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CN100503071C - Rotating mechanism of pipe bending machine - Google Patents

Rotating mechanism of pipe bending machine Download PDF

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Publication number
CN100503071C
CN100503071C CN 200610090351 CN200610090351A CN100503071C CN 100503071 C CN100503071 C CN 100503071C CN 200610090351 CN200610090351 CN 200610090351 CN 200610090351 A CN200610090351 A CN 200610090351A CN 100503071 C CN100503071 C CN 100503071C
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CN
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Prior art keywords
rotating
mechanism
pipe
bending
machine
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CN 200610090351
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Chinese (zh)
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CN101096037A (en )
Inventor
胡炳昆
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颖霖机械工业股份有限公司
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Abstract

本发明涉及一种弯管机转管机构,包含:转管机构,转管机构设转管轴,转管轴内侧则设有通心管,通心管为一中空的长管体,上述转管轴一侧设有油压缸,油压缸设有缸轴,利用缸轴的伸缩而驱动通心管及套管芯来回移动;再于前述转管轴一端设与转管齿轮接设,马达经由该转管齿轮可转动转管轴,进而转动加工对象;如此,利用前述缸轴的伸缩就可以驱动设于转管轴内的通心管及与通心管接设的套管芯,可将夹持的管件向外推出,使管件的夹持部分能被利用,以减少弯管产生的废料,提高弯管机的价值与效益。 The present invention relates to a pipe bending machine rotation mechanism, comprising: means Gatling, Gatling tube axis rotation mechanism is provided, the inner side rotation shaft is provided through the tube core tube, core tube through a long hollow tube, said turning with the tube axis side of the hydraulic cylinder, the hydraulic cylinder with the cylinder shaft, is driven through the core tube and core tube moves back and forth using a telescopic cylinder shaft; rotation and then at the end of the tube is provided with a rotation shaft connected to the tube gear set, Rotary motor via the gear is rotatably transferred to the tube axis, and further rotation of the object; thus, the use of a telescopic cylinder shaft can be driven through the core tube provided in the inner sleeve and the tube axis of rotation through the center of the core of the pipe joint is provided, the tube clamp can be pushed outwards, the clamping portion of the tube member can be utilized to reduce the waste trap, improvement of the efficiency and value of the bending machine.

Description

弯管机转管机构 Bender mechanism Gatling

技术领域 FIELD

本发明涉及一种弯管是利用该转管机构的设计机的经济效益。 The present invention relates to a pipe bend is to use the rotation mechanism of the machine design economic benefits.

背景技术 Background technique

按本案申请人前申请的弯管机转管机构,如公告第584027号的弯管机的管件末端辅皿置,系于当夹持件于弯管作业中,逐渐接近至弯模座及导模座一定距离后, 其第一动力器即控制移动板停止移动,而第二动力器则控制管件移送组的纵向移动, 使夹持件可向后移动,而管件末端则借由推抵件的推抵作用,继续穿伸出夹持件的挟持头后向弯管装置的弯模座及导模座方向移动,以使管件末端可继续进行弯管作业,借此设计,该管件末端即可顺禾湾曲成型,而不需将其末端截掉,使管件末端不会浪费,以有效节省制造成本的支出,惟此设计是利用辅推装置使夹持件向后移动,使管件末端可借由推抵件的推抵作用,穿伸出夹掛牛的挟持头外,再控制第一动力装置激^作,使管件末端亦可完成弯曲成型,然管件辅推装置的激活将造成弯管作业的停顿,将影响弯 Rotary benders according to the present applicant prior to the application of the mechanism, such as a tube bending machine opposite end of the secondary dish announcement No. 584,027, based on when the gripping member in the bending operation, gradually approaching to the curved mold base and the mold guide Block after a certain distance, i.e., a first power controller controls the moving plate stops moving, and the second power is controlled longitudinal movement of the transfer tube set, the clamping member can be moved rearward, while the end of the tube member by means of pushing pushing action, continues to move through the model and a bending direction of the bending mold-carrier guide means projecting sandwiching the head holder so that the end of the tube bending operation can be continued, whereby design, the tube end can be cis Wo in a curved shape, without the need to cut off its end, the end of the tube member will not be wasted, effective cost savings in manufacturing costs, provided that such design is the use of auxiliary push the clamping member means is moved backward, so that the tube tip may by by the pushing action of the pushing member, extending out of the clip sandwiched linked bovine head, the laser and then control the first power means for ^ the end of the tube bending also completed, and then activate the auxiliary push tube bending means will cause pause operation will affect the bend 作业的操作时间。 Operating time job. 据此,本发明者,乃针对目前前述弯管机的问题加以研究,再发明本案。 Accordingly, the present inventors, is to study the current issue for the bending machine, the invention is further the case.

发明内容 SUMMARY

本发明的目的是提供一种配合弯管装置以提供管件末端的转管机构。 Object of the present invention is to provide an apparatus fit to provide a pipe elbow the end of the transfer tube means.

本发明的目的是这样实现的, 一种弯管机转管机构,-包含:转管机构,转管机构设转管轴,转管轴外侧设有转管座,转管轴内侧设通心管,通心管一端设卡合凸缘,且于卡合凸缘并设轴承;乂前述转管轴一侦股油压缸,油压缸设缸轴,缸轴一端设轴座,轴座设卡合套,再利用轴环螺设于前述轴座,以与前述卡合套固定, 其特征在于前述卡合套一端内侧并螺设卡合套盖,卡合套盖与前述卡合套结合后形成卡合凹槽,此卡合凹槽为前述通心管的轴承设置,有效连结通心管与前述缸轴, 并以缸轴的伸縮驱动通心管来问移动,可将管件夹持部分向外推出。 Object of the present invention is achieved in a pipe bending machine rotation mechanism, - comprising: means Gatling, Gatling tube axis rotation mechanism is provided, the outer shaft is provided with Gatling Gatling seat disposed inside the tube axis rotation macaroni tube, one end of the core tube is provided through the engagement of the flange, and the flange and disposed in bearing engagement; qe the rotation axis of the tube investigation share a hydraulic cylinder, the cylinder axis of the hydraulic cylinder is provided, one end of the cylinder shaft disposed shaft seat, the seat axis provided engaging sleeve, recycling the collar is screwed on the shaft holder, with the the engaging sleeve is fixed, characterized in that the engaging sleeve inner end and is screwed engagement sleeve cover, engaging the sleeve cover with the engaging sleeve after binding engagement recess is formed, the engagement groove bearing is provided on the core tube, core tube through effective coupling with the cylinder axis, and is driven through a telescopic cylinder shaft center to ask the mobile tube, the tube can be sandwiched holding part pushed out.

机转管机构,尤指一种可以减少弯管时的管件废料,也就,将抓管长度降低,就可以降低弯管时的废料,提升弯管所述的弯管机转管机构,其特征在于还包括轴心座,胁已、座设有中心轴,该中心轴由油压缸穿入,并经通心管、束管套筒内侧的套芯管与管件之间直至弯管装置。 Gatling machine mechanism, particularly to a waste can be reduced when the bend pipe, it will reduce the length of the tube grip, can reduce waste during bending, lifting tube bending machine rotation mechanism of the elbow, which characterized by further comprising a holder axis, is threatened, the seat has a central axis, the central axis penetrates the hydraulic cylinder and between the through via the core tube, the tube inside the sleeve collar and the pipe member until the core tube bending apparatus . 本发明的特点,包含: Feature of the invention, comprising:

1、 本发明的弯管机转管机构,是利用设于转管轴一侧缸轴的伸缩而驱动通心管作前后的移动,利用缸轴的伸縮,将束管套筒内所夹取的管件向外推移,减少弯管废料的产生,提高弯管机的实用价值与经济效益。 1, tube bending machine rotation mechanism of the present invention is driven moving back and forth through the core tube is provided for the use of a telescopic tube axis side of the rotation cylinder shaft, a telescopic cylinder shaft using the inner tube as the gripping sleeve the pipe goes outward, bending reduce waste, increase the practical and economic value of the bending machine.

2、 本发明的弯管机转管机构,其中于机台上设有轴心座,并有中心轴通过转管机构至弯管装置,可确保转管机构于机台上稳定移动,并可降低弯管装置前管件因转管机构挤压而造成的弯曲。 2, the tube bending machine rotation mechanism of the present invention, wherein the machine table has a seat axis, and a central axis of rotation by means elbow pipe mechanism to ensure stable transfer mechanism for moving the tube on the machine table, and before reducing elbow pipe bending apparatus because the tube rotation caused by the extrusion means.

本发明的优点是,利用该弯管机转管机构将束管套筒内所夹取的管件向外推移,使得每次加工的管件,口T以产生最少废料,降低弯管机{顿者的剩余废料,提高获利率,且改善弯管机转管机构品质,提升弯管机的实用价值。 Advantage of the invention is the use of the bender mechanism Gatling beam tube gripping member is pushed outward of the inner tube hub, such that each processing tube, port T to produce minimal waste, reducing the bending machine by {Raton the remaining waste, improve profitability, and improve the quality bender Gatling institutions, to enhance the practical value bender. 亦可对管件的剩余部分继续加工,有效斷氐管件的浪费,并降低管件成本,又于弯管加工流程屮亦可省略取出残余的夹持管件的工作时间,縮短弯管加工的制造时间,提升管件加工的效率。 Processing may be continued on the remaining portion of the tube, effectively breaking Di waste pipe, tube and reduce costs, but also in the tube bending process may be omitted Che remove residual operating time of the clamping of the tube, the tube bending shorten the manufacturing time, lift tube processing efficiency.

附图说明 BRIEF DESCRIPTION

图1是本发明的立体视图。 1 is a perspective view of the invention. 图2是本发明的部分俯视图。 FIG 2 is a partial plan view of the invention. 图3是本发明的部分剖视图。 3 is a partial sectional view of the present invention. 图4是本发明的缸轴起始图。 FIG 4 is a starting cylinder shaft of the present invention of FIG. 图5是本发明的缸轴推进示意图。 FIG 5 is a cylinder shaft propulsion schematic of the present invention. 图6是本发明的管件所在起始图。 FIG 6 is a tubular member of the present invention where initiation FIG. 图7是本发明的管件推出示意图。 FIG 7 is a launch tube of the present invention. FIG. 图8是本发明的转管机构动作图。 FIG 8 is a Gatling operation mechanism of the present invention of FIG. 图9是本发明的管件推出示意图。 FIG 9 is a launch tube of the present invention. FIG. 组件符号说明 Component Symbol Description

机台l、 弯管装置2、 中心轴4 0 转管机构3、 转管齿轮3 0 0、 马达3 0 1、 L machines, bending apparatus 2, the center axis 40 Gatling mechanism 3, gatling gear 300, the motor 301,

通心管3 2、 卡合凸缘3 2 0 Through the core tube 32, the engaging rib 320

车由心自4、 转管轴3 0、 转管座3 1、 轴承3 2 1、束管套管3 4、 油压缸6、 轴环6 1 0、 卡合套盖7 1、 4 by the vehicle from the heart, gatling shaft 30, turn the stem 31, the bearing 321, tube as the sleeve 34, the hydraulic cylinder 6, the collar 610, sleeve cap 71 is engaged,

套芯管3 5、 缸轴6 0、 卡合套7 0、 内爪夹模8 Sleeve core tube 35, cylinder shaft 60, the engaging sleeve 70, the mold clamping jaws 8

管件5、 轴座6 1、 卡合凹槽7 0 0、 Tube 5, the shaft base 61, the engaging groove 700,

具体实施方式 detailed description

如此,为使审査员充分了解本发明,兹依附具体实施例解说如下: 请参阅图1〜图7所示,本发明的弯管机,包含:机台l,机台l设置有数值 Thus, for the examiner to fully understand the present invention, hereby attached particular embodiments illustrated as follows: Please refer to FIG 1 ~ 7, the bending machine according to the present invention, comprises: machine l, the machine is provided with a value l

式控制装置(图中未示),此种数值式控制装置属于一般CNC数值控制系统,为一习知技术,在此不予赘述。 Control means (not shown), such a general numerical control device CNC numerical control system as a conventional art, is not described herein. 机台1侧设弯管装置2,为管件弯管加工的模具。 Bending machine 1 is provided apparatus 2 side, the mold tube bend processing.

转管机构3,转管机构3设转管轴3 0 (如图3所示),转管轴3 0外侧设有转管座3 1,及转管轴3 0内侧则设有通心管3 2,通心管3 2为一中空的长管体并可为中心轴4 0穿设(如图1所示),于通心管3 2—端并设有卡合凸缘3 2 0,于此卡合凸缘3 2 0两侧或一侦拼设轴承3 2 1,再上述转管轴3 0 —侧与转管齿轮300 固设,利用马达3 0 1经由该转管齿轮3 0 0可转动转管轴3 O(如图4及图5所示), 进而转动加工管件5,其目的乃在确认待弯曲加工的管件可被弯曲的表面,避免焊接式管件自该焊接线裂开。 Gatling mechanism 3, gatling gatling mechanism 3 disposed shaft 30 (FIG. 3), gatling rotation shaft 30 is provided outside the stem 31, and the rotation axis of the tube 30 is provided on the inner core tube 32, through the core tube 32 is a long hollow tube and may be disposed through the central axis 40 (FIG. 1), through the core tube in the 32- end and an engaging flange 320 , this engaging flange 320 is provided on both sides of the bearing or a fight investigation 321, then the above-described rotation shaft tube 30-- side gear 300 and the transfer tube is fixed, by the motor 301 via the gear 3 Gatling 00 rotatable Rotary shaft 3 O (FIGS. 4 and 5), further rotation of the process tube 5, and an object is the confirmation to be bending tube can be curved surface, to avoid the welded tube from the welding line split. 又转管轴3 0—侧设有油压缸6,油压缸6设有缸轴60, 该缸轴6 0 —端设有轴座6 1 (如图4及图5所示),轴座6 1螺设卡合套7 0,于卡合套7 0螺合定位后,再利用轴环6 1 0螺设于前述轴座6 1即可将前述卡合套7 0 完全固定。 30- and turn the tube axis side with hydraulic cylinder 6, the hydraulic cylinder 6 is provided with a cylinder shaft 60, the cylinder shaft 60-- end with a shaft base 61 (FIGS. 4 and 5), the shaft Block 61 is screwed sleeve 70 is engaged, the engagement sleeve 70 is positioned after the screwing, recycling the collar 610 is screwed on the shaft base 61 can be engaged with the sleeve 70 is fully seated. 再前述卡合套7 0端内侧并螺设卡合套盖7 1,当然该卡合套盖7 1 与前M心管3 2为不接触状,乂前述卡合套7 0与卡合套盖7 1结合后并形成卡合凹槽7 0 0,禾,此卡合凹槽7 0 0为前述通心管3 2的轴承3 2 l设置其中, 而有效连结通心管3 2与前述缸轴60,并以缸轴6 0的伸縮驱动通心管来回移动, 可将管件夹持部分向外推出。 Then the engaging sleeve 70 end of the inner and is screwed engagement sleeve cover 71, of course, the engagement of the sleeve cover 71 and the front M core tube 32 is not in contact shape qe the engaging sleeve 70 and the engaging sleeve after binding and cover 71 are formed engaging grooves 700, Wo, this engaging recess 700 of the core tube through a bearing 32 wherein L 32 is provided, and the effective core tube 32 through coupling with the cylinder shaft 60, and a telescopic cylinder shaft 60 through the drive core tube moves around the tube holding portion can be pushed out.

前述弯管机转管机构,还包括轴心座4,轴心座4设有一中心轴4 0,该中心轴4 0由油压缸6穿入,并经通心管3 2、束管套管3 4内侧的套芯管3 5与管件5 之间直至弯管装置2,具有矫正转管机构3并使其于机台1上有稳定移动的效果, 并可降低管件5于弯管装置2间因挤压而造成的弯曲,可确保管件加工的品质。 The bending machine Gatling mechanism, further comprising axial seat 4, the seat 4 is provided with a central axial shaft 40, which penetrates the central shaft 40 by the hydraulic cylinder 6, through the core and via the pipe 32, the socket beam 34 inside the shroud 35 and the core tube between the tube bending apparatus 2 until 5, having a straightening means 3 and allowed gatling stable to the effect of moving the machine 1, and reduce the bending means in the tube 5 2 between the bending caused by pressing, to ensure the quality of tube processing.

由此,欲加工的管件5经束管套筒34内的内爪夹模8夹固,经由转管机构3 于机台1上往弯管装置2移动,管件5可经由转管轴3 0的旋转作用产生连续多种角度的弯管结构,亦可产生单纯弧形弯管,又当转管机构3于机台1停止管件移位后,束管套筒3 4内仍留有管件5的夹持部分,经由油压缸6的缸轴6 0向外推出(如图4及图5所示),即可推动通心管3 2而使接设于通心管3 2后的套芯管3 5向外移动,使管件5的夹持部分向外推出(如图6、图7及图9所示),可将夹持的乘除管件5继续加工,此外,除上述利用套管芯3 5推送管件5剩余部分加工外,又可于转管机构3于机台1停止管件移位后,转管机构3远离管件5作短距离的移位, 再经油压缸6将套芯管3 5向夕卜推出,使套芯管3 5部分突出于束管套筒3 4(如图8所示),再由内爪夹模8夹固套芯管3 5,如此转管机构3即形成一«机构,转管机 Thus, the inner claw inner tube 5 to be machined sleeve 34 through beam tube clamping clamp die 8, gatling mechanism 3 in the machine 1 to 5 may be transferred via a shaft tube bending apparatus 2 is moved, via the tube 30 the rotary action produces a continuous bend structure for a variety of angles, can produce simple arc bending, and when the pipe transfer mechanism 3 in the machine 1 is stopped tube displaced beam tube remains, the sleeve 5 within the tube 34 the clamping portion, the hydraulic cylinder 6 via the cylinder shaft 60 pushed out of the sleeve 32 (FIGS. 4 and 5), can be pushed through the core tube 32 is provided on the core pipe connected core tube 35 moves outwardly, the clamping portion of the tube member 5 is pushed outwards (Fig. 6, 7 and 9) may be clamped tube 5 further processing multiplication and division, addition, addition to the use of the sleeve core tube 35 push the outer member 5 remaining part of the process, but also in turn means tube 3 in the tube 1 stops the machine after the shift mechanism 3 gatling displaced away from the tubular member 5 is a short distance, and then sets the hydraulic cylinder 6 core tube 35 to launch Bu evening, the core tube 35 so that sleeve portion projecting tube as sleeve 34 (FIG. 8), and then by the inner clamping jaws clamp the mold 8 sets of core tube 35, so gatling That means 3 forms a «mechanism, turn the machine 3可再次于机台1上往弯管装置2移动,以将剩余的管件5推送至弯管装置2(如图9所示),亦可对管件5的剩余部分继续加工,有效降低管件的浪费,并降低管件成本,又于弯管加工流程中亦可省略取出残余的夹持管件的工作时间,縮短弯管加工的制造时间,提升管件加工的效率。 3 on the machine 1 can again be moved to the bending apparatus 2, to the remaining tube 5 is pushed to bend the device 2 (Figure 9), also of the remaining portion of the tube 5 further processing, reduce the tube waste and reduce the cost of the tube, in the bending process and the process may be omitted remove residual operating time of the clamping of the tube, the tube bending shorten the manufacturing time, improve the efficiency of tube processing.

Claims (2)

1. 一种弯管机转管机构,包含:转管机构,转管机构设转管轴,转管轴外侧设有转管座,转管轴内侧设通心管,通心管一端设卡合凸缘,且于卡合凸缘并设轴承;又前述转管轴一侧设油压缸,油压缸设缸轴,缸轴一端设轴座,轴座设卡合套,再利用轴环螺设于前述轴座,以与前述卡合套固定,其特征在于前述卡合套一端内侧并螺设卡合套盖,卡合套盖与前述卡合套结合后形成卡合凹槽,此卡合凹槽为前述通心管的轴承设置,有效连结通心管与前述缸轴,并以缸轴的伸缩驱动通心管来回移动,可将管件夹持部分向外推出。 A tube bending machine rotation mechanism, comprising: means Gatling, Gatling tube axis rotation mechanism is provided, the outer shaft is provided with Gatling Gatling seat rotation axis of the inner tube is provided through the core tube, core tube through one end of the card is provided engaging rib and the engaging flange and the bearing is provided; and the tube axis of rotation provided on the side of the hydraulic cylinder, the cylinder axis of the hydraulic cylinder is provided, one end of the cylinder shaft disposed shaft seat, the seat disposed shaft engaging sleeve, and then by the shaft spiro ring provided on the shaft holder, and to the engaging sleeve fixed, characterized in that the inner end of the engaging sleeve and the engaging sleeve cover is screwed, engaging the sleeve cover is formed after the card is engaged with the engaging sleeve binding groove, this engaging groove bearing is provided on the core tube, core tube and the effective coupling through the cylinder shaft, a telescopic cylinder and the driving shaft moving back and forth through the core tube, the tube holding portion can be pushed out.
2. 根据权利要求1所述的弯管机转管机构,其特征在于还包括轴心座,轴心座设有中心轴,该中心轴由油压缸穿入,并经通心管、束管套筒内侧的套芯管与管件之间直至弯管装置。 The tube bending machine rotation mechanism according to claim 1, characterized by further comprising axial seat axial seat provided with a central axis, the central axis penetrates the hydraulic cylinder, and heart by-pass pipe, beam until the pipe elbow means between the sleeve and the inner sleeve core tube fittings.
CN 200610090351 2006-06-29 2006-06-29 Rotating mechanism of pipe bending machine CN100503071C (en)

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CN103464550B (en) * 2012-06-06 2016-05-25 浙江摩多巴克斯科技股份有限公司 A tube bender pipe pusher member
CN103831332B (en) * 2012-11-26 2016-08-24 浙江摩多巴克斯科技股份有限公司 An automatic processing machine and a processing method bend tube
CN103316975B (en) * 2013-07-08 2015-04-08 成都世唯科技有限公司 Winding machine for tube panels of water walls
CN103586314B (en) * 2013-12-06 2015-04-01 安徽德系重工科技有限公司 Inward-pushing-type clamping device of three-dimensional corner clamping tube in numerically-controlled tube bending machine

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CN2608182Y (en) 2003-03-07 2004-03-31 颖霖机械工业股份有限公司 Pipe fitting transfer device of pipe bending machine
CN2629862Y (en) 2003-07-26 2004-08-04 张家港和丰机械制造有限公司 Pushing device for pipe bending machine
CN2707394Y (en) 2004-06-25 2005-07-06 颖霖机械工业股份有限公司 Bidirectional bending device of pipe bender
CN1683096A (en) 2005-03-09 2005-10-19 无锡西源电力装备厂 Pipe bending machine
CN1748891A (en) 2005-10-19 2006-03-22 张家港市合丰机械制造有限公司 Material feeding pushing aid device for tube bending machine
US20060112752A1 (en) 2004-11-30 2006-06-01 Ping-Kun Hu Tube bender

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6192728B1 (en) 2000-05-30 2001-02-27 Yin Lin Machine Industrial Co., Ltd Pipe bending machine accurately controlling bent angles of pipes
CN2608182Y (en) 2003-03-07 2004-03-31 颖霖机械工业股份有限公司 Pipe fitting transfer device of pipe bending machine
CN2629862Y (en) 2003-07-26 2004-08-04 张家港和丰机械制造有限公司 Pushing device for pipe bending machine
CN2707394Y (en) 2004-06-25 2005-07-06 颖霖机械工业股份有限公司 Bidirectional bending device of pipe bender
US20060112752A1 (en) 2004-11-30 2006-06-01 Ping-Kun Hu Tube bender
CN1683096A (en) 2005-03-09 2005-10-19 无锡西源电力装备厂 Pipe bending machine
CN1748891A (en) 2005-10-19 2006-03-22 张家港市合丰机械制造有限公司 Material feeding pushing aid device for tube bending machine

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