CN106424699A - Forming and stacking integrated zinc alloy block production system - Google Patents
Forming and stacking integrated zinc alloy block production system Download PDFInfo
- Publication number
- CN106424699A CN106424699A CN201611005235.5A CN201611005235A CN106424699A CN 106424699 A CN106424699 A CN 106424699A CN 201611005235 A CN201611005235 A CN 201611005235A CN 106424699 A CN106424699 A CN 106424699A
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- China
- Prior art keywords
- kirsite
- water system
- block
- circulation water
- plate
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B22—CASTING; POWDER METALLURGY
- B22D—CASTING OF METALS; CASTING OF OTHER SUBSTANCES BY THE SAME PROCESSES OR DEVICES
- B22D47/00—Casting plants
Abstract
The invention relates to a forming and stacking integrated zinc alloy block production system. The system comprises a frame; the frame is provided with a circular water flowing system for forming zinc alloy blocks; a casting mechanism for extracting liquid-state zinc alloys from a zinc alloy melting furnace and casting the liquid-state zinc alloys into a forming mold of the circular water flowing system is arranged on the front side of a casting forming station of the circular water flowing system; a scraping and deslagging device for treatment after zinc alloy casting is arranged on the back side of the circular water flowing system; an air cooling mechanism for cooling the zinc alloy blocks is arranged on the upper side of the middle part of the circular water flowing system; an output conveying mechanism for bearing the zinc alloy blocks is arranged on the lower side of an output end of the circular water flowing system; the output conveying mechanism is provided with a discharge arrangement mechanism for poking, aligning and pushing out the zinc alloy blocks in the conveying direction; and a stacking device for stacking the zinc alloy blocks as piles is arranged on the back side of the output conveying mechanism. The forming and stacking integrated zinc alloy block production system is compact in structure and convenient for production and stacking of the zinc alloy blocks.
Description
Technical field
The present invention relates to a kind of kirsite block production system of molding stacking integration.
Background technology
Kirsite block is low due to having fusing point, good fluidity, easy melting welding, and soldering and plastic working are strong, corrosion resistant in an atmosphere
Erosion, maimed material is easy to the features such as recovery and remelting, is widely used in manufacture auto parts machinery, dynamo-electric accessory, machine components, electric elements
Deng.And traditional kirsite block often can occur kirsite block surface adrift material residue in foundry production, serious shadow
Ring the condition in kirsite storehouse.Kirsite block after cast molding is generally using manually carrying out stacking in heaps, inefficiency simultaneously,
Expend substantial amounts of manpower and materials.
Content of the invention
It is an object of the invention to provide a kind of kirsite block production system of molding stacking integration, not only structure
Compact, and be conveniently used for kirsite block and produce stacking.
Technical program of the present invention lies in：A kind of kirsite block production system of molding stacking integration, including machine
Frame, described frame is provided with the circulation water system for kirsite formation of lots, the cast molding of described circulation water system
It is provided with front side of station for extraction liquid zinc alloy from zinc alloy smelting furnace and to the molding being arranged on circulation water system
The casting mechanism of casting liquid zinc alloy in mould, the rear side of circulation water system is provided with the rossing after casting for kirsite
Remove slag device, is provided with the air cooling mechanism for the cooling of kirsite block, circulates water system on the upside of the middle part of circulation water system
Outfan on the downside of be provided with output connecting gear for accepting kirsite block, along direction of transfer on described output connecting gear
Be provided with the discharging dressing mechanism stirring correcting and release for kirsite block, the rear side of output connecting gear be additionally provided with for
By stack device in heaps for kirsite block stacking.
Further, two Synchronous Transmission that described circulation water system includes being arranged in frame and is arranged side by side in front and back
Driving chain mechanism, be provided with die supports and mold between two corresponding drive link before and after two driving chain mechanisms, institute
State mould to be arranged in die supports and mold, mould is near the side lower part circulating water system outfan and die supports and mold
It is hinged, the bottom opposite side of mould is supported on the support bar being fixedly connected with die supports and mold.
Further, the side in front and back of described circulation water system outfan is separately provided for limiting mould upset
Arc-shaped limit plate, described mould before and after side be respectively arranged with upset after be connected on arc-shaped limit plate projection, institute
The downside stating arc-shaped limit plate is provided with after mould departs from arc-shaped limit plate to be collided with projection and realizes kirsite block and come off
Discharging collision block, described discharging collision block lower end linking have the gib block being obliquely installed.
Further, described casting mechanism includes articulated mechanical arm, and the working tips of described shutdown mechanical arm are provided with vertical
Arm, described plumbing arm lower end is provided with feeding bucket, is provided between lower end and feeding bottom sheet and forms discharging seam in described feeding bucket
The dividing plate of gap, feeding bucket is provided with discharging opening near the side of circulation water system, and the sidepiece of described articulated mechanical arm hangs down and is provided with
The lower end low liquid level probe concordant with the feeding bottom sheet and lower end high level alarm pin concordant with feeding bucket upper end.
Further, the described rossing device that removes slag includes being arranged at transversely movable slide on rear side of circulation water system,
It is provided with described slide and is suspended from the cantilever lever driving lifting on the upside of circulation water system and by drive mechanism, on described cantilever lever
It is provided with the clamping plate moving towards along the longitudinal direction a pair, use after described clamping plate is provided with clamping plate move toward one another, can be moved downward
In the scalable fleshing beam striking off liquid zinc alloy surface material residue, described slide is additionally provided with the downside of cantilever lever and can edge
The material residue groove to fleshing beam for the transverse translation.
Further, described air cooling mechanism include being set up in the middle part of circulation water system upside and height along conveying direction by
The stepped bracing frame gradually reducing, the cascaded surface of support frame as described above is provided with air port fan directed downwardly, and the sidepiece of bracing frame leans on
Nearly circulation water system outfan side is additionally provided with suction opeing towards the axial flow blower of bracing frame side.
Further, described output connecting gear includes being arranged at the chain-drive mechanism of circulation water system outfan, institute
State the chain plate conveyor belt mechanism being provided with horizontal feed on the downside of the outfan of chain-drive mechanism, the outfan of chain-drive mechanism also sets
It is equipped with the guide plate being transitioned in chain plate conveyor belt mechanism for kirsite block.
Further, include being arranged on front side of chain plate conveyor belt mechanism can traverse motion for described discharging dressing mechanism
Cantilever shalving, described cantilever erection is equipped with to stretch downwards and realizes stirring the driving lever of kirsite block, and the side of cantilever shalving is provided with and pushes away
The push pedal that dynamic kirsite block is moved rearwards by, the rear side of described chain plate conveyor belt mechanism is provided with to match with push pedal realizes kirsite
The length direction of block and the conveying direction identical baffle plate of chain plate conveyor belt mechanism；The side of described push pedal is provided with and is suspended from carrier bar
Tilting guide pad above conveyer belt mechanism, the rear side of described chain plate conveyor belt mechanism outfan is provided with a flat board, described flat
The front side of plate is provided with the pushing mechanism for kirsite block pushes flat board, and the both sides of described flat board are respectively arranged with opposite directions
Move second pushing mechanism smooth for realizing the end of kirsite block.
Further, described stack device includes being arranged at the foundation ditch on rear side of output connecting gear, and described foundation ditch sidepiece sets
It is equipped with the stacking platform for kirsite block stacking, in foundation ditch, be provided with second joint mechanical arm, described second joint mechanical arm
Working tips the clamping device stacking for clamping the kirsite block on flat board transferring to complete is provided with stacking platform.
Further, described stacking platform includes the deep gouge being arranged at intervals on foundation ditch week portion upper surface, in described deep gouge
It is provided with by the second drive mechanism driving realization slip and upper surface is higher than the loading plate of foundation ditch sidepiece upper surface, before and after deep gouge
Sidepiece is respectively arranged with a pair transversely arranged lift cylinder, and the expansion link upper end of described lift cylinder is propped up with a horizontally set
Fagging is connected；Described clamping device includes the connecting plate being connected with the working tips of second mechanical arm, described connecting plate
Downside be provided with some to driving that realizes move toward one another to turn shape claw by the 3rd drive mechanism respectively, described turn under shape claw
It is provided with clamping anti-slip part inside end.
Compared with prior art, the present invention has advantages below：This device not only contributes to being cast into of kirsite block
Type, cooling, and can be by the convenient material residue removing kirsite block surface；The oil cast molding of kirsite block can also be realized simultaneously
To the raw process of stacking integration, save labour force, reduce production cost, improve the quality of kirsite block.
Brief description
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the A area enlarged drawing of Fig. 1 of the present invention；
Fig. 3 is the B of Fig. 1 of the present invention to schematic diagram；
Fig. 4 is the C of Fig. 3 of the present invention to schematic diagram；
Fig. 5 is the structural representation of the casting mechanism of the present invention；
Fig. 6 is the D of Fig. 1 of the present invention to schematic diagram；
Fig. 7 is the E of Fig. 1 of the present invention to schematic diagram；
Fig. 8 is the F of Fig. 7 of the present invention to schematic diagram；
Fig. 9 is the G of Fig. 7 of the present invention to schematic diagram；
Figure 10 is the H-H cross-sectional schematic of Fig. 9 of the present invention；
Figure 11 is the I of Fig. 9 of the present invention to schematic diagram；
Figure 12 is the M-M cross-sectional schematic of Figure 11 of the present invention；
Figure 13 is the structural representation of the driving chain mechanism of the present invention；
In figure：100- frame 200- circulates water system 201- cast molding station 210- driving chain mechanism 211- connecting plate
212- roller 213- drive sprocket 214- arc groove 215- guide rail 220- die supports and mold 221- mould 230- props up
Strut 240- arc-shaped limit plate 250- projection 260- discharging collision block 270- gib block 300- casting mechanism 310- joint machine
Tool arm 320- plumbing arm 330- feeding bucket 331- dividing plate 332- discharging opening 340- low liquid level probe 350- high level alarm pin
400- rossing remove slag device 410- slide 420- cantilever lever 421- vertical screw rod 422- nut seat 423- slide rail 424- lead to
Groove 430- clamping plate 431- horizontal cylinder 432- stripper 440- scalable fleshing beam 441- vertical cylinder 450- material residue groove
451-V shape notch 452- slag-drip opening 453- deslagging guide groove 454- scraper plate 455- longitudinal rod 456- horizontal slide rail 457- is horizontal
Cylinder 500- air cooling mechanism 510- bracing frame 520- fan 530- axial flow blower 600- output connecting gear 610- chain passes
Motivation structure 620- chain plate conveyor belt mechanism 630- guide plate 711- cantilever shalving 712- lift cylinder 713- driving lever 714- bottom
Plate 715- Rodless cylinder 716- line slideway 717- first sensor 721- push pedal 722- baffle plate 723- second sensor
724- horizontal cylinder 731- tilting guide pad 732- flat board 733- pushing mechanism 734- the second pushing mechanism 735- raised line
736- range sensor 800- stack device 801- foundation ditch 810- stacking platform 811- deep gouge 812- loading plate 813- liter
Sending down the abnormal ascending QI cylinder 814- gripper shoe 815- motor 816- guide rail 820- second joint mechanical arm 830- clamping device
831- connecting plate 832- turns the shape claw 833- clamping horizontal driving cylinder 836- connecting rod of anti-slip part 834- seat board 835-
837- slide rail 838- tooth bar 839- gear.
Specific embodiment
It is that the features described above of the present invention and advantage can be become apparent, special embodiment below, and coordinate accompanying drawing, make in detail
Carefully it is described as follows, but the present invention is not limited to this.
Referring to figs. 1 to Figure 13
A kind of kirsite block production system of molding stacking integration, including frame 100, described frame is provided with for
The circulation water system 200 of kirsite formation of lots, is provided with casting on front side of the cast molding station 201 of described circulation water system
Mechanism 300, described casting mechanism is used for dipping liquid zinc alloy from zinc alloy smelting furnace, and circulates on water system to being arranged at
Make casting liquid zinc alloy in the mould 221 of kirsite molding for containing kirsite, the rear side of circulation water system sets
It is equipped with and removes slag device 400 for the rossing that scrapes off the material residue of zinc alloy surface after kirsite casting, in circulation water system
Be provided with the upside of portion for kirsite block cooling air cooling mechanism 500, circulation water system outfan on the downside of be provided with for
Accept the output connecting gear 600 of kirsite block, described output connecting gear is provided with for by kirsite along direction of transfer
Block stirs the discharging dressing mechanism of correcting and release, to make length direction and the output connecting gear conveying direction of kirsite block
Identical.The rear side of output connecting gear outfan is additionally provided with for kirsite block is stacked stack device 800 in heaps, thus
Reduce labour force, improve production efficiency.
In the present embodiment, described circulation water system include being arranged in frame and be arranged side by side in front and back two are synchronous to be passed
Dynamic driving chain mechanism 210, is provided with mould between two corresponding drive link before and after two driving chain mechanisms and props up
Seat 220, described mould is arranged in die supports and mold, mould near circulation water system outfan a side lower part with
Die supports and mold is hinged, the bottom opposite side of mould be supported in be fixedly connected with die supports and mold turn on shape support bar 230,
Mould is defeated can to downwardly turn over around pin joint when delivering to outfan from the upside of driving chain mechanism, kirsite block is from one-tenth
Deviate from pattern tool.And mould has the driving chain mechanism other end to when running upside on the downside of driving chain mechanism, Ke Yitong
Support bar makes mould be supported in die supports and mold, thus keeping horizontal when mould runs on the upside of driving chain mechanism
State.
In the present embodiment, the side in front and back of described circulation water system outfan is separately provided for restriction mould and turns over
Turn and the arc-shaped limit plate 240 in 90 °, before and after described mould, side is connected to arc-shaped limit after being respectively arranged with upset
To limit the projection 250 of the flip angle of mould on plate, the downside of described arc-shaped limit plate is provided with mould and departs from
Collided after arc-shaped limit plate the discharging collision block 260 realizing that kirsite block comes off with projection, and described arc-shaped limit plate is hit with discharging
Discontinuous between block, so that mould directly impinges upon on discharging collision block under the action of gravity of upset, so that shaping mould
Kirsite block in tool comes off.The lower end linking of described discharging collision block has the gib block 270 being obliquely installed, so that mould
Side bears against on gib block in front and back, prevents mould from touching and is arranged between two gib blocks for sending kirsite block
The chain-drive mechanism going out.
In the present embodiment, the chain link of described driving chain mechanism is by connecting plate 211 and the roller 212 being articulated with connecting plate two ends
Composition, described die supports and mold is fixed and in front and back between two connecting plates.The two side ends of described driving chain mechanism are respectively arranged with driving
Sprocket wheel 213, circumferentially spaced being provided with of described drive sprocket snaps in for roller thus driving the arc groove that chain link rotates
214, also it is arranged at intervals with the guide rail 215 for back-up roller wheel along the direction of chain link transmission between the sprocket wheel of two side ends.
In the present embodiment, described casting mechanism includes articulated mechanical arm 310, the working tips setting of described shutdown mechanical arm
There is plumbing arm 320, described plumbing arm lower end is provided with feeding bucket 330, is provided between lower end and feeding bottom sheet in described feeding bucket
Form the dividing plate 331 in discharging gap, feeding bucket is provided with discharging opening 332, so that feeding bucket near the side of circulation water system
Dip the kirsite of liquid after melting from zinc alloy smelting furnace from front side, and from the rear side of feeding bucket be discharging opening to mould
In pour cast zinc alloy.The sidepiece of described articulated mechanical arm hang down be provided with the lower end low liquid level probe 340 concordant with feeding bottom sheet with
And the high level alarm pin 350 that lower end is concordant with feeding bucket upper end, so that feeding bucket can dip kirsite from smelting furnace.
In the present embodiment, the described rossing device that removes slag includes being arranged at and passes through to drive by motor on rear side of circulation water system
Motivation structure drives the slide 410 that realization can be traverse motion, described slide is provided with and is suspended from the upside of circulation water system simultaneously
Driven the cantilever lever 420 of lifting by drive mechanism, described cantilever lever is provided with a pair the folder that can move towards along the longitudinal direction
Plate 430, can move downward after described clamping plate is provided with clamping plate move toward one another to stretch into and be used for striking off liquid Zn in mould and close
The scalable fleshing beam 440 of gold surface material residue.
In the present embodiment, the bottom of clamping plate is fixedly connected with the stripper 432 being obliquely installed, and the lower end of described stripper is provided with folding
Turn of bilge, the lower edge of described bending part is contacted with the lower edge of scalable fleshing beam, so that scalable fleshing beam is being scraped
Except residue and when being bounced back, scalable fleshing beam and stripper relative motion, stripper utilizes bending part by fleshing beam 7 surface
Residue pick and drop down onto in material residue groove 450, prevent residue to be retained on scalable fleshing beam, impact rossing next time removes slag, and goes
Slag effect is good.
In the present embodiment, described slide is additionally provided with the downside of cantilever lever and can transversely move to fleshing beam just under
The material residue groove 450 of side, so that the material residue on scalable scraping plate falls in material residue groove.Described slide bottom is additionally provided with to be suspended to be followed
Longitudinal rod 455 above circulation water system, described longitudinal rod is provided with the horizontal slide rail 456 being matched with material residue trench bottom,
Horizontal cylinder 457 for driving material residue groove transverse translation is provided with longitudinal rod, so that material residue groove moves to scalable scraping
Immediately below dermatotome.
In the present embodiment, described drive mechanism includes being installed on slide and vertical screw rod 421 driven by stepper motors,
Be bolted with, on described vertical screw rod, the nut seat 422 being fixedly connected with cantilever rod rear end, described slide is vertically provided with for
The slide rail 423 of cantilever lever lifting guiding, thus drive cantilever lever to lift.
In the present embodiment, the underside of forward of described cantilever lever is provided with groove 424, is provided with a pair and stretches in described groove
Bar horizontal cylinder in opposite direction 431, the expansion link of described horizontal cylinder is connected with corresponding clamping plate, thus driven clamping plate phase
To motion.The rear side of the clamping plate of rear side is provided with the vertical cylinder 441 for driving scalable fleshing beam to move downward, position
It is also equipped with the vertical cylinder for driving scalable fleshing beam to move downward on front side of the cleat plate of front side.Two drive flexible scraping
Blocked by two clamping plate respectively during dermatotome retracted position, the stripper of described clamping plate can will be scalable when scalable fleshing beam rises
Material residue inside fleshing beam scrapes.
In the present embodiment, described material residue groove offer on the side end face of fleshing beam side with sharp material residue groove traversing when scrape
The V-shaped groove mouth 451 that dermatotome passes through, the bottom land of described material residue groove is obliquely installed, and the rear side of described material residue groove bottom land offers deslagging
Mouth 452, is connected with downward-sloping deslagging guide groove 453 at described slag-drip opening；The bottom angled setting of material residue groove and deslagging are led
The setting of groove greatly facilitates the cleaning of residue in material residue groove, improves cleaning efficiency.It is provided with described material residue groove in eight shape
Shape the scraper plate 454 material residue outside scalable fleshing beam being scraped when shrinking upwards for scalable fleshing beam.
In the present embodiment, described air cooling mechanism includes being set up on the upside of in the middle part of circulation water system and height is along conveying direction
The stepped bracing frame 510 being gradually lowered, the cascaded surface of support frame as described above is provided with air port fan directed downwardly 520, bracing frame
Sidepiece near circulation water system outfan side be additionally provided with the axial flow blower 530 towards bracing frame side for the suction opeing.
In the present embodiment, described output connecting gear includes being arranged at the chain-drive mechanism of circulation water system outfan
610, described chain-drive mechanism is arranged between two gib blocks, and chain-drive mechanism is by some chains being spaced laying along the longitudinal direction
Bar forms, and is provided with the chain plate conveyor belt mechanism 620 of horizontal feed on the downside of the outfan of chain-drive mechanism, chain-drive mechanism defeated
Go out end and be additionally provided with the guide plate 630 being transitioned into for kirsite block in chain plate conveyor belt mechanism, so that kirsite block is transported to
In chain plate conveyor belt mechanism.
In the present embodiment, described discharging dressing mechanism includes being arranged on front side of chain plate conveyor belt mechanism can traverse motion
Cantilever shalving 711, the cantilever end of described cantilever shalving is provided with and drives realization can stretch downwards by vertically arranged lift cylinder 712
Complete to stir the driving lever 713 of kirsite block, thus length direction is conveyed by the driving lever by stretching out and travelling carriage cooperation with carrier bar
Stir with the vertical kirsite block of mechanism's conveying direction and separate in tilting state（Splayed）, in order to subsequently leading of kirsite block
Just operate.
It is provided with to install the base plate 714 of travelling carriage positioned at the front side of chain plate conveyor belt mechanism, setting on base plate has or not
Bar cylinder 715, described travelling carriage is fixedly installed on the slide block of Rodless cylinder and is driven by slide block and moves back and forth, on described base plate
It is additionally provided with the line slideway 716 in order to travelling carriage slide-and-guide.
It is provided with to sense the first biography of kirsite block positioned at driving lever near the side of chain plate conveyor belt mechanism input
Sensor 717, when sensor sensing is to kirsite block, opens after delay switch controls lift cylinder 712 delay scheduled time
Begin to drive driving lever to extend downwardly from, and stretch between two lift cylinders side by side, moved back and forth once by cantilever shalving, make two zinc
Alloy cast ingot is pushed aside and is in tilting state, so that two tilting states is separated.
Cantilever shalving is provided with, near the side of outfan, the push pedal 721 promoting kirsite block to be moved rearwards by, and described carrier bar is defeated
The rear side of tape-feed is provided with the conveying of match with the push pedal length direction realizing kirsite block and chain plate conveyor belt mechanism
Direction identical baffle plate 722；Arrange to sense the second sensor 723 of kirsite block, institute between push pedal and cantilever shalving
State push pedal and reciprocating motion is driven by horizontal cylinder 724, when second sensor senses kirsite block, by delay switch control
Start after horizontal cylinder delay scheduled time to drive push pedal to promote kirsite block.
In the present embodiment, the side of described push pedal is provided with the tilting guide pad 731 being suspended from above chain plate conveyor belt mechanism,
The rear side of described chain plate conveyor belt mechanism outfan is provided with one and is suspended from flat board 732 above foundation ditch, the cantilever end of described flat board
It is provided with the raised line 735 preventing kirsite block from coming off, the front side of described flat board and be located at the side of tilting guide plate and be provided with use
In the pushing mechanism 733 that kirsite block pushes flat board, the both sides of described flat board are respectively arranged with move toward one another and are used for realizing
The second smooth pushing mechanism 734 of the end of kirsite block.
In the present embodiment, the discharge end of chain plate conveyor belt mechanism is additionally provided with positioned at push pedal side and in order to sense kirsite
The range sensor 736 of block, when range sensor senses kirsite block, pushing mechanism just pushes it in flat board.
In the present embodiment, described stack device includes being arranged at the foundation ditch 801 on rear side of output connecting gear, described foundation ditch
Sidepiece is provided with the stacking platform 810 for kirsite block stacking, is provided with second joint mechanical arm 820 in foundation ditch, and described the
The working tips of two articulated mechanical arm are provided with for clamping the kirsite block on flat board and transferring to and complete heap on stacking platform
Folded clamping device 830.
In the present embodiment, described stacking platform includes the deep gouge 811 being arranged at intervals on foundation ditch week portion upper surface, described heavy
Be provided with groove by second drive mechanism drive realize slide laterally and upper surface be higher than foundation ditch sidepiece upper surface loading plate
812, before and after deep gouge, sidepiece is respectively arranged with a pair transversely arranged lift cylinder 813, on the expansion link of described lift cylinder
End is connected with the gripper shoe 814 of a horizontally set, thus it is in heaps so that kirsite block code is piled up neatly by loading plate and gripper shoe cooperation,
Kirsite block code buttress rear lift cylinder in heaps drives gripper shoe to move downward, and so that kirsite block is completely supported on loading plate and lead to
Cross loading plate outwards to convey, so that kirsite block heap is transported by work fork truck.The bottom of described loading plate is provided with and tooth bar phase
Cooperation drives the motor 815 of loading plate transverse shifting, and described motor is provided with the gear being matched with tooth bar, from
Kirsite block removal in heaps will be stacked.It is additionally provided with guide rail 816 in deep gouge.
In the present embodiment, described clamping device includes the connecting plate 831 being connected with the working tips of second mechanical arm, institute
The downside stating connecting plate is provided with four to driving that realizes move toward one another to turn shape claw 832 by the 3rd drive mechanism respectively, described
The lower end inside turning shape claw is provided with clamping anti-slip part 833, and when preventing from clamping kirsite block, kirsite block is from turning shape claw
Come off.
In the present embodiment, all portions of described foundation ditch are arranged at intervals with some stacking platforms, and described 3rd drive mechanism includes
It is fixed on the seat board 834 on the downside of connecting plate, described seat board is correspondingly arranged on four horizontal driving cylinders 835, described horizontal drive
Take offence cylinder expansion link on be connected to the connecting rod 836 vertically passing through seat board, the lower end of described connecting rod is every with corresponding
Turn shape claw and be connected to turning in shape claw wherein one, each pair is turned and is respectively arranged with the slide rail being matched with seat board on shape claw
837, the downside of the connection cross bar turning shape claw positioned at each pair is respectively provided with the opposite tooth bar of geared surface 838, positioned at two teeth
Be provided between bar respectively with turn the gear 839 that shape claw is meshed, drive wherein one to turn shape thus realizing horizontal driving cylinder
During claw inward, turn shape claw band moving gear by wherein one, gear driven is another to turn shape claw also inward, so that
Complete to turn shape claw move toward one another also, complete to clamp kirsite block.When the expansion link of described horizontal driving cylinder is protruding,
Two turn shape claw move toward one another completes holding action.
The foregoing is only presently preferred embodiments of the present invention, for the ordinary skill in the art, according to this
Bright teaching, the kirsite block production system designing a kind of molding stacking integration of multi-form does not need creativeness
Work, without departing from the principles and spirit of the present invention all impartial changes done according to scope of the present invention patent,
Modification, replacement and modification, all should belong to the covering scope of the present invention.
Claims (10)
1. the kirsite block production system of a kind of molding stacking integration, including frame it is characterised in that in described frame
It is provided with the circulation water system for kirsite formation of lots, be provided with front side of the cast molding station of described circulation water system
For extracting liquid zinc alloy liquid of casting into the mould being arranged on circulation water system from zinc alloy smelting furnace
The casting mechanism of kirsite, the rossing after the rear side of circulation water system is provided with for kirsite casting removes slag device, circulation
It is provided with the air cooling mechanism for the cooling of kirsite block on the upside of the middle part of water system, set on the downside of the outfan of circulation water system
It is equipped with the output connecting gear for accepting kirsite block, described output connecting gear is provided with along direction of transfer and closes for zinc
Gold bullion stirs the discharging dressing mechanism of correcting and release, and the rear side of output connecting gear is additionally provided with for stacking kirsite block
Stack device in heaps.
2. a kind of kirsite block production system of molding stacking integration according to claim 1 is it is characterised in that described
The driving chain mechanism of two Synchronous Transmission that circulation water system includes being arranged in frame and is arranged side by side in front and back, positioned at two
It is provided with die supports and mold between two corresponding drive link, described mould is arranged at mould and props up before and after driving chain mechanism
On seat, mould is hinged with die supports and mold near a side lower part of circulation water system outfan, the bottom of mould
Opposite side is supported on the support bar being fixedly connected with die supports and mold.
3. a kind of kirsite block production system of molding stacking integration according to claim 1 is it is characterised in that described
Before and after circulation water system outfan, side is separately provided for limiting the arc-shaped limit plate of mould upset, described molding
The projection that before and after mould, side is connected on arc-shaped limit plate after being respectively arranged with upset, the downside setting of described arc-shaped limit plate
Collided after having mould to depart from arc-shaped limit plate the discharging collision block realizing that kirsite block comes off with projection, described discharging collision block
Lower end linking have the gib block being obliquely installed.
4. the kirsite block production system of a kind of molding stacking integration according to claim 1,2 or 3, its feature exists
In described casting mechanism includes articulated mechanical arm, and the working tips of described shutdown mechanical arm are provided with plumbing arm, described plumbing arm lower end
It is provided with feeding bucket, in described feeding bucket, be provided with the dividing plate forming discharging gap between lower end and feeding bottom sheet, feeding bucket
The side of circulation water system is provided with discharging opening, the sidepiece of described articulated mechanical arm hangs down and is provided with lower end and feeding bottom sheet
The concordant low liquid level probe and lower end high level alarm pin concordant with feeding bucket upper end.
5. a kind of kirsite block production system of molding stacking integration according to claim 1 is it is characterised in that described
The rossing device that removes slag includes being arranged at transversely movable slide on rear side of circulation water system, described slide is provided with to be suspended from and follows
Drive the cantilever lever of lifting on the upside of circulation water system and by drive mechanism, described cantilever lever is provided with a pair phase along the longitudinal direction
To the clamping plate of movement, can move downward after described clamping plate is provided with clamping plate move toward one another for striking off liquid zinc alloy surface material
The scalable fleshing beam of slag, described slide is additionally provided with the downside of cantilever lever and can transversely move to immediately below fleshing beam
Material residue groove.
6. a kind of kirsite block production system of molding stacking integration according to claim 1 is it is characterised in that described
Air cooling mechanism includes the stepped bracing frame being set up on the upside of in the middle part of circulation water system and height is gradually lowered along conveying direction,
Air port fan directed downwardly is provided with the cascaded surface of support frame as described above, the sidepiece of bracing frame is near circulation water system outfan one
Side is additionally provided with suction opeing towards the axial flow blower of bracing frame side.
7. a kind of kirsite block production system of molding stacking integration according to claim 3 is it is characterised in that described
Output connecting gear includes being arranged at the chain-drive mechanism of circulation water system outfan, under the outfan of described chain-drive mechanism
Side is provided with the chain plate conveyor belt mechanism of horizontal feed, and the outfan of chain-drive mechanism is additionally provided with and is transitioned into for kirsite block
Guide plate in chain plate conveyor belt mechanism.
8. a kind of kirsite block production system of molding stacking integration according to claim 7 is it is characterised in that described
Discharging dressing mechanism include being arranged on front side of chain plate conveyor belt mechanism can traverse motion cantilever shalving, described cantilever shalving setting
Having to stretch downwards realizes stirring the driving lever of kirsite block, and the side of cantilever shalving is provided with and promotes what kirsite block was moved rearwards by push away
Plate, the rear side of described chain plate conveyor belt mechanism is provided with to match with push pedal realizes length direction and the carrier bar conveying of kirsite block
Conveying direction identical baffle plate with mechanism；The side of described push pedal is provided be suspended from above chain plate conveyor belt mechanism tilting and leads
To block, the rear side of described chain plate conveyor belt mechanism outfan is provided with a flat board, and the front side of described flat board is provided with for by zinc
Alloy block pushes the pushing mechanism of flat board, and the both sides of described flat board are respectively arranged with move toward one another for realizing kirsite block
The second smooth pushing mechanism of end.
9. a kind of molding stacking integration according to claim 1 or 8 kirsite block production system it is characterised in that
Described stack device includes being arranged at the foundation ditch on rear side of output connecting gear, and described foundation ditch sidepiece is provided with for kirsite block heap
Folded stacking platform, is provided with second joint mechanical arm in foundation ditch, the working tips of described second joint mechanical arm are provided with use
Kirsite block transferring on clamping flat board completes the clamping device stacking on stacking platform.
10. a kind of kirsite block production system of molding stacking integration according to claim 9 is it is characterised in that institute
State the deep gouge that stacking platform includes being arranged at intervals on foundation ditch week portion upper surface, be provided with by the second drive mechanism in described deep gouge
Drive realize sliding and upper surface be higher than foundation ditch sidepiece upper surface loading plate, before and after deep gouge sidepiece be respectively arranged with a pair horizontal
To the lift cylinder of arrangement, the expansion link upper end of described lift cylinder is connected with the gripper shoe of a horizontally set；Described clamping
Mechanism includes the connecting plate being connected with the working tips of second mechanical arm, the downside of described connecting plate be provided with some to respectively
Drive that realizes move toward one another to turn shape claw by the 3rd drive mechanism, it is anti-skidding that the described lower end inside turning shape claw is provided with clamping
Portion.
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| CN201611005235.5A CN106424699B (en) | 2016-11-16 | 2016-11-16 | A kind of integrated kirsite block production system of molding stacking |
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| CN107052317A (en) * | 2017-04-28 | 2017-08-18 | 何德文 | A kind of casting machine |
| CN111482593A (en) * | 2020-04-27 | 2020-08-04 | 遂昌县鑫鼎特种铸造有限公司 | Casting production line |
| CN111908101A (en) * | 2020-07-28 | 2020-11-10 | 谢德开 | Green tile mud square pile forming auxiliary equipment |
| CN112222397A (en) * | 2020-12-11 | 2021-01-15 | 佛山市桂源锌合金材料有限公司 | Zinc alloy shaping cooling integration apparatus for producing |
| CN115041661A (en) * | 2022-07-14 | 2022-09-13 | 江西繁荣金属有限公司 | Zinc alloy plate production equipment integrating forming and stacking |
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| CN111482593A (en) * | 2020-04-27 | 2020-08-04 | 遂昌县鑫鼎特种铸造有限公司 | Casting production line |
| CN111908101A (en) * | 2020-07-28 | 2020-11-10 | 谢德开 | Green tile mud square pile forming auxiliary equipment |
| CN111908101B (en) * | 2020-07-28 | 2021-11-16 | 山东鑫润机电安装工程有限公司 | Green tile mud square pile forming auxiliary equipment |
| CN112222397A (en) * | 2020-12-11 | 2021-01-15 | 佛山市桂源锌合金材料有限公司 | Zinc alloy shaping cooling integration apparatus for producing |
| CN115041661A (en) * | 2022-07-14 | 2022-09-13 | 江西繁荣金属有限公司 | Zinc alloy plate production equipment integrating forming and stacking |
| CN115041661B (en) * | 2022-07-14 | 2024-01-26 | 江西繁荣金属有限公司 | Shaping stacks integration zinc alloy plate production facility |
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