M272597 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種彎管機，尤指一種具有雙向彎管功 用的彎管機設計。 【先前技術】 彎管機是一種應用於管件彎曲加工時使用之機具，早 期之彎管機具有單向彎管功能，在實施不易滿足複雜形狀 之官件彎曲加工要求，故目前業者已開發出具有雙向 功能之彎管機。 目前已知具備雙向彎管功用之彎管機設計，概如美國 第 5,495,740 號「PIPE _GING MACHINE」或美國第 5，·，522 號「D0UBLE_HEAD pipE be_g _ 專利案所揭示者，其中·· 美國帛5’495’74。號專利案所揭示之·彎管機主要係於 -口側W置一雙向f管裝置，該雙向彎 受控於機台側端橫向位移的機座 ？、有-可 細杜n 压於機座兩側各設一彎營 、、 位於末端可受控旋轉的彎管加工頭，葬 彎管機可因應管件預定成形的猎此，使該 f罟， n & f要1㈣雙向彎營 、置^ U左向或右向管件彎曲加工。 美國第5,499,522號專利案所揭示 機台側端-側設置第- f管加工頭，另側J “要係於 橫向移動的第二弯管加工頭 凌设—可被驅動 件預定成形的形狀需要，利用二=管機可因應管 動至預定位置處施以左向或右向管件;曲^工 置帶動管件移 4 M272597 月u揭二彎管機雖以其雙向彎管 弯管機可因應管件欲彎曲加工的、置之機構設計，使該 雙向彎曲加工功能，然而其中美國第要5::左彎及右彎之 所揭示之雙向彎管裝置中，因係：機;，495,74"虎彎管機 管組件’與機座末端之可旋料管力座兩側各組設-組彎 加丁如… 弓g加工頭之組合進合彎管 加工，在管件的彎曲加 彎，其彎曲的方向必然會有一”：：：無論是左彎或右 管件可彎曲加工的活動空間受限：；：件予：：礙，造成 工的適用範圍小。 干涉，而使其可彎曲加 至於美國第5,499,522號專利# ^ ^ ^ 動橫向移動的彎管加工^ 案弓^ ’因係、可被驅 行彎曲Λ 貞直接拉動管件移向左御j或右側進 之：二=向彎管裝置於機台上有體積過於魔大 行程 I鈿％ ’於左右方向彎管變換時，會有作動 該：二Γ乍費時之問題，另因待彎管加工的管件長，當 又。弓官裝置帶動管件左移或右移時’管 :要而影響管件彎曲加工的精度，故有加以進—步改良： 【新型内容】 彎管：創：之主要目的在於提供一種具有雙向彎管功用之 e機’希藉此設計’用以擴大管件彎管 降低管件彎曲加工時之干涉及阻礙。 動工間， 為達成前揭目的，本創作所提出之技術方 該具有雙向彎管功用…機包括一機台、一管；= 置、一位置驅動裝置及一雙向彎管裝置，其中·· k " 5 M272597 - 该機台以其頂座提供該管件推送裝置設於其上； 肖位置驅動裝置係裝設於機台上，其包括：橫向驅動 組件及一升降驅動組件； 言亥雙向彎管裳置包括一固定座、—旋轉基座，一旋轉 、.驅動組件、以及二彎管加工組件，該固定座組設於機台側 ，端，該旋轉驅動組件設於固定座下方，並以其旋轉軸連接 設於固定座上方的旋轉基座，該二彎管加工組件則裝設於 馨 土戶兩側，藉此構成-具有雙向彎管功用的彎管裝 置。 ㈣裝置中之橫向驅動組件及升降驅動組件 :任思、擇機台鄰近雙向彎管裝置之側端、機台、 口上之管件推送裝置等任一或不同之二處設置。 作藉由該技術方案之設計相較於前揭 向μ功能之彎管機，其優點在於：本㈣ ^ 以其雙向彎管裝置之一蠻營 機除可 … 件之機構提供雙向彎- #功肖夕卜，本創作更進一步利用位 ^ 壯恶> μ 表置與该雙向蠻达 I置之格配組合應用’使該雙向弯管裝置之二 ^ _ 件於彎管作業中可受控移置管 ϋ工組 牛輛向一側，擴大管件沪％ ，：方向二間的活動空間，使管件被彎曲加工的’， =效降低管件彎曲作料的干^，提高-管機對管件二可 加工的適用範圍，進而使該.彎管機更能適用於複:曲 曲形狀之加工。 δ件幫、 【實施方式】 有關本創作具有雙向彎管功用之彎管機之 如第 6 M272597 機台（l o)、一乾从2 、-位置驅動裝置（30)二推送製 其中： 又向彎管裝置 一、二圖所示，主要包括 置（2 0 ) (40)，其中： 該機台（1 〇 )上μ女 、丄 」上叹有一頂座（1 1 ) ，4工 1 )上設有_妞六六古Α 違頂座 頁組左右方向延伸之軌道（！_ 2 ) · 0 的軌 、該管件推送裝置（20)係裝設於機台， 道（12)上，其主要包括_移動座（21)< 動座（2 i )上可受控夹持及釋放管件的管件夹移 2)…可帶動移動座（21)沿軌道（、=2 w J 2 3 )，该官件推送裝置（2 〇 ) 既有裝置之應用，在此即不再贅述。 〜目則已知 該位置驅動裝置（3 〇 )係裳設於機台（工〇 )上， 其包括-橫向驅動組件（3丄）及一升降驅動組件（3 2 )’ 該雙向讓置（40)係裝設機台（1〇)側端， 用以活動夾持管件進行彎管加卫之組件，丨包括—固定座 (4 1 )、一旋轉基座（4 2 )、一旋轉驅動組件（4 3 )、 以及二膏管加工組件（4 4 )，該固定座（4工）設置於 機台（1 0 )側端，該旋轉基座（4 2 )可活動地設置於 該固定座（4 1 ) i，該旋轉驅動組件（4 3 )係設於固 疋座（4 1 )下方，並以其旋轉軸連接上方的旋轉基座（4 2 )，用以驅動旋轉基座（4 2 )作水平方向旋轉，該二 彎管加工組件（4 4 )係裝設於旋轉基座（4 2 )頂面兩 側，該二彎管加工組件（4 4 )具有一個或多個上下排列 之彎模座、驅動組件、· ··等組件，該彎管加工組件（4 7 M272597 4)可為目前已知之各式構件，其細部構造並非本創作之 主要創作重點’在此即不再贅述，另該雙向彎管裝置 〇 )可又控對官件施以彎曲加工的彎管作用，而構成—且 有雙向彎管功用的彎管裝置。 /、 依據前揭技術方案之創意，本創作尚可令該 裝置（30)、該雙向彎管震置（40)、管件推送3 (2〇)及機台（10)等進一步作以下數種具體可= 延伸變化設計，其中·· ' 如第—圖所7^，係揭示本創作彎、管機之帛—車 實施例，其中係令雙向-管裝置（4〇)之固定座（：二 可活動地組設於機台（1 0)側邊，該位置驅動裳置（3 0)之升降驅動組件…）包括-組設於機台（10) 側端之升降驅動器’並以該升降驅動器作動端連接活 :於機台（…側端之固定座（川，用以驅動該固 疋座（41)升降位移，該升降驅動器可為油壓缸、. 等驅動組件（圖未示），並以其作動缸心連接該固定座， 错以利用油壓驅動手段帶動該固定座升降移動，或者，該 升降驅動器亦可如圖示之伺服馬達與螺桿之組合，並以‘ 螺桿螺接該固定座（41)，用以驅動固定座（ = 降移動。 又令該機台（1 0)之頂座（1 1)可活動地設置於 機台（1 〇)頂面，提供管件推送裝置（2〇)裝設其上， 該位置驅動裝置（3 〇 )之橫向驅動組件（3 又係設於 機台（1 0 )上連接頂座（工工）’用以受控驅動該頂座 8 M272597 (1 1 )垂向於管件移動方向位移 1 )包括-橫向驅動哭 “、向15動組件（3 等驅動組件（圖未示；，偏驅動器可為繼、... ^ 並以其作動缸心連接今71片 # 以利用油壓驅動丰I 遷接Θ頂座，猎 i、動手段帶動該頂座移動， 亦可如圖示為伺服$ 一 〜戸、向驅動器 勹㈧服馬達與螺桿之組合， 頂座（1 1 )，用LV 去 卫乂 口哀螺才干螺接該 頂座（11)橫向移動。 如弟一圖戶斤示，# :1¾ _ + ^ ϊ a ,,^ ^, 係揭不本創作彎管機之第二較佳者γ 例，其中係令該雙向f 可活動地組設於機a f ( 4 1 ) n x . ^ 口（ 1 〇 )側端，該位置驅動裝置f q 〇）之升降驅動組件（q 初衣罝（3 側端之升降弓區動哭 2 )包括-組設於機台（i 〇 ) 座（41) 料1作動端連接該固定M272597 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a pipe bender, especially a pipe bender with a two-way pipe bender design. [Previous technology] The pipe bender is a tool used in the bending process of pipe fittings. The early pipe bender has a one-way pipe bending function. It is not easy to meet the requirements of bending the official parts of complex shapes. Therefore, the industry has already developed Pipe bending machine with bidirectional function. At present, the design of pipe bending machine with bidirectional pipe bending function is known, such as the United States No. 5,495,740 "PIPE _GING MACHINE" or the United States No. 5, ·, 522 "D0UBLE_HEAD pipE be_g _" disclosed in the patent case, of which the United States 帛5'495'74. Disclosed in the patent case · The pipe bending machine is mainly connected to a bidirectional f-tube device at the mouth side. The bidirectional bending is controlled by the machine frame with lateral displacement at the side of the machine. The thin tube n is set on each side of the machine frame, and a bending pipe processing head at the end can be controlled to rotate. The pipe bending machine can hunt according to the predetermined shape of the pipe, so that the f 罟, n & f 1㈣ two-way bending camp, left and right pipe bending process. U.S. Patent No. 5,499,522 disclosed the side end-side of the machine is equipped with -f pipe processing head, and the other side J "is to be tied to the lateral movement The second pipe bending head is placed—the shape that can be shaped by the driven part is required. Using the two = pipe machine can apply the pipe to the left or right according to the pipe movement to the predetermined position; the pipe movement will cause the pipe to move 4 M272597 Although the two-way pipe bending machine can be used to bend pipe fittings The design of the machined and placed mechanism enables the two-way bending processing function. However, among the two-way pipe bending devices disclosed in the United States's No. 5 :: Left and Right Bend, the reason is: machine ;, 495, 74 " The tube machine tube assembly 'and the end of the base of the swivelable material tube force seat are set on each side of each group-a group of bending and adding ... such as the bow g processing head into the bending pipe processing, the bending and bending of the pipe, the bending of the There must be one in the direction "::: Whether the left bend or the right bend can be processed, the movement space is limited ::: pieces :: hinder, the scope of application is small. The interference makes it bendable. Patent No. 5,499,522 # ^ ^ ^ The bending of the pipe that moves laterally ^ Case bow ^ 'Because it can be driven to bend Λ Zhen directly pull the pipe to the left or right side: two = to the pipe bending device on the machine There is too much volume on the table I 钿%. 'When the pipe is changed in the left and right direction, there will be action: Second, it takes a long time, and because the pipe to be processed is long, the bowman device drives the pipe. When moving to the left or right, 'tube: it will affect the accuracy of the bending process of the tube Therefore, there are further improvements: [New content] Pipe Bending: The main purpose is to provide an e-machine with two-way pipe bending function 'Hope to design this' to expand pipe bending and reduce the dryness of pipe bending. In the construction room, in order to achieve the purpose of the previous disclosure, the technology proposed in this creation should have the function of two-way pipe bending ... The machine includes a machine, a pipe; = position, a position driving device and a two-way pipe bending device, of which · K " 5 M272597-The machine provides the pipe pushing device on its top seat; the Xiao position driving device is installed on the machine and includes: a horizontal drive assembly and a lifting drive assembly; The two-way pipe bending set includes a fixed base, a rotating base, a rotary driving unit, and a two-pipe processing unit. The fixed base unit is arranged on the machine side, and the rotary driving unit is arranged on the fixed base. The two-pipe bending assembly is installed on both sides of Xintuto, and constitutes a pipe bending device with a bidirectional pipe bending function.横向 The horizontal drive component and the lifting drive component in the device: Rensi, machine selection table is located near the side end of the two-way pipe bending device, the machine table, and the pipe pushing device on the mouth, etc. Compared with the tube-bending machine with the function of opening to the front, the design of this technical solution has the advantages that: ㈣ ^ provides two-way bending with one of its two-way pipe-bending device, which can be used as a ... Kung xiao xibu, this creation further utilizes the position ^ strong and evil > μ table setting and the two-way rude I set of the combination and application of 'make the two-way pipe bending device two ^ _ pieces can be used in pipe bending operations Controlling the displacement of the pipe masonry team to one side, to expand the pipe fittings by 100%: the direction of the movement space between the two, so that the pipe fittings are processed by bending, to reduce the bending of pipe fittings, and increase-pipe machine to pipe fittings Second, the applicable scope of processing, so that the pipe bending machine is more suitable for complex: curved shape processing. [delta], [Embodiment] The pipe bending machine with two-way pipe bending function as described in this work is the 6th M272597 machine (lo), one from the 2 and-position drive device (30), two push systems among which: As shown in the first and second figures of the pipe device, it mainly includes (20) (40), of which: μ female, 丄 on the machine (10), there is a top seat (1 1), 4 workers 1) There is a track (__ 2) · 0 that extends from the left and right of the top seat page group of Niu Liuliu Gu A. The pipe pushing device (20) is installed on the machine and the track (12). Including _movable seat (21) & pipe holder clamping 2) which can be controlled to clamp and release the pipe on the movable seat (2i) ... can move the movable seat (21) along the track (, = 2 w J 2 3), The official device push device (20) is an application of an existing device, and is not repeated here. ~ It is known that the position driving device (30) is installed on the machine (工 〇), which includes-a horizontal driving assembly (3 丄) and a lifting driving assembly (32). The bidirectional concession ( 40) It is installed with the side of the machine (10), which is used to move and hold the pipe to bend and defend the components, including:-a fixed seat (4 1), a rotating base (4 2), a rotary drive Assembly (4 3), and two paste tube processing assembly (4 4), the fixing base (4 workers) is arranged on the side of the machine (1 0), and the rotating base (4 2) can be movably arranged on the fixing The base (4 1) i, the rotary driving assembly (4 3) is arranged below the fixed base (4 1), and is connected with the rotary base (4 2) above by its rotary shaft, for driving the rotary base ( 4 2) For horizontal rotation, the two-bend pipe processing assembly (4 4) is installed on both sides of the top surface of the rotating base (4 2). The two-bend pipe processing assembly (4 4) has one or more upper and lower parts. Arranged bending die seat, driving assembly, and other components. The bending processing assembly (4 7 M272597 4) can be a variety of components currently known, and its detailed structure is not the creation of this creation. To focus on the creation of 'namely omitted in the other limb arrangement of the bidirectional square) may be subjected to further control bending action of the officer members bending, constitute - bending means and has the function of a bidirectional bending. /. According to the creative ideas of the previous technical solution, this creation can still make the device (30), the two-way bent tube vibration set (40), the pipe push 3 (20) and the machine (10), etc. to further make the following several Specifically, it can be extended to change the design, where "..." as shown in Figure 7-7, which reveals the embodiment of the bend and pipe machine of the present invention, which is the fixed seat of the bidirectional-pipe device (40): Two movably assembled on the side of the machine (1 0), this position drives the elevator drive assembly of the skirt (30) ...) includes-an elevator drive on the side of the machine (10) 'and uses the The lifting end is connected to the actuating end of the lifting drive: at the fixed end of the machine (... at the side end (chuan) to drive the lifting base (41) to move up and down, the lifting drive can be a hydraulic cylinder, ..., and other drive components (not shown) ), And the cylinder is connected to the fixed seat by its actuating cylinder, and the fixed seat is moved up and down by hydraulic driving means, or the lift driver can also be a combination of a servo motor and a screw as shown in the figure, and the screw Connect the fixed base (41) to drive the fixed base (= lowering movement. Make the machine (1 0) The seat (1 1) can be movably arranged on the top surface of the machine table (10), and a pipe pushing device (20) is provided thereon, and the lateral driving assembly (3) of the position driving device (30) is also installed on the The machine (1 0) is connected to the top base (industry) to control the driving of the top base 8 M272597 (1 1) Displacement perpendicular to the direction of pipe movement 1) Including-lateral drive cry ", 15 moving components ( 3 and other driving components (not shown in the figure; the bias driver can be a relay, ... ^, and its current cylinder core is connected to this 71 pieces # to use the oil pressure to drive Feng I to relocate Θ top seat, hunting i, driving means to drive The movement of the top seat can also be a combination of a servo motor and a screw as shown in the figure. The top seat (1 1) can be screwed to the top seat by using LV to guard the mouth. 11) Lateral movement. As shown in the figure, #: 1¾ _ + ^ ϊ a ,, ^ ^, is the second best example of γ that is not the original pipe bender, which makes the two-way f The movable ground assembly is set at the af (4 1) nx. ^ Mouth (1 〇) side end, the position driving device fq 〇) of the lifting drive assembly (q 初 衣 罝 (3 side end of the lifting bow movement) 2) comprising - a set of machine provided (i square) seat (41) for feeding a movable end connected to the stationary
’ 用乂·驅動該固定座f 4 1 、1 Μ V 降驅動器同樣可為油壓 升条位移，該升 等驅動組件。 杯之組合、· . · 該管件推送裝置（2 〇 ) 動地組設於該移動座（21)):，V牛失持器（22)可活 之橫向驅動組件（3 2 °亥位置驅動裝置（3 0 ) 之樺向驅動哭^ 括一設於該移動座（21)上 持号（2?) 違仏向驅動器之作動端連接該管件夾 荇“ 2 2 )，用以，驅動該管件 千又 移，前述之橫向驅動 、°。（ 2 2 )作横向位 之組合、.· m 為油壓缸、伺服馬達與螺桿 4驅動組件之設計。 如苐四圖所示，得^ — 例，其中係”座（Γ:彎管機之第三較佳實施 上，該位置驅動裝置（3 Γ/#動地組設於機台（10) 3 〇 )之升降驅動組件（3 2 )包 9 M272597 括一組設於該機台（1 〇)上相對於頂座（i i )下方之 升降驅動a ’並以該升降驅動器作動端連接該機台（1 〇 ) ^上之頂座（1 1 )，用以驅動該頂座（1 1 )升降位移， =升降驅動為同樣可為油壓缸、伺服馬達與螺桿之組 a、· . ·等驅動組件之設計。 彎管裝置（4〇)之固定座（41)係可活 動地組設於機台r彳n、^ ^ ^ ( 1 0 )側鳊，該位置驅動裝置（3 〇 ) 之向驅動組件（q 1、— ^ 之橫向驅動器」於機台（10)側端 亥k向驅動器之作動端連接該固定座 )，用以驅動該雙向·彎管裝置（4 〇 )垂向於 向位移’前述之橫向驅動器同樣可為油遷缸 馬達與螺桿之組合、...等驅純件之設計。. 士第五®所不’係揭示本創作弯管 r該雙向彎管裝置（40)之固定座（41)= 設於機台（10)側端，該位置驅動裝置⑴）： 板向驅動組件（3 i )包 楛^觝叙。。. 、、且3又於機台（1 0 )側端之 、心動p並以該横向驅㈣之作動端連接該固定座（4 二，用以驅動該雙向彎管裝置（4〇)垂 方向位移，前述之橫向驅動移動 盥蟫i曰夕鈿入 伐j為油壓缸、伺服馬達 一 U 干之組合、.·.等驅動組件之設叶。 該管件推送裝置（2〇)之管件央 動地組設於該移動座（21)上，該位置驅動裝置/ 之升降驅動組件（3 2 )句扭 ^ 之升降… ，該移動座（川上 升降駆動益’並以該升降驅動器之作動端連接該管件央 10 M272597 持器（2 2 )，田、， 说二 用以驅動該管件夾持器（2 2 )作升降位 移’刖述之升降驅動哭 么入 同樣可為油壓紅、伺服馬達與螺桿 ' 專驅動組件之設計。 *^口 _ γ^ι /、Θ不，係揭示本創作彎管機之第五較佳實施 ==::;;Γ™"。)側端， η. 頁座（11)可活動地設置於機台（1 υ)頂面，提供管株 頂座 :件推送裝置（20)裝設其上，相對於 ' ^ 與機台（1 〇)間可活動地設置一中座 f 干1 d 2)包括一組設於該機台 (1 0)上相對於中座q 降囉私抑4 1 3 )下方之升降驅動器，該升 降驅動盗並以其作動端連 4Φ ί ^ η ^ L 产（1 3 )，该杈向驅動組 件（J1)包括_設於中 压（1 3 )上相對於頂座（丄工） 才只向驅動器，該橫向′ Drive the fixed seat f 4 1 and 1 MV V drop drive with 乂 ·. It is also possible to displace the hydraulic lift bar, and the lift drive assembly. The combination of the cup, · · · The tube pushing device (20) is dynamically set on the moving seat (21)): the V cow loser (22) can be driven by a lateral drive assembly (32 ° H position drive) The bi-directional drive of the device (30) is crying ^ including a holding number (2?) Provided on the moving base (21) and connected to the pipe clamp "2 2" to the operating end of the drive to drive the pipe Thousands move again, the aforementioned horizontal drive, °. (2 2) for the combination of the horizontal position,. · M is the design of the hydraulic cylinder, servo motor and screw 4 drive assembly. As shown in Figure 4, ^ — Example Among them, the "stand (Γ: the third preferred implementation of the pipe bending machine, the position driving device (3 Γ / # movingly assembled on the machine table (10) 3 〇) of the lifting drive assembly (3 2) package 9 M272597 Includes a set of lifting drive a 'located on the machine (1 〇) relative to the top base (ii) and connected to the machine (1 〇) ^ on the top base (1) 1) is used to drive the lifting displacement of the top base (1 1), = the lifting drive is also designed as a driving assembly such as hydraulic cylinder, servo motor and screw group a, ... The fixed seat (41) of the pipe bending device (40) is movably arranged on the side of the machine r 彳 n, ^ ^ ^ (1 0), and the direction driving assembly (30) of the position driving device (30) q 1 、 — ^ transverse drive "is connected to the fixed seat at the side of the machine (10) to the driving end of the drive) to drive the two-way pipe bending device (4 〇) vertical displacement" The horizontal drive can also be a combination of the oil displacement cylinder motor and the screw, and the design of pure driving parts .. The fifth part of the company is to reveal the fixing of the bidirectional pipe bending device (40) in this creative pipe bend. Seat (41) = set at the side of the machine (10), the drive device at this position ⑴): The board-direction drive assembly (3 i) is included. . ,, And 3 are at the side of the machine (1 0), the heart is p, and the fixed end (4 2) is connected to the driving end of the lateral drive to drive the two-way pipe bending device (40) in the vertical direction. Displacement, the aforementioned horizontally-driven mobile toilet, i.e., 钿, 钿, 伐, 为, 为 are hydraulic cylinders, servo motors, a combination of U, and other driving components .... The central part of the pipe pushing device (20) The moving ground is arranged on the moving base (21), the position driving device / the lifting driving assembly (3 2) is lifted and lowered ..., the moving base (Kawakami lifting 駆 Dongyi ') and the moving end of the lifting drive Connect the pipe fitting central 10 M272597 holder (2 2), Tian, and said two to drive the pipe fitting holder (2 2) for lifting displacement. The lifting drive described in the description above can also be hydraulic red, servo The design of the motor and screw's special drive assembly. * ^ 口 _ γ ^ ι /, Θ No, reveals the fifth best implementation of this creative pipe bender == :: ;; Γ ™ ".) side ends, η. The page seat (11) can be movably set on the top surface of the machine (1 υ) to provide the top of the tube plant: a piece pushing device (20) is mounted on it, and '^ And the machine (1 〇) can be movably set up a middle seat f gan 1 d 2) includes a set located on the machine (1 0) relative to the middle seat q lower private 4 1 3) Lifting drive, the lifting drive pirate and its actuating end connected to 4Φ ί ^ η ^ L product (1 3), the fork drive assembly (J1) includes _ set on the medium voltage (1 3) with respect to the top seat ( Masonry) only drive to the landscape
Mill, —、 7 %動的並以其作動端連接該頂 1 ) ’精以可驅動該頂庙f 1 1、 n、^ m頁座（1 1 )相對於機台（！ )作升降位移以及垂向於管 行、夕^ Π於“牛推送方向之橫向位移，前 述之榆向驅動器及升降驅動器 盥螵萨十,人 作J马油屋虹、伺服馬達 ，、累才干之組合、· ··等驅動組件之設計。 前述中，該升降驅動組件 ^ L ^ τ丨幸·動态亦可改設於中 座上相對於頂座下方處，並以該升降驅 、 座，該橫向驅動組件之橫向驅動 -乍動端連接頂 山— 動态則改設於機台上相掛於 中座下方之橫向驅動器，並以該橫 ' 嗲中庙 F1 4装十、去i ,W’動^之作動端連接 ^中座，同樣亦達成驅動該頂座相對於機 及垂向於管件推送方向之橫向位移之目的（圖未干） 如第七圖所示，係揭示本創作彎管機之第六較佳實施 M272597 例，其中係令頂座（Ί 、 二 1 )可活動地組設於機台（1 〇 ) 上’ XI亥位置驅動裝署彳 ,^ 忒置（3 0 )之升降驅動組件（3 2 )包 括一組设於該機Α 戍口（ 1 0 )上相對於頂座（1 1 )下方之 升降驅動器，並以兮斗收η τ Λδ亥升降驅動器作動端連接該機台（i 0 ) 之頂座（1 1)，用以驅動令頂 ^ ^ π, 加勒S頂座（1 1 )升降位移， 邊升降驅動器同樣可為油 入、 卜 钊服馬達與螺桿之組 口 ··· 4驅動組件之設計。 該管件推送裝置Γ ? (2 〇 )之官件夾持器（2 2 )可活 動地組设於該移動座（9 1u 之…C私 該位置驅動裝置（3 〇 ) 向驅動組件（31)包括-設於該移動座（川上 =二器’並以該橫向驅動器之作動端連接該管件央 多二22)用以驅動該管件夹持器（22)作橫向位 ... ^ j為油壓缸、伺服馬達與螺桿 、'且θ、· · ·等驅動組件之設計。 如第八圖所示，係揭示本創作 似^ ^ +別忭弓官機之第七較佳實施 ，八中該管件推送裝置（2 〇 ) 2 & U )之官件夾持器（2 2 ) J居動地組設於該移動座（？ 1〕 n、 U 1 )上’該位置驅動裝置（3 U )之升降驅動組件（3 2 )白把 d )包括一设於該移動座（2 1 ) 上之升降驅動器，並以該升降Mill, —, 7% move and connect the top with its active end 1) 'Fine to drive the top temple f 1 1, n, ^ m page base (1 1) for lifting displacement relative to the machine (!) And the vertical displacement in the direction of the tube line and the evening in the "pushing direction", the above-mentioned elbow drive and lifting drive are used in the Sa 10, the artificial J Ma Youwu Hong, the servo motor, the combination of tired talents, ... · The design of the driving assembly. In the foregoing, the lifting driving assembly ^ L ^ τ 丨 Fortunately, the dynamics can also be set on the middle seat relative to the top seat, and the lifting drive, the seat, and the lateral driving assembly The horizontal drive-the moving end is connected to Dingshan-the dynamic is changed to the horizontal drive on the machine, which is hung below the middle seat, and the horizontal 'Fangzhong Temple F1 4 is installed. The actuating end is connected to the middle seat, which also achieves the purpose of driving the horizontal displacement of the top seat relative to the machine and the direction perpendicular to the pushing direction of the pipe (the figure is not dried). As shown in the seventh figure, it is to reveal the first part of the creative pipe bending machine. Six preferred implementations of M272597, in which the top seat (Ί, 11) can be movably arranged on the machine (1〇) On the 'XI Hai position drive assembly, the lifting drive assembly (3 2) of the set (3 0) includes a set located on the machine's A port (1 0) opposite the top seat (1 1). The lifter is lifted, and the moving end of the lifter is connected to the top base (1 1) of the machine (i 0) to drive the top base ^ ^ π, Galle S top base (1 1). Lifting displacement, the side lift driver can also be the design of the drive unit of the oil inlet, the Bu Zhaofu motor and the screw ... 4 drive assembly. The pipe fitting pushing device Γ? (2 〇) the official part holder (2 2) It can be movably assembled in the mobile base (9 1u ... C private position drive device (30)) The drive assembly (31) includes-set in the mobile base (Kawakami = two devices' and acted by the lateral drive The end is connected to the pipe fitting (22), which is used to drive the pipe gripper (22) for horizontal position ... ^ j is the design of the hydraulic cylinder, servo motor and screw, and the drive components such as θ, ... As shown in the eighth figure, it reveals the seventh preferred implementation of this creation like ^ ^ + Do not bow bow official machine, the pipe pushing device (2 〇) 2 & U) The official piece holder (2 2) J is located on the moving base (? 1] n, U 1), and the lift driving assembly (3 2) of the position driving device (3 U) is white d) Including a lifting drive provided on the moving base (2 1), and using the lifting
動R作動料接該管件 ' n C 2 2 ) mg動該管件央持器（2 2 )作升降 位移，前述之升降驅動器同樣可A ,Θ 俅j馮油壓缸、伺服馬達與螺 干之組合、· ··等驅動組件之設計。 又該機台（1 0 )之頂座（Ί、 Α , 月Α 1 11)可活動地設置於機 D ( 1 0 )頂《 ’提供管件推送裝置（2 〇 )裝設其上， 12 M272597 ::位置驅動裝置（3 〇 )之橫向驅動組 機台（1〇)上連接頂座（11)，用以1丄係。又於 f 用以又控驅動該頂座 " 垂向於管件移動方向位移，該橫向驅動組件（3 )包括—横向驅動器，該橫向駆動器可為油麼缸、... 以::ΓΓ(圖未示），並以其作動红心連接該頂座，藉 同麼驅動手段帶動該頂座移動，或者該橫向驅動器 示為祠服馬達與螺桿之組合，並以該螺桿螺接該 (1 1 )’用以驅動頂座（1 1 )橫向移動。 本：作以前揭具有雙向彎管功用的，彎管機設計，當其 ::於：件彎曲加工時’以第一、二圖所示之較佳實施例 機二二將待彎曲加工的直條管件（5〇) 一端固定於 管:=二==::2。)上 依預私式令该雙向幫管裝置（4〇)執行 :業，如第一、第二及第九圖所示，丨中該雙向彎管 ^ (40)先藉由旋轉驅動組件（43)顧動旋轉基座 =2)旋轉’使該旋轉基座（42)上之二彎管加工組 (4^被旋至該管件（5〇)移動轴向的第一側，使 官加工組件（44)對應著管件（50)之位置， 吏官件（5 0 )可為該第一f管加工組件（4 4 )予以夾 ::直復藉該第一彎管加工組件（44)作動將管件（5〇) 傳移動軸向之第二側方向之側向彎曲加工藉此利用因 邊雙向彎管裝置（4〇)之旋轉基座（42)及立上的二 背管加工組件（4 4)先行被驅動移置相對於管件㈠㈧ 第-側’使相對於管件（50)之第二側因無其它構件而 13 M272597 具有較大的活動空間，使該管 栌π 士 干（b U )於側向彎曲加工 宁，可有效減少活動受限之干涉現象。 若笞件（5 0 )欲朝移向車由向第一 〇i , ^ _ 平田门之弟側進行側向彎曲 夺如弟十圖所示，則可令該雙 仞罢跡么兆 叉π弓吕在置(4 0 )經由 m(3 〇)驅動下降，使該 0 )之旋轉基座（4 2 )之一“ 弓以置（4 低於总株号、管加工組件（44)頂緣 'M B0 ，如第一、第二及第十-圖所示，復由 動組件（4 3 )驅動旋轉基座（4 2 )㈣件（5 Ι2=Γ側旋轉’並使該旋轉基座（42)另側之第 、、且件（4 4 )至預定位置，復由位置驅動裝置 (30驅動該旋轉基座"2)上升，使該旋轉基座" 2 ) —側之第二彎營力 “工組件（4 4 )對應於管件（5 0 )， 使g件（5 〇 )可炎二女每· _择乡々々 拄，……為5亥弟-考管加工組件（4 4 )予以夾 持’设藉该第二彎營力 έ生 ”加工組件（4 4 )將管件（5 〇 )朝 軸向第一側方向之側向彎曲加工，藉此，使 本創作之雙向蠻答# ^ & ^置可依官件預定彎曲的形態，提供雙 向奢曲加工之功能。 之彎==說明可以瞭解，本創作具有雙向购用 目 僅提供了管件兩側彎曲加工之功能，且本創作 更進一步利用甘々， 一夕自由度之機構設計，使其二彎管加工組 辟進灯S件#曲加工時，係先行被驅動移置相對於管件 f曲側之另側’使管件彎曲側呈現較大的活動區間，有效 降低f官裝置對管件彎曲加工上的干涉及阻礙，使弯管機 透义本創作之g官裝置之設計’擴大其彎管作業之有效範 14 M272597 ，進而提升該彎管機之效能及適用性。 【圖式簡單說明】 第―、二圖係本創作具有雙向彎管功用之彎管機第一 〜較佳實施例之俯視及側視平面示意圖。 第二〜八圖係本創作且右雔a抑μ ^八有又向穹管功用之彎管機第二 h 弟七較佳實施例之側視平面示意圖。Actuate R to connect the pipe fitting 'n C 2 2) mg to move the pipe central holder (2 2) for lifting displacement. The aforementioned lifting drive can also be A, Θ 俅 j Feng hydraulic cylinder, servo motor and screw. Design of combination, ··· and other drive components. The top seat (Ί, Α, month A 1 11) of the machine (1 0) can be movably set on the top of machine D (1 0), 'the pipe pushing device (20) is provided thereon, 12 M272597 :: The horizontal drive group machine (10) of the position drive device (30) is connected to the top base (11) for 1 system. And f is used to control and drive the top seat " displacement perpendicular to the moving direction of the pipe, the lateral drive assembly (3) includes-a lateral drive, the lateral actuator can be an oil cylinder, ... :: ΓΓ (Not shown in the figure), and connect the top base with its actuating heart, and drive the top base by the same driving means, or the lateral drive is shown as a combination of a shrine clothing motor and a screw, and the screw is screwed to the (1 1) 'is used to drive the top base (1 1) to move laterally. This: The pipe bending machine design with the function of bidirectional pipe bending previously disclosed, when it is :: in the bending process of the pieces' the preferred embodiment shown in the first and second figure machine 22 will be straight One end of the pipe fitting (50) is fixed to the pipe: = 二 == :: 2. ) On the pre-private mode, the two-way pipe management device (40) is executed: as shown in the first, second and ninth figures, the two-way elbow ^ (40) is first driven by rotating the component ( 43) Gudong Rotating Base = 2) Rotate to make the second tube bending group (4 ^ on the rotating base (42) rotated to the first axial side of the tube (50)), so that the official processing The component (44) corresponds to the position of the pipe fitting (50), and the official piece (50) can be clamped for the first f-pipe processing component (44): directly borrow the first pipe-processing component (44) Actuate the pipe fitting (50) to move the side to the second side of the axial direction to perform the side bending process, so as to use the rotating base (42) of the side-to-side bidirectional pipe bending device (40) and the upright two-back pipe processing assembly (4 4) Driven in advance relative to the pipe fitting ㈠㈧ The first side 'makes the second side opposite to the pipe fitting (50) because there is no other component 13 M272597 has a large space for movement, making the pipe 栌 π dry ( b U) is more suitable for lateral bending, which can effectively reduce the interference phenomenon of limited movement. If the piece (50) wants to move to the car from the first side to the side of the first 0i, ^ _ Pingtianmen, side bending As shown in the figure of the younger brother, the double 仞 么 can be made to disappear. The forked π bow Lu Zaizhi (4 0) is driven down by m (30), so that the 0) of the rotating base (4 2) A "arch to set (4 lower than the total plant number, the top edge of the tube processing assembly (44) 'M B0), as shown in the first, second and tenth-figure, driven by the moving assembly (4 3) to rotate the base The seat (4 2), the member (5 Ι2 = Γ side rotation ', and the second and fourth member (4 4) on the other side of the rotation base (42) to a predetermined position, and the rotation is driven by a position driving device (30) The base " 2) rises, so that the rotating base " 2)-the second bending force on the side "the working assembly (4 4) corresponds to the pipe fitting (50), so that the g-piece (50) can be used. Female per _ _choose town, ... for the 5 Haidi-test tube processing components (4 4) to be clamped 'set the borrowing force of the second bending force' processing components (4 4) will be pipe fittings (5 〇) The side bending process toward the first direction in the axial direction, so that the two-way manner # ^ & ^ of this creation can be bent according to the predetermined shape of the official document, providing the function of two-way luxury bending. == Description can understand that this creation has two directions The purpose only provides the function of bending processing on both sides of the pipe, and this creation further uses the Gan Gan, the mechanism design of the overnight freedom, so that its two-bend pipe processing group will be driven into the lamp S pieces # curved processing, it is driven first Replacing the other side of the f-curved side of the pipe makes the curved side of the pipe present a larger range of motion, effectively reducing the interference of the f-piece device on the bending process of the pipe, and making the pipe bender transparent. The design 'expands the effective range of its pipe bending operation 14 M272597, thereby improving the efficiency and applicability of the pipe bending machine. [Brief description of the drawings] The first and second pictures are the top and side plan views of the first to preferred embodiments of the pipe bending machine with bidirectional pipe bending function. The second to eighth drawings are schematic side-view diagrams of the second embodiment of the seventh embodiment of the pipe bender with the right side of the right and the right side of the dome.
第九圖係本創作具有雙向，彎管功用之彎管機第—較佳 ^ f施例進行彎管作業之使用狀態參考圖。 第十圖：本創作具有雙向彎管功用之彎管機第—較佳 實施例令其雙向彎管裝置低於管件之操作示音' 圖0 …The ninth picture is a reference drawing of the working state of the pipe bending machine with a bidirectional and pipe bending function in the first embodiment of the present invention. The tenth picture: the pipe bending machine with the function of two-way pipe bending in the present invention-the preferred embodiment makes the two-way pipe bending device lower than the operation sound of the pipe fittings' Fig. 0…
十一圖係本創作具有雙向彎管功用之彎管機第 佳實施例進行另一 圖。 【主要元件符號說明】 (1 0 )機台 (12)軌道 (2〇)管件推送裝置 (2 2 )管件夾持器 (3 〇 )位置驅動裝置 (3 2 )升降驅動組件 (4 〇 )雙向彎管裝置 (42)旋轉基座 (4 4 )彎管加工組件 側彎管作業之使用狀態參考 (1 1 )頂座 (13)中座 (2 1 )移動座 (2 3 )驅動器 (3 1 ) 向驅動組件 (3 3 )基座 (4 1 )固定座 (4 3 )旋轉驅動組件 15 M272597The eleven picture is another picture of the preferred embodiment of the pipe bending machine with bidirectional pipe bending function. [Description of symbols of main components] (1 0) machine (12) track (20) pipe pushing device (2 2) pipe holder (30) position driving device (32) lifting drive assembly (4 0) two-way Pipe bending device (42) Rotating base (4 4) Reference to the use of pipe bending on the side of the pipe processing component (1 1) Top seat (13) Middle seat (2 1) Moving seat (2 3) Driver (3 1 ) Rotate the drive assembly 15 M272597 towards the drive assembly (3 3) base (4 1) holder (4 3)