CN109243708A

CN109243708A - A kind of production of enamel wire device

Info

Publication number: CN109243708A
Application number: CN201810962027.7A
Authority: CN
Inventors: 罗义
Original assignee: Zhejiang Yongjin Wire Co Ltd
Current assignee: Zhejiang Yongjin Wire Co Ltd
Priority date: 2018-08-22
Filing date: 2018-08-22
Publication date: 2019-01-18
Anticipated expiration: 2038-08-22
Also published as: CN109243708B

Abstract

The invention discloses a kind of production of enamel wire devices, it is related to production of enamel wire equipment technical field, the main points of its technical scheme are that: including annealing mechanism, paint mechanism, it further include electroplating mechanism that, electroplating mechanism that includes nickel bath, silver-plating bath, first rinse bath, second rinse bath, third rinse bath, first rinse bath, it ranked first Chuan Xian mechanism equipped with several in second rinse bath and third rinse bath, first Chuan Xian mechanism includes several first biographies line rollers, it is equipped with first between two first adjacent biography line rollers and passes line gap, it is equipped in nickel bath and silver-plating bath and several ranked second Chuan Xian mechanism, second Chuan Xian mechanism includes several second biographies line rollers, it is equipped with second between two second adjacent biography line rollers and passes line gap, nickel bath is additionally provided with nickel plate, silver plate is additionally provided in silver-plating bath；By the function mode completed on same production line that will anneal, and be electroplated and paint, the loss of conductive line surfaces institute plating metal can be reduced, and then is conducive to improve the quality of production of enameled wire.

Description

A kind of production of enamel wire device

Technical field

The present invention relates to production of enamel wire equipment technical field, in particular to a kind of production of enamel wire device.

Background technique

Enameled wire is made of plain conductor and insulating layer two, mainly for the manufacture of the coil or winding in electric product Insulated electric conductor, the production process of enameled wire includes unwrapping wire, annealing, japanning, baking, cooling, take-up, in addition to increasing Add the electric conductivity of enameled wire conductor part, it usually needs in metallicses such as the silver-plated, nickel of conductor dispatch from foreign news agency, and in production of enamel wire mistake The plain conductor generally being after plating painted in journey.

Existing production of enamel wire mechanism such as publication No. is a kind of Chinese invention patent of CN106205860A, it discloses A kind of multipurpose horizontal aluminum steel enamelling machine, including payingoff mechanism, wire-drawing mechanism, wiper mechanism, annealing furnace, japanning mechanism, baker, Cooling body, take-up mechanism；The wire-drawing mechanism includes an at least wire drawing machine, and two or more wire drawing machinees are in parallel or side by side It is arranged between wiper mechanism and annealing furnace, the wire drawing machine includes that wiredrawing step pulley, Wire drawing die holder, constant speed wheel and lubricating fluid supply Pipeline, the wiredrawing step pulley are arranged in wire drawing cabinet, and the lubricating fluid service is connected to wire drawing cabinet, the constant speed wheel The side of wiredrawing step pulley is set.

Above-mentioned production mechanism is that the conducting wire after plating is directly passed through paying out machine during producing enameled wire Structure, wire-drawing mechanism are sent to annealed in annealing furnace after, then after being painted by the mechanism that paints carry out cooling take-up, it is this The mode that japanning production enameled wire is directly carried out using the plain conductor after plating, so that plain conductor was waited in unwrapping wire, wire drawing Cheng Zhong, the metals such as silver, the nickel of conductive line surfaces plating are lost, and then quality of enamelled wire produced is caused to reduce.

Summary of the invention

In view of the deficiencies of the prior art, the present invention intends to provide a kind of production of enamel wire device, will anneal, Plating, japanning integration production, to reduce the loss of conductive line surfaces institute plating metal, improve the quality of production of enameled wire.

Above-mentioned technical purpose of the invention has the technical scheme that a kind of production of enamel wire device, It further include electroplating mechanism that, the electroplating mechanism that includes nickel bath, silver-plating bath and is set to including annealing mechanism, japanning mechanism The first rinse bath between the nickel bath and the annealing mechanism, be set to the second rinse bath between nickel bath and silver-plating bath, The third rinse bath that the silver-plating bath is set between the mechanism that paints, first rinse bath, the second rinse bath and third Be provided in rinse bath it is several ranked first Chuan Xian mechanism, first Chuan Xian mechanism includes that several first be vertically arranged pass lines Roller, adjacent two described first pass and are equipped with the first biography line gap between line roller, are provided in the nickel bath and silver-plating bath Several to ranked second Chuan Xian mechanism, second Chuan Xian mechanism includes that several second be vertically arranged pass line roller, two adjacent institutes It states and is equipped with the second biography line gap between the second biography line roller, the nickel bath is additionally provided with for providing the nickel plate of nickel metal, the plating It is additionally provided in silver-colored slot for providing the silver plate of silver metal.

Using the above scheme, when needing to produce enameled wire, by unprocessed plain conductor by unwrapping wire tense after send to After annealing mechanism is made annealing treatment, plain conductor be introduced into the first rinse bath with remove annealing after surface impurity, then into Enter and required nickel metal is electroplated into nickel bath, while is miscellaneous to remove the remaining nickel metal of conductive line surfaces using the second rinse bath Matter enters silver metal needed for plating in silver-plating bath later, enters coating machine after the cleaning finally by third rinse bath Japanning work is carried out in structure, during plain conductor entirely cleans plating, can be passed first between line roller by several first It passes the second biography line gap between line gap and the second biography line roller and carries out transmission campaign；It is this by that will anneal, be electroplated and apply The function mode completed on same production line is painted, compared to conducting wire after having plated metal next by annealing and japanning It says, during bracing wire etc. can be reduced, the loss of conductive line surfaces institute plating metal, and then be conducive to improve the production matter of enameled wire Amount；During being produced simultaneously according to the plain conductor after plating, it is also necessary to remove the conducting wire after plating after just can be carried out The annealing and japanning of phase, and direct integration production can reduce the time of one unwrapping wire and take-up in the whole process, have Conducive to raising production efficiency.

Preferably, the side of the first biography line roller and the side of the second biography line roller are equipped with the first grass tube, described Height locating for first grass tube is higher than the described first bottom for passing line roller and the second biography line roller.

Using the above scheme, it by the way that the first grass tube is arranged, is passed so that plain conductor passes line gap first with second During line gap transmission can via the first grass tube to avoid with nickel bath, silver-plating bath and three rinse bath slot bottoms Contact, advantageously reduces the abrasion of plain conductor.

Preferably, first grass tube passes line roller and second away from described first and passes the side of line roller equipped with the second glass Glass conduit is arranged with felt cloth on second grass tube.

Using the above scheme, by the way that the second grass tube is arranged and adds felt cloth on its surface, so that plain conductor can It is transmitted via the second grass tube, while to be further reduced plain conductor abrasion, can reduce by the second glass by felt cloth Conduit is worn by the cutting of plain conductor.

Preferably, the slot bottom of the nickel bath and silver-plating bath is equipped with conductive strainer.

Using the above scheme, by the way that conductive strainer is arranged, the conductivity in nickel bath and silver-plating bath can be improved, so that nickel is golden Category and silver metal can rapidly be laid with the efficiency that plating is improved to the surface of plain conductor.

Preferably, the nickel bath, silver-plating bath and the first rinse bath, the second rinse bath, the slot bottom of third rinse bath are equal Equipped with the discharge mouth of a river, the discharge mouth of a river includes several draining gaps and drainage hole.

Using the above scheme, by the way that the discharge mouth of a river is arranged, to nickel bath, silver-plating bath and the first rinse bath, second clear When being added in washing trough, third rinse bath or excluding water and electroplate liquid, working efficiency can be improved.

Preferably, the annealing mechanism include the annealing furnace being inclined to set, be set to the annealing furnace end of incoming cables into Line roller and the leading-in bracket being set to above the annealing furnace, the end of incoming cables of the annealing furnace are higher than the outlet of the annealing furnace End, two lateral edge ends of incoming cables of the leading-in bracket are provided with several adjustable plates being bolted, the tune towards outlet extreme direction It saves plate and is equipped with guide roller.

Using the above scheme, when need for plain conductor to be sent to annealed in annealing furnace when, plain conductor will be worn The guide roller crossed on the adjustable plate of leading-in bracket two sides is pulled in an orderly manner on inlet wire roller, then by inlet wire roller enter in annealing furnace with Realize the annealing of plain conductor.

Preferably, cooling thread drawing mechanism, the cooling drawing are equipped between the leading-out terminal of the annealing furnace and the first rinse bath Line mechanism includes the cooling bay passed through for plain conductor, is set to the wire pulling rack that cooling bay deviates from annealing furnace side, the bracing wire Frame includes frame body, the first wire-drawing wheel for being set to the frame body bottom, the second wire-drawing wheel being set at the top of the frame body, described First wire-drawing wheel corresponds to the leading-out terminal of the cooling bay, and second wire-drawing wheel corresponds to the end of incoming cables of the first rinse bath.

Using the above scheme, it when plain conductor is exited out of annealing furnace after annealing, can enter in cooling bay first It is rapidly cooled, to guarantee that plain conductor is being able to maintain hardness after annealing, enters later using the first wire-drawing wheel It is straightened after to the second wire-drawing wheel with re-starting plain conductor, in order to subsequent plating work.

Preferably, drying mechanism is equipped between the third rinse bath and the japanning mechanism, the drying mechanism includes It is set to the blower of third rinse bath leading-out terminal two sides and is set to the baking that the blower deviates from third rinse bath side Case.

Using the above scheme, by setting blower and baking oven so that come out out of third rinse bath after plating Conducting wire can be dried up first carries out secondary drying again, so that conducting wire in subsequent lacquering process, reduces the enamel-cover produced The internal moisture of line guarantees the quality of production of enameled wire.

Preferably, the japanning mechanism includes rack, the guide wheel being set in rack, is set to guide wheel away from the third Rinse bath side into paint bath, be rotationally connected with and described into the paint roller in paint bath and be set to paint roller away from guide wheel one The baker of side.

Using the above scheme, it after conducting wire after plating comes out out of baking oven, can be entered by guide wheel into paint bath, this Paint is filled in Shi Xiangjin paint bath, paint roller starts turning, so that spray painting is coated in the surface of roller, in conducting wire after paint roller So that spray painting is wrapped in the surface of conducting wire, using after baker with the enameled wire needed for being formed.

Preferably, the rack above the guide wheel is equipped with the first sliding bar, slides and is connected on the first sliding bar Driving motor, the output shaft of the driving motor are equipped with the driving wheel mutually chimeric with the guide wheel, the first sliding bar Side is equipped with the second sliding bar placed for the driving motor.

Using the above scheme, it during conducting wire after plating enters japanning, needs to be brought into conducting wire by guide wheel In paint tank, and at the beginning, it is required that guide wheel is able to carry out rotation, and since the length of guide wheel is longer, guide wheel It can be divided into and carry out band line compared with multistage, the rotation of driving wheel can be driven and by the phase with guide wheel by starting driving motor at this time It is mutually chimeric, with the timely guide wheel rotation driven under segmentation, worked with carrying out band line.

In conclusion the invention has the following advantages:

1, by the function mode completed on same production line that will anneal, and be electroplated and paint, the processes such as bracing wire can be reduced In, the loss of conductive line surfaces institute plating metal, and then be conducive to improve the quality of production of enameled wire；

2, by the first grass tube of setting so that plain conductor is during transmission, can avoid with nickel bath, silver-plating bath with And the contact of three rinse bath slot bottoms, advantageously reduce the abrasion of plain conductor.

Detailed description of the invention

Fig. 1 is the overall structure figure of embodiment；

Fig. 2 is the overall structure figure of annealing mechanism；

Fig. 3 is the enlarged drawing in the portion A in Fig. 2；

Fig. 4 is the overall structure figure of electroplating mechanism that；

Fig. 5 is the enlarged drawing in the portion B in Fig. 4；

Fig. 6 is the enlarged drawing in the portion C in Fig. 4；

Fig. 7 is the enlarged drawing in the portion D in Fig. 4；

Fig. 8 is the overall structure figure of drying mechanism；

Fig. 9 is the overall structure figure of japanning mechanism；

Figure 10 is the enlarged drawing in the portion E in Fig. 9.

Appended drawing reference: 1, annealing mechanism；2, paint mechanism；3, electroplating mechanism that；4, nickel bath；5, silver-plating bath；6, first is clear Washing trough；7, the second rinse bath；8, third rinse bath；9, the first Chuan Xian mechanism；10, first line roller is passed；11, first line gap is passed； 12, the second Chuan Xian mechanism；13, second line roller is passed；14, second line gap is passed；15, nickel plate；16, silver plate；17, the first glass is led Pipe；18, the second grass tube；19, felt cloth；20, conductive strainer；21, the discharge mouth of a river；22, gap is drained；23, drainage hole； 24, annealing furnace；25, inlet wire roller；26, leading-in bracket；27, adjustable plate；28, guide roller；29, cooling thread drawing mechanism；30, cooling bay； 31, wire pulling rack；32, frame body；33, the first wire-drawing wheel；34, the second wire-drawing wheel；35, drying mechanism；36, blower；37, baking oven；38, Rack；39, guide wheel；40, into paint bath；41, paint roller；42, baker；43, the first sliding bar；44, driving motor；45, driving wheel； 46, the second sliding bar；47, cover board；48, conductive anode rod；49, cathode conducting rod.

Specific embodiment

Below in conjunction with attached drawing, invention is further described in detail.

Referring to Fig. 1, a kind of production of enamel wire device, including annealing mechanism 1, electroplating mechanism that 3 and the japanning set gradually Mechanism 2.

Referring to fig. 2, Fig. 3, annealing mechanism 1 include be inclined to set rectangular-shaped annealing furnace 24, be set to annealing furnace 24 into The inlet wire roller 25 of line end and be set to the top of annealing furnace 24 and gradient leading-in bracket 26 identical with annealing furnace 24, anneal End on furnace 24 far from end of incoming cables is leading-out terminal, and the end of incoming cables of annealing furnace 24 is higher than the leading-out terminal of annealing furnace 24；Leading-in bracket 26 two sides are adjusted towards several adjustable plates 27 are equidistantly provided with towards outlet extreme direction along end of incoming cables on the end face of annealing furnace 24 Plate 27 is bolted on annealing furnace 24, and the quantity of bolt is one and is located at adjustable plate 27 and 26 contacting side wall of leading-in bracket Medium position, the guide roller 28 for lashing wire category wire is rotatably connected on the side wall of adjustable plate 27.

Cooling thread drawing mechanism 29 is equipped between the leading-out terminal and electroplating mechanism that 3 of annealing furnace 24, cooling thread drawing mechanism 29 includes The cooling bay 30 passed through for plain conductor, the wire pulling rack 31 for being set to cooling bay 30 away from 24 side of annealing furnace, cooling bay 30 are in Rectangular setting, and cooling bay 30 is end of incoming cables close to 24 side of annealing furnace, is leading-out terminal close to 31 side of wire pulling rack；Wire pulling rack 31 Frame body 32 including trapezoidal setting, the first wire-drawing wheel 33 for being set to 32 bottom of frame body, be set to 32 top of frame body second Wire-drawing wheel 34, the first wire-drawing wheel 33 correspond to the leading-out terminal of cooling bay 30, and the second wire-drawing wheel 34 corresponds to the inlet wire of electroplating mechanism that 3 End.

Referring to fig. 4, electroplating mechanism that 3 includes the identical nickel bath 4 of rectangular and size, silver-plating bath 5 and is set to The first rinse bath 6 between nickel bath 4 and annealing mechanism 1 is set to the second rinse bath 7 between nickel bath 4 and silver-plating bath 5, sets Be placed in silver-plating bath 5 and paint mechanism 2 between third rinse bath 8, the first rinse bath 6, the second rinse bath 7, third rinse bath 8 with And cover board 47 is hinged on the side wall of nickel bath 4, silver-plating bath 5.

Referring to fig. 4, Fig. 5 is provided in the first rinse bath 6, the second rinse bath 7 and third rinse bath 8 and several arranges One Chuan Xian mechanism 9, several Chuan Xian mechanisms 9 that ranked first are along the length of the first rinse bath 6, the second rinse bath 7 and third rinse bath 8 Direction arrangement, and the quantity of the first Chuan Xian mechanism 9 is preferably four；First Chuan Xian mechanism 9 include it is several along the first rinse bath 6, The the first biography line roller 10 of second rinse bath 7 and 8 width direction of third rinse bath in setting at equal intervals and vertically, adjacent two First transmitted for plain conductor, which is equipped with, between first biography line roller 10 passes line gap 11.

Referring to fig. 4, Fig. 6, be provided in nickel bath 4 and silver-plating bath 5 it is several ranked second Chuan Xian mechanism 12, it is several to ranked second Chuan Xian mechanism 12 is equally arranged along the length direction of nickel bath 4 and silver-plating bath 5, and the quantity of the second Chuan Xian mechanism 12 is preferably two Each and every one；Second Chuan Xian mechanism 12 include it is several along nickel bath 4 and 5 width direction of silver-plating bath in setting at equal intervals and vertical second Line roller 13 is passed, second is equipped between two second adjacent biography line rollers 13 and passes line gap 14, nickel bath 4 is additionally provided with two pieces for mentioning For the nickel plate 15 of nickel metal, it is equally additionally provided with two pieces in silver-plating bath 5 for providing the silver plate 16 of silver metal, is located at 15 two sides of nickel plate Nickel bath 4 in and be respectively equipped in the silver-plating bath 5 of 16 two sides of silver plate cathode conducting rod 49, conductive anode rod 48, It can be by being powered to cathode conducting rod 49 and conductive anode rod 48 with sheet nickel 15 and silver plate 16, so that plain conductor surface is electric Plated with nickel metal and silver metal.

Referring to Fig. 5, Fig. 6, first, which passes line roller 10 and the second biography line roller 13, is equipped with the first glass away from the side of annealing mechanism 1 Glass conduit 17, the first grass tube 17 be rotationally connected with nickel bath 4, silver-plating bath 5, the first rinse bath 6, the second rinse bath 7 and In third rinse bath 8, and height locating for the first grass tube 17 is higher than the first bottom for passing line roller 10 and the second biography line roller 13, But line roller 10 and second is passed less than first and passes the top of line roller 13；First grass tube 17 passes line roller 10 and second away from first and passes The side of line roller 13 is equipped with the second grass tube 18, and it is clear that the second grass tube 18 is rotationally connected with nickel bath 4, silver-plating bath 5, first In washing trough 6, the second rinse bath 7 and third rinse bath 8, and felt cloth 19, felt cloth are also arranged on the second grass tube 18 19 is fully wrapped around in inside by the second grass tube 18.

Referring to fig. 4, Fig. 7, the slot bottom of nickel bath 4 and silver-plating bath 5 are equipped with conductive strainer 20, and conductive strainer 20 is by metal Material is made and by the way of being completely covered, nickel bath 4, silver-plating bath 5 and the first rinse bath 6, the second rinse bath 7, third The slot bottom of rinse bath 8 is additionally provided with the discharge mouth of a river 21 for supplying water or draining, the discharge mouth of a river 21 include several draining gaps 22, with And drainage hole 23.

Referring to Fig. 8, drying mechanism 35 is equipped between third rinse bath 8 and japanning mechanism 2, drying mechanism 35 includes being set to third The blower 36 of 8 leading-out terminal side of rinse bath and be set to blower 36 deviate from 8 side of third rinse bath baking oven 37, blower 36 Snorkel be inserted into the plain conductor air-dried inside the leading-out terminal of third rinse bath 8 by third rinse bath 8, baking oven 37 is in It is obliquely installed, and is end of incoming cables close to third rinse bath 8, mechanism 2 is leading-out terminal close to japanning, and the height where end of incoming cables is high In leading-out terminal.

Referring to Fig. 9, Figure 10, the mechanism 2 that paints includes rack 38, the guide wheel for being set to close 37 side of baking oven in rack 38 39, be set to guide wheel 39 away from third rinse bath 8 side into paint bath 40, be rotationally connected with into paint bath 40 paint roller 41, And it is set to the rectangular toaster 42 that paint roller 41 deviates from 39 side of guide wheel；Wherein guide wheel 39, into paint bath 40 and paint roller 41 Length it is all the same, by plating after conducting wire via guide wheel 39 by into paint bath 40 during, paint rod on spray painting coating After on conducting wire, conducting wire enters after baker 42 is dried and forms enameled wire.

The rack 38 of 39 top of guide wheel is equipped with the first sliding bar 43, slides on the first sliding bar 43 and is rotatably connected to drive Dynamic motor 44, the output shaft of driving motor 44 are equipped with driving wheel 45, and rotational drive motor 44 drives towards after 39 square motion of guide wheel Driving wheel 45 can be mutually chimeric with guide wheel 39, and the first sliding bar 43 is equipped with second placed for driving motor 44 away from the side of guide wheel 39 Slide bar 46.

Practical work process:

When needing to process enameled wire, unplated plain conductor is delivered to via inlet wire roller 25 from the end of incoming cables of annealing furnace 24 After the leading-out terminal inlet wire annealing effect of annealing furnace 24, plain conductor, which enters in cooling bay 30, to carry out being delivered to the first drawing after cooling down It is delivered on the second wire-drawing wheel 34 to surround after a circle is straightened again around a circle in line wheel 33 and enter in the first rinse bath 6, Line gap 11 is passed by first in the first rinse bath 6 later, enters after over cleaning under the drive of the first biography line roller 10 and arrives In nickel bath 4, and line gap 14 is passed by second in nickel bath 4, is transmitted, plated under the drive of the second biography line roller 13 In nickel slot 4 during transmission, conductive anode rod 48 and cathode conducting rod 49 are powered, so that nickel plate 15 decomposes and is attached to metal On conducting wire, plain conductor enters in the second rinse bath 7 later cleaned after, enter and silver metal be electroplated in silver-plating bath 5, so After enter in third rinse bath 8 and further clean, after being come out out of third rinse bath 8, after the starting of blower 36 is to dry up plating Residual moisture on conducting wire is entered back into the conducting wire after further drying plating in baking oven 37, and last conducting wire is out of baking oven 37 It is delivered to by guide wheel 39 into paint bath 40 after out, the rotation of paint roller 41 at this time forms enamel-cover will paint to be coated on conducting wire After line, enameled wire enters in baker 42 dried after final molding.

This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this All by the protection of Patent Law in the scope of the claims of invention.

Claims

1. a kind of production of enamel wire device, including annealing mechanism (1), japanning mechanism (2), it is characterized in that: further including electroplating mechanism that (3), the electroplating mechanism that (3) includes nickel bath (4), silver-plating bath (5) and is set to the nickel bath (4) and the annealing The first rinse bath (6) between mechanism (1) is set to the second rinse bath (7) between nickel bath (4) and silver-plating bath (5), is set to Third rinse bath (8) between the silver-plating bath (5) and japanning mechanism (2), first rinse bath (6), the second rinse bath (7) And third rinse bath (8) in be provided with it is several ranked first Chuan Xian mechanism (9), first Chuan Xian mechanism (9) includes several First be vertically arranged passes line roller (10), and adjacent two described first, which pass, is equipped with the first biography line gap between line roller (10) (11), be provided in the nickel bath (4) and silver-plating bath (5) it is several ranked second Chuan Xian mechanism (12), described second passes line machine Structure (12) includes that several second be vertically arranged pass line roller (13), and adjacent two described second, which pass, is equipped with the between line roller (13) Two pass line gap (14), and the nickel bath (4) is additionally provided with the nickel plate (15) for providing nickel metal, go back in the silver-plating bath (5) Equipped with the silver plate (16) for providing silver metal.

2. a kind of production of enamel wire device according to claim 1, it is characterized in that: described first passes the side of line roller (10) The side for passing line roller (13) with second is equipped with the first grass tube (17), and height locating for first grass tube (17) is high The bottom that line roller (10) pass line roller (13) with second is passed in described first.

3. a kind of production of enamel wire device according to claim 2, it is characterized in that: first grass tube (17) deviates from Described first, which passes the side that line roller (10) pass line roller (13) with second, is equipped with the second grass tube (18), second grass tube (18) felt cloth (19) are arranged on.

4. a kind of production of enamel wire device according to claim 1, it is characterized in that: the nickel bath (4) and silver-plating bath (5) Slot bottom be equipped with conductive strainer (20).

5. a kind of production of enamel wire device according to claim 1, it is characterized in that: the nickel bath (4), silver-plating bath (5) And the slot bottom of first rinse bath (6), the second rinse bath (7), third rinse bath (8) is equipped with the discharge mouth of a river (21), it is described to give Discharge outlet (21) includes several draining gaps (22) and drainage hole (23).

6. a kind of production of enamel wire device according to claim 1, it is characterized in that: the annealing mechanism (1) includes being in incline The annealing furnace (24) that is tiltedly arranged is set to the inlet wire roller (25) of the annealing furnace (24) end of incoming cables and is set to the annealing Leading-in bracket (26) above furnace (24), the end of incoming cables of the annealing furnace (24) is higher than the leading-out terminal of the annealing furnace (24), described Two lateral edge ends of incoming cables of leading-in bracket (26) are provided with several adjustable plates (27) being bolted, the tune towards outlet extreme direction It saves plate (27) and is equipped with guide roller (28).

7. a kind of production of enamel wire device according to claim 6, it is characterized in that: the leading-out terminal of the annealing furnace (24) with It is equipped between first rinse bath (6) cooling thread drawing mechanism (29), the cooling thread drawing mechanism (29) includes passing through for plain conductor Cooling bay (30), be set to wire pulling rack (31) that cooling bay (30) deviate from annealing furnace (24) side, the wire pulling rack (31) packet Include frame body (32), the first wire-drawing wheel (33) for being set to the frame body (32) bottom, be set at the top of the frame body (32) Two wire-drawing wheels (34), first wire-drawing wheel (33) correspond to the leading-out terminal of the cooling bay (30), second wire-drawing wheel (34) correspond to the end of incoming cables of the first rinse bath (6).

8. a kind of production of enamel wire device according to claim 1, it is characterized in that: the third rinse bath (8) with it is described Drying mechanism (35) are equipped between japanning mechanism (2), the drying mechanism (35) includes being set to third rinse bath (8) leading-out terminal The blower (36) of two sides and be set to the blower (36) deviate from third rinse bath (8) side baking oven (37).

9. a kind of production of enamel wire device according to claim 1, it is characterized in that: the japanning mechanism (2) includes rack (38), the guide wheel (39) that is set on rack (38) is set to guide wheel (39) away from third rinse bath (8) side into paint Slot (40) is rotationally connected with and described into the paint roller (41) in paint bath (40) and is set to paint roller (41) away from guide wheel (39) baker (42) of side.

10. a kind of production of enamel wire device according to claim 9, it is characterized in that: the rack above the guide wheel (39) (38) it is equipped with the first sliding bar (43), sliding is connected with driving motor (44), the driving in first sliding bar (43) The output shaft of motor (44) is equipped with the driving wheel (45) mutually chimeric with the guide wheel (39), and described first slides the one of bar (43) Side is equipped with the second sliding bar (46) placed for the driving motor (44).