CN207577300U - A kind of evaporator aluminum fin-stock intelligent high-speed molding machine - Google Patents
A kind of evaporator aluminum fin-stock intelligent high-speed molding machine Download PDFInfo
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- CN207577300U CN207577300U CN201721437795.8U CN201721437795U CN207577300U CN 207577300 U CN207577300 U CN 207577300U CN 201721437795 U CN201721437795 U CN 201721437795U CN 207577300 U CN207577300 U CN 207577300U
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Abstract
This practicality relates to a kind of evaporator aluminum fin-stock intelligent high-speed molding machine, mainly solving the technical problems that the problem of aluminum fin-stock producing efficiency of the prior art is low.This practicality passes through a kind of evaporator aluminum fin-stock intelligent high-speed molding machine, including workbench, guide roller set, binder transmission device, die assembly are equipped on the workbench successively, the workbench bottom sides are equipped with material-receiving device, at least one set of felt roller group is equipped in the guide roller set between two neighboring deflector roll, the binder transmission device is all equipped with the technical solution of conveying plate on the workbench between the guide roller set and the die assembly respectively, preferably solves the problems, such as this, the making available for aluminum fin-stock.
Description
Technical field
This practicality is specifically related to a kind of evaporator aluminum fin-stock intelligent high-speed molding machine.
Background technology
As market is to the increase of the product consumptions such as automobile, air-conditioning and the development of productivity, the application of evaporator is got over
Come it is more extensive, aluminum fin-stock due to perfect heat-dissipating, be widely used on an evaporator it is general, so needing to advise aluminum fin-stock greatly
Mould produces, and also has carry out aluminum fin-stock making using aluminum fin-stock rolling band machine in the market, but existing aluminum fin-stock makes shaping speed
Slowly, efficiency is low.
Practical content
The technical problem to be solved is that the problem of aluminum fin-stock producing efficiency is low in the prior art for this practicality, it is proposed that a kind of
New evaporator aluminum fin-stock intelligent high-speed molding machine, evaporator aluminum fin-stock intelligent high-speed are molded function quickly by aluminum fin-stock
Compression moulding has the characteristics that efficient.
The technical solution that this practicality uses to solve above-mentioned technical problem is as follows：A kind of evaporator aluminum fin-stock intelligent high-speed
Molding machine including workbench, is equipped with guide roller set, binder transmission device, die assembly, the workbench successively on the workbench
Bottom sides are equipped with material-receiving device, are equipped at least one set of felt roller group in the guide roller set between two neighboring deflector roll, described
Binder transmission device is all equipped with conveying plate on the workbench between the guide roller set and the die assembly respectively.
In above-mentioned technical proposal, it is preferable that the felt roller group includes the lower blanket roller of both ends fixation on the table, on
Blanket roller is located at the top of the lower blanket roller, the both ends of upper blanket roller be all equipped with cylinder one and with the ontology of the cylinder one
Connection, the telescopic rod of each cylinder one are connected with the fixing end of corresponding lower blanket roller.
Preferably, the guide roller set includes more deflector rolls on the table are arranged side by side, and is equipped with side by side on every deflector roll
At least two guide wheels.
Preferably, multiple tracks groove is equipped in the conveying plate side by side, the depth of the groove is 0.3~0.7mm, described recessed
The width of slot is 3~7mm.
Preferably, the binder transmission device includes the drive roll of lower section by stent installation on the table, the master
Dynamic roller drives rotation by the motor one of workbench bottom, and the lower compression roller being connect with bracket slide is equipped with above the drive roll,
The lower compression roller is moved up and down by the promotion of cylinder two of cradle top.
Preferably, the die assembly includes the molding die being made of dynamic model and quiet mould, and the quiet mould is fixed on work
On platform, the dynamic model is located above the quiet mould and is driven by driving device.
It is highly preferred that the driving device includes two transmission arms, two transmission arms are separately positioned on the two of dynamic model
On end, transmission shaft is equipped between the other end of two transmission arms, cam is equipped between the transmission shaft and the transmission arm,
The transmission shaft and the motor two of workbench bottom are sequentially connected.
Preferably, the material-receiving device includes rotatable panel, and the panel drives rotation by the cylinder three of bottom.
It is highly preferred that at least provided with two groups of splicing sticks on the panel.
This practicality advantageous effect is：The transmission of aluminium sheet is guided in this practicality by guide roller set；Pass through pressure in this practicality
Expect that transmission device drives aluminium sheet transmission；In this practicality by die assembly on aluminium sheet by compression moulding of aluminum fin-stock；This reality
The aluminum fin-stock after processing is arranged in place one by one by material-receiving device in；By felt roller group in surface of aluminum plate in this practicality
Apply punching oil；Conveying plate in this practicality can not only play the purpose of oil storage but also can prevent oil storage from excessively easily overflowing；This practicality
High degree of automation saves human and material resources, and shaping speed is fast, efficient.
Description of the drawings
Fig. 1 is a kind of structure diagram one of evaporator aluminum fin-stock intelligent high-speed molding machine of this practicality；
Fig. 2 is a kind of structure diagram two of evaporator aluminum fin-stock intelligent high-speed molding machine of this practicality；
Fig. 3 is a kind of structural representation of the binder transmission device of evaporator aluminum fin-stock intelligent high-speed molding machine of this practicality
Figure；
Fig. 4 is a kind of structure diagram of the material-receiving device of evaporator aluminum fin-stock intelligent high-speed molding machine of this practicality.
In attached drawing：
1st, workbench 2, guide roller set 21, deflector roll
22nd, fixed block 23, guide wheel 24, adjutage
25th, guide reel 26, guide wheel 3, binder transmission device
31st, drive roll 311, gear 1, stent
321st, side plate 322, top plate 33, lower compression roller
34th, slide plate 35, guide rail 1, connecting plate
37th, cylinder 24, die assembly 41, dynamic model
411st, transmission arm 412, transmission shaft 413, cam
414th, gear 2 42, quiet mould 5, material-receiving device
51st, bottom plate 52, guide rail 2 53, sliding panel
54th, panel 541, splicing stick 542, cutting
5421st, jack 55, shaft 56, bearing
57th, gear 3 58, rack 59, cylinder three
6th, felt roller group 61, lower blanket roller 62, upper blanket roller
63rd, cylinder 1, conveying plate 71, groove
Specific embodiment
In order to which this practical purpose, technical solution and advantage is more clearly understood, with reference to embodiments, to this practicality
It is further elaborated.It should be appreciated that specific embodiment described herein is only used to explain this practicality, it is not used to
Limit this practicality.
【Embodiment 1】：
As shown in Figure 1, a kind of evaporator aluminum fin-stock intelligent high-speed molding machine, including workbench 1, on workbench 1 successively
Equipped with guide roller set 2, binder transmission device 3, die assembly 4,1 bottom sides of workbench positioned at 4 opposite side of die assembly are installed
There is material-receiving device 5；
As shown in Figure 2,3, 4, guide roller set 2 is the mobile route that front end guidance aluminium sheet advances, and guide roller set 2 includes being arranged side by side
More deflector rolls 21 on the table, it for one group or two is one group that all deflector rolls 21, which use three, every group of all deflector roll 21
Both ends all connect by fixed block 22 with workbench 1, the uses of all deflector rolls 21 mode of interlocking up and down successively is arranged and horizontal
Mode, which is arranged, to be combined, and is equipped at least two guide wheels 23 side by side on every deflector roll 21, to reduce aluminium sheet in the transmission and lead
Contact area between roller 21；
Two adjutages 24 are equipped with positioned at workbench front end, at least provided with a guide reel 25, guide reel between adjutage 24
At least provided with two guide wheels 26 on 25.
At least one set of felt roller group 6 is equipped in guide roller set 2 between two neighboring deflector roll 21, felt roller group 6 is used for transmission
Aluminium sheet upper and lower surface coat punching oil, felt roller group 6 is wool felt roller group, and punching oil, blanket roller are coated in wool felt roller group
Group 6 selective can be set between arbitrary two deflector rolls 21, it should be noted that this two deflector rolls 21 are maintained at same as possible
On one horizontal plane, felt roller group 6 includes lower blanket roller 61, and the both ends of the both ends of lower blanket roller 61 and the deflector roll 21 of both sides all pass through
Fixed block 22 is fixed on workbench 1, and upper blanket roller 62 is located at the top of lower blanket roller 61, and the both ends of upper blanket roller 62
The ontology with cylinder 1 is connect respectively, and the telescopic rod of each cylinder 1 is connected with the fixing end of corresponding lower blanket roller 61,
The action of cylinder 1 can drive blanket roller 62 to move up and down.
Binder transmission device 3 is all equipped with conveying plate 7 on the workbench 1 between guide roller set 2 and die assembly 4 respectively,
Multiple tracks groove 71 is equipped in conveying plate 6 side by side, groove 71 is set along conveying direction, and the depth of groove 71 is 0.3~0.7mm,
Preferably 0.5mm, the width of groove is 3~7mm, and preferably 5mm, groove 71 is preferably U-shaped, while aluminium sheet is moved in the past,
Groove 71 can store punching oil excessive on aluminium sheet, while by setting rational 71 depth of groove that can both play the mesh of oil storage
Again can prevent oil storage from excessively easily overflowing.
Driving device of the binder transmission device 3 for aluminium sheet transmission, the drive roll 31 including lower section, drive roll 31 pass through stent
32 are mounted on workbench 1, and stent 32 includes both side plate 321 and connects the top plate 322 at 321 top of both side plate, drive roll 31
Between both side plate 321,31 top of drive roll is equipped with lower compression roller 33 moving up and down, and the both ends of lower compression roller 33 connect respectively
Slide plate 34 is connected to, each slide plate 34 is slidably connected with the guide rail 1 on side wall, and connecting plate is equipped between each 34 top of slide plate
36,36 top of connecting plate is connect with the telescopic rod of the cylinder 2 37 mounted on 322 top of top plate, the gas that lower compression roller 33 passes through top
The promotion of cylinder 2 37 moves up and down, and drive roll 31 drives rotation by the motor one of 1 bottom of workbench, and 31 one end of drive roll is equipped with tooth
1 are taken turns, drive roll 31 is sequentially connected by gear 1 and the motor one of 1 bottom of workbench, and motor one preferably uses servo
Motor realizes fixed length feeding by servo motor, electromagnetic clutch and speed reducer is sequentially installed on the output shaft of servo motor,
Speed reducer can increase output torque, and electromagnetic clutch can stop aluminium sheet conveying in the case where not powering off.
Die assembly 4 includes the molding die being made of dynamic model 41 and quiet mould 42, and quiet mould 42 is fixed on the table, dynamic model
41 are located at quiet 42 top of mould and are driven by driving device, and molding die is the prior art, can be replaced as needed, dynamic model
Have between 41 and quiet mould 42 and want the model of molding aluminum fin-stock, passed through monoblock aluminium sheet by dynamic model 41 and quiet mould 42 primary
Property extrusion forming be aluminum fin-stock；
Driving device includes the driving device and includes two transmission arms 411, and two transmission arms 411 are separately positioned on
On the both ends of dynamic model 41, be equipped with transmission shaft 412 between the other end of two transmission arms 411, transmission shaft 412 and transmission arm 411 it
Between be equipped with cam 413, by 413 structure driven of cam between transmission shaft 412 and transmission arm 411, transmission shaft 412 is equipped with gear
2 414, transmission shaft 412 is sequentially connected by gear 2 414 and the motor two of 1 bottom of workbench, and cam drive structure can make
It obtains in 412 smooth rotation of transmission shaft, dynamic model 41 is enabled to be lifted up one to 411 1 of short duration upward power of transmission arm small
Segment distance, when upward power disappears, dynamic model 41 is moved downward and is incorporated on monoblock aluminium sheet with quiet mould 42 and once squeezed
It is shaped to aluminum fin-stock.
Material-receiving device 5 includes the bottom plate 51 being connect with 1 bottom sides of workbench, and guide rail 2 52 is transversely provided on bottom plate 51,
Guide rail 2 52 is equipped with sliding panel 53, and the position of sliding panel 53 can move, and sliding panel 53 is equipped with panel 54,54 bottom of panel
The vertical shaft 55 for being provided through sliding panel 53 and bottom plate 51, is connected, shaft between shaft 55 and sliding panel 53 by bearing 56
55 ends are equipped with gear 3 57, and gear 3 57 is engaged with rack 58, rack 58 and the cylinder 3 59 mounted on 51 bottom of bottom plate
Telescopic rod connects, and the rotation of panel can be realized by the pulling rack 58 of cylinder 3 59.
At least provided with two groups of splicing sticks 541 on panel 54, two groups of splicing sticks 541 are in being correspondingly arranged, every group of splicing stick 541
At least provided with two, every group of splicing stick 541 is connect by cutting 542 with panel 54, and cutting 542 is equipped with multiple jacks 5421,
The distance between two piece-root grafting charge bars 541 can be adjusted by jack 5421,541 tip height of splicing stick is put down with quiet 42 upper surface of mould
The distance of neat or slightly below quiet 42 upper surface of mould, splicing stick 541 and quiet mould 42 is required to ensure that aluminum fin-stock is pushed away backward energy
It is passed through by splicing stick.
The operation principle of this practicality：It is transmitted in guide roller set 2 after aluminium sheet roller 25 channeled first, and by blanket roller
6 are organized, punching oil is speckled in felt roller group 6, upper blanket roller 62 is pushed to push by cylinder 1 so that lower blanket roller 61 and upper hair
Felt roll 62 againsts aluminium sheet upper and lower surface, is also rotated simultaneously as aluminium sheet with upper blanket roller 62 and lower blanket roller 61 when aluminium sheet is walked
Upper and lower surface oils, and later by conveying plate 7 to binder transmission device 3, groove 71 is equipped on the surface of conveying plate 7, by setting
The contact area of aluminium sheet and conveying plate 71 can be reduced, while by setting rational 71 depth of groove that can both rise by putting groove 71
Purpose to oil storage can prevent oil storage from excessively easily overflowing again, and the cylinder 2 37 of binder transmission device 3 pushes lower compression roller 33 to carry out
It pushes so that drive roll 31 and lower compression roller 33 against surface of aluminum plate, and drive roll 31 is driven by servo motor so as to fulfill fixed length
Feeding, and on servo motor electromagnetic clutch and speed reducer are connected so as to increase torque and can be in the case where not powering off
With regard to stopping feeding, then aluminium sheet is sent to die assembly 4 and is molded, molding with needing between dynamic model 41 and quiet mould 42
The model of aluminum fin-stock, aluminium sheet are sent to above quiet mould 42, and dynamic model 41 is pushed, by dynamic model 41 and quiet mould 42 in monoblock aluminium sheet
Last extrusion forming is aluminum fin-stock, can be formed on aluminum fin-stock after molding and two piece-root grafting charge bars, 541 corresponding hole, molding
Aluminum fin-stock afterwards, which can be pushed away, to be fallen and is just passed through by two piece-root grafting charge bars 541, and two piece-root grafting charge bars 541 are by will be right on each aluminum fin-stock
Each splicing stick 541 is stringed together effectively to be arranged by the hole answered.
In addition to the implementation, this practicality can also have other embodiment.It is all to use equivalent substitution or equivalent transformation shape
Into technical solution, all fall within the protection domain of this real requirement.
Claims (9)
1. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine, including workbench (1), it is characterised in that：The workbench (1)
On successively be equipped with guide roller set (2), binder transmission device (3), die assembly (4), workbench (1) bottom sides, which are equipped with, to be connect
Expect device (5), be equipped at least one set of felt roller group (6), the binder in the guide roller set (2) between two neighboring deflector roll (21)
Transmission device (3) is all equipped with conveying on the workbench (1) between the guide roller set (2) and the die assembly (4) respectively
Plate (7).
2. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine according to claim 1, it is characterised in that：The blanket roller
Group (6) is fixed on the lower blanket roller (61) on workbench (1) including both ends, and upper blanket roller (62) is positioned at the lower blanket roller (61)
Top, the both ends of upper blanket roller (62) are all equipped with cylinder one (63) and are connect with the ontology of the cylinder one (63), each
The telescopic rod of the cylinder one (63) is connected with the fixing end of corresponding lower blanket roller (61).
3. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine according to claim 1, it is characterised in that：The guide roller set
(2) including more deflector rolls (21) being disposed side by side on workbench (1), at least two guide wheels are equipped on every deflector roll (21) side by side
(23)。
4. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine according to claim 1, it is characterised in that：The conveying plate
(7) multiple tracks groove (71) is equipped on side by side, the depth of the groove (71) is 0.3~0.7mm, and the width of the groove (71) is
3~7mm.
5. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine according to claim 1, it is characterised in that：The binder passes
Drive roll (31) of the device (3) including lower section by stent (32) on workbench (1) is sent, the drive roll (31) passes through
The driving rotation of motor one of workbench (1) bottom, drive roll (31) top are equipped with the pushing being slidably connected with stent (32)
Roller (33), the lower compression roller (33) are moved up and down by cylinder two (37) promotion at the top of stent (32).
6. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine according to claim 1, it is characterised in that：The set of molds
Part (4) includes the molding die that is made of dynamic model (41) and quiet mould (42), and the quiet mould (42) is fixed on workbench (1), institute
Dynamic model (41) is stated to drive above the quiet mould (42) and by driving device.
7. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine according to claim 6, it is characterised in that：The driving dress
It puts including two transmission arms (411), two transmission arms (411) are separately positioned on the both ends of dynamic model (41), each described
Transmission shaft (412) is equipped between the other end of transmission arm (411), is set between the transmission shaft (412) and the transmission arm (411)
There is cam (413), the transmission shaft (412) and the motor two of workbench (1) bottom are sequentially connected.
8. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine according to claim 1, it is characterised in that：The splicing dress
It puts (5) and includes rotatable panel (54), the panel (54) drives rotation by the cylinder three (59) of bottom.
9. a kind of evaporator aluminum fin-stock intelligent high-speed molding machine according to claim 8, it is characterised in that：The panel
(54) at least provided with two groups of splicing sticks (541) on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721437795.8U CN207577300U (en) | 2017-11-01 | 2017-11-01 | A kind of evaporator aluminum fin-stock intelligent high-speed molding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721437795.8U CN207577300U (en) | 2017-11-01 | 2017-11-01 | A kind of evaporator aluminum fin-stock intelligent high-speed molding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207577300U true CN207577300U (en) | 2018-07-06 |
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ID=62730122
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721437795.8U Active CN207577300U (en) | 2017-11-01 | 2017-11-01 | A kind of evaporator aluminum fin-stock intelligent high-speed molding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207577300U (en) |
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2017
- 2017-11-01 CN CN201721437795.8U patent/CN207577300U/en active Active
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