CN108461215A - A kind of efficient annealing device of cables manufacturing - Google Patents
A kind of efficient annealing device of cables manufacturing Download PDFInfo
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- CN108461215A CN108461215A CN201810255456.0A CN201810255456A CN108461215A CN 108461215 A CN108461215 A CN 108461215A CN 201810255456 A CN201810255456 A CN 201810255456A CN 108461215 A CN108461215 A CN 108461215A
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
- H01B13/00—Apparatus or processes specially adapted for manufacturing conductors or cables
- H01B13/0016—Apparatus or processes specially adapted for manufacturing conductors or cables for heat treatment
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Abstract
The invention discloses a kind of efficient annealing devices of cables manufacturing, its structure includes apparatus main body, cable core impenetrating mouth, energy-saving double annealing device, control panel, support base, shifting roller, device table top, air box, apparatus main body is in rectangular configuration, cable core impenetrating mouth is set to apparatus main body or so side surface and is in integrated molding structure with apparatus main body, energy-saving double annealing device is set to inside apparatus main body, and control panel is embedded in apparatus main body front surface right part and is electrically connected with energy-saving double annealing device.The present invention is by being equipped with energy-saving double annealing device, annealing way can be automatically selected according to the actual temperature of annealing cable, when the temperature is low, as long as then once being annealed, energy saving is realized, if temperature is still higher after the completion of once stepping back, it can carry out double annealing automatically, it realizes thoroughly annealing, effectively enhances high efficiency, the environmental protection and energy saving of cables manufacturing annealing device, improve its degree of automation.
Description
Technical field
The present invention is a kind of efficient annealing device of cables manufacturing, belongs to electrical cable-making apparatus and technical field.
Background technology
It makes annealing treatment (Annealing), is primarily referred to as after material is exposed to one section of some time of high temperature, then again slowly
Cooling heat treatment processing procedure.Main purpose is release stress, increase material ductility and toughness, the special microstructure of generation etc..
But the cables manufacturing of the prior art can not be automatically selected according to the actual temperature of annealing cable with annealing device and be moved back
Fiery mode, the annealing device energy-saving effect that annealing way cannot be adjusted is poor, and the degree of automation is relatively low.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of efficient annealing device of cables manufacturing, with
Annealing way can not be automatically selected with annealing device according to the actual temperature of annealing cable by solving the cables manufacturing of the prior art, be moved back
The annealing device energy-saving effect that fiery mode cannot be adjusted is poor, and the lower defect of the degree of automation.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of cables manufacturing use is efficient
Annealing device, structure include apparatus main body, cable core impenetrating mouth, energy-saving double annealing device, control panel, support bottom
Seat, shifting roller, device table top, air box, described device main body is in rectangular configuration, and the cable core impenetrating mouth is set to device master
Body or so side surface and with apparatus main body be in integrated molding structure, the energy-saving double annealing device be set to apparatus main body in
Portion, the control panel are embedded in apparatus main body front surface right part and are electrically connected with energy-saving double annealing device, the support
Pedestal is set to below apparatus main body and is fitted and connected by welding mask and face, and the shifting roller is set to four ends below support base
And connected by screws, described device table top is set to above apparatus main body and is fitted and connected by welding mask and face, described
Air box is set to device table top upper surface left side side and electric welding is connected, and the energy-saving double annealing device is by wind-force annealing machine
Structure, temperature sense mechanism, fixed pulley group, pump machine connect motor structure, water spray annealing mechanism, motor and connect motor structure, driving motor, power
Transmission mechanism, drying fan composition, the wind-force annealing mechanism be set to inside apparatus main body inside the upper left corner and air box and with
Control panel is electrically connected, and the temperature sense mechanism is set to below wind-force annealing mechanism, and the fixed pulley is mounted on temperature sense
Connected below mechanism and by the one ends wound of traction rope, the pump machine connect motor structure set on fixed pulley group right side side and with water spray
Annealing mechanism is electrically connected, and the fixed pulley group connects motor structure by the other end pump machine of traction rope and is intertwined and connected, and the motor connects
Motor structure connects motor structure upper right side set on pump machine and is connected by articulate, and the driving motor is set to right inside apparatus main body
It inferior horn and is connected by screws, the power drive mechanism is set to apparatus main body inner right side, and the drying fan is set to
The upper right corner inside apparatus main body, the driving motor engage flexible connection by power drive mechanism with drying fan.
Further, the wind-force annealing mechanism by exhausting body, fan seat, connect electric box, blast pipe, ajutage, outlet air
Bucket composition, the exhausting body is set to inside air box and is connect with air box spiral inner wall by fan seat, described to connect electric box
It is connected set on exhausting body right side side and by electric welding, the exhausting body is electrically connected by connecing electric box with control panel, institute
Blast pipe one end and exhausting body are stated by being welded perforation connection, the blast pipe other end is through air box side surface, institute
Ajutage upper end and exhausting body are stated by being welded perforation connection, the ajutage lower end through device table top top and bottom with go out
Wind scoop by be welded perforation connection, it is described go out wind scoop be set to apparatus main body left-hand face cable core impenetrating mouth inside front.
Further, the temperature sense mechanism by temperature inductor, signal adapter, electromagnet, swing rod, rod rest,
First spring, armature block composition, the temperature inductor in hollow cylindrical structure and its be set to out wind scoop lower right, the letter
Number converter is set to below temperature inductor and is connect by screws with apparatus main body inner wall, and the electromagnet is set to strut
It is electrically connected, is connect by articulate with rod rest among the swing rod, first spring below frame and with signal adapter
Above rod rest and with swing rod upper end by electric welding be connected, the armature block be set to swing rod lower end and with positioned at electromagnet
Right side side, for the armature block with swing rod lower end by glue Adherents junction, the swing rod lower end passes through traction rope and fixed pulley group
It is intertwined and connected.
Further, the fixed pulley group is made of the first traction rope, auxiliary fixed pulley, head pulley, pulley yoke, and described the
One traction rope one end is intertwined and connected with swing rod lower end, and the first traction rope other end is in clockwise around auxiliary fixed pulley, inverse
Hour hands connect motor structure with pump machine around head pulley and are intertwined and connected, and the head pulley is connected by pulley yoke and apparatus main body spiral inner wall
It connects, the auxiliary fixed pulley is set to pulley yoke upper right side and is connected by screws.
Further, the pump machine connects motor structure by F types sliding rod frame, the first saddle, the second saddle, movable connecting rod,
Two springs, dynamic electric end, electrostatic end composition, first saddle are set to F type sliding rod frame lower left quarters and are gap-matched, and described the
Two saddles are set in the middle part of F types sliding rod frames and are gap-matched, the movable connecting rod both ends by hinge and the first saddle,
Second saddle is flexibly connected, and the second spring is set to the second saddle left side side and is connected by electric welding, and the dynamic electric end is set
It is connected above the second saddle and by connecting rod, the electrostatic end is set on dynamic electric end right side side and electric with water spray annealing mechanism
Connection.
Further, the water spray annealing mechanism is by cooling water tank, annelaing pot, drip pan, booster water pump, water-supply-pipe, spray
Head forms, the rectangular mechanism of cooling water tank, and the annelaing pot is set to above cooling water tank and is in integrated molding structure,
The drip pan is set to inside cooling water tank and is obliquely connected by electric welding with cooling water tank inner wall, the booster water pump
It is electrically connected inside cooling water tank and with electrostatic end, described water-supply-pipe one end is penetrated through by bolt with booster water pump and connected, institute
The water-supply-pipe other end is stated with fountain head by connecting, the fountain head is set among drip pan and by fixed frame and drip pan
Wall welds.
Further, the motor connects motor structure by induction swing rod, third spring, the second traction rope, the first fixed pulley,
Two fixed pulleys, jack rod sleeve, L-type sliding rod frame, cambered surface briquetting, cambered surface on ＆ off switch composition, the induction swing rod is horizontal to be set to
It cooling water tank right part and is connected by articulate, inside the induction swing rod left end insertion cooling water tank and extends to drip pan
Lower section, the induction swing rod right end are connect with the one ends wound of the second traction rope, and the third spring is set to induction swing rod left end
Lower section and it is connected with induction swing rod left end and cooling water tank inner wall by electric welding, the other end of second traction rope is in the inverse time
Needle is intertwined and connected around the first fixed pulley, in clockwise around the second fixed pulley and jack rod sleeve, and the jack rod sleeve is set to L-type slide bar
It frame outer surface and is gap-matched, the cambered surface briquetting is set to below jack rod sleeve and is fixedly connected, the cambered surface on ＆ off switch
Connecing electric box center and engage flexible connection with cambered surface briquetting set on driving motor.
Further, the power drive mechanism is by belt pulley, the first driving belt, the first screw thread belt pulley, the second spiral shell
Grain leather belt wheel, the second driving belt, fan drive device composition, the belt pulley are set to driving motor right side side and pass through power
Output shaft engages flexible connection with driving motor, and flexible connection is engaged in first driving belt one end with the edge of belt pulley,
The first driving belt other end engages flexible connection, the first screw thread belt pulley with the outer surface of the first screw thread belt pulley
Set on the apparatus main body upper right corner, the second screw thread belt pulley is set to the first screw thread belt pulley upper left side and is engaged by screw thread and lived
Dynamic connection, second driving belt one end engage flexible connection with the second screw thread belt pulley, and second driving belt is another
Electric welding connection is engaged at end with fan drive device, and the fan drive device is set to above drying fan and is engaged by rotary shaft
Electric welding connection.
Advantageous effect
A kind of efficient annealing device of cables manufacturing of the present invention is set under conditions of connecting power supply by control panel 4
Good berth parameter is set, then the cable core that will be annealed is from the 2 feeder main body of cable core impenetrating mouth of 1 left-hand face of apparatus main body
Inside 1, the exhausting body 300 for being at this time working condition carries out wind-force annealing operation to cable core, if the temperature of cable core script
Relatively low, then the annealing through wind-force annealing mechanism 30 can be sent out from the cable core impenetrating mouth 2 of 1 right lateral surface of apparatus main body,
Complete annealing；If the temperature of cable core script is higher, still in higher temperatures after the annealing of wind-force annealing mechanism 30
Degree, temperature inductor 310 senses temperature at this time, and voltage is conveyed to electromagnet after being converted by 311 signal of signal adapter
312,312 energizing magnetic of electromagnet simultaneously attracts armature block 316, and armature block 316 is swung to the left with 313 lower end of driven fork, pendulum
One end of the first traction rope 320 is pullled in 313 lower end of bar, and the other end of the first traction rope 320 is in then fixed around auxiliary clockwise
Pulley 321 pulls the first saddle 331 along 330 left part upward sliding of F types sliding rod frame, simultaneously after bypassing head pulley 322 counterclockwise
The second saddle 332 is pushed, to by sliding, to be set to the second saddle 332 along 330 middle part of F types sliding rod frame by movable connecting rod 333
The dynamic electric end 335 of top moves right and is contacted with electrostatic end 336 therewith, connects the circuit of booster water pump 343, starts to work
Water in cooling water tank 340 is sprayed to by fountain head 345 in annelaing pot 341 through water-supply-pipe 344, is passed through at this time from annelaing pot 341
The cable core worn and crossed can carry out double annealing by water spray；When water spray, water can fall into drip pan under automatic gravity
In 342, and cooling water tank 340 is flowed back in the quarrel through drip pan 342, while water can push the left end for incuding swing rod 350,
By lever principle, the right end of induction swing rod 350 can then go up one end that pendulum pulls the second traction rope 352, and the second traction rope 352
The other end be in then counterclockwise around the first fixed pulley 353, in clockwise around pullling jack rod sleeve 355 after the second fixed pulley 354
It slides to the right along L-type sliding rod frame 356, and is pressed down on cambered surface on ＆ off switch 358 by cambered surface briquetting 357, start driving
Motor 36, driving motor 36 drive belt pulley 370 to rotate by power output shaft, and belt pulley 370 passes through the first driving belt again
371 drive the rotation of the first screw thread belt pulley 372, because the second screw thread belt pulley 373 and the first screw thread belt pulley 372 are nibbled by screw thread
It closes, therefore the second screw thread belt pulley 373 is rotated with the first screw thread belt pulley 372, and drive fan to drive by the second driving belt 374
Dynamic device 375 rotates, and fan drive device 375 drives the drying rotation of fan 38 to carry out at drying the cable core squirted again
The cable core of reason, completion of finally annealing is sent out from the cable core impenetrating mouth 2 of 1 right lateral surface of apparatus main body, completes annealing.
A kind of efficient annealing device of cables manufacturing of the present invention can basis by being equipped with energy-saving double annealing device
The actual temperature of annealing cable automatically selects annealing way, when the temperature is low, as long as then once being annealed, realizes energy-saving
Electricity can carry out double annealing automatically if temperature is still higher after the completion of once stepping back, and realize thoroughly annealing, effectively increase
The strong high efficiency of cables manufacturing annealing device, environmental protection and energy saving, improve its degree of automation.
Description of the drawings
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 a kind of structural schematic diagram of the efficient annealing device of cables manufacturing of the present invention.
Fig. 2 is a kind of structural plan figure of the efficient annealing device of cables manufacturing of the present invention.
Fig. 3 is a kind of structural plan figure of energy-saving double annealing device of the present invention.
Fig. 4 is a kind of working state figure of energy-saving double annealing device of the present invention.
In figure：Apparatus main body -1, cable core impenetrating mouth -2, energy-saving double annealing device -3, control panel -4, support bottom
Seat -5, shifting roller -6, device table top -7, air box -8, wind-force annealing mechanism -30, temperature sense mechanism -31, fixed pulley group -
32, pump machine connects motor structure -33, water spray annealing mechanism -34, motor and connects motor structure -35, driving motor -36, power drive mechanism -
37, it dries fan -38, exhausting body -300, fan seat -301, connect electric box -302, blast pipe -303, ajutage -304, outlet air
Bucket -305, temperature inductor -310, signal adapter -311, electromagnet -312, swing rod -313, rod rest -314, the first spring -
315, armature block -316, the first traction rope -320, auxiliary fixed pulley -321, head pulley -322, pulley yoke -323, F types sliding rod frame -
330, the first saddle -331, the second saddle -332, movable connecting rod -333, second spring -334, dynamic electric end -335, electrostatic end -
336, cooling water tank -340, annelaing pot -341, drip pan -342, booster water pump -343, water-supply-pipe -344, fountain head -345, sense
Answer swing rod -350, third spring -351, the second traction rope -352, the first fixed pulley -353, the second fixed pulley -354, jack rod sleeve -
355, L-type sliding rod frame -356, cambered surface briquetting -357, cambered surface on ＆ off switch -358, belt pulley -370, the first driving belt -371,
First screw thread belt pulley -372, the second screw thread belt pulley -373, the second driving belt -374, fan drive device -375.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of technical solution of the efficient annealing device of cables manufacturing：Its structure packet
Include apparatus main body 1, cable core impenetrating mouth 2, energy-saving double annealing device 3, control panel 4, support base 5, shifting roller 6,
Device table top 7, air box 8, described device main body 1 is in rectangular configuration, and the cable core impenetrating mouth 2 is set to apparatus main body 1 or so
Side surface and with apparatus main body 1 be in integrated molding structure, the energy-saving double annealing device 3 be set to apparatus main body 1 inside,
The control panel 4 is embedded in 1 front surface right part of apparatus main body and is electrically connected with energy-saving double annealing device 3, the support
Pedestal 5 is set to 1 lower section of apparatus main body and is fitted and connected by welding mask and face, and the shifting roller 6 is set to 5 lower section of support base
It four ends and is connected by screws, described device table top 7, which is set to 1 top of apparatus main body and passes through welding mask and closed with face paste, to be connected
Connect, the air box 8 be set to 7 upper surface left side side of device table top and be welded is connected, the energy-saving double annealing device 3 by
Wind-force annealing mechanism 30, temperature sense mechanism 31, fixed pulley group 32, pump machine connect motor structure 33, water spray annealing mechanism 34, motor and connect
Motor structure 35, driving motor 36, power drive mechanism 37, drying fan 38 form, and the wind-force annealing mechanism 30 is set to device
It is electrically connected inside the 1 inside upper left corner of main body and air box 8 and with control panel 4, the temperature sense mechanism 31 is moved back set on wind-force
30 lower section of lighter structure, the fixed pulley group 32 are set to 31 lower section of temperature sense mechanism and are connected by the one ends wound of traction rope,
The pump machine connects motor structure 33 set on 32 right side side of fixed pulley group and is electrically connected with water spray annealing mechanism 34, the fixed pulley group 32
Motor structure 33 is connect by the other end pump machine of traction rope to be intertwined and connected, the motor connects motor structure 35 and connects motor structure 33 set on pump machine
It upper right side and is connected by articulate, the driving motor 36 is set to the 1 inside lower right corner of apparatus main body and passes through screws
Connection, the power drive mechanism 37 are set to 1 inner right side of apparatus main body, and the drying fan 38 is set to inside apparatus main body 1
The upper right corner, the driving motor 36 engage flexible connection, the wind-force annealing with drying fan 38 by power drive mechanism 37
Mechanism 30 by exhausting body 300, fan seat 301, connect electric box 302, blast pipe 303, ajutage 304, go out wind scoop 305 and form, institute
Exhausting body 300 is stated set on 8 inside of air box and is connect with 8 spiral inner wall of air box by fan seat 301, it is described to connect electric box
302 are set to 300 right side side of exhausting body and are connected by electric welding, and the exhausting body 300 is by connecing electric box 302 and control plane
Plate 4 is electrically connected, and 303 one end of the blast pipe is with exhausting body 300 by being welded perforation connection, 303 other end of the blast pipe
Through 8 side surface of air box, 304 upper end of the ajutage is with exhausting body 300 by being welded perforation connection, the ajutage
304 lower ends through 7 top and bottom of device table top and go out wind scoop 305 by be welded perforation connection, it is described go out wind scoop 305 be set to device
2 inside front of cable core impenetrating mouth of 1 left-hand face of main body, the temperature sense mechanism 31 are turned by temperature inductor 310, signal
Parallel operation 311, electromagnet 312, swing rod 313, rod rest 314, the first spring 315, armature block 316 form, the temperature inductor
310 in hollow cylindrical structure and its be set to out 305 lower right of wind scoop, the signal adapter 311 is set to temperature inductor 310
It lower section and is connect by screws with 1 inner wall of apparatus main body, the electromagnet 312 is set to 314 lower section of rod rest and and signal
Converter 311 is electrically connected, and is connect by articulate with rod rest 314 among the swing rod 313, first spring 315 is set
Above rod rest 314 and with 313 upper end of swing rod by electric welding be connected, the armature block 316 be set to 313 lower end of swing rod and with
Positioned at 312 right side side of electromagnet, the armature block 316 and 313 lower end of swing rod are by glue Adherents junction, under the swing rod 313
End be intertwined and connected with fixed pulley group 32 by traction rope, the fixed pulley group 32 by the first traction rope 320, assist fixed pulley 321,
Head pulley 322, pulley yoke 323 form, and described first traction rope, 320 one end is intertwined and connected with 313 lower end of swing rod, and described first leads
320 other end of messenger assists fixed pulley 321, connects motor structure 33 with pump machine counterclockwise around head pulley 322 to twine in clockwise
Around connection, the head pulley 322 is connect by pulley yoke 323 with 1 spiral inner wall of apparatus main body, and the auxiliary fixed pulley 321 is set
It is connected in 323 upper right side of pulley yoke and by screws, the pump machine connects motor structure 33 by F types sliding rod frame 330, the first saddle
331, the second saddle 332, movable connecting rod 333, second spring 334, dynamic electric end 335, electrostatic end 336 form, and described first slides
Part 331 is set to 330 lower left quarter of F types sliding rod frame and is gap-matched, and second saddle 332 is set to 330 middle part of F types sliding rod frame
And be gap-matched, 333 both ends of the movable connecting rod are connected by hinge and the first saddle 331,332 activity of the second saddle
It connects, the second spring 334 is set to 332 left side side of the second saddle and is connected by electric welding, and the dynamic electric end 335 is set to second
The top of saddle 332 and be connected by connecting rod, the electrostatic end 336 be set to dynamic electric 335 right side side of end and with annealing machine of spraying water
Structure 34 is electrically connected, and the water spray annealing mechanism 34 is by cooling water tank 340, annelaing pot 341, drip pan 342, booster water pump 343, defeated
Water pipe 344, fountain head 345 form, and 340 rectangular mechanism of the cooling water tank, the annelaing pot 341 is set to cooling water tank 340
Top and be in integrated molding structure, the drip pan 342 are set to the inside of cooling water tank 340 and logical with 340 inner wall of cooling water tank
It crosses electric welding to be obliquely connected, the booster water pump 343 is set to 340 inside of cooling water tank and is electrically connected with electrostatic end 336, institute
It states 344 one end of water-supply-pipe and connection is penetrated through by bolt with booster water pump 343,344 other end of the water-supply-pipe is logical with fountain head 345
Connection is crossed, the fountain head 345 is set among drip pan 342 and is welded by fixed frame and 342 inner wall of drip pan, the motor
Motor structure 35 is connect by induction swing rod 350, third spring 351, the second traction rope 352, the first fixed pulley 353, the second fixed pulley
354, jack rod sleeve 355, L-type sliding rod frame 356, cambered surface briquetting 357, cambered surface on ＆ off switch 358 form, and the induction swing rod 350 is in
Horizontal to be set to 340 right part of cooling water tank and connected by articulate, 350 left end of induction swing rod is embedded in cooling water tank
Inside 340 and extend to 342 lower section of drip pan, the one ends wound company of induction 350 right end of swing rod and the second traction rope 352
It connects, the third spring 351 is set to below induction 350 left end of swing rod and by electric welding and induction 350 left end of swing rod and cooling water
340 inner wall of case is connected, the other end of second traction rope 352 in counterclockwise around the first fixed pulley 353, in clockwise about
It crosses the second fixed pulley 354 to be intertwined and connected with jack rod sleeve 355, the jack rod sleeve 355 is set to 356 outer surface of L-type sliding rod frame and use
Clearance fit, the cambered surface briquetting 357 are set to 355 lower section of jack rod sleeve and are fixedly connected, and the cambered surface on ＆ off switch 358, which is set to, to be driven
Dynamic motor 36 connects electric box center and engages flexible connection with cambered surface briquetting 357, and the power drive mechanism 37 is by belt pulley
370, the first driving belt 371, the first screw thread belt pulley 372, the second screw thread belt pulley 373, the second driving belt 374, fan
Driving device 375 forms, and the belt pulley 370 is set to 36 right side side of driving motor and passes through power output shaft and driving motor 36
Engagement flexible connection, described first driving belt, 371 one end engage flexible connection with the edge of belt pulley 370, and described first passes
Dynamic 371 other end of belt engages flexible connection, the first screw thread belt pulley 372 with the outer surface of the first screw thread belt pulley 372
Set on 1 upper right corner of apparatus main body, the second screw thread belt pulley 373 is set to 372 upper left side of the first screw thread belt pulley and passes through spiral shell
Line engagement flexible connection, described second driving belt, 374 one end engage flexible connection with the second screw thread belt pulley 373, and described the
Two driving belts, 374 other end engages electric welding connection with fan drive device 375, and the fan drive device 375 is set to drying
Electric welding connection is engaged above fan 38 and by rotary shaft.
A kind of efficient annealing device of cables manufacturing of the present invention, its working principle is that：Under conditions of connecting power supply, lead to
It crosses control panel 4 and sets running parameter, then the cable core that will be annealed is from the cable core impenetrating mouth of 1 left-hand face of apparatus main body
Inside 2 feeder main bodys 1, the exhausting body 300 for being at this time working condition carries out wind-force annealing operation to cable core, if cable
The temperature of core script is relatively low, then the annealing through wind-force annealing mechanism 30 can be from the cable core of 1 right lateral surface of apparatus main body
Impenetrating mouth 2 is sent out, and annealing is completed；If the temperature of cable core script is higher, after the annealing of wind-force annealing mechanism 30
Still in higher temperature, temperature inductor 310 senses temperature at this time, by voltage after being converted by 311 signal of signal adapter
It is conveyed to electromagnet 312,312 energizing magnetic of electromagnet simultaneously attracts armature block 316, and armature block 316 is with 313 lower end of driven fork
It swings to the left, one end of the first traction rope 320 is pullled in 313 lower end of swing rod, and the other end of the first traction rope 320 is in then clockwise
Around auxiliary fixed pulley 321, counterclockwise around pull after head pulley 322 first saddle 331 along 330 left part of F types sliding rod frame to
Upper sliding, while pushing the second saddle 332, to by sliding, to be set to along 330 middle part of F types sliding rod frame by movable connecting rod 333
The dynamic electric end 335 of second saddle, 332 top moves right and is contacted with electrostatic end 336 therewith, connects the electricity of booster water pump 343
Road, start-up operation spray to the water in cooling water tank 340 by fountain head 345 in annelaing pot 341 through water-supply-pipe 344, at this time
The cable core passed through from annelaing pot 341 can carry out double annealing by water spray；When water spray, water can be in automatic gravity
Under fall into drip pan 342, and cooling water tank 340 is flowed back in the quarrel through drip pan 342, while water can be to incuding swing rod 350
Left end is pushed, and by lever principle, the right end of induction swing rod 350 can then go up one end that pendulum pulls the second traction rope 352, and
The other end of second traction rope 352 is in then counterclockwise around the first fixed pulley 353, in clockwise around after the second fixed pulley 354
It pulls jack rod sleeve 355 to slide to the right along L-type sliding rod frame 356, and by cambered surface briquetting 357 that cambered surface on ＆ off switch 358 is downward
Pressing starts driving motor 36, and driving motor 36 drives belt pulley 370 to rotate by power output shaft, and belt pulley 370 passes through again
First driving belt 371 drives the rotation of the first screw thread belt pulley 372, because of the second screw thread belt pulley 373 and the first screw thread belt pulley
372 are engaged by screw thread, therefore the second screw thread belt pulley 373 is rotated with the first screw thread belt pulley 372, and pass through the second driving belt
374 drive fan drive device 375 to rotate, and fan drive device 375 drives drying fan 38 to rotate the cable to being squirted again
Core carries out drying and processing, and the cable core for completion of finally annealing is sent out from the cable core impenetrating mouth 2 of 1 right lateral surface of apparatus main body, complete
At annealing.
Problems solved by the invention is that the cables manufacturing annealing device of the prior art can not be according to the reality of annealing cable
Temperature automatically selects annealing way, and the annealing device energy-saving effect that annealing way cannot be adjusted is poor, and the degree of automation is relatively low,
The present invention is combined with each other by above-mentioned component, can be according to the reality of annealing cable by being equipped with energy-saving double annealing device
Temperature automatically selects annealing way, when the temperature is low, as long as then once being annealed, energy saving is realized, if once stepping back
When temperature is still higher after the completion, double annealing can be carried out automatically, realizes thoroughly annealing, effectively enhance cables manufacturing use
The high efficiency of annealing device, environmental protection and energy saving improve its degree of automation.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of efficient annealing device of cables manufacturing, structure includes apparatus main body (1), cable core impenetrating mouth (2), energy-saving
Double annealing device (3), control panel (4), support base (5), shifting roller (6), device table top (7), air box (8),
It is characterized in that：
Described device main body (1) is in rectangular configuration, the cable core impenetrating mouth (2) be set to apparatus main body (1) left and right side surface and
It is in integrated molding structure with apparatus main body (1), the energy-saving double annealing device (3) is set to apparatus main body (1) inside, institute
Control panel (4) is stated to be embedded in apparatus main body (1) front surface right part and be electrically connected with energy-saving double annealing device (3), it is described
Support base (5) is set to below apparatus main body (1) and is fitted and connected by welding mask and face, and the shifting roller (6) is set to branch
It supports four ends below pedestal (5) and is connected by screws, described device table top (7) is set to above apparatus main body (1) and passes through
Welding mask is fitted and connected with face, and the air box (8) is set to device table top (7) upper surface left side side and electric welding is connected；
The energy-saving double annealing device (3) is by wind-force annealing mechanism (30), temperature sense mechanism (31), fixed pulley group
(32), pump machine connects motor structure (33), water spray annealing mechanism (34), motor and connects motor structure (35), driving motor (36), power transmission
Mechanism (37), drying fan (38) form, and the wind-force annealing mechanism (30) is set to the internal upper left corner of apparatus main body (1) and wind turbine
Case (8) is internal and is electrically connected with control panel (4), and the temperature sense mechanism (31) is set to below wind-force annealing mechanism (30),
The fixed pulley group (32) is set to below temperature sense mechanism (31) and is connected by the one ends wound of traction rope, and the pump machine connects
Motor structure (33) is set to fixed pulley group (32) right side side and is electrically connected with water spray annealing mechanism (34), and the fixed pulley group (32) is logical
The other end pump machine for crossing traction rope connects motor structure (33) and is intertwined and connected, and the motor connects motor structure (35) and connects motor structure set on pump machine
(33) it upper right side and is connected by articulate, the driving motor (36) is set to the internal lower right corner of apparatus main body (1) and passes through
Screws connect, and the power drive mechanism (37) is set to apparatus main body (1) inner right side, and the drying fan (38) is set to
The internal upper right corner of apparatus main body (1), the driving motor (36) are engaged by power drive mechanism (37) with drying fan (38)
Flexible connection.
2. a kind of efficient annealing device of cables manufacturing according to claim 1, it is characterised in that：The wind-force annealing machine
Structure (30) by exhausting body (300), fan seat (301), connect electric box (302), blast pipe (303), ajutage (304), go out wind scoop
(305) it forms, the exhausting body (300) is set to air box (8) inside and passes through fan seat (301) and air box (8) inner wall
Spiral connects, described to connect electric box (302) set on exhausting body (300) right side side and be connected by electric welding, the exhausting body
(300) it is electrically connected with control panel (4) by connecing electric box (302), described blast pipe (303) one end is logical with exhausting body (300)
Electric welding perforation connection is crossed, blast pipe (303) other end is through air box (8) side surface, ajutage (304) upper end
With exhausting body (300) by be welded perforation connection, ajutage (304) lower end through device table top (7) top and bottom with
Go out wind scoop (305) by be welded perforation connection, it is described go out wind scoop (305) be set to apparatus main body (1) left-hand face cable core pass through
Wear mouth (2) inside front.
3. a kind of efficient annealing device of cables manufacturing according to claim 1, it is characterised in that：The temperature sense machine
Structure (31) is by temperature inductor (310), signal adapter (311), electromagnet (312), swing rod (313), rod rest (314),
One spring (315), armature block (316) composition, the temperature inductor (310) in hollow cylindrical structure and its be set to out wind scoop
(305) lower right, the signal adapter (311) are set to below temperature inductor (310) and pass through with apparatus main body (1) inner wall
Screws connect, and the electromagnet (312) is set to below rod rest (314) and is electrically connected with signal adapter (311), described
It is connect by articulate with rod rest (314) among swing rod (313), first spring (315) is set on rod rest (314)
Side and with swing rod (313) upper end by electric welding be connected, the armature block (316) be set to swing rod (313) lower end and with positioned at electricity
Magnet (312) right side side, the armature block (316) pass through glue Adherents junction, the swing rod (313) with swing rod (313) lower end
Lower end is intertwined and connected by traction rope and fixed pulley group (32).
4. a kind of efficient annealing device of cables manufacturing according to claim 1 or 3, it is characterised in that：The fixed pulley
Group (32) is made of the first traction rope (320), auxiliary fixed pulley (321), head pulley (322), pulley yoke (323), and described first
Traction rope (320) one end is intertwined and connected with swing rod (313) lower end, and the first traction rope (320) other end is in bypass clockwise
Auxiliary fixed pulley (321) connects motor structure (33) with pump machine around head pulley (322) counterclockwise and is intertwined and connected, the head pulley
(322) it is connect with apparatus main body (1) spiral inner wall by pulley yoke (323), the auxiliary fixed pulley (321) is set to pulley yoke
(323) it upper right side and is connected by screws.
5. a kind of efficient annealing device of cables manufacturing according to claim 1, it is characterised in that：The pump machine connects motor
Structure (33) is by F types sliding rod frame (330), the first saddle (331), the second saddle (332), movable connecting rod (333), second spring
(334), move electric end (335), electrostatic end (336) composition, first saddle (331) be set to F types sliding rod frame (330) lower left quarter and
It is gap-matched, second saddle (332) is set in the middle part of F types sliding rod frame (330) and is gap-matched, and the activity is even
Extension bar (333) both ends are flexibly connected by hinge with the first saddle (331), the second saddle (332), the second spring
(334) it is set to the second saddle (332) left side side and is connected by electric welding, the dynamic electric end (335) is set to the second saddle (332)
Top and be connected by connecting rod, the electrostatic end (336) be set to dynamic electric end (335) right side side and with annealing mechanism of spraying water
(34) it is electrically connected.
6. the efficient annealing device of a kind of cables manufacturing according to claim 1 or 5, it is characterised in that：The water spray moves back
Lighter structure (34) by cooling water tank (340), annelaing pot (341), drip pan (342), booster water pump (343), water-supply-pipe (344),
Fountain head (345) forms, the rectangular mechanism of the cooling water tank (340), and the annelaing pot (341) is set to cooling water tank (340)
Top and be in integrated molding structure, the drip pan (342) be set to cooling water tank (340) it is internal and with cooling water tank (340)
Inner wall by electric welding obliquely be connected, the booster water pump (343) be set to cooling water tank (340) inside and with electrostatic end
(336) it is electrically connected, described water-supply-pipe (344) one end is penetrated through by bolt with booster water pump (343) and connected, the water-supply-pipe
(344) with fountain head (345) by connecting, the fountain head (345) is set among drip pan (342) and passes through fixation the other end
Frame is welded with drip pan (342) inner wall.
7. a kind of efficient annealing device of cables manufacturing according to claim 1, it is characterised in that：The motor connects motor
Structure (35) is calmly sliding by induction swing rod (350), third spring (351), the second traction rope (352), the first fixed pulley (353), second
Take turns (354), jack rod sleeve (355), L-type sliding rod frame (356), cambered surface briquetting (357), cambered surface on ＆ off switch (358) composition, the sense
Answer swing rod (350) is horizontal to be set to cooling water tank (340) right part and connected by articulate, the induction swing rod (350)
Left end insertion cooling water tank (340) is internal and extends to below drip pan (342), induction swing rod (350) right end and second
The one ends wound of traction rope (352) connects, and the third spring (351) is set to below induction swing rod (350) left end and passes through electricity
Weldering is connected with induction swing rod (350) left end and cooling water tank (340) inner wall, and the other end of second traction rope (352) is in
The first fixed pulley (353) is bypassed counterclockwise, is in be intertwined and connected clockwise with jack rod sleeve (355) around the second fixed pulley (354), institute
Jack rod sleeve (355) is stated set on L-type sliding rod frame (356) outer surface and is gap-matched, the cambered surface briquetting (357), which is set to, to be slided
It below rod set (355) and is fixedly connected, the cambered surface on ＆ off switch (358) connects electric box center and and arc set on driving motor (36)
Face briquetting (357) engagement flexible connection.
8. a kind of efficient annealing device of cables manufacturing according to claim 1, it is characterised in that：The power transmission machine
Structure (37) is by belt pulley (370), the first driving belt (371), the first screw thread belt pulley (372), the second screw thread belt pulley
(373), the second driving belt (374), fan drive device (375) composition, the belt pulley (370) are set to driving motor (36)
Right side side and flexible connection is engaged with driving motor (36) by power output shaft, described first driving belt (371) one end with
The edge engagement flexible connection of belt pulley (370), the first driving belt (371) other end and the first screw thread belt pulley
(372) outer surface engagement flexible connection, the first screw thread belt pulley (372) are set to apparatus main body (1) upper right corner, and described the
Two screw thread belt pulleys (373) are set to the first screw thread belt pulley (372) upper left side and are engaged by screw thread and are flexibly connected, and described second
Driving belt (374) one end engages flexible connection with the second screw thread belt pulley (373), and second driving belt (374) is another
Electric welding connection engage at end with fan drive device (375), the fan drive device (375) be set to dry fan (38) top and
Electric welding connection is engaged by rotary shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810255456.0A CN108461215A (en) | 2018-03-27 | 2018-03-27 | A kind of efficient annealing device of cables manufacturing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810255456.0A CN108461215A (en) | 2018-03-27 | 2018-03-27 | A kind of efficient annealing device of cables manufacturing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108461215A true CN108461215A (en) | 2018-08-28 |
Family
ID=63237494
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810255456.0A Withdrawn CN108461215A (en) | 2018-03-27 | 2018-03-27 | A kind of efficient annealing device of cables manufacturing |
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| Country | Link |
|---|---|
| CN (1) | CN108461215A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114480824A (en) * | 2020-11-11 | 2022-05-13 | 长程电缆有限公司 | High-efficient annealing device is used in cable manufacture |
-
2018
- 2018-03-27 CN CN201810255456.0A patent/CN108461215A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114480824A (en) * | 2020-11-11 | 2022-05-13 | 长程电缆有限公司 | High-efficient annealing device is used in cable manufacture |
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Application publication date: 20180828 |