CN105234267A - U-type scrap-free discharging and automatic pipe bending machine - Google Patents
U-type scrap-free discharging and automatic pipe bending machine Download PDFInfo
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- CN105234267A CN105234267A CN201510796048.2A CN201510796048A CN105234267A CN 105234267 A CN105234267 A CN 105234267A CN 201510796048 A CN201510796048 A CN 201510796048A CN 105234267 A CN105234267 A CN 105234267A
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Abstract
The invention relates to a U-type scrap-free discharging and automatic pipe bending machine. The U-type scrap-free discharging and automatic pipe bending machine comprises a cutting mechanism, a shaping mechanism, a pipe bending mechanism and a conveying mechanism, wherein the conveying mechanism is composed of a vibration disc, a feeder, a primary receiving base, a secondary receiving base, a primary push rod, a to-be-bent pipe conveying mechanism and a fed material mechanical clamp mechanism. The cutting mechanism and the pipe bending mechanism are integrated on one machine, the machine is of an integrated structure and is small in occupied space, automatic straightening, fixed-length scrap-free cutting (free of excess materials and free of burrs), automatic shaping and automatic bending forming of raw materials (coil pipes) are achieved, and finished products are obtained at a time. The manufacturing processes like burr removal, grinding, washing and drying are avoided, and the raw materials can be saved.
Description
Technical field
The present invention relates to a kind of chipless automatic bend pipe equipment, be specifically related to a kind of U-shaped or U-shaped bending machine across pipe (two R type short U-shaped) chipless blanking.
Background technology
Household electrical appliances, air-conditioning, the products such as refrigeration plant industry often need use difform U-tube material as parts, and U-tube needs specific equipment to be made by tubing size and dimension as required.
Common U-tube machine, generally manually or automated manner by tubing bending and molding, and then to be cut by saw blade.Need in manual mode after pipe feeding, processed by artificial single brake forming, the mouth of pipe, clean, dried, whole process efficiency is low, and operation is many, and cleaning not environmentally.Although common automatic processing device also has stretching, bending and cut-out integrated function, but with saw blade, the product bent must be carried out there is bits cutting, cutting waste material can be produced in the process having bits cutting, during cutting, the mouth of pipe can produce overlap, burr and powder particle, need cool saw blade with cold oil, the required clout of cutter itself cutting and must in rear operation deburring grinding, cleaning, cleaning, also must dry afterwards, manufacturing process is many, operation is many, multiple devices floor space is large, and logistics cost space is large, and cleaning not environmentally.
Summary of the invention
The invention discloses a kind of chipless automatic U-shaped angle pipe equipment, be intended to the above-mentioned deficiency improved existing for prior art.
Technical scheme of the present invention is as follows:
A kind of U-shaped chipless blanking automatic pipebender, comprises sawing sheet mechanism, reshaping device and pipe bending mechanism and the isometric tubing to be curved that described sawing sheet mechanism outputs can be transported in described reshaping device and carry out fourth contact and tubing to be curved complete for shaping is delivered to the transmission mechanism that described pipe bending mechanism carries out bending.
Further, described sawing sheet mechanism comprises aligning portion and cutting part, and described cutting part is provided with no-chip cutting device and breaks/clap disconnected device.
Further, described reshaping device comprises shaping seat, the first grip slipper and shaping bar; The top of described shaping seat is provided with the parallel tubing storage tank of multiple tracks, the top of described shaping seat is located at by described first grip slipper, multiple tracks tubing storage tank is provided with accordingly bottom it, described first grip slipper can pump relative to described shaping seat, coordinate with described shaping seat when it comes downwards to the end common by pipe clamping in tubing storage tank; Described shaping bar is provided with two groups, is divided into the both sides of described shaping seat symmetrically, can synchronous front-rear reciprocation movement, can carry out synchronous fourth contact when moving ahead to the two ends of the tubing on described shaping seat.
Further, described pipe bending mechanism comprises bending part, pushing guide part and support; Described bending part is provided with bend pipe mould, and described bend pipe mould is arranged in rotating shaft, and this rotating shaft is supported by single bearing block, and described bend pipe mould rotates with axle, carries out bending operation to tubing; Described pushing guide part is located at the rear side of described bending part, comprise pluggable importing bar in tubing chamber, the front end of described importing bar be in all the time tubing chamber bending Dian Chu, to make tubing chamber bending part keep rounding off, this importing bar is socketed with bar cover, described bar cover can front-rear reciprocation movement, can push away before the tubing point two-stage on described importing bar when it moves ahead: tubing can progressively push in described Bending Mould by the first order carries out bending, and the bend pipe of bending and molding can be pushed away body by the second level; Described support is located at the below of described importing bar and Bending Mould, comprises supporting base, and described supporting base can pump, and the tubing on described importing bar can be propped up in the bending groove withstanding on described Bending Mould to carry out bending operation when it goes upward to top.
Further, described transmission mechanism comprises vibrating disc, splicing seat, secondary splicing seat, push rod, to be curvedly send breaking mechanism and feeding mechanical clamp mechanism; Described vibrating disc is located at the blanking end of described sawing sheet mechanism, and this vibrating disc is provided with can by the feed appliance of root blanking; A described splicing seat is located at the discharging end of described feed appliance; Described secondary splicing seat and push rod are divided into two of a described splicing seat, described secondary splicing seat can all tubing on the described first splicing seat of disposable undertaking, and the disposable longitudinal direction of all tubing on a described splicing seat can push on described secondary splicing seat by a described push rod; The described side sending breaking mechanism to be located at described secondary splicing seat to be curved, described reshaping device is located at described secondary splicing seat and is to be curvedly sent between breaking mechanism, and the described breaking mechanism that send to be curved can be accepted the complete tubing to be curved of shaping from described reshaping device and deliver in described pipe bending mechanism by accepted tubing; Tubing to be curved on described secondary splicing seat and reshaping device all by the synchronous translation respectively of described feeding mechanical clamp mechanism to described reshaping device with to be curvedly to send in breaking mechanism.
Further, described vibrating disc is provided with and can monitors tubing number change in its dish, to control the probe of sawing sheet mechanism start and stop.
Further, the top of a described splicing seat is provided with the parallel tubing storage tank of multiple tracks, its pedestal can relative to the discharging opening lateral displacement of described feed appliance, to make the multiple tracks tubing storage tank at its top dock with the feed opening of described feed appliance successively, thus accept tubing by root from described feed appliance by groove.
Further, the described breaking mechanism that send to be curved comprises three splicing seats, and the top of described three splicing seats is provided with the parallel tubing storage tank of multiple tracks; The top of described three splicing seats is provided with the second grip slipper, the bottom of this second grip slipper is provided with multiple tracks tubing storage tank accordingly, this second grip slipper can pump relative to described three splicing seats, when it comes downwards to the end and described three splicing seats jointly the pipe clamping in tubing storage tank is lived; The rear side of described three splicing seats is provided with secondary push rod, and described secondary push rod can front-rear reciprocation movement, can push in pipe bending mechanism by all tubing disposable longitudinal direction on described three splicing seats when it moves ahead; Described three splicing seats, the second grip slipper and secondary push rod form the body that is synchronized with the movement, this body that is synchronized with the movement can front-rear reciprocation movement, described in when it moves ahead, three splicing seats can dock described reshaping device and pipe bending mechanism successively, thus accept the complete tubing of shaping and the disposable longitudinal direction of all tubing it accepted by described secondary push rod pushes in bending mechanism by described three splicing seats from described reshaping device.
Further, described feeding mechanical clamp mechanism comprises holder, and described holder is provided with setting up and down by two and can the jig arm that forms of the clamping bar of folding mutually, and described jig arm is provided with the forward and backward jaws that can clamp tubing; Described jig arm can up and down, front-rear reciprocation movement, and by its forward and backward jaws synchronously by the tubing in described reshaping device and secondary splicing seat respectively translation to be curvedly to send in breaking mechanism and reshaping device to described.
Compared to same category of device before, sawing sheet portion and bending part integrate by the present invention, single device can complete tubing stretching, cut off, all operations such as shaping and bending, product can disposablely complete, and equipment adopts integral structure, and it is little to take up an area space; The present invention eliminates the manufacturing process such as deburring, grinding, cleaning, cleaning, drying, has environment-friendly advantage; Present invention also simplifies conventional production technology, joint people economizes material, is conducive to industry device technology innovation; Tubing transmission mechanism of the present invention and bending mechanism all can carry out operation for many tubing simultaneously, and efficiency is high.
Accompanying drawing explanation
Fig. 1 is the general structure schematic diagram of the embodiment of the present invention
Fig. 2 is vibrating disk and feed appliance, a splicing seat relation schematic diagram of the embodiment of the present invention
Fig. 3 is a splicing seat of the embodiment of the present invention, the position connection diagram between secondary splicing seat and a push rod group
Fig. 4 is feeding mechanical clamp mechanism and secondary splicing seat, reshaping device and the connection diagram sent between breaking mechanism to be curved of the embodiment of the present invention
Fig. 5 is the structural representation of the reshaping device of the embodiment of the present invention
Fig. 6 is the structural representation of the feeding mechanical clamp mechanism of the embodiment of the present invention
Fig. 7 is the structural representation sending breaking mechanism to be curved of the embodiment of the present invention
Fig. 8 is the structural representation of the pipe bending mechanism of the embodiment of the present invention
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
With reference to Fig. 1-8:
A kind of U-tube machine, comprise board 1, board is provided with sawing sheet mechanism and bending mechanism, and sawing sheet mechanism comprises feed clamp 2, aligning portion 3, stationary fixture 4 and cutting, claps disconnected portion 5, it is stretching that aligning portion 3 will coil tubing, and tubing is cut into isometric short straight tube by cutting, the disconnected portion 5 of bat.
Be provided with vibrating disk 6 below the blanking port of sawing sheet mechanism, the top of vibrating disk 6 is provided with the feed appliance 7 outwards can carrying tubing by root, is provided with and can monitors tubing number change in its dish, to control the probe 8 of sawing sheet mechanism start and stop in vibrating disc 6.
The feed opening place of feed appliance 7 is provided with the tubing storage tank that multiple tracks can distinguish accommodating single tubing with being provided with the top surface being parallel of a splicing seat 9, splicing seat 9; A splicing seat 9 connects the output of the first motor 10, and to be driven by this first motor 10 and relative to translation before and after the feed opening of feed appliance 7, dock with the feed opening of feed appliance 7 successively to make the multiple tracks tubing storage tank of its end face, thus accept tubing by root from feed appliance 7 by groove, until its all tubing storage tank all connects tubing.
One of a splicing seat 9 is provided with secondary splicing seat 11, other end is provided with a push rod group 12, secondary splicing seat 11 is provided with and multiple tracks tubing storage tank one to one on a splicing seat 9, one time push rod group 12 is driven by the first cylinder 13 and by front-rear reciprocation movement, the disposable longitudinal direction of all tubing in the tubing storage tank of a splicing seat 9 can be pushed in the tubing storage tank on secondary splicing seat 11 when it moves ahead.
The side of secondary splicing seat 11 is provided with reshaping device, this reshaping device comprises shaping seat 14 and the first grip slipper 15, the top of shaping seat 14 is provided with multiple tracks tubing storage tank, its tubing storage tank is parallel with the tubing storage tank on secondary splicing seat 11, the bottom of the first grip slipper 15 is provided with it tubing storage tank one to one, first grip slipper 15 is driven by the second cylinder 16 and pumps, when it comes downwards to the end by pipe clamping in tubing storage tank; The notch place, both sides of the tubing storage tank of shaping seat 14 is provided with the first identical shaping bar group 17 and the second shaping bar group 18 of structure respectively symmetrically, first shaping bar group 17 and the second shaping bar group 18 are driven by the 3rd cylinder 19 and four-cylinder 20 and synchronous front-rear reciprocation movement respectively, and when moving ahead, the correction conehead of lever front end synchronously can carry out fourth contact to the two ends of all tubing on shaping seat 14.
The outside of reshaping device is provided with to be curvedly send breaking mechanism, and the top sending breaking mechanism to comprise three splicing seats, 21, three splicing seats 21 to be curved is provided with the parallel tubing storage tank of multiple tracks, and its tubing storage tank is laterally parallel with the tubing storage tank on shaping seat 14; The top of three splicing seats 21 is provided with the second grip slipper 22, the bottom of this second grip slipper 22 is provided with and tubing storage tank one to one on three splicing seats 21, this second grip slipper 22 is driven by the 5th cylinder 23 and pumps, when it comes downwards to the end and three splicing seats 21 jointly the pipe clamping in tubing storage tank is lived; The rear side of three splicing seats 21 is provided with secondary push rod group 24, and secondary push rod group 24 is driven and front-rear reciprocation movement by the 6th cylinder 25, can push in pipe bending mechanism by all tubing disposable longitudinal direction on three splicing seats 21 when it moves ahead; Three splicing seat 21, second grip slippers 22 and secondary push rod group 24 are all located on same base 26, this base 26 is driven and front-rear reciprocation movement by the 7th cylinder 41, three splicing seats 21 can be made when it moves ahead to dock reshaping device and pipe bending mechanism successively, thus dock reshaping device by three splicing seats 21 and accept tubing that in this mechanism, shaping is complete and the disposable longitudinal direction of all tubing it accepted by secondary push rod group 24 pushes in pipe bending mechanism.
Feeding mechanical clamp mechanism comprises holder 27, holder 27 is slidably connected on a slide block 28, slide block 28 is fixed on board 1, holder 27 is provided with and is longitudinally provided with the 8th cylinder 29, the cylinder base of the 8th cylinder 29 is fixed on holder 27, its piston cylinder is provided with jig arm the 30, eight cylinder 29 and drives jig arm 30 to move up and down; Jig arm 30 comprises two clamping bars setting up and down, and its lower clamping bar is fixed, and on it, clamping bar is driven by the 9th cylinder 31 and moves up and down relative to its lower clamping bar, thus makes jig arm 30 realize folding; Jig arm 30 is provided with the front jaws 30-1 and rear jaws 30-2 that can clamp tubing, is equipped with multiple tracks tubing clip slot in front jaws 30-1 and rear jaws 30-2; Holder 27 is driven and front-rear reciprocation movement by the tenth cylinder 32, to make it by its front jaws 30-1 and rear jaws 30-2 synchronously by tubing difference translation to the three time splicing seat 21 on shaping seat 14 and secondary splicing seat 11 and shaping seat 14.
Pipe bending mechanism comprises bending part, pushing guide part and support; Bending part is provided with bend pipe mould 33, and bend pipe mould 33 is provided with multiple tracks bending groove, and its bending groove can with the tubing storage tank one_to_one corresponding on three splicing seats 21; Bend pipe mould 33 is fixed in a rotating shaft 34, and this rotating shaft 34 is arranged on a bearing block 35, and rotating shaft 34 is driven by the second motor 42 and rotates, thus drives bend pipe mould 33 to rotate, and carries out bending operation to tubing; Pushing guide part is located at the rear side of bending part, comprise and import bar group 36, the rear end importing bar group 36 is fixed, the front end of every root importing bar can be plugged on respectively and push away in the tube chamber of the many tubing come by secondary push rod 24 from three splicing seats 21, and the front end of every root importing bar is in the bending Dian Chu in tubing chamber, all the time to make tubing chamber bending part keep rounding off; Import in bar group 36 and be socketed with bar cover group 37, the rear end of bar cover group 37 is fixed on a connecting seat 44, the bottom of this Connection Block 44 is socketed on a rolled thread screw rod 43, and drive it along rolled thread screw rod 43 front-rear reciprocation movement by the 3rd motor 38 by wheel belting, can push away before the tubing point two-stage imported in bar group 36 when it moves ahead: tubing can progressively push in Bending Mould 33 by the first order carries out bending, and the bend pipe of bending and molding can be pushed away body by the second level; Support is located at the below importing bar group 37 and Bending Mould 33, comprise supporting base 39, the top of supporting base 39 is provided with the bending groove tubing storage tank one to one on multiple tracks and bend pipe mould 33, supporting base 39 is driven by the 11 cylinder 40 and pumps, and the tubing imported in bar group 36 can be propped up in the bending groove withstanding on Bending Mould 33 to carry out bending operation when it goes upward to top.
The course of work of the present invention is: coil tubing stretching by the portion of aligning 3 after, by cutting, clap disconnected portion 5 and be divided into isometric short straight tube material by the length of setting, the tubing after segmentation falls in vibrating disk 6, is sent outside by root by feed appliance 7.One time splicing seat 9 makes the tubing storage tank at its top by root from feed appliance 7 splicing, until fill by translation, one time the disposable longitudinal direction of all tubing on a splicing seat 9 pushes on secondary splicing seat 11 by push rod group 12, jig arm 30 moves ahead, tubing on secondary splicing seat 11 is delivered on shaping seat 14 and carries out fourth contact, three times splicing seat 21 moves ahead, accept the tubing that the shaping sent here from shaping seat 14 by jig arm 30 is complete, and continue to move ahead, until with the bending groove of Bending Mould 33 with import bar group 36 and dock, secondary push rod group 24 pushes away on three splicing seats 21 before the disposable longitudinal direction of all tubing, tubing is by after the bending groove of Bending Mould 33, be socketed in and import in bar group 36, bar cover group 37 once before pushes away, push in the bending groove of Bending Mould 33 by progressively counter for tubing, Bending Mould 33 rotates simultaneously and carries out bending operation to tubing, tubing bending is complete, push away before bar cover group 37 2 times, finished product bend pipe is pushed away body.
Claims (9)
1. a U-shaped chipless blanking automatic pipebender, is characterized in that: comprise sawing sheet mechanism, reshaping device and pipe bending mechanism and the isometric tubing to be curved that described sawing sheet mechanism outputs can be transported in described reshaping device and carry out fourth contact and tubing to be curved complete for shaping is delivered to the transmission mechanism that described pipe bending mechanism carries out bending.
2. one according to claim 1 U-shaped chipless blanking automatic pipebender, is characterized in that: described sawing sheet mechanism comprises aligning portion and cutting part, and described cutting part is provided with no-chip cutting device and breaks/clap disconnected device.
3. one according to claim 1 U-shaped chipless blanking automatic pipebender, is characterized in that: described reshaping device comprises shaping seat, the first grip slipper and shaping bar; The top of described shaping seat is provided with the parallel tubing storage tank of multiple tracks, the top of described shaping seat is located at by described first grip slipper, multiple tracks tubing storage tank is provided with accordingly bottom it, described first grip slipper can pump relative to described shaping seat, coordinate with described shaping seat when it comes downwards to the end common by pipe clamping in tubing storage tank; Described shaping bar is provided with two groups, is divided into the both sides of described shaping seat symmetrically, can synchronous front-rear reciprocation movement, can carry out synchronous fourth contact when moving ahead to the two ends of the tubing on described shaping seat.
4. one according to claim 1 U-shaped chipless blanking automatic pipebender, is characterized in that: described pipe bending mechanism comprises bending part, pushing guide part and support; Described bending part is provided with bend pipe mould, and described bend pipe mould is arranged in rotating shaft, and this rotating shaft is supported by single bearing block, and described bend pipe mould rotates with axle, carries out bending operation to tubing; Described pushing guide part is located at the rear side of described bending part, comprise pluggable importing bar in tubing chamber, the front end of described importing bar be in all the time tubing chamber bending Dian Chu, to make tubing chamber bending part keep rounding off, this importing bar is socketed with bar cover, described bar cover can front-rear reciprocation movement, can push away before the tubing point two-stage on described importing bar when it moves ahead: tubing can progressively push in described Bending Mould by the first order carries out bending, and the bend pipe of bending and molding can be pushed away body by the second level; Described support is located at the below of described importing bar and Bending Mould, comprises supporting base, and described supporting base can pump, and the tubing on described importing bar can be propped up in the bending groove withstanding on described Bending Mould to carry out bending operation when it goes upward to top.
5. one according to claim 1 U-shaped chipless blanking automatic pipebender, is characterized in that: described transmission mechanism comprises vibrating disc, splicing seat, secondary splicing seat, push rod, to be curvedly send breaking mechanism and feeding mechanical clamp mechanism; Described vibrating disc is located at the blanking end of described sawing sheet mechanism, and this vibrating disc is provided with can by the feed appliance of root blanking; A described splicing seat is located at the discharging end of described feed appliance; Described secondary splicing seat and push rod are divided into two of a described splicing seat, described secondary splicing seat can all tubing on the described first splicing seat of disposable undertaking, and the disposable longitudinal direction of all tubing on a described splicing seat can push on described secondary splicing seat by a described push rod; The described side sending breaking mechanism to be located at described secondary splicing seat to be curved, described reshaping device is located at described secondary splicing seat and is to be curvedly sent between breaking mechanism, and the described breaking mechanism that send to be curved can be accepted the complete tubing to be curved of shaping from described reshaping device and deliver in described pipe bending mechanism by accepted tubing; Tubing to be curved on described secondary splicing seat and reshaping device all by the synchronous translation respectively of described feeding mechanical clamp mechanism to described reshaping device with to be curvedly to send in breaking mechanism.
6. one according to claim 5 U-shaped chipless blanking automatic pipebender, is characterized in that: described vibrating disc is provided with can monitor tubing number change in its dish, to control the probe of sawing sheet mechanism start and stop.
7. one according to claim 5 U-shaped chipless blanking automatic pipebender, it is characterized in that: the top of a described splicing seat is provided with the parallel tubing storage tank of multiple tracks, its pedestal can relative to the discharging opening lateral displacement of described feed appliance, to make the multiple tracks tubing storage tank at its top dock with the feed opening of described feed appliance successively, thus accept tubing by root from described feed appliance by groove.
8. one according to claim 5 U-shaped chipless blanking automatic pipebender, is characterized in that: the described breaking mechanism that send to be curved comprises three splicing seats, and the top of described three splicing seats is provided with the parallel tubing storage tank of multiple tracks; The top of described three splicing seats is provided with the second grip slipper, the bottom of this second grip slipper is provided with multiple tracks tubing storage tank accordingly, this second grip slipper can pump relative to described three splicing seats, when it comes downwards to the end and described three splicing seats jointly the pipe clamping in tubing storage tank is lived; The rear side of described three splicing seats is provided with secondary push rod, and described secondary push rod can front-rear reciprocation movement, can push in pipe bending mechanism by all tubing disposable longitudinal direction on described three splicing seats when it moves ahead; Described three splicing seats, the second grip slipper and secondary push rod form the body that is synchronized with the movement, this body that is synchronized with the movement can front-rear reciprocation movement, described in when it moves ahead, three splicing seats can dock described reshaping device and pipe bending mechanism successively, thus accept the complete tubing of shaping and the disposable longitudinal direction of all tubing it accepted by described secondary push rod pushes in bending mechanism by described three splicing seats from described reshaping device.
9. one according to claim 5 U-shaped chipless blanking automatic pipebender, it is characterized in that: described feeding mechanical clamp mechanism comprises holder, described holder is provided with setting up and down by two and can the jig arm that forms of the clamping bar of folding mutually, and described jig arm is provided with the forward and backward jaws that can clamp tubing; Described jig arm can up and down, front-rear reciprocation movement, and by its forward and backward jaws synchronously by the tubing in described reshaping device and secondary splicing seat respectively translation to be curvedly to send in breaking mechanism and reshaping device to described.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510796048.2A CN105234267B (en) | 2015-11-17 | 2015-11-17 | U-shaped chipless blanking automatic pipebender |
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| CN201510796048.2A CN105234267B (en) | 2015-11-17 | 2015-11-17 | U-shaped chipless blanking automatic pipebender |
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| CN105234267B CN105234267B (en) | 2017-06-16 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106055822A (en) * | 2016-06-14 | 2016-10-26 | 大连船舶重工集团有限公司 | Method for confirming accurate zero-allowance blanking length of straight pipe to obtain bent pipes |
| CN106623559A (en) * | 2017-01-20 | 2017-05-10 | 黄调久 | Automatic upsetting machine for water pipe of heat exchanger |
| CN108500097A (en) * | 2018-05-25 | 2018-09-07 | 苏州奥智智能设备股份有限公司 | A kind of bending pipes molding machine |
| CN109201805A (en) * | 2018-10-22 | 2019-01-15 | 南京信息职业技术学院 | A kind of electronic product production components bending equipment and its application method |
| CN111098146A (en) * | 2020-01-19 | 2020-05-05 | 江苏金彭集团有限公司 | Automatic all-in-one of bending, punching and plastic is managed in side |
| CN114515947A (en) * | 2022-02-24 | 2022-05-20 | 兰溪市三丰机械制造有限公司 | Automatic feeding equipment for triangular hanging of photo frame |
| CN108500097B (en) * | 2018-05-25 | 2024-04-16 | 苏州奥智智能设备股份有限公司 | Pipe bending forming device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108500097A (en) * | 2018-05-25 | 2018-09-07 | 苏州奥智智能设备股份有限公司 | A kind of bending pipes molding machine |
| CN108500097B (en) * | 2018-05-25 | 2024-04-16 | 苏州奥智智能设备股份有限公司 | Pipe bending forming device |
| CN109201805A (en) * | 2018-10-22 | 2019-01-15 | 南京信息职业技术学院 | A kind of electronic product production components bending equipment and its application method |
| CN109201805B (en) * | 2018-10-22 | 2024-04-16 | 南京信息职业技术学院 | Part bending equipment for electronic product production and application method thereof |
| CN111098146A (en) * | 2020-01-19 | 2020-05-05 | 江苏金彭集团有限公司 | Automatic all-in-one of bending, punching and plastic is managed in side |
| CN114515947A (en) * | 2022-02-24 | 2022-05-20 | 兰溪市三丰机械制造有限公司 | Automatic feeding equipment for triangular hanging of photo frame |
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