CN202230888U - Coated lead wire processor - Google Patents
Coated lead wire processor Download PDFInfo
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- CN202230888U CN202230888U CN2011203645838U CN201120364583U CN202230888U CN 202230888 U CN202230888 U CN 202230888U CN 2011203645838 U CN2011203645838 U CN 2011203645838U CN 201120364583 U CN201120364583 U CN 201120364583U CN 202230888 U CN202230888 U CN 202230888U
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Abstract
The utility model discloses a coated lead wire processor and relates to a lead wire processing device used in a feedthrough capacitor lead wire welding apparatus. A wire feeding mechanism and a cutter are disposed along a straight line on which a coated lead wire moves upward. The cutter is two cutter heads that moves opposite to each other. Each cutter head has three blades, wherein the cutting edge of both the upper blade and the lower blade is V-shaped or semi-circular, and the cutting edge of the central blade is flat and straight. A wire pipe motion mechanism is disposed opposite to the cutter. The piston rod of a main lifting cylinder is connected with a wire pipe assembly connection rack. A pressing wire cylinder is arranged on the wire pipe assembly connection rack. The piston rod free end of the pressing wire cylinder is fixedly connected with a compressed sheet. The compressed sheet can stretch from an opening on the wire pipe sidewall of the wire pipe assembly into a wire pipe for pressing a coated lead wire segment that has been cut. The coated lead wire and the insulating coatings on the upper and the lower of the lead wire can be cut after the two cutter heads are gathered together. The cut coated lead wire segment sleeved in the wire pipe is lifted by the main lifting cylinder to the central hole of a capacitor core.
Description
Technical field
The utility model relates to a kind of lead treatment facility, particularly relates to the lead processing device that uses in a kind of feedthrough capacitor wire bonds equipment.
Background technology
The edge of an electrode is respectively exposed at the two ends of circular feedthrough capacitor fuse, and the edge of each electrode scribbles the electric conducting material that is easy to weld respectively.Be installed with a belt leather lead-in wire that is surrounded by insulated hull in the centre bore of this circle feedthrough capacitor fuse, the copper core of this belt leather lead-in wire is welded on the electrode of this circle feedthrough capacitor fuse upper end; The zinc-plated naked lead-in wire of another root connects on the electrode of this circle feedthrough capacitor fuse lower surface.All adopted manual operations at the fuse two ends of circular feedthrough capacitor welding lead: the workman directly is welded on the electrode of circular feedthrough capacitor fuse lower surface after with the top bending of naked lead-in wire in the past.During welding belt leather lead-in wire, peel off one little section insulated hull in the belt leather lead-in wire upper end that is surrounded by insulated hull earlier, expose a bit of copper core section; The copper core section of this belt leather lead-in wire is passed behind the centre bore of circular feedthrough capacitor fuse bending and directly be welded on the electrode of circular feedthrough capacitor fuse upper surface.At last, below feed-through capacitor, cut off this belt leather lead-in wire, and peel off one little section insulated hull, expose a bit of copper core section in the belt leather lead-in wire lower end that keeps.This manual efficient is low, and the consistency of welding is poor.According to prior art, can use machine automatically with directly being welded on the electrode of an end face of circular feedthrough capacitor fuse after the top bending of naked lead-in wire.But, belt leather lead-in wire to be implemented to cut off, peeling is implemented at the two ends of the belt leather lead segments that will block again, and the belt leather lead segments that will block connects in the centre bore that gets into circular feedthrough capacitor, and complicated operations does not but have a kind of automatics to accomplish like this.
The utility model content
The utility model aims to provide a kind of belt leather lead processing device; It can implement to cut off to the belt leather lead-in wire; The insulated hull that the truncated position upper and lower is corresponding blocks and peels off; And the belt leather lead segments that will block connects in the centre bore that gets into circular feedthrough capacitor, so that implement the operation that the end of a thread bends and welds.
The technical scheme of the utility model is: a kind of belt leather lead processing device, and the straight line that moves up along the belt leather lead-in wire is provided with wire agency and cutter; This cutter is the cutter head of two relative motions, and each cutter head has three blades in upper, middle and lower, and the cutting edge of wherein upper and lower two blades is V-arrangement or semicircle, and the cutting edge of intermediate blades is straight; The opposite of this cutter is provided with the spool actuating mechanism, and this spool actuating mechanism is provided with main cylinder, spool assembly and the line ball cylinder of promoting; The main piston rod that promotes cylinder is connected with the link of spool assembly; The line ball cylinder is installed on the link of spool assembly, and the piston rod free end of line ball cylinder is fixedly connected a compressing tablet, and this compressing tablet can stretch into the intercepted belt leather lead segments of roof pressure in this spool from the opening on the spool sidewall of spool assembly.
Wire agency moves up the belt leather lead-in wire, and length is on demand delivered in the spool of cutter top spool actuating mechanism spool assembly; After two cutter heads of cutter closed up, their intermediate blades was blocked this belt leather lead-in wire, and the insulated hull that their upper and lower blade is corresponding with the truncated position upper and lower respectively blocks; Spool actuating mechanism master promotes in the spool that cylinder will be set on the spool assembly and lifts in the centre bore of circular feedthrough capacitor fuse on the intercepted belt leather lead segments.When intercepted belt leather lead segments rose, the intercepted insulated hull in its lower end was stayed in the cutter, has accomplished the peeling operation of intercepted belt leather lead segments lower end automatically.
Described cutter is arranged in the cutter actuating mechanism; This cutter actuating mechanism is made up of base plate, guide rail, tangent line cylinder, T shape connecting rod, first cutter head, L shaped connecting rod, second cutter head and peeling cylinder; The piston rod free end of peeling cylinder is connected with base plate; The top of base plate one side surface is established horizontal guide rail and first cutter head and second cutter head relatively is set on this guide rail, establishes T shape connecting rod and L shaped connecting rod on the opposite side surface; The intermediate point of T shape connecting rod is articulated in the back angle of going up of base plate; The intermediate point of L shaped connecting rod is articulated in the preceding angle of going up of base plate; The tangent line cylinder is installed in the rear end of base plate, and the horizontal stripe rear end of the free end of tangent line cylinder piston rod and T shape connecting rod is hinged; The horizontal stripe front end of T shape connecting rod is established quarter butt, and this quarter butt is inserted in the slot of L shaped connecting rod horizontal stripe rear end slidably; The top edge that the quarter butt that is fixed on the first cutter head top is crossed base plate inserts in the guide hole of T shape connecting rod vertical bar upper end; The top edge that the quarter butt that is fixed on the second cutter head top is crossed base plate inserts in the guide hole of L shaped connecting rod vertical bar upper end.
This cutter actuating mechanism; Cut-out and the corresponding insulated hull of truncated position upper and lower that not only can accomplish the belt leather lead-in wire block; It is up to promote base plate through the piston rod of peeling cylinder; Make on the cutter and carry, peeled off the insulated hull of the belt leather lead-in wire upper end that is retained, for the cut-out and the peeling operation of belt leather lead-in wire next time got ready.
Described spool actuating mechanism also has assistant cylinder; The main piston rod that promotes cylinder is fixedly connected with the piston rod of assistant cylinder; The cylinder body of assistant cylinder is connected with spool assembly link.
The effect of assistant cylinder is when two cutter heads of cutter are opened, and makes the spool assembly near the belt leather that is retained lead-in wire upper end, so that the belt leather that is retained lead-in wire is when upwards being sent by wire agency, insert in the spool of spool assembly more easily the upper end of belt leather lead-in wire.After belt leather lead-in wire length on demand penetrated the spool of spool assembly, assistant cylinder rose the spool assembly, for the cutting action of cutter is abdicated the space.Therefore, assistant cylinder is set can avoids because of the belt leather lead-in wire does not have enough hardness, its upper end can be difficult to insert the fault in the spool assembly spool because of waving, and the action that the belt leather lead-in wire is sent in the spool assembly spool is more smooth, helps increasing work efficiency.
Described wire agency comprises clamp wheels and the servo motor that has platter; The platter center front right side of clamp wheels is provided with a driving gear, and servo motor is installed in the platter back, and this driving gear is installed on the main shaft of servo motor; Upper and lower two sides of this driving gear establish the identical drive wheel assemblies of structure respectively in the platter front; Each drive wheel assemblies has a L bracket, a gear and an active fabric wheel, and L bracket is fixed on the platter front, and gear and active fabric wheel are co-axially mounted between the transverse arm and platter front of L bracket, this gear and driving gear engagement; Corresponding respectively each drive wheel assemblies in the left side of platter front is provided with corresponding driven pulley assembly; Each driven pulley assembly has a base and a driven pinch roller, and in the platter left side, the left side of this base is enclosed within on the platter left hand edge this base by screw, and the left side of this base is provided with the jackscrew of horizontal pushing tow platter left hand edge; This driven pinch roller is installed in rotation on the right side of this base, and carries the belt leather lead-in wire with corresponding active fabric wheel winding together.
Thisly carry the wire agency of belt leather lead-in wire, through adjustment with the angle that servo motor rotates when changing each line sending, be easy to adjust and change the length of intercepted belt leather lead segments most by servo motor driven clamp wheels; And the jackscrew of pushing tow platter left hand edge on the adjustment driven pulley unitized substructure, can adjust and change the spacing of its driven pinch roller and corresponding active fabric wheel, go between with the belt leather that adapts to various outer diameter.So this wire agency is strong to the adaptability of different size belt leather lead-in wire, can be used for the circular feedthrough capacitor of plurality of specifications.
Said wire agency also has clamp cylinder, central conductor frame, middle part lead frame and upper conductor frame; Central conductor frame, middle part lead frame and upper conductor frame, their conduit coaxial line are installed in the middle of the platter front of said clamp wheels from the bottom to the top successively; The conduit of conduit and upper conductor frame that passes conduit, the middle part lead frame of movable clip, the central conductor frame of clamp cylinder through the straight belt leather of arrangement lead-in wire stretches to the spool of spool actuating mechanism spool assembly.
Above-mentioned lead frame cooperates with the clamp wheels, and it is not enough to have solved belt leather lead-in wire hardness, is difficult to keep the problem of straight line conveying, makes the line sending operation more stable.The clamp cylinder clamps the belt leather lead-in wire in advance before cutter is peeled off the belt leather lead-in wire upper end insulated hull that is retained; Take up the misoperation that is retained the belt leather lead-in wire in the time of can avoiding proposing on the cutter; Normally carrying out of the belt leather lead-in wire upper end peeling operation that can guarantee to be retained can guarantee that also the smooth and easy of subsequent job carries out.
The utility model belt leather lead processing device; Adopt above-mentioned structure; Realized belt leather lead-in wire is implemented to cut off, peeling is implemented at the two ends of the belt leather lead segments that will block again, and the belt leather lead segments that will block connects in the centre bore that gets into circular feedthrough capacitor complicated operations like this.Its automaticity is high, and the action continuity is good.Be easy to adjust the specification of intercepted belt leather lead segments, can be used for the circular feedthrough capacitor of plurality of specifications.
Description of drawings
Fig. 1 is the perspective view of an embodiment of the utility model belt leather lead processing device.
Fig. 2 is the local enlarged diagram of A portion among Fig. 1.
Fig. 3 is the local enlarged diagram of B portion among Fig. 1.
Fig. 4 is the front view of Fig. 1 embodiment.
Fig. 5 is the left side view of Fig. 1 embodiment.
Fig. 6 carries out the action sketch map of line sending operation for Fig. 1 embodiment.
Fig. 7 carries out carrying on the spool action sketch map of operation for Fig. 1 embodiment.
Fig. 8 carries out the action sketch map of tangent line operation for Fig. 1 embodiment cutter closes up.
The action sketch map of the belt leather lead segments operation that Fig. 9 has blocked in the spool for Fig. 1 embodiment clamps.
The action sketch map that Figure 10 operates for the belt leather lead segments of lifting spool on Fig. 1 embodiment and blocked.
Figure 11 is the belt leather lead segments position that Fig. 1 embodiment keeps spool and blocked, carries on the cutter divesting the upward action sketch map of end line skin operation of belt leather lead-in wire.
Figure 12 is the belt leather lead segments position that Fig. 1 embodiment keeps spool and blocked, opens cutter and removes the upward action sketch map of end line skin operation of belt leather lead-in wire.
The belt leather lead segments that Figure 13 has blocked in the spool for Fig. 1 embodiment discharges, and the action sketch map of cutter decline return operation.
Figure 14 carries out the action sketch map of spool decline return operation for Fig. 1 embodiment.
Embodiment
One, embodiment one
The structure of an embodiment of the utility model belt leather lead processing device is like Fig. 1, Fig. 4 and shown in Figure 5.This belt leather lead processing device comprises base plate 1, riser 2, spool actuating mechanism 3, wire agency 4, cutter actuating mechanism 5.
Please referring to Fig. 1 and Fig. 4: base plate 1 cuts the rectangle sheet material of a rectangular indentation 11 for the upper left corner.The width of rectangular indentation 11 is about 1/2 of base plate 1 overall width.Base plate 1 is fixed on the feed-through capacitor wire bonds equipment with being straightened, and is positioned at the below of the circular feedthrough capacitor fuse 100 of waiting to penetrate the belt leather lead segments of having blocked.On feed-through capacitor wire bonds equipment, the top that is positioned at this circle feedthrough capacitor fuse 100 is provided with the copper core head Clincher 300 and welding mechanism 200 that blocks the belt leather lead segments.Riser 2 and base plate 1 are fixed on the breach 11 longitudinal edge places of base plate 1 perpendicularly.The lower end, front side of riser 2 is provided with a carriage 21 that extends to the left.The middle part, left surface of riser 2 is provided with vertical guide mechanism 22.
Please referring to Fig. 1, Fig. 3, Fig. 4 and Fig. 5: wire agency 4 is made up of clamp wheels 41, clamp cylinder 42, lower wire frame 43, central conductor frame 44, detection components 45, upper conductor frame 46 and servo motor 47.Wire agency 4 is installed in the bottom in the middle of base plate 1 front.From the lower end of base plate 1 lower wire frame 43, clamp cylinder 42 and clamp wheels 41 are installed successively upwards.
The middle part lead frame 414 of platter 410 center front, its right side are provided with a driving gear 411, and servo motor 47 is installed in platter 410 back, and this driving gear 411 is installed on the main shaft of servo motor 47.Upper and lower two sides of this driving gear 411 set drive wheel assemblies 412 and last drive wheel assemblies 415 respectively in platter 410 fronts.The L bracket 4121 of following drive wheel assemblies 412 is fixed on platter 410 fronts of clamp wheels 41; Lower gear 4122 and following initiatively fabric wheel 4123 are co-axially mounted between the transverse arm and platter 410 fronts of L bracket 4121, lower gear 4122 and driving gear 411 engagements.The L bracket 4151 of last drive wheel assemblies 415 is fixed on platter 410 fronts of clamp wheels 41; Cog 4152 and go up initiatively that fabric wheel 4153 is co-axially mounted between the transverse arm and platter 410 fronts of L bracket 4151, cog and 4152 mesh with driving gear 411.
The photoelectric probe 451 of detection components 45 is fixed on the left side of base 5131 and is positioned at last driven pulley assembly 416 tops of clamp wheels 41; The code-disc of detection components 45 is co-axially mounted on the last driven pulley assembly 416 of clamp wheels 41, and photoelectric probe 451 is stretched to code-disc 452.
Please referring to Fig. 1, Fig. 2 and Fig. 5: cutter actuating mechanism 5 is made up of base plate 50, guide rail 51, tangent line cylinder 52, T shape connecting rod 53, first cutter head 54, L shaped connecting rod 55, second cutter head 66 and peeling cylinder 57.Cutter actuating mechanism 5 is installed on the riser 2.The base plate 50 of cutter actuating mechanism 5 is parallel with riser 2.The slide unit of middle part, the left surface of riser 2 vertical guide mechanism 22 is fixedly connected with the base plate 50 of cutter actuating mechanism 5, and peeling cylinder 57 is installed on the carriage 23 of lower end, front side of riser 2.The piston rod free end of peeling cylinder 57 is connected with base plate 50, and the telescopic location that changes this piston rod can make the base plate 50 can be relative to riser 2 upper and lower moving.
On first cutter head 54 by up and down be sequentially with three blades that stretch out forward 541,542,543, the cutting edge of wherein upper and lower two blades 541,543 is V-arrangement or semicircle, the cutting edge of intermediate blades 542 is straight.On second cutter head 56 also by up and down be sequentially with three blades that stretch out backward 561,562,563, the cutting edge of wherein upper and lower two blades 561,563 is V-arrangement or semicircle, the cutting edge of intermediate blades 562 is straight.
The piston rod of tangent line cylinder 52 extends upwardly, and the quarter butt of T shape connecting rod 53 and the slot splicing position of L shaped connecting rod 55 move down, and the vertical bar of T shape connecting rod 53 drives first cutter head 54 and moves forward, and the vertical bar of L shaped connecting rod 55 of while drives second cutter head 56 and moves backward.After first cutter head 54 and second cutter head 56 closed up, the belt leather lead-in wire 6 that the intermediate blades 542 of first cutter head 54 and the intermediate blades 562 of second cutter head 56 are stretched out upper conductor frame 46 upper ends blocked.The insulated hull of belt leather lead segments 61 bottoms that the upper blade 541 of first cutter head 54 and the upper blade of second cutter head 56 561 can block two intermediate blades, 542,562 tops blocks, and can the belt leather of two intermediate blades, 542,562 belows reservation the be gone between insulated hull of 6 upper ends of the bottom knife 543 of first cutter head 54 and the bottom knife of second cutter head 56 563 blocks.The piston rod of tangent line cylinder 52 is withdrawn downwards, and the quarter butt of T shape connecting rod 53 and the slot splicing position of L shaped connecting rod 55 move up, and the vertical bar of T shape connecting rod 53 drives first cutter head 54 and moves backward, and the vertical bar of L shaped connecting rod 55 of while drives second cutter head 56 and moves forward.First cutter head 54 and second cutter head 56 along guide rail 51 each other away from.
The simplified schematic diagram of Fig. 6-Figure 14 has shown the course of work of this belt leather lead processing device.
Begin from initial condition shown in Figure 6.On the feed-through capacitor wire bonds equipment, copper core head Clincher 300 and welding mechanism 200 are positioned at the top of circular feedthrough capacitor fuse 100.Below circular feedthrough capacitor fuse 100: two cutter heads of cutter actuating mechanism 5 are opened, and promptly first cutter head 54 is away from second cutter head 56.The piston rod of cutter actuating mechanism 5 peeling cylinders 57 is in the state of contraction.The piston rod of the main lifting cylinder 31 of spool actuating mechanism 3 and the piston rod of assistant cylinder 32 are in the state of contraction, and spool assembly 34 drops between two cutter heads of cutter actuating mechanism 5, and the piston rod of line ball cylinder 35 is in the state of compression.The clamp cylinder 42 of wire agency 4 is in the state that discharges belt leather lead-in wire 6.Belt leather lead-in wire 6 lower wire framves 43 through wire agency 4, central conductor frame 44, the clamp wheels 41 straight through arrangement are transported to upper conductor frame 46 upper ends, i.e. position between 5 two cutter heads of cutter actuating mechanism.Belt leather goes between the copper core of 6 upper ends to exposing outside, and stretches to the centre bore of spool actuating mechanism 3 spool assemblies 34 spools.
Do the operation of line sending in spool then: servo motor 47 drives clamp wheels 41 in the wire agency 4, and belt leather lead-in wire 6 is upwards sent in the spool centre bore of spool assembly 34; The length that belt leather lead-in wire 6 is carried equals the total length of belt leather lead-in wire in the circular feedthrough capacitor centre bore of manufactured goods.
The operation of carrying on the spool, please referring to Fig. 7: after belt leather lead-in wire 6 was admitted to the spool centre bore of spool assembly 34, the piston rod of spool actuating mechanism 3 assistant cylinders 32 extended upwardly, and the spool of spool assembly 34 is upwards carried; For getting out of the way, two cutter heads of cutter actuating mechanism 5 close up the position.
Cutter closes up the operation of carrying out tangent line, and please referring to Fig. 8: two cutter heads of cutter actuating mechanism 5 close up, and accomplishes the action of tangent line.At this moment, the belt leather lead-in wire 6 that the intermediate blades of two cutter heads is stretched out upper conductor frame 46 upper ends blocks, and the belt leather lead segments 61 of having blocked is stayed in the spool 342 of spool assembly 34.The upper blade of two cutter heads blocks the insulated hull of belt leather lead segments 61 bottoms that two intermediate blades tops has been blocked, and the go between insulated hull of 6 upper ends of the belt leather that the bottom knife of two cutter heads keeps two intermediate blades below blocks.
Clamp the operation of the belt leather lead segments of having blocked in the spool, please referring to Fig. 9: the piston rod action of the line ball cylinder 35 of spool actuating mechanism 3, the belt leather lead segments 61 that the interior clamping of spool that makes compressing tablet stretch into spool assembly 34 has been blocked.
Last act spool reaches the operation of the belt leather lead segments of having blocked; Please referring to Figure 10: the spool actuating mechanism 3 main piston rods that promote cylinder 31 extend upwardly; The belt leather lead segments 61 of having blocked in spool assembly 34 and the spool thereof is upwards lifted; The insulated hull of belt leather lead segments 61 bottoms that blocked this moment is left in two cutter heads of cutter actuating mechanism 5, and the copper core of belt leather lead segments 61 lower ends of having blocked is to exposing outside.The belt leather lead segments 61 of having blocked continues to rise; When the copper core of belt leather lead segments 61 upper ends of having blocked passes the centre bore of feedthrough capacitor fuse 100; Main cylinder 31 piston rods that promote of spool actuating mechanism 3 stop, and spool assembly 34 clips belt leather lead segments 61 stop motions of having blocked.
The belt leather lead segments position that keeps spool and blocked; Carry on the cutter and divest belt leather lead-in wire and go up the operation of end line skin and the action that the end of a thread bends, please referring to Figure 11: the copper core of feedthrough capacitor fuse 100 tops device 300 do the to bend copper core of belt leather lead segments 61 upper ends that a translation motion will block that bends bends and is affixed to the upper surface of feedthrough capacitor fuse 100.The piston rod action of the clamp cylinder 42 of wire agency 4, this piston rod drive the activity clamp belt leather lead-in wire 6 of clamp cylinder 42 front ends.The piston rod of peeling cylinder 57 extends upwardly in the cutter actuating mechanism 5, and the go between insulated hull of 6 upper ends of belt leather is taken away by two cutter heads of cutter actuating mechanism 5.Belt leather go between the copper core of 6 upper ends in upper conductor frame 46 upper ends to exposing outside.
The belt leather lead segments position that keeps spool and blocked; Open cutter and remove the action that the belt leather lead-in wire is gone up operation of end line skin and bonding wire; Please referring to Figure 12: the copper core of feedthrough capacitor fuse 100 tops bend device 300 bend the head retreat; The welder 200 of feedthrough capacitor fuse 100 tops is made the soldering tip down maneuver, and the copper core of belt leather lead segments 61 upper ends of having blocked is welded on the upper surface of feedthrough capacitor fuse 100.Two cutter heads of cutter actuating mechanism 5 are opened, and the insulated hull of peeling off belt leather lead-in wire 6 comes off automatically.The piston rod of the clamp cylinder 42 of wire agency 4 discharges, and the movable clip of clamp cylinder 42 front ends is unclamped, and discharges belt leather lead-in wire 6.
Discharge the belt leather lead segments of having blocked in the spool, and the operation of cutter decline return, please referring to Figure 13: the welder 200 of feedthrough capacitor fuse 100 tops is made the soldering tip return.The piston rod of the line ball cylinder 35 of spool actuating mechanism 3 is retreated, and makes compressing tablet withdraw from the spool of spool assembly 34, discharges the belt leather lead segments 61 of having blocked.The piston rod of peeling cylinder 57 bounces back downwards in the cutter actuating mechanism 5, makes two cutter heads of cutter actuating mechanism 5 return initial position.
The action of circular feedthrough capacitor fuse is operated and changed to spool decline return; Please referring to Figure 14: the piston rod of the main lifting cylinder 31 of spool actuating mechanism 3 and the piston rod of assistant cylinder 32 contract to recovery; Return initial state; Spool assembly 34 drops between two cutter heads of cutter actuating mechanism 5 again, and the belt leather lead segments 61 of having blocked on the circular feedthrough capacitor fuse 100 withdraws from the spool of spool actuating mechanism 3 spool assemblies 34, and this circle feedthrough capacitor fuse 100 is removed; The circular feedthrough capacitor fuse 100 that more renews just can forward Fig. 6 to and carry out next one circulation.
The above is merely the utility model preferred embodiment, does not limit the scope that the utility model is implemented with this, and the equivalence of doing according to the technical scheme and the description of the utility model changes and modification, all should belong to the scope that the utility model is contained.
Claims (5)
1. belt leather lead processing device is characterized in that: the straight line that moves up along the belt leather lead-in wire is provided with wire agency and cutter; This cutter is the cutter head of two relative motions, and each cutter head has three blades in upper, middle and lower, and the cutting edge of wherein upper and lower two blades is V-arrangement or semicircle, and the cutting edge of intermediate blades is straight; The opposite of this cutter is provided with the spool actuating mechanism, and this spool actuating mechanism is provided with main cylinder, spool assembly and the line ball cylinder of promoting; The main piston rod that promotes cylinder is connected with the link of spool assembly; The line ball cylinder is installed on the link of spool assembly, and the piston rod free end of line ball cylinder is fixedly connected a compressing tablet, and this compressing tablet can stretch into the intercepted belt leather lead segments of roof pressure in this spool from the opening on the spool sidewall of spool assembly.
2. a kind of belt leather lead processing device according to claim 1, it is characterized in that: described cutter is arranged in the cutter actuating mechanism; This cutter actuating mechanism is made up of base plate, guide rail, tangent line cylinder, T shape connecting rod, first cutter head, L shaped connecting rod, second cutter head and peeling cylinder; The piston rod free end of peeling cylinder is connected with base plate; The top of base plate one side surface is established horizontal guide rail and first cutter head and second cutter head relatively is set on this guide rail, establishes T shape connecting rod and L shaped connecting rod on the opposite side surface; The intermediate point of T shape connecting rod is articulated in the back angle of going up of base plate; The intermediate point of L shaped connecting rod is articulated in the preceding angle of going up of base plate; The tangent line cylinder is installed in the rear end of base plate, and the horizontal stripe rear end of the free end of tangent line cylinder piston rod and T shape connecting rod is hinged; The horizontal stripe front end of T shape connecting rod is established quarter butt, and this quarter butt is inserted in the slot of L shaped connecting rod horizontal stripe rear end slidably; The top edge that the quarter butt that is fixed on the first cutter head top is crossed base plate inserts in the guide hole of T shape connecting rod vertical bar upper end; The top edge that the quarter butt that is fixed on the second cutter head top is crossed base plate inserts in the guide hole of L shaped connecting rod vertical bar upper end.
3. a kind of belt leather lead processing device according to claim 2, it is characterized in that: described spool actuating mechanism also has assistant cylinder; The main piston rod that promotes cylinder is fixedly connected with the piston rod of assistant cylinder; The cylinder body of assistant cylinder is connected with spool assembly link.
4. according to claim 1 or 2 or 3 described a kind of belt leather lead processing devices, it is characterized in that: described wire agency comprises clamp wheels and the servo motor that has platter; The platter center front right side of clamp wheels is provided with a driving gear, and servo motor is installed in the platter back, and this driving gear is installed on the main shaft of servo motor; Upper and lower two sides of this driving gear establish the identical drive wheel assemblies of structure respectively in the platter front; Each drive wheel assemblies has a L bracket, a gear and an active fabric wheel, and L bracket is fixed on the platter front, and gear and active fabric wheel are co-axially mounted between the transverse arm and platter front of L bracket, this gear and driving gear engagement; Corresponding respectively each drive wheel assemblies in the left side of platter front is provided with corresponding driven pulley assembly; Each driven pulley assembly has a base and a driven pinch roller, and in the platter left side, the left side of this base is enclosed within on the platter left hand edge this base by screw, and the left side of this base is provided with the jackscrew of horizontal pushing tow platter left hand edge; This driven pinch roller is installed in rotation on the right side of this base, and carries the belt leather lead-in wire with corresponding active fabric wheel winding together.
5. a kind of belt leather lead processing device according to claim 4, it is characterized in that: said wire agency also has clamp cylinder, central conductor frame, middle part lead frame and upper conductor frame; Central conductor frame, middle part lead frame and upper conductor frame, their conduit coaxial line are installed in the middle of the platter front of said clamp wheels from the bottom to the top successively; The conduit of conduit and upper conductor frame that passes conduit, the middle part lead frame of movable clip, the central conductor frame of clamp cylinder through the straight belt leather of arrangement lead-in wire stretches to the spool of spool actuating mechanism spool assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203645838U CN202230888U (en) | 2011-09-23 | 2011-09-23 | Coated lead wire processor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203645838U CN202230888U (en) | 2011-09-23 | 2011-09-23 | Coated lead wire processor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202230888U true CN202230888U (en) | 2012-05-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203645838U Expired - Lifetime CN202230888U (en) | 2011-09-23 | 2011-09-23 | Coated lead wire processor |
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| CN (1) | CN202230888U (en) |
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| CN109500467A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | Tinned wire spot welding device and circular capacitor production equipment |
| CN109500612A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | Gummed wire cuts peeling component and gummed wire spot welding device and circular capacitor production equipment |
| CN109500468A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | Material loading device for capacitor and circular capacitor production equipment |
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2011
- 2011-09-23 CN CN2011203645838U patent/CN202230888U/en not_active Expired - Lifetime
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107803450A (en) * | 2017-11-29 | 2018-03-16 | 昆山雷匠通信科技有限公司 | A kind of wire-sending device |
| CN107803450B (en) * | 2017-11-29 | 2023-09-15 | 昆山雷匠通信科技有限公司 | Wire feeding device |
| CN108890062A (en) * | 2018-06-28 | 2018-11-27 | 致胜电子科技（惠州）有限公司 | The welding equipment of pin welding system and its self-recovery fuse |
| CN109500465A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | Turntable board migration device and circular capacitor production equipment |
| CN109500610A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | A kind of circular capacitor and its production method |
| CN109500466A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | Soldering mechanism and tinned wire welder and circular capacitor production equipment |
| CN109500611A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | A kind of circular capacitor manufacturing machine |
| CN109500467A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | Tinned wire spot welding device and circular capacitor production equipment |
| CN109500612A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | Gummed wire cuts peeling component and gummed wire spot welding device and circular capacitor production equipment |
| CN109500468A (en) * | 2019-01-15 | 2019-03-22 | 张玉仙 | Material loading device for capacitor and circular capacitor production equipment |
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