CN108971390A - A kind of conducting wire process equipment - Google Patents
A kind of conducting wire process equipment Download PDFInfo
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- CN108971390A CN108971390A CN201810758843.6A CN201810758843A CN108971390A CN 108971390 A CN108971390 A CN 108971390A CN 201810758843 A CN201810758843 A CN 201810758843A CN 108971390 A CN108971390 A CN 108971390A
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- conducting wire
- gear
- main body
- plant
- processing unit
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F11/00—Cutting wire
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F23/00—Feeding wire in wire-working machines or apparatus
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- Mechanical Engineering (AREA)
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Abstract
The invention discloses a kind of conducting wire process equipments, its structure includes processing unit (plant) main body, thread transmission device, conducting wire smoothes out with the fingers straight device, conducting wire cutter device, the processing unit (plant) main body is equipped with bottom support leg, control driving motor, machine shaft, activity is embedded slot, the threading transmission device is equipped with control driving gear set, rotating control assembly, threading apparatus control device, the conducting wire smoothes out with the fingers straight device equipped with the first draught line transmission case, conducting wire conduction device, polygon control survey device, the cutter plate device is equipped with cutterhead and controls gear, cutterhead controls bull stick, cutter plate, the beneficial effects of the present invention are: can be by quickly threading and transmitting, to keep the linear state of conducting wire, fly-cutting is carried out by driving cutter device automatically again, guarantee flushing for section, guarantee the processing quality of conducting wire, improve process velocity.
Description
Technical field
The present invention relates to conducting wires to produce and process field, specifically a kind of conducting wire process equipment.
Background technique
Electric wire refers to the conducting wire of transmission electric energy, divides bare wire, electromagnetic wire and insulated wire, bare wire does not have insulating layer, including copper, aluminium
Horizontal line, overhead stranded conductor and various profiles, it is mainly used for outdoor aerial and indoor busbar connector and switch-box, electromagnetic wire are switched on
Afterwards generate magnetic field or in magnetic field induction generate electric current insulated conductor, it be mainly used for motor and transformer pitch of the laps and its
, in relation to electromagnetic equipment, conductor is mainly copper wire for he, should have thin insulating layer and good electricapparatus performance and it is heat-resisting,
The performances such as moisture-proof, solvent resistant select different insulating materials to can get different characteristics.
Currently, because the production of existing semiconductor lead process equipment product length is unstable, notch has flash, and
The case where entire product is easily bent, and will cause clipped cut in cutting, to influence production efficiency.
Summary of the invention
It is a primary object of the present invention to overcome the deficiencies of the prior art and provide a kind of conducting wire process equipment.
The present invention adopts the following technical scheme that realize: a kind of conducting wire process equipment, and structure includes processing unit (plant) master
Body, threading transmission device, conducting wire smooth out with the fingers straight device, conducting wire cutter device, and the processing unit (plant) main body is connected by bolt riveted
It is connected between control driving motor and bottom support leg, the threading transmission device is connected to processing unit (plant) master by bolt riveted
On body inner wall, the conducting wire is smoothed out with the fingers straight device and is embedded in processing unit (plant) main body inner bottom surface, and it is embedding that the conducting wire smoothes out with the fingers straight device
Below conducting wire cutter device, the conducting wire cutter device is connected on processing unit (plant) main body inner wall by bolt riveted,
The processing unit (plant) main body is embedded slot, the bottom branch equipped with bottom support leg, control driving motor, machine shaft, activity
Support foot by bolt riveted be connected to processing unit (plant) main body bottom four it is diagonal on, the control driving motor passes through bolt riveting
Conjunction is connected to above processing unit (plant) main body, and the machine shaft is connected to control driving motor by screw thread engagement and processing fills
It sets between main body, the activity is embedded slot and is embedded at processing unit (plant) main body upper surface；The threading transmission device is equipped with control
Driving gear set processed, rotating control assembly, threading apparatus control device, the control driving gear set are connected to by bolt riveted
On processing unit (plant) main body inner wall, the rotating control assembly is connected to same water by bolt and control driving gear set riveted
In plane, the threading apparatus control device is connected to conducting wire by bolt riveted and smoothes out with the fingers above straight device, the threading apparatus control dress
It sets and is connected in same level by bolt and rotating control assembly riveted；The conducting wire smoothes out with the fingers straight device equipped with the first draught line
Transmission case, conducting wire conduction device, polygon control survey device, the first draught line transmission case are embedded at beside conducting wire conduction device, institute
It states conducting wire conduction device to be embedded in processing unit (plant) main body inner bottom surface, the polygon control survey device is embedded at conducting wire conduction device
It is internal；The conducting wire cutter device is equipped with gear and draws shaft, cutter plate device, and the gear traction shaft passes through bolt riveting
Conjunction is connected on processing unit (plant) main body inner wall, and the cutter plate device is connected to gear by bolt riveted and draws under shaft
Side, the cutter plate device are connected on processing unit (plant) main body inner wall by bolt riveted；The cutter plate device is set
There are cutterhead control gear, cutterhead control bull stick, cutter plate, the cutterhead control gear is connected to processing dress by bolt riveted
It sets on main body inner wall, the cutterhead control bull stick is connected to cutterhead by screw thread engagement and controls between gear and cutter plate,
The cutter plate is connected to cutterhead by bolt riveted and controls on bull stick.
As optimization, the control driving gear set is equipped with transmission gear wheel, toothed belts, drive pinion, described
Transmission gear wheel is connected on processing unit (plant) main body inner wall by screw thread engagement, and the toothed belts are connected to transmission canine tooth
Between wheel and drive pinion, the drive pinion is connected on processing unit (plant) main body inner wall by screw thread engagement.
As optimization, the rotating control assembly be equipped with shackle rod, fixed rotating shaft, push folding rod, bottom fixed board,
Movable limiting slot, gear push strut, and the shackle rod is connected to transmission gear wheel by bolt riveted and pushes folding rod
Between, the fixed rotating shaft is connected to activity by bolt riveted and is embedded on slot.
As optimization, the promotion folding rod is connected between fixed rotating shaft and movable limiting slot by bolt riveted, institute
It states bottom fixed board to be connected between promotion folding rod and processing unit (plant) main body by bolt riveted, the activity limiting slot is embedding
On bottom fixed board, the gear pushes strut to be connected to by bolt riveted and pushes folding rod one end.
As optimization, the threading apparatus control device be equipped with the fixed bracket of gear, threading apparatus control gear, hydraulic mobile jib,
Hydraulic strut, conducting wire thimble, the fixed bracket of the gear are connected on processing unit (plant) main body inner wall by bolt riveted, institute
Threading apparatus control gear is stated to be connected to below the fixed bracket of gear by screw thread engagement.
As optimization, the hydraulic mobile jib is connected to threading apparatus by screw thread engagement and controls below gear, the hydraulic branch
Bar is by being excessively cooperatively connected below hydraulic mobile jib, and the conducting wire thimble is by being electrically connected to below hydraulic strut.
As optimization, the first draught line transmission case is equipped with the first draught line shaft, the first transmission traction line, the first biography
Dynamic truckle, material transmission roller, the first draught line shaft are connected in the first draught line transmission case by bolt riveted
On wall, the first transmission traction line is connected between the first draught line shaft and polygon control survey device, the small cunning of first transmission
Wheel is connected to the first draught line by bolt riveted and is driven on chamber interior wall, and the material transmission roller is uniformly equidistantly nibbled by screw thread
Conjunction is connected to the first draught line transmission case upper surface.
As optimization, the conducting wire conduction device is equipped with conducting wire escape groove, conducting wire dredges slot, conducting wire passes wire casing, described to lead
Line escape groove is embedded at conducting wire and dredges below slot, and the conducting wire is dredged slot and is embedded at below conducting wire biography wire casing, and the conducting wire passes line
Slot is embedded at conducting wire and dredges on slot.
As optimization, the polygon control survey device is equipped with the first draught line fixed ring, folds aluminum steel, and first draught line is solid
Determine ring vertical welding in folding aluminum steel one end, the foldings aluminum steel be connected to the first draught line fixed ring and conducting wire cutter device it
Between.
As optimization, the gear traction shaft, which is equipped with, draws small ball, the second transmission traction line, the second small cunning of transmission
Wheel, balance control strut, strut fixed rotating shaft, the small ball of traction, which is embedded at, folds aluminum steel one end, and second transmission is led
Lead is connected between the small ball of traction and balance control strut, and the second transmission truckle is connected to by bolt riveted to be added
Tooling is set on main body inner wall, and the balance control strut is connected on strut fixed rotating shaft by screw thread engagement, the strut
Fixed rotating shaft is connected between balance control strut and processing unit (plant) main body by bolt riveted.
As optimization, counting device is additionally provided in the processing unit (plant) main body, counting device includes shell, No.1
Axis, No. two axis, No.1 driving wheel, No. two driving wheels, cam, oscillating rod, tension spring, rack gear, counters, shell are bolted
Mode be mounted in processing unit (plant) main body, No.1 axis is mounted on the left part of shell, No. two axis in such a way that bearing connects
The right part of shell is mounted in such a way that bearing connects, the mode that No.1 driving wheel is connected by key is mounted on the outer of No.1 axis
On wall, the mode that No. two driving wheels and cam are connected by key is mounted on the outer wall of No. two axis, and oscillating rod is connected by bolt
The mode connect is mounted on the upper end of No.1 axis, and one end of tension spring is fixed on oscillating rod by hinged mode, tension spring it is another
End is mounted in shell by hinged mode, and rack gear is mounted in shell by way of being slidably connected, No.1 driving wheel, two
Number driving wheel is meshed with rack gear, and counter is immobilized in the shell, and cam is matched with counter.
Beneficial effect
It is described by being equipped with a kind of first draught line transmission case when a kind of conducting wire of the present invention is worked with process equipment
First draught line transmission case is equipped with the first draught line shaft, the first transmission traction line, the first transmission truckle, material-conveying roller
Conducting wire, is transmitted by wheel by material transmission roller, then carries out threading work by threading apparatus control device；By being equipped with one
Kind control driving gear set, the control driving gear set are equipped with transmission gear wheel, toothed belts, drive pinion, work as biography
When dynamic gear wheel drives drive pinion rotation, while shackle rod being driven to be horizontally moved, to drive rotation control dress
It sets and works；By being equipped with a kind of rotating control assembly, the rotating control assembly is equipped with shackle rod, fixed rotating shaft, pushes away
Dynamic folding rod, bottom fixed board, movable limiting slot, gear push strut, when shackle rod carries out horizontal reciprocating movement, simultaneously
It drives and folding rod is pushed to be folded back and forth, so that threading apparatus control device be pushed to work；By being equipped with a kind of threading apparatus
Control device, the threading apparatus control device be equipped with the fixed bracket of gear, threading apparatus control gear, hydraulic mobile jib, hydraulic strut,
Conducting wire thimble, when pushing folding rod to be folded back and forth, it will band moving gear pushes strut movable on movable limiting slot,
To push threading apparatus control gear to be rotated, and then hydraulic mobile jib is driven to work, pushes hydraulic strut stretching, extension, drive
The rotation of conducting wire thimble, enables conducting wire to pass through conducting wire thimble, and then be pushed through polygon control survey device by hydraulic strut and fix
On conducting wire conduction device；By being equipped with a kind of conducting wire conduction device, the conducting wire conduction device is equipped with conducting wire escape groove, conducting wire
Dredge slot, conducting wire passes wire casing, when conducting wire enters conducting wire escape groove by hydraulic strut push, then after shrinking back, conducting wire is by conducting wire
Escape groove is temporarily fixed, and is moved to be driven by polygon control survey device and pass wire casing in conducting wire；By being equipped with a kind of conducting wire control
Device processed, the polygon control survey device are equipped with the first draught line fixed ring, fold aluminum steel, and conducting wire passes through the first draught line fixed ring, Gu
It is scheduled in the first draught line fixed ring, to move with the movement of polygon control survey device, polygon control survey device passes wire casing in conducting wire
When middle mobile, it will receive resistance and folded, smoothly walked so that polygon control survey device be made to be able to drive conducting wire；By being equipped with one
Kind of gear draws shaft, the gear traction shaft be equipped with draw small ball, the second transmission traction line, the second transmission truckle,
Balance control strut, strut fixed rotating shaft, drive the small ball of traction mobile simultaneously when polygon control survey device is mobile, to pull the
Two transmission traction lines are moved, and then pull balance control strut disequilibrium, are detached from the control to cutter plate device, are made
Cutter plate device works；By being equipped with a kind of cutter plate device, the cutter plate device is equipped with cutterhead and controls tooth
Wheel, cutterhead control bull stick, cutter plate, and when balance control strut is detached from the control to cutter plate device, cutterhead controls tooth
Wheel is rotated, so that bull stick and cutter plate rotation are controlled with movable knife disc, when cutter plate turns to minimum point, it will right
Conducting wire passes the conducting wire in wire casing and carries out fly-cutting.
It compared with prior art, the beneficial effects of the present invention are: can be by quickly threading and transmitting, to keep leading
The linear state of line, then fly-cutting is carried out by driving cutter device automatically, guarantee flushing for section, improves adding for conducting wire
Working medium amount and process velocity.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram of conducting wire process equipment of the invention；
Fig. 2 is the structural schematic diagram under conducting wire process equipment working condition of the invention；
Fig. 3 is the structural schematic diagram under rotating control assembly stationary state of the invention；
Fig. 4 is the structural schematic diagram under rotating control assembly working condition of the invention；
Fig. 5 is the enlarged structure schematic diagram of threading apparatus control device of the invention；
Fig. 6 is the structural schematic diagram under polygon control survey device stationary state of the invention；
Fig. 7 is the structural schematic diagram under polygon control survey device working condition of the invention；
Fig. 8 is the structural schematic diagram of counting device of the invention.
In figure: processing unit (plant) main body 1, threading transmission device 2, conducting wire smooth out with the fingers straight device 3, conducting wire cutter device 4, bottom branch
Support foot 10, control driving motor 11, machine shaft 12, activity be embedded slot 13, control driving gear set 20, transmission gear wheel 200,
Toothed belts 201, rotating control assembly 21, shackle rod 210, fixed rotating shaft 211, push folding rod at drive pinion 202
212, bottom fixed board 213, movable limiting slot 214, gear push the fixed bracket of strut 215, threading apparatus control device 22, gear
220, threading apparatus controls gear 221, hydraulic mobile jib 222, hydraulic strut 223, conducting wire thimble 224, the first draught line transmission case
30, the first draught line shaft 300, the first transmission traction line 301, first are driven truckle 302, material transmission roller 303, conducting wire
Conduction device 31, conducting wire escape groove 310, conducting wire dredge slot 311, conducting wire passes wire casing 312, polygon control survey device 32, the first draught line
Fixed ring 320 folds aluminum steel 321, gear traction shaft 40, the small ball 400 of traction, the transmission of the second transmission traction line 401, second
Truckle 402, balance control strut 403, strut fixed rotating shaft 404, cutter plate device 41, cutterhead control gear 410, cutterhead
Control bull stick 411, cutter plate 412, shell 141,144, No. two 142, No. two axis 143 of No.1 axis, No.1 driving wheel driving wheels
145, cam 146, oscillating rod 147, tension spring 148, rack gear 149, counter 1410.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
The present invention provides a kind of conducting wire process equipment technical solution: its structure includes processing unit (plant) main body 1, threading biography
Dynamic device 2, conducting wire smooth out with the fingers straight device 3, conducting wire cutter device 4, and the processing unit (plant) main body 1 is connected to control by bolt riveted
Between driving motor 11 and bottom support leg 10, the threading transmission device 2 is connected to processing unit (plant) host by bolt riveted
On 1 inner wall of body, the conducting wire is smoothed out with the fingers straight device 3 and is embedded in 1 inner bottom surface of processing unit (plant) main body, and the conducting wire smoothes out with the fingers straight device 3
It is embedded at 4 lower section of conducting wire cutter device, the conducting wire cutter device 4 is connected in processing unit (plant) main body 1 by bolt riveted
On wall, the processing unit (plant) main body 1 is embedded slot equipped with bottom support leg 10, control driving motor 11, machine shaft 12, activity
13, the bottom support leg 10 by bolt riveted be connected to 1 bottom of processing unit (plant) main body four it is diagonal on, the control biography
Dynamic motor 11 is connected to 1 top of processing unit (plant) main body by bolt riveted, and the machine shaft 12 is engaged by screw thread and connected
Between control driving motor 11 and processing unit (plant) main body 1, the activity is embedded slot 13 and is embedded on processing unit (plant) main body 1
Surface；The threading transmission device 2 is equipped with control driving gear set 20, rotating control assembly 21, threading apparatus control device 22, institute
It states control driving gear set 20 to be connected on 1 inner wall of processing unit (plant) main body by bolt riveted, the rotating control assembly 21
It is connected in same level by bolt and control 20 riveted of driving gear set, the threading apparatus control device 22 passes through bolt
Riveted is connected to conducting wire and smoothes out with the fingers straight 3 top of device, and the threading apparatus control device 22 passes through bolt and 21 riveted of rotating control assembly
It is connected in same level；The conducting wire smoothes out with the fingers straight device 3 and is equipped with the first draught line transmission case 30, conducting wire conduction device 31, leads
Lane controller 32, the first draught line transmission case 30 are embedded at 31 side of conducting wire conduction device, the conducting wire conduction device 31
It is embedded in 1 inner bottom surface of processing unit (plant) main body, the polygon control survey device 32 is embedded inside conducting wire conduction device 31；It is described
Conducting wire cutter device 4 is equipped with gear and draws shaft 40, cutter plate device 41, and the gear traction shaft 40 passes through bolt riveted
It is connected on 1 inner wall of processing unit (plant) main body, the cutter plate device 41 is connected to gear by bolt riveted and draws shaft
40 lower sections, the cutter plate device 41 are connected on 1 inner wall of processing unit (plant) main body by bolt riveted；The cutter plate
Device 41 is equipped with cutterhead control gear 410, cutterhead controls bull stick 411, cutter plate 412, and the cutterhead control gear 410 passes through
Bolt riveted is connected on 1 inner wall of processing unit (plant) main body, and the cutterhead control bull stick 411 is connected to cutterhead by screw thread engagement
It controls between gear 410 and cutter plate 412, the cutter plate 412 is connected to cutterhead by bolt riveted and controls bull stick 411
On, the control driving gear set 20 is equipped with transmission gear wheel 200, toothed belts 201, drive pinion 202, the transmission
Gear wheel 200 is connected on 1 inner wall of processing unit (plant) main body by screw thread engagement, and the toothed belts 201 are connected to transmission
Between gear wheel 200 and drive pinion 202, the drive pinion 202 is connected to processing unit (plant) host by screw thread engagement
On 1 inner wall of body, the rotating control assembly 21 is equipped with shackle rod 210, fixed rotating shaft 211, pushes folding rod 212, bottom solid
Fixed board 213, movable limiting slot 214, gear push strut 215, and the shackle rod 210 is connected to transmission greatly by bolt riveted
Between gear 200 and promotion folding rod 212, the fixed rotating shaft 211 is connected to activity by bolt riveted and is embedded on slot 13, institute
It states and folding rod 212 is pushed to be connected between fixed rotating shaft 211 and movable limiting slot 214 by bolt riveted, the bottom is fixed
Plate 213 is connected to by bolt riveted and is pushed between folding rod 212 and processing unit (plant) main body 1, and the activity limiting slot 214 is embedding
On bottom fixed board 213, the gear pushes strut 215 to be connected to by bolt riveted and pushes 212 one end of folding rod, institute
Threading apparatus control device 22 is stated equipped with the fixed bracket 220 of gear, threading apparatus control gear 221, hydraulic mobile jib 222, hydraulic strut
223, conducting wire thimble 224, the fixed bracket 220 of the gear are connected on 1 inner wall of processing unit (plant) main body by bolt riveted,
The threading apparatus control gear 221 is connected to fixed 220 lower section of bracket of gear by screw thread engagement, and the hydraulic mobile jib 222 is logical
It crosses screw thread engagement and is connected to 221 lower section of threading apparatus control gear, the hydraulic strut 223 is by being excessively cooperatively connected in Hydraulic Main
222 lower section of bar, the conducting wire thimble 224 is by being electrically connected to 223 lower section of hydraulic strut, the first draught line transmission case 30
Truckle 302, material transmission roller 303, institute are driven equipped with the first draught line shaft 300, the first transmission traction line 301, first
It states the first draught line shaft 300 to be connected on 30 inner wall of the first draught line transmission case by bolt riveted, first transmission is led
Lead 301 is connected between the first draught line shaft 300 and polygon control survey device 32, and the first transmission truckle 302 passes through spiral shell
Bolt riveted is connected on 30 inner wall of the first draught line transmission case, and the material transmission roller 303 is uniformly equidistantly engaged by screw thread
It is connected to 30 upper surface of the first draught line transmission case, the conducting wire conduction device 31 is equipped with conducting wire escape groove 310, conducting wire dredges slot
311, conducting wire passes wire casing 312, and the conducting wire escape groove 310 is embedded at conducting wire and dredges 311 lower section of slot, and the conducting wire dredges slot 311
It is embedded at conducting wire and passes 312 lower section of wire casing, the conducting wire biography wire casing 312 is embedded at conducting wire and dredges on slot 311, the polygon control survey device
32 are equipped with the first draught line fixed ring 320, fold aluminum steel 321, and 320 vertical welding of the first draught line fixed ring is in Foldable aluminum
321 one end of line, the folding aluminum steel 321 are connected between the first draught line fixed ring 320 and conducting wire cutter device 4, the tooth
Wheel traction shaft 40, which is equipped with, draws small ball 400, the second transmission traction line 401, second transmission truckle 402, balance control branch
Bar 403, strut fixed rotating shaft 404, the small ball 400 of traction, which is embedded at, folds 321 one end of aluminum steel, second transmission traction
Line 401 is connected between the small ball 400 of traction and balance control strut 403, and the second transmission truckle 402 passes through bolt riveting
Conjunction is connected on 1 inner wall of processing unit (plant) main body, and the balance control strut 403 is connected to fixed turn of strut by screw thread engagement
On axis 404, the strut fixed rotating shaft 404 is connected to balance control strut 403 and processing unit (plant) main body 1 by bolt riveted
Between；Counting device is additionally provided in the processing unit (plant) main body 1, counting device includes shell 141, No.1 axis No. 142, two numbers
Axis 143, No.1 driving wheel 144, No. two driving wheels 145, cam 146, oscillating rod 147, tension spring 148, rack gears 149, counter
1410, shell 141 is mounted on by bolted connection in processing unit (plant) main body 1, and No.1 axis 142 is connected by bearing
Mode is mounted on the left part of shell 141, and No. two axis 143 are mounted on the right part of shell 141 in such a way that bearing connects, and No.1 passes
The mode that driving wheel 144 is connected by key is mounted on the outer wall of No.1 axis 142, and No. two driving wheels 145 and cam 146 pass through key
The mode of connection is mounted on the outer wall of No. two axis 143, and oscillating rod 147 is mounted on No.1 axis 142 by bolted connection
Upper end, one end of tension spring 148 is fixed on oscillating rod 147 by hinged mode, and the other end of tension spring 148 passes through hinged
Mode is mounted in shell 141, and rack gear 149 is mounted in shell 141 by way of being slidably connected, No.1 driving wheel 144, two
Number driving wheel 145 is meshed with rack gear 149, and counter 1410 is fixed in shell 141, cam 146 and 1410 phase of counter
Cooperation.In use, conducting wire touches oscillating rod 147, oscillating rod 147 drives No.1 axis 142 to rotate, and No.1 axis 142 drives No.1
Driving wheel 144 rotates, and No.1 driving wheel 144 is mobile with carry-over bar 149, and rack gear 149 drives No. two driving wheels 145 to rotate, and No. two
Driving wheel 145 drives No. two axis 143 to rotate, and No. two axis 143 are rotated with moving cam 146, and cam 146 touches counter 1410, real
The counting to conducting wire is showed, has prevented operation from misremembering, save manpower and material resources.
When in use, conducting wire is transmitted by material transmission roller 303, is worn conducting wire by conducting wire thimble 224
It crosses the first draught line fixed ring 320 to be pressed onto conducting wire escape groove 310, so that conducting wire be made to be fixed on the first draught line fixed ring 320
On, then by polygon control survey device 32 pull conducting wire shuttled conducting wire pass wire casing 312, make conducting wire keep linear state, when conducting wire control
Gear traction shaft 40 is pulled to work when device 32 processed is mobile, so that cutter plate device 41 be pulled to carry out conducting wire cutting.
The technological progress that the present invention obtains compared with the prior art is: can be by quickly threading and transmitting, to keep
The linear state of conducting wire, then fly-cutting is carried out by driving cutter device automatically, guarantee flushing for section, guarantees adding for conducting wire
Working medium amount improves process velocity.
Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art,
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this
Within the protection scope of invention.
Claims (10)
1. a kind of conducting wire process equipment, structure include processing unit (plant) main body, threading transmission device, conducting wire smooth out with the fingers straight device,
Conducting wire cutter device, the processing unit (plant) main body by bolt riveted be connected to control driving motor and bottom support leg it
Between, the threading transmission device is connected on processing unit (plant) main body inner wall by bolt riveted, and it is embedding that the conducting wire smoothes out with the fingers straight device
In processing unit (plant) main body inner bottom surface, the conducting wire is smoothed out with the fingers straight device and is embedded at below conducting wire cutter device, the conducting wire
Cutter device is connected on processing unit (plant) main body inner wall by bolt riveted, it is characterised in that:
The processing unit (plant) main body is embedded slot, the bottom equipped with bottom support leg, control driving motor, machine shaft, activity
Portion's support leg by bolt riveted be connected to processing unit (plant) main body bottom four it is diagonal on, the control driving motor passes through spiral shell
Bolt riveted is connected to above processing unit (plant) main body, and the machine shaft is connected to control driving motor and is added by screw thread engagement
Tooling is set between main body, and the activity is embedded slot and is embedded at processing unit (plant) main body upper surface；
The threading transmission device is equipped with control driving gear set, rotating control assembly, threading apparatus control device, and the control passes
Moving gear group is connected on processing unit (plant) main body inner wall by bolt riveted, and the rotating control assembly passes through bolt and control
Driving gear set riveted is connected in same level, and the threading apparatus control device is connected to conducting wire by bolt riveted and smoothes out with the fingers directly
Above device, the threading apparatus control device is connected in same level by bolt and rotating control assembly riveted；
The conducting wire smoothes out with the fingers straight device equipped with the first draught line transmission case, conducting wire conduction device, polygon control survey device, first traction
Line transmission case is embedded at beside conducting wire conduction device, and the conducting wire conduction device is embedded at processing unit (plant) main body inner bottom surface
On, the polygon control survey device is embedded inside conducting wire conduction device；
The conducting wire cutter device is equipped with gear and draws shaft, cutter plate device, and the gear traction shaft passes through bolt riveting
Conjunction is connected on processing unit (plant) main body inner wall, and the cutter plate device is connected to gear by bolt riveted and draws under shaft
Side, the cutter plate device are connected on processing unit (plant) main body inner wall by bolt riveted；
The cutter plate device is equipped with cutterhead control gear, cutterhead controls bull stick, cutter plate, and the cutterhead control gear is logical
It crosses bolt riveted to be connected on processing unit (plant) main body inner wall, the cutterhead control bull stick is connected to cutterhead control by screw thread engagement
Between gear and cutter plate processed, the cutter plate is connected to cutterhead by bolt riveted and controls on bull stick；The control passes
Moving gear group is equipped with transmission gear wheel, toothed belts, drive pinion, and the transmission gear wheel is connected to by screw thread engagement
On processing unit (plant) main body inner wall, the toothed belts are connected between transmission gear wheel and drive pinion, the transmission
Pinion gear is connected on processing unit (plant) main body inner wall by screw thread engagement.
2. conducting wire process equipment according to claim 1, it is characterised in that: it is small that the gear traction shaft is equipped with traction
Ball, the second transmission traction line, the second transmission truckle, balance control strut, strut fixed rotating shaft, the small ball of traction are embedding
Set on aluminum steel one end is folded, the second transmission traction line is connected between the small ball of traction and balance control strut, and described the
Two transmission truckles are connected on processing unit (plant) main body inner wall by bolt riveted, and the balance control strut is nibbled by screw thread
Conjunction is connected on strut fixed rotating shaft, and the strut fixed rotating shaft is connected to balance control strut by bolt riveted and processing fills
It sets between main body.
3. conducting wire process equipment according to claim 1, it is characterised in that: the rotating control assembly is equipped with transmission and draws
Bar, fixed rotating shaft push folding rod, bottom fixed board, movable limiting slot, gear to push strut, and the shackle rod passes through spiral shell
Bolt riveted is connected to transmission gear wheel and pushes between folding rod, and the fixed rotating shaft is connected to activity by bolt riveted and is embedded
On slot.
4. a kind of conducting wire process equipment according to claim 3, it is characterised in that: the promotion folding rod passes through bolt
Riveted is connected between fixed rotating shaft and movable limiting slot, and the bottom fixed board is connected to promotion folding rod by bolt riveted
Between processing unit (plant) main body, the activity limiting slot is embedded on bottom fixed board, and the gear pushes strut to pass through spiral shell
Bolt riveted, which is connected to, pushes folding rod one end.
5. conducting wire process equipment according to claim 1, it is characterised in that: the threading apparatus control device is equipped with gear
Fixed bracket, threading apparatus control gear, hydraulic mobile jib, hydraulic strut, conducting wire thimble, and the fixed bracket of the gear passes through bolt
Riveted is connected on processing unit (plant) main body inner wall, and the threading apparatus control gear is connected to the fixed branch of gear by screw thread engagement
Below frame.
6. conducting wire process equipment according to claim 5, it is characterised in that: the hydraulic mobile jib is engaged by screw thread to be connected
It is connected to below threading apparatus control gear, the hydraulic strut by being excessively cooperatively connected below hydraulic mobile jib, wear by the conducting wire
Wire loop is by being electrically connected to below hydraulic strut.
7. conducting wire process equipment according to claim 1, it is characterised in that: the first draught line transmission case is equipped with the
One draught line shaft, the first transmission traction line, the first transmission truckle, material transmission roller, the first draught line shaft are logical
It crosses bolt riveted to be connected on the first draught line transmission chamber interior wall, the first transmission traction line is connected to the first draught line shaft
Between polygon control survey device, the first transmission truckle is connected to the first draught line by bolt riveted and is driven on chamber interior wall,
By screw thread, uniformly equidistantly engagement is connected to the first draught line transmission case upper surface to the material transmission roller.
8. conducting wire process equipment according to claim 7, it is characterised in that: the conducting wire conduction device is kept away equipped with conducting wire
Slot, conducting wire is allowed to dredge slot, conducting wire biography wire casing, the conducting wire escape groove is embedded at conducting wire and dredges below slot, and the conducting wire dredges slot
It is embedded at conducting wire to pass below wire casing, the conducting wire biography wire casing is embedded at conducting wire and dredges on slot.
9. conducting wire process equipment according to claim 1, it is characterised in that: the polygon control survey device is equipped with the first traction
Line fixed ring folds aluminum steel, and the first draught line fixed ring vertical welding is in folding aluminum steel one end, the folding aluminum steel connection
Between the first draught line fixed ring and conducting wire cutter device.
10. conducting wire process equipment according to claim 1, it is characterised in that: also set in the processing unit (plant) main body
It is equipped with counting device, counting device includes shell, No.1 axis, No. two axis, No.1 driving wheel, No. two driving wheels, cam, swings
Bar, tension spring, rack gear, counter, shell are mounted on by bolted connection in processing unit (plant) main body, and No.1 axis passes through axis
The mode for holding connection is mounted on the left part of shell, and No. two axis are mounted on the right part of shell in such a way that bearing connects, and No.1 passes
The mode that driving wheel is connected by key is mounted on the outer wall of No.1 axis, and No. two driving wheels are pacified with the mode that cam is connected by key
On the outer wall of No. two axis, oscillating rod is mounted on the upper end of No.1 axis by bolted connection, and one end of tension spring passes through
Hinged mode is fixed on oscillating rod, and the other end of tension spring is mounted in shell by hinged mode, and rack gear passes through sliding
The mode of connection is mounted in shell, and No.1 driving wheel, No. two driving wheels are meshed with rack gear, and counter is fixed on shell
Interior, cam is matched with counter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810758843.6A CN108971390A (en) | 2018-07-11 | 2018-07-11 | A kind of conducting wire process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810758843.6A CN108971390A (en) | 2018-07-11 | 2018-07-11 | A kind of conducting wire process equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108971390A true CN108971390A (en) | 2018-12-11 |
Family
ID=64536917
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810758843.6A Withdrawn CN108971390A (en) | 2018-07-11 | 2018-07-11 | A kind of conducting wire process equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108971390A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111934246A (en) * | 2020-08-11 | 2020-11-13 | 国网山东省电力公司平原县供电公司 | Cable junction is with device of skinning |
-
2018
- 2018-07-11 CN CN201810758843.6A patent/CN108971390A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111934246A (en) * | 2020-08-11 | 2020-11-13 | 国网山东省电力公司平原县供电公司 | Cable junction is with device of skinning |
| CN111934246B (en) * | 2020-08-11 | 2021-07-20 | 国网山东省电力公司平原县供电公司 | Cable junction is with device of skinning |
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Application publication date: 20181211 |