CN203556807U - Internal die assembly machine for casting parts - Google Patents
Internal die assembly machine for casting parts Download PDFInfo
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- CN203556807U CN203556807U CN201320706232.XU CN201320706232U CN203556807U CN 203556807 U CN203556807 U CN 203556807U CN 201320706232 U CN201320706232 U CN 201320706232U CN 203556807 U CN203556807 U CN 203556807U
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- jib
- internal mold
- storehouse
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Abstract
The utility model provides an internal die assembly machine for casting parts. The internal die assembly machine comprises a sand die manufacturing machine, a hydraulic die pushing machine, a sand die conveying path and a release bracket. Two pairs of internal die assembly machine bodies for casting parts are mounted between the release bracket and the hydraulic die pushing machine; each internal die assembly machine body for the casting parts comprises a positioning base frame, an opening-closing type die filling arm and an internal die transmission box; each positioning base frame is provided with a die filling arm rail and a die filling arm motor; each opening-closing type die filling arm and each internal die transmission box are arranged on the top face of the corresponding positioning base frame; each opening-closing type die filling arm comprises an arm frame shell, a stretching arm frame and a clamp type assembly arm; each internal die transmission box comprises a double-cavity box body, a one-by-one die transmission device and an internal die transmission device. According to the internal die assembly machine for the casting parts provided by the embodiment, the hydraulic die pushing machine moves in a reciprocating manner, so that not only can internal dies of the casting parts inside the internal die transmission boxes be accurately assembled on external dies of the casting parts, but also loose sand on the external dies of the casting parts and the sand die conveying path can be cleaned in time. Therefore, the internal die assembly machine for the casting parts has the advantages of reasonable structure and simplicity in installation, and can be used for replacing a die maker to work between the hydraulic die pusher and the sand dies so as to avoid accidents.
Description
Technical field
The utility model belongs to a kind of make-up machinery, relates in particular to a kind of internal mold make-up machinery of vertical parting flaskless shoot-squeeze moulding machine.
Background technology
Vertical parting flaskless shoot-squeeze moulding machine is a kind of more advanced cast member moulding machine, accurate because having productivity ratio casting dimension high, that produce, by many advantages such as sand saving, automaticity height, by numerous casting producer, is adopted.When the cast member external mold that the hydraulic pressure module driving machine of this moulding machine is made sand mo(u)ld maker is pushed to sand mo(u)ld transmission road, hydraulic pressure module driving machine is done jacking and retraction work repeatedly, when hydraulic pressure module driving machine retraction sand mo(u)ld maker, need moulder between hydraulic pressure module driving machine and the cast member external mold made, to assemble cast member internal mold and cleaning loose sand, because the hydraulic coupling of the jacking of hydraulic pressure module driving machine and retraction is very large, moulder is as either dead or wounded in sandwiched between hydraulic pressure module driving machine and sand mo(u)ld, in order to prevent accident, this moulding machine has been installed the safety devices such as infrared ray shutdown and manual shut-down in moulder working region.But above-mentioned safety device other can occur surprisingly in practical operation: moulder is mobile body in the process of assembling cast member internal mold and cleaning loose sand, make body depart from infrared-ray accidental activation machine, the accident that causes moulder to be sandwiched by hydraulic pressure module driving machine; Moulder repeats same action for a long time repeatedly, and forget machine is switched to manual shut-down state, and the accident that generation is sandwiched by hydraulic pressure module driving machine.In recent years, in national machine casting factory, there is more than 10 similar above-mentioned accident.The potential safety hazard visible, prior art vertical parting flaskless shoot-squeeze moulding machine exists moulder easily to be sandwiched by hydraulic pressure module driving machine.
Summary of the invention
The potential safety hazard easily being sandwiched by hydraulic pressure module driving machine in order to solve prior art vertical parting flaskless shoot-squeeze moulding machine moulder; the utility model aims to provide a kind of cast member internal mold assembly machine; this assembly machine replaces moulder to assemble cast member internal mold and clear up loose sand between hydraulic pressure module driving machine and the sand mo(u)ld of having made; can stop moulder and be sandwiched the contingency between hydraulic pressure module driving machine and sand mo(u)ld, can enhance productivity again.
In order to achieve the above object, the utility model adopts following technical scheme: a kind of cast member internal mold assembly machine, comprise sand mo(u)ld maker, hydraulic pressure module driving machine, sand mo(u)ld transmission road and demoulding support, it is characterized in that: two secondary cast member internal mold assembly machines are installed between demoulding support and hydraulic pressure module driving machine, described two secondary cast member internal mold assembly machines are symmetricly set on the both sides in sand mo(u)ld transmission road, folding drive rod is installed in both sides at hydraulic pressure module driving machine, described cast member internal mold assembly machine comprises location pedestal, folding type dress mould arm and internal mold carrying case, described location pedestal is fixedly mounted between demoulding support and hydraulic pressure module driving machine, end face at location pedestal is provided with dress mould orbit arm and dress mould arm motor, described folding type dress mould arm and internal mold carrying case are arranged on the end face of location pedestal, described folding type dress mould arm comprises jib housing, telescopic jib and folder type assembling arm, described jib housing is flexibly connected and is provided with jib folding window, jib track, track draw-in groove and sand-blowing nozzle with location pedestal, described telescopic jib is flexibly connected and is provided with folding roller and jacking spring with jib housing, described folding roller rolls and coordinates with folding drive rod, and described folder type assembling arm is arranged on telescopic jib and comprises out clamp mechanism and nock mounting clip, described internal mold carrying case comprises Double-chamber box, defeated mould device and internal mold conveyer one by one, described Double-chamber box is fixedly connected with and is provided with high-order Chu Mo storehouse and low level Chu Mo storehouse with location pedestal, in the outlet in high-order Chu Mo storehouse and low level Chu Mo storehouse, defeated mould device one by one is all housed, described defeated mould device is one by one provided with lifting armed lever and elastic card lock, and described internal mold conveyer is arranged on the bottom of Double-chamber box and comprises defeated mould motor, horizontal shelves and the double end push arm of pushing away of dual control.
This preferred embodiment also has following technical characterictic:
Symmetrical two secondary folding drive rods are set in the both sides of hydraulic pressure module driving machine; described folding drive rod is corner-shape structure and at angle arranged outside roller slideway; described roller slideway coordinates with folding type dress mould arm roll, and the end of described roller slideway, middle part and afterbody set gradually into plane, inclined-plane and plane slideway structure.
End face at location pedestal is provided with twice dress mould orbit arm, and described dress mould arm motor is arranged between twice dress mould orbit arm, described dress mould arm motor and jib housing gear combination.
Described jib housing is the shell structure that two communicates, described jib folding window is arranged on the middle part of jib housing and is provided with spring top board, top and bottom at jib housing inner chamber are all provided with jib track, described jib track and telescopic jib are slidably connected, in the bottom surface of jib housing, be provided with twice track draw-in groove, wherein one track draw-in groove is provided with motor-driven tooth bar, and described track draw-in groove is slidably connected with dress mould orbit arm, described motor-driven tooth bar and the combination of dress mould arm motor gear.
Inner side and bottom at jib housing are all provided with sand-blowing nozzle, and described sand-blowing nozzle is connected with the gas transmission storehouse pump of sand mo(u)ld maker by flexible pipe, on the air hose of sand-blowing nozzle, is provided with solenoid electric valve.
Described telescopic jib is the box body structure of an end opening other end sealing and is sleeved on the inner chamber of jib housing, openend and blind end at telescopic jib are respectively equipped with adjusting window and roller frame, described roller frame is in jib folding window and with folding and drives masthead interference fit, described folding roller is arranged on the end of roller frame and rolls and coordinate with folding drive rod, end face and bottom surface in roller frame are all provided with jacking spring, described jacking spring and the top interference fit of jib housing, top and bottom at telescopic jib support body outer wall are all provided with track notch, described track notch and jib track sliding are dynamically connected.
Described folder type assembling arm comprises out clamp mechanism and two secondary nock mounting clips, the described clamp mechanism of opening is arranged on the inner chamber of telescopic jib and comprises out folder motor, dual control push-and-pull shelves and traversing notch plate, the described folder motor of opening is arranged on the side plate that regulates window and is provided with push-pull screw, the middle part of described dual control push-and-pull shelves is connected with the termination of push-pull screw, top and bottom at dual control push-and-pull shelves are all provided with traversing notch plate, the notch of described traversing notch plate is hypotenuse structure, at the back side of traversing notch plate, be provided with adjusting bolt A, described adjusting bolt A and the interference fit of dual control push-and-pull shelves card.
Two secondary nock mounting clips are arranged on respectively on the top board and base plate that regulates window, termination in nock mounting clip jig arm is provided with frid roller, described frid roller rolls and coordinates with traversing notch plate, between two jig arm of nock mounting clip, be provided with out folder spring, on the axis of nock mounting clip, be provided with traversing axle bed, described traversing axle bed is provided with adjusting bolt B, described adjusting bolt B is from regulating top board or the base plate of window to stretch into adjusting window, the curved structure of jaws of described nock mounting clip is also stretched out telescopic jib, is provided with backform end plate in the jaws of nock mounting clip.
The tapered structure in bottom of described Double-chamber box is also provided with balance bracket, inner chamber at Double-chamber box is provided with separation rib, described high-order Chu Mo storehouse and low level Chu Mo storehouse are separated Double-chamber box inner chamber by separation rib and are formed, high-order Chu Mo storehouse go out die orifice higher than the die orifice that goes out in low level Chu Mo storehouse.
Described defeated mould device is one by one sleeved on the outer ring that high-order Chu Mo storehouse or low level Chu Mo storehouse go out die orifice, at the two ends at defeated mould device top one by one, be all provided with lifting armed lever, described lifting armed lever is flexibly connected and is provided with adjusting bolt C with Double-chamber box, at the inner chamber of defeated mould device one by one, be provided with defeated moulding box storehouse, the import in described defeated moulding box storehouse is arranged on the top of defeated mould device one by one and communicates with the die orifice that goes out in high-order Chu Mo storehouse or low level Chu Mo storehouse, the outlet in described defeated moulding box storehouse is arranged on the termination of defeated mould device one by one, in another termination of defeated mould device one by one, be provided with defeated mould notch, described elastic card lock is arranged on the middle part of defeated moulding box storehouse import by rotating shaft, in the rotating shaft of elastic card lock, be provided with main spring.
Described defeated mould motor is arranged on the end face of location pedestal and is provided with crosspiece slideway, the horizontal middle part that pushes away shelves of described dual control is connected with crosspiece slideway, in horizontal top and the bottom that pushes away shelves of dual control, be all provided with double end push arm, described double end push arm is provided with adjusting bolt D, card lock arm head and pushes away mould arm head, described adjusting bolt D and dual control be horizontal to be pushed away a grade rotating shaft and is connected, described card lock arm head and the top interference fit of elastic card lock, described in push away mould arm head and coordinate with the ejection of cast member internal mold.
The present embodiment, along with hydraulic pressure module driving machine back and forth moves, can be assembled to the cast member internal mold in internal mold carrying case on cast member external mold accurately, can clear up in time again the loose sand on cast member external mold and sand mo(u)ld transmission road.Therefore, this cast member internal mold assembly machine is rational in infrastructure, installation is simple, can replace moulder to work between hydraulic pressure module driving machine and sand mo(u)ld, stops contingency and occurs.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is the assembly structure schematic diagram of an embodiment of the utility model.
Fig. 2 is two secondary cast member internal mold assembly machine 07 symmetrically arranged structural representations in Fig. 1.
Fig. 3 is folding type dress mould arm 20 and the structural representation of locating pedestal 10 combinations in Fig. 2.
Fig. 4 is the structural representation that in Fig. 1, folding drive rod 08 rolls and coordinates with folding roller 220.
Fig. 5 is internal mold carrying case 30 and the structural representation of locating pedestal 10 assemblings in Fig. 2.
Fig. 6 is the structural representation of defeated mould device 32 one by one in Fig. 5.
In figure, sequence number represents respectively: 01. sand mo(u)ld maker, 02. hydraulic pressure module driving machine, 03. sand mo(u)ld transmission road, 04. demoulding support, 05. cast member external mold, 06. cast member internal mold, 07. cast member internal mold assembly machine, 08. folding drive rod, 09. roller slideway, 10. locate pedestal, 11. dress mould orbit arms, 12. dress mould arm motors, 20. folding type dress mould arms, 21. jib housings, 210. jib folding windows, 211. jib tracks, 212. track draw-in grooves, 213. sand-blowing nozzle, 214. spring top boards, 215. motor-driven tooth bars, 22. telescopic jibs, 220. folding rollers, 221. jacking springs, 222. regulate window, 223. roller frame, 224. track notches, 23. folder type assembling arms, 24. open clamp mechanism, 240. drive folder motor, 241. dual control push-and-pull shelves, 242. traversing notch plates, 243. push-pull screw, 244. adjusting bolt A, 25. nock mounting clips, 250. frid rollers, 251. open folder spring, 252. traversing axle beds, 253. adjusting bolt B, 254. backform end plates, 30. internal mold carrying cases, 31. Double-chamber boxes, 310. high-order Chu Mo storehouses, 311. low level Chu Mo storehouses, 312. balance bracket, 313. separation rib, 32. defeated mould devices one by one, 320. lifting armed levers, 321. elastic card locks, 322. adjusting bolt C, 323. defeated moulding box storehouses, 324. defeated mould notch, 33. internal mold conveyers, 330. defeated mould motors, the horizontal shelves that push away of 331. dual controls, 332. double end push arms, 333. crosspiece slideways, 334. adjusting bolt D, 335. card lock arm heads, 336. push away mould arm head.
The specific embodiment
Referring to Fig. 1 and in conjunction with Fig. 2, 3, 4, 5, 6, the cast member internal mold assembly machine 07 of the present embodiment comprises sand mo(u)ld maker 01, hydraulic pressure module driving machine 02, sand mo(u)ld transmission road 03 and demoulding support 04, two secondary cast member internal mold assembly machines 07 are installed between demoulding support 04 and hydraulic pressure module driving machine 02, described two secondary cast member internal mold assembly machines 07 are symmetricly set on the both sides in sand mo(u)ld transmission road 03, folding drive rod 08 is installed in both sides at hydraulic pressure module driving machine 02, described cast member internal mold assembly machine 07 comprises location pedestal 10, folding type dress mould arm 20 and internal mold carrying case 30, described location pedestal 10 is fixedly mounted between demoulding support 04 and hydraulic pressure module driving machine 02, end face at location pedestal 10 is provided with dress mould orbit arm 11 and dress mould arm motor 12, described folding type dress mould arm 20 and internal mold carrying case 30 are arranged on the end face of location pedestal 10, described folding type dress mould arm 20 comprises jib housing 21, telescopic jib 22 and folder type assembling arm 23, described jib housing 21 is flexibly connected and is provided with jib folding window 210 with location pedestal 10, jib track 211, track draw-in groove 212 and sand-blowing nozzle 213, described telescopic jib 22 is flexibly connected and is provided with folding roller 220 and jacking spring 221 with jib housing 21, described folding roller 220 rolls and coordinates with folding drive rod 08, described folder type assembling arm 23 is arranged on telescopic jib 22 and comprises out clamp mechanism 24 and nock mounting clip 25, described internal mold carrying case 30 comprises Double-chamber box 31, defeated mould device 32 and internal mold conveyer 33 one by one, described Double-chamber box 31 is fixedly connected with and is provided with high-order Chu Mo storehouse 310 and low level Chu Mo storehouse 311 with location pedestal 10, in the outlet in high-order Chu Mo storehouse 310 and low level Chu Mo storehouse 311, defeated mould device 32 one by one is all housed, described defeated mould device 32 is one by one provided with lifting armed lever 320 and elastic card lock 321, and described internal mold conveyer 33 is arranged on the bottom of Double-chamber box 31 and comprises defeated mould motor 330, horizontal shelves 331 and the double end push arm 332 of pushing away of dual control.
Symmetrical two secondary folding drive rods 08 are set in the both sides of hydraulic pressure module driving machine 02; described folding drive rod 08 is corner-shape structure and at angle arranged outside roller slideway 09; described roller slideway 09 rolls and coordinates with folding type dress mould arm 20, and the end of described roller slideway 09, middle part and afterbody set gradually into plane, inclined-plane and plane slideway structure.
During 02 work of hydraulic pressure module driving machine, repeatedly do jacking and retract action; the cast member external mold 05 that sand mo(u)ld maker 01 is made is pushed to sand mo(u)ld transmission road 03; folding drive rod 08 utilizes hydraulic pressure module driving machine 02 ejection and the hydraulic coupling of retraction backward forward, controls two secondary folding types dress mould arms 20 simultaneously to sand mo(u)ld transmission 03 middle part, road or side transverse shifting.When folding type dress mould arm 20 laterally moves to sand mo(u)ld transmission 03 middle part, road, starting folder type assembling arm 23 is installed to cast member internal mold 06 on cast member external mold 05, start sand-blowing nozzle 213 simultaneously, the loose sand on cast member external mold 05 and sand mo(u)ld transmission road 03 is purged clean.When folding type dress mould arm 20 laterally moves to the side in sand mo(u)ld transmission road 03, start internal mold conveyer 33 cast member internal mold 06 is sent on folder type assembling arm 23.When cast member external mold 05 that hydraulic pressure module driving machine 02 is made sand mo(u)ld maker 01 is repeatedly extrapolated, folding drive rod 08 just drives folding type dress mould arm 20 continuously cast member internal mold 06 to be installed on cast member external mold 05, and carries out purging work continuously.
Can transverse shifting when folding type dress mould arm 20 coordinates with the roller slideway 09 of planar structure, internal mold conveyer 33 is accurately sent to cast member internal mold 06 on folder type assembling arm 23, or folder type assembling arm 23 is accurately assembled to cast member internal mold 06 on cast member external mold 05.When folding type dress mould arm 20 coordinates with the roller slideway 09 of ramp structure, to sand mo(u)ld transmission 03 middle part, road or side transverse shifting.
End face at location pedestal 10 is provided with twice dress mould orbit arm 11, and described dress mould arm motor 12 is arranged between twice dress mould orbit arm 11, described dress mould arm motor 12 and jib housing 21 gear combination.
Internal mold carrying case 30 and folding type dress mould arm 20 are arranged between demoulding support 04 and hydraulic pressure module driving machine 02 by location pedestal 10; internal mold carrying case 30 is fixedly mounted on the end face of location pedestal 10; can deposit the cast member internal mold 06 of a greater number, cast member internal mold 06 can be sent to one by one again to folder type assembling arm 23.Folding type dress mould arm 20 is arranged on dress mould orbit arm 11 and can easily moves, dress mould arm motor 12 is controlled 20 operations on dress mould orbit arm 11 of folding type dress mould arm, when folding type dress mould arm 20 moves on dress mould orbit arm 11, from internal mold carrying case 30, take over cast member internal mold 06, or cast member internal mold 06 is assemblied on cast member external mold 05.
Described jib housing 21 is the shell structure that two communicates, described jib folding window 210 is arranged on the middle part of jib housing 21 and is provided with spring top board 214, top and bottom at jib housing 21 inner chambers are all provided with jib track 211, described jib track 211 is slidably connected with telescopic jib 22, in the bottom surface of jib housing 21, be provided with twice track draw-in groove 212, wherein one track draw-in groove 212 is provided with motor-driven tooth bar 215, described track draw-in groove 212 is slidably connected with dress mould orbit arm 11, described motor-driven tooth bar 215 and dress mould arm motor 12 gear combination.
Track draw-in groove 212 is slidably connected jib housing 21 can easily be moved around on the pedestal 10 of location with dress mould orbit arm 11, during 12 work of dress mould arm motor, by motor-driven tooth bar 215, drive 21 operations of jib housing, while stopping, by motor-driven tooth bar 215, jib housing 21 being fixed on dress mould orbit arm 11.
Inner side and bottom at jib housing 21 are all provided with sand-blowing nozzle 213, and described sand-blowing nozzle 213 is connected with the gas transmission storehouse pump of sand mo(u)ld maker 01 by flexible pipe, on the air hose of sand-blowing nozzle 213, is provided with solenoid electric valve.
When hydraulic pressure module driving machine 02 is pushed to sand mo(u)ld transmission road 03 by the cast member external mold 05 of making, on cast member external mold 05 and sand mo(u)ld transmission road 03, can leave some loose sands, when folding type dress mould arm 20 is installed on cast member external mold 05 by cast member internal mold 06, solenoid electric valve is opened automatically, the gas transmission storehouse pump output pressure-air of sand mo(u)ld maker 01, the sand-blowing nozzle 213 that is arranged on the inner side of jib housing 21 purges the loose sand on sand mo(u)ld clean, the loose sand that the sand-blowing nozzle 213 that is arranged on jib housing 21 bottoms transmits sand mo(u)ld on 03 purges clean, when folding type dress mould arm 20 assembles the 06 outside operation of cast member internal mold, solenoid electric valve cuts out automatically, make sand-blowing nozzle 213 stop spraying pressure-air.
Described telescopic jib 22 is the box body structure of an end opening other end sealing and is sleeved on the inner chamber of jib housing 21, openend and blind end at telescopic jib 22 are respectively equipped with adjusting window 222 and roller frame 223, described roller frame 223 be in jib folding window 210 and with the 08 top interference fit of folding drive rod, described folding roller 220 is arranged on the end of roller frame 223 and rolls and coordinate with folding drive rod 08, end face and bottom surface in roller frame 223 are all provided with jacking spring 221, described jacking spring 221 and the 21 top interference fits of jib housing, top and bottom at telescopic jib 22 support body outer walls are all provided with track notch 224, described track notch 224 is slidably connected with jib track 211.
Described folder type assembling arm 23 comprises out clamp mechanism 24 and two secondary nock mounting clips 25, the described clamp mechanism 24 of opening is arranged on the inner chamber of telescopic jib 22 and comprises out folder motor 240, dual control push-and-pull shelves 241 and traversing notch plate 242, the described folder motor 240 of opening is arranged on the side plate that regulates window 222 and is provided with push-pull screw 243, the middle part of described dual control push-and-pull shelves 241 is connected with the termination of push-pull screw 243, top and bottom at dual control push-and-pull shelves 241 are all provided with traversing notch plate 242, the notch of described traversing notch plate 242 is hypotenuse structure, at the back side of traversing notch plate 242, be provided with adjusting bolt A244, described adjusting bolt A244 and the 241 card interference fits of dual control push-and-pull shelves.
Two secondary nock mounting clips 25 are arranged on respectively on the top board and base plate that regulates window 222, termination in nock mounting clip 25 jig arm is provided with frid roller 250, described frid roller 250 rolls and coordinates with traversing notch plate 242, between 25 two jig arm of nock mounting clip, be provided with out folder spring 251, on the axis of nock mounting clip 25, be provided with traversing axle bed 252, described traversing axle bed 252 is provided with adjusting bolt B253, described adjusting bolt B253 is provided with backform end plate 254 from regulating the top board of window 222 or base plate to stretch into regulate the curved structure of jaws of nock mounting clip 25 described in window 222 and stretch out telescopic jib 22 the jaws of nock mounting clip 25.
Nock mounting clip 25 is arranged on telescopic jib 22 by traversing axle bed 252, as long as rotate adjusting bolt B253 just can move up and down on telescopic jib 22, open the jaws that the elastic force of folder spring 251 makes nock mounting clip 25 and toward center, clamp all the time, the effect that is only subject to holding clamp mechanism 24 just can be opened.While opening 240 work of folder motor, by push-pull screw 243, promote or pull dual control push-and-pull shelves 241 to move, make traversing notch plate 242 loosen or hold out against the jig arm of nock mounting clip 25, when traversing notch plate 242 loosens jig arm, the jaws of nock mounting clip 25 clamps at the effect Xia Wang center of opening folder spring 251, when traversing notch plate 242 holds out against jig arm, the jaws of nock mounting clip 25 is opened.
Because the installation site of different its internal molds of cast member is not identical yet, by folding drive rod 08, control telescopic jib 22 transverse shifting positions, by adjusting bolt A244 and adjusting bolt B253, control nock mounting clip 25 and vertically move position, just cast member internal mold 06 can be installed on any position of cast member external mold 05.
The tapered structure in bottom of described Double-chamber box 31 is also provided with balance bracket 312, inner chamber at Double-chamber box 31 is provided with separation rib 313, described high-order Chu Mo storehouse 310 and low level Chu Mo storehouse 311 are separated Double-chamber box 31 inner chambers by separation rib 313 and are formed, high-order Chu Mo storehouse 310 go out die orifice higher than the die orifice that goes out in low level Chu Mo storehouse 311.
Can the more cast member internal mold 06 of stored number in high-order Chu Mo storehouse 310 and low level Chu Mo storehouse 311, cast member internal mold 06 is under the effect of conical lower portion, slide to out one by one die orifice from top to bottom, defeated mould device 32 and internal mold conveyer 33 are sent to nock mounting clip 25 by the cast member internal mold 06 that slides into out die orifice one by one.
Described defeated mould device 32 is one by one sleeved on the outer ring that high-order Chu Mo storehouse 310 or low level Chu Mo storehouse 311 go out die orifice, at the two ends at defeated mould device 32 tops one by one, be all provided with lifting armed lever 320, described lifting armed lever 320 is flexibly connected and is provided with adjusting bolt C322 with Double-chamber box 31, at the inner chamber of defeated mould device 32 one by one, be provided with defeated moulding box storehouse 323, the import in described defeated moulding box storehouse 323 is arranged on the top of defeated mould device 32 one by one and communicates with the die orifice that goes out in high-order Chu Mo storehouse 310 or low level Chu Mo storehouse 311, the outlet in described defeated moulding box storehouse 323 is arranged on the termination of defeated mould device 32 one by one, in another termination of defeated mould device 32 one by one, be provided with defeated mould notch 324, described elastic card lock 321 is arranged on the middle part of defeated moulding box storehouse 323 imports by rotating shaft, in the rotating shaft of elastic card lock 321, be provided with main spring.
Defeated mould device 32 is arranged on going out on die orifice of high-order Chu Mo storehouse 310 or low level Chu Mo storehouse 311 by lifting armed lever 320 one by one, as long as rotate adjusting bolt C322, just can regulate the vertical height of defeated mould device 32 one by one, make the outlet in defeated moulding box storehouse 323 consistent with the setting height(from bottom) of cast member internal mold 06.Elastic card lock 321 is arranged on defeated moulding box storehouse 323 and can be rotated neatly by rotating shaft, and the active force of main spring outwards rotates elastic card lock 321 all the time, and the effect that is only subject to internal mold conveyer 33 just can inwardly be rotated.When elastic card lock 321 outwards rotates, its end is outside defeated moulding box storehouse 323, cast member internal mold 06 can easily slide into defeated moulding box storehouse 323 from Double-chamber box 31, elastic card lock 321 snaps in defeated moulding box storehouse 323 while inwardly rotating, and cast member internal mold 06 just can not slide into defeated moulding box storehouse 323 from Double-chamber box 31.Slide into the cast member internal mold 06 in defeated moulding box storehouse 323 under the effect of internal mold conveyer 33, from the outlet in defeated moulding box storehouse 323, be sent to nock mounting clip 25.
Described defeated mould motor 330 is arranged on the end face of location pedestal 10 and is provided with crosspiece slideway 333, the horizontal middle part that pushes away shelves 331 of described dual control is connected with crosspiece slideway 333, in horizontal top and the bottom that pushes away shelves 331 of dual control, be all provided with double end push arm 332, described double end push arm 332 is provided with adjusting bolt D334, card lock arm head 335 and pushes away mould arm head 336, described adjusting bolt D334 and dual control be horizontal to be pushed away shelves 331 rotating shafts and is connected, described card lock arm head 335 and the 321 top interference fits of elastic card lock, described in push away mould arm head 336 and coordinate with 06 ejection of cast member internal mold.
The horizontal shelves 331 that push away of dual control are arranged on the pedestal 10 of location by defeated mould motor 330, defeated mould motor 330 drives the horizontal shelves 331 that push away of dual control on crosspiece slideway 333, advance or retreat while starting, dual control is horizontal when pushing away shelves 331 and advancing, and card lock arm head 335 first snaps in elastic card lock 321 in defeated moulding box storehouse 323, make the cast member internal mold 06 in Double-chamber box 31 can not slide into defeated moulding box storehouse 323, make the weight of the interior cast member internal mold 06 of Double-chamber box 31 can not be pressed onto on the cast member internal mold 06 in defeated moulding box storehouse 323 simultaneously, push away mould arm head 336 and slip into subsequently defeated mould notch 324, cast member internal mold 06 in defeated moulding box storehouse 323 is extrapolated.Dual control is horizontal to be pushed away and when shelves 331 retreat, pushes away mould arm head 336 and first skid off defeated mould notch 324, and card lock arm head 335 loosens elastic card lock 321 subsequently, and the cast member internal mold 06 in Double-chamber box 31 will slip into defeated moulding box storehouse 323, for internal mold conveyer 33, again releases.Defeated mould motor 330 drives the horizontal shelves 331 that push away of dual control on crosspiece slideway 333, to move one back and forth, and two double end push arms 332 just can be sent to the cast member internal mold 06 in high-order Chu Mo storehouse 310 and low level Chu Mo storehouse 311 folder type assembling arm 23 simultaneously.When adjusting bolt D334 rotates, double end push arm 332 vertically moves horizontal the pushing away on shelves 331 of dual control, to adjust double end push arm 332 and defeated mould device 32 is consistent one by one height and position.
When the cast member external mold 05 that hydraulic pressure module driving machine 02 is made sand mo(u)ld maker 01 is pushed to sand mo(u)ld transmission road 03, folding drive rod 08 advances jib housing 21 by telescopic jib 22, and the jaws of nock mounting clip 25 and the outlet in defeated moulding box storehouse 323 are faced, dress mould arm motor 12 starts jib housing 21 near internal mold carrying case 30 thereupon, in process at nock mounting clip 25 near defeated moulding box storehouse 323, opening 240 startups of folder motor opens the jaws of nock mounting clip 25, internal mold conveyer 33 is released defeated moulding box storehouse 323 by cast member internal mold 06 simultaneously, when backform end plate 254 is arrived on cast member internal mold 06 top, internal mold conveyer 33 back moves, driving folder motor 240 clamps the cast member internal mold 06 that packs nock mounting clip 25 into, dress mould arm motor 12 rotates backward and makes jib housing 21 leave internal mold carrying case 30, cast member internal mold 06 is extracted to defeated moulding box storehouse 323.When cast member internal mold 06 departs from defeated moulding box storehouse 323 completely, hydraulic pressure module driving machine 02 is just toward being retracted into sand mo(u)ld maker 01, telescopic jib 22 skids off jib housing 21 under the effect of jacking spring 221, and cast member internal mold 06 and the pilot hole on cast member external mold 05 are faced, dress mould arm motor 12 starts and makes nock mounting clip 25 near cast member external mold 05 thereupon, and pack cast member internal mold 06 into pilot hole, when nock mounting clip 25 is in place cast member internal mold 06, opening 240 startups of folder motor opens the jaws of nock mounting clip 25, dress mould arm motor 12 rotates backward and makes nock mounting clip 25 leave cast member internal mold 06.When nock mounting clip 25 leaves cast member internal mold 06 completely, the cast member external mold 05 that hydraulic pressure module driving machine 02 is made sand mo(u)ld maker 01 is again pushed to sand mo(u)ld transmission road 03, repeats the above-mentioned course of work.
The nock mounting clip 25 of the present embodiment and internal mold carrying case 30 are only suitable for the cast member internal mold 06 of component location guide cylindricality and tube-shaped structure, if the contour structures of cast member internal mold 06 changes, the structure of nock mounting clip 25 and internal mold carrying case 30 must change thereupon.
In sum: the present embodiment has solved the potential safety hazard that prior art vertical parting flaskless shoot-squeeze moulding machine moulder is easily sandwiched by hydraulic pressure module driving machine, provide a kind of cast member internal mold assembly machine that can replace moulder to work.
Claims (10)
1. a cast member internal mold assembly machine, comprise sand mo(u)ld maker, hydraulic pressure module driving machine, sand mo(u)ld transmission road and demoulding support, it is characterized in that: two secondary cast member internal mold assembly machines are installed between demoulding support and hydraulic pressure module driving machine, described two secondary cast member internal mold assembly machines are symmetricly set on the both sides in sand mo(u)ld transmission road, folding drive rod (08) is installed in both sides at hydraulic pressure module driving machine, described cast member internal mold assembly machine comprises location pedestal (10), folding type dress mould arm (20) and internal mold carrying case (30), described location pedestal (10) is fixedly mounted between demoulding support and hydraulic pressure module driving machine, end face at location pedestal (10) is provided with dress mould orbit arm (11) and dress mould arm motor (12), described folding type dress mould arm (20) and internal mold carrying case (30) are arranged on the end face of location pedestal (10), described folding type dress mould arm (20) comprises jib housing (21), telescopic jib (22) and folder type assembling arm (23), described jib housing (21) is flexibly connected and is provided with jib folding window (210) with location pedestal (10), jib track (211), track draw-in groove (212) and sand-blowing nozzle (213), described telescopic jib (22) is flexibly connected and is provided with folding roller (220) and jacking spring (221) with jib housing (21), described folding roller (220) rolls and coordinates with folding drive rod (08), described folder type assembling arm (23) is arranged on telescopic jib (22) and goes up and comprise out clamp mechanism (24) and nock mounting clip (25), described internal mold carrying case (30) comprises Double-chamber box (31), defeated mould device (32) and internal mold conveyer (33) one by one, described Double-chamber box (31) is fixedly connected with and is provided with high-order Chu Mo storehouse (310) and low level Chu Mo storehouse (311) with location pedestal (10), in the outlet in high-order Chu Mo storehouse (310) and low level Chu Mo storehouse (311), defeated mould device (32) one by one is all housed, described defeated mould device (32) is one by one provided with lifting armed lever (320) and elastic card lock (321), described internal mold conveyer (33) is arranged on the bottom of Double-chamber box (31) and comprises defeated mould motor (330), horizontal shelves (331) and the double end push arm (332) of pushing away of dual control.
2. a kind of cast member internal mold assembly machine according to claim 1; it is characterized in that: symmetrical two secondary folding drive rods (08) are set in the both sides of hydraulic pressure module driving machine; described folding drive rod (08) is corner-shape structure and at angle arranged outside roller slideway (09); described roller slideway (09) rolls and coordinates with folding type dress mould arm (20), and end, middle part and the afterbody of described roller slideway (09) sets gradually into plane, inclined-plane and plane slideway structure.
3. a kind of cast member internal mold assembly machine according to claim 1, it is characterized in that: the end face at location pedestal (10) is provided with twice dress mould orbit arm (11), described dress mould arm motor (12) is arranged between twice dress mould orbit arms (11), described dress mould arm motor (12) and jib housing (21) gear combination.
4. a kind of cast member internal mold assembly machine according to claim 1, it is characterized in that: described jib housing (21) is the shell structure that two communicates, described jib folding window (210) is arranged on the middle part of jib housing (21) and is provided with spring top board (214), top and bottom at jib housing (21) inner chamber are all provided with jib track (211), described jib track (211) is slidably connected with telescopic jib (22), in the bottom surface of jib housing (21), be provided with twice track draw-in groove (212), wherein one track draw-in groove (212) is provided with motor-driven tooth bar (215), described track draw-in groove (212) is slidably connected with dress mould orbit arm (11), described motor-driven tooth bar (215) and dress mould arm motor (12) gear combination.
5. a kind of cast member internal mold assembly machine according to claim 1, it is characterized in that: inner side and bottom at jib housing (21) are all provided with sand-blowing nozzle (213), described sand-blowing nozzle (213) is connected with the gas transmission storehouse pump of sand mo(u)ld maker by flexible pipe, on the air hose of sand-blowing nozzle (213), is provided with solenoid electric valve.
6. a kind of cast member internal mold assembly machine according to claim 1, it is characterized in that: described telescopic jib (22) is the box body structure of an end opening other end sealing and is sleeved on the inner chamber of jib housing (21), openend and blind end at telescopic jib (22) are respectively equipped with adjusting window (222) and roller frame (223), described roller frame (223) be in jib folding window (210) and with folding drive rod (08) top interference fit, described folding roller (220) is arranged on the end of roller frame (223) and rolls and coordinate with folding drive rod (08), end face and bottom surface in roller frame (223) are all provided with jacking spring (221), described jacking spring (221) and jib housing (21) top interference fit, top and bottom at telescopic jib (22) support body outer wall are all provided with track notch (224), described track notch (224) is slidably connected with jib track (211).
7. according to a kind of cast member internal mold assembly machine described in claim 1 or 6, it is characterized in that: described folder type assembling arm (23) comprises out clamp mechanism (24) and two secondary nock mounting clips (25), the described clamp mechanism (24) of opening is arranged on the inner chamber of telescopic jib (22) and comprises out folder motor (240), dual control push-and-pull shelves (241) and traversing notch plate (242), the described folder motor (240) of opening is arranged on the side plate that regulates window (222) and is provided with push-pull screw (243), the middle part of described dual control push-and-pull shelves (241) is connected with the termination of push-pull screw (243), top and bottom at dual control push-and-pull shelves (241) are all provided with traversing notch plate (242), the notch of described traversing notch plate (242) is hypotenuse structure, at the back side of traversing notch plate (242), be provided with adjusting bolt A (244), described adjusting bolt A (244) and the interference fit of dual control push-and-pull shelves (241) card,
Two secondary nock mounting clips (25) are arranged on respectively on the top board and base plate that regulates window (222), termination in nock mounting clip (25) jig arm is provided with frid roller (250), described frid roller (250) rolls and coordinates with traversing notch plate (242), between (25) two jig arm of nock mounting clip, be provided with out folder spring (251), on the axis of nock mounting clip (25), be provided with traversing axle bed (252), described traversing axle bed (252) is provided with adjusting bolt B (253), described adjusting bolt B (253) is from regulating top board or the base plate of window (222) to stretch into adjusting window (222), the curved structure of jaws of described nock mounting clip (25) is also stretched out telescopic jib (22), in the jaws of nock mounting clip (25), be provided with backform end plate (254).
8. a kind of cast member internal mold assembly machine according to claim 1, it is characterized in that: the tapered structure in bottom of described Double-chamber box (31) is also provided with balance bracket (312), inner chamber at Double-chamber box (31) is provided with separation rib (313), described high-order Chu Mo storehouse (310) and low level Chu Mo storehouse (311) are separated Double-chamber box (31) inner chamber by separation rib (313) and are formed, high-order Chu Mo storehouse (310) go out die orifice higher than the die orifice that goes out in low level Chu Mo storehouse (311).
9. a kind of cast member internal mold assembly machine according to claim 1, it is characterized in that: described defeated mould device (32) is one by one sleeved on the outer ring that high-order Chu Mo storehouse (310) or low level Chu Mo storehouse (311) go out die orifice, at the two ends at defeated mould device (32) top one by one, be all provided with lifting armed lever (320), described lifting armed lever (320) is flexibly connected and is provided with adjusting bolt C (322) with Double-chamber box (31), at the inner chamber of defeated mould device (32) one by one, be provided with defeated moulding box storehouse (323), the import in described defeated moulding box storehouse (323) is arranged on the top of defeated mould device (32) one by one and communicates with the die orifice that goes out in high-order Chu Mo storehouse (310) or low level Chu Mo storehouse (311), the outlet in described defeated moulding box storehouse (323) is arranged on the termination of defeated mould device (32) one by one, in another termination of defeated mould device (32) one by one, be provided with defeated mould notch (324), described elastic card lock (321) is arranged on the middle part of defeated moulding box storehouse (323) import by rotating shaft, in the rotating shaft of elastic card lock (321), be provided with main spring.
10. a kind of cast member internal mold assembly machine according to claim 1, it is characterized in that: described defeated mould motor (330) is arranged on the end face of location pedestal (10) and is provided with crosspiece slideway (333), the horizontal middle part that pushes away shelves (331) of described dual control is connected with crosspiece slideway (333), in horizontal top and the bottom that pushes away shelves (331) of dual control, be all provided with double end push arm (332), described double end push arm (332) is provided with adjusting bolt D (334), block lock arm head (335) and push away mould arm head (336), described adjusting bolt D (334) and dual control be horizontal to be pushed away shelves (331) rotating shaft and is connected, described card lock arm head (335) and elastic card lock (321) top interference fit, the described mould arm head (336) that pushes away coordinates with the ejection of cast member internal mold.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320706232.XU CN203556807U (en) | 2013-11-09 | 2013-11-09 | Internal die assembly machine for casting parts |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320706232.XU CN203556807U (en) | 2013-11-09 | 2013-11-09 | Internal die assembly machine for casting parts |
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| Publication Number | Publication Date |
|---|---|
| CN203556807U true CN203556807U (en) | 2014-04-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320706232.XU Withdrawn - After Issue CN203556807U (en) | 2013-11-09 | 2013-11-09 | Internal die assembly machine for casting parts |
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| CN (1) | CN203556807U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103537631A (en) * | 2013-11-09 | 2014-01-29 | 衢州乐创节能科技有限公司 | Inner mould assembly machine of casting part |
-
2013
- 2013-11-09 CN CN201320706232.XU patent/CN203556807U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103537631A (en) * | 2013-11-09 | 2014-01-29 | 衢州乐创节能科技有限公司 | Inner mould assembly machine of casting part |
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