CN206824616U - A kind of bimodulus two-chamber casting machine - Google Patents
A kind of bimodulus two-chamber casting machine Download PDFInfo
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- CN206824616U CN206824616U CN201720428481.5U CN201720428481U CN206824616U CN 206824616 U CN206824616 U CN 206824616U CN 201720428481 U CN201720428481 U CN 201720428481U CN 206824616 U CN206824616 U CN 206824616U
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- backform
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- support
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Abstract
The utility model is a kind of bimodulus two-chamber casting machine, including frame, mold pushing mechanism, casting mechanism, chassis, adjustable shelf, salt core mechanism and removal mechanism, the mold pushing mechanism includes backform frame, backform support, backform side cylinder, backform upper cylinder and backform seat, the casting mechanism includes workbench, die cavity, left mould oil cylinder, right mould oil cylinder, bed die oil cylinder, side core oil cylinder and overturning oil cylinder, the salt core mechanism includes salt core support, salt stud frame, salt core upper cylinder, salt core side cylinder and salt core wedge, the removal mechanism includes pickup support, pickup support, pickup side cylinder, pickup upper cylinder, pickup chuck, filter screen chuck and filter screen upper cylinder；The bimodulus two-chamber casting machine reduces operating personnel during product casting processing, reduce the cost of labor of casting production, the effective processing efficiency for improving product casting, and casting processing can be carried out simultaneously to different products, improve the convenience of the casting production of operating personnel.
Description
Technical field
It the utility model is related to a kind of bimodulus two-chamber casting machine.
Background technology
At present, conventional casting machine needs operating personnel to carry out pressing salt core, pickup, hardening and blowing by hand to product mostly
Operation, and by hand press salt core operating process often occur that salt core is not pressed completely, the operating process meeting again of manual pickup
The problem of producing scald operating personnel, the quality and the security of production of the production product of operating personnel are easily influenceed, moreover, behaviour
Making the manual operations of personnel also greatly reduces the production efficiency of product, improves the labor intensity of operating personnel, adds behaviour
Make the working time of personnel；And the casting machine of some automations can only often produce to the identical product of same secondary mould
Casting, the mode do not cast simultaneously with multiple product, reduces the casting convenience of operating personnel, is unfavorable for operator
Member carries out quickly casting production to multiple product.
Utility model content
The utility model mainly solves the technical problem present in prior art, and production can be effectively improved so as to provide one kind
Product casting efficiency, avoid operating personnel from occurring the problem of bodily injury when processing, and different product can cast simultaneously
Bimodulus two-chamber casting machine.
The utility model is a kind of bimodulus two-chamber casting machine, including frame, mold pushing mechanism, casting mechanism, chassis, activity
Frame, salt core mechanism and removal mechanism, the mold pushing mechanism include backform frame, backform support, backform side cylinder, backform upper cylinder with
Backform seat, the casting mechanism include workbench, and are arranged on the bed die oil cylinder of the lower section of workbench, side core oil cylinder and upset
Oil cylinder, the center of workbench are provided with more than two die cavitys, and the side of each die cavity is connected with casting gate, each die cavity
Left side is all connected with left mould oil cylinder, and the right side of each die cavity is connected with right mould oil cylinder, the salt core mechanism include salt core support,
Salt stud frame, salt core upper cylinder, salt core side cylinder and salt core wedge, the removal mechanism include pickup support, pickup support, taken
Part side cylinder, pickup upper cylinder, pickup chuck, filter screen chuck and filter screen upper cylinder, and salt core mechanism and removal mechanism difference position
In the both sides of adjustable shelf, adjustable shelf is located at the center of chassis top surface, and the lower end of adjustable shelf is connected with movable floor and hardening box,
The bottom of adjustable shelf is connected with thread bush, and the mold pushing mechanism is located at the top of frame with casting mechanism, and the rear of frame is set
Have discharging box, the chassis is internally provided with screw mandrel and motor, and one end of screw mandrel is connected with motor, the other end of screw mandrel with
Bearing block on chassis is connected, and connection is intermeshed between screw mandrel and thread bush.
Preferably, being connected below the backform frame with frame, backform side cylinder, and backform are connected with above backform frame
Side cylinder is connected through backform frame with backform support, allows backform support to be located at the front of backform frame, and pass through backform support
With the connection of backform side cylinder so that backform side cylinder can drive backform support to carry out transverse shifting.
Preferably, be connected with backform upper cylinder above the backform support, and backform upper cylinder through backform support with
Backform seat is connected, and backform upper cylinder is provided with two or more, and the lower section of each backform upper cylinder is connected with backform seat, and pushes up
It is mutually corresponding between die holder and die cavity so that the lifting activity of backform upper cylinder can drive backform seat to carry out lifting activity.
Preferably, be connected between the workbench and frame by spin axis, be connected with below workbench bed die oil cylinder,
Side core oil cylinder and overturning oil cylinder, bed die oil cylinder are located at the underface of die cavity, and side core oil cylinder is located at the side of bed die oil cylinder, upset oil
Cylinder is connected to the side of workbench, and the other end of overturning oil cylinder is connected with frame so that bed die oil cylinder can with side core oil cylinder
Installation is opened and closed in die cavity, personnel easy to operation carry out casting processing by die cavity to product, and the startup of overturning oil cylinder is then
Workbench can be driven to carry out upset activity, allow workbench to be rotated around spin axis, so as to facilitate operating personnel to workbench
Cleared up or maintenance process.
Preferably, the adjustable shelf side is provided with salt core mechanism, opposite side is provided with removal mechanism, adjustable shelf it is upper
Side is connected with movable panel, pickup upper cylinder and salt core upper cylinder is connected with movable panel so that the movement of adjustable shelf can
Salt core mechanism is driven to be moved with removal mechanism by salt core upper cylinder and pickup upper cylinder, so as to allow adjustable shelf can be by salt
Core mechanism drives the side to casting mechanism with removal mechanism.
Preferably, the salt core upper cylinder is connected through movable panel with salt core support, the inside connection of salt core support
There is salt core side cylinder, and salt core side cylinder is connected through salt core support with salt stud frame, and salt core is connected with below salt stud frame
Wedge, allow salt core upper cylinder that salt core support and the salt core side cylinder of inside can be driven to carry out lifting activity, and salt core side cylinder
The salt core wedge below salt stud frame and salt stud frame can be then driven to carry out laterally movable, so as to allow salt core mechanism can
Carry out pressing the operation of salt core automatically by salt core wedge.
Preferably, the pickup upper cylinder is connected through movable panel with pickup support, pickup internal stent is connected with
Pickup side cylinder, pickup side cylinder are connected through pickup support with pickup support so that pickup upper cylinder can drive pickup branch
Frame and the pickup side cylinder of inside carry out lifting activity, and pickup side cylinder can then drive pickup support to carry out transverse shifting.
Preferably, it is connected with pickup chuck below the pickup support so that the activity of pickup support can be simultaneously
Pickup chuck carry out activity is driven, so as to allow removal mechanism to carry out product clip extract operation, pickup automatically by pickup chuck
The center of support is connected with filter screen upper cylinder, and filter screen chuck is connected with below filter screen upper cylinder so that the activity of pickup support
Also lifting activity can be carried out with the carry out activity of electric filter upper cylinder, and by filter screen upper cylinder band electric filter chuck.
Preferably, the screen holder is connected with chassis, and is connected with sieve box and filter screen conveying seat on screen holder, make
Obtaining sieve box and filter screen conveying seat can be connected on chassis by screen holder, and allow filter screen to convey seat to the filter inside sieve box
Net is cut and conveyed.
Preferably, be connected with master control box on the outside of the frame, allow master control box can to mold pushing mechanism, casting mechanism,
Salt core mechanism is shown and controlled with removal mechanism, consequently facilitating operating personnel carry out automatic casting pickup operation, chassis
Outside is connected with temperature control box, allows temperature control box the temperature in casting mechanism can be shown and be controlled, personnel's energy easy to operation
It is enough to carry out quickly cooling casting.
The beneficial effects of the utility model are：The bimodulus two-chamber casting machine can be cast to casting product, be pressed automatically
The operation that salt core, dress screen pack, pickup are placed, wherein by casting mechanism automatic casting processing can be carried out to product, pass through
Salt core mechanism can the operation of automatic to product carry out salt core positive pressure, gripping placement is carried out by removal mechanism automatically to product, and
Screen pack installation can be carried out to die cavity by the filter screen chuck in removal mechanism, avoid operating personnel from carrying out salt core press fitting by hand
And there is the defects of deviation, the quality of product casting production is improved, automatic part picking operation it also avoid operating personnel and carry out by hand
Pickup and caused by somatic damage, improve operating personnel processing security；And the casting machine is also effectively reduced
Operating personnel needed for casting cycle, the cost of labor of product casting production is reduced, after also improving product casting
The quality of production, the time of production is reduced, improve the efficiency of finished product production；And backform support above be connected with two with
On backform upper cylinder, the lower section of each backform upper cylinder is connected with backform seat, is also equipped with workbench more than two
Die cavity, the left side of each die cavity are connected with left mould oil cylinder, and the right side of each die cavity is connected with right mould oil cylinder so that Mei Gemo
The opening and closing of chamber has single backform upper cylinder, left mould oil cylinder and right mould oil cylinder to be controlled, and allows operating personnel can be according to more
The difference of individual product adjusts the size of each die cavity, so that multiple products can be carried out casting life by the casting machine simultaneously
Production, increase the production convenience of the casting machine, also improve the efficiency that multiple product carries out casting production.
Brief description of the drawings
, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, drawings in the following description are only
It is some embodiments of the utility model, for those of ordinary skill in the art, is not paying the premise of creative work
Under, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is a kind of overall structure figure in the left view direction of bimodulus two-chamber casting machine of the utility model；
Fig. 2 is a kind of overall structure figure of the right apparent direction of bimodulus two-chamber casting machine of the utility model；
Fig. 3 is a kind of overall structure figure of the rear apparent direction of bimodulus two-chamber casting machine of the utility model；
Fig. 4 is the partial enlarged drawing of A in Fig. 2；
Fig. 5 is the partial enlarged drawing of B in Fig. 3；
Fig. 6 is the overall structure figure of casting mechanism in a kind of bimodulus two-chamber casting machine of the utility model.
Embodiment
Preferred embodiment of the present utility model is described in detail below in conjunction with the accompanying drawings, so that the advantages of the utility model
It can be easier to be readily appreciated by one skilled in the art with feature, it is apparent clear and definite so as to be made to the scope of protection of the utility model
Define.
A kind of bimodulus two-chamber casting machine as shown in Figures 1 to 6, including frame 1, mold pushing mechanism（Do not mark）, casting machine
Structure（Do not mark）, chassis 2, adjustable shelf 4, salt core mechanism（Do not mark）With removal mechanism（Do not mark）, the mold pushing mechanism includes
Backform frame 5, backform support 51, backform side cylinder 53, backform upper cylinder 52 and backform seat 54, the casting mechanism include workbench
3, and the bed die oil cylinder 33 of the lower section of workbench 3, side core oil cylinder 34 and overturning oil cylinder 35 are arranged on, the center setting of workbench
There are more than two die cavitys 37, the side of each die cavity 37 is connected with casting gate 36, and the left side of each die cavity 37 is connected with
Left mould oil cylinder 31, the right side of each die cavity 37 are connected with right mould oil cylinder 32, and the salt core mechanism includes salt core support 62, salt core
Support 61, salt core upper cylinder 411, salt core side cylinder 63 and salt core wedge 6, the removal mechanism include pickup support 72, pickup
Support 71, pickup side cylinder 73, pickup upper cylinder 412, pickup chuck 7, filter screen chuck 433 and filter screen upper cylinder 432, and salt core
Mechanism and removal mechanism are located at the both sides of adjustable shelf 4 respectively, and adjustable shelf 4 is located at the center of the upper surface of chassis 2, under adjustable shelf 4
End is connected with movable floor 42 and hardening box 8, and the bottom of adjustable shelf 4 is connected with thread bush（Do not mark）, the mold pushing mechanism with
Casting mechanism is located at the top of frame 1, and the rear of frame 1 is provided with discharging box 9, and the chassis 2 is internally provided with screw mandrel 23
With motor 22, and one end of screw mandrel 23 is connected with motor 22, the other end and the bearing block on chassis 2 of screw mandrel 23（Do not mark）Phase
Even, and between screw mandrel 23 and thread bush it is intermeshed connection.
The lower section of backform frame 5 is connected with frame 1, and the top of backform frame 5 is connected with backform side cylinder 53, and backform side oil
Cylinder 53 is connected through backform frame 5 with backform support 51, allows backform support 51 to be located at the front of backform frame 5, and pass through backform
The connection of support 51 and backform side cylinder 53 so that backform side cylinder 53 can drive backform support 51 to carry out transverse shifting.
The top of backform support 51 is connected with backform upper cylinder 52, and backform upper cylinder 52 is through backform support 51 and top
Die holder 54 is connected, and backform upper cylinder 52 is provided with two or more, and the lower section of each backform upper cylinder 52 is connected with backform seat
54, and it is mutually corresponding between backform seat 54 and die cavity 37 so that the lifting activity of backform upper cylinder 52 can drive backform seat 54
Carry out lifting activity.
It is connected between the workbench 3 and frame 1 by spin axis 38, the lower section of workbench 3 is connected with bed die oil cylinder 33, side
Core oil cylinder 34 and overturning oil cylinder 35, bed die oil cylinder 33 are located at the underface of die cavity 37, and side core oil cylinder 34 is located at bed die oil cylinder 33
Side, overturning oil cylinder 35 is connected to the side of workbench 3, and the other end of overturning oil cylinder 35 is connected with frame 1 so that bed die oil
Installation die cavity 37 can be opened and closed with side core oil cylinder 34 in cylinder 33, and personnel easy to operation are cast by die cavity 37 to product
Processing, and the startup of overturning oil cylinder 35 can then drive workbench 3 to carry out upset activity, allow workbench 3 to be carried out around spin axis 38
Rotate, so as to facilitate operating personnel to clear up workbench or maintenance process.
The side of adjustable shelf 4 is provided with salt core mechanism, and opposite side is provided with removal mechanism, the top connection of adjustable shelf 4
There is movable panel 41, pickup upper cylinder 412 and salt core upper cylinder 411 are connected with movable panel 41 so that the movement of adjustable shelf 4
By salt core upper cylinder 411 and pickup upper cylinder 412 salt core mechanism can be driven to be moved with removal mechanism, so as to allow activity
Frame 4 drives salt core mechanism and removal mechanism the side to casting mechanism.
The salt core upper cylinder 411 is connected through movable panel 41 with salt core support 62, the inside connection of salt core support 62
There is salt core side cylinder 63, and salt core side cylinder 63 is connected through salt core support 62 with salt stud frame 61, the lower section of salt stud frame 61
Salt core wedge 6 is connected with, allows salt core upper cylinder 411 that salt core support 62 and the salt core side cylinder 63 of inside can be driven to be lifted
Activity, and salt core side cylinder 63 can then drive salt stud frame 61 and the salt core wedge 6 of the lower section of salt stud frame 61 to carry out horizontal stroke
To activity, so as to which salt core mechanism can be carried out pressing the operation of salt core automatically by salt core wedge 6.
The pickup upper cylinder 412 is connected through movable panel 41 with pickup support 72, and pickup support 72 is internally connected with
Pickup side cylinder 73, pickup side cylinder 73 are connected through pickup support 72 with pickup support 71 so that pickup upper cylinder 412 can
Pickup support 72 and internal pickup side cylinder 73 is driven to carry out lifting activity, and pickup side cylinder 73 can then drive pickup to support
Frame 71 carries out transverse shifting.
The lower section of the pickup support 71 is connected with pickup chuck 7 so that the activity of pickup support 71 can drive simultaneously
The carry out activity of pickup chuck 7, so as to allow removal mechanism to carry out product clip extract operation, pickup support automatically by pickup chuck 7
The center of frame 71 is connected with filter screen upper cylinder 432, and the lower section of filter screen upper cylinder 432 is connected with filter screen chuck 433 so that pickup is supportted
The activity of frame 71 also can be with the carry out activity of electric filter upper cylinder 432, and by filter screen upper cylinder 432 with electric filter chuck 433
Carry out lifting activity.
The screen holder 43 is connected with chassis 2, and sieve box 431 and filter screen conveying seat are connected with screen holder 43（Not
Mark）So that sieve box 431 can be connected on chassis 2 with filter screen conveying seat by screen holder 43, and makes filter screen conveying seat right
Filter screen inside sieve box 431（Do not mark）Cut and conveyed.
The outside of the frame 1 is connected with master control box 11, allows master control box 11 can be to mold pushing mechanism, casting mechanism, salt core
Mechanism is shown and controlled with removal mechanism, consequently facilitating operating personnel carry out automatic casting pickup operation, the outside of chassis 2
Temperature control box 21 is connected with, allows temperature control box 21 temperature in casting mechanism can be shown and be controlled, personnel's energy easy to operation
It is enough to carry out quickly cooling casting.
The casting cycle of the bimodulus two-chamber casting machine is first according to the different product of required casting to left mould oil cylinder 31, right mould
The active strokes distance of oil cylinder 32 and backform upper cylinder 52 is adjusted, and makes die cavity 37 mutual with the different product cast
It is corresponding, then casting liquid is flowed into die cavity 37 by casting gate 36 and carries out cast molding；When casting is completed, backform oils
Cylinder 52 drives backform seat 54 to rise, and backform side cylinder 53 drives backform support 51 to be retracted to by backform frame 5, under bed die oil cylinder 33
Drop, left mould oil cylinder 31 then open die cavity 37 with right mould oil cylinder 32；The motor 22 in chassis 2 drives screw mandrel 23 to be revolved simultaneously
Turn, and engaging for screw mandrel 23 and thread bush, control adjustable shelf 4 to move, allow removal mechanism and casting mechanism to be located at homonymy,
Motor 22 is stopped；Then pickup side cylinder 73 drives pickup support 71 to carry out transverse shifting so that pickup chuck 7 is located at mould
The surface of chamber 37, the then drive pickup of pickup upper cylinder 412 support 72 and internal pickup side cylinder 73 decline, and allow pickup to press from both sides
First 7 are gripped the product in die cavity 37, while filter screen upper cylinder 432 controls filter screen chuck 433 to put picked up filter screen
Put in casting gate 36；After pickup chuck 7 grips product, pickup upper cylinder 412, pickup side cylinder 73 retract successively, casting machine
Left mould oil cylinder 31, right mould oil cylinder 32 in structure are returned to original position with bed die oil cylinder 33；Then motor 22, which starts, drives screw mandrel 23 to enter
Row rotation, allows salt core mechanism to be located at homonymy with casting mechanism, motor 22 stops；Salt core side cylinder 63 drives salt stud frame 61 simultaneously
And salt core wedge 6 is located at the surface of die cavity 37, then salt core support 62 and internal salt core side are driven by salt core upper cylinder 411
Oil cylinder 63 declines, and allows the salt core wedge 6 of the lower section of salt stud frame 61 to carry out the processing of salt core positive pressure to die cavity 37；Then salt core upper cylinder
411st, salt core side cylinder 63 retracts successively, and backform side cylinder 53 then restarts successively with backform upper cylinder 52, allows backform seat 54
It is covered in the top of die cavity 37；Then the derotation of motor 22 so that screw mandrel 23 drives adjustable shelf 4 to return back to original position by thread bush,
Then control pickup chuck 7 that picked up product is placed into hardening box 8 by pickup upper cylinder 412 and pickup side cylinder 73
Quenching Treatment is carried out, while the filter screen inside sieve box 431 is conveyed and cut by filter screen conveying seat, and filter screen upper cylinder
432 control filter screen chucks 433 are gripped the filter screen of cutting；Pickup chuck 7 then enters again after the completion of casting product hardening
Row gripping, and product is placed into discharging box 9 by pickup side cylinder 73 and pickup upper cylinder 412.
Chassis 2 is internally provided with storage tank and water pump, and workbench 3 is internally provided with cooling water pipe and temperature inductor,
The center of cooling water pipe is provided with water control valve, and passes through electricity between temperature control box and water pump, temperature inductor, water control valve
Connection so that temperature control box 21 can carry out sensing detection to the temperature of die cavity 37 in workbench 3, and can be according to water control valve
The circulation rate of cooling water pipe internal cooling water is controlled with content, so as to reasonably control die cavity in workbench 3
37 temperature.
The upper surface of chassis 2 is provided with slide rail, and slide rail and the movable floor 42 of the lower end of adjustable shelf 4 cooperate, and are easy to
Movable floor 42 carries out transverse shifting by slide rail above chassis 2, so as to allow movable floor 42 to drive adjustable shelf 4 bottom of at
Steadily moved on frame 2.
The upper end of chassis 2 is connected with expansion plate 24, and expansion plate 24 is covered in the top of motor 22 and screw mandrel 23, effectively keeps away
Exempt from external foreign matter to enter inside chassis 2 by the superjacent air space of chassis 2, reduce the possibility that the inner components of chassis 2 cause damage,
Effectively extend the service life of the casting machine.
Casting gate 36 in workbench 3 is connected with die cavity 37, and the connectivity part of casting gate 36 and die cavity 37 is provided with filter
Net standing groove, casting liquid is allowed first to be placed on filter screen before the interior progress processing and forming of die cavity 37 is flowed into by casting gate 36
Filter screen in standing groove carries out filtration treatment, so as to reduce dregs contained in casting liquid.
Filter screen conveying seat, which is internally provided with, conveys cylinder, cutting knife cylinder, cutting knife, and filter screen one end position in sieve box 431
In in conveying cylinder, and filter screen is conveyed by conveying cylinder, then drive cutting knife to be cut filter screen by cutting knife cylinder
Cut, consequently facilitating allowing filter screen chuck that the filter screen after cutting is carried out into gripping operation to 433.
And several magnetic valves are both provided with mold pushing mechanism, casting mechanism, salt core mechanism and removal mechanism, wherein backform
Upper cylinder 52, backform side cylinder 53, pickup upper cylinder 412, pickup side cylinder 73, salt core upper cylinder 411, salt core side cylinder 63,
Left mould oil cylinder 31, right mould oil cylinder 32, bed die oil cylinder 33, side core oil cylinder 34, overturning oil cylinder 35 oil-way pipe on be respectively arranged with
One magnetic valve.
And filter screen cylinder is provided with filter screen chuck 433, be provided with pickup cylinder in pickup chuck 7, and filter screen cylinder with
Second solenoid valve is respectively arranged with the tracheae of pickup cylinder, allows filter screen cylinder that filter screen chuck 433 can be controlled to carry out filter screen
Gripping operation, pickup cylinder can control pickup chuck 7 that product is carried out into gripping operation.
First magnetic valve, second solenoid valve, motor 22 electrically connect between master control box 11, are easy to allow operating personnel
Control the casting machine to carry out casting work by master control box 11, improve ease of use of the operating personnel to casting machine.
The beneficial effects of the utility model are：The bimodulus two-chamber casting machine can be cast to casting product, be pressed automatically
The operation that salt core, dress screen pack, pickup are placed, wherein by casting mechanism automatic casting processing can be carried out to product, pass through
Salt core mechanism can the operation of automatic to product carry out salt core positive pressure, gripping placement is carried out by removal mechanism automatically to product, and
Screen pack installation can be carried out to die cavity by the filter screen chuck in removal mechanism, avoid operating personnel from carrying out salt core press fitting by hand
And there is the defects of deviation, the quality of product casting production is improved, automatic part picking operation it also avoid operating personnel and carry out by hand
Pickup and caused by somatic damage, improve operating personnel processing security；And the casting machine is also effectively reduced
Operating personnel needed for casting cycle, the cost of labor of product casting production is reduced, after also improving product casting
The quality of production, the time of production is reduced, improve the efficiency of finished product production；And backform support above be connected with two with
On backform upper cylinder, the lower section of each backform upper cylinder is connected with backform seat, is also equipped with workbench more than two
Die cavity, the left side of each die cavity are connected with left mould oil cylinder, and the right side of each die cavity is connected with right mould oil cylinder so that Mei Gemo
The opening and closing of chamber has single backform upper cylinder, left mould oil cylinder and right mould oil cylinder to be controlled, and allows operating personnel can be according to more
The difference of individual product adjusts the size of each die cavity, so that multiple products can be carried out casting life by the casting machine simultaneously
Production, increase the production convenience of the casting machine, also improve the efficiency that multiple product carries out casting production.
It is described above, only specific embodiment of the present utility model, but the scope of protection of the utility model is not limited to
In this, any change or replacement expected without creative work, should all cover within the scope of protection of the utility model.
Therefore, the scope of protection of the utility model should be determined by the scope of protection defined in the claims.
Claims (10)
- A kind of 1. bimodulus two-chamber casting machine, it is characterised in that：Including frame, mold pushing mechanism, casting mechanism, chassis, adjustable shelf, salt Core mechanism and removal mechanism, the mold pushing mechanism include backform frame, backform support, backform side cylinder, backform upper cylinder and backform Seat, the casting mechanism includes workbench, and is arranged on the bed die oil cylinder of the lower section of workbench, side core oil cylinder and overturning oil cylinder, The center of workbench is provided with more than two die cavitys, and the side of each die cavity is connected with casting gate, the left side of each die cavity Left mould oil cylinder is all connected with, the right side of each die cavity is connected with right mould oil cylinder, and the salt core mechanism includes salt core support, salt core Support, salt core upper cylinder, salt core side cylinder and salt core wedge, the removal mechanism include pickup support, pickup support, pickup side Oil cylinder, pickup upper cylinder, pickup chuck, filter screen chuck and filter screen upper cylinder, and salt core mechanism is located at work respectively with removal mechanism The both sides of moving frame, adjustable shelf are located at the center of chassis top surface, and the lower end of adjustable shelf is connected with movable floor and hardening box, activity The bottom of frame is connected with thread bush, and the mold pushing mechanism is located at the top of frame with casting mechanism, and the rear of frame, which is provided with, puts Hopper, the chassis is internally provided with screw mandrel and motor, and one end of screw mandrel is connected with motor, the other end and chassis of screw mandrel On bearing block be connected, and between screw mandrel and thread bush be intermeshed connection.
- A kind of 2. bimodulus two-chamber casting machine according to claim 1, it is characterised in that：The backform frame lower section and frame phase Even, backform side cylinder is connected with above backform frame, and backform side cylinder is connected through backform frame with backform support.
- A kind of 3. bimodulus two-chamber casting machine according to claim 2, it is characterised in that：It is connected with above the backform support Backform upper cylinder, and backform upper cylinder is connected through backform support with backform seat.
- A kind of 4. bimodulus two-chamber casting machine according to claim 1, it is characterised in that：Lead between the workbench and frame Cross spin axis to be connected, bed die oil cylinder, side core oil cylinder and overturning oil cylinder are connected with below workbench, bed die oil cylinder is being located at die cavity just Lower section, side core oil cylinder are located at the side of bed die oil cylinder, and overturning oil cylinder is connected to the side of workbench, and the other end of overturning oil cylinder It is connected with frame.
- A kind of 5. bimodulus two-chamber casting machine according to claim 1, it is characterised in that：The adjustable shelf side is provided with salt Core mechanism, opposite side are provided with removal mechanism, and movable panel is connected with above adjustable shelf, is connected with movable panel in pickup Oil cylinder and salt core upper cylinder.
- A kind of 6. bimodulus two-chamber casting machine according to claim 5, it is characterised in that：The salt core upper cylinder is through activity Top plate is connected with salt core support, and salt core support is internally connected with salt core side cylinder, and salt core side cylinder through salt core support with Salt stud frame is connected, and salt core wedge is connected with below salt stud frame.
- A kind of 7. bimodulus two-chamber casting machine according to claim 5, it is characterised in that：The pickup upper cylinder is through activity Top plate is connected with pickup support, and pickup internal stent is connected with pickup side cylinder, and pickup side cylinder runs through pickup support and pickup Support is connected.
- A kind of 8. bimodulus two-chamber casting machine according to claim 7, it is characterised in that：The lower section connection of the pickup support There is pickup chuck, the center of pickup support is connected with filter screen upper cylinder, filter screen chuck is connected with below filter screen upper cylinder.
- A kind of 9. bimodulus two-chamber casting machine according to claim 1, it is characterised in that：The screen holder is connected with chassis Connect, and sieve box and filter screen conveying seat are connected with screen holder.
- A kind of 10. bimodulus two-chamber casting machine according to claim 1, it is characterised in that：It is connected with the outside of the frame Master control box, temperature control box is connected with the outside of chassis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720428481.5U CN206824616U (en) | 2017-04-23 | 2017-04-23 | A kind of bimodulus two-chamber casting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720428481.5U CN206824616U (en) | 2017-04-23 | 2017-04-23 | A kind of bimodulus two-chamber casting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206824616U true CN206824616U (en) | 2018-01-02 |
Family
ID=60769349
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720428481.5U Withdrawn - After Issue CN206824616U (en) | 2017-04-23 | 2017-04-23 | A kind of bimodulus two-chamber casting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206824616U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106984774A (en) * | 2017-04-23 | 2017-07-28 | 金华市宝琳工贸有限公司 | A kind of bimodulus two-chamber casting machine |
| CN109332668A (en) * | 2018-11-14 | 2019-02-15 | 金华市宝琳工贸有限公司 | Piston automatic casting technique |
-
2017
- 2017-04-23 CN CN201720428481.5U patent/CN206824616U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106984774A (en) * | 2017-04-23 | 2017-07-28 | 金华市宝琳工贸有限公司 | A kind of bimodulus two-chamber casting machine |
| CN106984774B (en) * | 2017-04-23 | 2019-02-12 | 金华市宝琳工贸有限公司 | A kind of bimodulus two-chamber casting machine |
| CN109332668A (en) * | 2018-11-14 | 2019-02-15 | 金华市宝琳工贸有限公司 | Piston automatic casting technique |
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| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20180102 Effective date of abandoning: 20190212 |