the machine (1 0) ', and its mobile base (2 1) of the master and taxi is set on the track (1 1). The device is clamped and released :: multi-action seat (2 1)-the end has a controlled 1) ± another Α ^ (22), and the mobile seat (2 1) along the track (11 device (23) ' It is used to drive the moving seat (motor and connection of Figure 2). The aforementioned push drive (2 3) can be combined as a rack or an oil cylinder, and it can be screwed on the moving seat of thousands of tracks ... …: Designed for combining the motor with the screw and other equivalent mechanisms provided at the pressure D. At the end, its “: Π (έ30) is installed on the machine (10)-2) and a strict " earth group (3 1), -Pipe fitting guide group (3 The driving assembly (3 3), wherein: the base group (3 1) can be a 'forward and backward movement ^ type lifting type or a combination of lifting and movable mechanism, with a drawing ^ ^ 动 放 其 # z _ 八 了As an example, the mobile base unit (3 丄) for elevating and then moving, its machine () should have a longitudinal activity group located on the same side with respect to the …… ... 丄) 'on the machine (10) (31 ,, (° 11) There is a side connected to the first base to control Mengfantian and Alpha Wo. This lift drive is controlled to drive the first base (311) to adjust the lifting position. M265133 two bases ( 3 1 2) traverse drive (the picture is used to drive the second base, the first base (3 1 1), the side movable set of the first base and a fixed connection to the second base (3 ^ 2) not shown) The traverse drive is controlled by the control device (3 1 2) to adjust the position in the front-rear direction. The guide seat (3 2 2) on the different sign (312) can be adjusted on the guide seat (3 2 2). One or more auxiliary wheels (322) are pivotally provided. In the embodiment shown in the first to second figures, the guide seat (3 2 2) is provided with a plurality of side-by-side auxiliary wheels (3 2 2). ), Or, the The pipe guide group (3 2) can also be the embodiment shown in the ninth figure, and its guide seat (3 2 2) is a pipe fitting matching recess (3 2 4) formed on the side to correspond to the shape of the pipe half. The auxiliary wheel (3 2 2) is also provided with auxiliary supporting pipe fittings (40. The repeated drive assembly (3 3) is set at the second side end at the side of the pipe guide group (32), which includes). The two bases (3 1 2) are at the side and right side, and go from the rotary drive ⑴: Rotary drive (33 ",… 2) Power output end connection-Rotary base (set on the rotary base (3 3 2)- Do you have a 'finger seat' (3 3 3) of the wheel (3 3 4), so that the bending die seat (333) on the rotation can be driven by rotation and: rotation, and the rotation driver (3 3 ▼ dynamic power Above the output end, there are more than one (including) more guide die wheels (3 3 '' coaxial die guide wheels ('34 in this embodiment) and auxiliary wheels (3 2 2) ^) The aforementioned waste bending wheel (3 22) is located on the same side of the curved pipe path, and the M265133 guide die wheel (3 3 5) is located on the other side of the curved pipe passage. As shown in the fourth figure, the aforementioned rotary actuator (3 3 workers) includes a horse 4 (3 3 丄 丄) provided at the side end of the second base (3 1 2), and a core and shaft connected to the motor (3 3 1 1). A transmission assembly (3312) between the rotating mandrel and the rotating seat (3 3 2), the transmission assembly (331) can be a continuous transmission # dragged in the-base (3 1 2) to connect the continuous transmission shaft A combination of a pulley set with a motor (3 3 1 i) mandrel, and a tiered sprocket set connecting the connecting drive shaft with the slewing (3 3 2) pivot mandrel, thereby providing a rotating seat (3 3 2) & The upper bending wheel (3 3 4) has a relatively large rotating torque. The aforementioned pipe guide group (32) can be movably set on the second base (3 12), and a second oil base (312 2) or other equivalent is installed on the second base (312). The guide seat (3 2 2) 'of the component connection pipe guide group (3 2)' is used to adjust the front and rear positions of the pipe guide group (3 2); the aforementioned bending die seat (3 3 3) can be movably set to rotate A base (3 3 2), and an oil pressure red (3 3 6) or other special component is connected to the bending die base (3 3 3) on the rotating base (3 3 2) to adjust the bend 3 3) the location. This press bending pipe bending machine is used for pipe fittings. During the bending process, as shown in the first figure, it is a holder (2 2) of a pipe pushing device (; 〇) located at the starting position of the machine (i 〇). ) Clamp the pipe to be bent (40)-the end 'the other end faces the pressure bending pipe bending device (30), and then, as shown in Figures 5 to 8,' is controlled by the machine (1 0) ± The device makes the tube pusher set a push driver (2 3) of the M265133 (2 0) to push the moving seat (2 1) to push the tube (40) to a predetermined position of the pressure-bending type tube bender (30), and is an auxiliary wheel ( 322), the bending wheel (334) and the guide wheel (335) are clamped. At this time, the pipe fitting pushing device (20) is controlled to temporarily not provide thrust to the pipe fitting (40). Another rotation drive (3 3 1 ) Drive the bending wheel (3 3 4) to provide lateral pressure against the pipe (4 0), and in cooperation with the die wheel (3 3 5), press against the pipe (4 0) for bending processing. Therefore, during the controlled rotation of the bending wheel (3 3 4), the pipe member (40) is directly pressed against the pipe member (40) to be bent into a predetermined shape, and the pipe member (40) is firmly attached to the guide die wheel ( 3 3 5) is bent into a predetermined shape with the bending wheel (3 34), so that the size of the pipe fitting (4 〇) is more accurate. At the same time, the bending pipe bending device (3 〇) is used to directly 0) The predetermined f-curved part is provided with lateral pressure for bending processing, so that its force can be concentrated on the predetermined bending part of the official part (40), and the quality of the finished product after the pipe (4) is bent is ensured. In summary, this creation with its innovative technical solution can indeed provide a pipe bending machine that is more useful and practical than the conventional draw-bend and push-bend pipe benders. Therefore, this creation complies with the new patent requirements.提出 Filed in accordance with the law. [Schematic description] @ The first picture is a three-dimensional appearance sound diagram of the embodiment of the creative bending pipe bending machine ° The second picture is the bending pipe bending device in the embodiment of the creative bending pipe bending machine Stereo schematic. The third picture of M265133 is the bent-bent camp picture. "The side view of the machine embodiment is schematically shown in the fourth figure: the bottom view of the present invention is a three-dimensional view of the embodiment of the machine. The fifth to eight diagrams are the operation of the creative type M machine embodiment when the pipe is f. This is another schematic plan view of the target case of the bending pipe bending machine of this creation. (3 (3 (3 (3 [Description of the main component symbols] (1 0) machine (2 〇) pipe pushing device ( 2 2) Holder (3 〇) Press-bend pipe bending device (3 1 1) First base (3 2) Pipe guide group (3 2 2) Auxiliary wheel (3 2 4) Pipe fitting matching recess (3 3) Bending drive assembly (3 3 1 1) Motor (332) Rotating seat (3 3 4) Bending wheel (3 3 6) Hydraulic cylinder (4 〇) Pipe fittings (1 1) Track (2 1) Moving seat (2 3) Push driver (31) Base group (3 1 2) Second base (3 2 1) Guide base (3 2 3) Hydraulic cylinder 3 1) Rotary driver 3 1 2) Transmission assembly 3 3 ) Bend mold base 3 5) Die guide wheel 11

Claims (1)

M265133 九、申請專利範圍: 1 · -種Μ式管機,其主要包括有—具有控制裝 置的機D 管件推送裝置及一壓彎式彎管裝置,其中. 該管件推送裝置係裝設於機台預設的軌道上,其主要 具:-活動組設於機台軌道上的移動座,該移動座二端具 2受控於控制裝置用以夾持及釋放f件之夹持器,且連接 "又於機口上用以推動移動座的推送驅動器; 該m彎管裝置係裝設於機台一端,其主要包括有 一基座組、以及裝設於基座組上的管件導引組及壓彎驅動 件”亥吕件導引組包括一組設於移動基座上支標導 件的導引座; 该壓背驅動組件係組設於基座組側端位於管件導引組 側,處^其包括有一組設於基座組側端具有馬達的旋轉驅 動-心轉驅動器上端的動力輸出端連接—旋轉座,該 轉座上、、且„又I有壓彎輪的彎模座,使該旋轉座及其上 的座可為旋轉驅動器帶動旋轉,且該旋轉驅動器動力 /山方、、且°又有一個(含)以上之導模輪,該壓彎輪及 導引座位於彎管路徑相同-側,導模輪位於彎管路徑之另 側; 猎此,使該彎管機以管件推送裝置將管件推送至機台 另端,壓彎式彎管袭置處被央持,不對管件提供推力,復 由壓弓式号官裝置以其壓f驅動組件經壓彎輪直接施以側 向壓彎作用,並與導模器相互配合,進行管件彎曲加工者。 12 M265133 2 ·如申請專利範圍第 中該基座組主要具有一縱向 座’於機台同側相對於第一 的升降驅動器,該升降驅動 一基座升降調整位置,該第 以及固接一組連接第二基座 受控於控制裝置用以帶動第 该官件導引組設於第二基座 座側邊。 1項所述之壓彎式彎管機,其 活動組設於機台側端之第一基 基座側邊設有一連接第一基座 器受控於控制裝置用以帶動第 一基座側面活動組設第二基座 的橫移驅動器,該橫移驅動器 一基座調整前後方向之位置, 上,壓彎驅動組件設於第二基 3如申凊專利範圍第2項所述之壓彎式彎管機,其 中孩s件導引組活動組設於第二基座上,並於第二基座上 裝X /由壓缸連接管件導引組的導引座,用以調整管件導引 組的位置。 4如申凊專利範圍第1、2或3項所述之壓彎式彎 s機其中该官件導引組之導引座樞設一個(含)以上輔 助輪。 5如申晴專利範圍第1、2或3項所述之壓彎式彎 冰 〃中°亥$件導引組之導引座側邊形成對應管件半部 升y狀的管件匹配凹部。 卜6如申睛專利範圍第1、2或3項所述之壓彎式彎 管機,其中与Γ .戀抬+、 、T A 5模座活動組設於旋轉座上,並於旋轉座上 ^ °又油壓缸連接彎模座,用以調整彎模座的位置。 13M265133 IX. The scope of patent application: 1 ·-M-type pipe machine, which mainly includes-the machine with a control device D pipe pushing device and a pressure bending pipe bending device, of which the pipe pushing device is installed on the machine On the preset track of the platform, the main components are:-a movable seat on the machine track, the two ends of the movable seat 2 are controlled by the control device for holding and releasing the holder of the f piece, and Connected to the push port on the machine port to push the mobile seat; The m-bend device is installed at one end of the machine, which mainly includes a base group and a pipe guide group installed on the base group And press-bending drive parts "Hairy piece guide group includes a set of guide seats for supporting guides on the moving base; the back-pressure drive assembly is set at the side of the base group and is located at the side of the pipe guide group It consists of a set of rotary drives with motors located on the side of the base group-the power output end connection of the upper end of the cardiac drive-a swivel seat, and the swivel die on the swivel seat has a bending wheel Seat, so that the rotary seat and the seat above can be driven by a rotary driver Turn, and the rotary drive power / mountain side, and there is more than one (including) guide die wheel, the press bending wheel and the guide seat are located on the same side of the pipe bend path, and the die guide wheel is located on the bend pipe path On the other side, hunt this, so that the pipe bender pushes the pipe to the other end of the machine with the pipe pushing device. The press-bend pipe bending place is centrally held, and does not provide thrust to the pipe. The pressing f driving component directly exerts the lateral bending action through the bending wheel, and cooperates with the mold guide to perform pipe bending processing. 12 M265133 2 · According to the scope of the patent application, the base group mainly has a longitudinal seat, which is on the same side of the machine as the first lift driver, which drives a base to adjust the lift position, and the first and fixed groups The connection to the second base is controlled by the control device for driving the first official component guide group to be disposed on the side of the second base seat. The press-bending type pipe bender according to item 1, wherein the movable group is arranged on the side of the first base base of the machine side, and a first base is connected to the control device to control the side of the first base. The movable assembly is provided with a traverse drive of the second base, and the traverse drive has a pedestal to adjust the position of the front-back direction, and the press-bending drive assembly is set on the second base 3 as described in item 2 of the patent application scope Type pipe bending machine, in which the children's piece guide group activity group is set on the second base, and the second base is equipped with an X / guide base of the tube guide group connected by the pressure cylinder to adjust the pipe guide The position of the leader group. 4 The press-bending type bending machine as described in item 1, 2, or 3 of the patent scope of the application, wherein the guide seat of the official component guide group is provided with one or more auxiliary wheels. 5 According to Shen Qing's patent scope No. 1, 2 or 3, the pressure-bending type bends the side of the guide seat of the guide set of the piece to form a pipe fitting matching recess corresponding to the half of the pipe ascending. [6] The pressure-bending type pipe bender described in item 1, 2, or 3 of the patent scope of Shenyan, wherein the movable sets of mold bases with Γ, Lian +,, and TA 5 are set on the rotary base, and on the rotary base. ^ ° The hydraulic cylinder is connected to the bending die seat to adjust the position of the bending die seat. 13
TW93218212U 2004-11-15 2004-11-15 Press-bending type tube bender TWM265133U (en)

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Application Number Priority Date Filing Date Title
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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI425989B (en) * 2010-03-05 2014-02-11
TWI498175B (en) * 2012-07-13 2015-09-01
CN108080453A (en) * 2016-11-21 2018-05-29 浙江长兴和良智能装备有限公司 CNC tube bending machine
TWI685393B (en) * 2019-01-11 2020-02-21 喬陞機器股份有限公司 Tube end clamping apparatus

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI425989B (en) * 2010-03-05 2014-02-11
TWI498175B (en) * 2012-07-13 2015-09-01
CN108080453A (en) * 2016-11-21 2018-05-29 浙江长兴和良智能装备有限公司 CNC tube bending machine
TWI685393B (en) * 2019-01-11 2020-02-21 喬陞機器股份有限公司 Tube end clamping apparatus

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