CN104972106B - A kind of aluminium alloy cast ingot automatic production line - Google Patents
A kind of aluminium alloy cast ingot automatic production line Download PDFInfo
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Abstract
The present invention discloses a kind of aluminium alloy cast ingot automatic production line includes smelting and pouring system, cooling conveying system, ingot casting discharge system and pile crossing system；The smelting and pouring system includes melting burner and aluminium liquid casting mechanism；The cooling conveying system includes aluminium ingot cooling conveyor, is provided with some ingot molds on the aluminium ingot cooling conveyor；The ingot casting discharge system includes discharging support, aluminium ingot product conveying belt, the aluminium ingot product conveying belt includes aluminium ingot receiving terminal and aluminium ingot pile end, the aluminium ingot delivery end of the aluminium ingot cooling conveyor is arranged above the aluminium ingot receiving terminal of the aluminium ingot product conveying belt, and discharging upper rail and discharging lower guideway are provided with the discharging support；The pile crossing system includes pile traverse beam, pile traversing bearing, pile lifting support, gradually grasping mechanism, drop pile platform, stacking conveyer belt.The characteristics of present invention has high degree of automation, continuous production is good, each operation transition is steady.
Description
Technical field
The present invention relates to a kind of aluminium alloy cast ingot automatic production line, belongs to aluminum alloy materials preparing technical field.
Background technology
Aluminium block is melt into aluminium liquid first by smelting furnace during preparing by aluminum alloy materials, and aluminium liquid is injected by pig moulding machine
Aluminium ingot after molding is finally removed from mould by aluminium ingot mold intracavity cooling shaping, is also needed to for the ease of transport, storage operation
Pile is into pile.In prior art, the technical scheme for being related to above-mentioned operation process mainly has：
103464698 A of Chinese patent literature CN discloses a kind of aluminium ingot production chiller, and the deficiency which is present is main
It is：Aluminium ingot is irregularly dropped to after coming off from ingot mold on aluminium ingot product conveying belt, follow-up so as to be unfavorable for
Mechanization automatic stacking operation, can only carry out artificial stacking operation, high labor intensive and be susceptible to scald；Additionally, above-mentioned aluminum
Ingot production automatic discharge unit is also easy to the difficult situation of the aluminium ingot demoulding.
103447481 A of Chinese patent literature CN discloses a kind of aluminium ingot production automatic discharge unit, and its presence is not
Foot is essentially consisted in：Aluminium ingot is irregularly dropped on aluminium ingot product conveying belt, after being unfavorable for after coming off from ingot mold
Continuous mechanization automatic stacking operation, can only carry out artificial stacking operation, high labor intensive and be susceptible to scald；Additionally, on
State aluminium ingot production automatic discharge unit and be also easy to the difficult situation of the aluminium ingot demoulding.
A kind of continuous bunching device of cast metals disclosed in 102602706 A of Chinese patent literature CN, its deficiency for existing
Essentially consist in：The motion amplitude of work opportunity tool handss is excessive, therefore do not only result in that occupied ground area is larger, and the effect of operation
Rate is relatively low and energy consumption is higher.
Based on the deficiency that above-mentioned prior art is present, it is necessary to provide a kind of aluminium alloy cast ingot automatic production line, have
The characteristics of high degree of automation, continuous production are good, each operation transition is steady, and can overcome the shortcomings of that prior art is present.
The content of the invention
The present invention is exactly in view of the shortcomings of the prior art, there is provided a kind of aluminium alloy cast ingot automatic production line, has
The characteristics of high degree of automation, continuous production are good, each operation transition is steady, and can overcome the shortcomings of that prior art is present.
To solve the above problems, the technical solution used in the present invention is as follows：
A kind of aluminium alloy cast ingot automatic production line, including：Smelting and pouring system, cooling conveying system, ingot casting discharging system
System and pile crossing system；
The smelting and pouring system includes melting burner and aluminium liquid casting mechanism, and the melting burner is provided with aluminium liquid
Runner, the aluminium liquid casting mechanism are arranged at the lower section of the aluminium liquid runner；
The cooling conveying system includes aluminium ingot cooling conveyor, if being equidistantly provided with the aluminium ingot cooling conveyor
Dry ingot mold, and the aluminium ingot cooling conveyor includes aluminium liquid cast end and aluminium ingot delivery end, the aluminium liquid casting mechanism position
In the top of the aluminium ingot cooling conveyor, the aluminium liquid cast end of the aluminium ingot cooling conveyor is burnt positioned at the melting
End is poured into a mould in the bottom of device, the aluminium liquid in order to the aluminium ingot cooling conveyor is heated by the melting burner；
The ingot casting discharge system includes discharging support, aluminium ingot product conveying belt, and the aluminium ingot product conveying belt includes aluminum
Ingot receiving terminal and aluminium ingot pile end, the aluminium ingot delivery end of the aluminium ingot cooling conveyor are arranged at the aluminium ingot finished product conveying
Above the aluminium ingot receiving terminal of band, discharging upper rail and discharging lower guideway are provided with the discharging support, in the discharging
Guide rail is vertically arranged and including straight line epimere and arc hypomere, the straight line epimere connects the discharging support, under the arc
Section is from up to down gradually increased with the spacing of the aluminium ingot delivery end of aluminium ingot cooling conveyor, and the discharging lower guideway is inclined and set
Put and the higher one end of height is positioned at the lower section of the discharging upper rail, the highly relatively low one end of the discharging lower guideway is located at institute
State on the aluminium ingot receiving terminal of aluminium ingot product conveying belt；
The pile crossing system includes pile traverse beam, pile traversing bearing, pile lifting support, grasping mechanism, gradually
Drop pile platform, stacking conveyer belt；The aluminium ingot pile end of the aluminium ingot product conveying belt is provided with spacing striker plate, described
Perpendicular to the aluminium ingot product conveying belt, the pile traversing bearing is arranged in the pile traverse beam and energy pile traverse beam
Enough to move along the pile traverse beam, the pile lifting support is arranged at the lower section of the pile traversing bearing and by rising
Descending liquid cylinder connects；The stacking conveyer belt includes stacking pile perpendicular to the aluminium ingot product conveying belt, the stacking conveyer belt
End and stacking transport end, and the stacking pile end of the stacking conveyer belt is located at the aluminium ingot of the aluminium ingot product conveying belt
At pile end, the stacking conveyer belt is that two parallel unilateral bands of stacking conveying are constituted, and the pile platform that gradually drops is arranged at
It is at the stacking pile end of the stacking conveyer belt and unilateral between positioned at two stacking conveyings, it is described gradually to drop pile
Mesa base is provided with pile fluid cylinder.
Used as the improvement of above-mentioned technical proposal, the aluminium liquid casting mechanism includes rotary casting tank and drives the rotation to pour
The drive gear of note tank rotation, the drive gear are coordinated with the aluminium ingot cooling conveyor, are arranged on the rotary casting tank
There are some pouring heads around axially distribution.
Used as the improvement of above-mentioned technical proposal, the cooling conveying system also includes being arranged at the aluminium ingot cooling conveyor
The cooling suction opeing of lower section.
As the improvement of above-mentioned technical proposal, on the arc hypomere of the discharging upper rail, slide roller is provided with.
As the improvement of above-mentioned technical proposal, discharging is additionally provided with the discharging support and taps hammer, the discharging is tapped
Hammer includes tapping cylinder, hammer handle and hammer body, and the hammer handle upper end is hinged with the discharging support, and the hammer handle lower end is provided with
The hammer body, described percussion cylinder one end are hinged with the discharging support, and the percussion cylinder other end is cut with scissors with the hammer handle
Connection.
As the improvement of above-mentioned technical proposal, below the aluminium ingot cooling conveyor, regenerative apparatus is additionally provided with.
Used as the improvement of above-mentioned technical proposal, the crawl bearing connects the pile lifting support by rotary shaft, and
Swing pinion is provided with the rotary shaft, the electric rotating for driving the swing pinion on the pile lifting support, is provided with
Machine.
Used as the improvement of above-mentioned technical proposal, the bottom of the crawl bearing is also vertically arranged with steady compression leg, described flat
The bottom of voltage stabilizing post is provided with the steady depression bar parallel to the aluminium ingot product conveying belt, is provided with and supplies institute on the crawl bearing
State to be provided between the through hole that steady compression leg is passed through, and the steady depression bar and the crawl bearing and be sleeved on the steady compression leg
On steady stage clip.
Used as the improvement of above-mentioned technical proposal, the stacking of the stacking conveyer belt transports end and is additionally provided with transport lifting
Platform, the transport lifting platform are arranged between two stacking conveying one side bands, the bottom for transporting lifting platform
It is provided with transport fluid cylinder, the stacking of the stacking conveyer belt transports end, and to be additionally provided with stacking proximity switch described to control
Transport fluid cylinder and the stacking conveyer belt.
Compared with prior art, the implementation result of the present invention is as follows for the present invention：
A kind of aluminium alloy cast ingot automatic production line of the present invention, with high degree of automation, continuous production it is good,
The characteristics of each operation transition is steady, and there is advantages below：
First, before the aluminium liquid of high temperature is poured into a mould in ingot mold, melting burner heating ingot mold is first passed through, from
And the temperature difference of being heated of ingot mold can be reduced, so as to extend the service life of ingot mold；Additionally by setting with many
The rotary casting tank of individual pouring head, makes aluminium liquid be difficult from the gap location between adjacent ingot mold to be lost in, not only reduces aluminium liquid
Waste, and reduce the frequency of the aluminium slag prune job of Active workings.
Second, after aluminium ingot being made to come off from ingot mold by setting discharging upper rail and discharging lower guideway regularly
Drop on aluminium ingot product conveying belt, so as to be beneficial to follow-up mechanization automatic stacking operation；Aluminum is made by arranging regenerative apparatus
Be heated before the ingot demoulding generation small expansion, due to ingot mold it is different with the coefficient of expansion of aluminium ingot, so as to be conducive to making aluminium ingot with
Ingot mold is separated, then coordinates follow-up discharging to tap hammer, can be effectively reduced the difficult probability of the aluminium ingot demoulding.
3rd, during operation, the motion amplitude of pile crossing system is little, therefore occupied ground area is less, and the effect of operation
Rate is higher and energy consumption is relatively low, directly can transport the good aluminium ingot of pile, high degree of automation by forklift.
Description of the drawings
Fig. 1 is the structural representation of smelting and pouring system of the present invention and cooling conveying system；
Fig. 2 is the side structure schematic diagram of ingot casting discharge system of the present invention；
Fig. 3 is the end face structure schematic diagram of ingot casting discharge system of the present invention（That is the right view of Fig. 2）；
Fig. 4 is the knot of pile traversing bearing of the present invention, pile lifting support and grasping mechanism before crawl aluminium ingot
Structure schematic diagram；
Fig. 5 is the knot of pile traversing bearing of the present invention, pile lifting support and grasping mechanism when aluminium ingot is captured
Structure schematic diagram；
Fig. 6 is pile traversing bearing of the present invention, pile lifting support and grasping mechanism when crawl aluminium ingot is traversing
Structural representation；
Fig. 7 be it is of the present invention gradually drop pile platform, stacking conveyer belt and transport lifting platform look squarely structural representation
Figure；
Fig. 8 is that the plan structure for gradually dropping pile platform, stacking conveyer belt and transport lifting platform of the present invention is illustrated
Figure.
Specific embodiment
Below in conjunction with specific embodiments illustrating present disclosure.
As shown in Figures 1 to 8, it is a kind of aluminium alloy cast ingot automatic production line structural representation of the present invention.This
A kind of aluminium alloy cast ingot automatic production line is invented, including：Smelting and pouring system, cooling conveying system, ingot casting discharging system
System and pile crossing system；
Smelting and pouring system includes melting burner 11 and aluminium liquid casting mechanism, and melting burner 11 is provided with aluminium liquid runner
111, aluminium liquid casting mechanism is arranged at the lower section of aluminium liquid runner 111；Specifically, aluminium liquid casting mechanism includes 12 He of rotary casting tank
The drive gear 13 of 12 rotation of rotary casting tank, drive gear 13 is driven to coordinate with aluminium ingot cooling conveyor 21, rotary casting tank
Some pouring heads 121 around axially distribution are provided with 12.
Cooling conveying system includes aluminium ingot cooling conveyor 21, and some castings are equidistantly provided with aluminium ingot cooling conveyor 21
Ingot mould tool 211, and aluminium ingot cooling conveyor 21 includes aluminium liquid cast end 212 and aluminium ingot delivery end 213, aluminium liquid casting mechanism is located at
The top of aluminium ingot cooling conveyor 21, the aluminium liquid cast end 212 of aluminium ingot cooling conveyor 21 are located at the bottom of melting burner 11,
In order to pass through the aluminium liquid cast end 212 of the heating aluminium ingot of melting burner 11 cooling conveyor 21；Specifically, cooling conveying system
Also include being arranged at the cooling suction opeing 22 below aluminium ingot cooling conveyor 21.
Ingot casting discharge system includes discharging support 31, aluminium ingot product conveying belt 32, and aluminium ingot product conveying belt 32 includes aluminium ingot
Receiving terminal 321 and aluminium ingot pile end 322, the aluminium ingot delivery end 213 of aluminium ingot cooling conveyor 21 are arranged at aluminium ingot product conveying belt
Above 32 aluminium ingot receiving terminal 321, discharging upper rail 33 and discharging lower guideway 34, discharging upper rail on discharging support 31, are provided with
33 are vertically arranged and including straight line epimere 331 and arc hypomere 332, the connection discharging of straight line epimere 331 support 31, arc hypomere
332 are from up to down gradually increased with the spacing of the aluminium ingot delivery end 213 of aluminium ingot cooling conveyor 21, and discharging lower guideway 34 is inclined and set
Put and the higher one end of height be located at the lower section of discharging upper rail 33, the highly relatively low one end of discharging lower guideway 34 be located at aluminium ingot into
On the aluminium ingot receiving terminal 321 of product conveyer belt 32；Slide roller 333 is provided with the arc hypomere 332 of discharging upper rail 33.Specifically
Ground, is additionally provided with discharging and taps hammer on discharging support 31, discharging taps hammer to be included tapping cylinder 351, hammer handle 352 and hammer body 353,
352 upper end of hammer handle is hinged with discharging support 31, and 352 lower end of hammer handle is provided with hammer body 353, taps 351 one end of cylinder and discharging
Support 31 is hinged, and taps 351 other end of cylinder and is hinged with hammer handle 352.Further, the lower section of aluminium ingot cooling conveyor 21
It is additionally provided with regenerative apparatus 36.
Pile crossing system include pile traverse beam 41, pile traversing bearing 42, pile lifting support 43, grasping mechanism,
Pile platform 44, stacking conveyer belt 45 gradually drops；The aluminium ingot pile end 322 of aluminium ingot product conveying belt 32 is provided with spacing striker plate
46, perpendicular to aluminium ingot product conveying belt 32, pile traversing bearing 42 is arranged in pile traverse beam 41 and energy pile traverse beam 41
Enough to move along pile traverse beam 41, pile lifting support 43 is arranged at the lower section of pile traversing bearing 42 and by lifting fluid cylinder
421 connections；Perpendicular to aluminium ingot product conveying belt 32, stacking conveyer belt 45 includes stacking pile end and stacking fortune to stacking conveyer belt 45
Sending end, the stacking pile end of stacking conveyer belt 45 are located at the aluminium ingot pile end 322 of aluminium ingot product conveying belt 32, stacking conveyer belt
45 is that two parallel unilateral bands of stacking conveying are constituted, and gradually drops the stacking pile end that pile platform 44 is arranged at stacking conveyer belt 45
Place and between the unilateral band of two stackings conveying, gradually drops 44 bottom of pile platform and is provided with pile fluid cylinder 441.Further,
The stacking of stacking conveyer belt 45 transports end and is additionally provided with transport lifting platform 48, and it is defeated that transport lifting platform 48 is arranged at two stackings
Send between unilateral band, the bottom for transporting lifting platform 48 is provided with transport fluid cylinder 481, and the stacking of stacking conveyer belt 45 transports end also
Stacking proximity switch 482 is provided with to control to transport fluid cylinder 481 and stacking conveyer belt 45.
Specifically, grasping mechanism includes capturing bearing 471, crawl support arm 472, crawl cylinder 473, and crawl bearing 471 sets
The bottom of pile lifting support 43 is placed in, the middle part for capturing support arm 472 is arranged on crawl bearing 471 by axle, captures support arm
472 be two and be respectively arranged at crawl bearing 471 both sides, each crawl support arm 472 upper end be provided with a crawl
Cylinder 473, crawl cylinder 473 is horizontally disposed and one end is hinged with crawl bearing 471, captures 473 other end of cylinder with crawl
The upper end of support arm 472 is hinged, and the lower end of each crawl support arm 472 is provided with one parallel to aluminium ingot product conveying belt 32
Z-shaped crawl handss 474.Further, capture bearing 471 and pile lifting support 43, and rotary shaft 475 are connected by rotary shaft 475
On be provided with swing pinion 476, be provided with pile lifting support 43 drive swing pinion 476 electric rotating machine 477.More enter one
Step ground, the bottom for capturing bearing 471 are also vertically arranged with steady compression leg 478, and the bottom of steady compression leg 478 is provided with parallel to aluminum
The steady depression bar 479 of ingot product conveying belt 32, captures and the through hole passed through for steady compression leg 478 is provided with bearing 471, and steadily
The steady stage clip being sleeved on steady compression leg 478 is provided between depression bar 479 and crawl bearing 471.
During work, empty ingot mold 211 moves to aluminium liquid cast end 212 from aluminium ingot delivery end 213, pours into a mould end in aluminium liquid
212 are subject to heating for melting burner 11, then in the lower section cast aluminium liquid of aluminium liquid casting mechanism, then move to aluminium ingot delivery end
213, when by cooling down the top of suction opeing 22, cooling wind is from up to down moved, and be will be equipped with the ingot mold 211 of aluminium liquid
Heat band is to empty ingot mold 211, and heats empty ingot mold 211, is allowed to avoid shock heating quenching, so as to extend use
Life-span.When aluminium ingot cooling conveyor 21 is moved, drive gear 13 can be driven to rotate, drive gear 13 drives rotary casting tank 12
Rotation, makes the height intermittence reduction all the time of the pouring head 121 positioned at least significant end and raises, aluminium liquid in control rotary casting tank 12
Liquid level, be allowed to the maximum height of the pouring head 121 less than least significant end, when between adjacent ingot mold 211 gap lead to
When crossing rotation 12 lower section of pouring can, make least significant end pouring head 121 height just above aluminium liquid in rotary casting tank 12 liquid
Face height, so that aluminium liquid cannot be flowed out by pouring head 121, that is, avoids aluminium liquid by between adjacent ingot mold 211
Gap is lost in.
Ingot mold 211 on aluminium ingot cooling conveyor 21 pours into a mould end 212 to aluminium ingot delivery end 213 from aluminium liquid with aluminium ingot
Motion, generation small expansion of being heated at regenerative apparatus 36, due to ingot mold 211 it is different with the coefficient of expansion of aluminium ingot, so as to
Be conducive to making aluminium ingot separate with ingot mold 211；Then aluminium ingot delivery end 213 is moved to, discharging taps hammer and tapping cylinder 351
Lower percussion ingot mold 211 is driven, aluminium ingot is kept completely separate with ingot mold 211, by the position-limiting action of discharging upper rail 33,
The aluminium ingot of the demoulding arbitrarily will not drop, but regularly slide to the higher one end of 34 height of discharging lower guideway, then under discharging
It is slipped on guide rail 34 on the aluminium ingot receiving terminal 321 of aluminium ingot product conveying belt 32, aluminum is delivered to by aluminium ingot product conveying belt 32
Ingot pile end 322 carries out stacking operation.
Aluminium ingot is delivered to aluminium ingot pile end 322 from aluminium ingot receiving terminal 321 by aluminium ingot product conveying belt 32, in spacing striker plate
Under the position-limiting action of 46 peaceful voltage stabilizing bars 479, multiple aluminium ingot horizontal Tiles lay together, then capture cylinder 473 and drive two
The lower end of individual crawl support arm 472 closes up, so that the lower end of two Z-shaped crawl handss 474 holds up aluminium ingot from the bottom of aluminium ingot, then
The height of pile lifting support 42 is raised by lifting fluid cylinder 421, pile traversing bearing 42 carries out horizontal stroke in pile traverse beam 41
Move, one layer of multiple aluminium ingot for spreading out side by side is deposited into and is gradually dropped on pile platform 44, and in order to realize the staggeredly pile of aluminium ingot, i.e.,
It is vertical between each layer of aluminium ingot and adjacent levels aluminium ingot, swing pinion 476 can be driven to rotate by electric rotating machine 477
After 90 ° again pile realizing：When being specifically pile ground floor aluminium ingot, 477 not operation of electric rotating machine, pile second layer aluminium ingot
When, 477 operation of electric rotating machine, during pile third layer aluminium ingot, 477 not operation of electric rotating machine, the rest may be inferred, and electric rotating machine 477 is pressed
Heap code layer alternately operating.
Then the thickness of one layer of aluminium ingot of height reduction of pile platform 44 gradually drop, in order to put next layer of aluminium ingot；When gradually
After the aluminium ingot number of plies of pile reaches predetermined number of layers on drop pile platform 44, gradually drop pile platform 44 and be reduced under stacking conveyer belt 45
Side, supports aluminium ingot stacking by the unilateral bands of two stackings conveying of stacking conveyer belt 45, then by stacking conveyer belt 45 by aluminium ingot
Stacking is delivered to above transport lifting platform 48, after stacking proximity switch 482 senses aluminium ingot stacking, makes stacking conveyer belt 48
Stop operating, and make 481 lifting of transport fluid cylinder transport lifting platform 48, consequently facilitating forklift fortune.
Above content is detailed description made for the present invention in conjunction with specific embodiments, it is impossible to assert that the present invention is concrete real
Apply and be only limitted to these explanations.For those skilled in the art, before without departing from present inventive concept
Put, some simple deduction or replace can also be made, should all be considered as belonging to the scope of protection of the invention.
Claims (7)
1. a kind of aluminium alloy cast ingot automatic production line, is characterized in that, including：Smelting and pouring system, cooling conveying system, ingot casting
Discharge system and pile crossing system；
The smelting and pouring system includes melting burner（11）With aluminium liquid casting mechanism, the melting burner（11）It is provided with
Aluminium liquid runner（111）, the aluminium liquid casting mechanism is arranged at the aluminium liquid runner（111）Lower section；
The cooling conveying system includes aluminium ingot cooling conveyor（21）, the aluminium ingot cooling conveyor（21）Upper spaced set
There are some ingot molds（211）, and the aluminium ingot cooling conveyor（21）End is poured into a mould including aluminium liquid（212）With aluminium ingot delivery end
（213）, the aluminium liquid casting mechanism is positioned at the aluminium ingot cooling conveyor（21）Top, the aluminium ingot cooling conveyor（21）
Aluminium liquid cast end（212）Positioned at the melting burner（11）Bottom, in order to by the melting burner
（11）Heat the aluminium ingot cooling conveyor（21）Aluminium liquid cast end（212）；
The ingot casting discharge system includes discharging support（31）, aluminium ingot product conveying belt（32）, the aluminium ingot product conveying belt
（32）Including aluminium ingot receiving terminal（321）With aluminium ingot pile end（322）, the aluminium ingot cooling conveyor（21）The aluminium ingot discharging
End（213）It is arranged at the aluminium ingot product conveying belt（32）The aluminium ingot receiving terminal（321）Top, the discharging support（31）
On be provided with discharging upper rail（33）With discharging lower guideway（34）, the discharging upper rail（33）It is vertically arranged and including on straight line
Section（331）With arc hypomere（332）, the straight line epimere（331）Connect the discharging support（31）, the arc hypomere
（332）With aluminium ingot cooling conveyor（21）The aluminium ingot delivery end（213）Spacing from up to down gradually increase, the discharging
Lower guideway（34）It is obliquely installed and the higher one end of height is located at the discharging upper rail（33）Lower section, the discharging lower guideway
（34）Highly relatively low one end is located at the aluminium ingot product conveying belt（32）The aluminium ingot receiving terminal（321）On；
The pile crossing system includes pile traverse beam（41）, pile traversing bearing（42）, pile lifting support（43）, crawl
Mechanism, gradually drop pile platform（44）, stacking conveyer belt（45）；The aluminium ingot product conveying belt（32）The aluminium ingot pile end
（322）It is provided with spacing striker plate（46）, the pile traverse beam（41）Perpendicular to the aluminium ingot product conveying belt（32）, it is described
Pile traversing bearing（42）It is arranged at the pile traverse beam（41）It is upper and can be along the pile traverse beam（41）Motion, institute
State pile lifting support（43）It is arranged at the pile traversing bearing（42）Lower section and by lift fluid cylinder（421）Connection；Institute
State stacking conveyer belt（45）Perpendicular to the aluminium ingot product conveying belt（32）, the stacking conveyer belt（45）Including stacking pile end
End, the stacking conveyer belt are transported with stacking（45）The stacking pile end be located at the aluminium ingot product conveying belt（32）Institute
State aluminium ingot pile end（322）Place, the stacking conveyer belt（45）Constitute for two parallel unilateral bands of stacking conveying, it is described gradually to drop
Pile platform（44）It is arranged at the stacking conveyer belt（45）The stacking pile end at and positioned at two stackings conveyings
It is between unilateral band, described gradually to drop pile platform（44）Bottom is provided with pile fluid cylinder（441）；
The aluminium liquid casting mechanism includes rotary casting tank（12）With the driving rotary casting tank（12）The drive gear of rotation
（13）, the drive gear（13）With the aluminium ingot cooling conveyor（21）Coordinate, the rotary casting tank（12）On be provided with
Some pouring heads around axially distribution（121）；The cooling conveying system also includes being arranged at the aluminium ingot cooling conveyor
（21）The cooling suction opeing of lower section（22）；The discharging upper rail（33）The arc hypomere（332）On be provided with slide roller
（333）.
2. a kind of aluminium alloy cast ingot automatic production line as claimed in claim 1, is characterized in that, the discharging support（31）On
It is additionally provided with discharging and taps hammer, the discharging taps hammer is included tapping cylinder（351）, hammer handle（352）And hammer body（353）, it is described
Hammer handle（352）Upper end and the discharging support（31）It is hinged, the hammer handle（352）Lower end is provided with the hammer body（353）, institute
State percussion cylinder（351）One end and the discharging support（31）It is hinged, the percussion cylinder（351）The other end and the hammer handle
（352）It is hinged.
3. a kind of aluminium alloy cast ingot automatic production line as claimed in claim 1, is characterized in that, the aluminium ingot cooling conveyor
（21）Lower section be additionally provided with regenerative apparatus（36）.
4. a kind of aluminium alloy cast ingot automatic production line as claimed in claim 1, is characterized in that, the grasping mechanism includes grabbing
Take bearing（471）, crawl support arm（472）, crawl cylinder（473）, the crawl bearing（471）It is arranged at the pile and rises descending branch
Seat（43）Bottom, the crawl support arm（472）Middle part the crawl bearing is arranged at by axle（471）On, the crawl
Support arm（472）For two and it is respectively arranged at the crawl bearing（471）Both sides, each described crawl support arm（472）It is upper
End is provided with a crawl cylinder（473）, the crawl cylinder（473）Horizontally disposed and one end and the crawl bearing
（471）It is hinged, the crawl cylinder（473）The other end and the crawl support arm（472）Upper end be hinged, grab described in each
Take support arm（472）Lower end be provided with one parallel to the aluminium ingot product conveying belt（32）Z-shaped crawl handss（474）.
5. a kind of aluminium alloy cast ingot automatic production line as claimed in claim 4, is characterized in that, the crawl bearing（471）
By rotary shaft（475）Connect the pile lifting support（43）, and the rotary shaft（475）On be provided with swing pinion
（476）, the pile lifting support（43）On be provided with the driving swing pinion（476）Electric rotating machine（477）.
6. a kind of aluminium alloy cast ingot automatic production line as claimed in claim 4, is characterized in that, the crawl bearing（471）
Bottom be also vertically arranged with steady compression leg（478）, the steady compression leg（478）Bottom be provided with parallel to the aluminium ingot into
Product conveyer belt（32）Steady depression bar（479）, the crawl bearing（471）On be provided with for the steady compression leg（478）Pass through
Through hole, and the steady depression bar（479）With the crawl bearing（471）Between be provided with and be sleeved on the steady compression leg
（478）On steady stage clip.
7. a kind of aluminium alloy cast ingot automatic production line as claimed in claim 1, is characterized in that, the stacking conveyer belt（45）
The stacking transport end and be additionally provided with transport lifting platform（48）, the transport lifting platform（48）It is arranged at two heaps
Between the unilateral band of pile conveying, the transport lifting platform（48）Bottom be provided with transport fluid cylinder（481）, the stacking conveyer belt
（45）The stacking transport end and be additionally provided with stacking proximity switch（482）To control the transport fluid cylinder（481）With it is described
Stacking conveyer belt（45）.
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| CN201510468055.XA CN104972106B (en) | 2015-08-04 | 2015-08-04 | A kind of aluminium alloy cast ingot automatic production line |
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| CN106475553A (en) * | 2016-10-20 | 2017-03-08 | 广州长仁工业科技有限公司 | Aluminium alloy ingots automatic assembly line |
| CN109332613B (en) * | 2018-12-13 | 2020-08-14 | 江苏神铸智能科技有限公司 | Aluminum alloy ingot casting automation line based on nitrogen is supplementary |
| CN109746402A (en) * | 2019-03-28 | 2019-05-14 | 上海应用技术大学 | A kind of aluminium continuous ingot-casting device |
| CN110238377B (en) * | 2019-07-19 | 2024-03-08 | 史小涛 | Foundry goods production facility |
| CN111482593A (en) * | 2020-04-27 | 2020-08-04 | 遂昌县鑫鼎特种铸造有限公司 | Casting production line |
| CN112453381A (en) * | 2020-10-26 | 2021-03-09 | 王兴 | Automatic production method of aluminum alloy ingot |
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| CN117139574B (en) * | 2023-11-01 | 2024-01-02 | 南通港石机械有限公司 | Aluminum alloy ingot casting equipment |
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