CN102820106A - Special enamel coating device for mold-process enameled wire production - Google Patents
Special enamel coating device for mold-process enameled wire production Download PDFInfo
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- CN102820106A CN102820106A CN2012103016873A CN201210301687A CN102820106A CN 102820106 A CN102820106 A CN 102820106A CN 2012103016873 A CN2012103016873 A CN 2012103016873A CN 201210301687 A CN201210301687 A CN 201210301687A CN 102820106 A CN102820106 A CN 102820106A
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Abstract
The invention discloses a special enamel coating device for mold-process enameled wire production, which comprises an integral enamel cylinder and a combined enameled wire mold, wherein each side surface of the integral enamel cylinder is shared and dual grooves are arranged in each line interval of gratings, a tubular adjustable enamel liquid overflow device is installed in the enamel cylinder and the combined enameled wire mold is detachably arranged in a production field. The special enamel coating device for mold-process enameled wire production has the beneficial effects that the dual-groove integral enamel cylinder can improve the use efficiency of the cross section of a drying oven for mold-process enameled wire production, the production efficiency is improved, and during the transformation of a felt-process enameled wire production method, the exertion of the production efficiency of the original machines is not influenced; and the combined mold can reduce reasonable process consumption during mold-process enameled wire production, the operation is more convenient to conduct, and process and equipment conditions are created for comprehensively popularizing the mold-process enameled wire production method which is an advanced production technology.
Description
Technical field
The present invention relates to the production technology equipment of enamelled wire, particularly relate to the device for painting that adopts die methods to produce enamelled wire.
Background technology
In the production process of enamelled wire, the method that tradition coats enamelled wire adopts the felt method to coat more, because its lacquer liquid cross section after coating is a lip; Need and rely on the surface tension of lacquer liquid to draw round process; And felt in use has one from doing → wet → drenched process, thus the japanning amount how much be easy to change; The quality of enamelled wire finished product is difficult to control, causes quality problems easily; But the advantage of felt method is easy to operate, and is all the more so when especially changing specification.Since the last century the eighties, China is from the external Production of Enamel Wires equipment of having introduced many advanced persons, and their die methods that adopt coat enamelled wire more, adopt die methods to coat enamelled wire in recent years and are also more and more accepted by China's enamelled wire industry.The die methods japanning has japanning steady quality, controlled, reliable advantage.But the mold painting device that adopts at present also exists such as troublesome poeration, reasonable process and consumes many problems such as higher, that baker cross section utilance is lower, has restricted the application of die methods japanning.
Device for painting generally includes lacquer cylinder and mould, three parts of die frame, and is as shown in Figure 1.The cross section of present vertical lacquer cylinder adopts right-angled triangle or ladder structure of right angle more; The right-angle side of right-angled triangle or the long limit of right-angled trapezium are positioned at horizontal plane; Another right-angle side of right-angled triangle or the right-angle side of right-angled trapezium are positioned at vertical plane and fix with frame; It is tabular that the face at the hypotenuse place of right-angled triangle or right-angled trapezium is processed double-edged fine-toothed comb, and the grate plate of present vertical lacquer cylinder all is single groove structure, all only has a groove in each line interval that is:; Line number at interval is identical with the number of upper block or lower tumbler, and wire rod passes through from the groove crack of grate plate.Its mentality of designing is that the lacquer moving-wire is motionless, in process of production, and when wire rod need be painted or stopped to paint; Supply the lacquer screen to change the position, begin to supply lacquer when supplying the lacquer screen to be in obliquity, stop to supply lacquer when supplying the lacquer screen to be in vertical position; Wire rod is in same position from start to finish; Its shortcoming is a lacquer cylinder structure more complicated, does not have the single track line to stop coating with lacquer function in addition, if stop coating with lacquer whole internal layer 9 diatoms or the necessary start-stop lacquer of outer 3 diatoms.In addition, present lacquer cylinder all is independently, that is: each produces a number all has the independent lacquer cylinder of oneself; Each independently coats with lacquer when cylinder is installed all will have certain interval, when the enamelling machine of therefore the conventional felt method being painted carries out die methods japanning transformation, needs to reduce a production number; Each side need be reduced 2 and produced a number; Output reduces more than 20%, therefore causes enamel-cover roasting oven cross section utilance low, and production efficiency reduces.
In addition, at present the enamelled wire paint mould all is to adopt the integral type mould, drives or threading again all during the conversion specification at every turn; Both wasted man-hour; Also waste the raw material of a large amount of preciousnesses, increased operative employee's labour intensity simultaneously, also increased servant's cost of Production of Enamel Wires simultaneously.
Summary of the invention
Problem to be solved by this invention is; Overcome the shortcoming of prior art; From the function of lacquer cylinder and mould, adopt the motionless mentality of designing design double flute integral type lacquer cylinder of the moving lacquer of line, adopt the disassembled sectional die in production scene simultaneously; Make die methods produce the convenient operation of enamelled wire, production efficiency is higher.
Technical scheme of the present invention is: a kind of device for painting that is specifically designed to die methods production enamelled wire; Comprise die frame; The said device for painting that is specifically designed to die methods production enamelled wire also comprises: the integral type lacquer cylinder (hereinafter to be referred as double flute integral type lacquer cylinder) that all has double flute in each line interval shared, grate plate, each side; With the disassembled composite type enamelled wire mould (hereinafter to be referred as assembling die) in production scene, adjustable the overflowing of tubular type is housed in the said lacquer cylinder lets out lacquer flow device.
Said double flute integral type lacquer cylinder comprises that Open Side Down, the upper opening portion horizontal cross-section is semicircular retaining lacquer plate; Said double flute integral type lacquer cylinder also comprises: all include paint tank and stop paint bath in each line interval on the grate plate of this lacquer cylinder; Paint tank with stop paint bath all opening upwards, and stop paint bath above be connected; The bottom land horizontal plane semicircular in shape of said paint tank, the horizontal level of bottom land overlaps with the line of last lower tumbler, and the semicircle of paint tank bottom forms circular hole with the semicircle on retaining lacquer plate top at the horizontal plane of contact-making surface; The said bottom land horizontal level that stops paint bath is partial to paint tank one side, and the upright position is higher than paint tank; Adjustable the overflowing of tubular type is housed in the said double flute integral type lacquer cylinder lets out lacquer flow device and also comprise: overflow and let out lacquer flow outer tube, overflow and let out pipe and nut in the lacquer flow, a nut is fixed on the outer bottom of this lacquer cylinder, the interior threaded surface of nut with coat with lacquer cylinder interior and be connected; Overflow and to let out that lacquer flow outer tube is threaded in the lacquer cylinder with nut and upper-lower position is adjustable, a handle is arranged at the top of letting out lacquer flow outer tube of overflowing, and overflows to let out the bottom of coating with lacquer the flow outer tube and have spout hole and two groups of holes of discharge orifice; Spout hole is last; Discharge orifice is down, overflows to let out lacquer flow outer tube inside and be equipped with one and overflow and let out pipe in the lacquer flow, overflows to let out in the lacquer flow pipe and let out the outer pipe range of lacquer flow than overflowing; Overflowing, it is upper coarse and lower fine to let out the outer surface of managing in the lacquer flow; The external diameter of thick part is let out the internal diameter that coats with lacquer the flow outer tube greater than overflowing, its binding site is just at the excessive end face of letting out lacquer flow outer tube, and the excessive interior bottom of managing of lacquer flow of letting out has spout hole; Overflow to let out and coat with lacquer pipe and excessive two groups of spout hole positions coincidences of letting out lacquer flow outer tube in the flow; The outer surface let out the afterbody of pipe in the lacquer flow that overflows is an entity part, and the bottom surface is lower than to overflow lets out lacquer flow outer tube discharge orifice base, but its distance is let out distance lacquer flow outer tube discharge orifice vertical range and let out pipe lifting in the lacquer flow less than overflowing with overflowing; Excessive top of letting out the interior pipe of lacquer flow tubule part is passed the axial line symmetric arrangement and is had a pair of spacing hole; Conveniently let out the insertion of spacing rod when pipe lifts in the lacquer flow when overflowing, when the position of spacing hole can make spacing rod insert, excessive bottom surface of letting out pipe in the lacquer flow is higher than to overflow let out the upper edge of coating with lacquer flow outer tube discharge orifice.
Said assembling die comprises the core rod and die sleeve and the whole locknut that can disassemble in the production scene to two halves that can disassemble in the production scene to two halves, and the inner surface of said core rod and die sleeve all has the conical surface.
The said two parts up and down that can disassemble in the production scene to the outer surface of the core rod of two halves all have tapering; Tapering can be different; But tapering is opposite; Pushing up two faces of going to the bottom on the core rod is facets, and the tapering of the core rod top conical surface matches with the tapering of the top conical surface of the inner surface of last locknut, and the tapering of the core rod bottom conical surface matches with the tapering of the end face of die sleeve; There is screw thread on the top of said die sleeve with the following outer surface that links to each other of the conical surface, matches with the internal thread of locknut bottom; Also there is the conical surface the said bottom that can disassemble in the production scene to the die sleeve of two halves with external screw thread and link to each other, and the conical surface is last, and external screw thread matches with the conical surface and the internal thread of following locknut inner surface descending.
Said can disassemble in the production scene for the core rod of two halves with can disassemble die sleeve in the production scene into two halves; Can core rod and die sleeve be united two into one to become and to disassemble die body in the production scene into two halves; The conical surface is all arranged at the top of the outer surface of die body and bottom, and is up-thin-low-thick, matches with the conical surface on the inner surface top of two locknuts up and down respectively; Bottom near two conical surfaces is an external screw thread, matches with the internal thread of two locknut inner surface bottoms up and down respectively; When die body more in short-term, the locknut that the two-part up and down conical surface and external screw thread can unite two into one to be become a conical surface and external screw thread and match is placed on the middle part of die body together.
The said die sleeve that can disassemble in the production scene to two halves can unite two into one and become integral body, and the conical surface helicitic texture of die sleeve lower external face and the following locknut that matches can omit, and substitutes with thicker cylindrical shape.
Said locknut can be at lateral opening.
It is nonmetal that said core rod, die sleeve, die body and locknut stage material had both comprised that metal also comprised.
The invention has the beneficial effects as follows: double flute integral type lacquer cylinder can improve the efficient that die methods is produced enamelled wire, has increased the function that the single track line stops coating with lacquer, and in the process of transforming felt method production enamelled wire, does not influence the performance of the production efficiency of original machinery; Assembling die can reduce the reasonable process consumption that die methods is produced enamelled wire, and is more convenient to operate, produces this advanced production technology creation technological equipment condition of enamelled wire for popularizing die methods.
Description of drawings
Fig. 1 existing mold method is produced enamelled wire paint apparatus structure sketch map.
A kind of device for painting structural system sketch map that is specifically designed to die methods production enamelled wire of Fig. 2 the present invention.
The composite type enamelled wire mould structure sketch map that Fig. 3 can disassemble production scene of the present invention fully.
The composite type enamelled wire mould structure sketch map that Fig. 4 production scene of the present invention core rod is disassembled.
The composite type enamelled wire mould structure sketch map of the core retainer plate one that Fig. 5 production scene is disassembled.
The horizontal composite type enamelled wire mould structure sketch map of the core retainer plate one that Fig. 6 production scene is disassembled.
Among the figure:
1. the conductor of conductor 2. japanning positions of japanning position
3. die frame 4. overflows and lets out pipe in the lacquer stream pipe
5. the lacquer cylinder stops paint bath 6. lacquer cylinder paint tanks
7. overflow and let out lacquer stream pipe outer tube 8. retaining lacquer plates
10. the die body that disassembled core rod 13. is disassembled
20. locknut on the locknut 21.
22. following locknut 30. die sleeves
Embodiment
Fig. 2 is a kind of device for painting structural system sketch map that is specifically designed to die methods production enamelled wire of the present invention, and Fig. 3 is the disassembled composite type enamelled wire belt carcass twin-lock master tooling structural representation in production scene of the present invention.
As shown in Figure 2; The present invention is a kind of to be specifically designed to die methods and to produce the device for painting of enamelled wire and comprise: die frame, disassembled composite type enamelled wire mould and the double flute integral type lacquer cylinder in production scene also comprise in the double flute integral type lacquer cylinder: overflow and let out that pipe, lacquer cylinder stop paint bath, lacquer cylinder paint tank in the lacquer stream pipe, overflow and let out lacquer stream pipe outer tube, retaining lacquer plate; As shown in Figure 3, the disassembled composite type enamelled wire mould in production scene comprises: disassembled core rod, disassembled die sleeve (body) or whole die sleeve, last locknut, following locknut.
Embodiment 1: a kind of device for painting structural system sketch map that is specifically designed to die methods production enamelled wire of Fig. 2 the present invention; Form by mould, die frame and double flute integral type lacquer cylinder; Diagram lacquer cylinder can be for 3 statures (more number can middlely insert) ordinary production double insulating layer enamelled wire, and each head is coated with the 9+3 road, and internal layer is coated with 9 roads; Skin is coated with 3 roads; Is in low lacquer position to be produced with the outer lacquer liquid of 1-in the 1-of the 1st lacquer cylinder, is in the state that does not have lacquer liquid outward with 2-in the 2-of the 2nd lacquer cylinder, in the 3-of the 3rd lacquer cylinder with 3-outside lacquer liquid be in the lacquer position of ordinary production.The predeterminated position of lacquer liquid is let out 7 decisions of lacquer stream pipe outer tube by overflowing; The afterbody of letting out lacquer stream pipe outer tube 7 that overflows is provided with external screw thread, is connected with the nut that is fixed on lacquer cylinder outer bottom, and the bottom of letting out lacquer stream pipe outer tube 7 of overflowing has two groups of open-works; The hole of top is a spout hole; Following hole is a discharge orifice, lets out the high and low position that lacquer stream pipe outer tube 7 can change spout hole, the horizontal level of tuning lacquer liquid through rotating to overflow; Overflow and to let out in the lacquer stream pipe pipe 4 and be enclosed within to overflow and let out the inwall of lacquer stream pipe outer tube 7, overflow and let out the bottom of pipe 4 in the lacquer stream pipe, on the relevant position of the spout hole of letting out lacquer stream pipe outer tube 7 of overflowing, have open-work, the lacquer liquid that makes things convenient for overflow is through getting into paint backflow tube; When treating that production needs low lacquer position, will overflow and let out in the lacquer stream pipe pipe 4 and pull up and insert spacing rod and fix, the discharge orifice of letting out lacquer stream pipe outer tube 7 that overflows just connects, and lacquer liquid is discharged from rapidly, makes lacquer liquid be in low liquid level; When the lacquer cylinder need stop production cleaning, laying down overflows let out lacquer stream pipe outer tube 7, just can be emptied completely the lacquer liquid in the lacquer cylinder.
Under the ordinary production state; The 1st, the position when wire rod is normally painted, wire rod is on the position of the paint tank 6 that coats with lacquer cylinder, hole of paint tank formation of the grate plate of retaining lacquer plate 8 and lacquer cylinder; Allow wire rod to pass from the centre; Lacquer liquid, then can not flow out downwards from plate hole under the drive of wire rod owing to have certain viscosity; When needs single track line or local short time stop coating with lacquer; The retaining of can dismantling earlier coats with lacquer plate, and the wire rod 2 that then needs is stopped coating with lacquer is moved to and stopped paint bath 5, and mould 3 also is pulled away from normal japanning position 1; Be higher than paint tank 6 owing to stop the upright position of paint bath 5; Wire rod will hightail lacquer liquid, and wire rod will can not continued japanning, reach the purpose of stopping coating with lacquer; When this head when all internal layer 9 diatoms or outer 3 diatoms all need the long period to stop coating with lacquer, can raise overflows lets out pipe 4 in the lacquer stream pipe, and the whole lacquer liquid level that reduces this number reaches the purpose that whole head stops coating with lacquer.
In addition, when wire rod need stop to move upward suddenly, the outflow of the paint tank on grate plate sometimes of lacquer liquid, for this reason, the grate plate outside at double flute integral type lacquer cylinder has drainage trough downwards along paint tank, and excessive lacquer liquid is introduced go back to the lacquer system.Because; In the different exclusion region in same lacquer cylinder, have two or more different lacquer liquid sometimes, therefore be provided with two blocks of retaining lacquer plates in the outside of each lacquer liquid drainage groove; With different lacquer liquid separately, conveniently different lacquer liquid is introduced different lacquer liquid and go back to the lacquer system.
Embodiment 2: the composite type enamelled wire mould structure sketch map that Fig. 3 can disassemble production scene of the present invention fully; This assembling die by disassembled be that the core rod 10 of two halves be the die sleeve 30 of two halves with disassembled, have the last locknut 21 and following locknut 22 compositions of opening (also not opening) in addition.Disassembledly become whole core rod and die sleeve respectively for the core rod 10 of two halves or die sleeve 30 lump together, its faying face is a facet, and the inner surface of core rod and die sleeve is a conical surface, determines according to the size of the requirement of production wire rod.Die sleeve middle and lower part car has screw thread, and the screw thread top is a conical surface, the conical surface of die sleeve and screw thread respectively with the conical surface and the threads engaged of the inner surface of following locknut, the end face of die sleeve also has a up big and down small back taper, outer surface of cupular part also car has screw thread.Respectively there is the conical surface that tapering is opposite core rod outer surface upper and lower part, and the conical surface on core rod top and the external screw thread of die sleeve match with the conical surface and the internal thread of the inner surface of last locknut 21, and the back taper of core rod bottom matches with the back taper of die sleeve end face.
The operation principle of this assembling die is: the screw thread of following locknut 22 and die sleeve 30 middle and lower parts cooperate the axial accurate location that the two halves die sleeve can be provided, and produce the power that axially fastens; The conical surface of screw thread top under the effect of the power that axially fastens that screw thread produces, can decomposite a coupling mechanism force radially, and the die sleeve of two halves is fixed together tightly and becomes integral body; Equally; Last locknut 21 is threaded with die sleeve 30 tops, also for core rod 10 power of axially fastening is provided, and makes core rod tightly be fixed on the die sleeve; The cooperation of its two conical surfaces makes core rod receive the fastening force decomposition and has produced a coupling mechanism force radially, makes the two-part combination of core rod tightr; In addition, cooperating of two inverted cone surfaces of core rod and die sleeve makes core rod 10 better with the axiality of die sleeve 30, makes faying face more closely reliable simultaneously.For the center of gravity that makes assembling die overlaps with the type heart, the opening of locknut should be relative on the contrary up and down.
During production operation, carry out threading earlier, after threading is accomplished, the two halves of die sleeve 30 are lumped together, be buckled in the outside of wire rod, with locknut 22 down be fixed together (side of following locknut has opening can pass wire rod); Two halves with core rod 10 also lump together then, are buckled in the wire rod outside, use locknut 21 and core rod 10 and die sleeve 30 are fixed together (side of going up locknut also has opening can pass wire rod), become complete die assembly, are placed on the die frame.The mold work upper surface of locknut at present is a working face.When changing specification, when new spec was thick, the reverse operating said process was disassembled old mould earlier and is unloaded, and new die is loaded onto again, and then joint drove once to accomplish again; If when new spec was thin, first joint was worn car again, and then change the mould driving.If locknut does not have opening, can be when threading earlier with locknut through wire rod on, do not influence the replacing of core rod and die sleeve.
Embodiment 3: the composite type enamelled wire mould structure sketch map that Fig. 4 production scene of the present invention core rod is disassembled, this assembling die comprises: core rod 10 and whole locknut 20, die sleeve 30 that the production scene is disassembled.Die sleeve 30 is combined by up-thin-low-thick two cylinders, and the outer surface car at thin cylindrical top has screw thread, thin cylindrical end face have outer big in little back taper, die sleeve 30 inside have taper hole; The production scene is disassembled to be the core rod of two halves, and binding site is a facet, and outer surface is two conical surfaces that tapering is opposite, and the conical surface on top matches with the conical surface of the inner surface of locknut 20, and the inverted cone surface of bottom matches with the inverted cone surface of die sleeve 30 end faces; There is opening the side of locknut 20, the conical surface that the top row of inner surface matches with the core rod top conical surface, and the internal thread that matches with die sleeve 30 external screw threads is arranged at the bottom of inner surface.
The operation principle of this assembling die is: locknut 20 provides the power of axially fastening with the core rod 10 that is threaded to of die sleeve 30; Core rod 10 is fixed on the die sleeve 30 tightly; The cone match of core rod 10 and locknut 20; Make the power of axially fastening decomposite a radially coupling mechanism force again, for core rod 10 two-part radially combining closely provide reliable assurance, core rod 10 cooperates with the inverted cone surface of die sleeve 30; Make core rod 10 more aligned, also make combining more closely continuously of core rod 10 and die sleeve 30 with the axiality of die sleeve 30.
During production operation, when wearing the car separated time, die sleeve 30 respectively through on the every wire rod, is fixed on core rod on the die sleeve 30 then again, drives at last.During the conversion specification, the core rod 10 of old specification is disassembled unloaded earlier, die sleeve 30 is motionless; Joint slowly moves then, and the core rod with new spec retightens on die sleeve again, the driving commencement of commercial operation.This kind mould thickness specification conversion is restriction not, die sleeve all the time on die frame, the just core rod of replacing.
Embodiment 4: the composite type enamelled wire mould structure sketch map of the core retainer plate one that Fig. 5 production scene is disassembled, this assembling die comprises: go up locknut 21 and following locknut, also have the disassembled die body 13 in production scene.Its design feature is: core rod and die sleeve one constitute die body 13.An external screw thread and the conical surface are respectively arranged at die body top and bottom, are connected with last locknut and following locknut, and the die body inner surface is a taper hole, up and down locknut can opening also opening not.
The operation principle of this assembling die is: the two-part up and down die body 13 that is threaded to provides axial location and axially fastens power; Two-part up and down cone match makes each power of axially fastening decomposite a radial component; For die body 13 provides radially coupling mechanism force, the combination that makes die body 13 more closely continuously.
During production operation, no matter be new the driving or the conversion specification, all just change die body, locknut can be changed; If locknut does not have opening, earlier locknut is through on each wire rod during the driving threading.
Embodiment 5: the horizontal composite type enamelled wire mould structure sketch map of the core retainer plate one that Fig. 6 production scene is disassembled, this assembling die includes only: locknut 20 and production scene be disassembled to be the die body 13 of two halves.The inner surface of die body 13 is taper holes, and the middle part car of die body outer surface has external screw thread, and externally threaded top is a conical surface, and the external screw thread of die body 13 and the conical surface match with the internal thread and the conical surface of locknut 20 inner surfaces, and locknut side whether opening can.
The operation principle of this assembling die is: die body 13 provides axial location and axially fastens power with the die body that is threaded to of locknut 20, and their conical surface decomposites the radially coupling mechanism force that needs with this power of axially fastening again, and the combination that makes die body closely continuously.Because the common axial dimension of horizontal die is shorter, so single locknut also can provide enough radially coupling mechanism forces.
During production operation, the thin neck of die body is inserted die frame gets final product, more during mold exchange with aforementioned.
More than the locknut that relates among each embodiment, both can be that the side has opening, also can be that whole side does not have opening.When locknut does not have opening, when wearing car at first with locknut through on the per pass line, conversion is just changed core rod or die body during specification, and does not influence to disassemble in the production scene and change core rod or die body.
It is worthy of note; Protection scope of the present invention is not limited to above-mentioned instantiation mode; According to basic fundamental design of the present invention, those of ordinary skills need not through creative work, the execution mode that can associate; All belong to protection scope of the present invention, protection scope of the present invention is as the criterion with the scope of its claim.
Claims (8)
1. one kind is specifically designed to the device for painting that die methods is produced enamelled wire; Comprise die frame; It is characterized in that: the said device for painting that is specifically designed to die methods production enamelled wire also comprises: the integral type lacquer cylinder (hereinafter to be referred as double flute integral type lacquer cylinder) that all has double flute in each line interval shared, grate plate, each side; With the disassembled composite type enamelled wire mould (hereinafter to be referred as assembling die) in production scene, adjustable the overflowing of tubular type is housed in the said double flute integral type lacquer cylinder lets out lacquer flow device.
2. according to the said device for painting of claim 1; Said double flute integral type lacquer cylinder comprises that Open Side Down, the upper opening portion horizontal cross-section is semicircular retaining lacquer plate; It is characterized in that: said double flute integral type lacquer cylinder also comprises: all include paint tank and stop paint bath in each line interval on the grate plate of this lacquer cylinder; Paint tank with stop paint bath all opening upwards, and stop paint bath above be connected; The bottom land horizontal plane semicircular in shape of said paint tank, the horizontal level of bottom land overlaps with the line of last lower tumbler, and the semicircle of paint tank bottom forms circular hole with the semicircle on retaining lacquer plate top at the horizontal plane of contact-making surface; The said bottom land horizontal level that stops paint bath is partial to paint tank one side, and the upright position is higher than paint tank; Adjustable the overflowing of tubular type is housed in the said double flute integral type lacquer cylinder lets out lacquer flow device and also comprise: overflow and let out lacquer flow outer tube, overflow and let out pipe and nut in the lacquer flow, a nut is fixed on the outer bottom of this lacquer cylinder, the interior threaded surface of nut with coat with lacquer cylinder interior and be connected; Overflow and to let out that lacquer flow outer tube is threaded in the lacquer cylinder with nut and upper-lower position is adjustable, a handle is arranged at the top of letting out lacquer flow outer tube of overflowing, and overflows to let out the bottom of coating with lacquer the flow outer tube and have spout hole and two groups of holes of discharge orifice; Spout hole is last; Discharge orifice is down, overflows to let out lacquer flow outer tube inside and be equipped with one and overflow and let out pipe in the lacquer flow, overflows to let out in the lacquer flow pipe and let out the outer pipe range of lacquer flow than overflowing; Overflowing, it is upper coarse and lower fine to let out the outer surface of managing in the lacquer flow; The external diameter of thick part is let out the internal diameter that coats with lacquer the flow outer tube greater than overflowing, its binding site is just at the excessive end face of letting out lacquer flow outer tube, and the excessive interior bottom of managing of lacquer flow of letting out has spout hole; Overflow to let out and coat with lacquer pipe and excessive two groups of spout hole positions coincidences of letting out lacquer flow outer tube in the flow; The outer surface let out the afterbody of pipe in the lacquer flow that overflows is an entity part, and the bottom surface is lower than to overflow lets out lacquer flow outer tube discharge orifice base, but its distance is let out distance lacquer flow outer tube discharge orifice vertical range and let out pipe lifting in the lacquer flow less than overflowing with overflowing; Excessive top of letting out the interior pipe of lacquer flow tubule part is passed the axial line symmetric arrangement and is had a pair of spacing hole; Conveniently let out the insertion of spacing rod when pipe lifts in the lacquer flow when overflowing, when the position of spacing hole can make spacing rod insert, excessive bottom surface of letting out pipe in the lacquer flow is higher than to overflow let out the upper edge of coating with lacquer flow outer tube discharge orifice.
3. according to the said device for painting of claim 1; It is characterized in that: said assembling die comprises that the core rod that can disassemble in the production scene to two halves is the die sleeve of two halves and the locknut of two integral body with disassembling in the production scene, and the inner surface of said core rod and die sleeve all has the conical surface.
4. according to the said core rod and die sleeve and the whole locknut that can disassemble in the production scene to two halves that can disassemble in the production scene to two halves of claim 3; It is characterized in that: the said two parts up and down that can disassemble in the production scene to the outer surface of the core rod of two halves all have tapering; Tapering can be different; But tapering is opposite; Pushing up two faces of going to the bottom on the core rod is facets, and the tapering of the core rod top conical surface matches with the tapering of the top conical surface of the inner surface of last locknut, and the tapering of the core rod bottom conical surface matches with the tapering of the end face of die sleeve; There is screw thread on the said top that can disassemble in the production scene to the die sleeve of two halves with the following outer surface that links to each other of the conical surface, matches with the internal thread of locknut bottom; Also there is the conical surface the said bottom that can disassemble in the production scene to the die sleeve of two halves with external screw thread and link to each other, and the conical surface is last, and external screw thread matches with the conical surface and the internal thread of following locknut inner surface descending.
5. according to the said core rod and die sleeve and the whole locknut that can disassemble in the production scene to two halves that can disassemble in the production scene to two halves of claim 3; It is characterized in that: said can disassemble in the production scene for the core rod of two halves with can disassemble die sleeve in the production scene into two halves; Can core rod and die sleeve be united two into one to become and to disassemble die body in the production scene into two halves; The conical surface is all arranged at the top of the outer surface of die body and bottom, and is up-thin-low-thick, matches with the conical surface on the inner surface top of two locknuts up and down respectively; Bottom near two conical surfaces is an external screw thread, matches with the internal thread of two locknut inner surface bottoms up and down respectively; When die body more in short-term, the locknut that the two-part up and down conical surface and external screw thread can unite two into one to be become a conical surface and external screw thread and match is placed on the middle part of die body together.
6. can disassemble die sleeve in the production scene according to claim 3 is said into two halves; It is characterized in that: the said die sleeve that can disassemble in the production scene to two halves can unite two into one and become integral body; The conical surface helicitic texture of die sleeve lower external face and the following locknut that matches can omit, and substitute with thicker cylindrical shape.
7. according to the locknut of the said integral body of claim 3, it is characterized in that: the locknut of said integral body can be at lateral opening.
8. according to the said assembling die of claim 1, it is characterized in that: it is nonmetal that the material of said assembling die had both comprised that metal also comprised.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210301687.3A CN102820106B (en) | 2012-08-23 | 2012-08-23 | Special enamel coating device for mold-process enameled wire production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210301687.3A CN102820106B (en) | 2012-08-23 | 2012-08-23 | Special enamel coating device for mold-process enameled wire production |
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| CN102820106A true CN102820106A (en) | 2012-12-12 |
| CN102820106B CN102820106B (en) | 2014-10-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210301687.3A Expired - Fee Related CN102820106B (en) | 2012-08-23 | 2012-08-23 | Special enamel coating device for mold-process enameled wire production |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103050196A (en) * | 2012-12-24 | 2013-04-17 | 吴江市神州双金属线缆有限公司 | Dual-purpose enameling device for enameled wires |
| CN104103383A (en) * | 2014-06-19 | 2014-10-15 | 国网河南孟津县供电公司 | Anti-freeze painting device for bare wire |
| CN105080794A (en) * | 2015-06-28 | 2015-11-25 | 无锡锡洲电磁线有限公司 | Painting mold of varnished wire |
| CN107705927A (en) * | 2017-11-16 | 2018-02-16 | 湖州市练市聚丰线缆厂 | A kind of enamelled wire painting device |
| CN111969393A (en) * | 2020-06-30 | 2020-11-20 | 北京航天控制仪器研究所 | Device and method for stripping coating layer of polyimide copper-clad wire |
| CN113130143A (en) * | 2021-04-07 | 2021-07-16 | 铜陵精迅特种漆包线有限责任公司 | Floated painting system is used to vertical enamelling machine |
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| CN101303924A (en) * | 2008-05-19 | 2008-11-12 | 无锡同创机械科技有限公司 | Mold painting machine for vertical enamelling machine |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103050196A (en) * | 2012-12-24 | 2013-04-17 | 吴江市神州双金属线缆有限公司 | Dual-purpose enameling device for enameled wires |
| CN103050196B (en) * | 2012-12-24 | 2016-03-23 | 苏州市吴江神州双金属线缆有限公司 | The dual-purpose device for painting of enamelled wire |
| CN104103383A (en) * | 2014-06-19 | 2014-10-15 | 国网河南孟津县供电公司 | Anti-freeze painting device for bare wire |
| CN105080794A (en) * | 2015-06-28 | 2015-11-25 | 无锡锡洲电磁线有限公司 | Painting mold of varnished wire |
| CN107705927A (en) * | 2017-11-16 | 2018-02-16 | 湖州市练市聚丰线缆厂 | A kind of enamelled wire painting device |
| CN111969393A (en) * | 2020-06-30 | 2020-11-20 | 北京航天控制仪器研究所 | Device and method for stripping coating layer of polyimide copper-clad wire |
| CN113130143A (en) * | 2021-04-07 | 2021-07-16 | 铜陵精迅特种漆包线有限责任公司 | Floated painting system is used to vertical enamelling machine |
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|---|---|
| CN102820106B (en) | 2014-10-22 |
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