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Publication numberCN101406921 B
Publication typeGrant
Application numberCN 200710123836
Publication date22 Dec 2010
Filing date9 Oct 2007
Priority date9 Oct 2007
Also published asCN101406921A
Publication number200710123836.0, CN 101406921 B, CN 101406921B, CN 200710123836, CN-B-101406921, CN101406921 B, CN101406921B, CN200710123836, CN200710123836.0
Inventors曾逸, 郑武
Applicant深圳市众为兴数控技术有限公司
Export CitationBiBTeX, EndNote, RefMan
External Links: SIPO, Espacenet
Machine for forming numerical control wire
CN 101406921 B
Abstract
The invention discloses a numerical control wire molding machine which comprises a wire feeding wheel component and a stander, wherein the wire feeding wheel component is driven by a first servo motor and is used for transporting wire materials; a working wheel is arranged on the stander and is driven by a second servo motor; the center of the working wheel is provided with a pylome which is consistent with a passage for transporting the wire materials; one side of the working wheel is provided with a bracket which is used for supporting and mounting a molded working module; and the molded working module comprises a third servo motor for driving a column claw to radially move along the working wheel and clamp the wire materials to be machined, and a fourth servo motor for driving a tool post of the side of the column claw to rotate for a preset angle around the column claw. The numerical control wire molding machine provides high automation equipment for wire material molding industry, greatly improves labor productivity, improves production efficiency by over 20 times compared with the prior production efficiency, reduces labor intensity, and improves product quality.
Claims(8)  translated from Chinese
  1. 一种数控线成型机,其特征在于,包括一送线轮组件,由一第一伺服电机驱动,用于输送线材;一机架,在该机架上设置有一工作轮,由一第二伺服电机驱动,该工作轮的中央设置为通孔,与输送所述线材的通道相一致;在该工作轮一侧设置有支架,用于支撑设置所述工作轮上的一成型工作模块;在所述工作轮上还设置有用于与所述成型工作模块的重量相抵配的配重;所述工作轮同轴设置有第二从动齿轮,并由所述第二伺服电机上设置的第二主动齿轮通过一中介轮驱动该第二从动齿轮,从而最终驱动所述工作轮的旋转;所述成型工作模块的工作角度由所述第二伺服电机控制;所述成型工作模块包括一第三伺服电机,用于驱动一柱爪沿所述工作轮径向移动并夹持待加工的线材,以及一第四伺服电机,用于驱动设置在所述柱爪侧边的刀座绕所述柱爪旋转预定角度;所述第一至第四伺服电机由一控制系统预先编程控制实现其操作过程。 A CNC wire forming machine, characterized in that it comprises a feed wheel assembly by a first servo motor for transporting the wire; a rack, set up a working wheel on the frame by a second servo motor drive, that the rotor is provided at the center through hole, aligned with the conveying passage of said wire; side is provided with a bracket in the working wheel, for forming a work module supporting the working wheel provided; in the above the rotor is also provided with a counterweight with the molding operation of the module with the balance weight; the working wheel coaxially provided with the second driven gear, by the second servo motor is provided on the second active through the intermediary of a gear wheel driving the second driven gear, thereby rotating the final drive of the rotor; the operating angle of the operating module forming the second servo motor control; the operating module includes forming a third servo motor for driving a column pawl moves radially along the working wheel to be machined and the clamping wire, and a fourth servo motor, for driving the knife in the column pawl disposed about said side column pawl rotated by a predetermined angle; the first to fourth servo motor controlled by a pre-programmed control system to achieve its operation.
  2. 2.根据权利要求1所述的数控线成型机,其特征在于,所述送线轮组件包括六个送线轮并分为三组,每组送线轮相向旋转,用于驱动夹持在送线轮之间的线材向工作轮的通孔移动。 The CNC wire forming machine according to claim 1, characterized in that the feed wheel assembly includes six sending wire wheel and divided into three groups, each sending wire wheel opposite rotation for driving clamping wire feed line between the wheels moving to work through-hole round.
  3. 3.根据权利要求2所述的数控线成型机,其特征在于,所述送线轮组件之前还设置有一校直组件,该校直组件包括有相互垂直设置的两组校直轮,每组校直轮交错设置,并设置待加工的线材穿过校直轮之间的通道。 The CNC wire forming machine according to claim 2, wherein, prior to the sending wire wheel assembly is also provided with a straightening assembly, the school straight assembly includes two mutually perpendicular wheel alignment settings, each group staggered wheel alignment settings and set the wire to be processed through the channel between the wheel alignment.
  4. 4.根据权利要求1所述的数控线成型机,其特征在于,所述第三伺服电机驱动设置有一丝杆,通过该丝杆驱动一端部设置有柱爪的长轴沿所述工作轮径向移动,并在该长轴上枢接设置有一第三从动齿轮,用于与所述刀座相固定;一第四主动齿轮设置在所述第四伺服电机上,该第四主动齿轮的齿面长度用于保证所述长轴在工作位移内与所述第三从动齿轮相适配传动。 NC-molding machine according to one of the preceding claims, characterized in that said third servo motor is provided with a trace of rod, one end portion by the screw drive is provided with a column along the major axis of the working pawl wheel diameter to the mobile, and pivoted on the major axis disposed with a third driven gear, and the knife holder relative to the fixed; a fourth driving gear provided on said fourth servo motor, the driving gear of the fourth the length of the tooth surface to ensure the long axis of the displacement in the work with the third driven gear transmission adapted.
  5. 5.根据权利要求4所述的数控线成型机,其特征在于,所述第三伺服电机与所述丝杆通过一第三联轴器联动。 The NC-molding machine according to claim 4, characterized in that said third servo motor and said feed screw by means of a third coupling linkage.
  6. 6.根据权利要求4所述的数控线成型机,其特征在于,所述第四伺服电机通过一第四联轴器与所述第四主动齿轮联动。 The NC-molding machine according to claim 4, wherein said fourth servo motor through a fourth coupling with the fourth drive gear linkage.
  7. 7.根据权利要求4所述的数控线成型机,其特征在于,所述工作轮的通孔内还设置有连接盘,用于约束所述线材在待加工位置。 NC-molding machine according to one of the preceding claims, characterized in that said through-hole of the rotor is also provided with a connector plate, for confining the position of the wire to be processed.
  8. 8.根据权利要求7所述的数控线成型机,其特征在于,所述成型工作模块上还设置有一芯轴,用于夹持来自所述连接盘的待加工线材;所述芯轴端部平齐,并与一切刀紧靠,所述切刀通过一枢轴固定一切刀座板,并由所述长轴上的第三从动齿轮受控连动所述切刀座板。 CNC wire according to claim 7, wherein the molding machine, characterized in that, on the forming module is also provided with a work spindle for holding a connector plate from the wire to be processed; the end portion of the mandrel flush, and close with a cutter, a knife all blade fixed by a pivot base plate, driven by a third gear on the long axis of the cutter holder controlled interlocking panels.
Description  translated from Chinese

一种数控线成型机 One kind of CNC wire forming machine

技术领域 FIELD

[0001] 本发明涉及一种机械加工设备,尤其涉及的是一种自动化的数控线成型机装置。 [0001] The present invention relates to a method of machining equipment, particularly relates to an automated CNC wire forming machine devices. 背景技术 BACKGROUND

[0002] 现有技术的线材成型技术目前在国内已有许多种类的设备,特别是专用的弹簧生产设备,已发展到较高自动化水平;另外还有一些自动化程度较低的非标设备。 [0002] The prior art wire forming technology is currently in the country has many types of equipment, especially special spring production equipment, has developed to a higher level of automation; and there are some low degree of automation of non-standard equipment. 虽然弹簧生产设备属于线成型范畴,但主要从事弹簧的生产,也可生产一些小型异形线材产品;而对于一些尺寸较大、形状复杂的线成型产品,目前国内主要以手工制作或简易成型为主,效率低,劳动强度大,质量不高。 Although spring production equipment belonging lines forming areas, but mainly engaged in the production of spring, but also can produce some small shaped wire products; and for some the size of a large, complex shape molding product line, currently mainly handmade or simple shape-based low efficiency, high labor intensity, quality is not high.

[0003] 因此,现有技术还存在缺陷,而有待于改进和发展。 [0003] Accordingly, the prior art also flawed, and needs to be improved and developed. 发明内容 SUMMARY

[0004] 本发明的目的在于提供一种数控线成型机,为解决目前线成型生产中效率低、劳动强度高、质量不高等所存在的问题,提供一种数控全自动化加工设备,可实现自动连续高效生产,完全淘汰手工劳动。 [0004] The present invention is to provide a CNC wire forming machine, molding production lines to solve the current low efficiency, high labor intensity, higher quality is not the problems, to provide a fully automated CNC machining equipment, automatic continuous and efficient production, complete elimination of manual labor. 目前国内还没有同类产品。 Currently no similar products.

[0005] 本发明的技术方案如下: [0005] aspect of the present invention is as follows:

[0006] 一种数控线成型机,其中,包括一送线轮组件,由一第一伺服电机驱动,用于输送线材;一机架,在该机架上设置有一工作轮,由一第二伺服电机驱动,该工作轮的中央设置为通孔,与输送所述线材的通道相一致;在该工作轮一侧设置有支架,用于支撑设置一成型工作模块;所述成型工作模块的工作角度由所述第二伺服电机控制;所述成型工作模块包括一第三伺服电机,用于驱动一柱爪沿所述工作轮径向移动并夹持待加工的线材,以及一第四伺服电机,用于驱动设置在所述柱爪侧边的刀座绕所述柱爪旋转预定角度;所述第一至第四伺服电机由一控制系统预先编程控制实现其操作过程。 [0006] A CNC wire forming machine, which includes a feed wheel assembly by a first servo motor for transporting the wire; a rack on the frame is provided with a working wheel, by a second servo motor drive, that the rotor is provided at the center through hole, aligned with the conveying passage of said wire; side is provided with a bracket in the working wheel provided with a molding for supporting the work module; the forming operation of the module work an angle formed by said second servo motor control; the operating module comprises a third forming servo motor for driving a column pawl moves radially along the working wheel to be machined and the clamping wire, and a fourth servo motor for driving pawl disposed about said column rotated by a predetermined angle of the knife block column pawl side; the process to achieve the first to fourth servo motor control system which is operated by a pre-programmed control.

[0007] 所述的数控线成型机,其中,所述送线轮组件包括六个送线轮并分为三组,每组送线轮相向旋转,用于驱动夹持在送线轮之间的线材向工作轮的通孔移动。 [0007] The CNC wire forming machine, wherein the sending wire wheel assembly includes six sending wire wheel and divided into three groups, each sending wire wheel opposite rotation between the feed line for the drive wheel clamping moves to the rotor of the wire through hole.

[0008] 所述的数控线成型机,其中,所述送线轮组件之前还设置有一校直组件,该校直组件包括有相互垂直设置的两组校直轮,每组校直轮交错设置,并设置待加工的线材穿过校直轮之间的通道。 [0008] The CNC wire forming machine, wherein the wheel assembly before delivery line is also provided with a straightening assembly, the school straight alignment assembly includes two mutually perpendicular set of wheels, each wheel alignment staggered and set a wire to be processed through the passage between the wheel alignment.

[0009] 所述的数控线成型机,其中,所述工作轮上设置有配重,用于与所述成型工作模块相抵配。 [0009] The CNC machine line, which is provided with a counterweight on the working wheel, for forming the operating module with the offset feature.

[0010] 所述的数控线成型机,其中,所述工作轮同轴设置有第二从动齿轮,并由所述第二伺服电机上设置的第二主动齿轮通过一中介轮驱动。 [0010] The CNC wire forming machine, wherein the working wheel coaxially provided with the second driven gear, by the second drive gear provided on the second servo motor through the intermediary of a drive wheel.

[0011 ] 所述的数控线成型机,其中,所述第三伺服电机驱动设置有一丝杆,通过该丝杆驱动一端部设置有柱爪的长轴一沿所述工作轮径向移动,并在该长轴上枢接设置有一第三从动齿轮,用于与所述刀座相固定;一第四主动齿轮设置在所述第四伺服电机上,该第四主动齿轮的齿面长度用于保证所述长轴在工作位移内与所述第三从动齿轮相适配传动。 [0011] The CNC machine lines, wherein the third servo motor is provided with a trace of rod, one end portion by the screw drive is provided with a long axis of a column jaws move radially along the working wheel, and On the long axis of the pivot is provided with a third driven gear, and the knife holder relative to the fixed; a fourth driving gear provided on said fourth servo motor, the length of the tooth surface with the fourth driving gear to ensure the long axis of the displacement in the work with the third driven gear transmission adapted. [0012] 所述的数控线成型机,其中,所述第三伺服电机与所述丝杆通过一第三联轴器联动。 [0012] The CNC wire forming machine, wherein the third servo motor and a screw through a third coupling linkage.

[0013] 所述的数控线成型机,其中,所述第四伺服电机通过一第四联轴器与所述第四主动齿轮联动。 [0013] The CNC machine lines, wherein said fourth servo motor through a fourth coupling with the fourth drive gear linkage.

[0014] 所述的数控线成型机,其中,所述工作轮的通孔内还设置有连接盘,用于约束所述线材在待加工位置。 [0014] The CNC machine lines, wherein, said through-hole of the rotor is also provided with a connector plate, for confining the position of the wire to be processed.

[0015] 所述的数控线成型机,其中,所述成型工作模块上还设置有一芯轴,用于夹持来自所述连接盘的待加工线材;所述芯轴端部平齐,并与一切刀紧靠,所述切刀通过一枢轴固定一切刀座板,并由所述长轴上的第三从动齿轮受控连动所述切刀座板。 [0015] The CNC machine lines, wherein the upper molding operating module is also provided with a mandrel, for clamping the disc from the connection wire to be processed; flush end portion of the core shaft, and with Everything knife close to the knife all blade fixed by a pivot base plate, driven by a third gear on the long axis of the cutter holder controlled interlocking panels.

[0016] 本发明所提供的一种数控线成型机,为线材成型工业提供了一种高自动化设备, 大大提高了劳动生产率,比原有生产效率提高20倍以上,降低了劳动强度,并提高了产品质量。 [0016] The present invention provides a CNC wire forming machine, wire forming industry for providing a high-automation equipment, greatly improving labor productivity, production efficiency than the original more than 20 times, reduce labor intensity and improve product quality.

附图说明 Brief Description

[0017] 图1为本发明的数控线成型机的立体示意图; [0017] Figure 1 of the present invention CNC wire forming machine schematic perspective view;

[0018] 图2为本发明的数控线成型机的另一角度的立体示意图; [0018] Figure 2 is another perspective of the invention NC line perspective schematic view of the molding machine;

[0019] 图3为本发明的生产流程示意图; [0019] Production process Figure 3 a schematic view of the present invention;

[0020] 图4a和图4b分别为本发明的成型工作模块的局部剖示图; Local forming work module [0020] Figures 4a and 4b are cross-sectional diagram of the present invention;

[0021] 图5为本发明数控线成型机中的送线轮装置的示意图; [0021] Figure 5 is a schematic diagram of the invention CNC wire forming device sending wire wheel machine;

[0022] 图6为本发明数控线成型机中的工作轮装配位置剖示图; [0022] Figure 6 of the present invention CNC wire forming machine work in a cross-sectional diagram of the location of the wheel assembly;

[0023] 图7为本发明数控线成型机的工作轮驱动结构的剖示图。 [0023] FIG. 7 of the present invention CNC wire forming machine work-wheel-drive architecture sectional diagram.

具体实施方式 DETAILED DESCRIPTION

[0024] 以下对本发明的较佳实施例加以详细说明。 [0024] The following detailed description of the preferred embodiment to the present invention.

[0025] 本发明的数控线成型机主要是用于工业控制生产加工线材,其工业控制器可采用一通用计算机或嵌入式系统,可以分别控制四台伺服电机,实现复杂连续的机械运动,通过预先编程设置要加工成的结构,并可一次性加工成型各种线材产品。 [0025] The present invention CNC wire forming machine is mainly used for industrial control the production and processing of wire, its industrial controller can be a general purpose computer or embedded system can control four servo motor to achieve continuous complex mechanical movement, through pre-programmed to be processed into the structure, and a one-time processing of forming various wire products. 同时须另外配置一台自动送料机,以实现自动送料。 At the same time must also configure an automatic feeder, to achieve automatic feeding.

[0026] 本发明的数控线成型机,如图1和图2所示,其包括一送线轮组件110,由一第一伺服电机111驱动,用于输送待加工的线材;同时设置一机架120,该机架设置包括有底架121 和侧架122,底架台面上可以设置所述送线轮组件110,在侧架122上设置各工作部;在该机架120的侧架122上设置有一工作轮123,该工作轮123设置具有较大的轮面板,通过一第二伺服电机211驱动,该工作轮123的中央设置为通孔124,与从所述送线轮组件110的输送所述线材的通道相一致,从而可以将待加工的线材输送到工作轮中央来进行加工和工作。 [0026] The present invention CNC wire forming machine, as shown in Figures 1 and 2, which comprises a feed line wheel assembly 110 by a first servo motor 111 drives, for transporting the wire rod to be processed; while providing a machine frame 120, the frame set includes side frame chassis 121 and 122, you can set the table chassis sending wire wheel assembly 110, setting the working portion in the side frame 122; in the rack side frame 120 122 is provided with an operating wheel 123, provided that the rotor 123 has a larger round panel, by a second servo motor 211 drives, the center of the rotor 123 is set to the through hole 124, and the power transmission line from the wheel assembly 110 feeding said wire passage is consistent, which can be machined is conveyed to the rotor central wire to be processed and the work.

[0027] 在该工作轮123 —侧设置有支架125,用于支撑设置一成型工作模块,该成型工作模块包括一第三伺服电机311,通过一丝杆131驱动一柱爪132沿所述工作轮的径向移动, 并可夹持待加工的线材,如图4a和图4b所示的,所述柱爪为一钳口结构,在所述第三伺服电机311的驱动下向所述工作轮中心推进可以夹持到所述待加工的线材上;同时,在所述支架上还设置一第四伺服电机411,用于驱动设置在所述柱爪132侧边的刀座141绕所述柱爪132旋转预定角度。 [0027] In this work round 123-- have side bracket 125 for supporting the work of setting a molding module, the molding work module comprises a third servo motor 311, 131 driven by a trace of a column claw pole 132 along the working wheel radial movement, and a wire holder to be processed, as shown in Figure 4a and 4b, the pillar is a pawl jaw structure, wherein the rotor to the third servo motor 311 is driven can be clamped to the center of the advance to be processed wire; while, on the bracket further provided with a fourth servo motor 411 for driving the column provided at the side of the pawl 132 about the tool holder 141 column pawl 132 rotates by a predetermined angle.

[0028] 本发明的所述第一至第四伺服电机都是由一控制系统预先编程控制实现其操作过程的,这个控制系统可以是一台通用计算机上运行的操控程序,所述柱爪132夹持的待加工线材由第一伺服电机111控制向前输送和延伸的长度;由第二伺服电机211控制成型工作模块的工作角度,再由第三伺服电机311控制所述柱爪的伸缩;所述第四伺服电机411 控制所述柱爪132旁边的刀座141绕所述柱爪旋转的角度,从而在控制系统的控制下可以实现对所述柱爪夹持的线材进行弯折,进而自动进行各种弯折线材的生产过程。 [0028] The present invention is the first to fourth servo motor are realized by a pre-programmed control system for controlling the operation of the process, the control system can be a control program running on a general purpose computer, the pawl 132 column the length of the wire to be processed is sandwiched between the first conveyor and extending servo motor 111 is controlled by forward; manufactured by forming a second servo motor 211 controls the operation of the module working angle, and then by a third servo motor 311 controls the telescopic column pawl; said fourth servo motor 411 controls the claw 132 tool holder 141 column next angle of rotation of the pawl around the column, so that under the control of the control system may be implemented on the column by bending a wire gripping jaws, and then Various automatic bending wire production process.

[0029] 本发明所述送线轮组件如图5所示的,还包括六个送线轮112并可分为三组,每组的两个送线轮可相向旋转,用于向同一个方向即所述定型工作模块的方向驱动已经夹持在送线轮之间的线材移动。 [0029] The present invention feed wheel assembly as shown in FIG. 5, further comprising six wire feeding wheel 112 may be divided into three groups, each group of the two yarn feeding wheels can rotate against each other, for the same direction of the stereotypes that have been gripping the work module drivers move between the wire feed reel. 如图3所示,在本发明所述送线轮组件之前还设置有一校直组件130,该校直组件130包括有相互垂直设置的两组校直轮140,每组校直轮交错设置,并设置待加工的线材穿过校直轮之间的通道,这样通过校直轮的校正后,进入工作轮的线材能够保证是直线,以便减少所述控制系统的控制加工时的误差。 3, prior to the present invention, feed wheel assembly further provided with a straightening assembly 130, assembly 130 includes the school straight set of two mutually perpendicular alignment wheel 140, each wheel straightening staggered, and set to be processed through the channel straightening wire between rounds, after so by correcting wheel alignment, wheel into the wire work to ensure a straight line, in order to reduce the error of the control system to control the processing time.

[0030] 由于本发明的所述成型加工模块重量较重,在所述工作轮123上还设置有配重135,用于与所述成型工作模块的重量相抵配,这样减少所述第二伺服电机驱动力损耗。 [0030] Since the present invention is molding module heavier weight on the work wheel 123 is further provided with a counterweight 135, is intended for the forming operation of the module with the weight balance, thus reducing the second servo motor drive power loss. 所述工作轮123同轴设置有第二从动齿轮126,如图7所示,并由所述第二伺服电机上设置的第二主动齿轮127通过一中介轮128驱动该第二从动齿轮126,从而最终驱动所述工作轮123的旋转。 The Geneva wheel 123 coaxially provided with the second driven gear 126, shown in Figure 7, by the second drive gear provided on the second servo motor 127 through the intermediary of a drive wheel of the second driven gear 128 126, so that rotation of the final drive of the rotor 123.

[0031] 本发明所述的数控线成型机中,如图4a和图4b所示的,所述第三伺服电机311 驱动所述丝杆131,通过该丝杆131驱动一端部设置有柱爪132的长轴133沿所述工作轮123的径向移动,其结构实现方式是在所述长轴133上固定设置有一螺纹部,适配所述丝杆131,所述丝杆由所述第三伺服电机驱动旋转,从而通过螺纹推动所述长轴133在所述工作轮123径向上的进退。 [0031] NC-molding machine according to the present invention, as shown in 4a and 4b, the third servo motor 311 drives the lead screw 131, through which an end portion of the drive screw 131 is provided with a claw column 133 along the major axis of the radial movement of the rotor 132 is 123, which is fixed to the structure of implementation is provided with a threaded portion on the major axis 133, the screw adapter 131, the lead screw by the first Three servo motor is driven to rotate, thereby pushing the major axis 133 123 forward and backward in the radial direction on the rotor by a threaded. 所述第三伺服电机311与所述丝杆131通过一第三联轴器134联动, 所述第三联轴器134用于固连所述第三伺服电机311和所述丝杆131。 The third servo motor 311 and the screw 131 through a linkage 134 coupling the third, the third coupling 134 is fixedly connected to the third servo motor 311 and the screw 131.

[0032] 在该长轴133上还枢接设置有一第三从动齿轮312,用于与所述刀座141相固定, 可相对于所述柱爪旋转;一第四主动齿轮412设置在所述第四伺服电机411上,该第四主动齿轮412的齿面长度较长,可以保证所述长轴133在工作位移范围内,第四主动齿轮412都能与所述第三从动齿轮312相适配传动。 [0032] On the long axis 133 is also provided with a pivoted third driven gears 312, 141 for the knife holder relative to the fixed, movable relative to said pawl rotating column; a fourth driving gear 412 provided in the the said fourth servo motor 411, the fourth pinion gear tooth surfaces longer length 412 can ensure the long axis of 133 working displacement range, the fourth drive gear 412 can be driven with the third gear 312 adapted drive. 通过该第四主动齿轮412的传动,所述刀座141就在所述第三从动齿轮312的带动下,相对于所述柱爪旋转工作。 By the fourth drive gear drive 412, the knife 141 is driven by the third driven gear 312, relative to the jaw cylinder rotating work. 所述第四伺服电机411通过一第四联轴器144与所述第四主动齿轮412联动。 Said fourth servo motor 411 through a coupling 144 and the fourth pinion gear 412 fourth linkage.

[0033] 为夹持固定加工过程中的线材,本发明的所述数控线成型机中,在所述工作轮123 的通孔内还设置有连接盘129,如图6所示,用于约束所述线材在待加工位置。 [0033] The process for holding and fixing a wire, the wire forming the NC machine of the present invention, in the through hole of the rotor 123 is also provided with a connector plate 129, shown in Figure 6, for the constraint the wire in position to be processed. 同时在所述成型工作模块上还设置有一芯轴150,如图4b所示,与所述工作轮的转轴同轴设置,用于夹持来自所述连接盘129的待加工线材,根据待加工的线材粗细不同,所述芯轴可以采用不同尺寸的孔径以适配待加工的线材;所述芯轴150的端部平齐,并与一切刀160紧靠,所述切刀可设置为一环形部件,其孔部用于所述线材的穿越,并通过设置一枢轴161在所述支架125上,跨越所述枢轴161与所述切刀160固定有一切刀座板162,以形成杠杆,并由所述长轴133受控连动所述切刀座板162,如图4b所示的,例如可以在所述柱爪向非工作位置后退时,在所述长轴133上设置有一突出部可以触动所述切刀座板162,从而通过杠杆原理带动所述切刀160与所述芯轴150的平齐端部错动,可以由控制系统控制剪断加工完毕的线材。 Simultaneously forming on the operating module is also provided with a spindle 150, as shown, disposed coaxially with the rotary shaft of the working wheel 4b, for holding the disc 129 from the connecting wire to be processed, to be processed in accordance with The different wire thickness, the mandrel can be used to fit different sizes of aperture to be machined wire; flush the mandrel end portion 150, and in close proximity with a cutter 160, the cutter can be set to a an annular member having a pore cross section for the wire, and by providing a pivot 161 on the bracket 125, across the pivot 161 and the cutter 160 is fixed to a cutter holder plate 162, to form lever, 133 controlled by the major axis of the interlocking cutting base plate 162, as shown in Figure 4b, for example, when the non-operating position retracted in the column pawl disposed on said major axis 133 a protrusion can touch the cutting base plate 162, so that by the principle of leverage driven flush with the ends of the cutter 160 of the mandrel 150. dislocation can be controlled by the control system of the wire cut machining is completed.

[0034] 本发明的工作流程图如图3所示的,通过一盘线架210将待加工的线材引出,通过校直组件对线材进行校直,然后通过送料组件向所述工作轮上的成型加工模块输送待加工的线材,需要注意的是,从送料组件开始,所述四个伺服电机是由控制系统进行精密控制的,从而可以根据预先的编程设置要求进行相应的加工过程。 [0034] The flow chart of operation of the invention shown in FIG. 3, frame 210 via a plate line wire leads to be processed by the components of the wire straightening straightened, and then through the feed assembly to the work wheel forming a wire to be processed transport module, should be noted that, starting from the feeding assembly, said four servo motor is precisely controlled by a control system, which can make the appropriate process based on pre-programmed set of requirements. 本发明的数控线成型机完全采用自动化生产过程,其生产效率高,质量稳定。 CNC wire forming machine of the present invention, the production process is fully automated, high production efficiency, quality and stability.

[0035] 应当理解的是,对本领域普通技术人员来说,可以根据上述说明加以改进或变换, 而所有这些改进和变换都应属于本发明所附权利要求的保护范围。 [0035] It should be understood that those of ordinary skill in the art, can be modified or converted in accordance with the foregoing description, and all such modifications and variations should fall within the protection of the appended claims of the invention.

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Reference
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Classifications
International ClassificationB21F1/02, B21F1/00, B21F23/00, B21F11/00
Legal Events
DateCodeEventDescription
15 Apr 2009C06Publication
10 Jun 2009C10Request of examination as to substance
22 Dec 2010C14Granted
14 Dec 2011C56Change in the name or address of the patentee
Owner name: ADTECH (SHENZHEN) TECHNOLOGY CO., LTD.
Free format text: FORMER NAME: SHENZHEN ADTECH CNC TECHNOLOGY CO., LTD.