CN208555527U - A kind of follow-on copper wire processing unit (plant) - Google Patents
A kind of follow-on copper wire processing unit (plant) Download PDFInfo
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- CN208555527U CN208555527U CN201820877740.7U CN201820877740U CN208555527U CN 208555527 U CN208555527 U CN 208555527U CN 201820877740 U CN201820877740 U CN 201820877740U CN 208555527 U CN208555527 U CN 208555527U
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Abstract
The utility model provides a kind of follow-on copper wire processing unit (plant), including wire drawing machine, retaining frame, guide wheel, support frame, annealing furnace, boiler tube, water cooling box, water cooling liquid, installation wheel, copper wire, sealing-plug, copper wire cleans frame structure except thorn, copper wire winds frame structure, and waste residue dust collecting hood structure and dust cover, the retaining frame bolt are mounted on the right side of wire drawing machine；The guide wheel longitudinal axis connects in the middle and upper part of wire drawing machine；The right side of retaining frame is arranged in the support frame.The inner wall middle position of the utility model siphunculus is additionally provided with sandstone block, is conducive to the convenient function that polishing is played to copper wire, so that copper wire appearance is more smooth；Waste residue draws cover screw and is mounted on pipe support right side and longitudinal inside cleaned between frame, is conducive to conveniently play collecting action to the dust clast of polishing；Driven shaft is connected to the inside of axis frame；The winding roller is keyed in the outside of driven shaft, is conducive to be dismantled or replaced thread winding roller needed for facilitating basis and using.
Description
Technical field
The utility model belongs to copper wire processing technique field more particularly to a kind of follow-on copper wire processing unit (plant).
Background technique
Regular copper lines processing unit (plant) includes that programs, these processes such as drawing and annealing and cooling are mostly separated from each other, do not connect
It is continuous, individually carry out, wherein two groups of rows arranged in a straight line is at least needed to pull out unit during the drawing process, increase workload, shadow
Working efficiency is rung, existing annealing furnace is easy to happen copper wire in annealing process and is oxidized phenomenon, influences the quality of copper wire.
Chinese Patent Application No. is 201420604989.2, a kind of entitled copper wire processing unit (plant) of innovation and creation, including
Drawbench, annealing furnace and cooler bin, it is characterized in that the drawbench is by drawing motor, retarder, shaft coupling, stretching wheel and stretching
One draw unit of mold composition, the stretching wheel of several draw units is alternate corresponding with drawing die, the annealing furnace packet
Furnace body and boiler tube are included, the outlet end of boiler tube is immersed in the water surface of cooler bin, and the angle of the water surface of coil outlet end and cooler bin is
45 degree, the cooler bin includes cabinet, and sink directive wheel is equipped in cabinet, water is housed inside cabinet, the leading-out terminal of cabinet is equipped with
Outlet-pipe is sealed, is set between drawbench and annealing furnace there are two directive wheel, described two directive wheels are rack-mount.
Chinese Patent Application No. is 201510161594.9, a kind of entitled flat mouth copper wire processing unit (plant) of innovation and creation,
Including bracket, including hydraulic cylinder base, hydraulic cylinder, hot rolling wheel, rolling lower die, driving motor, belt pulley, support base, collection
Round mouth copper wire is passed through lower rolling forging die, the hot rolling wheel of hydraulic drive is moved down by copper compared with prior art by line wheel, motor
Line compresses, and is powered and heats up to hot rolling wheel, starts driving motor when reaching certain temperature, and driving motor drives hot rolling wheel
Round mouth copper wire is rolled into flat mouth copper wire, then is driven by motor and collect line wheel rotation by rotation, and the flat mouth copper wire rolled is received
Collection.
But there is also the inconvenient polishings that carries out on the outside of copper wire to dab for existing copper wire processing unit (plant), when polishing, produces
Raw waste residue is inconvenient to remove, it has not been convenient to the problem of carrying out replacement thread winding roller and can not playing position-limiting action to copper wire.
Therefore, a kind of follow-on copper wire processing unit (plant) is invented to be very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of follow-on copper wire processing unit (plant), existing to solve
There is inconveniences to dab to the polishing that carries out on the outside of copper wire for some copper wire processing unit (plant)s, and the waste residue that when polishing generates is inconvenient clear
It removes, it has not been convenient to the problem of carrying out replacement thread winding roller and position-limiting action can not being played to copper wire.A kind of follow-on copper wire processing
Device, including wire drawing machine, retaining frame, guide wheel, support frame, annealing furnace, boiler tube, water cooling box, water cooling liquid, installation wheel, copper wire, sealing
Plug, copper wire clean frame structure except thorn, and copper wire winds frame structure, waste residue dust collecting hood structure and dust cover, the retaining frame spiral shell
Bolt is mounted on the right side of wire drawing machine；The guide wheel longitudinal axis connects in the middle and upper part of wire drawing machine；The support frame setting is being protected
The right side of frame；The annealing furnace is mounted on the top of support frame；The boiler tube is plugged on the bosom position of annealing furnace,
And it is plugged in water cooling box in right end；The right side of support frame is arranged in the water cooling box；The water cooling liquid is infused in water cooling
The inside of case；The installation wheel shaft connects in the bosom position of water cooling box；The sealing-plug is plugged on the right side of water cooling box
Side；The copper wire cleans the right side that frame structure is mounted on water cooling box except thorn；The copper wire winding frame structure is mounted on copper wire
Except thorn cleans the right side of frame structure；Before the waste residue dust collecting hood structure is mounted on the right side that copper wire cleans frame structure except thorn
Portion；The dust cover is glued to the right upper portion of retaining frame；It includes installation frame that the copper wire, which cleans frame structure except thorn, longitudinal
Frame is cleaned, sponge cleans set, siphunculus and pipe support, and the installation frame bolt is mounted on the right side of water cooling box；The longitudinal direction
It cleans frame and is longitudinally embedded in inside of installation frame or so two respectively；The sponge, which cleans to be nested, is cleaning frame into longitudinal direction
Middle position；The siphunculus is laterally embedded into the medium position in pipe support；The pipe support is longitudinally embedded in the interior of installation frame
On the left of portion.
Preferably, copper wire winding frame structure includes fixed transverse rod, longitudinally fixed frame, mounting base, and winding roller is driven
Axis, axis frame wind motor, and transmission shaft and transmission belt, the fixed transverse rod bolt are mounted on the right side of installation frame；Described
Longitudinally fixed frame is welded on the right side of fixed transverse rod；The mounting base is welded on the lower right side of longitudinally fixed frame；Described
Axis frame is welded on the right side of mounting base；The winding motor bolt is mounted on the lower front of longitudinally fixed frame；The biography
Moving axis key connection is on the front output shaft of winding motor；The transmission belt is socketed in the outer of driven shaft and transmission shaft respectively
Side.
Preferably, the waste residue dust collecting hood structure include waste residue draw cover, exhaust fan, dust guiding tube, stop collar and
Dust bag, the exhaust fan are embedded in the lower inside that waste residue draws cover；The dust guiding tube is welded on waste residue and draws cover
Lower part；The stop collar is glued to the lower end of dust guiding tube；The dust bag is socketed in the outside of stop collar.
Preferably, the inner wall middle position of the siphunculus is additionally provided with sandstone block.
Preferably, the waste residue draws cover screw and is mounted on pipe support right side and longitudinal inside cleaned between frame.
Preferably, the driven shaft is connected to the inside of axis frame；The winding roller is keyed in the outside of driven shaft.
Preferably, locating rack and position-limited wheel, the locating rack longitudinal bolt peace are additionally provided on the fixed transverse rod
Mounted in the top in middle position on the inside of fixed transverse rod；The limit wheel shaft connects in the lower part of locating rack.
Preferably, loose collar is additionally provided at the upper opening of the dust bag.
Preferably, frame is cleaned in the longitudinal direction and sponge is cleaned there are two set is respectively set, and the sponge, which is cleaned, to be nested
Enter in the middle position for longitudinally cleaning frame.
Preferably, the wire drawing machine specifically uses LW560 type copper wire drawbench.
Preferably, described copper wire one end is plugged on the right side of the side of wire drawing machine, the other end pass through guide wheel, boiler tube, installation wheel,
Sealing-plug, sponge clean set, siphunculus and position-limited wheel and are wrapped on winding roller.
Compared with prior art, the utility model has the following beneficial effects:
1. in the utility model, the inner wall middle position of the siphunculus is additionally provided with sandstone block, it is convenient to copper to be conducive to
Line plays the function of polishing, so that copper wire appearance is more smooth.
2. in the utility model, the waste residue draws cover screw and is mounted on the right side of pipe support and longitudinally cleans interior between frame
Side is conducive to conveniently play collecting action to the dust clast of polishing.
3. in the utility model, the driven shaft is connected to the inside of axis frame；The winding roller is keyed driven
The outside of axis is conducive to be dismantled or replaced thread winding roller needed for facilitating basis and using.
4. in the utility model, the limit wheel shaft is connect in the lower part of locating rack, and being conducive to when in use can be to copper
Line plays positioning action, so prevent using when copper wire with longitudinal clean frame friction and damage.
5. in the utility model, being additionally provided with loose collar at the upper opening of the dust bag, cooperate setting for stop collar
Set, be conducive to it is convenient to dust bag play position-limiting action so that prevent using when dust bag fall, while and needing replacing collection
It is convenient for being dismantled when dirt bag.
6. in the utility model, the sponge, which is cleaned, to be nested into the middle position for longitudinally cleaning frame, be conducive to conveniently
The copper wire finished to the copper wire and polishing that will polish plays the role of cleaning.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the copper wire of the utility model except thorn cleans the structural schematic diagram of frame structure.
Fig. 3 is the structural schematic diagram of the copper wire winding frame structure of the utility model.
Fig. 4 is the structural schematic diagram of the waste residue dust collecting hood structure of the utility model.
In figure:
1, wire drawing machine；2, retaining frame；3, guide wheel；4, support frame；5, annealing furnace；6, boiler tube；7, water cooling box；8, water cooling liquid；9,
Installation wheel；10, copper wire；11, sealing-plug；12, copper wire removes thorn and cleans frame structure；121, installation frame；122, longitudinal to clean frame；
123, sponge cleans set；124, siphunculus；1241, sandstone block；125, pipe support；13, copper wire winds frame structure；131, fixed transverse rod；
1311, locating rack；1312, position-limited wheel；132, longitudinally fixed frame；133, mounting base；134, winding roller；135, driven shaft；136,
Axis frame；137, motor is wound；138, transmission shaft；139, transmission belt；14, waste residue dust collecting hood structure；141, waste residue is drawn
Cover；142, exhaust fan；143, dust guiding tube；144, stop collar；145, dust bag；15, dust cover.
Specific embodiment
The utility model is described further below in conjunction with attached drawing:
Embodiment:
As shown in attached drawing 1 to attached drawing 4
The utility model provides a kind of follow-on copper wire processing unit (plant), including wire drawing machine 1, retaining frame 2, guide wheel 3, support frame
4, annealing furnace 5, boiler tube 6, water cooling box 7, water cooling liquid 8, installation wheel 9, copper wire 10, sealing-plug 11, copper wire, which removes to pierce, cleans frame structure 12,
Copper wire winds frame structure 13, and waste residue dust collecting hood structure 14 and dust cover 15,2 bolt of retaining frame are mounted on wire drawing machine 1
Right side；3 longitudinal axis of guide wheel connects in the middle and upper part of wire drawing machine 1；The right side of retaining frame 2 is arranged in the support frame 4；Institute
The annealing furnace 5 stated is mounted on the top of support frame 4；The boiler tube 6 is plugged on the bosom position of annealing furnace 5, and on the right side
End is plugged in water cooling box 7；The right side of support frame 4 is arranged in the water cooling box 7；The water cooling liquid 8 is infused in water cooling box 7
Inside；The installation is taken turns 9 axis and is connect in the bosom position of water cooling box 7；The sealing-plug 11 is plugged on water cooling box 7
Right side；The copper wire cleans the right side that frame structure 12 is mounted on water cooling box 7 except thorn；The copper wire winding frame structure 13 is installed
The right side of frame structure 12 is cleaned except thorn in copper wire；The waste residue dust collecting hood structure 14 is mounted on copper wire except thorn cleans frame knot
The right front of structure 12；The dust cover 15 is glued to the right upper portion of retaining frame 2；The copper wire cleans frame structure except thorn
12 include installation frame 121, longitudinally cleans frame 122, sponge cleans set 123, siphunculus 124 and pipe support 125, the installation frame
121 bolts are mounted on the right side of water cooling box 7；Frame 122 is cleaned in the longitudinal direction, and longitudinal direction is embedded in the interior of installation frame 121 respectively
Side or so two；The sponge cleans set 123 and is embedded in longitudinal middle position for cleaning frame 122；The siphunculus 124 is laterally
It is embedded in the medium position of pipe support 125；The longitudinal inside left for being embedded in installation frame 121 of the pipe support 125.
In above-described embodiment, specifically, the copper wire winding frame structure 13 includes fixed transverse rod 131, longitudinally fixed frame
132, mounting base 133, winding roller 134, driven shaft 135, axis frame 136 winds motor 137, transmission shaft 138 and transmission belt 139, institute
131 bolt of fixed transverse rod stated is mounted on the right side of installation frame 121；The longitudinally fixed frame 132 is welded on fixed transverse rod
131 right side；The mounting base 133 is welded on the lower right side of longitudinally fixed frame 132；The axis frame 136 is welded on peace
Fill the right side of seat 133；Winding 137 bolt of motor is mounted on the lower front of longitudinally fixed frame 132；The transmission
The key connection of axis 138 is on the front output shaft of winding motor 137；The transmission belt 139 is socketed in driven shaft 135 respectively and passes
The outside of moving axis 138.
In above-described embodiment, specifically, the waste residue dust collecting hood structure 14 includes that waste residue draws cover 141, exhausting
Machine 142, dust guiding tube 143, stop collar 144 and dust bag 145, the exhaust fan 142 are embedded in the inside that waste residue draws cover 141
Lower part；The dust guiding tube 143 is welded on the lower part that waste residue draws cover 141；The stop collar 144 is glued to dust guiding tube
143 lower end；The dust bag 145 is socketed in the outside of stop collar 144.
In above-described embodiment, specifically, the inner wall middle position of the siphunculus 124 is additionally provided with sandstone block 1241.
In above-described embodiment, specifically, the waste residue is drawn, 141 screws of cover are mounted on 125 right side of pipe support and longitudinal direction is wiped
Inside between net frame 122.
In above-described embodiment, specifically, the driven shaft 135 is connected to the inside of axis frame 136；The winding roller
134 key connections are in the outside of driven shaft 135.
In above-described embodiment, specifically, being additionally provided with locating rack 1311 and position-limited wheel on the fixed transverse rod 131
1312,1311 longitudinal bolt of locating rack is mounted on the top in 131 inside middle position of fixed transverse rod；The position-limited wheel
1312 axis connect in the lower part of locating rack 1311.
In above-described embodiment, specifically, being additionally provided with loose collar at the upper opening of the dust bag 145.
In above-described embodiment, specifically, the longitudinal direction cleans frame 122 and sponge cleans set 123 and is respectively arranged with two
A, the sponge cleans set 123 and is embedded in longitudinal middle position for cleaning frame 122.
In above-described embodiment, specifically, the wire drawing machine 1 specifically uses LW560 type copper wire drawbench.
In above-described embodiment, specifically, described 10 one end of copper wire is plugged on the right side of the side of wire drawing machine 1, the other end is passed through
Guide wheel 3, boiler tube 6, installation wheel 9, sealing-plug 11, sponge clean set 123, siphunculus 124 and position-limited wheel 1312 and are wrapped in winding roller 134
On.
Working principle
The copper wire 10 that wire drawing machine 1 pulls out during the work time, is entered annealing by guide wheel 3 when use by the utility model
It in furnace 5, is heated, then from being entered in boiler tube 6 in the water cooling liquid 8 in water cooling box 7, and by installation wheel 9 from sealing-plug
It is passed through in 11, then cleans set 123 from the sponge in left side and pass through, tentatively cleaned, then by sandstone block 1241 to copper wire
10 polish, while drawing cover 141 and exhaust fan 142 using waste residue and the waste residue of polishing is entered collection by dust guiding tube 143
It is collected in dirt bag 145, last copper wire 10 is cleaned in set 123 through the sponge on right side, and progress is secondary to clean, and is finally utilized
It winds motor 137 and drives driven shaft 135 to rotate by transmission shaft 138 and transmission belt 139, make it that winding roller 134 be driven to rotate,
It is wound copper wire 10, is removed transmission belt 139 on driven shaft 135 after winding, and by driven shaft 135 in axis frame 136
It inside takes out, the dismounting of winding roller 134 that winding finishes can be replaced.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model
Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model
It encloses.
Claims (10)
1. a kind of follow-on copper wire processing unit (plant), which is characterized in that follow-on copper wire processing unit (plant), including wire drawing machine
(1), retaining frame (2), guide wheel (3), support frame (4), annealing furnace (5), boiler tube (6), water cooling box (7), water cooling liquid (8), installation wheel
(9), copper wire (10), sealing-plug (11), copper wire are cleaned frame structure (12) except thorn, and copper wire winds frame structure (13), and waste residue dust is received
Collection cover structure (14) and dust cover (15), the retaining frame (2) bolt are mounted on the right side of wire drawing machine (1)；The guide wheel (3)
Longitudinal axis connects the middle and upper part in wire drawing machine (1)；Right side of support frame (4) setting in retaining frame (2)；The annealing furnace
(5) it is mounted on the top of support frame (4)；The boiler tube (6) is plugged on the bosom position of annealing furnace (5), and in right end
It is plugged in water cooling box (7)；Right side of water cooling box (7) setting in support frame (4)；The water cooling liquid (8) is infused in
The inside of water cooling box (7)；Described installation wheel (9) axis connects in the bosom position of water cooling box (7)；The sealing-plug (11)
It is plugged on the right side of water cooling box (7)；The copper wire cleans the right side that frame structure (12) is mounted on water cooling box (7) except thorn；It is described
Copper wire winding frame structure (13) be mounted on copper wire except thorn cleans the right sides of frame structure (12)；The waste residue dust collecting hood knot
Structure (14) is mounted on copper wire except thorn cleans the right front of frame structure (12)；The dust cover (15) is glued to retaining frame (2)
Right upper portion；It includes installation frame (121) that the copper wire, which cleans frame structure (12) except thorn, longitudinally cleans frame (122), sponge brush
Net set (123), siphunculus (124) and pipe support (125), the installation frame (121) bolt are mounted on the right side of water cooling box (7)；
Frame (122) is cleaned in the longitudinal direction, and longitudinal direction is embedded in inside of installation frame (121) or so two respectively；The sponge is cleaned
Set (123) is embedded in longitudinal middle position for cleaning frame (122)；The siphunculus (124) is laterally embedded into pipe support (125)
Portion position；The pipe support (125) is longitudinally embedded in the inside left of installation frame (121).
2. follow-on copper wire processing unit (plant) as described in claim 1, which is characterized in that the copper wire winds frame structure
It (13) include fixed transverse rod (131), longitudinally fixed frame (132), mounting base (133), winding roller (134), driven shaft (135), axis
Frame (136) is wound motor (137), and transmission shaft (138) and transmission belt (139), the fixed transverse rod (131) bolt are mounted on
The right side of installation frame (121)；The longitudinally fixed frame (132) is welded on the right side of fixed transverse rod (131)；The installation
Seat (133) is welded on the lower right side of longitudinally fixed frame (132)；The axis frame (136) is welded on the right side of mounting base (133)
Side；Described winding motor (137) bolt is mounted on the lower front of longitudinally fixed frame (132)；Described transmission shaft (138) key
It is connected on the front output shaft of winding motor (137)；The transmission belt (139) is socketed in driven shaft (135) respectively and passes
The outside of moving axis (138).
3. follow-on copper wire processing unit (plant) as described in claim 1, which is characterized in that the waste residue dust collecting hood knot
Structure (14) includes that waste residue draws cover (141), exhaust fan (142), dust guiding tube (143), stop collar (144) and dust bag (145), institute
The exhaust fan (142) stated is embedded in the lower inside that waste residue draws cover (141)；The dust guiding tube (143) is welded on waste residue suction
Take the lower part of cover (141)；The stop collar (144) is glued to the lower end of dust guiding tube (143)；Dust bag (145) set
Connect the outside in stop collar (144).
4. follow-on copper wire processing unit (plant) as described in claim 1, which is characterized in that the inner wall of the siphunculus (124)
Middle position is additionally provided with sandstone block (1241).
5. follow-on copper wire processing unit (plant) as claimed in claim 3, which is characterized in that the waste residue draws cover (141)
Screw is mounted on the right side of pipe support (125) and longitudinal inside cleaned between frame (122).
6. follow-on copper wire processing unit (plant) as claimed in claim 2, which is characterized in that driven shaft (135) clamping
In the inside of axis frame (136)；Outside of winding roller (134) key connection in driven shaft (135).
7. follow-on copper wire processing unit (plant) as claimed in claim 2, which is characterized in that on the fixed transverse rod (131)
It is additionally provided with locating rack (1311) and position-limited wheel (1312), the locating rack (1311) longitudinal bolt is mounted on fixed transverse rod
(131) top in inside middle position；Described position-limited wheel (1312) axis connects in the lower part of locating rack (1311).
8. follow-on copper wire processing unit (plant) as claimed in claim 3, which is characterized in that the dust bag (145) it is upper
Portion's opening is additionally provided with loose collar.
9. follow-on copper wire processing unit (plant) as described in claim 1, which is characterized in that clean frame (122) in the longitudinal direction
It is cleaned there are two set (123) is respectively set with sponge, the sponge, which cleans set (123) and is embedded in, longitudinal cleans frame (122)
Middle position.
10. follow-on copper wire processing unit (plant) as described in claim 1, which is characterized in that the wire drawing machine (1) is specifically adopted
With LW560 type copper wire drawbench.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820877740.7U CN208555527U (en) | 2018-06-07 | 2018-06-07 | A kind of follow-on copper wire processing unit (plant) |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820877740.7U CN208555527U (en) | 2018-06-07 | 2018-06-07 | A kind of follow-on copper wire processing unit (plant) |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208555527U true CN208555527U (en) | 2019-03-01 |
Family
ID=65484590
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820877740.7U Active CN208555527U (en) | 2018-06-07 | 2018-06-07 | A kind of follow-on copper wire processing unit (plant) |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208555527U (en) |
-
2018
- 2018-06-07 CN CN201820877740.7U patent/CN208555527U/en active Active
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