CN203993007U - A kind of air-conditioning condenser and evaporator fin automatic intubation machine - Google Patents
A kind of air-conditioning condenser and evaporator fin automatic intubation machine Download PDFInfo
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- CN203993007U CN203993007U CN201420488963.6U CN201420488963U CN203993007U CN 203993007 U CN203993007 U CN 203993007U CN 201420488963 U CN201420488963 U CN 201420488963U CN 203993007 U CN203993007 U CN 203993007U
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Abstract
The utility model relates to a kind of air-conditioning condenser and evaporator fin automatic intubation machine, comprises frame and is from left to right successively set on U-shaped pipe feed and positioner, fins set feed and positioner and pilot pin automatic whole-column and the feeding cycle device in frame, the principle of this intubation machine is to utilize U-shaped pipe feed and positioner carry out the location of U-shaped pipe and pile up, utilize long taper guide pin and positioning baffle to carry out the location of fins set, motion platform moves to the 1st station place by fins set, by profiling ejector sleeve mechanism and pilot pin, carry out interting of U-shaped pipe, after intubate completes, utilize pilot pin automatic whole-column pilot pin to be extracted and carried out the permutation of aliging of pilot pin with feeding cycle device on permutation baffle plate, after the 1st station completes intubate, motion platform runs to the 2nd station place by fins set, repeat the action at the 1st station place, until complete the intubate operation of fins set.
Description
Technical field
The utility model relates to a kind of air-conditioning condenser and evaporator fin automatic intubation machine, belongs to air-conditioning condenser technical field.
Background technology
Air-conditioning condenser and evaporimeter, for air-conditioner heat-exchange system, are the key components and parts that affects air-conditioner heat-exchange capacity.Air-conditioning condenser and evaporimeter are assembled by aluminium foil fins set, U-shaped pipe, U-shaped elbow, end plate, inlet/outlet pipe etc., and outdoor machine of air-conditioner generally adopts dual-row condenser.
The U-shaped pipe of air-conditioning is generally copper or aluminum material, and conventional caliber is 7mm, and thickness of pipe wall is 0.23mm, and the u bent tube radius after moulding is less than 15mm, and length is greater than 800mm.Dish-type copper pipe becomes the U-shaped pipe of scale after the operations such as U-shaped tube bending machine uncoiling, alignment, chipless cut-out, U-shaped bending.Because U-shaped pipe draw ratio is very large, rigidity is little, is easy to produce the defects such as resilience, wearing and tearing, flexural deformation after moulding, affects efficiency and the quality of the manual intubate of subsequent condensation device and evaporator fin.
Air conditioner aluminium foil fin thickness is 1mm left and right, fin coiled strip enters the lattice stamping-out moulding of establishing rules on fin sheet-punching machine after uncoiling is lubricated, fin after moulding enters piling in material-gathering device and forms the fins set by hundreds of sheet fin windrow one-tenth, and follow-up carrying fins set is carried out the manual intubate operation of U-shaped pipe to operating platform.
The U-shaped cannula of Present Domestic air-conditioning condenser and evaporator fin is all realized by handwork substantially.U-shaped pipe external diameter is compared with large 0.3mm left and right, fin aperture, there is the features such as crooked, the depth of parallelism is low in U-shaped pipe, after fin is stacked into fins set, axiality is very low, during manual intubate, by Manual press, fins set is pressed on operating platform, U-shaped pipe is inserted in fins set hole one by one simultaneously.Due to the design feature of fins set and U-shaped pipe, often there is the defects such as fins set distortion, U-shaped pipe fracture, push away tiltedly, jam in intubate process, therefore the harmony of people's operation has been proposed to higher requirement, and once can only intert a U-shaped pipe.There are the problems such as intubate efficiency is low, quality is unstable, percent defective is high, labor cost is high in manual intubate.
The U-shaped pipe moulding of air-conditioning condenser and evaporimeter, fins intubatton, insert the operations such as U-shaped elbow for handwork production line independently, continuity and the harmony of producing are inadequate, unit are productivity ratio is low, therefore, design fin automatic pipe lining machine need to be considered the automatic assembly line job requirements of condenser and evaporimeter production line higher degree, realize product continuously, beat operation and the function that accumulates.
For solving the problem of air-conditioning manufacturing enterprise condenser production capacity deficiency, improve the quality of product, meet China's air-conditioning and manufacture the requirement being changed to capital technology-intensive industries by labor-intensive production, efficient, the stable fin automation catheterization equipment that development substitutes manual work is effective way.
Utility model content
For the deficiencies in the prior art, the utility model provides a kind of air-conditioning condenser and evaporator fin automatic intubation machine.
The technical solution of the utility model is as follows:
Air-conditioning condenser and an evaporator fin automatic intubation machine, comprise frame and be from left to right successively set on U-shaped pipe feed and positioner, fins set feed and positioner and pilot pin automatic whole-column and the feeding cycle device in frame;
Described U-shaped pipe feed and positioner comprise substrate, U-shaped pipe swing pipe mechanism and profiling ejector sleeve mechanism, described U-shaped pipe swing pipe mechanism and profiling ejector sleeve mechanism are all fixedly installed on substrate, on described substrate, be provided with adjusting hole position, described U-shaped pipe swing pipe mechanism comprises U-shaped pipe Z-direction correcting plate and a plurality of parallel U-shaped pipe Y-direction correcting plates that are set up in parallel, and described U-shaped pipe Z-direction correcting plate is arranged on U-shaped pipe Y-direction correcting plate one side; Between adjacent U-shaped pipe Y-direction correcting plate, for depositing U-shaped pipe, U-shaped pipe Z-direction correcting plate is for the correction in U-shaped pipe vertical direction; Described profiling ejector sleeve mechanism is arranged on the below of U-shaped pipe swing pipe mechanism, in order to realize, promotes U-shaped pipe and penetrates fins set;
Described fins set feed and positioner comprise long taper guide pin, positioning baffle and fins set motion platform, described long taper guide pin runs through and is arranged in fin hole, described long taper guide pin is in order to realize the coaxially stacking of fins set, described positioning baffle is arranged on a side of fins set, described positioning baffle is in order to realize fins set in same plane, described fins set is placed on fins set motion platform, and described fins set motion platform is in order to realize the movement of fins set;
Described pilot pin automatic whole-column and feeding cycle device comprise stepper motor, fixed mount, leading screw, round guide, sliding shoe, material folding slide unit cylinder, pilot pin clamping mechanism and pilot pin; The two ends of described leading screw and round guide are mounted on respectively on the fixed mount of both sides, described both sides fixed mount is oppositely arranged in frame, one end of described stepper motor and leading screw is fixedly linked, described sliding shoe runs through and is arranged on leading screw and round guide, described sliding shoe one side and material folding slide unit cylinder are fixedly linked, described material folding slide unit cylinder is connected with pilot pin clamping mechanism, and described pilot pin clamping mechanism is in order to realize the clamping of pilot pin.
In technique scheme, fins set has large, the poor feature of position, hole axiality of being out of shape, border deformation is larger, therefore the simple profile location that relies on is unreliable, choice for use guide pin and positioning baffle carry out the coaxial positioning of fins set according to the location criterion of " Position with One Plane and Two Holes ", can guarantee well the axiality of fins set; For avoiding location to cause the jam of intubate process, take plane and be the positioning datum location that combines perpendicular to two holes of this plane, take a movement and two rotary freedoms of fins set one plane as the first positioning datum restriction fins set, the long guide pin center line in U-shaped Guan Yikong position is that two movements of the second positioning datum restriction fins set are spent automatically, the 3rd rotational automatic degree of another Kong Weiwei the 3rd positioning datum restriction fins set, thereby the location completely of realizing fins set.
According to the utility model, preferably, on described substrate, be provided with chute, described substrate below is provided with power set, described profiling ejector sleeve mechanism is set to a rectangle push pedal, one end of described push pedal is set to arc groove, and described push pedal embeds and is arranged in chute, and described push pedal is connected with power set by chute.
Further preferred, described power set are motor.The object of this design is, on the one hand, by profiling ejector sleeve mechanism, be set to a rectangle push pedal, the front end of push pedal is provided with the arc groove adapting with U-shaped pipe radius bend, can coincide with U-shaped pipe bending part well, guarantee the stress balance of push pedal U-shaped pipe when ejector sleeve; On the other hand, all push pedals form an integral body, by being fixedly linked with the motor of substrate below, realize the automation of push pedal campaign.
According to the utility model, preferably, described pilot pin automatic whole-column and feeding cycle device also comprise permutation baffle plate, permutation cylinder, fixed head and lifting cylinder, described permutation baffle plate is arranged on fixed head and is positioned at a side of pilot pin clamping mechanism, described permutation baffle plate is connected with permutation cylinder, and described permutation baffle plate is in order to realize the permutation alignment of pilot pin; Described lifting cylinder is arranged on the below of fixed head and is connected with fixed head, and the bottom of described lifting cylinder is fixedly mounted in frame.The benefit of this design is, by cylinder lifting, guarantees enough spaces, is convenient to the permutation clamping of U-shaped pipe pilot pin.
According to the utility model, preferably, described air-conditioning condenser and evaporator fin automatic intubation machine comprise two U-shaped pipe feed that are arranged side by side and positioner and two pilot pin automatic whole-columns that are arranged side by side and feeding cycle device, and described two U-shaped pipe feed and positioner and two pilot pin automatic whole-columns and feeding cycle device Parallel Symmetric are arranged on the both sides of frame.
The benefit of technique scheme is, the U-shaped pipe of moulding has little, the flexible feature of rigidity, and be bulk cargo state after bending machine processing, the Automatic-feeding of U-shaped pipe and to locate be the important procedure of fins intubatton machine automatic intubation.For guaranteeing the raising of automatic intubation efficiency, at the number of times that guarantees to reduce on the basis that intubate is submissive intubate as far as possible.Through single U-shaped pipe, single U-shaped pipe, double U-shaped cannula experiment notice of invitation, arrange U-shaped pipe and intert power in suitable scope, intubate efficiency is very high simultaneously, therefore to the biexhaust pipe condenser automation intubate that makes two bites at a cherry.Fins set for biexhaust pipe, U-shaped pipe feed and positioner and pilot pin automatic whole-column and feeding cycle device are symmetricly set on to two station places, by fins set motion platform, move fins set from a station to another station, one-stop operation can complete interting of biexhaust pipe.
According to the utility model, preferred, described pilot pin two ends are set to bullet, and the mid portion of described pilot pin is set to have the axis body of step surface.The benefit of this design is, U-shaped pipe pilot pin, solved the problem of air-conditioning condenser and evaporator fin automatic intubation machine U-shaped pipe automatic guiding in intubate operation, avoided jam, the wearing and tearing of U-shaped pipe to the destruction of fin and U-shaped pipe self have been reduced, in profiling ejector sleeve structure, U-shaped pipe is penetrated after fin, U-shaped pipe is automatic blanking under Action of Gravity Field, realizes and continues feed.
According to the utility model, preferably, described pilot pin clamping mechanism comprises quiet toothholder plate, moving toothholder plate and clamping plate cylinder, described moving toothholder plate is arranged between quiet toothholder plate, described clamping plate cylinder is fixedly installed on quiet toothholder plate one side and is connected with moving toothholder plate, described quiet toothholder plate and moving toothholder plate are symmetrically arranged with a plurality of clamp pin grooves, and the upper end of described quiet toothholder plate and material folding slide unit cylinder are fixedly linked.
The object of technique scheme is, pilot pin and U-shaped pipe are matched in clearance assembly relation, respectively manage resistance difference during intubate, cause intubate to complete after each pilot pin not concordant.For convenience of pilot pin clamping, complete circulation material conveying action, all pilot pins are shifted onto on permutation baffle plate, realize the alignment of pilot pin.In this design, there is toothholder plate the centre of quiet toothholder plate, one side fixed installation clamping plate cylinder of quiet toothholder plate, clamping plate cylinder is fixedly linked by the slot on quiet toothholder plate and moving toothholder plate, by the flexible realization of clamping plate cylinder, move the movement of toothholder plate, with this, realize the coincidence of the clamp pin groove on moving toothholder plate and quiet toothholder plate or interlock, when clamp pin groove on moving toothholder plate and quiet toothholder plate is staggered, realize the clamping to pilot pin; When the clamp pin groove on moving toothholder plate and quiet toothholder plate coincides, realize unclasping pilot pin; Material folding slide unit cylinder is used for promoting quiet toothholder plate, by the movement of the sliding shoe that is connected with material folding slide unit cylinder, pilot pin is put back to initial position, and then realizes the feeding cycle of pilot pin.
Further preferred, described clamp pin groove is set to V-type clamp pin groove.The benefit of this design is, the centering of V-type clamp pin groove is better, utilizes the reciprocating of moving toothholder plate and quiet toothholder plate to realize to step up and unload pilot pin.
According to the utility model, preferred, the quantity of described long taper guide pin is 2, and described 2 long taper guide pins run through respectively in the fin hole that is arranged at fins set two ends.The advantage of this design is, by the locate mode of " Position with One Plane and Two Holes ", carries out the stacking both simple and practical of fins set, precisely efficient again, has guaranteed air-conditioning condenser and the evaporator fin axiality after being stacked into fins set.
The beneficial effects of the utility model are:
1. the utility model air-conditioning condenser and evaporator fin automatic intubation machine are exclusively used in the automation intubate operation of air-conditioning condenser and evaporator fin group, replaced traditional manual work mode, manpower and materials have been alleviated, reduced operating personnel's the amount of labour, improve production efficiency and product quality simultaneously, saved working time.
2. the utility model air-conditioning condenser and evaporator fin automatic intubation machine can be adjusted structure easily fast and accurately according to the specification of U-shaped pipe and fins set, change and produce soon.
3. the automatic guiding of U-shaped pipe when the utility model air-conditioning condenser and evaporator fin automatic intubation machine utilize pilot pin to carry out intubate, has solved the problem of U-shaped pipe automatic guiding in intubate operation, has reduced the wearing and tearing of U-shaped pipe to the destruction of fin and U-shaped pipe self.
4. the utility model air-conditioning condenser and evaporator fin automatic intubation machine are arranged in automatic assembly line operation, automation to subsequent condensation device and evaporimeter production overall process, fins set intubate station can dock with the automation equipment of front and back technique, realize product continuously, beat operation and the function that accumulates, meet the requirement that rapid, standardization, modularization are produced.
5. the utility model air-conditioning condenser and evaporator fin automation intubate technique compact efficient, assembling process is reasonable in design, for the optimal design of follow-up intubation machine is offered reference.
6. the utility model air-conditioning condenser and the effect of evaporator fin automatic intubation machine is obvious, effect is remarkable, has good economic benefit and social benefit, is worthy of popularization.
Accompanying drawing explanation
Fig. 1 is prior art air-conditioning condenser manufacturing flow chart;
Fig. 2 is the integrated positioning mode figure of the utility model air-conditioning condenser and evaporator fin group " Position with One Plane and Two Holes ";
Fig. 3 is the structural representation of the U-shaped pipe feed of the utility model and positioner;
Fig. 4 is the structural representation of the utility model pilot pin;
Fig. 5 is the utility model pilot pin automatic whole-column and feeding cycle apparatus structure schematic diagram;
Fig. 6 is the structural representation of the utility model pilot pin clamping device;
Fig. 7 is the schematic diagram that the utility model sound toothholder plate cooperatively interacts while clamping pilot pin;
Fig. 8 is the structural representation of the utility model air-conditioning condenser and evaporator fin automatic intubation machine;
Fig. 9 is the utility model intubation machine automatic intubation process chart.
Wherein: 1 is fins set, 2 is long taper guide pin, 3 is positioning baffle, 4 is substrate, 5 is U-shaped pipe, 6 is U-shaped pipe swing pipe mechanism, 7 is U-shaped pipe Y-direction correcting plate, 8 is U-shaped pipe Z-direction correcting plate, 9 is profiling ejector sleeve mechanism, 10 is pilot pin, 11 is sliding shoe, 12 is permutation cylinder, 13 is permutation baffle plate, 14 is clamping cylinder, 15 is pilot pin clamping mechanism, 16 is lifting cylinder, 17 is material folding slide unit cylinder, 18 is stepper motor, 19 is leading screw, 20 is round guide, 21 is fixed head, 22 is quiet toothholder plate, 23 is clamping plate cylinder, 24 is moving toothholder plate, 25 is frame, 26 is the 1st station, 27 is the 2nd station, 29 is fins set, 30 is fins set motion platform, 31 is pilot pin automatic whole-column and feeding cycle device, 32 is pilot pin automatic whole-column and feeding cycle device, 33 is fixed mount.
The specific embodiment
Below by embodiment, also by reference to the accompanying drawings the utility model is described further, but is not limited to this.
Embodiment 1:
As shown in Figures 1 to 8, a kind of air-conditioning condenser and evaporator fin automatic intubation machine, comprise frame 25 and be from left to right successively set on two in the frame U-shaped pipe feed that are arranged side by side and positioner, fins set feed and positioner and two pilot pin automatic whole-columns that are arranged side by side and feeding cycle device, described two U-shaped pipe feed and positioner and two pilot pin automatic whole-columns and feeding cycle device Parallel Symmetric arrange the both sides of frame 25;
Described U-shaped pipe feed and positioner comprise substrate 4, U-shaped pipe swing pipe mechanism 6 and profiling ejector sleeve mechanism 9, described U-shaped pipe swing pipe mechanism 6 and profiling ejector sleeve mechanism equal 9 are fixedly installed on substrate 4, on described substrate 4, be provided with adjusting hole position, this adjusting hole position is in order to adjust the position of U-shaped pipe swing pipe mechanism 6, to adapt to the U-shaped pipe 5 of different length, adaptable U-shaped pipe 5 length ranges are 575～975mm, adaptable single U-shaped pipe 5 radicals are 12～15, described U-shaped pipe swing pipe mechanism 6 comprises the U-shaped pipe Z-direction correcting plate 8 U-shaped pipe Y-direction correcting plate 7 that be set up in parallel parallel with 16, described U-shaped pipe Z-direction correcting plate 8 is arranged on U-shaped pipe Y-direction correcting plate 7 one sides, between adjacent U-shaped pipe Y-direction correcting plate 7 for depositing U-shaped pipe 5, U-shaped pipe Z-direction correcting plate 8 is for the correction in U-shaped pipe 5 vertical direction, described profiling ejector sleeve mechanism 9 is arranged on the below of U-shaped pipe swing pipe mechanism 6, on described substrate 4, be provided with chute, described substrate 4 belows are provided with motor (not shown), described profiling ejector sleeve mechanism 9 is set to a rectangle push pedal, one end of described push pedal is set to arc groove, described push pedal embeds and is arranged in chute, and described push pedal is connected with engine by chute.
Described fins set feed and positioner comprise two long taper guide pins 2, positioning baffle 3 and fins set motion platforms 30, described two long taper guide pins 2 run through in the fin hole that is arranged at the two ends of fin, described long taper guide pin 2 is in order to realize the coaxially stacking of fins set 29, described positioning baffle 3 is arranged on a side of fins set 29, described positioning baffle 3 is in order to realize fins set 29 in same plane, described fins set 29 is placed on fins set motion platform 30, and described fins set motion platform 30 is in order to realize the movement of fins set 29;
Described pilot pin automatic whole-column and feeding cycle device comprise stepper motor 18, fixed mount 33, leading screw 19, round guide 20, sliding shoe 11, material folding slide unit cylinder 17, pilot pin clamping mechanism 15, permutation baffle plate 13, permutation cylinder 12, fixed head 21, lifting cylinder 16 and pilot pin 10, the two ends of described leading screw 19 and round guide 20 are mounted on respectively on both sides fixed mount 33, described both sides fixed mount 33 is oppositely arranged in frame 25, described stepper motor 18 is fixedly linked with one end of leading screw 19, described sliding shoe 11 runs through and is arranged on leading screw 19 and round guide 20, described sliding shoe 11 1 sides and material folding slide unit cylinder 17 are fixedly linked, described material folding slide unit cylinder 17 is connected with pilot pin clamping mechanism 15, described pilot pin clamping mechanism 15 is in order to realize the clamping of pilot pin 10, described permutation baffle plate 13 is arranged on fixed head 21 and is positioned at a side of pilot pin clamping mechanism 15, described permutation baffle plate 13 is connected with permutation cylinder 12, described permutation baffle plate 13 is in order to realize the permutation alignment of pilot pin 10, described lifting cylinder 16 is arranged on the below of fixed head 21 and is connected with fixed head 21, the bottom of described lifting cylinder 16 is fixedly mounted in frame 25.
Wherein, described pilot pin 10 two ends are set to bullet, and the mid portion of described pilot pin is set to have the axis body of step surface.
Wherein, described pilot pin clamping mechanism 15 comprises quiet toothholder plate 22, moving toothholder plate 24 and clamping plate cylinder 23, described moving toothholder plate 24 is arranged between quiet toothholder plate 22, described clamping plate cylinder 23 is fixedly installed on quiet toothholder plate 22 1 sides and is connected with moving toothholder plate 24, described quiet toothholder plate 22 and moving toothholder plate 24 are symmetrically arranged with 30 clamp pin grooves, and the upper end of described quiet toothholder plate 22 and material folding slide unit cylinder 17 are fixedly linked.
Embodiment 2:
Air-conditioning condenser and an evaporator fin automatic intubation machine, as described in Example 1, its difference is structure, described clamp pin groove is set to V-type clamp pin groove.
As shown in Figure 9, utilize the automatic intubation technique of above-mentioned air-conditioning condenser and evaporator fin automatic intubation machine, its operating procedure is as follows,
(1) fins set 29 punching of fin sheet-punching machine being stacked into is used two long taper guide pins 2 and positioning baffle 3 to carry out " Position with One Plane and Two Holes " location, and the fins set 29 behind location is placed on to fins set motion platform 30;
(2) U-shaped pipe feed and the positioner of U-shaped pipe 5 bulk cargos of moulding being put into respectively to the 1st station and the 2nd station carry out swing pipe, utilize 8 pairs of U-shaped pipes 5 of U-shaped pipe Y-direction correcting plate 7 and U-shaped pipe Z-direction correcting plate to carry out guide-localization;
(3) pilot pin automatic whole-column and feeding cycle device 31 and pilot pin automatic whole-column and feeding cycle device 32 carry out permutation at the 1st station and the 2nd station to pilot pin 10 respectively, after permutation completes, by the movement of sliding shoe 11, transport pilot pin 10 and insert in 5 mouthfuls of U-shaped pipes;
(4) start fins set motion platform 30, fins set 29 is transported to the 1st station place and prepares to carry out intubate for the first time;
(5) at the 1st station place, by 9 actions of profiling ejector sleeve mechanism, the U-shaped pipe 5 of first row is penetrated in fins set 29, complete intubate for the first time;
(6), after intubate completes for the first time, by pilot pin automatic whole-column and feeding cycle device 31, at the 1st station place, pilot pin 10 extracted, permutation, be transported to the initial position of the 1st station;
(7) again start fins set motion platform 30, fins set 29 is transported to the 2nd station place and prepares to carry out intubate for the second time;
(8) at the 2nd station place, by 9 actions of profiling ejector sleeve mechanism, the U-shaped pipe 5 of second row is penetrated in fins set, complete intubate for the second time; ;
(9), after intubate completes for the second time, by pilot pin automatic whole-column and feeding cycle device 32, at the 2nd station place, pilot pin 10 extracted, permutation, be transported to the initial position of the 2nd station;
(10) take off the fins set 29 on fins set motion platform 30 in step (8), extract two long taper guide pins 2, manually the U-shaped pipe 5 in interspersed this position, hole, finally completes interting of U-shaped pipe 5, makes the moulding of U-shaped pipe fins set.
Claims (9)
1. air-conditioning condenser and an evaporator fin automatic intubation machine, is characterized in that, comprises frame and be from left to right successively set on U-shaped pipe feed and positioner, fins set feed and positioner and pilot pin automatic whole-column and the feeding cycle device in frame;
Described U-shaped pipe feed and positioner comprise substrate, U-shaped pipe swing pipe mechanism and profiling ejector sleeve mechanism, described U-shaped pipe swing pipe mechanism and profiling ejector sleeve mechanism are all fixedly installed on substrate, on described substrate, be provided with adjusting hole position, described U-shaped pipe swing pipe mechanism comprises U-shaped pipe Z-direction correcting plate and a plurality of parallel U-shaped pipe Y-direction correcting plates that are set up in parallel, and described U-shaped pipe Z-direction correcting plate is arranged on U-shaped pipe Y-direction correcting plate one side; Between adjacent U-shaped pipe Y-direction correcting plate, for depositing U-shaped pipe, U-shaped pipe Z-direction correcting plate is for the correction in U-shaped pipe vertical direction; Described profiling ejector sleeve mechanism is arranged on the below of U-shaped pipe swing pipe mechanism, in order to realize, promotes U-shaped pipe and penetrates fins set;
Described fins set feed and positioner comprise long taper guide pin, positioning baffle and fins set motion platform, described long taper guide pin runs through and is arranged in fin hole, described long taper guide pin is in order to realize the coaxially stacking of fins set, described positioning baffle is arranged on a side of fins set, described positioning baffle is in order to realize fins set in same plane, described fins set is placed on fins set motion platform, and described fins set motion platform is in order to realize the movement of fins set;
Described pilot pin automatic whole-column and feeding cycle device comprise stepper motor, fixed mount, leading screw, round guide, sliding shoe, material folding slide unit cylinder, pilot pin clamping mechanism and pilot pin; The two ends of described leading screw and round guide are mounted on respectively on the fixed mount of both sides, described both sides fixed mount is oppositely arranged in frame, one end of described stepper motor and leading screw is fixedly linked, described sliding shoe runs through and is arranged on leading screw and round guide, described sliding shoe one side and material folding slide unit cylinder are fixedly linked, described material folding slide unit cylinder is connected with pilot pin clamping mechanism, and described pilot pin clamping mechanism is in order to realize the clamping of pilot pin.
2. air-conditioning condenser as claimed in claim 1 and evaporator fin automatic intubation machine, it is characterized in that, on described substrate, be provided with chute, described substrate below is provided with power set, described profiling ejector sleeve mechanism is set to a rectangle push pedal, one end of described push pedal is set to arc groove, and described push pedal embeds and is arranged in chute, and described push pedal is connected with power set by chute.
3. air-conditioning condenser as claimed in claim 2 and evaporator fin automatic intubation machine, is characterized in that, described power set are motor.
4. air-conditioning condenser as claimed in claim 1 and evaporator fin automatic intubation machine, it is characterized in that, described pilot pin automatic whole-column and feeding cycle device also comprise permutation baffle plate, permutation cylinder, fixed head and lifting cylinder, described permutation baffle plate is arranged on fixed head and is positioned at a side of pilot pin clamping mechanism, described permutation baffle plate is connected with permutation cylinder, and described permutation baffle plate is in order to realize the permutation alignment of pilot pin; Described lifting cylinder is arranged on the below of fixed head and is connected with fixed head, and the bottom of described lifting cylinder is fixedly mounted in frame.
5. air-conditioning condenser as claimed in claim 1 and evaporator fin automatic intubation machine, it is characterized in that, described air-conditioning condenser and evaporator fin automatic intubation machine comprise two U-shaped pipe feed that are arranged side by side and positioner and two pilot pin automatic whole-columns that are arranged side by side and feeding cycle device, and described two U-shaped pipe feed and positioner and two pilot pin automatic whole-columns and feeding cycle device Parallel Symmetric are arranged on the both sides of frame.
6. air-conditioning condenser as claimed in claim 1 and evaporator fin automatic intubation machine, is characterized in that, described pilot pin two ends are set to bullet, and the mid portion of described pilot pin is set to have the axis body of step surface.
7. air-conditioning condenser as claimed in claim 1 or 2 and evaporator fin automatic intubation machine, it is characterized in that, described pilot pin clamping mechanism comprises quiet toothholder plate, moving toothholder plate and clamping plate cylinder, described moving toothholder plate is arranged between quiet toothholder plate, described clamping plate cylinder is fixedly installed on quiet toothholder plate one side and is connected with moving toothholder plate, described quiet toothholder plate and moving toothholder plate are symmetrically arranged with a plurality of clamp pin grooves, and the upper end of described quiet toothholder plate and material folding slide unit cylinder are fixedly linked.
8. air-conditioning condenser as claimed in claim 7 and evaporator fin automatic intubation machine, is characterized in that, described clamp pin groove is set to V-type clamp pin groove.
9. air-conditioning condenser as claimed in claim 1 and evaporator fin automatic intubation machine, is characterized in that, the quantity of described long taper guide pin is 2, and described 2 long taper guide pins run through respectively in the fin hole that is arranged at fins set two ends.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420488963.6U CN203993007U (en) | 2014-08-27 | 2014-08-27 | A kind of air-conditioning condenser and evaporator fin automatic intubation machine |
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| CN201420488963.6U CN203993007U (en) | 2014-08-27 | 2014-08-27 | A kind of air-conditioning condenser and evaporator fin automatic intubation machine |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104227366A (en) * | 2014-08-27 | 2014-12-24 | 山东大学 | Automatic tube insertion machine and process for condenser and evaporator fins of air conditioner |
| CN104551615A (en) * | 2014-12-16 | 2015-04-29 | 芜湖美威包装品有限公司 | Aluminum foil pipe inserting tooling for condenser |
| CN104551614A (en) * | 2014-12-16 | 2015-04-29 | 芜湖美威包装品有限公司 | Aluminum foil pipe inserting tooling for condenser |
| CN108907028A (en) * | 2018-06-22 | 2018-11-30 | 南京国佑智能化系统有限公司 | A method of fin arrangement is carried out using radial breathing positioning shank |
| CN114570842A (en) * | 2022-05-09 | 2022-06-03 | 江苏福思克环境科技有限公司 | Manufacturing and processing equipment for condenser fins for refrigeration house refrigerating system |
| CN115055959A (en) * | 2022-05-31 | 2022-09-16 | 阜阳市节能化工工程有限公司 | Tube core assembly assembling equipment for dehydrating tower condenser |
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2014
- 2014-08-27 CN CN201420488963.6U patent/CN203993007U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104227366A (en) * | 2014-08-27 | 2014-12-24 | 山东大学 | Automatic tube insertion machine and process for condenser and evaporator fins of air conditioner |
| CN104227366B (en) * | 2014-08-27 | 2016-06-22 | 山东大学 | A kind of air-conditioning condenser and evaporator fin automatic intubation machine and automatic intubation technique thereof |
| CN104551615A (en) * | 2014-12-16 | 2015-04-29 | 芜湖美威包装品有限公司 | Aluminum foil pipe inserting tooling for condenser |
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| CN108907028B (en) * | 2018-06-22 | 2019-09-10 | 南京国佑智能化系统有限公司 | A method of fin arrangement is carried out using radial breathing positioning shank |
| CN114570842A (en) * | 2022-05-09 | 2022-06-03 | 江苏福思克环境科技有限公司 | Manufacturing and processing equipment for condenser fins for refrigeration house refrigerating system |
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