CN205341835U - Full -automatic core shooting machine - Google Patents
Full -automatic core shooting machine Download PDFInfo
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- CN205341835U CN205341835U CN201620010522.4U CN201620010522U CN205341835U CN 205341835 U CN205341835 U CN 205341835U CN 201620010522 U CN201620010522 U CN 201620010522U CN 205341835 U CN205341835 U CN 205341835U
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Abstract
The utility model relates to a full -automatic core shooting machine, it includes the mould and to jeting into core sand core shooting device in the mould, the mould divide into mould and lower mould in the mould, both sides face that the mould is relative all is provided with in the control latched device that mould and lower mould opened and shut. Full -automatic core shooting machine still includes: the solidification equipment, it is including solidification frame, blow mechanism and branch mould mechanism, shedder, it includes drawing of patterns frame, promote the hoist mechanism of mould, the tilting mechanism of the mould upset after will promoting and make the ejection mechanism of the core drawing of patterns in the mould, the mobile device, it is driven by servo motor, makes the mould come and go the removal in core shooting device, solidification equipment, shedder's station accurate positioning or level respectively, receiving device, it is used for automatic the transport to follow the core that obtains among the shedder, PLC control system, its control each driving motor among core shooting device, solidification equipment, shedder, mobile device, the receiving device and cylinder are in order to realize automatic operation.
Description
Technical field
This utility model relates to the mo(u)lding equipment field of casting and molding, is specifically related to manufacture the full-automatic core shooter of core with cold-box.
Background technology
Core shooter is widely used in casting industry, it is adaptable to hot box and cold-box two kinds.Core shooter operation principle be by be binding agent with liquid or solid thermosetting resin core sand compound be mapped in core mould, core sand harden in mould after by taking-up, obtain core.At room temperature, by blow make core in core box the core-making method of quick-hardening molding cold-box process.Cold-box is the technique of a kind of high efficiency manufacture core, has the advantages such as efficient, energy-conservation, labor condition is good, is now widely used in Foundry Production.
Core shooter existing at present mostly is unitary design, and the technique such as core shooting, solidification, demoulding is difficulty with automatization completely；The structural design of mould makes the closing precision of core demoulding rear mold poor, affects core quality；Traditional releasing process cannot use the core more complicated with shape and structure, often has damage to use during the core demoulding；Receiving core is also manual mode, therefore automaticity is low, and manual operation demand is big, and production cost is high.
Utility model content
For solving the problems referred to above, this utility model provides a kind of cold-box to manufacture the full-automatic core shooter of core, its mould is torn conjunction convenience open, is had good closing precision, and then the automaticity that solidifies, can obtain after the demoulding high-quality core and complete machine is high particularly to automatic material connection, save manual labor, production cost can be reduced, have higher production efficiency.
The technical solution of the utility model is as follows:
A kind of full-automatic core shooter, injects core sand core-shooting device including mould with in mould, and described mould is divided in mould mould and counterdie, the latching device that the two sides that described mould is relative are provided with in control mould and counterdie folding；Described full-automatic core shooter also includes:
Solidification equipment, it includes solidifying frame, inflatable body and mould-spliting machine structure, and described inflatable body makes the core sand curing molding in mould, and described mould-spliting machine structure makes mould and middle mode division open or close tightly by promoting or falling mould；
Stripper apparatus, it includes demoulding frame, promotes the hoisting mechanism of mould, by the switching mechanism of die flip after promoting and the ejecting mechanism making the core demoulding in mould；
Mobile device, it is by driven by servomotor, make mould respectively core-shooting device, solidification equipment, stripper apparatus station be accurately positioned or level reciprocates；
Material-receiving device, its core obtained from described stripper apparatus for automatic transport；
PLC control system, it controls each drive motor in described core-shooting device, solidification equipment, stripper apparatus, mobile device, material-receiving device and cylinder to realize automatic operation.
Above-mentioned full-automatic core shooter, described latching device includes being arranged on the briquetting that can vertically slide bottom counterdie, the latch hook that can be pushed down by briquetting be arranged on lock dog corresponding with latch hook on middle mould；Described latch hook and lock dog can hook mutually according to the position of briquetting or depart from；Described latch hook is rotatably connected on counterdie by rotating dog, and is provided with block and the spring of restriction latch hook position of rotation on counterdie；One end of described spring is fixed on counterdie, and the other end is connected with latch hook.
Above-mentioned full-automatic core shooter, described mould-spliting machine structure includes vertically being fixed on the cylinder I of curing top of the trellis, being horizontally disposed with and controlled the air blowing pressing plate of lifting by cylinder I and be fixed on air blowing pressing plate and equally distributed at least two clamping cylinder I；The mouth of pipe of giving vent to anger of described inflatable body is embedded in air blowing pressing plate.
Above-mentioned full-automatic core shooter, described hoisting mechanism includes horizontal gird that the cylinder II being fixed on ingot stripper top of the trellis straight up is connected with cylinder II top, is connected to two ends of crossbeam through ingot stripper top of the trellis for two that promote mould vertical connection axles；Being coordinated by linear bearing between described connection axle and demoulding frame, the lower end connecting axle is provided with the suspension hook of die hoisting；
Described switching mechanism include being arranged on demoulding frame side pneumatic actuator, the pneumatic actuator rotary connecting joint driven, be arranged on middle mould both sides for the rotating shaft of turnover mould and the spill spin block that is arranged in rotating shaft and coordinates with rotary connecting joint；Described rotating shaft may be stuck in suspension hook；
Described ejecting mechanism includes being fixed on the cylinder III of ingot stripper top of the trellis straight down, being horizontally disposed with and controlled the liftout plate of lifting by cylinder III, be arranged on liftout plate and equally distributed at least two clamping cylinder II.
Above-mentioned full-automatic core shooter, described cylinder II is SCT cylinder, and described cylinder III is TCM cylinder.SCT cylinder (cylinder of multiposition double action type), can complete larger row journey so that mould promotes and upset is more stable；TCM cylinder (three axle cylinders), repeatedly ejects action can having when ejecting action of stripper apparatus, it is ensured that core is deviate from completely from mould.
Above-mentioned full-automatic core shooter, described mobile device also includes moving frame, horizontally disposed ball screw assembly, and for placing the horizontal table of mould, and described workbench is connected with ball screw assembly,；The both sides of described ball screw assembly, are respectively arranged with the guide rail I matched with workbench.
Above-mentioned full-automatic core shooter, described material-receiving device includes splicing frame, the gripper shoe that is horizontally set in splicing frame, be horizontally disposed with splicing plate on the supporting plate, the cylinder IV driving splicing plate level to move, the translation band being arranged on splicing plate, drive the translation translation motor with rotating and with translation band with the use of conveyer belt；Described splicing plate both sides are provided with the guide rail II being slidably matched with it, and described guide rail II is fixing on the supporting plate.
Above-mentioned full-automatic core shooter, described material-receiving device also includes driving the cylinder V of gripper shoe vertical motion and is arranged between gripper shoe and splicing frame and several of even distribution are vertically directed bar；The upper end of described guide post is fixing with gripper shoe to be connected, and lower end and splicing frame are slidably connected；Described conveyer belt is set to upper and lower two-layer.
Above-mentioned full-automatic core shooter, described solidification equipment, stripper apparatus, mobile device and material-receiving device are provided with two groups.
Above-mentioned full-automatic core shooter, arranges the releasing agent device of release agent spraying in oriented mould in described solidification equipment or stripper apparatus.
The beneficial effects of the utility model are:
1. complete machine is controlled to run by PLC control system, safe and reliable, automaticity is high, saves manual labor；Mould is upper, middle and lower three layers, it is easy to die venting and the core demoulding；Thus obtaining high-quality core and three-decker is easier to realize the automatization of complete machine；
2. solidification equipment, stripper apparatus, mobile device and material-receiving device arrange two groups, and PLC control system can make full use of the time difference between each station and control the start and stop of each device respectively, improves production efficiency；
3. owing to core sand moulding is various, the not easily demoulding, therefore this utility model makes the switching mechanism of die flip after being provided with the hoisting mechanism promoting mould in stripper apparatus and promoting, die flip exhaust hood III ejects action, make core be more easy to from mould to depart from, it is ensured that the quality of core；Simultaneously in order in when ensureing to overturn mould will not separate with counterdie, mould arranges latching device；
4. move device and control ball-screw auxiliary driving by PLC control system, improve mould being accurately positioned and stationarity at each station, enhance the reliability of related device subsequent job, particularly ensure that the closing precision of mould when solidification equipment and stripper apparatus, improve the quality of core further；
5. material-receiving device achieves the automatic material connection after the core demoulding and conveying, further mitigates manual labor and improves production efficiency.
Accompanying drawing explanation
Fig. 1 is the perspective view of complete edition utility model embodiment；
Fig. 2 is the mechanical lock schematic diagram of mould in this utility model embodiment；
Fig. 3 is the schematic front view of solidification equipment in this utility model embodiment；
Fig. 4 is the schematic front view of stripper apparatus in this utility model embodiment；
Fig. 5 is that in this utility model embodiment, schematic diagram is looked on the right side of stripper apparatus；
Fig. 6 is the schematic front view of material-receiving device in this utility model embodiment；
Fig. 7 is the schematic top plan view of material-receiving device in this utility model embodiment；
In figure: 1 is hopper, 2 is core-shooting device, 301 is upper mould, 302 is middle mould, 303 is counterdie, 304 is rotating shaft, 305 is briquetting, 306 is block, 307 is rotating dog, 308 is latch hook, 309 is lock dog, 310 is spring, 401 for solidifying frame, 402 is clamping cylinder I, 403 is cylinder I, 404 is inflatable body, 405 is air blowing pressing plate, 406 is releasing agent device, 501 are and demoulding frame, 502 is clamping cylinder II, 503 for connecting axle, 504 is suspension hook, 505 is spill spin block, 506 is pneumatic actuator, 507 is rotary connecting joint, 508 is gib block, 509 is cylinder III, 510 is crossbeam, 511 is cylinder II, 512 is liftout plate, 601 is splicing frame, 602 is gripper shoe, 603 is guide rail II, 604 is cylinder IV, 605 is splicing plate, 606 is translation band, 607 is translation motor, 608 is guide post, 609 is cylinder V, 610 is receiver, 701 is moving frame, 702 is servomotor, 703 is ball screw assembly, 704 is guide rail I, 705 is workbench, 8 is conveyer belt, 9 is core.
Detailed description of the invention
Below in conjunction with accompanying drawing to this utility model further explanation and explanation.
The full-automatic core shooter of the present embodiment, by PLC(programmable logic controller (PLC)) control system, the drive motor of each device and the air pressure valve of baric systerm are automatically controlled complete machine and has run.
The full-automatic core shooter of the present embodiment as shown in Figures 1 to 7, include hopper 11, mould and in mould, inject core sand core-shooting device 2, described mould is divided in mould 301 mould 302 and counterdie 303, the latching device that the two sides that described mould is relative are provided with in control mould 302 and counterdie 303 folding；Described full-automatic core shooter also includes:
Solidification equipment, it includes solidifying frame 401, inflatable body 404 and mould-spliting machine structure, and described inflatable body 404 makes the core sand curing molding in mould, and described mould-spliting machine structure makes mould 301 separate with middle mould 302 by promoting or falling mould 301 or closes tight；
Stripper apparatus, it includes demoulding frame 501, promotes the hoisting mechanism of mould, by the switching mechanism of die flip after promoting and the ejecting mechanism making core 9 demoulding in mould；
Mobile device, it is driven by servomotor 702, make mould respectively core-shooting device 2, solidification equipment, stripper apparatus station be accurately positioned or level reciprocates；
Material-receiving device, its core 9 obtained from described stripper apparatus for automatic transport；
PLC control system, it controls each drive motor in described core-shooting device 2, solidification equipment, stripper apparatus, mobile device, material-receiving device and cylinder to realize automatic operation.
Above-mentioned full-automatic core shooter, as in figure 2 it is shown, described latching device includes being arranged on the briquetting 305 that can vertically slide bottom counterdie 303, the latch hook 308 that can be pushed down by briquetting 305 and be arranged on lock dog 309 corresponding with latch hook 308 on middle mould 302；Described latch hook 308 and lock dog 309 can hook mutually according to the position of briquetting 305 or depart from；Described latch hook 308 is rotatably connected on counterdie 303 by rotating dog 307, and is provided with block 306 and the spring 310 of restriction latch hook 308 position of rotation on counterdie 303；One end of described spring 310 is fixed on counterdie 303, and the other end is connected with latch hook 308.When latch hook 308 do not pushed down by briquetting 305, latch hook 308 strained by spring 310 makes latch hook 308 one end be blocked by block 306 and lock dog 309 is hooked by the other end；When described briquetting 305 compresses latch hook 308, latch hook 308 rotates along rotating dog 307 and makes latch hook 308 depart from lock dog 309.
Above-mentioned full-automatic core shooter; as it is shown on figure 3, described mould-spliting machine structure includes vertically being fixed on the cylinder I 403 at solidification frame 401 top, being horizontally disposed with and controlled the air blowing pressing plate 405 of lifting by cylinder I 403 and be fixed on air blowing pressing plate 405 and equally distributed at least two clamping cylinder I 402；The mouth of pipe of giving vent to anger of described inflatable body 404 is embedded in air blowing pressing plate 405.
Above-mentioned full-automatic core shooter; as shown in Figure 4 and Figure 5, described hoisting mechanism includes horizontal gird 510 that the cylinder II 511 being fixed on demoulding frame 501 top straight up is connected with cylinder II 511 top, is connected to 510 two ends of crossbeam through demoulding frame 501 top for two that promote mould vertical connection axles 503；Being coordinated by linear bearing between described connection axle 503 and demoulding frame 501, the lower end connecting axle 503 is provided with the suspension hook 504 of die hoisting；Ensureing the stable quality not affecting core 9 of mould during in order to promote, the present embodiment relevant position in demoulding frame 501 is also provided with gib block 508；
Described switching mechanism include being arranged on demoulding frame 501 side pneumatic actuator 506, pneumatic actuator 506 rotary connecting joint 507 driven, be arranged on middle mould 302 both sides for the rotating shaft 304 of turnover mould and the spill spin block 505 that is arranged in rotating shaft 304 and coordinates with rotary connecting joint 507；Described rotating shaft 304 may be stuck in suspension hook 504；
Described ejecting mechanism includes being fixed on the cylinder III 509 at demoulding frame 501 top straight down, being horizontally disposed with and controlled the liftout plate 512 of lifting by cylinder III 509, be arranged on liftout plate 512 and equally distributed at least two clamping cylinder II 502.
Above-mentioned full-automatic core shooter, described cylinder II 511 is SCT cylinder, and described cylinder III 509 is TCM cylinder.SCT cylinder (cylinder of multiposition double action type), can complete larger row journey so that mould promotes and upset is more stable；TCM cylinder (three axle cylinders), repeatedly ejects action can having when ejecting action of stripper apparatus, it is ensured that core 9 is deviate from completely from mould.
Above-mentioned full-automatic core shooter, as shown in fig. 1, described mobile device also includes moving frame 701, horizontally disposed ball screw assembly, 703 and for placing the horizontal table 705 of mould, and described workbench 705 is connected with ball screw assembly, 703；The both sides of described ball screw assembly, 703 are respectively arranged with the guide rail I 704 matched with workbench 705.
Above-mentioned full-automatic core shooter, as shown in Figure 6 and Figure 7, described material-receiving device include splicing frame 601, the gripper shoe 602 being horizontally set in splicing frame 601, the splicing plate 605 being horizontally set in gripper shoe 602, the cylinder IV 604 driving splicing plate 605 to move horizontally, be arranged on splicing plate 605 translation with 606, drive translation band 606 rotation translation motor 607 and with translate with 606 with the use of conveyer belt 8；Described splicing plate 605 both sides are provided with the guide rail II 603 being slidably matched with it, and described guide rail II 603 is fixed in gripper shoe 602.Material-receiving device is first positioned over receiver 610 on translation band 606 before running, and after having connect material, receiver 610 is transported on conveyer belt 8 by translation band 606, and automaticity is high.
Above-mentioned full-automatic core shooter, as shown in Figure 6 and Figure 7, described material-receiving device also includes driving the cylinder V 609 of gripper shoe 602 vertical motion and is arranged between gripper shoe 602 and splicing frame 601 and several of even distribution are vertically directed bar 608；The upper end of described guide post 608 is fixing with gripper shoe 602 to be connected, and lower end and splicing frame 601 are slidably connected；Described conveyer belt 8 is set to upper and lower two-layer.Be so designed that, can space efficient, and save manual labor further.
Above-mentioned full-automatic core shooter, described solidification equipment, stripper apparatus, mobile device and material-receiving device are provided with two groups.It is so designed that the production efficiency that can improve this full-automatic core shooter.
Above-mentioned full-automatic core shooter, arranges the releasing agent device 406 of release agent spraying in oriented mould in described solidification equipment or stripper apparatus.
The specific works process of the present embodiment is as follows:
1) load appropriate core sand by hopper 11, place the mould into the initial station on workbench 705, receiver 610 is placed on translation band 606, starts full-automatic core shooter of the present utility model；Control system is run, and makes servomotor 702 drive ball screw assembly, 703 to rotate, and then drives workbench 705 that die horizontal moves to the station of solidification equipment along guide rail I 704.
2) after the sensor-based system of solidification equipment senses that mould puts in place, servomotor 702 is out of service, and PLC control system control releasing agent device 406 runs and sprays into releasing agent in mould, and after completing, mould is transplanted on the station penetrating sand device by mobile plant running.
3) penetrating after the sensor-based system of sand device senses that mould puts in place, servomotor 702 is out of service, simultaneously the downward compaction mold of core-shooting device 2 core sand in hopper 11 is injected mould；Penetrating PLC control system after sand completes and be again started up servomotor 702, the station of solidification equipment delivered to by mould by mobile plant running.
4), after the sensor-based system of curing device senses that mould puts in place, air blowing pressing plate 405 is compressed by cylinder I 403 elongation with mould, and inflatable body 404 is blown into solid gas afterwards；Arriving the gassing time set, after the core sand in mould is solidified into core 9, the upper mould 301 of mould is clamped by clamping cylinder I 402, exhaust hood I 403 retract upper mould 301 promoted, complete the action of de-upper mould 301 plate；Servomotor 702 is again started up, and the rotating shaft 304 that mould is delivered on the station of stripper apparatus and middle mould 302 by mobile plant running snaps on suspension hook 504 just, now mould only remaining in mould 302 and counterdie 303, the core 9 position in middle mould 302 is as shown in Figure 1.
5) after the sensor-based system of stripper apparatus senses that mould puts in place, the i.e. SCT cylinder of cylinder II 511 extends, and then mould is carried to upturned position under the auxiliary guiding function of gib block 508 by connecting axle 503, now rotary connecting joint 507 just will be arranged in rotating shaft 304 spill spin block 505 and block, pneumatic actuator 506 action makes mould complete 180 ° of upsets, and in now, mould 302 position is as shown in phantom in Figure 1.
6) material-receiving device runs, cylinder V 609 stretches out lifting gripper shoe 602 makes splicing plate 605 basic concordant with the conveyer belt 8 on upper strata, exhaust hood IV 604 drive splicing plate 605 to enter in stripper apparatus along guide rail II 603, during receiver 610 positive centering mould 302 just, material-receiving device is out of service.
7) elongation of cylinder III 509 i.e. TCM cylinder drives liftout plate 512 to stop after being pressed to counterdie 303 straight down, now liftout plate 512 each compresses latch hook 308 by the briquetting 305 of both sides, latch hook 308 is rotated around rotating dog 307, latch hook 308 and lock dog 309 depart from, so that middle mould 302 and upper mould 301 can separate, simultaneously clamp on cylinder II 502 to run and clamped by counterdie 303, the i.e. TCM cylinder of exhaust hood III 509 drive counterdie 303 to run centering mould 302 continuously up and down to eject action and make core 9 deviate from middle mould 302 to drop in receiver 610；Ejecting action to complete exhaust hood III 509 i.e. TCM cylinders retract and promoted by counterdie 303, middle mould 302 is promoted by cylinder II 511 i.e. SCT cylinders retract；The present embodiment is provided with an air gun at this station and automatically blows out the core sand of residual in die cavity, it is ensured that the Forming Quality of core 9 during next process cycles.
8) cylinder V 609 retraction receiver 610 removes stripper apparatus, and translation band 606 motor operation drives translation band 606 transverse horizontal to rotate and is then transplanted on conveyer belt 8 by receiver 610；Middle mould 302 is fallen and is reset to upturned position by cylinder II 511 i.e. SCT cylinder simultaneously, counterdie 303 is fallen and is reset to upturned position by cylinder III 509 i.e. TCM cylinder, completing the mould assembling action of middle mould 302, counterdie 303 afterwards, pneumatic actuator 506 runs state when die flip 180 ° returns to just to enter stripper apparatus.
9) servomotor 702 runs, and mould is transported to the station of solidification equipment by mobile device, and air blowing pressing plate 405 moves down and with middle mould 302, upper mould 301 has been compressed matched moulds, release agent spraying simultaneously；Move device afterwards to be transported to by mould again and penetrate sand device；Whole production process completes.
The production process of two groups of equipment of this utility model is identical, utilizes the time difference between two groups of equipment stations can well production work in an orderly manner.By arranging the program of PLC control system, it is possible to make on the left of core-shooting device 2 or the device on right side has priority, even if two groups of devices start simultaneously, occur station to interfere without at core-shooting device 2.
This cold-box of the present utility model manufactures the full-automatic core shooter of core 9, its mould is torn open and is closed convenience, has good closing precision and then ensure the automaticity height of high-quality core 9 and complete machine, saving manual labor, can reduce production cost, has higher production efficiency.This utility model is also applied for manufacturing rising head, and technical staff only need to change corresponding mould and adjust control parameter.
Claims (10)
1. a full-automatic core shooter, core sand core-shooting device (2) is injected including mould with in mould, described mould is divided into mould (301), middle mould (302) and counterdie (303), it is characterized in that, the latching device that the two sides that described mould is relative are provided with in control mould (302) and counterdie (303) folding；Described full-automatic core shooter also includes:
Solidification equipment; it includes solidifying frame (401), inflatable body (404) and mould-spliting machine structure; described inflatable body (404) makes the core sand curing molding in mould, and described mould-spliting machine structure makes mould (301) separate with middle mould (302) by promoting or falling mould (301) or closes tight；
Stripper apparatus, it includes demoulding frame (501), promotes the hoisting mechanism of mould, by the switching mechanism of die flip after promoting and the ejecting mechanism making the core demoulding in mould；
Mobile device, it is driven by servomotor (702), make mould respectively core-shooting device (2), solidification equipment, stripper apparatus station be accurately positioned or level reciprocates；
Material-receiving device, its core (9) obtained from described stripper apparatus for automatic transport；
PLC control system, it controls each drive motor in described core-shooting device (2), solidification equipment, stripper apparatus, mobile device, material-receiving device and cylinder to realize automatic operation.
2. full-automatic core shooter according to claim 1, it is characterised in that: described latching device includes being arranged on briquetting (305), the latch hook (308) can pushed down by briquetting (305) that can vertically slide counterdie (303) bottom and being arranged on the upper lock dog (309) corresponding with latch hook (308) of middle mould (302)；Described latch hook (308) and lock dog (309) can hook mutually according to the position of briquetting (305) or depart from；Described latch hook (308) is rotatably connected on counterdie (303) by rotating dog (307), and is provided with block (306) and the spring (310) of restriction latch hook (308) position of rotation on counterdie (303)；One end of described spring (310) is fixed on counterdie (303), and the other end is connected with latch hook (308).
3. full-automatic core shooter according to claim 1, it is characterised in that: described mould-spliting machine structure includes vertically being fixed on the cylinder I (403) at solidification frame (401) top, being horizontally disposed with and controlled the air blowing pressing plate (405) of lifting by cylinder I (403) and be fixed on air blowing pressing plate (405) and equally distributed at least two clamping cylinder I (402)；The mouth of pipe of giving vent to anger of described inflatable body (404) is embedded in air blowing pressing plate (405).
4. full-automatic core shooter according to claim 1, it is characterised in that:
Described hoisting mechanism includes horizontal gird (510) that the cylinder II (511) being fixed on demoulding frame (501) top straight up is connected with cylinder II (511) top, is connected to (510) two ends of crossbeam and through demoulding frame (501) top for promoting two vertical connection axles (503) of mould；Being coordinated by linear bearing between described connection axle (503) and demoulding frame (501), the lower end connecting axle (503) is provided with the suspension hook (504) of die hoisting；
Described switching mechanism include being arranged on demoulding frame (501) side pneumatic actuator (506), pneumatic actuator (506) rotary connecting joint (507) driven, be arranged on middle mould (302) both sides and for the rotating shaft (304) of turnover mould and be arranged on the spill spin block (505) that rotating shaft (304) is gone up and coordinated with rotary connecting joint (507)；Described rotating shaft (304) may be stuck in suspension hook (504)；
Described ejecting mechanism includes being fixed on the cylinder III (509) at demoulding frame (501) top, the liftout plate (512) being horizontally disposed with and being lifted by cylinder III (509) control straight down, being arranged on liftout plate (512) above and equally distributed at least two clamping cylinder II (502).
5. full-automatic core shooter according to claim 4, it is characterised in that: described cylinder II (511) is SCT cylinder, and described cylinder III (509) is TCM cylinder.
6. full-automatic core shooter according to claim 1, it is characterized in that: described mobile device also includes moving frame (701), horizontally disposed ball screw assembly, (703) and is used for placing the horizontal table (705) of mould, and described workbench (705) is connected with ball screw assembly, (703)；The both sides of described ball screw assembly, (703) are respectively arranged with the guide rail I (704) matched with workbench (705).
7. full-automatic core shooter according to claim 1, it is characterised in that: described material-receiving device includes splicing frame (601), the gripper shoe (602) being horizontally set in splicing frame (601), the splicing plate (605) being horizontally set in gripper shoe (602), drive the cylinder IV (604) that splicing plate (605) moves horizontally, the translation band (606) being arranged on splicing plate (605), drive translation band (606) translation motor (607) that rotates and with translation band (606) with the use of conveyer belt (8)；Described splicing plate (605) both sides are provided with the guide rail II (603) being slidably matched with it, and described guide rail II (603) is fixed in gripper shoe (602).
8. full-automatic core shooter according to claim 7, it is characterised in that: described material-receiving device also includes driving the cylinder V (609) of gripper shoe (602) vertical motion and is arranged between gripper shoe (602) and splicing frame (601) and equally distributed several are vertically directed bar (608)；The upper end of described guide post (608) is fixing with gripper shoe (602) to be connected, and lower end and splicing frame (601) are slidably connected；Described conveyer belt (8) is set to upper and lower two-layer.
9. full-automatic core shooter according to any one of claim 1 to 8, it is characterised in that: described solidification equipment, stripper apparatus, mobile device and material-receiving device are provided with two groups.
10. full-automatic core shooter according to claim 9, it is characterised in that: described solidification equipment or stripper apparatus arrange the releasing agent device (406) of release agent spraying in oriented mould.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620010522.4U CN205341835U (en) | 2016-01-07 | 2016-01-07 | Full -automatic core shooting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620010522.4U CN205341835U (en) | 2016-01-07 | 2016-01-07 | Full -automatic core shooting machine |
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| CN205341835U true CN205341835U (en) | 2016-06-29 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105478684A (en) * | 2016-01-07 | 2016-04-13 | 济南标美精密机械有限公司 | Full-automatic core shooter |
| CN105945240A (en) * | 2016-06-30 | 2016-09-21 | 施密特钢轨技术（昆山）有限公司 | Double-station automatic core shooting machine precise in sand shooting |
| CN106311989A (en) * | 2016-10-31 | 2017-01-11 | 常州先进制造技术研究所 | Automatic core shooting and die splitting system for casting head production |
| CN106594025A (en) * | 2016-12-25 | 2017-04-26 | 山东赫峰石材高端装备研究院有限公司 | Quarts stone tabletop lower hanger sticking and curing all-in-one machine |
| CN106903271A (en) * | 2017-03-03 | 2017-06-30 | 曹淅 | Full-automatic core shooter |
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2016
- 2016-01-07 CN CN201620010522.4U patent/CN205341835U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105478684A (en) * | 2016-01-07 | 2016-04-13 | 济南标美精密机械有限公司 | Full-automatic core shooter |
| CN105945240A (en) * | 2016-06-30 | 2016-09-21 | 施密特钢轨技术（昆山）有限公司 | Double-station automatic core shooting machine precise in sand shooting |
| CN106311989A (en) * | 2016-10-31 | 2017-01-11 | 常州先进制造技术研究所 | Automatic core shooting and die splitting system for casting head production |
| CN106594025A (en) * | 2016-12-25 | 2017-04-26 | 山东赫峰石材高端装备研究院有限公司 | Quarts stone tabletop lower hanger sticking and curing all-in-one machine |
| CN106903271A (en) * | 2017-03-03 | 2017-06-30 | 曹淅 | Full-automatic core shooter |
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