CN102059487A - Automatic sleeve penetrating device - Google Patents
Automatic sleeve penetrating device Download PDFInfo
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- CN102059487A CN102059487A CN2010105090805A CN201010509080A CN102059487A CN 102059487 A CN102059487 A CN 102059487A CN 2010105090805 A CN2010105090805 A CN 2010105090805A CN 201010509080 A CN201010509080 A CN 201010509080A CN 102059487 A CN102059487 A CN 102059487A
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- copper cash
- sleeve pipe
- pipe
- sleeve
- pedestal
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Abstract
The invention relates to the technical field of copper foil spot welders, in particular to an automatic sleeve penetrating device. The device comprises a welding bench, wherein a sleeve penetrating device, a copper wire penetrating device, a sleeve clamping device, a sleeve moving cylinder and a linear slide are arranged on the welding bench; the sleeve clamping device is connected with the linear slide in a sliding manner; the output end of the sleeve moving cylinder is connected with the sleeve clamping device; sleeves are conveyed into the sleeve clamping device and are clamped by the sleeve clamping device; the sleeve clamping device clamping the sleeves is pushed to the copper wire penetrating device by the sleeve moving cylinder and then copper wires are conveyed to be penetrated into the sleeves clamped by the sleeve clamping device, thus completing sleeve penetrating; the device can automatically penetrate the sleeves by utilizing the mechanism structure, can automatically penetrate the sleeves on the copper wires accurately, has high working efficiency and saves labor, production cost and processing time. Besides, a sleeve stepping motor controls conveying of the sleeves through driving, the length of the sleeves can be arbitrarily adjusted and the control is accurate.
Description
Technical field:
The present invention relates to the copper foil spot-welder technical field, refer in particular to be used for copper foil spot-welder wear pipe unit automatically.
Background technology:
Existing copper foil spot-welder can not wear pipe automatically, its work technological process is for sending Copper Foil, send copper cash, spot welding, gum band, cutting the back product and be finished product, sleeve pipe is not put in the above technology, also need when carrying out following process manually sleeve pipe to be put on and to be used, can increase a large amount of artificial, production costs and process time during production, inefficiency.
Summary of the invention:
Purpose of the present invention be exactly the deficiency that exists at prior art and provide a kind of can make automatically sleeve pipe accurate be through on the copper cash and can adjust casing length, high efficiency arbitrarily wear pipe unit automatically.
To achieve these goals, the technical solution used in the present invention is: wear pipe unit automatically and include welding bench, welding bench is provided with wearing pipe unit, carrying wearing the copper cash device, will wear jacket pipe device that the sleeve pipe of pipe unit output clamps, promoting the jacket pipe device and wearing pipe unit and wearing sleeve pipe mobile between the copper cash device and move cylinder, line slide rail of copper cash of delivery cannula, jacket pipe device and line slide rail are slidingly connected, and the output that sleeve pipe moves cylinder is connected with the jacket pipe device.
The described pipe unit that wears includes the sleeve pipe pedestal, rotates the sleeve pipe stepper motor be arranged on the sleeve pipe bottom roller of sleeve pipe pedestal inside, the sleeve pipe upper roller that cooperates with the roll extrusion of sleeve pipe bottom roller, drive sleeve bottom roller, offers two sleeve pipes that taper passes the hole and pass through mould, it is upper in the position of sleeve pipe bottom roller both sides that two sleeve pipes are separately positioned on the sleeve pipe pedestal by mould, and the sleeve pipe of sleeve pipe by mould passes the position between hole subtend sleeve pipe upper roller and the sleeve pipe bottom roller.
Described sleeve pipe pedestal upper edge vertical direction slides and is provided with the sleeve pipe slide, be connected by the sleeve pipe set screw between the top of sleeve pipe slide and sleeve pipe pedestal, be provided with the sleeve pipe spring between the top of sleeve pipe slide and sleeve pipe pedestal, the sleeve pipe upper roller rotates and is arranged on the sleeve pipe slide.
Sleeve pipe near the jacket pipe device is provided with trip by mould, and correspondence offers locating slot on the sleeve pipe pedestal, and trip is fastened in the locating slot.
The described copper cash device of wearing includes the copper cash pedestal, rotation is arranged on the copper cash bottom roller of copper cash pedestal inside, the copper cash upper roller that cooperates with the roll extrusion of copper cash bottom roller, drive the copper cash stepper motor of copper cash bottom roller, offer two copper cash that copper cash passes the hole and pass through mould, with copper cash pass the hole corresponding cut the copper cash blade, be arranged on and cut the copper cash cylinder on the welding bench, two copper cash are separately positioned on the position that is positioned at copper cash bottom roller both sides on the copper cash pedestal by mould, the copper cash of copper cash by mould passes the position between hole subtend copper cash upper roller and the copper cash bottom roller, cut the copper cash blade and be slidingly connected on the copper cash pedestal, the output of cutting the copper cash cylinder with cut the copper cash blade and be connected.
Vertically slide on the described copper cash pedestal and be provided with the copper cash slide, be connected by the copper cash set screw between the top of copper cash slide and copper cash pedestal, be provided with the copper cash spring between the top of copper cash slide and copper cash pedestal, the copper cash upper roller rotates and is arranged on the copper cash slide, cuts between copper cash blade and the copper cash pedestal by the oat tail groove structure sliding connection.
Describedly wear pipe unit and wear the copper cash device and be slidingly arranged on the welding bench, wear pipe unit and wear the copper cash device and be connected with welding bench by the length adjustment screw respectively.
Described jacket pipe device includes the chuck base that is slidingly connected on the line slide rail, be fixed on sleeve pipe lower clamp on the chuck base, vertically be slidingly arranged in anchor clamps on the sleeve pipe on the chuck base, be arranged on the gland pipe cylinder on the chuck base, clamp base offers avoiding hollow groove on the sleeve pipe, the sleeve pipe lower clamp is provided with raised line, raised line is plugged in the avoiding hollow groove and with the avoiding hollow groove top and forms the clearance channel of passing for sleeve pipe, and the output of gland pipe cylinder is connected with anchor clamps on the sleeve pipe.
Described chuck base vertically slides and is provided with the copper cash track slide block that the bottom is provided with the copper cash rail groove, and the chuck base is provided with copper cash track cylinder, and the output of copper cash track cylinder is connected with copper cash track slide block.
Described welding bench is provided with the sleeve pipe alignment pin that is used for anchor clamps shift position on the limiting boot, the copper cash alignment pin that is used to limit jacket pipe device shift position.
Beneficial effect of the present invention is: the pipe unit that wears automatically provided by the invention, it includes welding bench, welding bench is provided with and wears pipe unit, wear the copper cash device, the jacket pipe device that the sleeve pipe that wears pipe unit output is clamped, promoting the jacket pipe device is wearing pipe unit and is wearing the sleeve pipe that moves between the copper cash device and move cylinder, line slide rail, jacket pipe device and line slide rail are slidingly connected, the output that sleeve pipe moves cylinder is connected with the jacket pipe device, wear pipe unit and be used for delivery cannula, wear the copper cash device and be used to carry copper cash, delivery cannula is sent sleeve pipe in the jacket pipe device to, and clamp by the jacket pipe device, moving jacket pipe device that cylinder will accompany sleeve pipe by sleeve pipe is pushed to and wears copper cash device place, carry copper cash to send into copper cash in the jacket pipe device and pass in the sleeve pipe that the jacket pipe device clamps then, finish and wear plumber's work, the present invention can utilize mechanism structure to wear pipe automatically, can make automatically that sleeve pipe is accurate to be through on the copper cash, high efficiency is saved artificial, production cost and process time.
In addition, the conveying of sleeve pipe drives control by the sleeve pipe stepper motor, by the angle or the number of turns of control step motor rotation, can adjust casing length arbitrarily, and control accurately.
Description of drawings:
Fig. 1 is a structural representation of the present invention;
Fig. 2 is the structural representation that the present invention wears pipe unit;
Fig. 3 is that the present invention wears the structural representation that pipe unit conceals the sleeve pipe pedestal;
Fig. 4 is the structural representation that the present invention wears the copper cash device;
Fig. 5 is that the present invention wears the structural representation that the copper cash device conceals the copper cash pedestal;
Fig. 6 is the structural representation of jacket pipe device of the present invention;
Fig. 7 is the partial enlarged drawing at A place among Fig. 6;
Fig. 8 is the cut-away view of sleeve pipe of the present invention by mould.
The specific embodiment:
The present invention is further illustrated below in conjunction with accompanying drawing, see shown in Fig. 1～8, the present invention includes welding bench 1, welding bench 1 is provided with wearing pipe unit 2, carrying wearing copper cash device 3, will wear jacket pipe device 4 that the sleeve pipe of pipe unit 2 outputs clamps, promoting jacket pipe device 4 and wearing pipe unit 2 and wearing sleeve pipe mobile between the copper cash device 3 and move cylinder 5, line slide rail 6 of copper cash of delivery cannula, jacket pipe device 4 is slidingly connected with line slide rail 6, and the output that sleeve pipe moves cylinder 5 is connected with jacket pipe device 4.Line slide rail 6 guarantees that jacket pipe device 4 is steady in moving process, and the gap is little, and resistance is little, thereby makes jacket pipe device 4 normal stable sliding.
Wearing pipe unit 2 includes sleeve pipe pedestal 21, rotates the sleeve pipe stepper motor 24 be arranged on the sleeve pipe bottom roller 22 of sleeve pipe pedestal 21 inside, the sleeve pipe upper roller 23 that cooperates with 22 roll extrusion of sleeve pipe bottom roller, drive sleeve bottom roller 22, offers two sleeve pipes that taper passes hole 251 and pass through mould 25, two sleeve pipes are separately positioned on the position that is positioned at sleeve pipe bottom roller 22 both sides on the sleeve pipe pedestal 21 by mould 25, and the sleeve pipe of sleeve pipe by mould 25 passes the position between hole 251 subtend sleeve pipe upper rollers 23 and the sleeve pipe bottom roller 22.Sleeve pipe bottom roller 22 materials are the encapsulate roller, and encapsulate hardness 90 degree, this 90 degree ebonite wheel can guarantee that stepping send the length of sleeve pipe stable.Sleeve pipe upper roller 23 materials are the encapsulate roller, and encapsulate hardness 35 degree can be carried when this 35 degree rubber tire can make the gland pipe, sleeve pipe can not flattened again, can guarantee that subsequent action is unaffected.Sleeve pipe passes hole 251 than the big 0.2 ± 0.05mm of cover external diameter of pipe by the middle taper of mould 25 materials, and sleeve pipe is passed through smoothly, and sleeve pipe passes to design in the hole 251 has tapering can make sleeve pipe promptly can pass through position, back precision by not reducing sleeve pipe again smoothly.Sleeve pipe stepper motor 24 rotates by belt wheel transmission mechanism drive sleeve bottom roller 22, can reach the purpose of sending sleeve pipe and sleeve pipe to fall back, can freely adjust length.The conveying of sleeve pipe drives control by sleeve pipe stepper motor 24, by the angle or the number of turns of control step motor rotation, can adjust casing length arbitrarily, and control accurately.
Vertically slide on the sleeve pipe pedestal 21 and be provided with sleeve pipe slide 26, be connected by sleeve pipe set screw 27 between the top of sleeve pipe slide 26 and sleeve pipe pedestal 21, be provided with sleeve pipe spring 28 between the top of sleeve pipe slide 26 and sleeve pipe pedestal 21, sleeve pipe upper roller 23 rotates and is arranged on the sleeve pipe slide 26.But sleeve pipe slide 26 mounting sleeve upper rollers 23 and formation sleeve pipe upper roller 23 press down track.Sleeve pipe spring 28 provides pressure for sleeve pipe upper roller 23 in gland pipe process.But by sleeve pipe set screw 27 manual adjustments gland pipe pressures and raise sleeve pipe upper roller 23 to be convenient for changing sleeve pipe.
Be provided with trip 252 near the sleeve pipe of jacket pipe device 4 by mould 25, correspondence offers locating slot 211 on the sleeve pipe pedestal 21, and trip 252 is fastened in the locating slot 211, guarantee sleeve pipe install by mould 25 and sleeve pipe pedestal 21 after at grade.
Wear copper cash device 3 and include copper cash pedestal 31, rotation is arranged on the copper cash bottom roller 32 of copper cash pedestal 31 inside, the copper cash upper roller 33 that cooperates with 32 roll extrusion of copper cash bottom roller, drive the copper cash stepper motor 34 of copper cash bottom roller 32, offer copper cash and pass two copper cash in hole 351 by mould 35, with copper cash pass hole 351 corresponding cut copper cash blade 36, be arranged on and cut copper cash cylinder 37 on the welding bench 1, two copper cash are separately positioned on the position that is positioned at copper cash bottom roller 32 both sides on the copper cash pedestal 31 by mould 35, the copper cash of copper cash by mould 35 passes the position between hole 351 subtend copper cash upper rollers 33 and the copper cash bottom roller 32, cut copper cash blade 36 and be slidingly connected on the copper cash pedestal 31, the output of cutting copper cash cylinder 37 with cut copper cash blade 36 and be connected.PLC provides pulse signal when need are cut copper cash, by solenoid control cut copper cash cylinder 37 pulling cut 36 execution of copper cash blade and finish after cut copper cash blade 36 and reset.Copper cash is white steel knife by mould 35 materials, and middle copper cash passes hole 351 than the big 0.17-0.21mm of copper wire diameter.
Copper cash bottom roller 32 is the chromium plating roller, and plate surface can guarantee not hurt copper line surface and accurately carry copper cash length.Copper cash upper roller 33 be the encapsulate roller, encapsulate hardness 90 degree, this 90 degree ebonite wheel can make when pressing copper cash has certain frictional force to reach the order ground of normal conveying copper cash.Copper cash stepper motor 34 drives copper cash bottom roller 32 by the belt wheel transmission mechanism and rotates, and can reach the purpose of sending sleeve pipe and sleeve pipe to fall back, can freely adjust length.
Vertically slide on the copper cash pedestal 31 and be provided with copper cash slide 38, be connected by copper cash set screw 39 between the top of copper cash slide 38 and copper cash pedestal 31, be provided with copper cash spring 30 between the top of copper cash slide 38 and copper cash pedestal 31, copper cash upper roller 33 rotates and is arranged on the copper cash slide 38, cut between copper cash blade 36 and the copper cash pedestal 31 by the oat tail groove structure sliding connection, reach slidably but the minimum purpose in gap, with the stability that guarantees to cut copper cash.Copper cash upper roller 33 can be installed and form copper cash upper roller 33 by copper cash slide 38 and press down track.Copper cash spring 30 provides pressure for copper cash upper roller 33 in pressing the copper cash process.But press copper cash pressure and raise copper cash upper roller 33 to be convenient for changing copper cash by copper cash set screw 39 manual adjustments.
Wear pipe unit 2 and wear copper cash device 3 and be slidingly arranged on the welding bench 1, wear pipe unit 2 and wear copper cash device 3 and be connected with welding bench 1 by length adjustment screw 7 respectively, can play the effect that wears pipe unit 2 and wear copper cash device 3 positions and location of regulating by adjusting length adjustment screw 7 length.
Chuck base 41 vertically slides and is provided with the copper cash track slide block 46 that the bottom is provided with copper cash rail groove 461, and chuck base 41 is provided with copper cash track cylinder 47, and the output of copper cash track cylinder 47 is connected with copper cash track slide block 46.Sleeve pipe moves cylinder 5, gland pipe cylinder 44, copper cash track cylinder 47 and provides pulse signal by PLC when the needs work, finishes in the flow process by solenoid control and moves.After jacket pipe device 4 moves to copper cash center and location, copper cash track slide block 46 promptly drops to the bottom, thereby make copper cash by mould 35 and the middle circuit orbit that forms of jacket pipe device 4 folded sleeve pipes of coming, this track is a tapered configuration, need than the big 0.27-0.32mm of cover linear diameter by mould 35 ends near copper cash, near the big 0.06-0.08mm of the then comparable copper wire diameter of sleeve end end, thereby in the smooth threading of copper cash energy.
Operation principle of the present invention is:
1, sleeve pipe passes two sleeve pipes wearing pipe unit 2 by mould 25;
2, regulate sleeve pipe set screw 27 sleeve pipe upper roller 23 and sleeve pipe bottom roller 22 compressed, thus in this process since sleeve pipe upper roller 23 can not flatten or be out of shape for the flexible glue sleeve pipe;
3, copper cash passes copper cash by mould 35;
4, regulate and to wear the copper cash screw copper cash upper roller 33 and copper cash bottom roller 32 are compressed, thus in this process since one on 2 rollers can not be weighed wounded for the rubber tire copper cash for electroplating one;
5, above 4 step actions are for putting on the initial position behind sleeve pipe and the copper cash;
6, anchor clamps 43 are pushed to sleeve pipe alignment pin 48 by gland pipe cylinder 44 on the sleeve pipe, leave the gap between anchor clamps 43, the sleeve pipe lower clamp 42 on the sleeve pipe at this moment;
7, sleeve pipe stepper motor 24 drive sleeve upper rollers 23, sleeve pipe bottom roller 22 will send sleeve pipe to be delivered in the clearance channel 45 between anchor clamps 43 on the sleeve pipe, the sleeve pipe lower clamp 42;
8, sleeve pipe moves cylinder 5 and promotes jacket pipe device 4, this moment, sleeve pipe was passed through to cut off because of moving the active force that produces between the lower clamp on mould 25 and the sleeve pipe by sleeve pipe, this process middle sleeve mouth of pipe can become flat mouthful or oval mouthful, after sleeve pipe is cut off, anchor clamps 43 break away from sleeve pipe alignment pin 48 on the sleeve pipe in moving process, the thrust of dependence gland pipe cylinder 44 makes anchor clamps 43 on the sleeve pipe, sleeve pipe lower clamp 42 closure fully, and flat mouth that closure produces in the time of can making cut sleeve pipe because of cut-out or oval mouth are round by anchor clamps on the sleeve pipe 43, sleeve pipe lower clamp 42 mandatory pressures;
9, jacket pipe device 4 moves simultaneously sleeve pipe stepper motor 24 drive sleeve upper rollers 23, sleeve pipe bottom roller 22 and makes the sleeve pipe certain-length that falls back backward to wearing copper cash device 3, and adjustable length is generally 1-2mm, and is unaffected during with convenient the action for the second time;
10, jacket pipe device 4 makes the sleeve pipe centralized positioning to the copper cash center because of the relation of copper cash alignment pin 49;
11, copper cash track slide block 46 is pushed in 47 work of copper cash track cylinder, makes the middle track that forms the band tapering of copper cash and sleeve pipe;
12, copper cash stepper motor 34 drives copper cash upper roller 33, drives copper cash bottom roller 32, with copper cash by the copper cash track be delivered to anchor clamps 43 on the sleeve pipe, 42 folded being forced to of sleeve pipe lower clamp are pressed in the sleeve pipe of pipe mouth, and stop after reaching the copper cash length that sets;
13, copper cash track cylinder 47 resets copper cash track slide block 46;
14, gland pipe cylinder 44 resets anchor clamps on the sleeve pipe 43;
15, sleeve pipe moves cylinder 5 jacket pipe device 4 is resetted;
16, cutting copper cash cylinder 37 work pulling cuts copper cash blade 36 and will put on the copper cash of sleeve pipe and cut off and reset;
17, wear pipe, all working flow process finishes.
Claims (10)
1. wear pipe unit automatically, it includes welding bench (1), it is characterized in that: what described welding bench (1) was provided with delivery cannula wears pipe unit (2), that carries copper cash wears copper cash device (3), to wear the jacket pipe device (4) that the sleeve pipe of pipe unit (2) output is clamped, promoting jacket pipe device (4) is wearing pipe unit (2) and is wearing the sleeve pipe that moves between the copper cash device (3) and move cylinder (5), line slide rail (6), jacket pipe device (4) is slidingly connected with line slide rail (6), and the output that sleeve pipe moves cylinder (5) is connected with jacket pipe device (4).
2. the pipe unit that wears automatically according to claim 1, it is characterized in that: the described pipe unit (2) that wears includes sleeve pipe pedestal (21), rotation is arranged on the inner sleeve pipe bottom roller (22) of sleeve pipe pedestal (21), the sleeve pipe upper roller (23) that cooperates with sleeve pipe bottom roller (22) roll extrusion, the sleeve pipe stepper motor (24) of drive sleeve bottom roller (22), offer taper and pass two sleeve pipes in hole (251) by mould (25), two sleeve pipes are separately positioned on the position that is positioned at sleeve pipe bottom roller (22) both sides on the sleeve pipe pedestal (21) by mould (25), and the sleeve pipe of sleeve pipe by mould (25) passes the position between hole (251) subtend sleeve pipe upper roller (23) and the sleeve pipe bottom roller (22).
3. the pipe unit that wears automatically according to claim 2, it is characterized in that: vertically sliding on the described sleeve pipe pedestal (21) is provided with sleeve pipe slide (26), be connected by sleeve pipe set screw (27) between the top of sleeve pipe slide (26) and sleeve pipe pedestal (21), be provided with sleeve pipe spring (28) between the top of sleeve pipe slide (26) and sleeve pipe pedestal (21), sleeve pipe upper roller (23) rotates and is arranged on the sleeve pipe slide (26).
4. the pipe unit that wears automatically according to claim 2, it is characterized in that: the sleeve pipe near jacket pipe device (4) is provided with trip (252) by mould (25), sleeve pipe pedestal (21) is gone up correspondence and is offered locating slot (211), and trip (252) is fastened in the locating slot (211).
5. the pipe unit that wears automatically according to claim 1, it is characterized in that: the described copper cash device (3) of wearing includes copper cash pedestal (31), rotation is arranged on the inner copper cash bottom roller (32) of copper cash pedestal (31), the copper cash upper roller (33) that cooperates with copper cash bottom roller (32) roll extrusion, drive the copper cash stepper motor (34) of copper cash bottom roller (32), offer copper cash and pass two copper cash in hole (351) by mould (35), with copper cash pass hole (351) corresponding cut copper cash blade (36), be arranged on and cut copper cash cylinder (37) on the welding bench (1), two copper cash are separately positioned on the position that is positioned at copper cash bottom roller (32) both sides on the copper cash pedestal (31) by mould (35), the copper cash of copper cash by mould (35) passes the position between hole (351) subtend copper cash upper roller (33) and the copper cash bottom roller (32), cut copper cash blade (36) and be slidingly connected on the copper cash pedestal (31), the output of cutting copper cash cylinder (37) with cut copper cash blade (36) and be connected.
6. the pipe unit that wears automatically according to claim 5, it is characterized in that: vertically sliding on the described copper cash pedestal (31) is provided with copper cash slide (38), be connected by copper cash set screw (39) between the top of copper cash slide (38) and copper cash pedestal (31), be provided with copper cash spring (30) between the top of copper cash slide (38) and copper cash pedestal (31), copper cash upper roller (33) rotates and is arranged on the copper cash slide (38).
7. the pipe unit that wears automatically according to claim 5, it is characterized in that: described wear pipe unit (2) and wear copper cash device (3) be slidingly arranged on the welding bench (1), wear pipe unit (2) and wear copper cash device (3) and be connected with welding bench (1) by length adjustment screw (7) respectively.
8. according to any described pipe unit that wears automatically of claim 1-7, it is characterized in that: described jacket pipe device (4) includes the chuck base (41) that is slidingly connected on the line slide rail (6), be fixed on the sleeve pipe lower clamp (42) on the chuck base (41), vertically be slidingly arranged in anchor clamps (43) on the sleeve pipe on the chuck base (41), be arranged on the gland pipe cylinder (44) on the chuck base (41), anchor clamps on the sleeve pipe (43) bottom offers avoiding hollow groove (431), sleeve pipe lower clamp (42) is provided with raised line (421), raised line (421) is plugged in the avoiding hollow groove (431) and with avoiding hollow groove (431) top and forms the clearance channel (45) of passing for sleeve pipe, and the output of gland pipe cylinder (44) is connected with anchor clamps (43) on the sleeve pipe.
9. the pipe unit that wears automatically according to claim 8, it is characterized in that: described chuck base (41) vertically slides and is provided with the copper cash track slide block (46) that the bottom is provided with copper cash rail groove (461), chuck base (41) is provided with copper cash track cylinder (47), and the output of copper cash track cylinder (47) is connected with copper cash track slide block (46).
10. the pipe unit that wears automatically according to claim 8 is characterized in that: described welding bench (1) is provided with the sleeve pipe alignment pin (48) that is used for anchor clamps on the limiting boot (43) shift position, the copper cash alignment pin (49) that is used to limit jacket pipe device (4) shift position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010509080 CN102059487B (en) | 2011-01-26 | 2011-01-26 | Automatic sleeve penetrating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010509080 CN102059487B (en) | 2011-01-26 | 2011-01-26 | Automatic sleeve penetrating device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102059487A true CN102059487A (en) | 2011-05-18 |
| CN102059487B CN102059487B (en) | 2013-10-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201010509080 Expired - Fee Related CN102059487B (en) | 2011-01-26 | 2011-01-26 | Automatic sleeve penetrating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102059487B (en) |
Cited By (15)
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| CN102615494A (en) * | 2012-03-30 | 2012-08-01 | 臻越自动化技术（上海）有限公司 | Pipe sheathing equipment and pipe sheathing method thereof |
| CN103158005A (en) * | 2011-12-16 | 2013-06-19 | 李开铭 | Copper foil spot-welding machine |
| CN103714922A (en) * | 2013-12-19 | 2014-04-09 | 吴根佑 | Bushing machine device |
| CN104014950A (en) * | 2014-05-05 | 2014-09-03 | 泰州市恒源建材机械有限公司 | Reinforcement steel framework seam welder with steel bar penetrating assisting plate and use method thereof |
| CN104589019A (en) * | 2015-01-26 | 2015-05-06 | 吴建波 | Pipe penetrating machine for penetrating core pipe into heat insulation pipe |
| CN104708241A (en) * | 2015-03-19 | 2015-06-17 | 芜湖精锋园林机械科技有限公司 | Pipe fitting automatic welding system |
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Cited By (24)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103158005A (en) * | 2011-12-16 | 2013-06-19 | 李开铭 | Copper foil spot-welding machine |
| CN103158005B (en) * | 2011-12-16 | 2016-08-10 | 东莞市浩奇机械有限公司 | Copper foil spot-welder |
| CN102615494A (en) * | 2012-03-30 | 2012-08-01 | 臻越自动化技术（上海）有限公司 | Pipe sheathing equipment and pipe sheathing method thereof |
| CN102615494B (en) * | 2012-03-30 | 2014-09-17 | 臻越自动化技术（上海）有限公司 | Pipe sheathing equipment and pipe sheathing method thereof |
| CN103714922A (en) * | 2013-12-19 | 2014-04-09 | 吴根佑 | Bushing machine device |
| CN103714922B (en) * | 2013-12-19 | 2016-01-06 | 吴根佑 | A kind of jacketing machine device |
| CN104014950A (en) * | 2014-05-05 | 2014-09-03 | 泰州市恒源建材机械有限公司 | Reinforcement steel framework seam welder with steel bar penetrating assisting plate and use method thereof |
| CN104589019A (en) * | 2015-01-26 | 2015-05-06 | 吴建波 | Pipe penetrating machine for penetrating core pipe into heat insulation pipe |
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| CN110379613B (en) * | 2019-08-07 | 2024-04-12 | 东莞市大忠电子有限公司 | Stranded wire sleeve penetrating cutting soldering machine |
| CN112071521A (en) * | 2020-09-01 | 2020-12-11 | 上海威克鲍尔通信科技有限公司 | Get rid of line with automatic cover number pipe's device |
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| CN102059487B (en) | 2013-10-23 |
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