CN207128416U - A kind of high cleanliness smooth surface copper pipe with dynamic coding - Google Patents

Abstract

The utility model describes a kind of high cleanliness smooth surface copper pipe with dynamic coding, and the copper pipe is made using dynamic coding production line, and dynamic coding production line includes discharge mechanism, cleaning oil removing mechanism, aligning mechanism, code-spraying mechanism and meter length measuring mechanism；The discharge mechanism is made up of copper dish tube frame and feeding support, bronze pan tube to be processed is placed in copper dish tube frame, the termination of bronze pan tube is connected to cleaning oil removing mechanism after passing through feeding support, copper pipe through over cleaning oil removal machine structure is connected to aligning mechanism, code-spraying mechanism is passed through by the copper pipe of aligning mechanism, eddy current inspection inkjet mechanism and heater are additionally provided with the rear end of code-spraying mechanism, by the copper pipe of code-spraying mechanism successively after eddy current inspection inkjet mechanism and heater, meter length measuring mechanism is re-fed into.The utility model can mark product information in copper pipe surface, further improve product quality in the case where ensureing copper pipe sole mass.

Description

A kind of high cleanliness smooth surface copper pipe with dynamic coding

Technical field

A kind of high cleanliness smooth surface copper pipe with dynamic coding is the utility model is related to, belongs to mechanical manufacturing technology neck Domain.

Background technology

Best bright finish copper pipe is part important on air-conditioning condenser, because the requirement to copper pipe is of a relatively high, is not only needed Want copper pipe surface that there is preferable finish and high cleanliness, with the raising of manufacturer's demand, now current supplier exists When being supplied to air conditioning system maker, it is also necessary to length is marked in copper pipe surface coding, but due in the intermediate fabrication of copper pipe, Need then to transport copper pipe reel into pile, but copper pipe by reel into after pile, can not just mark length, Er Qiexian again Some modes can cause cut, this is also caused to the outgoing of copper pipe in copper pipe surface unavoidably when marking copper pipe length Large effect, therefore existing most of suppliers at present can only give up the dimensioning on copper pipe and grow to ensure copper pipe quality The information such as degree, this also brings inconvenience to the use of manufacturer.

The content of the invention

For above-mentioned deficiency of the prior art, main purpose of the present utility model is to solve now making copper pipe at present Make, the problem of can not being marked in the case where ensureing copper pipe quality, and copper pipe high cleanliness can ensured by providing one kind In the case of best bright finish, the high cleanliness smooth surface copper pipe with dynamic coding of the information such as mark length.

The technical solution of the utility model：A kind of high cleanliness smooth surface copper pipe with dynamic coding, it is characterised in that institute State copper pipe to be made using dynamic coding production line, the dynamic coding production line includes discharge mechanism, cleaning oil removing mechanism, alignment Mechanism, code-spraying mechanism and meter length measuring mechanism；The discharge mechanism is made up of copper dish tube frame and feeding support, copper dish to be processed Pipe is placed in copper dish tube frame, and the termination of the bronze pan tube is connected to cleaning oil removing mechanism after passing through feeding support, described clear Removing oil machine structure includes ring body, and left end is installed with water inlet on the upside of the ring body, and connection is evenly distributed with the ring body Bar, the connecting rod outer end are welded with fixed block, and the connecting rod surface is socketed with the first helical spring, and the connecting rod is inner Locating piece is installed, the locating piece inner surface is installed with arc, and the arc inner surface is welded with sawtooth, Outlet pipe is uniformly installed, the ring body right lateral surface is installed with retainer ring, the fixation in the ring body left-hand face Ring right lateral surface is symmetrically welded with handle, is symmetrically installed with slide bar on the left of the ring body, baffle plate, institute are connected between the slide bar State baffle plate inner surface and be installed with sealant；Copper pipe through over cleaning oil removal machine structure is connected to aligning mechanism, the alignment Mechanism is made up of alignment base and at least two rotating disks, and the rotating disk is rotatably arranged on alignment base, adjacent Copper pipe passage is left between two rotating disks, copper pipe is aligned after being passed through from the copper pipe passage, by the copper of the aligning mechanism For pipe through code-spraying mechanism, the code-spraying mechanism includes bottom plate, is symmetrically welded with support bar on the upside of the bottom plate, the support bar it Between connecting plate is installed, the connection plate surface is provided with air bag, and the first fastening spiral shell is provided between the air bag and connecting plate Nail, connecting shaft is fixedly connected between the connecting plate and support bar, fixed plate, the fixation are welded with the upside of the connecting plate Side plate is welded with the upside of plate, is symmetrically welded with the second helical spring on the downside of the surface of side plate, inside second helical spring Push rod is socketed with, the push rod upper end is installed with push pedal, and the push rod lower end is hinged with stripper plate, and the stripper plate is with pushing away Rotating shaft is installed between bar, code spraying device is installed in the middle part of institute's fixed plate.Here code spraying device is to use existing code-spraying equipment, it The information preset can be sprayed on copper pipe, reach the purpose of mark.

Optimally, eddy current inspection inkjet mechanism and heater are additionally provided with the rear end of the code-spraying mechanism, by coding The copper pipe of mechanism after eddy current inspection inkjet mechanism and heater, is re-fed into meter length measuring mechanism successively；The eddy current inspection Inkjet mechanism includes sleeve pipe, and ink-jet pump is installed with the right side of described sleeve pipe surface, is fixedly connected with and leads on the right side of the ink-jet pump Pipe, the conduit downside are installed with the collar, and the set ring inner surface is uniformly provided with discharging opening, described sleeve pipe tube wall left side Uniform welding has guide pipe, is welded with the 3rd helical spring on the outside of the guide pipe, is socketed with inside the 3rd helical spring Guide rod, the guide rod outer end are welded with outer baffle block, and the guide pipe inside thread is combined with breather pipe, the riveting of described breather pipe the inner It is connected to contact plate；The meter length measuring mechanism includes first collar, second collar, the 3rd collar and the 4th collar, first collar The left and right sides is welded with the first coordinating block, and the second coordinating block, first coordinating block are welded with left and right sides of second collar And second be socketed with guide rod between coordinating block, described guide rod one end is welded with the first block, the guide rod other end weldering The second block is connected to, the 4th helical spring, first collar and are installed between second block and the second coordinating block Two sets of ring inner surface uniform weldings have brake pad, and connection ring, the connection ring or so are welded with the middle part of the 3rd collar face Both sides are symmetrically welded with connection strap, and the connection strap outer end is welded with nut, symmetrical between the 3rd collar and the 4th collar Second trip bolt is installed, contiguous block is welded with the middle part of first collar face, pacifies between the contiguous block and connection ring Equipped with scale, the scale other end is welded with lever.In the utility model, heater employs the structure of heating tube, i.e., In the body of a closing, access heating flexible pipe, hot blast is blown into heating tube by heater, copper pipe to be processed from Heating tube is axially across so as to reach the effect of heating, the ink-jet made is quickly dried.

Optimally, the push rod and side plate sliding coordinates, and the air bag is annular air-pocket, the code spraying device inkjet mouth court Under, the code spraying device is electrically connected with power supply.

Optimally, the first helical spring both ends are fixedly connected with fixed block and ring body respectively, the connecting rod and ring Body is slidably connected, and the slide bar is threadedly coupled with ring body, and the slide bar is connected with barrier slides, and the sealant is elastomeric material It is made.

Optimally, the guide rod coordinates with guide pipe sliding, and the contact plate surface is uniformly provided with through hole, the ink-jet pump On be electrically connected with power supply, the contact plate is provided separately between arcuate structure and contact plate, the inner fixed peace of the guide rod Equipped with rubber piston, the contact plate is made up of elastomeric material.

Optimally, the brake pad is made up of ferrous materials, and the guide rod and the first coordinating block and the second coordinating block are slided It is dynamic to coordinate, the scale and contiguous block riveting and it is threadedly coupled with connection ring, is carved with scale on the scale, the described 3rd The diameter of the collar and the 4th collar is equal to the diameter of first collar and second collar.

Relative to prior art, the utility model has the advantages that：

1st, it can mark product information in the case where ensureing copper pipe sole mass in copper pipe surface, so not only facilitate Production firm uses, while is also beneficial to the follow-up of quality in later stage, is advantageous to improve the whole competitiveness of product.

2nd, as a result of the operating type of streamline, therefore mark is achieved that during copper pipe coiling is carried out Operation, therefore operating efficiency is very high, cost of manufacture is relatively low.

3rd, because by way of heating anneal, hence in so that the mark of mark is difficult for drop-off, reliability is preferable, so enters One step improves product quality.

Brief description of the drawings

Fig. 1 is the structural representation for making the dynamic coding production line that the utility model smooth surface copper pipe uses.

Fig. 2 is the structural representation of discharge mechanism in the utility model.

Fig. 3 is the structural representation that oil removing mechanism is cleaned in the utility model.

Fig. 4 is Fig. 3 side view.

Fig. 5 is the structural representation of aligning mechanism in the utility model.

Fig. 6 is the structural representation of code-spraying mechanism in the utility model.

Fig. 7 is the structural representation of eddy current inspection inkjet mechanism in the utility model.

Fig. 8 is the side view of the utility model eddy current inspection inkjet mechanism middle sleeve.

Fig. 9 is the side view of the collar in the utility model eddy current inspection inkjet mechanism.

Figure 10 is that the utility model is fallen into a trap the structural representation of length measuring mechanism.

Figure 11 is the top view of first collar and second collar in the utility model meter length measuring mechanism.

Figure 12 is the top view of the 3rd collar and the 4th collar in the utility model meter length measuring mechanism.

In figure, 1-copper pipe, 10-discharge mechanism, 101-copper dish tube frame, 102-feeding support, 20-cleaning oil removing Mechanism, 201-ring body, 202-water inlet, 203-connecting rod, 204-fixed block, the 205-the first helical spring, 206-fixed Position block, 207-arc, 208-sawtooth, 209-outlet pipe, 210-retainer ring, 211-handle, 212-slide bar, 213- Baffle plate, 214-sealant, 30-aligning mechanism, 301-alignment base, 302-rotating disk, 303-copper pipe passage, 40-coding Mechanism, 401-bottom plate, 402-support bar, 403-connecting plate, 404-air bag, the 405-the first trip bolt, 406-connection Axle, 407-fixed plate, 408-side plate, the 409-the second helical spring, 410-push rod, 411-push pedal, 412-stripper plate, 413-rotating shaft, 414-code spraying device, 50-meter length measuring mechanism, 501-the first collar, 502-the second collar, 503-the three collar, 504-the four collar, the 505-the first coordinating block, the 506-the second coordinating block, 507-guide rod, the 508-the first block, 509- Second block, the 510-the four helical spring, 511-brake pad, 512-connection ring, 513-connection strap, 514-nut, 515-the second trip bolt, 516-contiguous block, 517-scale, 518-lever, 60-eddy current inspection inkjet mechanism, 601- Sleeve pipe, 602-ink-jet pump, 603-conduit, 604-collar, 605-discharging opening, 606-guide pipe, the 607-the three spiral bullet Spring, 608-guide rod, 609-outer baffle block, 610-breather pipe, 611-contact plate, 70-heater.

Embodiment

The utility model is described in further detail with reference to the accompanying drawings and detailed description.

As shown in Fig. 1-Figure 12, a kind of high cleanliness smooth surface copper pipe with dynamic coding of the present utility model, the copper Pipe is made using dynamic coding production line, and the dynamic coding production line includes discharge mechanism 10, cleaning oil removing mechanism 20, alignment Mechanism 30, code-spraying mechanism 40 and meter length measuring mechanism 50；The discharge mechanism 10 is by 102 groups of copper dish tube frame 101 and feeding support Into copper pipe 1 to be processed is placed in copper dish tube frame 101, and the termination of the copper pipe 1 is connected to after passing through feeding support 102 Clean oil removing mechanism 20, the cleaning oil removing mechanism 20 includes ring body 201, the upside left end of ring body 201 be installed with into The mouth of a river 202, connecting rod 203 is evenly distributed with the ring body 201, the outer end of connecting rod 203 is welded with fixed block 204, institute State the surface of connecting rod 203 and be socketed with the first helical spring 205, described the inner of connecting rod 203 is provided with locating piece 206, described fixed The position inner surface of block 206 is installed with arc 207, and the inner surface of arc 207 is welded with sawtooth 208, the ring Outlet pipe 209 is uniformly installed, the right lateral surface of ring body 201 is installed with retainer ring 210, institute in the left-hand face of body 201 State the right lateral surface of retainer ring 210 and be symmetrically welded with handle 211, the left side of ring body 201 is symmetrically installed with slide bar 212, the cunning Baffle plate 213 is connected between bar 212, the inner surface of baffle plate 213 is installed with sealant 214；Through over cleaning oil removal machine The copper pipe 1 of structure 20 is connected to aligning mechanism 30, and the aligning mechanism 30 is by the structure of 301 and at least two rotating disk of alignment base 302 Into the rotating disk 302 is rotatably arranged on alignment base 301, and copper pipe passage is left between two adjacent rotating disks 302 303, copper pipe 1 is aligned after being passed through from the copper pipe passage 303, and code-spraying mechanism is passed through by the copper pipe 1 of the aligning mechanism 30 40, the code-spraying mechanism 40 includes bottom plate 401, and the upside of bottom plate 401 is symmetrically welded with support bar 402, the support bar 402 Between connecting plate 403 is installed, the surface of connecting plate 403 is provided with air bag 404, between the air bag 404 and connecting plate 403 First trip bolt 405 is installed, connecting shaft 406, the company are fixedly connected between the connecting plate 403 and support bar 402 The upside of fishplate bar 403 is welded with fixed plate 407, and the upside of fixed plate 407 is welded with side plate 408, the surface of side plate 408 downside The second helical spring 409 is symmetrically welded with, is socketed with push rod 410 inside second helical spring 409, on the push rod 410 End is installed with push pedal 411, and the lower end of push rod 410 is hinged with stripper plate 412, between the stripper plate 412 and push rod 410 Rotating shaft 413 is installed, the middle part of institute's fixed plate 407 is provided with code spraying device 414.

Eddy current inspection inkjet mechanism 60 and heater 70 are additionally provided with the rear end of the code-spraying mechanism 40, by ink jet numbering machine The copper pipe of structure 40 after eddy current inspection inkjet mechanism 60 and heater 70, is re-fed into meter length measuring mechanism 50 successively；The whirlpool Stream flaw detection inkjet mechanism 60 includes sleeve pipe 601, and ink-jet pump 602, the ink-jet pump are installed with the right side of the surface of described sleeve pipe 601 602 right sides are fixedly connected with conduit 603, and the downside of conduit 603 is installed with the collar 604, and the inner surface of the collar 604 is equal Even to be provided with discharging opening 605, uniform welding has guide pipe 606 on the left of the tube wall of described sleeve pipe 601, and the outside of guide pipe 606 is welded The 3rd helical spring 607 is connected to, guide rod 608, the outer end of guide rod 608 welding are socketed with inside the 3rd helical spring 607 There is outer baffle block 609, the inside thread of guide pipe 606 is combined with breather pipe 610, and the inner riveting of breather pipe 610 has contact Plate 611；The meter length measuring mechanism 50 includes first collar 501, second collar 502, the 3rd collar 503 and the 4th collar 504, described The left and right sides of first collar 501 is welded with the first coordinating block 505, and the left and right sides of second collar 502 is welded with the second cooperation Block 506, guide rod 507, the one end of guide rod 507 weldering are socketed between the coordinating block 506 of the first coordinating block 505 and second The first block 508 is connected to, the other end of guide rod 507 is welded with the second block 509, and second block 509 is matched somebody with somebody with second The 4th helical spring 510 is installed between conjunction block 506, the inner surface uniform welding of first collar, 501 and second collar 502 has Brake pad 511, the surface middle part of the 3rd collar 503 are welded with connection ring 512, the left and right sides balanced welding of connection ring 512 Connection strap 513 is connected to, the outer end of connection strap 513 is welded with nut 514, between the 3rd collar 503 and the 4th collar 504 The second trip bolt 515 is symmetrically installed with, the surface middle part of first collar 501 is welded with contiguous block 516, the contiguous block Scale 517 is installed, the other end of scale 517 is welded with lever 518 between 516 and connection ring 512.

In the utility model, referring to Fig. 1-Figure 12, the push rod 410 coordinates with the sliding of side plate 408, the air bag 404 For annular air-pocket, the ink-jet mouth down of code spraying device 414, the code spraying device 414 is electrically connected with power supply.The first spiral bullet The both ends of spring 205 are fixedly connected with fixed block 204 and ring body 201 respectively, and the connecting rod 203 is slidably connected with ring body 201, described Slide bar 212 is threadedly coupled with ring body 201, and the slide bar 212 is slidably connected with baffle plate 213, and the sealant 214 is elastomeric material It is made.The guide rod 608 coordinates with the sliding of guide pipe 606, and the surface of contact plate 611 is uniformly provided with through hole, the ink-jet pump Power supply is electrically connected with 602, the contact plate 611 is provided separately between arcuate structure and contact plate 611, the guide rod 608 the inners are installed with rubber piston, and the contact plate 611 is made up of elastomeric material.The brake pad 511 is ferrous materials It is made, the guide rod 507 is slidably matched with the first coordinating block 505 and the second coordinating block 506, the scale 517 and contiguous block 516 rivetings and it is threadedly coupled with connection ring 512, scale, the 3rd collar 503 and the 4th is carved with the scale 517 The diameter of the collar 504 is equal to the diameter of first collar 501 and second collar 502.

Referring to Fig. 3 and Fig. 4, when cleaning oil removing mechanism 20 of the present utility model works, slide bar 212 is turned first by person, Make baffle plate 213 drive sealant 214 to be moved to the direction of outlet pipe 209, sealant 214 is contacted formation sealing with outlet pipe 209 Structure, now user injected water into by water inlet 202 inside ring body 201, block water inlet 202, workpiece is passed through into baffle plate 213 are penetrated inside ring body 201, and the position for having pollutant is contacted with sawtooth 208, due to the first helical spring 205 and ring body 201 It is fixedly connected, sawtooth 208 is extruded workpiece, now user's rotational handle 211, handle 211 is driven retainer ring 210 Being rotated, sawtooth 208 is rubbed with workpiece, it is necessary to when being cleaned to workpiece surface, user turns slide bar 212, Sealant 214 is set to be separated with outlet pipe 209, now the water inside ring body 201 flows to workpiece surface by outlet pipe 209, ensures To the quality of workpiece surface pollutant removal, locating piece 206 is turned when sawtooth 208 is safeguarded or changed.This reality With new cleaning oil removing mechanism by setting outlet pipe, when preferably solving removal workpiece surface pollutant, to workpiece table Face is cleaned, and is avoided user from needing individually to be cleaned using rag, is improved operating efficiency, saves labour, pass through Arc and sawtooth are set, preferably realizes and workpiece surface is positioned, workpiece surface is rubbed so as to facilitate, Quickly pollutant is removed, tired degree is saved, accelerates the working time, by setting locating piece to connect with connecting rod activity Connect, preferably realize and sawtooth is safeguarded and changed, so as to ensure that work quality, improve operating efficiency, extend The service life of the device, by setting sealant, preferably realize and ring body internal water is sealed, consequently facilitating right Workpiece oil stain is controlled when removing to water resource, saves water source and simple in construction, reasonable in design, easy to operate, safely may be used Lean on.

It is that annular copper pipe is placed on the top of air bag 404, to gas when code-spraying mechanism 40 works in the utility model referring to Fig. 6 Capsule 404 is blown, and is made air bag 404 that annular copper tube stay is tight, is then sealed air bag 404, while user pushes down on and pushed away Plate 411, push rod 410 is promoted, so that stripper plate 412 carries out extruding fixation to annular copper pipe, annular copper pipe carried out Positioning, then connects code spraying device 414, and code spraying device 414 will carry out coding to annular copper pipe surface, so avoid to be sprayed onto it On his pipe fitting, after coding terminates, push pedal 411 is loosened, the second helical spring 409 will pull up stripper plate 412, so as to just Removed in by annular copper pipe.Code-spraying mechanism of the present utility model is by the extruding of air bag and stripper plate, consequently facilitating by annular copper Pipe is stepped up, and is easy to that the position of annular copper pipe is fixed, and is manually taken grip ring shape copper pipe to carry out coding so as to avoid, is kept away Exempt from ink being sprayed onto user on hand, copper pipe be fixed, while be also convenient for carrying out coding to the upper surface of annular copper pipe, It it also avoid being sprayed at prepared Chinese ink on other annular copper pipes during coding, by setting rotating shaft, consequently facilitating to extruding Plate is rotated, convenient that annular copper pipe is fully contacted, and fixes annular copper pipe more stable and simple in construction, reasonable in design, It is easy to operate, securely and reliably.

Referring to Fig. 7, Fig. 8 and Fig. 9, when eddy current inspection inkjet mechanism 60 works in the utility model, be first to copper pipe 1 from The left side of sleeve pipe 604 penetrates, and turns breather pipe 610, contact plate 611 is adjusted, contact plate 611 is contacted sealing with copper pipe, Then user promotes outer baffle block 609.If copper pipe surface is damaged, it will is promoted guide rod 608 to move inwards, is oriented to so as to pass through Pipe 606 is blown to contact plate 611, due to having opening on copper pipe, is run out of so copper pipe will be passed the gas through, if copper pipe does not have Opening or crackle, will be very painstaking when promoting outer baffle block 609, and inconvenience promotes outer baffle block 609 inwards, when having detected , it is necessary to which copper pipe is promoted to the right after one section of copper pipe, between the copper pipe detected is placed on into the collar 604, ink-jet pump 602 is connected On power supply, ink is sprayed by discharging opening 605, so as to carry out ink-jet to copper pipe, aforesaid operations repeated, until by whole copper pipe Untill after the completion of flaw detection and ink-jet.Eddy current inspection inkjet mechanism of the present utility model by the combination of ink-jet pump and contact plate, from And be easy to carry out ink-jet after copper pipe is detected a flaw, processing copper pipe for user provides conveniently, passes through guide rod pushing away in guide pipe It is dynamic, consequently facilitating being checked by air-tightness the surface of copper pipe, consequently facilitating fast flaw detection is carried out to copper pipe, by covering Circumference guide pipe is set on pipe, consequently facilitating carrying out fast flaw detection to the circumferential surface of copper pipe, so as to save muscle power, accelerated Detection speed, by setting breather pipe, so as to which the position of contact plate is adjusted, so as to the convenient copper to different thicknesses Pipe is detected a flaw, and simple in construction, reasonable in design, easy to operate, is worth being promoted the use of.

Referring to Figure 10, Figure 11 and Figure 12, the utility model fall into a trap length measuring mechanism work when, it be using brake pad 511 in copper Friction on pipe carries out Fast Labeling to copper pipe, first penetrates copper pipe between the 3rd collar 503 and the 4th collar 504, uses Second trip bolt 515 is fixed, so that the 3rd collar 503 and the 4th collar 504 step up copper pipe, then user's water Horizontal drawing moves scale 517 and copper pipe is moved, and during movement, user rotates lever 518, it will scale 517 is entered Row rotates, and by the rotation to scale 517 first collar 501 and second collar 502 can be promoted to be displaced outwardly, now viewing mark Scale on chi 517, when the instruction of connection ring 512 to lever 518 and the scale of being stopped operating when needing and cut the length of copper pipe 517, user loosens the second trip bolt 515, the 3rd collar 503 and the 4th collar 504 is loosened with copper pipe, user buttresses Copper pipe, by the promotion of the 4th helical spring 510 first collar 501 and second collar 502 will be made to step up copper pipe, to device Entirety is rotated, so as to which brake pad 511 will be made to be rule on copper pipe, so as to which copper pipe be marked, so in mobile copper Measurement of length and mark are carried out during pipe, has saved the time of user.Meter length measuring mechanism of the present utility model uses mark Chi, it is easy to measure length during copper pipe moves, to carry out quickly adding when required position is moved to Work, the time of user is saved, by setting brake pad, consequently facilitating carrying out Fast Labeling to surveying measured position, avoided Picking up sharp weapon is marked, and so as to save the time that user marks copper pipe, makes the processing to copper pipe more efficient, right During copper pipe moves, user, consequently facilitating transporting copper pipe, avoids taking off copper pipe by the pulling to handle and scale Fall, and it is simple in construction, it is reasonable in design, it is easy to operate, it is worth being promoted.

It should be noted that above example is only to illustrate technical solutions of the utility model rather than restriction technologies scheme, Although applicant is explained in detail with reference to preferred embodiment to the utility model, one of ordinary skill in the art should manage Solution, those to technical solutions of the utility model carry out modification or equivalent substitution, it is impossible to depart from the technical program objective and Scope, it all should cover among the utility model claims scope.

Claims (6)

1. a kind of high cleanliness smooth surface copper pipe with dynamic coding, it is characterised in that the copper pipe is produced using dynamic coding Line is made, and the dynamic coding production line includes discharge mechanism（10）, cleaning oil removing mechanism（20）, aligning mechanism（30）, coding Mechanism（40）With meter length measuring mechanism（50）；The discharge mechanism（10）It is by copper dish tube frame（101）With feeding support（102）Group Into copper pipe to be processed（1）It is placed on copper dish tube frame（101）It is interior, the copper pipe（1）Termination pass through feeding support（102） After be connected to cleaning oil removing mechanism（20）, the cleaning oil removing mechanism（20）Including ring body（201）, the ring body（201）Upside Left end is installed with water inlet（202）, the ring body（201）On be evenly distributed with connecting rod（203）, the connecting rod （203）Outer end is welded with fixed block（204）, the connecting rod（203）Surface is socketed with the first helical spring（205）, the company Extension bar（203）The inner is provided with locating piece（206）, the locating piece（206）Inner surface is installed with arc（207）, The arc（207）Inner surface is welded with sawtooth（208）, the ring body（201）Water outlet is uniformly installed in left-hand face Pipe（209）, the ring body（201）Right lateral surface is installed with retainer ring（210）, the retainer ring（210）Right lateral surface pair Title is welded with handle（211）, the ring body（201）Left side is symmetrically installed with slide bar（212）, the slide bar（212）Between connect There is baffle plate（213）, the baffle plate（213）Inner surface is installed with sealant（214）；Through over cleaning oil removal machine structure（20）'s Copper pipe（1）It is connected to aligning mechanism（30）, the aligning mechanism（30）It is by alignment base（301）With at least two rotating disks （302）Form, the rotating disk（302）It is rotatable to be arranged on alignment base（301）On, in two adjacent rotating disks（302）It Between leave copper pipe passage（303）, copper pipe（1）From the copper pipe passage（303）It is aligned after passing through, by the aligning mechanism （30）Copper pipe（1）Through code-spraying mechanism（40）, the code-spraying mechanism（40）Including bottom plate（401）, the bottom plate（401）Upside It is symmetrically welded with support bar（402）, the support bar（402）Between connecting plate is installed（403）, the connecting plate（403）Table Face is provided with air bag（404）, the air bag（404）With connecting plate（403）Between the first trip bolt is installed（405）, it is described Connecting plate（403）With support bar（402）Between be fixedly connected with connecting shaft（406）, the connecting plate（403）Upside is welded with solid Fixed board（407）, the fixed plate（407）Upside is welded with side plate（408）, the side plate（408）It is symmetrically welded with the downside of surface Second helical spring（409）, second helical spring（409）Inside is socketed with push rod（410）, the push rod（410）Upper end It is installed with push pedal（411）, the push rod（410）Lower end is hinged with stripper plate（412）, the stripper plate（412）With push rod （410）Between rotating shaft is installed（413）, institute's fixed plate（407）Middle part is provided with code spraying device（414）.

2. a kind of high cleanliness smooth surface copper pipe with dynamic coding according to claim 1, it is characterised in that described Code-spraying mechanism（40）Rear end be additionally provided with eddy current inspection inkjet mechanism（60）And heater（70）, by code-spraying mechanism（40）'s Copper pipe passes through eddy current inspection inkjet mechanism successively（60）And heater（70）Afterwards, it is re-fed into meter length measuring mechanism（50）；The whirlpool Stream flaw detection inkjet mechanism（60）Including sleeve pipe（601）, described sleeve pipe（601）Ink-jet pump is installed with the right side of surface（602）, institute State ink-jet pump（602）Right side is fixedly connected with conduit（603）, the conduit（603）Downside is installed with the collar（604）, institute State the collar（604）Inner surface is uniformly provided with discharging opening（605）, described sleeve pipe（601）Uniform welding has guide pipe on the left of tube wall （606）, the guide pipe（606）Outside is welded with the 3rd helical spring（607）, the 3rd helical spring（607）Internal sleeve It is connected to guide rod（608）, the guide rod（608）Outer end is welded with outer baffle block（609）, the guide pipe（606）Inside thread coordinates There is breather pipe（610）, the breather pipe（610）The inner riveting has contact plate（611）；The meter length measuring mechanism（50）Including first set Ring（501）, second collar（502）, the 3rd collar（503）With the 4th collar（504）, first collar（501）The left and right sides It is welded with the first coordinating block（505）, second collar（502）The left and right sides is welded with the second coordinating block（506）, described first Coordinating block（505）With the second coordinating block（506）Between be socketed with guide rod（507）, the guide rod（507）One end is welded with One block（508）, the guide rod（507）The other end is welded with the second block（509）, second block（509）With second Coordinating block（506）Between the 4th helical spring is installed（510）, first collar（501）With second collar（502）Inner surface Uniform welding has brake pad（511）, the 3rd collar（503）Surface middle part is welded with connection ring（512）, the connection ring （512）The left and right sides is symmetrically welded with connection strap（513）, the connection strap（513）Outer end is welded with nut（514）, described Three collars（503）With the 4th collar（504）Between be symmetrically installed with the second trip bolt（515）, first collar（501）Table Middle face is welded with contiguous block（516）, the contiguous block（516）With connection ring（512）Between scale is installed（517）, it is described Scale（517）The other end is welded with lever（518）.

3. a kind of high cleanliness smooth surface copper pipe with dynamic coding according to claim 2, it is characterised in that described Push rod（410）With side plate（408）Sliding coordinates, the air bag（404）For annular air-pocket, the code spraying device（414）Inkjet mouth court Under, the code spraying device（414）It is electrically connected with power supply.

4. a kind of high cleanliness smooth surface copper pipe with dynamic coding according to claim 3, it is characterised in that described One helical spring（205）Both ends respectively with fixed block（204）And ring body（201）It is fixedly connected, the connecting rod（203）With ring body （201）It is slidably connected, the slide bar（212）With ring body（201）Threaded connection, the slide bar（212）With baffle plate（213）The company of slip Connect, the sealant（214）It is made up of elastomeric material.

5. a kind of high cleanliness smooth surface copper pipe with dynamic coding according to claim 4, it is characterised in that described to lead Bar（608）With guide pipe（606）Sliding coordinates, the contact plate（611）Surface is uniformly provided with through hole, the ink-jet pump（602） On be electrically connected with power supply, the contact plate（611）For arcuate structure and contact plate（611）Between be provided separately, the guide rod （608）The inner is installed with rubber piston, the contact plate（611）It is made up of elastomeric material.

6. a kind of high cleanliness smooth surface copper pipe with dynamic coding according to claim 5, it is characterised in that described to rub Cleaning block（511）It is made up of ferrous materials, the guide rod（507）With the first coordinating block（505）With the second coordinating block（506）Slide Coordinate, the scale（517）With contiguous block（516）Riveting and and connection ring（512）Threaded connection, the scale（517） On be carved with scale, the 3rd collar（503）With the 4th collar（504）Diameter be equal to first collar（501）With second collar （502）Diameter.