CN206122969U

CN206122969U - Polymer radiator multicolumn melting welding machining center

Info

Publication number: CN206122969U
Application number: CN201621117826.7U
Authority: CN
Inventors: 张旭; 马玉强; 邱志隆; 范旭江; 李学玲; 张�浩; 李程
Original assignee: Shenyang Creative Technology Development Co Ltd
Current assignee: Shenyang Creative Technology Development Co Ltd
Priority date: 2016-09-13
Filing date: 2016-10-12
Publication date: 2017-04-26
Anticipated expiration: 2026-10-12

Abstract

The utility model creatively discloses a polymer radiator multicolumn melting welding machining center, has the base, is equipped with on the base along the main transmission system of Y axle orientation conveying finned tube, lies in main transmission system right side on the base and is equipped with X axle right side fin post melting welding system in proper order along Y axle orientation, and Y axle right side piece melting welding system of group and Y axle right -hand member portion compress tightly the system, lieing in main transmission system left side on the base and being equipped with the one deck carriage apron that can follow X axle orientation and move, follow Y axle orientation on the one deck carriage apron and be equipped with the X axle left side fin post melting welding system that corresponds with the right side in proper order, Y axle left side piece melting welding system of group and Y axle left end portion compress tightly the system. This machining center can once only accomplish multicolumn subassembly finished product with many finned tubes whiles and the melting welding of many siphunculuss piece to reduce the melting welding number of times, reduce the melting welding risk, carry high pressure heater work efficiency rate and product quality.

Description

Macromolecule radiator multicolumn melting welding machining center

Technical field

The invention is related to non-metal heat dissipator and manufactures field, specifically, is related to a kind of macromolecule (PE-RT) aluminum The automatical and efficient multicolumn melting welding machining center of composite heating radiator.

Background technology

Macromolecule (PE-RT) aluminium composite heating radiator is one kind by heat-proof polythene (PE-RT) tubing and aluminum wing heat dissipation element After interference is compound, then the post wing-type radiator with the sweat soldering molding of heat-proof polythene (PE-RT) multi-way pipe fitting.This kind of radiator Form because flow passage components are heat-proof polythene (PE-RT) tubing, pipe fitting melting welding, therefore with corrosion resistant, hygienic environment-protecting, anti- Low temperature (- 40 DEG C), shock resistance, the outstanding advantages of life-span length (up to more than 15 years), be a kind of out and out low-carbon (LC), environmental protection, The energy-conserving product of reduction of discharging.

Although such product has incomparable comprehensive advantage according to conventional metals class radiator, do not have always over 3 years Obtain expected market cognitive.Restrict this environment-friendly energy-saving product promotion closely bound up with numerous common people's heating quality Principal element be that equipment melting welding efficiency needed for existing this radiator production is too low, be " single-column machine " equipment, this sets It is standby can only the post of a post one ground first by after tee pipe fitting and finned tube melting welding, the post of another post one ground will carry the tee pipe fitting of finned tube Two is biphase molten, can just produce a composition product macromolecule radiator, thus plus man-hour requirement repeatedly manually put workpiece and many Secondary melting welding.It is clear that often increasing a fusion process, just the quality risk of many melting welding, increases by one one-tenth percent defective, extends 20% Production Time.Therefore existing such " single-column machine " production equipment is adopted, percent defective lifting, low production efficiency is not only caused Descend and cost of manufacture is too high, and then cause holding at high price for product, be also difficult to substitute the full gold of tradition of outmoded power consumption Category radiator.And at present no matter existing " single-column machine " or fusion welding quality in also cannot meet reality from production equipment ability The demand that the production on border and engineering are used.

The content of the invention

The invention provides a kind of macromolecule radiator multicolumn melting welding processing for the problem in the presence of prior art Center, can be to the automatically and efficiently multicolumn melting welding processing of the carrying out of macromolecule (PE-RT) aluminium composite heating radiator, will many finned tubes Simultaneously with multi-way pipe fitting melting welding, many column assembly finished products are disposably completed, so as to reduce melting welding number of times, reduce melting welding risk, improved Working (machining) efficiency and product quality.

The technical scheme that the invention is adopted for：

Macromolecule radiator multicolumn melting welding machining center, with base, base be provided with along Y direction transmission radiator it The main Transmission system of finned tube, is located at main Transmission system right side and is sequentially provided with X-axis right side fin post melting welding along Y direction on base System, Y-axis right side pack fusion welding system and Y-axis right part pressing system；Being provided with positioned at main Transmission system left side on base can be along X One layer of slide carriage of direction of principal axis movement, X-axis left side fin post melting welding corresponding with right side is sequentially provided with one layer of slide carriage along Y direction System, Y-axis left side pack fusion welding system and Y-axis left part pressing system；X-axis right side fin post fusion welding system and X-axis left side wing Piece post fusion welding system is used to complete between finned tube and single multi- way pipe fitting along the melting welding of X-direction；Y-axis right side pack melting welding system System and Y-axis left side pack fusion welding system are used to complete the melting welding with single multi- way pipe fitting finned tube i.e. between finished Components；Y-axis Right part pressing system is used for the compression that melting welding finished Components are treated in realization with Y-axis left part pressing system.

The macromolecule radiator multicolumn melting welding machining center, X-axis right side fin post fusion welding system has the X-axis second layer right Slide carriage, the right slide carriage of the X-axis second layer can be moved on base along X-direction；The left part of the right slide carriage of the X-axis second layer is provided with for driving The multicolumn jacking system that dynamic multicolumn hot melt head is slided up and down along Z-direction；The right slide carriage top of the X-axis second layer is provided with can be along X-axis side To the mobile right slide carriage of X-axis third layer, the left part of the right slide carriage of X-axis third layer is provided with for placing many of single-pass and multi-way pipe fitting Way pipe fitting lower clamp seat；X-axis third layer right slide carriage top is provided with can be along the 4th layer of right slide carriage of X-axis of X-direction movement, X-axis the The left part of four layers of right slide carriage is provided with the pipe fitting upper fixture seat that can be moved up and down along Z-direction along Z-direction, by pipe fitting Clamping fixture seat is positioned and compressed with the clamping engagement up and down of multi-way pipe fitting lower clamp seat to single-pass and multi-way pipe fitting；Preferably manage Part upper fixture seat is divided into single-pass pipe fitting upper fixture seat and multi-way pipe fitting upper fixture seat, and single-pass pipe fitting upper fixture seat is driven by single-pass cylinder Dynamic, multi-way pipe fitting upper fixture seat is by more logical air cylinder driven.

The macromolecule radiator multicolumn melting welding machining center, it is characterised in that X-axis left side fin post fusion welding system It is arranged on one layer of slide carriage；X-axis left side fin post fusion welding system has the left slide carriage of the X-axis second layer, the left slide carriage of the X-axis second layer Can move along X-direction on one layer of slide carriage；It is provided with for driving multicolumn hot melt head edge in the right part of the left slide carriage of the X-axis second layer The multicolumn jacking system that Z-direction is slided up and down；The left slide carriage of the X-axis second layer is provided with can be along the X-axis third layer of X-direction movement Left slide carriage, the right part of the left slide carriage of X-axis third layer is provided with the multi-way pipe fitting lower clamp seat for placing single-pass and multi-way pipe fitting；X The left slide carriage of axle third layer is provided with can be along the 4th layer of left slide carriage of X-axis of X-direction movement, the right part Z of the 4th layer of left slide carriage of X-axis Direction of principal axis is provided with the pipe fitting upper fixture seat that can be moved up and down along Z-direction, by pressing from both sides under pipe fitting upper fixture seat and multi-way pipe fitting The clamping engagement up and down of tool seat is positioned and compressed to single-pass and multi-way pipe fitting.

The macromolecule radiator multicolumn melting welding machining center, the multicolumn hot melt head has multiple electrified regulation functions , and the uniform heating body plate of the good heat of heat conductivility, the left and right sides of each heating plate is respectively provided with hot melt head public affairs and hot melt Head is female, heats head and is common used to heat the termination of finned tube, heats head female for heating corresponding multi-way pipe fitting；Each heating Hot melt head mother on plate is respectively arranged with surface temperature sensor.

There is the macromolecule radiator multicolumn melting welding machining center, Y-axis right side pack fusion welding system the Y-axis second layer right side to slip Plate, the right slide carriage of the Y-axis second layer can be moved on base along Y direction；The rear end of the right slide carriage of the Y-axis second layer is provided with for driving list The single-column jacking system that post hot melt head is slided up and down along Z-direction；The single-column hot melt head includes heating plate II, and is respectively mounted The hot melt head of both sides is male and hot melt head is female before and after heating plate II, and the heating plate II is with electrified regulation function and heat conductivity The good hot homogeneous body of energy；The right slide carriage of the Y-axis second layer is provided with can be along the right slide carriage of Y-axis third layer of Y direction movement, Y-axis the Three layers of right slide carriage are provided with the Y-axis pipe fitting lower clamp seat for clamping finished Components and the Y-axis pipe that can be moved up and down along Z-direction Part upper fixture seat, Y-axis pipe fitting upper fixture seat is located at the top of Y-axis pipe fitting lower clamp seat.

There is the macromolecule radiator multicolumn melting welding machining center, Y-axis left side pack fusion welding system a Y-axis second layer left side to slip Plate, the left slide carriage of the Y-axis second layer can be moved on one layer of slide carriage along Y direction；The rear end of the left slide carriage of the Y-axis second layer is provided with for driving The single-column jacking system that dynamic single-column hot melt head is slided up and down along Z-direction；The single-column hot melt head includes heating plate II, and difference Hot melt head installed in both sides before and after heating plate II is male female with hot melt head, and the heating plate II is with electrified regulation function and leads The good hot homogeneous body of hot property；The left slide carriage of the Y-axis second layer is provided with can be along the left slide carriage of Y-axis third layer of Y direction movement, Y The left slide carriage of axle third layer is provided with the Y-axis pipe fitting lower clamp seat for clamping finished Components and the Y that can be moved up and down along Z-direction Central siphon part upper fixture seat, Y-axis pipe fitting upper fixture seat is located at the top of Y-axis pipe fitting lower clamp seat.

The macromolecule radiator multicolumn melting welding machining center, Y-axis right part pressing system and Y-axis left part pressing system Between be located at main Transmission system the left and right sides be also respectively provided with the right delivery system and left delivery system being oppositely arranged, right delivery System is identical with the structure of left delivery system, the delivery of the finished heat radiator completed to melting welding for realization by the cooperation of the two Work；The left delivery system has delivery base, and delivery base is provided with can move seat along the dynamic seat of the delivery of Y-axis movement, delivery Two ends be provided with cylinder, the outfan of cylinder is connected with the workpiece supporting plate above the dynamic seat of delivery, and finished heat radiator is placed on On workpiece supporting plate, the lifting and dropping place action to finished heat radiator is realized in workpiece supporting plate by cylinder action.

The macromolecule radiator multicolumn melting welding machining center, X-axis right side fin post fusion welding system and X-axis left side fin post Between fusion welding system positioned at the both sides of main Transmission system further respectively have the right fixed system of fin for fixing on the right side of finned tube, The left fixed system of fin for fixing on the left of finned tube；The right fixed system of fin is oppositely arranged with the left fixed system of fin, institute State the fin right support that the right fixed system of fin includes for placing multicolumn heat radiator fin, and positioned at fin right support top by The right pressing system of fin of air cylinder driven；Fin right support is provided with the fin supporting zone of n stations, for supporting n fin Pipe；The right pressing system of the fin has the right reaction frame of compression being installed on base, and the top for compressing right reaction frame is provided with list Post cylinder and multicolumn cylinder, are connected with the single-column flexibility pressure head for compressing the 1st station internally finned tube, multicolumn below the single-column cylinder The multicolumn flexibility pressure head for compressing 2-n station internally finned tubes is connected with below cylinder；The left fixed system of the fin includes using In the fin left socle for placing multicolumn heat radiator fin, and pressed by the left flexibility of fin of air cylinder driven positioned at fin left socle top Clamping system；Fin left socle is provided with the fin supporting zone of n stations, and for hooking the cylinder clamping of heat radiator fin left end Mechanism；The left Compliant pressure system of the fin has and compresses left reaction frame, compress left reaction frame top be provided with single-column cylinder and Multicolumn cylinder, is connected with the single-column flexibility pressure head for compressing the 1st station internally finned tube, under multicolumn cylinder below the single-column cylinder Side is connected with the multicolumn flexibility pressure head for compressing 2-n station internally finned tubes.

The macromolecule radiator multicolumn melting welding machining center, main Transmission system has main transmission base, main transmission base Being provided with can be provided with by the fin supporting plate of air cylinder driven along the dynamic seat of the transmission of Y direction movement, the dynamic seat of transmission, and finned tube is placed On fin supporting plate, the fin supporting plate realizes the lifting to finned tube and dropping place action in the presence of cylinder.

The invention has the advantages that：

The invention macromolecule radiator multicolumn melting welding machining center is a kind of full automatic high efficiency multicolumn non-metallic heat radiation The melting welding production equipment of device, according to existing " single-column machine " equipment, can improve 3～N times by production efficiency.The invention macromolecule Radiator multicolumn melting welding machining center, its welding technology scheme has extremely strong expansion, can according to the scheme of this innovation and creation Such melting welding process equipment of production N (" unlimited ") post customized, makes the main production equipments of such energy saving non-metal heat dissipator Efficiency and yield rate can infinitely improve.

Description of the drawings

Fig. 1 is the structural representation of embodiment macromolecule radiator multicolumn melting welding machining center.

Fig. 2 is the front view of embodiment macromolecule radiator multicolumn melting welding machining center.

Fig. 3 is the top view of embodiment macromolecule radiator multicolumn melting welding machining center.

Fig. 4 is the side view of embodiment macromolecule radiator multicolumn melting welding machining center.

Fig. 5 is the partial schematic diagram one in machining center with the right fixed system 4 of fin.

Fig. 6 is the partial schematic diagram two in machining center with the right fixed system 4 of fin.

Fig. 7 is the partial schematic diagram in machining center with fin post fusion welding system 5 on the right side of X-axis.

Fig. 8 is the assembling schematic diagram of the right slide carriage 28 of the X-axis second layer shown in Fig. 7.

Fig. 9 is the assembling schematic diagram of the right slide carriage 29 of X-axis third layer shown in Fig. 7.

Figure 10 is the assembling schematic diagram of X-axis the 4th shown in Fig. 7 layer right slide carriage 30.

Figure 11 is the structural representation of multicolumn jacking system 32 shown in Fig. 7.

Figure 12 is the structural representation of the hot melt of multicolumn shown in Fig. 7 31.

Figure 13 is the partial schematic diagram of Y-axis right side pack fusion welding system 6 in machining center.

Figure 14 is the assembling schematic diagram of the right slide carriage 66 of the Y-axis second layer in pack fusion welding system 6 on the right side of Y-axis shown in Figure 13.

Figure 15 is the assembling schematic diagram of the right slide carriage 67 of Y-axis third layer in pack fusion welding system 6 on the right side of Y-axis shown in Figure 13.

Figure 16 is the structural representation of single-column jacking system 69 in pack fusion welding system 6 on the right side of Y-axis shown in Figure 13.

Figure 17 is the structural representation of single-column hot melt 68 in pack fusion welding system 6 on the right side of Y-axis shown in Figure 13.

Figure 18 is the structural representation of Y-axis right part pressing system 7 in machining center.

Figure 19 is the structural representation of right delivery system 8 in machining center.

Figure 20 is the assembling schematic diagram of one layer of slide carriage 9 in machining center.

Figure 21 is the structural representation one of the left fixed system 10 of fin in machining center.

Figure 22 is the structural representation two of the left fixed system 10 of fin in machining center.

Figure 23 is the structural representation of X-axis fin post left side fusion welding system 11 in machining center.

Figure 24 is the assembling schematic diagram of the left slide carriage 133 of the X-axis second layer in the fusion welding system 11 of X-axis fin post left side.

Figure 25 is the assembling schematic diagram of the left slide carriage 134 of X-axis third layer in the fusion welding system 11 of X-axis fin post left side.

Figure 26 is the assembling schematic diagram of the 4th layer of left slide carriage 135 of X-axis in the fusion welding system 11 of X-axis fin post left side.

Figure 27 is the installation diagram of multicolumn hot melt 31 and multicolumn jacking system 32 in the fusion welding system 11 of X-axis fin post left side.

Figure 28 is the structural representation of Y-axis left side pack fusion welding system 12 in machining center.

Figure 29 is the assembling schematic diagram of the left slide carriage 139 of the Y-axis second layer in pack fusion welding system 12 on the left of Y-axis shown in Figure 28.

Figure 30 is the assembling schematic diagram of the left slide carriage 140 of Y-axis third layer in pack fusion welding system 12 on the left of Y-axis shown in Figure 28.

Figure 31 is the dress of single-column hot melt 68 and single-column jacking system 69 in pack fusion welding system 12 on the left of Y-axis shown in Figure 28 Figure.

Figure 32 is the structural representation of Y-axis left part pressing system 13 in machining center.

Figure 33 is the structural representation of left delivery system 14 in machining center.

Figure 34 is the structural representation of main Transmission system 15 in machining center.

Figure 35 is the fusion process figure using embodiment machining center to 20 post finished heat radiators.

Fin post fusion welding system 5 on the right side of base 1, line slideway auxiliary I 2, platform 3, the right fixed system 4 of fin, X-axis, Y-axis is right Side pack fusion welding system 6, Y-axis right part pressing system 7, right delivery system 8, one layer of slide carriage 9, the left fixed system 10 of fin, X-axis Left side fin post fusion welding system 11, Y-axis left side pack fusion welding system 12, Y-axis left part pressing system 13, left delivery system 14, Main Transmission system 15, fin right support 16, the right pressing system 17 of fin, gripper shoe I 18, fin supporting zone I 19, microswitch 20, compress right reaction frame 21, cylinder flap seat 22, single-column cylinder 23, multicolumn cylinder 24, multicolumn guiding mechanism 25, the flexible pressure of single-column 26, multicolumn flexibility pressure head 27, the right slide carriage 28 of the X-axis second layer, the right slide carriage 29 of X-axis third layer, the 4th layer of right slide carriage 30 of X-axis is more Post hot melt 31, multicolumn jacking system 32, line slideway auxiliary II 33, motor I 34, reductor I 35, leading screw I 36, screw I 37, axle Bearing I 38, the right slide carriage mainboard 39 of the X-axis second layer, line slideway auxiliary III 40, leading screw II 41, screw II 42, the X-axis third layer right side slips Plate mainboard 43, multi-way pipe fitting lower clamp seat 44, line slideway auxiliary IV 45, cylinder I 46, the 4th layer of right slide carriage frame 47 of X-axis, single-pass gas Cylinder 48, single-pass pipe fitting upper fixture seat 49, cylinder 50 of ventilating more leads to guiding mechanism 51, multi-way pipe fitting upper fixture seat 52, cylinder II more 53, cylinder block I 54, slider I 55, riser 56, lifting position governor motion 57, buffer gear 58, heating plate I 59 heats head Public I 60, hot melt head female I 61, surface temperature sensor 62, insulated heat base plate I 63, insulated heat cover plate I 64, Y-axis base plate 65, The right slide carriage 66 of the Y-axis second layer, the right slide carriage 67 of Y-axis third layer, single-column hot melt 68, single-column jacking system 69, line slideway auxiliary V 70, motor II 71, reductor II 72, leading screw III 73, screw III 74, bearing block II 75, the right slide carriage mainboard 76 of the Y-axis second layer, directly Line guideway VI 77, leading screw IV 78, screw IV 79, bearing block III 80, the right slide carriage mainboard 81 of Y-axis third layer, Y-axis pipe fitting lower clamp Seat 82, cylinder block II 83, cylinder III 84, Y-axis pipe fitting upper fixture seat 85, single-column riser 86, cylinder IV 87, single-column cylinder block 88, slide block II 89, single-column lifting position governor motion 90, single-column buffer gear 91, heating plate II 92, hot melt head public II 93, heat Molten head female II 94, insulated heat base plate II 95, insulated heat cover plate II 96, right part square chest base 97, right part square chest 98, end Portion pipe fitting lower clamp seat 99, end cylinders seat 100, end cylinders 101, end pipe fitting upper fixture seat 102, bracket after right delivery 103, delivery base 104, line slideway auxiliary VII 105, delivery moves seat 106, cylinder block III 107, cylinder V 108, guiding mechanism 109, workpiece supporting plate 110, workpiece hook disk 111, motor III 112, reductor III 113, bearing block III 114, lead screw pair I 115, delivery Front bracket 116, leading screw V 117, guide bearing 118, guide post 119, screw V 120, transmission support seat 121, motor IV 122, Reductor IV 123, leading screw VI 124, screw VI 125, bearing block IV 126, fin left socle 127, the left Compliant pressure system of fin 128, gripper shoe II 129, fin supporting zone II 130, cylinder clamping mechanism 131 compresses left reaction frame 132, and the X-axis second layer is left Slide carriage 133, the left slide carriage 134 of X-axis third layer, the 4th layer of left slide carriage 135 of X-axis, the left slide carriage mainboard 136 of the X-axis second layer, X-axis the 3rd The left slide carriage mainboard 137 of layer, the 4th layer of left slide carriage frame 138 of X-axis, the left slide carriage 139 of the Y-axis second layer, the left slide carriage 140, Y of Y-axis third layer The left slide carriage mainboard 141 of the axle second layer, the left slide carriage mainboard 142 of Y-axis third layer, left part square chest base 143, left part square chest 144, Bracket 145 after left delivery, main transmission base 146, guide rail slide 147, the dynamic seat 148 of transmission, line slideway auxiliary VIII 149, slide 150, cylinder VI 151, fin supporting plate 152, fin pallet 153, lead screw pair II 154, leading screw VII 155, screw VII 156, bearing block V 157, main transmission retaining mechanism 15 8, crossbeam 159, scale 160, finned tube 161, multi-way pipe fitting 162

Specific embodiment

Embodiment macromolecule radiator multicolumn melting welding machining center (five post machines)

The five posts machine shown in Fig. 1-4 has a rectangular seat 1 using shaped steel welding (or casting), left on base 1 Side is installed can ensure three piece technical grade line slideway auxiliaries I 2 of the part of appliance along the one-dimensional linear motion of X-direction, and it is convex that right side sets one Play platform 3.One layer of slide carriage 9 is housed, the upper surface position of one layer of slide carriage 9 is located at same with the upper surface of platform 3 on line slideway auxiliary I 2 One plane.Left front end is provided with the right fixed system 4 of fin on platform 3, for fixing finned tube 161.Left front portion is provided with X on platform 3 Fin post fusion welding system 5 on the right side of axle.Left portion is provided with pack fusion welding system 6 on the right side of Y-axis on platform 3.Left back portion sets Y on platform 3 Axle right part pressing system 7.It is provided with positioned at the left side of Y-axis right part pressing system 7 on platform 3 and drags workpiece along Y direction The right delivery system 8 of (radiator).The corresponding right front ends on one layer of slide carriage 9 are designed with the left fixed system 10 of fin, are used for Fixed finned tube 161.Right front portion on one layer of slide carriage 9 is provided with fin post fusion welding system 11 on the left of X-axis.The right side on one layer of slide carriage 9 Middle part is provided with pack fusion welding system 12 on the left of Y-axis.Right rear portion on one layer of slide carriage 9 is provided with Y-axis left part pressing system 13.One layer The left delivery system along Y direction dragging workpiece (radiator) is installed positioned at the right of Y-axis left part pressing system 13 on slide carriage 9 System 14.It is located between one layer of slide carriage 9 and platform 3 on line slideway auxiliary I 2, is provided with and drags workpiece (radiator) along Y direction Main Transmission system 15.

The left and right that the right fixed system 4 of fin has collectively constituted multicolumn fin with the left fixed system 10 of fin supports positioning compression Mechanism.As shown in Figure 5, Figure 6 the right fixed system 4 of fin mainly include it is fixed on platen 3 for placing multicolumn heatsink fins Piece and the fin right support 16 with tally function, and positioned at the right pressing system 17 of fin of the top of fin right support 16.Fin Right support 16 has gripper shoe I 18, and gripper shoe I 18 is provided with 5 fin supporting zones I 19 (being divided into No. 1～No. 5 positions), each The microswitch 20 with tally function is respectively arranged with fin supporting zone I 19.Each heat radiator fin that operator is put into is equal Can be pressed in this microswitch 20, the pressurized output switch amount signal of microswitch 20 feeds back to automatically controlling for machining center and is System so that the regional location that the quantity of clear and definite this melting welding fin of main frame of automatic control system and fin are placed, and then can make The machining center possesses the intelligent functions for recording and showing manufacturing schedule automatically.The top of fin right support 16 is equipped with by cylinder The right pressing system 17 of fin of driving.As shown in Figure 6 the right pressing system 17 of fin is main by the right reaction frame 21 of compression, cylinder flap seat 22nd, single-column cylinder 23, multicolumn cylinder 24, multicolumn guiding mechanism 25, single-column flexibility pressure head 26, multicolumn flexibility pressure head 27 are constituted.Its It is middle to compress right reaction frame 21 and fix the top Suspending fixation cylinder flap seat 22 for compressing right reaction frame 21 on platen 3, hang in cylinder Single-column cylinder 23, multicolumn cylinder 24 and multicolumn guiding mechanism 25 are fixed with seat 22；The lower section of single-column cylinder 23 is connected with single-column Flexible pressure head 26, the pressuring action to No. 1 position fin in fin supporting zone I 19 is responsible in the case where corresponding air-operated solenoid valve drives； The lower section of multicolumn cylinder 24 and multicolumn guiding mechanism 25 is connected with multicolumn flexibility pressure head 27, bears in the case where corresponding air-operated solenoid valve drives Pressuring action of the duty to No. 2 in fin supporting zone I 19～No. 5 position fins.

The synchronization action of fin post fusion welding system 11 on the left of X-axis right side fin post fusion welding system 5 as shown in Figure 1 and X-axis, mainly Realize the finned tube 161 and single-pass pipe fitting (or multi-way pipe fitting 162) of radiator along the left side needed for the X-direction melting welding course of work Right bilateral X to feed, clamping, hot melt, melting welding and unclamp depart from function.X-axis right side as shown in Figure 7 fin post fusion welding system 5 have the right slide carriage 28 of the X-axis second layer, the 4th layer of right slide carriage 30, multicolumn hot melt 31 of the right slide carriage 29, X-axis of X-axis third layer and multicolumn Jacking system 32.The right slide carriage 28 of the X-axis second layer is arranged on the left front portion of platform 3 by two line slideway auxiliaries II 33, and passes through Jing reducing motors drive screw it is secondary and along X-direction movement.Reducing motor is by motor I 34 (preferably servomotor) and slows down Machine I 35 (preferably worm-gear speed reducer) is constituted.Accurate screw pair (preferably ball wire bar pair), by leading screw I 36 Constitute with screw I 37, the wherein frame of leading screw I 36 in being fixed between two bearing blocks I 38 in the left front portion of platform 3, the power of leading screw I 36 Square input is plugged in the output of reductor I 35 set by flat key.Rotated by the motor I 34 of procedure auto-control, moment of torsion leads to Crossing the transmission of reductor I 35 rotates leading screw I 36, drives screw I 37 along X-axis translation, the screw I 37 and the right slide carriage of the X-axis second layer The 28 right slide carriage mainboard 39 of the X-axis second layer connects, and realizes intelligence of the right slide carriage 28 of the X-axis second layer by procedure auto-control advanced positions Can control function.

As Figure 7-8 Jing is installed by two line slideway auxiliaries III 40 above the right slide carriage 28 of the X-axis second layer to subtract Speed motor drive screw is secondary and the right slide carriage 29 of X-axis third layer that drag along X-direction.Wherein reducing motor is (preferred by motor I 34 Ground is servomotor) and reductor I 35 (preferably worm-gear speed reducer) composition.Accurate screw pair (is preferably rolled Ballscrew pair), it is made up of leading screw II 41 and screw II 42, the frame of leading screw II 41 is in being fixed on the right slide carriage mainboard 39 of the X-axis second layer Between two bearing blocks I 38 in face, the moment input end of leading screw II 41 is plugged in the output of reductor I 35 set by flat key. Rotated by the motor I 34 of procedure auto-control, moment of torsion rotates leading screw II 41 by the transmission of reductor I 35, drives screw II 42 Along X-axis translation, the screw II 42 is connected with the right slide carriage mainboard 43 of X-axis third layer of the right slide carriage 29 of X-axis third layer, realizes X-axis Intelligent control function of the three layers of right slide carriage 29 by procedure auto-control advanced positions.The as shown in Figure 9 right slide carriage mainboard of X-axis third layer 43 left part design and installation has the multi-way pipe fitting lower clamp seat 44 for placing single-pass and multi-way pipe fitting 162.

It is provided with by two line slideway auxiliaries IV 45 above the right slide carriage mainboard 43 of X-axis third layer as shown in Fig. 7,10 The 4th layer of right slide carriage 30 of X-axis that Jing cylinders I 46 are dragged along X-direction, the 4th layer of right slide carriage 30 of X-axis is provided with the 4th layer of right side of X-axis Slide carriage frame 47, in the left end of the 4th layer of right slide carriage frame 47 of X-axis the single-pass pipe of the driving of single-pass cylinder 48 is provided with along Z-direction The multi-way pipe fitting upper fixture seat 52 that part upper fixture seat 49 and many ventilation cylinders 50 are driven by many logical guiding mechanisms 51.On single-pass pipe fitting Clamping fixture seat 49 and multi-way pipe fitting upper fixture seat 52 are located at the top of multi-way pipe fitting lower clamp seat 44.This machining center is automatically controlled System can be learnt according to the feedback of the pressurized output switch amount signal of the microswitch 20 of fin supporting zone I 19 and pressed from both sides under multi-way pipe fitting The pipe fitting species (single-pass is how logical) placed on tool seat 44, intellectuality judges the corresponding electromagnetic valve of triggering, drives single-pass cylinder 48 Or the action of many ventilation cylinders 50, realize single-pass pipe fitting upper fixture seat 49 or the corresponding pipe fitting of the automatic impaction of multi-way pipe fitting upper fixture seat 52 Function.

As Figure 11-12 show the composition structure of multicolumn hot melt 31 and multicolumn jacking system 32 and its with the X-axis second layer The assembly relation of right slide carriage 28：Have along many of Z-direction air cylinder driven in the left part design and installation of the right slide carriage 28 of the X-axis second layer Post hot melt 31 and its multicolumn jacking system 32.As shown in figure 14 wherein multicolumn jacking system 32 is fixed on X-axis by securing member The bottom back side of the right left end of slide carriage mainboard 39 of the second layer, multicolumn hot melt 31 is installed on carrying for multicolumn jacking system 32 by securing member The left top of lift slab 56, can slide up and down under the driving of cylinder II 53 along Z-direction, realize the automatic liter of multicolumn hot melt 31 Drop function.Multicolumn jacking system 32 is main including cylinder II 53, the slider I 55 of cylinder block I 54, line slideway auxiliary, with straight line The riser 56 of guide rail is constituted.It is auxiliary that the invention is preferably designed with lifting position governor motion 57 and buffer gear 58 etc. Help device.Wherein cylinder block I 54 is fixed on the bottom back side of the right left end of slide carriage mainboard 39 of the X-axis second layer by securing member, to realize The translation in the lump of multicolumn hot melt 31 and the right slide carriage 28 of the X-axis second layer along X-axis.

Figure 12 shows the composition structure of multicolumn hot melt 31, and multicolumn hot melt 31 is mainly by multiple with electrified regulation work( Can, and the uniform composition of heating body plate I 59 of the good heat of heat conductivility.The left and right sides of each heating plate I 59 passes through securing member Hot melt head male I 60 and hot melt head female I 61 are separately installed with, surface temperature is installed in the outer surface of tube wall of each hot melt head female I 61 Degree sensor 62, is capable of achieving the independent temperature control of each hot melt head, it is ensured that the temperature homogeneity and accuracy of melting welding, this is raising one The key link of secondary property melting welding forming quality.In order to improve the thermal efficiency and reduce machining center internal heat transfer, the plurality of heating The bottom of plate I 59 is lined with the insulated heat base plate I 63 of high temperature resistant (800 DEG C of ＞), and multicolumn hot melt 31 is adopted with insulation plate I 63 It is arranged on riser 56 with securing member.For the sake of for personal safety, the top design of the plurality of heating plate I 59 have insulation every Hot cover plate I 64.

Y-axis right side pack fusion welding system 6 and the synchronization action of Y-axis left side pack fusion welding system 12, it is main to realize single (or many) Post radiator is along the feed of the left and right bilateral Y-direction needed for Y direction pack fusion process, clamping, hot melt, melting welding and unclamps de- From function.Figure 13 shows the composition structure and its assembly relation with platform 3 of pack fusion welding system 6 on the right side of Y-axis：It has Right slide carriage 67, the single-column hot melt 68 of the right slide carriage 66 of Y-axis base plate 65, the Y-axis second layer, Y-axis third layer and single-column jacking system 69.Such as Y-axis base plate 65 is provided with the left portion of platform 3 shown in Figure 14, two line slideway auxiliaries V 70, Y-axis are installed on Y-axis base plate 65 The right slide carriage 66 of the second layer line slideway auxiliary V 70 and be provided with Jing reducing motors driving screw mandrel side effect under can be along Y direction Drag.Reducing motor is by motor II 71 (preferably servomotor) and reductor II 72 (preferably worm-gear speed reducer) Composition.Accurate screw pair (preferably ball wire bar pair), is made up of leading screw III 73 and screw III 74.The frame of leading screw III 73 is in solid It is scheduled between above Y-axis base plate 65 two bearing blocks II 75, the moment input end of leading screw III 73 is plugged in deceleration by flat key In the output set of machine II 72.Rotated by the motor II 71 of procedure auto-control, moment of torsion makes leading screw III by the transmission of reductor II 72 73 rotate, and drive screw III 74 along the right slide carriage master of the Y-axis second layer of Y-axis translation, the screw III 74 and the right slide carriage 66 of the Y-axis second layer Plate 76 connects, and realizes intelligent control function of the right slide carriage 66 of the Y-axis second layer by procedure auto-control advanced positions.

Figure 15 shows the composition structure and its dress with the right slide carriage 66 of the Y-axis second layer of the right slide carriage 67 of Y-axis third layer With relation：Jing reducing motors are installed by two line slideway auxiliaries VI 77 above the right slide carriage 66 of the Y-axis second layer and drive silk Bar is secondary and the right slide carriage 67 of Y-axis third layer that drag along Y direction.Wherein (preferably servo is electric by motor II 71 for reducing motor Machine) and reductor II 72 (preferably worm-gear speed reducer) composition.Accurate screw pair (preferably ball wire bar pair), It is made up of leading screw IV 78 and screw IV 79, the frame of leading screw IV 78 is in two axles being fixed on above the right slide carriage mainboard 76 of the Y-axis second layer Between bearing III 80, the moment input end of leading screw IV 78 is plugged in the output of reductor II 72 set by flat key.By program certainly The motor II 71 of dynamic control is rotated, and moment of torsion rotates leading screw IV 78 by the transmission of reductor II 72, drives screw IV 79 flat along Y-axis Dynamic, the screw IV 79 is connected with the right slide carriage mainboard 81 of Y-axis third layer, realizes that the right slide carriage 67 of Y-axis third layer receives procedure auto-control The intelligent control function of advanced positions.Left part design and installation above the right slide carriage mainboard 81 of shown Y-axis third layer has for putting Put the Y-axis pipe fitting lower clamp seat 82 of the weldering finished Components fusion (there is single multi- way pipe fitting finned tube) of radiator, Y-axis third layer Right part design and installation above right slide carriage mainboard 81 has cylinder block II 83, and cylinder III 84 is provided with along Z-direction on its upper left side The Y-axis pipe fitting upper fixture seat 85 of driving, Y-axis pipe fitting upper fixture seat 85 is located at the top of Y-axis pipe fitting lower clamp seat 82.

Figure 16 shows the composition structure of single-column hot melt 68 and single-column jacking system 69 and its right with the Y-axis second layer The assembly relation of slide carriage 66：There is the single-column along Z-direction air cylinder driven in the rearward end design and installation of the right slide carriage 66 of the Y-axis second layer Hot melt 68 and its single-column jacking system 69.Single-column jacking system 69 is fixed on the right slide carriage mainboard of the Y-axis second layer by securing member The bottom back side of 76 rearward ends, single-column hot melt 68 is installed on after the single-column riser 86 of single-column jacking system 69 by securing member Top, can slide up and down under the driving of cylinder IV 87 along Z-direction, realize the function of auto-lift of single-column hot melt 68.

Figure 17 shows the composition structure of single-column jacking system 69.Mainly include cylinder IV 87, single-column cylinder block 88, straight line The slide block II 89 of guideway, the single-column riser 86 with line slideway are constituted.The invention is preferably designed with single-column The auxiliary device such as lifting position governor motion 90 and single-column buffer gear 91.Wherein single-column cylinder block 88 is fixed on by securing member The bottom back side of the right rearward end of slide carriage mainboard 76 of the Y-axis second layer, to realize single-column hot melt 68 with the right slide carriage 66 of the Y-axis second layer along Y The translation in the lump of axle.Single-column hot melt 68 is and the good hot homogeneous body heating of heat conductivility by with electrified regulation function Plate II 92 is constituted.Both sides are separately installed with hot melt head male II 93 and hot melt head mother II by securing member before and after heating plate II 92 94, surface temperature sensor 62 is installed in the outer surface of tube wall of hot melt head female II 94, the independent temperature control of hot melt head is capable of achieving, really The temperature homogeneity and accuracy of melting welding are protected, this is the key link for improving disposable melting welding forming quality.In order to improve thermal effect Rate and reduction device interior heat transfer, the bottom of heating plate II 92 is lined with the insulated heat base plate II 95 of high temperature resistant (800 DEG C of ＞), adopts The single-column jacking system 69 for being driven single-column hot melt 68 and insulated heat base plate II 95 with lower section cylinder IV 87 with securing member Single-column riser 86 connects.For the sake of for personal safety, there is insulated heat cover plate II 96 in the top design of heating plate II 92.

Figure 18 shows the composition structure and its assembly relation with platform 3 of Y-axis right part pressing system 7：In platform 3 Left rear design Y-axis right part pressing system 7, it is mainly by under right part square chest base 97, right part square chest 98, end pipe fitting Clamping fixture seat 99, end cylinders seat 100, end cylinders 101 and end pipe fitting upper fixture seat 102 are constituted.

Y-axis right part pressing system 7 and the synchronization action of Y-axis left part pressing system 13, it is main to realize that single (or many) posts dissipate Compression and release function of the hot device along the left and right bilateral pipe fitting needed for Y direction pack fusion process.As shown in figure 18, right-hand member Portion's square chest 98 is installed on the right part square chest base 97 in the left back portion of platform 3 by securing member, and the left part of its upper surface is by tight Firmware is provided with end pipe fitting lower clamp seat 99, and the right part of its upper surface is provided with end cylinders seat 100 by securing member.At end The left top of portion's cylinder block 100 is provided with end cylinders 101 by securing member along Z-direction, the outfan of this end cylinders 101 It is connected with end pipe fitting upper fixture seat 102.Under program, automatic output pressure drives end cylinders to corresponding electromagnetic valve 101 make end pipe fitting upper fixture seat 102 move up and down, and the left and right bilateral of list (many) the fin column jecket part of melting welding pack is treated in realization Clamping and release.

Figure 19 shows the composition structure of right delivery system 8 and its assembling with the Y-axis right part pressing system 7 of platform 3 Relation：On platen 3 right delivery system 8 is installed positioned at the left side of Y-axis right part pressing system 7, its mainly by right delivery after Bracket 103, delivery base 104, line slideway auxiliary VII 105, delivery move seat 106, cylinder block III 107, cylinder V 108, Guiding machine Structure 109, workpiece supporting plate 110, workpiece hook disk 111, motor III 112, reductor III 113, bearing block III 114, lead screw pair I 115 and Bracket 116 is constituted before delivery.Right delivery system 8 and left delivery system 14 either motor drag or pneumatic as Figure 1-4 Lifting have to be completely synchronized action, and its effect is not only capable of achieving along the left and right bilateral needed for Y, Z-direction pack fusion process The lifting, dropping place, delivery transfer function of single (or many) post radiators, but also the combination melting welding molding of this machining center can be completed Radiator output function.As shown in figure 19, bracket 103 is installed on the bottom of right part square chest base 97 by securing member after right delivery Face, the upper surface of bracket 116 is provided with delivery base 104 by securing member before bracket 103 and delivery after right delivery.Two cylinder blocks III 107 are landed in the two ends that inside is installed with the dynamic seat 106 of delivery of leading screw V 117 by line slideway auxiliary VII 105.Two in diagram Cylinder V 108 is individually fixed on corresponding cylinder block III 107, and the guide bearing 118 in guiding mechanism 109 is installed on delivery and moves In seat 106, the guide post 119 in the outfan and guiding mechanism 109 of cylinder V 108 is connected with workpiece supporting plate 110.Cylinder V 108 under the solenoid-driven of program automatic control, its outfan drive workpiece supporting plate 110 be capable of achieving the lifting to radiator workpiece, Dropping place function.As shown in figure 19, wherein the reductor III 113 with necessary electromotor III 112 (preferably servomotor) is fixed In the rearward end of delivery base 104.The frame of leading screw V 117 of lead screw pair I 115 (preferably ball screw assembly) is in being fixed on delivery Between two bearing blocks III 114 above base 104, the moment input end of leading screw V 117 is plugged in reductor III by flat key In 113 output set.Rotated by the motor III 112 of procedure auto-control, moment of torsion makes leading screw V by the transmission of reductor III 113 117 rotate, and drive screw V 120 along Y-axis translation, and the screw V 120 is connected with one of cylinder block III 107, is indirectly connected with It is provided with workpiece supporting plate 110, workpiece supporting plate 110 dedicated for pulling the workpiece hook disk 111 of radiator workpiece fin.Then It is capable of achieving the intelligent control function transmitted by the delivery of procedure auto-control advanced positions to radiator workpiece.

Figure 20 shows the composition structure and its assembly relation with base 1 of one layer of slide carriage 9：The left side above base 1 leads to Cross one layer of slide carriage 9 that three line slideway auxiliaries I 2 are provided with Jing reducing motors drive screw pair and drag along X-direction, the assembling Structure is mainly by one layer of slide carriage 9, line slideway auxiliary I 2, transmission support seat 121, motor IV 122, reductor IV 123, leading screw VI 124th, screw VI 125 and bearing block IV 126 are constituted.The main purpose of one layer of design of slide carriage 9 is for automatically controlling radiator Centre-to-centre spacing.When operator be input in the man machine interface of the robot control system(RCS) of this machining center " centre-to-centre spacing " of radiator to be produced or When " finned length ", start key is pressed, servo robot control system(RCS) meeting output action instructs automatic motor IV 122 to rotate and stop Only, move along the x-axis one layer of slide carriage 9, be accurate to up to the specified location for meeting centre-to-centre spacing requirement.Wherein reducing motor is by motor IV 122 (preferably servomotors) and reductor IV 123 (preferably worm-gear speed reducer) are constituted.Accurate screw pair (preferably ball wire bar pair), the frame of leading screw VI 124 in being made up of leading screw VI 124 and screw VI 125 is in being fixed in base 1 Between two bearing blocks IV 126 above the transmission support seat 121 at middle part.The moment input end of leading screw VI 124 is inserted by flat key In output loaded on reductor IV 123 set.Rotated by the motor IV 122 of procedure auto-control, moment of torsion is passed by reductor IV 123 Passing rotates leading screw VI 124, drives screw VI 125 along X-axis translation, and the screw VI 125 is connected with one layer of slide carriage 9, realizes one layer Intelligent control function of the slide carriage 9 by procedure auto-control advanced positions.

Composition structure and its assembly relation with one layer of slide carriage 9 that Figure 21,22 show the left fixed system 10 of fin：One The right front ends portion of layer slide carriage 9 is devised for fixing the left fixed system 10 of the fin of multicolumn heat radiator fin.The left fixed system of fin System 10 is main to hook function by what is installed on the right front ends portion surface of one layer of slide carriage 9 with heat radiator fin left end, for putting The left Compliant pressure system 128 of fin left socle 127 and fin thereon for putting multicolumn heat radiator fin is constituted.The left fixation of the fin System 10 is oppositely arranged with the right fixed system 4 of aforesaid fin, has collectively constituted the left and right sides of macromolecule radiator multicolumn fin Support positioning compression mechanism.Wherein as shown in figure 21, the fin of separation is included in the gripper shoe II 129 of fin left socle 127 Supporting zone II 130 (is divided into No. 1～No. 5 positions).The rear and front end (or its back side) of the upper surface of gripper shoe II 129 be provided with for Hook the cylinder clamping mechanism 131 of heat radiator fin left end.The fin of air cylinder driven is installed in the top of fin left socle 127 Left Compliant pressure system 128.As shown in figure 25 the system is mainly by the left reaction frame 132 of compression, cylinder flap seat 22, single-column cylinder 23rd, multicolumn cylinder 24, multicolumn guiding mechanism 25, single-column flexibility pressure head 26, multicolumn flexibility pressure head 27 are constituted.Wherein compress left counter-force Frame 132 is fixed on the right front portion of one layer of slide carriage 9, and the Suspending fixation of cylinder flap seat 22 is in the right-hand member for compressing left reaction frame 132. Single-column cylinder 23 and multicolumn cylinder 24, wherein single-column cylinder 23 and its lower single-column flexibility pressure being connected are fixed with cylinder flap seat 22 The pressuring action of 26 No. 1 position fins for being responsible for the fin supporting zone II 130 in the case where corresponding air-operated solenoid valve drives；Multicolumn Cylinder 24 and multicolumn guiding mechanism 25 are responsible for institute to the multicolumn flexibility pressure head 27 of its lower connection under the driving of corresponding air-operated solenoid valve State the pressuring action of No. 2～No. 5 position fins of fin supporting zone II 130.

Figure 23 shows the composition structure and its assembly relation with one layer of slide carriage 9 of fin post fusion welding system 11 on the left of X-axis： Fusion welding system 11 on the left of X-axis fin post is designed with the right front portion of one layer of slide carriage 9, mainly there is the left slide carriage 133, X of the X-axis second layer The 4th layer of left slide carriage 135, multicolumn hot melt 31 of the left slide carriage 134, X-axis of axle third layer and multicolumn jacking system 32.X-axis fin post is left Side fusion welding system 11 is oppositely arranged and synchronization action with X-axis fin post right side fusion welding system 5, mainly realizes the finned tube of radiator 161 with single-pass pipe fitting (or multi-way pipe fitting 162) along the left and right bilateral X needed for the X-direction melting welding course of work to feed, folder Tightly, the function that hot melt, melting welding and release depart from.

Figure 24 shows the composition structure and its assembly relation with one layer of slide carriage 9 of the left slide carriage 133 of the X-axis second layer：One The right front portion of layer slide carriage 9 is provided with Jing reducing motors drive screw pair and drags along X-direction by two line slideway auxiliaries II 33 The left slide carriage 133 of the dynamic X-axis second layer.Shown reducing motor is (excellent by motor I 34 (preferably servomotor) and reductor I 35 Selection of land is worm-gear speed reducer) composition.Accurate screw pair (preferably ball wire bar pair, by leading screw I 36 and screw I 37 Composition), the frame of leading screw I 36 in being fixed between two bearing blocks I 38 of one layer of right front portion of slide carriage 9, the moment input end of leading screw I 36 It is plugged in the output of reductor I 35 set by flat key.Rotated by the motor I 34 of procedure auto-control, moment of torsion passes through reductor I 35 transmission rotate leading screw I 36, drive screw I 37 along X-axis translation, the X-axis of the screw I 37 and the left slide carriage 133 of the X-axis second layer the Two layers of left slide carriage mainboard 136 connect, and realize Based Intelligent Control of the left slide carriage 133 of the X-axis second layer by procedure auto-control advanced positions Function.

Figure 25 shows the composition structure of the left slide carriage 134 of X-axis third layer and its assembling with the left slide carriage 133 of the X-axis second layer Relation：Jing reducing motor drive screws are installed by two line slideway auxiliaries III 40 above the left slide carriage 133 of the X-axis second layer The left slide carriage 133 of X-axis third layer that is secondary and dragging along X-direction.Wherein reducing motor is by motor I 34 (preferably servomotor) With reductor I 35 (preferably worm-gear speed reducer) composition.Accurate screw pair (preferably ball wire bar pair, by silk Thick stick II 41 and screw II 42 are constituted) in the frame of leading screw II 41 in two axles being fixed on above the left slide carriage mainboard 136 of the X-axis second layer Between bearing I 38, the moment input end of leading screw II 41 is plugged in the output of reductor I 35 set by flat key.By Automatic Program The motor I 34 of control is rotated, and moment of torsion rotates leading screw II 41 by the transmission of reductor I 35, drives screw II 42 along X-axis translation, The screw II 42 is connected with the left slide carriage mainboard 137 of X-axis third layer of the left slide carriage 134 of X-axis third layer, realizes that an X-axis third layer left side slips Intelligent control function of the plate 134 by procedure auto-control advanced positions.The right-hand member of the left slide carriage mainboard 137 of shown X-axis third layer Portion's design and installation has the multi-way pipe fitting lower clamp seat 44 for placing single-pass or multi-way pipe fitting 162.

Figure 26 shows the composition structure of the 4th layer of left slide carriage 135 of X-axis and its assembling with the left slide carriage 134 of X-axis third layer Relation：Jing cylinders I 46 are installed along X by two line slideway auxiliaries IV 45 above the left slide carriage mainboard 137 of the X-axis third layer The 4th layer of left slide carriage 135 of X-axis that direction of principal axis is dragged, is provided with the right part of the 4th layer of left slide carriage frame 138 of X-axis along Z-direction Many siphunculus that the single-pass pipe fitting upper fixture seat 49 and many ventilation cylinders 50 that single-pass cylinder 48 drives is driven by many logical guiding mechanisms 51 Part upper fixture seat 52.

The automatic control system of this machining center can be according to the pressurized output switch of microswitch 20 of fin supporting zone I 19 The feedback of amount signal learns the pipe fitting species (single-pass is how logical) placed on the multi-way pipe fitting lower clamp seat 44, and intellectuality judges Corresponding electromagnetic valve is triggered, the single-pass cylinder being provided with the 4th layer of right slide carriage 30 of the 4th layer of left slide carriage 135 of X-axis and X-axis is driven The action of 48 or many ventilation cylinders 50, realizes left and right bilateral single-pass pipe fitting upper fixture seat 49 or multi-way pipe fitting upper fixture seat 52 from dynamic pressure The function of tight corresponding left and right bilateral pipe fitting.

Figure 27 show the composition structure of multicolumn hot melt 31 and multicolumn jacking system 32 and its with the left slide carriage of the X-axis second layer 133 assembly relation：There is the multicolumn heat along Z-direction air cylinder driven in the right part design and installation of the left slide carriage 133 of the X-axis second layer Molten 31 and its multicolumn jacking system 32.As shown in figure 27 wherein multicolumn jacking system 32 is fixed on X-axis second by securing member The bottom back side of the left right-hand member of slide carriage mainboard 136 of layer, multicolumn hot melt 31 is installed on the right top of multicolumn jacking system 32 by securing member Portion.Can slide up and down along Z-direction under the driving of cylinder II 53, realize the function of auto-lift of multicolumn hot melt 31.

Figure 28 shows the composition structure and its assembly relation with one layer of slide carriage 9 of pack fusion welding system 12 on the left of Y-axis： The Y-axis left side pack fusion welding system 12 of the right middle design of one layer of slide carriage 9 is main by Y-axis base plate 65, the left slide carriage of the Y-axis second layer 139th, left slide carriage 140, the single-column hot melt 68 of Y-axis third layer and single-column jacking system 69 are constituted.Pack fusion welding system 12 on the left of Y-axis It is oppositely arranged and synchronization action with pack fusion welding system 6 on the right side of Y-axis, it is main to realize single (or many) posts radiator along Y direction group Left and right bilateral Y-direction feed needed for piece fusion process clamps and unclamps detachment function.

Figure 29 shows the composition structure and its assembly relation with one layer of slide carriage 9 of the left slide carriage 139 of the Y-axis second layer：One The right middle of layer slide carriage 9, is provided with above with the Y-axis base plate 65 of two line slideway auxiliaries V 70 by anchor design, is led to Cross the left slide carriage of the Y-axis second layer that the line slideway auxiliary V 70 is provided with Jing reducing motors drive screw pair and drags along Y direction 139.Reducing motor is by motor II 71 (preferably servomotor) and reductor II 72 (preferably worm-gear speed reducer) Composition.Accurate screw pair (preferably ball wire bar pair, is made up of leading screw III 73 and screw III 74), the frame of leading screw III 73 is in solid It is scheduled between above Y-axis base plate 65 two bearing blocks II 75, the moment input end of leading screw III 73 is plugged in deceleration by flat key In the output set of machine II 72.Rotated by the motor II 71 of procedure auto-control, moment of torsion makes leading screw III by the transmission of reductor II 72 73 rotate, and drive screw III 74 along the left slide carriage of the Y-axis second layer of Y-axis translation, the screw III 74 and the left slide carriage 139 of the Y-axis second layer Mainboard 141 connects, and realizes intelligent control function of the left slide carriage 139 of the Y-axis second layer by procedure auto-control advanced positions.

Figure 30 shows the composition structure of the left slide carriage 140 of Y-axis third layer and its assembling with the left slide carriage 139 of the Y-axis second layer Relation：Jing reducing motor drive screws are installed by two line slideway auxiliaries VI 77 above the left slide carriage 139 of the Y-axis second layer The left slide carriage 140 of Y-axis third layer that is secondary and dragging along Y direction.Wherein (preferably servo is electric by motor II 71 for reducing motor Machine) and reductor II 72 (preferably worm-gear speed reducer) composition.Accurate screw pair (preferably ball wire bar pair, Be made up of leading screw IV 78 and screw IV 79) in the frame of leading screw IV 78 in two be fixed on above the left slide carriage mainboard 141 of the Y-axis second layer Between individual bearing block III 80, the moment input end of leading screw IV 78 is plugged in the output of reductor II 72 set by flat key.By journey The motor II 71 that sequence is automatically controlled is rotated, and moment of torsion rotates leading screw IV 78 by the transmission of reductor II 72, drives screw IV 79 along Y Axle translation, the screw IV 79 is connected with the left slide carriage mainboard 142 of Y-axis third layer, realizes the left slide carriage 140 of Y-axis third layer by program certainly The intelligent control function of dynamic control advanced positions.Right part design above the left slide carriage mainboard 142 of Y-axis third layer shown in Figure 30 Y-axis pipe fitting lower clamp seat 82 for placing list (many) the fin post for treating melting welding pack of radiator, shown Y-axis are installed Left part design and installation above three layers of left slide carriage mainboard 142 has cylinder block II 83 to be provided with cylinder along Z-direction in its upper right side The III 84 Y-axis pipe fitting upper fixture seats 85 for driving.Figure 31 shows the composition structure of single-column hot melt 68 and single-column jacking system 69 And its assembly relation with the left slide carriage 139 of the Y-axis second layer：Have along Z in the rearward end design and installation of the left slide carriage 139 of the Y-axis second layer The single-column hot melt 68 of direction of principal axis air cylinder driven and its single-column jacking system 69.As shown in figure 31 wherein single-column jacking system 69 leads to The bottom back side that securing member is fixed on the left rearward end of slide carriage mainboard 141 of the Y-axis second layer is crossed, single-column hot melt 68 is installed by securing member In the rear top of the single-column riser 86 of single-column jacking system 69, can slide up and down along Z-direction under the driving of cylinder IV 87, Realize the function of auto-lift of " single-column hot melt 68 ".

The composition structure of single-column jacking system 69 as shown in figure 31：Mainly include cylinder IV 87, single-column cylinder block 88, straight The slide block II 89 of line guideway, the single-column riser 86 with line slideway are constituted.This machining center is preferably designed with list The auxiliary device such as post lifting position governor motion 90 and single-column buffer gear 91.Wherein single-column cylinder block 88 is fixed by securing member In the bottom back side of the left rearward end of slide carriage mainboard 141 of the Y-axis second layer, to realize single-column hot melt 68 and the left slide carriage 139 of the Y-axis second layer Along the translation in the lump of Y-axis.

Figure 32 shows the composition structure and its assembly relation with one layer of slide carriage 9 of Y-axis left part pressing system 13：One The Y-axis left part pressing system 13 of the right rear design of layer slide carriage 9 is main by left part square chest base 143, left part square chest 144th, end pipe fitting lower clamp seat 99, end cylinders seat 100, end cylinders 101 and end pipe fitting upper fixture seat 102 are constituted.Should Part body and the synchronization action of Y-axis right part pressing system 7, it is main to realize that single (or many) posts radiator is molten along Y direction pack The compression and release function of left and right bilateral pipe fitting required during weldering.Wherein left part square chest 144 is installed on by securing member On the left part square chest base 143 at the right rear portion of one layer of slide carriage 9, the right part of its upper surface is provided with end pipe by securing member Part lower clamp seat 99, the left part of its upper surface is provided with end cylinders seat 100 by securing member.On the right side of end cylinders seat 100 Top is provided with end cylinders 101 by securing member along Z-direction, and the outfan of this cylinder is connected with end pipe fitting upper fixture seat 102.Under program, automatic output pressure drives end cylinders 101 to make " end pipe fitting upper fixture seat to corresponding electromagnetic valve 102 move up and down, and the clamping and release of the left and right bilateral of list (many) the fin column jecket part of melting welding pack is treated in realization.

Figure 33 shows the composition structure of left delivery system 14 and its closes with the assembling of Y-axis left part pressing system 13 System：It is main including a left side in the left delivery system 14 that the right of the Y-axis left part pressing system 13 at one layer of right rear portion of slide carriage 9 is installed The dynamic seat 106 of bracket 145, delivery base 104, line slideway auxiliary VII 105, delivery after delivery, cylinder block III 107, cylinder V 108, Guiding mechanism 109, workpiece supporting plate 110, workpiece hook disk 111, motor III 112, reductor III 113, bearing block III 114, lead screw pair I 115 and delivery before bracket 116 constitute.

Either motor drag or air-powered lifting have to be completely synchronized action to left delivery system 14 with right delivery system 8, Its effect is not only capable of achieving the act along left and right bilateral list (or many) the post radiator needed for Y, Z-direction pack fusion process Liter, dropping place, delivery transfer function, but also the radiator output function that this machining center combines melting welding molding can be completed.Wherein Bracket 145 is installed on the bottom of the left part square chest base 143 of Y-axis left part pressing system 13 by securing member after left delivery Face, the upper surface of bracket 116 is provided with delivery base 104 by securing member before bracket 145 and delivery after left delivery.Two cylinder blocks III 107 are landed in inside by line slideway auxiliary VII 105 is installed with the dynamic seat 106 of the delivery of leading screw V 117.Two cylinders in diagram V 108 are fixed on corresponding cylinder block III 107, and the guide bearing 118 in guiding mechanism 109 is installed in the dynamic seat 106 of delivery, Guide post 119 in the outfan and guiding mechanism 109 of cylinder V 108 is connected with workpiece supporting plate 110.Cylinder V 108 is in program Under the solenoid-driven of automatic control, its outfan drives workpiece supporting plate 110 to be capable of achieving lifting, dropping place function to radiator workpiece. Wherein the reductor III 113 with necessary electromotor III 112 (preferably servomotor) is fixed on the rear end of delivery base 104 Portion.The frame of leading screw V 117 of lead screw pair I 115 (preferably ball screw assembly) is in two axles being fixed on above delivery base 104 Between bearing III 114, the moment input end of leading screw V 117 is plugged in the output of reductor III 113 set by flat key.By program The motor III 112 for automatically controlling is rotated, and moment of torsion rotates leading screw V 117 by the transmission of reductor III 113, drives screw V 120 Along Y-axis translation, the screw V 120 is connected with one of cylinder block III 107, is indirectly coupled to workpiece supporting plate 110, workpiece supporting plate It is provided with 110 dedicated for pulling the workpiece hook disk 111 of radiator workpiece fin.Then it is capable of achieving to receive journey to radiator workpiece Sequence automatically controls the intelligent control function of the delivery transmission of advanced positions.

Figure 34 illustrate the composition structure of main Transmission system 15 and its with the base 1 and the assembly relation of one layer of slide carriage 9： Between the right side of one layer of slide carriage 9 and the left side of platform 3, Jing deceleration electricity is installed by three line slideway auxiliaries I 2 on base 1 Machine drive screw is secondary and drag along Y direction and have in the main Transmission system 15 of workpiece (radiator), the main Transmission system 15 gas The workpiece lifting along Z-direction and dropping place function that cylinder drives.Main Transmission system 15 is main to be slided by main transmission base 146, guide rail Seat 147, the dynamic seat 148 of transmission, line slideway auxiliary VIII 149, slide 150, cylinder VI 151, fin supporting plate 152, fin pallet 153, Motor III 112, reductor III 113, lead screw pair II 154, leading screw VII 155, screw VII 156, bearing block V 157 and main transmission locking Mechanism 158 constitutes.The Main Function of the part body is by heat radiator fin pipe 161 and single-pass pipe fitting (or multi-way pipe fitting 162) Multi-way pipe fitting lower clamp seat 44 is lifted out along Z-direction along the radiator fin that X-direction melting welding is completed, is then passed along Y direction Transport at Y-axis pipe fitting lower clamp seat 82 and along Z-direction dropping place.Wherein main transmission base 146 is installed on described by securing member Above 3 guide rail slides 147 of the line slideway auxiliary I 2 of base 1.The dynamic seat 148 of transmission is landed on main transmission base 146 On the slide 150 of two sets of line slideway auxiliaries 149.Cylinder VI 151 is fixed on the upper surface of the dynamic seat 148 of transmission, cylinder VI in diagram The upper surface of 151 outfans is provided with the fin supporting plate 152 of steel, is provided with for delivery heatsink fins by securing member thereon Piece and by made by nonmetallic materials fin pallet 153, the fin pallet 153 should have and reliable drive fin before and after Y-axis The function of delivery.Under the solenoid-driven of program automatic control, its outfan drive fin pallet 153 can be real for wherein cylinder VI 151 Lifting now to radiator workpiece and dropping place function.The wherein deceleration with necessary electromotor III 112 (preferably servomotor) Machine III 113 is fixed on the rearward end of main transmission base 146.The leading screw VII 155 of lead screw pair II 154 (preferably ball screw assembly) Between two bearing blocks V 157 being fixed on above main transmission base 146, the moment input end of leading screw VII 155 is by flat for frame Key is plugged in the output of reductor III 113 set.Rotated by the motor III 112 of procedure auto-control, moment of torsion passes through reductor III 113 transmission rotate leading screw VII 155, drive screw VII 156 along Y-axis translation, side before and after the screw VII 156 and the dynamic seat 148 of transmission One end connection in two ends, is indirectly coupled to fin supporting plate 152, is provided with fin supporting plate 152 dedicated for pulling radiator The fin pallet 153 of workpiece fin.Then it is capable of achieving to be transmitted radiator workpiece by the delivery of procedure auto-control advanced positions Intelligent control function.

As Figure 1-4, main Transmission system 15 should be located at right side and the base of one layer of slide carriage 9 in actual reflow process Centre position between the left side of 1 platform 3, makes fin pallet 153 just hold the center of gravity of heat radiator fin, is conducive to improving The stationarity that fin is transmitted from X axis Y direction.As shown in figure 34 base 1 before and after both sides X to two crossbeams 159 it is upper Surface has been respectively mounted scale 160, is easy to operator to pull bottom to be seated on the line slideway auxiliary 2 of base 1 it along X-direction Main Transmission system 15 on 3 guide rail slides 147, is allowed to the centre position of the platform 3 in one layer of slide carriage 9 and base 1.

Workflow, as shown in figure 35 by taking the finished product macromolecule radiator of 20 posts as an example, using the present embodiment (with five post machines As a example by) machining center is processed, it is only necessary to complete by manually putting workpiece and 11 melting welding 18 times.Not only significantly reduce waste product Rate, but also substantially reduce fabrication cycle.

Concrete procedure of processing is as follows：

1) Design and Machining step, prepares material, adjusting device.20 post finished product macromolecule radiators are removed into first post and tail Post, middle 18 post is divided into four groups, respectively five posts, five posts, five posts, three posts；According to the fin size of finished product macromolecule radiator, The position of one layer of slide carriage in adjust automatically machining center.

2) the 1st finned tube 161 is placed on No. 1 station of fin right support 16 and fin left socle 127, using fin 10 pairs of the 1st fins of right fixed system 4 and the left fixed system of fin are compressed；Simultaneously on left and right multi-way pipe fitting lower clamp seat 44 with 1 Threeway is placed on number corresponding position of station, and is compressed using left and right 49 pairs of tee pipe fittings of single-pass pipe fitting upper fixture seat；Together When drive the multicolumn hot melt 31 of the left and right sides to rise, drive the right slide carriage 28 of the X-axis second layer and the right slide carriage of third layer simultaneously afterwards 29 move left along X axis, and the left slide carriage 133 of the X-axis second layer and the left slide carriage 134 of third layer are moved right, to the 1st finned tube 161 Left and right two ends and interfaced threeway are heated simultaneously, after the completion of heating, while driving X-axis or so each layer slide carriage (28/ 29/133/134) the multicolumn hot melt 31 that the left and right sides is fallen behind origin position is returned, the right slide carriage 28 of X-axis second is driven immediately afterwards And the right slide carriage 29 of third layer is moved left along X axis, the left slide carriage 133 of the X-axis second layer and the left slide carriage 134 of third layer are moved right, complete The welding of Cheng Shouzhu finished Components；Then in the presence of main Transmission system 15, first post finished Components climb away X-axis right side wing Fin post fusion welding system 11, into next Y-axis melting welding state is treated on the left of piece post fusion welding system 5 and X-axis.X-axis or so is driven afterwards Each layer slide carriage (28/29/133/134) returns origin position.

3) 2-6 finned tubes 161 are placed on the 1-5 stations of fin right support 16 and fin left socle 127, are utilized 10 pairs of 2-6 fins of the right fixed system 4 of fin and the left fixed system of fin are compressed；Simultaneously in left and right multi-way pipe fitting lower clamp seat Corresponding many (five) way pipe fittings 162 are placed on 44, and is pressed from both sides using on left and right single-pass pipe fitting upper fixture seat 49 and multi-way pipe fitting Tool seat (five) more than 52 pairs way pipe fitting 162 is compressed；The multicolumn hot melt 31 for driving the left and right sides simultaneously rises, and drives simultaneously afterwards The right slide carriage 28 of the dynamic X-axis second layer and the right slide carriage 29 of third layer are moved left along X axis, and the left slide carriage 133 of the X-axis second layer and third layer are left Slide carriage 134 is moved right, and the left and right two ends and interfaced many (five) way pipe fittings 162 to 2-6 finned tubes 161 are carried out simultaneously Heating, after the completion of heating, while driving each layer slide carriage (28/29/133/134) of X-axis or so to return falls left and right two behind origin position The multicolumn hot melt 31 of side, drives immediately afterwards the right slide carriage 28 of X-axis second and the right slide carriage 29 of third layer to move left along X axis, X-axis The left slide carriage 133 of the second layer and the left slide carriage 134 of third layer are moved right, and complete the welding of 2-6 post finished Components；Then in main biography In the presence of defeated system 15,2-6 post finished Components climb away fin post fusion welding system 5 and X-axis left side fin post on the right side of X-axis Fusion welding system 11, into next Y-axis melting welding state is treated.The each layer slide carriage (28/29/133/134) of X-axis or so is driven to return afterwards former Point position.The like complete 7-11 posts, 12-16 posts, 17-19 posts and stern post finished Components X-axis welding.

4) with it is above-mentioned simultaneously, first post finished Components are delivered to Y-axis right side pack fusion welding system 6 and Y by main Transmission system 15 It is rear between pack fusion welding system 12 on the left of axle to return origin, then start right delivery system 8 and left delivery system 14 by first post simultaneously Finished Components are delivered between Y-axis right part pressing system 7 and Y-axis left part pressing system 13 and compress；Main Transmission system 15 2-6 post finished Components are delivered between Y-axis right side pack fusion welding system 6 and Y-axis left side pack fusion welding system 12, and are utilized Y-axis pipe fitting lower clamp seat 82 and Y-axis pipe fitting upper fixture 85 pairs of 2-6 post finished Components of seat are clamped；Left and right two is driven simultaneously The single-column hot melt 68 of side rises, and drives the right slide carriage 66 of the Y-axis second layer and the right slide carriage 67 of third layer to be moved back by along Y-axis simultaneously afterwards Move, the left slide carriage 139 of the Y-axis second layer and the left slide carriage 140 of third layer are moved backward, to 2-6 posts finished Components and first post finished product group The corresponding pipe fitting end of part is heated, and drives Y-axis or so each layer slide carriage (66/67/139/140) to return after the completion of heating simultaneously Return the single-column hot melt 68 that the left and right sides is fallen behind origin position, drive the right slide carriage 66 of Y-axis second and third layer simultaneously immediately afterwards Right slide carriage 67 is moved rearwards by along Y-axis, and the left slide carriage 139 of the Y-axis second layer and the left slide carriage 140 of third layer are moved backward, complete first post into Y-axis welding between product component and 2-6 post finished Components.Then in the presence of right delivery system 8 and left delivery system 14, Make finished Components depart from Y-axis right side pack fusion welding system 6 and Y-axis left side pack fusion welding system 12, compress into Y-axis right part and be Between system 7 and Y-axis left part pressing system 13.The like complete 7-11 posts, 12-16 posts, 17-19 posts and stern post into The Y-axis welding of product component.

5) after the completion of the finished product macromolecule radiator melting welding of N (20) post, while starting right delivery system 8 and left delivery system 14, the finished product macromolecule radiator can be removed Y-axis right part pressing system 7 and Y-axis left part pressing system 13.

Claims

1. macromolecule radiator multicolumn melting welding machining center, with base, it is characterised in that base is provided with and is passed along Y direction The main Transmission system of the finned tube of radiator is sent, main Transmission system right side is located on base and is sequentially provided with X-axis right side along Y direction Fin post fusion welding system, Y-axis right side pack fusion welding system and Y-axis right part pressing system；Main Transmission system is located on base left Side is provided with can be sequentially provided with X-axis corresponding with right side left on one layer of slide carriage along one layer of slide carriage of X-direction movement along Y direction Side fin post fusion welding system, Y-axis left side pack fusion welding system and Y-axis left part pressing system；X-axis right side fin post fusion welding system It is used to complete between finned tube and single multi- way pipe fitting along the melting welding of X-direction with X-axis left side fin post fusion welding system；Y-axis right side Pack fusion welding system and Y-axis left side pack fusion welding system are used to complete with single multi- way pipe fitting finned tube i.e. between finished Components Melting welding；Y-axis right part pressing system is used for the compression that melting welding finished Components are treated in realization with Y-axis left part pressing system.

2. macromolecule radiator multicolumn melting welding machining center as claimed in claim 1, it is characterised in that X-axis right side fin post melts Weldering system has the right slide carriage of the X-axis second layer, and the right slide carriage of the X-axis second layer can be moved on base along X-direction；The X-axis second layer is right The left part of slide carriage is provided with the multicolumn jacking system for driving multicolumn hot melt head to slide up and down along Z-direction；The X-axis second layer is right Slide carriage top be provided with can along the right slide carriage of X-axis third layer of X-direction movement, the left part of the right slide carriage of X-axis third layer be provided with for Place the multi-way pipe fitting lower clamp seat of single-pass and multi-way pipe fitting；The right slide carriage top of X-axis third layer is provided with can be along X-direction movement The 4th layer of right slide carriage of X-axis, the left part of the 4th layer of right slide carriage of X-axis is provided with the pipe that can be moved up and down along Z-direction along Z-direction Part upper fixture seat, is entered with the clamping engagement up and down of multi-way pipe fitting lower clamp seat by pipe fitting upper fixture seat to single-pass and multi-way pipe fitting Row positioning is simultaneously compressed；Pipe fitting upper fixture seat is divided into single-pass pipe fitting upper fixture seat and multi-way pipe fitting upper fixture seat, presss from both sides on single-pass pipe fitting , by single-pass air cylinder driven, multi-way pipe fitting upper fixture seat is by more logical air cylinder driven for tool seat.

3. macromolecule radiator multicolumn melting welding machining center as claimed in claim 1, it is characterised in that X-axis left side fin Post fusion welding system is arranged on one layer of slide carriage；X-axis left side fin post fusion welding system has a left slide carriage of the X-axis second layer, X-axis the Two layers of left slide carriage can be moved on one layer of slide carriage along X-direction；It is provided with many for driving in the right part of the left slide carriage of the X-axis second layer The multicolumn jacking system that post hot melt head is slided up and down along Z-direction；The left slide carriage of the X-axis second layer is provided with can be moved along X-direction The left slide carriage of X-axis third layer, the right part of the left slide carriage of X-axis third layer is provided with the multi-way pipe fitting for placing single-pass and multi-way pipe fitting Lower clamp seat；The left slide carriage of X-axis third layer is provided with can be along the 4th layer of left slide carriage of X-axis of X-direction movement, and the 4th layer of left side of X-axis slips The right part Z-direction of plate is provided with the pipe fitting upper fixture seat that can be moved up and down along Z-direction, by pipe fitting upper fixture seat with it is many The clamping engagement up and down of way pipe fitting lower clamp seat is positioned and compressed to single-pass and multi-way pipe fitting.

4. the macromolecule radiator multicolumn melting welding machining center as described in Claims 2 or 3, it is characterised in that the multicolumn hot melt Head has multiple electrified regulation functions, and the uniform heating body plate of the good heat of heat conductivility, the left and right sides of each heating plate It is respectively provided with hot melt head male female with hot melt head, hot melt head is common used to heat the termination of finned tube, heats head female for heating therewith Corresponding multi-way pipe fitting；Hot melt head mother in each heating plate is respectively arranged with surface temperature sensor.

5. macromolecule radiator multicolumn melting welding machining center as claimed in claim 1, it is characterised in that Y-axis right side pack melting welding System has the right slide carriage of the Y-axis second layer, and the right slide carriage of the Y-axis second layer can be moved on base along Y direction；The Y-axis second layer right side slips The rear end of plate is provided with the single-column jacking system for driving single-column hot melt head to slide up and down along Z-direction；The single-column heats head Including heating plate II, and be separately mounted to both sides before and after heating plate II hot melt head is male and hot melt head mother, the heating plate II is With electrified regulation function and the good hot homogeneous body of heat conductivility；The right slide carriage of the Y-axis second layer is provided with can be moved along Y direction The right slide carriage of Y-axis third layer, the right slide carriage of Y-axis third layer be provided with for clamp finished Components Y-axis pipe fitting lower clamp seat and can Along the Y-axis pipe fitting upper fixture seat that Z-direction is moved up and down, Y-axis pipe fitting upper fixture seat is located at the top of Y-axis pipe fitting lower clamp seat.

6. macromolecule radiator multicolumn melting welding machining center as claimed in claim 1, it is characterised in that Y-axis left side pack melting welding System has the left slide carriage of the Y axle second layers, and the left slide carriage of the Y-axis second layer can be moved on one layer of slide carriage along Y direction；The Y-axis second layer The rear end of left slide carriage is provided with the single-column jacking system for driving single-column hot melt head to slide up and down along Z-direction；The single-column heat Molten head includes heating plate II, and be separately mounted to both sides before and after heating plate II hot melt head is male and hot melt head mother, the heating plate II is with electrified regulation function and the good hot homogeneous body of heat conductivility；The left slide carriage of the Y-axis second layer is provided with can be along Y direction The mobile left slide carriage of Y-axis third layer, the left slide carriage of Y-axis third layer is provided with the Y-axis pipe fitting lower clamp seat for clamping finished Components With the Y-axis pipe fitting upper fixture seat that can be moved up and down along Z-direction, Y-axis pipe fitting upper fixture seat be located at Y-axis pipe fitting lower clamp seat it is upper Side.

7. macromolecule radiator multicolumn melting welding machining center as claimed in claim 1, it is characterised in that Y-axis right part compresses system The left and right sides that main Transmission system is located between system and Y-axis left part pressing system is also respectively provided with the right delivery system being oppositely arranged System and left delivery system, right delivery system is identical with the structure of left delivery system, is used to realize to melting welding by the cooperation of the two The delivery work of the finished heat radiator for completing；The left delivery system has delivery base, and delivery base is provided with can be moved along Y-axis The dynamic seat of dynamic delivery, the two ends of the dynamic seat of delivery are provided with cylinder, the outfan of cylinder and the workpiece supporting plate being located above the dynamic seat of delivery Connection, finished heat radiator is placed on workpiece supporting plate, and the lifting to finished heat radiator is realized in workpiece supporting plate by cylinder action With dropping place action.

8. macromolecule radiator multicolumn melting welding machining center as claimed in claim 1, it is characterised in that X-axis right side fin post melts The both sides that main Transmission system is located between weldering system and X-axis left side fin post fusion welding system are further respectively had for fixing finned tube The right fixed system of fin, the left fixed system of the fin for fixing on the left of finned tube on right side；The right fixed system of fin and fin Left fixed system is oppositely arranged, and the right fixed system of the fin includes the fin right support for placing multicolumn heat radiator fin, With positioned at fin right support top by air cylinder driven the right pressing system of fin；Fin right support is provided with the fin of n stations Support region, for supporting n finned tube；The right pressing system of the fin has the right reaction frame of compression being installed on base, pressure The top of tight right reaction frame is provided with single-column cylinder and multicolumn cylinder, and wing in the 1st station of compression is connected with below the single-column cylinder The single-column flexibility pressure head of piece pipe, is connected with the multicolumn flexibility pressure head for compressing 2-n station internally finned tubes below multicolumn cylinder；Institute State the fin left socle that the left fixed system of fin includes for placing multicolumn heat radiator fin, and positioned at fin left socle top by The left Compliant pressure system of fin of air cylinder driven；Fin left socle is provided with the fin supporting zone of n stations, and scattered for hooking The cylinder clamping mechanism of hot device fin left end；The left Compliant pressure system of the fin has and compresses left reaction frame, compresses left counter-force The top of frame is provided with single-column cylinder and multicolumn cylinder, and the list for compressing the 1st station internally finned tube is connected with below the single-column cylinder Post flexibility pressure head, is connected with the multicolumn flexibility pressure head for compressing 2-n station internally finned tubes below multicolumn cylinder.

9. macromolecule radiator multicolumn melting welding machining center as claimed in claim 1, it is characterised in that main Transmission system has master Transmission base, main transmission base is provided with can be provided with by air cylinder driven along the dynamic seat of the transmission of Y direction movement, the dynamic seat of transmission Fin supporting plate, finned tube is placed on fin supporting plate, and the fin supporting plate realizes the lifting to finned tube in the presence of cylinder With dropping place action.