CN104242001A - Novel electronic computer electric power line, machining equipment and machining process - Google Patents
Novel electronic computer electric power line, machining equipment and machining process Download PDFInfo
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- CN104242001A CN104242001A CN201410419372.8A CN201410419372A CN104242001A CN 104242001 A CN104242001 A CN 104242001A CN 201410419372 A CN201410419372 A CN 201410419372A CN 104242001 A CN104242001 A CN 104242001A
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Abstract
The invention provides a novel electronic computer electric power line, machining equipment and a machining process. The novel electronic computer electric power line comprises electric wires (8), network tubes (9), terminals (10), a first connector body (20) and a second connector body (30). The electric wires (8) are arranged inside the network tubes (9) in a penetrating mode. The novel electronic computer electric power line is characterized in that the network tubes (9), the electric wires (8) and exposed inner cores (82) are directly pressed into the terminals (10) in a riveting mode. The two ends of the electric wires (8) are electrically connected with the terminals (10) respectively. The terminals (10) are inserted into the first connector body (20) and the second connector body (30) respectively. The machining equipment is a cutting, peeling and end riveting all-in-one machine, and is applied to the novel electronic computer electric power line along with the machining process. The cutting, peeling and end riveting all-in-one machine and the machining process can realize automatic production of the novel electronic computer electric power line, the number of working procedures is small, labor hours are saved, the cost is low, products are concise and attractive in appearance, and the knitted network tubes are compact, even and not prone to loosening.
Description
Technical field
The present invention relates to field of power supplies, particularly relate to a kind of novel electron computer electrical power line and process equipment and processing technology.
Background technology
At present, existing electronics computer electrical power line comprises electric wire, webmaster, terminal, the first connector body, the second connector body and heat-shrinkable T bush (as shown in Figure 1), the processing method taked is: electric wire is cut into the then peeling of required length, again individual wires is inserted in webmaster woven in advance by hand, heat-shrinkable T bush on webmaster two ends is overlapped respectively, manual riveted terminal, reusable heat hair-dryer fixed sleeving crosses baking box, last and connector is assembled into electronics computer electrical power line, totally six steps.The finished product effect of working it out is that heat-shrinkable T bush ginseng is secondary uneven, and webmaster is loose not tight.Because webmaster is first woven, electric wire insertion webmaster, the combination of webmaster and electric wire is untight, be loose, webmaster two ends is outwards distributed, and is unsightly also beneficial to next-step operation, therefore overlap heat-shrinkable T bush respectively in braiding webmaster two ends, then carry out next step processing.There is following shortcoming in above electronics computer electrical power line: heat-shrinkable T bush ginseng is time uneven, bad order, webmaster are loose not tightly, to have filled a heat-shrinkable T bush assembling complicated more, and processing step is complicated, can not realize animation production, when taking a lot of work, cost is high.
Summary of the invention
For above-mentioned prior art, it is simple that technical problem to be solved by this invention is to provide a kind of assembling, tailored appearance is attractive in appearance, operation is few, save man-hour, cost low, automated production can be realized, novel electron computer electrical power line that braiding webmaster can not be loose, provide sanction line, the peeling of novel electron computer electrical power line simultaneously, beat end all-in-one and processing technology.
In order to solve the problems of the technologies described above, the invention provides a kind of novel electron computer electrical power line, comprise electric wire, webmaster, terminal, the first connector body, the second connector body, described electric wire is arranged in described webmaster, described webmaster, electric wire and the direct riveting of exposed inner core are in terminal, the two ends of described electric wire are electrically connected with described terminal respectively, and described terminal inserts in described first connector body, the second connector body respectively.
Make a processing technology for novel electron computer electrical power line as above, comprise the following steps:
A. webmaster is woven: electric wire, by braiding machine, weaves at electric wire outer surface the electric wire that one deck webmaster becomes band webmaster;
B. cut out line, peeling, beat end: the electric wire of band webmaster by cutting out line, peeling, making end all-in-one, the electric wire of band webmaster cut into required length also direct for terminal riveting at electric wire two ends;
C. assemble: riveting, the electric wire of the band webmaster of terminal and connector are assembled, and make electronics computer electrical power line.
Being improved to further of the processing technology of novel electron computer electrical power line, step B comprises step by step following:
B1. front end line sending: wire-sending device carries a regular length to cutting out in wrapper cutting device in the electric wire that outer surface is composed of webmaster;
B2. skin is cut out in front end: cut out wrapper cutting device and cut the epidermal area opened and be wrapped in electric wire leading exterior surface;
B3. front end peeling: front end apparatus for peeling off peels off the epidermal area of electric wire leading exterior surface;
B4. front end turns to: front end transfer turns to a fixed angle to end-beating machine place, front end the electric wire front end of de-epithelization layer;
B5. end is beaten in front end: front end end-beating machine webmaster, electric wire front end and the direct riveting of exposed inner core on terminal;
B6. front end resets: front end transfer is beaten after end completes at front end end-beating machine and set back;
B7. rear end line sending: wire-sending device continues the electric wire that outer surface is composed of webmaster to be fed forward Len req through cutting out wrapper cutting device in wire-clamping device;
B8. rear end clamp: wire-clamping device clamping wire-sending device carries the outer surface of coming to be composed of the electric wire of webmaster;
B9. skin is cut out in cut-out, rear end: cut out wrapper cutting device cut-out outer surface and be composed of the electric wire of webmaster and cut the epidermal area opened and be wrapped in electric wire back end outer surface;
B10. rear end peeling: rear end stripping device peels off the epidermal area of electric wire back end outer surface;
B11. rear end turns to: rear end transfer turns to a fixed angle to end-beating machine place, rear end the electric wire rear end of de-epithelization layer;
B12. end is beaten in rear end: rear end end-beating machine webmaster, electric wire rear end and the direct riveting of exposed inner core on terminal;
B13. rear end resets: rear end transfer is beaten after end completes at rear end end-beating machine and set back;
B14. rear end clamp resets: after rear end transfer sets back, wire-clamping device sets back.
A kind of sanction line realizing the processing technology of novel electron computer electrical power line described above, peeling, make end all-in-one, comprise wire-sending device, cut out wrapper cutting device, front end peeling transfer, front end end-beating machine, rear end clamp peeling transfer, rear end end-beating machine, frame, described wire-sending device is installed on described front end peeling transfer, described sanction wrapper cutting device, front end peeling transfer, front end end-beating machine, rear end clamp peeling transfer, rear end end-beating machine is installed on described frame respectively, described wire-sending device carries electric wire front end to be processed to described sanction wrapper cutting device to carry out sanction skin, the epidermal area that electric wire front end peeled off by described front end peeling transfer rotate an angle to described front end end-beating machine carry out riveting after and reset, described wire-sending device continues conveying electric wire to be processed to described rear end clamp peeling transfer clamping, transportion wire rear end carries out cutting off cutting out skin again to described sanction wrapper cutting device, the epidermal area that electric wire rear end peeled off by described rear end clamp peeling transfer rotate an angle to described rear end end-beating machine carry out riveting after and reset.
Cut out line, peeling, beat being improved to further of end all-in-one, described wire-sending device comprises the first holder, moving block, initiatively Wire Wheel, driven Wire Wheel, first wire block, second wire block, line sending conduit, pressure regulating mechanism, initiatively Wire Wheel driving mechanism, described moving block rotates and is installed on described first holder, described active Wire Wheel rotates and is installed on described moving block, described driven Wire Wheel rotates and is installed on described first holder, described first wire block and the second wire block are installed on described first holder respectively, described line sending conduit is installed on described second wire block, described pressure regulating mechanism is connected with described first holder and moving block respectively, described active Wire Wheel driving mechanism is installed on described first holder and drives with described active Wire Wheel and is connected, described electric wire to be processed is through described first wire block, gap between described active Wire Wheel and driven Wire Wheel, second wire block, pass from described line sending conduit, described pressure regulating mechanism compresses the pressure of electric wire between described active Wire Wheel and driven Wire Wheel for regulating, described active Wire Wheel driving mechanism drives described active Wire Wheel and driven Wire Wheel line sending.
Cut out line, peeling, beat being improved to further of end all-in-one, described sanction wrapper cutting device comprises upper cutter head, lower tool rest, front parer, cutoff tool, rear parer, first guide rail, upper and lower tool rest motion, second holder, front parer is installed successively respectively in described upper cutter head front end, cutoff tool, rear parer, front parer is installed successively respectively in described lower tool rest front end, cutoff tool, rear parer, described first guide rails assembling is in described second holder, described upper cutter head is connected with described first slide respectively with lower tool rest, described upper and lower tool rest motion is installed on described second holder and is connected with described upper cutter head and lower tool rest respectively, described second holder is installed on the table top of described frame.
Cut out line, peeling, beat being improved to further of end all-in-one, described front end peeling transfer comprises front end apparatus for peeling off and front end transfer; Described front end apparatus for peeling off comprises the first cylinder, the second cylinder, the first cylinder mount pad, the second guide rail, briquetting, and described first cylinder is provided with the first cylinder axis, and described second cylinder is provided with the second cylinder axis; Described first cylinder is installed on described first cylinder mount pad; described first cylinder axis is fixedly connected with described first holder; described first holder is connected with described second slide; described second guide rail is fixedly installed in described first cylinder mount pad; described second wire block is provided with cavity; described briquetting to be placed in described cavity and to be fixedly installed in described second cylinder axis, and described second cylinder is installed on described second wire block; Described front end transfer comprises the 3rd motor, the 3rd motor mount, the 3rd gear, the 4th gear, the first rotating shaft, and described 3rd motor is provided with the 3rd motor output shaft; Under described 3rd motor mount is installed on the table top of described frame, described 3rd motor is installed on described 3rd motor mount, described 3rd gear is installed on described 3rd motor output shaft, described first axis of rotation is installed in the table top of described frame, one end of described first rotating shaft is fixedly connected with described first cylinder mount pad, the other end of described first rotating shaft is fixedly connected with described 4th gear, described 3rd gear and described 4th gears meshing.
Cut out line, peeling, beat being improved to further of end all-in-one, described rear end clamp peeling transfer comprises wire-clamping device, rear end stripping device and rear end transfer, described wire-clamping device comprises the 3rd cylinder, the 3rd cylinder mount pad, the first grip block, the second grip block, the second rotating shaft, the 3rd rotating shaft, the second bearing pin, described 3rd cylinder is provided with the 3rd cylinder axis, described 3rd cylinder, the second rotating shaft and the 3rd rotating shaft are installed on described 3rd cylinder mount pad respectively, described first grip block rotates and is installed on described second rotating shaft, described second grip block rotates and is installed on described 3rd rotating shaft, described first grip block and the second grip block are rotationally connected with described second bearing pin simultaneously, and described second bearing pin is connected with described 3rd cylinder axis, described rear end stripping device comprises the 4th cylinder, the 4th cylinder mount pad, the 3rd guide rail, mounting panel, described 4th cylinder is provided with the 4th cylinder axis, described 4th cylinder is installed on described 4th cylinder mount pad, described 4th cylinder mount pad and the 3rd guide rail are installed on described mounting panel respectively, described 3rd cylinder mount pad is fixedly connected with described 4th cylinder axis, and described 3rd cylinder mount pad is connected with described 3rd slide, described rear end transfer comprises the 4th motor, support, first synchronous pulley, second synchronous pulley, Timing Belt, 4th rotating shaft, described 4th motor is provided with the 4th motor output shaft, described 4th motor is installed on described support, described support is installed on the table top of described frame, described first synchronous pulley is installed on described 4th motor output shaft, described second synchronous pulley is installed on described 4th rotating shaft, one end of described 4th rotating shaft is fixedly connected with described mounting panel, the other end and the described support of described 4th rotating shaft are rotationally connected, described Timing Belt is engaged with described first synchronous pulley and the second synchronous pulley respectively.
Cut out line, peeling, beat being improved to further of end all-in-one, described pressure regulating mechanism comprises regulating handle, spring, bolt, described first holder is provided with lug, described moving block is provided with dwang, described spring is placed between described lug and dwang, and described in described screw bolt passes, lug, spring, dwang are threaded with described regulating handle.
Cut out line, peeling, beat being improved to further of end all-in-one, described active Wire Wheel driving mechanism comprises the first motor, the first motor mount, the first gear, the second gear, described first motor is provided with the first motor output shaft, described first motor is installed on described first motor mount, described first motor mount is installed on described first holder, described first gear is fixedly installed in described first motor output shaft, described second gear is fixedly installed in the wheel shaft of described active Wire Wheel, described first gear and described second gears meshing.
Compared with prior art, the invention has the advantages that, this novel electron computer electrical power line eliminates heat-shrinkable T bush, so just can realize novel electron computer electrical power line automation to produce, operation is few, save man-hour, cost is low, the product appearance produced is succinctly attractive in appearance, the webmaster of braiding closely, evenly, can not be loose.
Accompanying drawing explanation
Fig. 1 is the structural representation of the electronics computer electrical power line of prior art;
Fig. 2 is the structural representation of novel electron computer electrical power line of the present invention;
Fig. 3 is that electric wire in the present invention and webmaster are by the cross sectional representation after peeling;
Fig. 4 is sanction line, peeling, beats end all-in-one stereogram;
Fig. 5 be cut out line, peeling, beat end all-in-one wire-sending device expansion schematic diagram;
Fig. 6 is the structural representation that sanction line, peeling, the briquetting making end all-in-one and the second cylinder launch;
Fig. 7 be cut out line, peeling, beat end all-in-one front end peeling transfer expansion schematic diagram;
Fig. 8 be cut out line, peeling, beat end all-in-one sanction wrapper cutting device expansion schematic diagram;
Fig. 9 be cut out line, peeling, beat end all-in-one rear end clamp peeling transfer expansion schematic diagram.
In figure, each component names is as follows:
1-wire-sending device;
11-the first holder;
111-lug;
112-notch;
12-moving block;
121-dwang;
13-initiatively Wire Wheel;
14-driven Wire Wheel;
15-the first wire block;
16-the second wire block;
161-cavity;
17-line sending conduit;
18-pressure regulating mechanism;
181-regulating handle;
182-spring;
183-bolt;
19-initiatively Wire Wheel driving mechanism;
191-the first motor;
1911-the first motor output shaft;
192-the first motor mount;
193-the first gear;
194-the second gear;
120-the first bearing pin;
2-cut out wrapper cutting device;
21-upper cutter head;
22-lower tool rest;
23-front parer;
24-cutoff tool;
25-rear parer;
26-the first guide rail;
27-tool rest motion up and down;
271-the second motor;
2711-the second motor output shaft;
272-the three gear;
273-the first tooth bar;
274-the second tooth bar;
28-the second holder;
3-front end peeling transfer;
31-front end apparatus for peeling off;
311-the first cylinder;
3111-the first cylinder axis;
312-the second cylinder;
3121-the second cylinder axis;
313-the first cylinder mount pad;
314-the second guide rail;
315-briquetting;
32-front end transfer;
321-the three motor;
3211-the three motor output shaft;
322-the three motor mount;
323-the three gear;
324-the four gear;
325-the first rotating shaft;
4-front end end-beating machine;
5-rear end clamp peeling transfer;
51-wire-clamping device;
511-the three cylinder;
5111-the three cylinder axis;
512-the three cylinder mount pad;
513-the first grip block;
514-the second grip block;
515-the second rotating shaft;
516-the three rotating shaft;
517-the second bearing pin;
52-rear end stripping device;
521-the four cylinder;
5211-the four cylinder axis;
522-the four cylinder mount pad;
523-the three guide rail;
524-mounting panel;
53-rear end transfer;
531-the four motor;
5311-the four motor output shaft;
532-support;
533-the first synchronous pulley;
534-the second synchronous pulley;
535-Timing Belt;
536-the four rotating shaft;
6-rear end end-beating machine;
7-frame;
8-electric wire;
81-rubber;
82-inner core;
9-webmaster;
10-terminal;
20-the first connector body;
30-the second connector body;
40-heat-shrinkable T bush.
Embodiment
Illustrate below in conjunction with accompanying drawing and embodiment the present invention is further described.
As shown in Figure 2, a kind of novel electron computer electrical power line, it comprises electric wire 8, webmaster 9, terminal 10, first connector body 20, second connector body 30, described electric wire 8 is arranged in described webmaster 9, the direct riveting of described webmaster 9, electric wire 8 and exposed inner core 82 is in terminal 10, the two ends of described electric wire 8 are electrically connected with described terminal 10 respectively, and described terminal 10 inserts in described first connector body 20, second connector body 30 respectively.
Particularly, as shown in Figure 2, described terminal 10 is made up of copper material and is electroplated.The quantity of described electric wire 8 is 5.Described first connector body 20 and the second connector body 30 are formed by plastic rubber shaping.
Fig. 3 be electric wire and webmaster by the cross sectional representation after peeling, as shown in Figure 3, electric wire 8 is made up of inner core 82, rubber 81 and webmaster 9, and described rubber 81 and webmaster 9 are referred to as appearance cortex; Wherein inner core 82 is made of metal, and rubber 81 is made up of plastic cement, and webmaster 9 is woven by plurality of fibers and forms.
Invention also provides a kind of processing technology making novel electron computer electrical power line as described above, comprise the following steps:
A. webmaster is woven: electric wire, by braiding machine, weaves at electric wire outer surface the electric wire that one deck webmaster becomes band webmaster;
B. cut out line, peeling, beat end: the electric wire of band webmaster by cutting out line, peeling, making end all-in-one, the electric wire of band webmaster cut into required length also direct for terminal riveting at electric wire two ends;
C. assemble: riveting, the electric wire of the band webmaster of terminal and connector are assembled, and make electronics computer electrical power line.
Wherein, step B also comprises step by step following:
B1. front end line sending: wire-sending device carries a regular length to cutting out in wrapper cutting device in the electric wire that outer surface is composed of webmaster;
B2. skin is cut out in front end: cut out wrapper cutting device and cut the epidermal area opened and be wrapped in electric wire leading exterior surface;
B3. front end peeling: front end apparatus for peeling off peels off the epidermal area of electric wire leading exterior surface;
B4. front end turns to: front end transfer turns to a fixed angle to end-beating machine place, front end the electric wire front end of de-epithelization layer;
B5. end is beaten in front end: front end end-beating machine webmaster, electric wire front end and the direct riveting of exposed inner core on terminal;
B6. front end resets: front end transfer is beaten after end completes at front end end-beating machine and set back;
B7. rear end line sending: wire-sending device continues the electric wire that outer surface is composed of webmaster to be fed forward Len req through cutting out wrapper cutting device in wire-clamping device;
B8. rear end clamp: wire-clamping device clamping wire-sending device carries the outer surface of coming to be composed of the electric wire of webmaster;
B9. skin is cut out in cut-out, rear end: cut out wrapper cutting device cut-out outer surface and be composed of the electric wire of webmaster and cut the epidermal area opened and be wrapped in electric wire back end outer surface;
B10. rear end peeling: rear end stripping device peels off the epidermal area of electric wire back end outer surface;
B11. rear end turns to: rear end transfer turns to a fixed angle to end-beating machine place, rear end the electric wire rear end of de-epithelization layer;
B12. end is beaten in rear end: rear end end-beating machine webmaster, electric wire rear end and the direct riveting of exposed inner core on terminal;
B13. rear end resets: rear end transfer is beaten after end completes at rear end end-beating machine and set back;
B14. rear end clamp resets: after rear end transfer sets back, wire-clamping device sets back.
As shown in Figure 4, present invention also offers a kind of sanction line, peeling, make end all-in-one, it comprises wire-sending device 1, cut out wrapper cutting device 2, front end peeling transfer 3, front end end-beating machine 4, rear end clamp peeling transfer 5, rear end end-beating machine 6, frame 7, described wire-sending device 1 is installed on described front end peeling transfer 3, described sanction wrapper cutting device 2, front end peeling transfer 3, front end end-beating machine 4, rear end clamp peeling transfer 5, rear end end-beating machine 6 is installed on described frame 7 respectively, described wire-sending device 1 carries electric wire front end to be processed to described sanction wrapper cutting device 2 to carry out sanction skin, the epidermal area that electric wire front end peeled off by described front end peeling transfer 3 rotate an angle to described front end end-beating machine 4 carry out riveting after and reset, described wire-sending device 1 continues conveying electric wire to be processed and clamps to described rear end clamp peeling transfer 5, electric wire rear end carries out cutting off cutting out skin again to described sanction wrapper cutting device 2, the epidermal area that electric wire rear end peeled off by described rear end clamp peeling transfer 5 rotate an angle to described rear end end-beating machine 6 carry out riveting after and reset.
Particularly; as shown in Figure 5, Figure 6, draw together wire-sending device 1 described in and comprise the first holder 11, moving block 12, initiatively Wire Wheel 13, driven Wire Wheel 14, first wire block 15, second wire block 16, line sending conduit 17, pressure regulating mechanism 18, initiatively Wire Wheel driving mechanism 19, bearing pin 120; Described pressure regulating mechanism 18 comprises regulating handle 181, spring 182, bolt 183; Described active Wire Wheel driving mechanism 19 comprises the first motor 191, first motor mount 192, first gear 193, second gear 194, and described first motor 191 is provided with the first motor output shaft 1911; Described first holder 11 is provided with lug 111 and notch 112, and described moving block 12 is provided with dwang 121, and described second wire block 16 is provided with cavity 161.Described moving block 12 is rotated by bearing pin 120 and is installed in the notch 112 of described first holder 11; described active Wire Wheel 13 rotates and is installed on described moving block 12; described driven Wire Wheel 14 rotates and is installed on described first holder 11; described first wire block 15 and the second wire block 16 are fixedly installed in described first holder 11 respectively, and described line sending conduit 17 is fixedly installed in the rear end of described second wire block 16; Described spring 182 is placed between described lug 111 and dwang 121, and described bolt 183 is threaded with described regulating handle 181 through described lug 111, spring 182, dwang 121 successively; Described first motor 191 is fixedly installed in described first motor mount 192, described first motor mount 192 is fixedly installed in described first holder 11, described first gear 193 is fixedly installed in described first motor output shaft 1911, described second gear 194 is fixedly installed in the wheel shaft of described active Wire Wheel 13, and described first gear 193 engages with described second gear 194.Described pressure regulating mechanism 18 compresses the tightness of electric wire 8 between described active Wire Wheel 13 and driven Wire Wheel 14 for regulating, or the size according to electric wire makes the appropriate adjustments, described active Wire Wheel driving mechanism 19 drives described active Wire Wheel 13 and driven Wire Wheel 14 line sending forward.
Particularly, as shown in Figure 8, described sanction wrapper cutting device 2 comprises upper cutter head 21, lower tool rest 22, front parer 23, cutoff tool 24, rear parer 25, first guide rail 26, up and down tool rest motion 27, second holder 28; Described upper and lower tool rest motion 27 comprises the second motor 271, the 3rd gear 272, first tooth bar 273, second tooth bar 274, and described second motor 271 is provided with the second motor output shaft 2711; Described upper cutter head 21 front end fixedly mounts front parer 23, cutoff tool 24, rear parer 25 successively respectively; described lower tool rest 22 front end fixedly mounts front parer 23, cutoff tool 24, rear parer 25 successively respectively; described first guide rail 26 quantity is two; two the first guide rails 26 are fixedly installed in described second holder 28 dual-side respectively; described upper cutter head 21 and lower tool rest 22 are slidably connected with described first guide rail 26 respectively, and described second holder 28 is installed on the table top of described frame 7; Described second motor 271 is fixedly installed in described second holder 28, described 3rd gear 272 is fixedly installed in described second motor output shaft 2711, described first tooth bar 273 is fixedly installed in described upper cutter head 21, described second tooth bar 274 is fixedly installed in described lower tool rest 22, and described 3rd gear 272 engages with described first tooth bar 273 and the second tooth bar 274 simultaneously.The length of described cutoff tool 24 grows 3 to 5mm, described front parer 23 and the same length of rear parer 25 length than described front parer 23 and rear parer 25.
Particularly, as shown in Figure 6, Figure 7, described front end peeling transfer 3 comprises front end apparatus for peeling off 31 and front end transfer 32; Described front end apparatus for peeling off 31 comprises the first cylinder 311, second cylinder 312, first cylinder mount pad 313, second guide rail 314, briquetting 315, and described first cylinder 311 is provided with the first cylinder axis 3111, and described second cylinder 312 is provided with the second cylinder axis 3121; Described first cylinder 311 is fixedly installed in described first cylinder mount pad 313, described first cylinder axis 3111 is fixedly connected with described first holder 11, described first holder 11 is slidably connected with described second guide rail 314, described second guide rail 314 is fixedly installed in described first cylinder mount pad 313, described second wire block 16 is provided with cavity 161, described briquetting 315 to be placed in described cavity 161 and to be fixedly installed in described second cylinder axis 3121, and described second cylinder 312 is fixedly installed in described second wire block 16.Described front end transfer 32 comprises the 3rd motor 321, the 3rd motor mount 322, the 3rd gear 323, the 4th gear 324, first rotating shaft 325, and described 3rd motor 321 is provided with the 3rd motor output shaft 3211; Under described 3rd motor mount 322 is fixedly installed in the table top of described frame 7, described 3rd motor 321 is fixedly installed in described 3rd motor mount 322, described 3rd gear 323 is fixedly installed in described 3rd motor output shaft 3211, described first rotating shaft 325 is rotated and is installed in the table top of described frame 7, one end of described first rotating shaft 325 is fixedly connected with described first cylinder mount pad 313, the other end of described first rotating shaft 325 is fixedly connected with described 4th gear 324, and described 3rd gear 323 engages with described 4th gear 324.
Particularly, as shown in Figure 9, described rear end clamp peeling transfer 5 comprises wire-clamping device 51, rear end stripping device 52 and rear end transfer 53, described wire-clamping device 51 comprises the 3rd cylinder 511, 3rd cylinder mount pad 512, first grip block 513, second grip block 514, second rotating shaft 515, 3rd rotating shaft 516, second bearing pin 517, described first grip block 513 and the second grip block 514 are all provided with the cambered surface (not shown) of grip wire, described 3rd cylinder 511 is provided with the 3rd cylinder axis 5111, described 3rd cylinder 511, second rotating shaft 515 and the 3rd rotating shaft 516 are fixedly installed in described 3rd cylinder mount pad 512 respectively, described first grip block 513 rotates and is installed on described second rotating shaft 515, described second grip block 514 rotates and is installed on described 3rd rotating shaft 516, described first grip block 513 and the second grip block 514 are rotationally connected with described second bearing pin 517 simultaneously, described second bearing pin 517 is connected with described 3rd cylinder axis 5111.Described rear end stripping device 52 comprises the 4th cylinder 521, the 4th cylinder mount pad 522, the 3rd guide rail 523, mounting panel 524, described 4th cylinder 521 is provided with the 4th cylinder axis 5211, described 4th cylinder 521 is fixedly installed in described 4th cylinder mount pad 522, described 4th cylinder mount pad 522 and the 3rd guide rail 523 are fixedly installed in described mounting panel 524 respectively, described 3rd cylinder mount pad 512 is fixedly connected with described 4th cylinder axis 5211, and described 3rd cylinder mount pad 512 is slidably connected with described 3rd guide rail 523.Described rear end transfer 53 comprises the 4th motor 531, support 532, first synchronous pulley 533, second synchronous pulley 534, Timing Belt 535, 4th rotating shaft 536, described 4th motor 531 is provided with the 4th motor output shaft 5311, described 4th motor 531 is fixedly installed in described support 532, described support 532 is fixedly installed in the table top of described frame 7, described first synchronous pulley 533 is fixedly installed in described 4th motor output shaft 5311, described second synchronous pulley 534 is fixedly installed in described 4th rotating shaft 536, one end of described 4th rotating shaft 536 is fixedly connected with described mounting panel 524, the other end and the described support 532 of described 4th rotating shaft 536 are rotationally connected, described Timing Belt 535 is engaged with described first synchronous pulley 533 and the second synchronous pulley 534 respectively.
Particularly, the edge of a knife of described front parer 23, cutoff tool 24, rear parer 25 adopts " V " font or circular arc or ellipse arc; Described first motor 191, second motor 271, the 3rd motor 321, the 4th motor 531 all adopt stepper motor; For preventing weighing electric wire wounded, described briquetting 315 is made up of elastomeric material.
As shown in Figure 4, front end of the present invention end-beating machine 4 and rear end end-beating machine 6 are all that what to adopt is that common on the market automatic end-beating machine is just passable, and front end end-beating machine 4 and rear end end-beating machine 6 are not invention improvements of the present invention, omit, be not described in detail at this.
As shown in Fig. 4 to Fig. 9, sanction line of the present invention, peeling, to beat the end all-in-one course of work as follows:
Described wire-sending device 1 carries electric wire 8 front end to be processed to described sanction wrapper cutting device 2, the front parer 23 of described sanction wrapper cutting device 2 cuts the front end appearance cortex of power down line 8 and does not injure electric wire inner core 82, described front end apparatus for peeling off 31 works the appearance cortex of flake-off electric wire 8 front end, then described sanction wrapper cutting device 2 resets, then described front end apparatus for peeling off 31 resets, then front end transfer 32 rotates an angle to described front end end-beating machine 4, described front end end-beating machine 4 carries out riveting terminal and electric wire 8, after riveting completes, described front end transfer 32 resets, then wire-sending device 1 sends forward a segment distance (electric wire needs cropped distance) conveying electric wire 8 to be processed again, electric wire 8 front end is to described wire-clamping device 51, described wire-clamping device 51 clamps electric wire 8, electric wire 8 rear end is to described sanction wrapper cutting device 2, the cutoff tool 24 of described sanction wrapper cutting device 2 first cuts off and falls institute's electric wire 8, then the rear parer 25 cutting out wrapper cutting device 2 cuts the rear end appearance cortex of power down line 8 and does not injure electric wire inner core 82, then rear end stripping device 52 works the appearance cortex of flake-off electric wire 8 rear end, then described sanction wrapper cutting device 2 resets, then described rear end transfer 53 rotates an angle to described rear end end-beating machine 6, described rear end end-beating machine 6 carries out riveting terminal and electric wire 8, after riveting completes, described rear end transfer 53 resets, then described wire-clamping device 51 resets and unclamps electric wire 8, electric wire 8 drops, so far worked, enter next circulation.
Particularly, described electric wire 8 to be processed is through described first wire block 15, gap between described active Wire Wheel 13 and driven Wire Wheel 14, second wire block 16, pass from described line sending conduit 17, described first motor 191 works and drives described second gear 194, described second gear 194 drives described first gear 193 to rotate, described first gear 193 drives described active Wire Wheel 13 to rotate, being clipped in electric wire 8 between described active Wire Wheel 13 and driven Wire Wheel 14 along with described active Wire Wheel 13 rotates line sending forward, between described active Wire Wheel 13 and driven Wire Wheel 14, the whole degree of pine of grip wire 8 is made the appropriate adjustments by regulating handle 181, when clamping the electric wire of different size also can regulating handle 181 to regulate the gap between described active Wire Wheel 13 and driven Wire Wheel 14, when electric wire 8 is sent to and exceedes front parer 23 1 regular length (this regular length is the length that peeling is wanted in electric wire front end), described first motor 191 quits work, line sending stops, at this moment, described second motor 271 drive the 3rd gear 272 that works rotates, described 3rd gear 272 drives upper cutter head 21 and lower tool rest 22 move toward one another by the first tooth bar 273 of engagement and the second tooth bar 274, the front parer 23 be arranged in upper cutter head 21 cuts the front end appearance cortex of power down line 8 with front parer 23 cooperation be arranged in lower tool rest 22 and does not injure electric wire inner core 82, at this moment, described second motor 271 quits work, then the second cylinder 312 work strip dynamic pressure block 315 compresses electric wire 8, then the first cylinder 311 works and drives described wire-sending device 1 and clamped electric wire 8 to return a segment distance (this segment distance is longer than above-mentioned said regular length) backward, now the exocuticle pull-up of cropped power down line 8 front end drops out the inner core 82 of electric wire 8, peeling completes, then described second motor 271 drive the 3rd gear 272 that works again rotates, described 3rd gear 272 drives upper cutter head 21 and lower tool rest 22 reverse motions by the first tooth bar 273 of engagement and the second tooth bar 274, be arranged on front parer in upper cutter head 21 23 and the front parer 23 that is arranged in lower tool rest 22 away from after electric wire 8 one segment distance, described second motor 271 quits work, then described first cylinder 311 works return, electric wire 8 reposition driving described wire-sending device 1 and be clamped, then, described 3rd motor 321 drive the 3rd gear 323 that works rotates, described 3rd gear 323 drives the 4th gear 324 to rotate, described 4th gear 324 drives described wire-sending device 1, front end apparatus for peeling off 31 and clamped electric wire 8 to rotate an angle to described front end end-beating machine 4, 3rd motor 321 quits work, described front end end-beating machine 4 carries out riveting terminal and electric wire 8, after riveting completes the 3rd motor 321 again task and make wire-sending device 1, front end apparatus for peeling off 31 and be clamped electric wire 8 reset, the 3rd motor 321 quits work, then described first motor 191 works again, and wire 8 is sent forward a segment distance (electric wire needs cropped distance), and the first motor 191 quits work, then described 3rd cylinder 511 works, described 3rd cylinder axis 5111 thing drives the second bearing pin 517 to move upward, described second bearing pin 517 drives described first grip block 513 to rotate around the second rotating shaft 515, described second grip block 514 rotates around the 3rd rotating shaft 516, thus clamps the electric wire 8 (the first grip block 513 and the second grip block 514 reset condition are open configuration) brought, then described second motor 271 drive the 3rd gear 272 that works again rotates, described 3rd gear 272 drives upper cutter head 21 and lower tool rest 22 move toward one another by the first tooth bar 273 of engagement and the second tooth bar 274, because cutoff tool 24 is than rear parer long 25, therefore the cutoff tool 24 be arranged in upper cutter head 21 and the cutoff tool 24 be arranged in lower tool rest 22 first coordinate cut-out power down line 8, then the rear parer 25 be arranged in upper cutter head 21 cuts the rear end appearance cortex of power down line 8 with rear parer 25 cooperation be arranged in lower tool rest 22 and does not injure electric wire inner core 82, at this moment described second motor 271 quits work, then described 4th cylinder 521 works, described 4th cylinder axis 5211 drives described wire-clamping device 51 and clamped electric wire 8 to return a segment distance (this segment distance is longer than above-mentioned said regular length) backward, now the exocuticle pull-up of cropped power down line 8 rear end drops out the inner core 82 of electric wire 8, and peeling completes, then described second motor 271 drive the 3rd gear 272 that works again rotates, described 3rd gear 272 drives upper cutter head 21 and lower tool rest 22 reverse motions by the first tooth bar 273 of engagement and the second tooth bar 274, be arranged on the cutoff tool 24 in upper cutter head 21, rear parer 25 and be arranged on cutoff tool 24 in lower tool rest 22, rear parer 25 away from after electric wire 8 one segment distance, described second motor 271 quits work, then described 4th cylinder 521 works return, electric wire 8 reposition driving described wire-clamping device 51 and be clamped, then described 4th motor 531 works, described 4th motor output shaft 5311 rotates and drives described first synchronous pulley 533 to rotate, described first synchronous pulley 533 drives described second synchronous pulley 534 to rotate, described second synchronous pulley 534 thing drives described wire-clamping device 51, rear end stripping device 52 and the electric wire 8 be clamped rotate an angle to described rear end end-beating machine 6, described 4th motor 531 quits work, described rear end end-beating machine 6 carries out riveting terminal and electric wire 8, 4th motor 531 task make wire-clamping device 51 again after riveting completes, rear end stripping device 52 and the electric wire 8 be clamped reset, 4th motor 531 quits work, then described 3rd cylinder 511 task again, described first grip block 513 and the second grip block 514 reset, and revert to original open configuration, at this moment, electric wire 8 drops, and has so far worked, and enter next circulation.
This novel electron computer electrical power line eliminates heat-shrinkable T bush, be applicable to this novel electron computer electrical power line processing technology and cut out line, peeling, beat end all-in-one just can realize novel electron computer electrical power line automation production, operation is few, save man-hour, cost is low, the product appearance produced is succinctly attractive in appearance, the webmaster of braiding closely, evenly, can not be loose.
This sanction line, peeling, beat end all-in-one comprise wire-sending device, cut out wrapper cutting device, front end peeling transfer, front end end-beating machine, rear end clamp peeling transfer, rear end end-beating machine, frame; described wire-sending device is installed on described front end peeling transfer; described sanction wrapper cutting device, front end peeling transfer, front end end-beating machine, rear end clamp peeling transfer, rear end end-beating machine are installed on described frame respectively, adopt such scheme combination can realize beating double end, production efficiency is high; Wire enters from one end of this all-in-one, from the other end out be exactly the electric wire having cut length, riveting double end terminal; Owing to adopting stepper motor, the length of delivery guidewire is accurate, full-automatic operation, and production efficiency is high; Electric wire wire external layer being tied with to webmaster is particularly suitable for, the processing method that the electric wire of current band webmaster adopts be that manual beating is held or semi-automaticly beat end, two is beaten end substep and is carried out, the mouth that cuts of webmaster is easy to regard to hair or anti-mouth, next step processing is very difficult, this all-in-one is one step completed in machine, there is not above-mentioned problem, therefore production efficiency is high.
Above content is in conjunction with concrete preferred implementation further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, some simple deduction or replace can also be made, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. a novel electron computer electrical power line, comprise electric wire (8), webmaster (9), terminal (10), first connector body (20), second connector body (30), described electric wire (8) is arranged in described webmaster (9), it is characterized in that: described webmaster (9), electric wire (8) and the direct riveting of exposed inner core (82) are in terminal (10), the two ends of described electric wire (8) are electrically connected with described terminal (10) respectively, described terminal (10) inserts described first connector body (20) respectively, in second connector body (30).
2. make a processing technology for novel electron computer electrical power line as claimed in claim 1, comprise the following steps:
A. webmaster is woven: electric wire, by braiding machine, weaves at electric wire outer surface the electric wire that one deck webmaster becomes band webmaster;
B. cut out line, peeling, beat end: the electric wire of band webmaster by cutting out line, peeling, making end all-in-one, the electric wire of band webmaster cut into required length also direct for terminal riveting at electric wire two ends;
C. assemble: riveting, the electric wire of the band webmaster of terminal and connector are assembled, and make electronics computer electrical power line.
3. the processing technology of novel electron computer electrical power line as claimed in claim 2, it is characterized in that, step B comprises step by step following:
B1. front end line sending: wire-sending device carries a regular length to cutting out in wrapper cutting device in the electric wire that outer surface is composed of webmaster;
B2. skin is cut out in front end: cut out wrapper cutting device and cut the epidermal area opened and be wrapped in electric wire leading exterior surface;
B3. front end peeling: front end apparatus for peeling off peels off the epidermal area of electric wire leading exterior surface;
B4. front end turns to: front end transfer turns to a fixed angle to end-beating machine place, front end the electric wire front end of de-epithelization layer;
B5. end is beaten in front end: front end end-beating machine webmaster, electric wire front end and the direct riveting of exposed inner core on terminal;
B6. front end resets: front end transfer is beaten after end completes at front end end-beating machine and set back;
B7. rear end line sending: wire-sending device continues the electric wire that outer surface is composed of webmaster to be fed forward Len req through cutting out wrapper cutting device in wire-clamping device;
B8. rear end clamp: wire-clamping device clamping wire-sending device carries the outer surface of coming to be composed of the electric wire of webmaster;
B9. skin is cut out in cut-out, rear end: cut out wrapper cutting device cut-out outer surface and be composed of the electric wire of webmaster and cut the epidermal area opened and be wrapped in electric wire back end outer surface;
B10. rear end peeling: rear end stripping device peels off the epidermal area of electric wire back end outer surface;
B11. rear end turns to: rear end transfer turns to a fixed angle to end-beating machine place, rear end the electric wire rear end of de-epithelization layer;
B12. end is beaten in rear end: rear end end-beating machine webmaster, electric wire rear end and the direct riveting of exposed inner core on terminal;
B13. rear end resets: rear end transfer is beaten after end completes at rear end end-beating machine and set back;
B14. rear end clamp resets: after rear end transfer sets back, wire-clamping device sets back.
4. one kind realizes the sanction line of the processing technology of novel electron computer electrical power line as claimed in claim 2 or claim 3, peeling, make end all-in-one, it is characterized in that: comprise wire-sending device (1), cut out wrapper cutting device (2), front end peeling transfer (3), front end end-beating machine (4), rear end clamp peeling transfer (5), rear end end-beating machine (6), frame (7), described wire-sending device (1) is installed on described front end peeling transfer (3), described sanction wrapper cutting device (2), front end peeling transfer (3), front end end-beating machine (4), rear end clamp peeling transfer (5), rear end end-beating machine (6) is installed on described frame (7) respectively, described wire-sending device (1) carries electric wire front end to be processed to described sanction wrapper cutting device (2) to carry out sanction skin, the epidermal area that described front end peeling transfer (3) peels electric wire front end off rotate an angle to described front end end-beating machine (4) carry out riveting after and reset, described wire-sending device (1) continues conveying electric wire to be processed to described rear end clamp peeling transfer (5) clamping, transportion wire rear end to described sanction wrapper cutting device (2) carries out cutting off cutting out skin again, the epidermal area that described rear end clamp peeling transfer (5) peels electric wire rear end off rotate an angle to described rear end end-beating machine (6) carry out riveting after and reset.
5. cut out line as claimed in claim 4, peeling, make end all-in-one, it is characterized in that: described wire-sending device (1) comprises the first holder (11), moving block (12), initiatively Wire Wheel (13), driven Wire Wheel (14), first wire block (15), second wire block (16), line sending conduit (17), pressure regulating mechanism (18), initiatively Wire Wheel driving mechanism (19), described moving block (12) rotates and is installed on described first holder (11), the rotation of described active Wire Wheel (13) is installed on described moving block (12), the rotation of described driven Wire Wheel (14) is installed on described first holder (11), described first wire block (15) and the second wire block (16) are installed on described first holder (11) respectively, described line sending conduit (17) is installed on described second wire block (16), described pressure regulating mechanism (18) is connected with described first holder (11) and moving block (12) respectively, described active Wire Wheel driving mechanism (19) is installed on described first holder (11) and drives with described active Wire Wheel (13) and is connected, described electric wire to be processed is through described first wire block (15), gap between described active Wire Wheel (13) and driven Wire Wheel (14), second wire block (16), pass from described line sending conduit (17), described pressure regulating mechanism (18) compresses the pressure of electric wire between described active Wire Wheel (13) and driven Wire Wheel (14) for regulating, described active Wire Wheel driving mechanism (19) drives described active Wire Wheel (13) and driven Wire Wheel (14) line sending.
6. cut out line as claimed in claim 4, peeling, make end all-in-one, it is characterized in that: described sanction wrapper cutting device (2) comprises upper cutter head (21), lower tool rest (22), front parer (23), cutoff tool (24), rear parer (25), first guide rail (26), upper and lower tool rest motion (27), second holder (28), front parer (23) is installed successively respectively in described upper cutter head (21) front end, cutoff tool (24), rear parer (25), front parer (23) is installed successively respectively in described lower tool rest (22) front end, cutoff tool (24), rear parer (25), described first guide rail (26) is installed on described second holder (28), described upper cutter head (21) and lower tool rest (22) are slidably connected with described first guide rail (26) respectively, described upper and lower tool rest motion (27) is installed on described second holder (28) and is connected with described upper cutter head (21) and lower tool rest (22) respectively, and described second holder (28) is installed on the table top of described frame (7).
7. cut out line, peeling as claimed in claim 4, make end all-in-one, it is characterized in that: described front end peeling transfer (3) comprises front end apparatus for peeling off (31) and front end transfer (32), described front end apparatus for peeling off (31) comprises the first cylinder (311), the second cylinder (312), the first cylinder mount pad (313), the second guide rail (314), briquetting (315), described first cylinder (311) is provided with the first cylinder axis (3111), and described second cylinder (312) is provided with the second cylinder axis (3121), described first cylinder (311) is installed on described first cylinder mount pad (313), described first cylinder axis (3111) is fixedly connected with described first holder (11), described first holder (11) and described second guide rail (314) are slidably connected, described second guide rail (314) is fixedly installed in described first cylinder mount pad (313), described second wire block (16) is provided with cavity (161), described briquetting (315) to be placed in described cavity (161) and to be fixedly installed in described second cylinder axis (3121), described second cylinder (312) is installed on described second wire block (16), described front end transfer (32) comprises the 3rd motor (321), the 3rd motor mount (322), the 3rd gear (323), the 4th gear (324), the first rotating shaft (325), and described 3rd motor (321) is provided with the 3rd motor output shaft (3211), under described 3rd motor mount (322) is installed on the table top of described frame (7), described 3rd motor (321) is installed on described 3rd motor mount (322), described 3rd gear (323) is installed on described 3rd motor output shaft (3211), the rotation of described first rotating shaft (325) is installed in the table top of described frame (7), one end of described first rotating shaft (325) is fixedly connected with described first cylinder mount pad (313), the other end of described first rotating shaft (325) is fixedly connected with described 4th gear (324), described 3rd gear (323) engages with described 4th gear (324).
8. cut out line, peeling as claimed in claim 4, make end all-in-one, it is characterized in that: described rear end clamp peeling transfer (5) comprises wire-clamping device (51), rear end stripping device (52) and rear end transfer (53), described wire-clamping device (51) comprises the 3rd cylinder (511), 3rd cylinder mount pad (512), first grip block (513), second grip block (514), second rotating shaft (515), 3rd rotating shaft (516), second bearing pin (517), described 3rd cylinder (511) is provided with the 3rd cylinder axis (5111), described 3rd cylinder (511), second rotating shaft (515) and the 3rd rotating shaft (516) are installed on described 3rd cylinder mount pad (512) respectively, the rotation of described first grip block (513) is installed on described second rotating shaft (515), the rotation of described second grip block (514) is installed on described 3rd rotating shaft (516), described first grip block (513) and the second grip block (514) are rotationally connected with described second bearing pin (517) simultaneously, described second bearing pin (517) is connected with described 3rd cylinder axis (5111), described rear end stripping device (52) comprises the 4th cylinder (521), 4th cylinder mount pad (522), 3rd guide rail (523), mounting panel (524), described 4th cylinder (521) is provided with the 4th cylinder axis (5211), described 4th cylinder (521) is installed on described 4th cylinder mount pad (522), described 4th cylinder mount pad (522) and the 3rd guide rail (523) are installed on described mounting panel (524) respectively, described 3rd cylinder mount pad (512) is fixedly connected with described 4th cylinder axis (5211), described 3rd cylinder mount pad (512) and described 3rd guide rail (523) are slidably connected, described rear end transfer (53) comprises the 4th motor (531), support (532), first synchronous pulley (533), second synchronous pulley (534), Timing Belt (535), 4th rotating shaft (536), described 4th motor (531) is provided with the 4th motor output shaft (5311), described 4th motor (531) is installed on described support (532), described support (532) is installed on the table top of described frame (7), described first synchronous pulley (533) is installed on described 4th motor output shaft (5311), described second synchronous pulley (534) is installed on described 4th rotating shaft (536), one end of described 4th rotating shaft (536) is fixedly connected with described mounting panel (524), the other end and the described support (532) of described 4th rotating shaft (536) are rotationally connected, described Timing Belt (535) is engaged with described first synchronous pulley (533) and the second synchronous pulley (534) respectively.
9. cut out line as claimed in claim 5, peeling, make end all-in-one, it is characterized in that: described pressure regulating mechanism (18) comprises regulating handle (181), spring (182), bolt (183), described first holder (11) is provided with lug (111), described moving block (12) is provided with dwang (121), described spring (182) is placed between described lug (111) and dwang (121), described bolt (183) is successively through described lug (111), spring (182), dwang (121) is threaded with described regulating handle (181).
10. cut out line as claimed in claim 5, peeling, make end all-in-one, it is characterized in that: described active Wire Wheel driving mechanism (19) comprises the first motor (191), first motor mount (192), first gear (193), second gear (194), described first motor (191) is provided with the first motor output shaft (1911), described first motor (191) is installed on described first motor mount (192), described first motor mount (192) is installed on described first holder (11), described first gear (193) is fixedly installed in described first motor output shaft (1911), described second gear (194) is fixedly installed in the wheel shaft of described active Wire Wheel (13), described first gear (193) is engaged with described second gear (194).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410419372.8A CN104242001B (en) | 2014-08-22 | 2014-08-22 | A kind of electric power line and process equipment and processing technology |
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|---|---|---|---|
| CN201410419372.8A CN104242001B (en) | 2014-08-22 | 2014-08-22 | A kind of electric power line and process equipment and processing technology |
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| CN104242001A true CN104242001A (en) | 2014-12-24 |
| CN104242001B CN104242001B (en) | 2017-12-01 |
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| CN105977758A (en) * | 2016-07-26 | 2016-09-28 | 深圳市国信达科技股份有限公司 | Braided wire cutting and terminal crimping machine |
| CN106363421A (en) * | 2016-12-11 | 2017-02-01 | 韩冬 | Automatic wire assembling machine |
| CN108462015A (en) * | 2018-02-27 | 2018-08-28 | 东莞市乐阳精密电子有限公司 | A kind of electric wire processing machine |
| CN109290226A (en) * | 2018-11-22 | 2019-02-01 | 东莞市意川自动化设备有限公司 | It is a kind of automatically to divide color cable machine |
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| CN111180971A (en) * | 2018-11-09 | 2020-05-19 | 惠阳航空螺旋桨有限责任公司 | Wire assembly for electric anti-icing device |
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| CN114122850A (en) * | 2021-11-25 | 2022-03-01 | 海盐县盛安电器有限公司 | Automatic wire cutting and terminal crimping device |
| CN114188790A (en) * | 2021-12-09 | 2022-03-15 | 广州蛇舞科技有限公司 | Electronic wire harness processing terminal equipment based on electric automation control |
| CN114188790B (en) * | 2021-12-09 | 2023-12-15 | 奔宇电器(嘉兴)有限公司 | Electronic wire harness processing and end-punching equipment based on electric automation control |
| CN117293621A (en) * | 2023-10-17 | 2023-12-26 | 苏州康姆普机械有限公司 | Full-automatic single-core wire cutting and end-punching machine and end-punching process thereof |
| CN117293621B (en) * | 2023-10-17 | 2024-03-15 | 苏州康姆普机械有限公司 | Full-automatic single-core wire cutting and end-punching machine and end-punching process thereof |
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| CN104242001B (en) | 2017-12-01 |
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Application publication date: 20141224 Assignee: DONGGUAN QINGHAI ELECTRONIC TECHNOLOGY Co.,Ltd. Assignor: Li Dacai Contract record no.: X2022990000943 Denomination of invention: An electronic and electrical power line, processing equipment and processing technology Granted publication date: 20171201 License type: Common License Record date: 20221116 |
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