CN107186178A - Automatically the core shooter system of sand is sent - Google Patents
Automatically the core shooter system of sand is sent Download PDFInfo
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- CN107186178A CN107186178A CN201710387817.2A CN201710387817A CN107186178A CN 107186178 A CN107186178 A CN 107186178A CN 201710387817 A CN201710387817 A CN 201710387817A CN 107186178 A CN107186178 A CN 107186178A
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- sand
- chain
- crossbeam
- power transmission
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B22—CASTING; POWDER METALLURGY
- B22C—FOUNDRY MOULDING
- B22C15/00—Moulding machines characterised by the compacting mechanism; Accessories therefor
- B22C15/23—Compacting by gas pressure or vacuum
Abstract
The present invention disclose a kind of send the core shooter system of sand automatically, include puddle mixer, sand tube, plus sand cylinder, installation frame and a core shooting group of planes, installation frame includes first crossbeam and second cross beam, puddle mixer is in the lower section of second cross beam with sand tube, plus sand cylinder is movably installed on first crossbeam, second cross beam is provided with and sand tube can be promoted at second cross beam, and be moved to plus sand cylinder charging aperture above connect sand drive device, first crossbeam is moved to the top plus sand drive device of each core shooter provided with driving plus sand cylinder, sand tube is provided with the hermatic door for blocking the sand tube discharging opening, the opening structure that first crossbeam is opened provided with control hermatic door, plus sand cylinder is provided with the device that shakes out.Compared with existing skill, connect sand operation and add sand to operate completely by Automated condtrol, labor strength is low, improve production efficiency, and a bit manipulation workman some core shooters can be carried out simultaneously respectively plus sand is operated, employment efficiency high reduces artificial use cost.
Description
Technical field
The present invention relates to leading process equipment, more particularly to a kind of core shooter.
Background technology
Core shooter is the most frequently used plant equipment during tap Mold Making, and it needs to core shooting in use
Machine is carried out plus sand process.At present, core shooter plus sand process be by manually by sand material lift add core shooter charge door in.
However, the fuselage of core shooter is commonly higher, so the problem of being existed during adding sand plus sand is inconvenient, and added using artificial
Sand, makes plus sand operating efficiency is relatively low, and labor strength is big；Every core shooter is both needed to supporting one plus sand operating personnel simultaneously, this
Sample, if also need to be configured with setting corresponding with core shooter when being configured with some core shooters in factory building in factory building plus sand operative employee
People, so as to cause the problem of artificial use cost is high.
In view of this, the present inventor has made intensive studies to above mentioned problem, is produced then by this case.
The content of the invention
It is low with labor strength it is an object of the invention to provide a kind of automatic core shooter system for sending sand, plus sand work
Make the advantage of efficiency high, and solve in factory building in the prior art because simultaneously using some core shooters caused by artificial use cost
High the problem of.
The technical scheme is that such：Automatically the core shooter system of sand is sent, includes a puddle mixer, one carries
Into and out of the sand tube of material mouth, one carries into and out of material mouth plus sand cylinder, an installation frame and a core shooting group of planes, above-mentioned core shooting group of planes bag
Some core shooters for carrying feeding mouth are included, each above-mentioned core shooter is arranged side by side into together, and above-mentioned installation frame, which includes, to be set
Have fixed above each above-mentioned core shooter, and the first crossbeam of the orientation extension along each above-mentioned core shooter, and it is fixed
In the first crossbeam end, and the second cross beam being arranged in a mutually vertical manner with above-mentioned first crossbeam, above-mentioned first crossbeam is low
In above-mentioned second cross beam, above-mentioned puddle mixer is outside above-mentioned installation frame, and above-mentioned puddle mixer is in above-mentioned with above-mentioned sand tube
The lower section of second cross beam, and the charging aperture of above-mentioned sand tube is undertaken in the output end of above-mentioned puddle mixer, above-mentioned plus sand cylinder activity peace
Loaded on the above-mentioned first crossbeam end adjacent with above-mentioned second cross beam, above-mentioned second cross beam is provided with and can carry above-mentioned sand tube
Rise at above-mentioned second cross beam, and be moved to above-mentioned sand tube above the charging aperture of above-mentioned plus sand cylinder along above-mentioned second cross beam
Connect sand drive device, above-mentioned first crossbeam makes above-mentioned penetrate provided with driving above-mentioned plus sand cylinder to be moved to above each above-mentioned core shooter
The discharging opening of the charging aperture of core machine and above-mentioned plus sand cylinder is mutually accepted plus sand drive device, above-mentioned sand tube takes provided with this is blocked
The discharging opening of sand cylinder, and the hermatic door of movable unlatching, the above-mentioned first crossbeam end adjacent with above-mentioned second cross beam are provided with
The opening structure for controlling above-mentioned hermatic door to open, above-mentioned plus sand cylinder is provided with shaking out that the discharging opening for controlling above-mentioned plus sand cylinder shakes out
Device.
Above-mentioned sand tube and above-mentioned plus sand cylinder are from top to bottom tapered trapezoidal cylinder, and up and down the two of above-mentioned trapezoidal cylinder
End is opening-like, and the upper end port of above-mentioned trapezoidal cylinder is above-mentioned charging aperture, and the lower end port of above-mentioned trapezoidal cylinder is above-mentioned
Discharging opening, the lower end of above-mentioned sand tube is installed with below the lower end port in above-mentioned sand tube and along the length of above-mentioned second cross beam
Spend on the bar shaped installing plate of direction extension, above-mentioned bar shaped installing plate and offer corresponding with the discharging opening of above-mentioned sand tube shake out
Mouthful, the bottom surface both sides of above-mentioned bar shaped installing plate are installed with along the guiding of the length direction extension of above-mentioned bar shaped installing plate respectively to be slided
It is equipped with outside bar, two above-mentioned guiding slide bars on the intrinsic sliding block along above-mentioned guiding sliding bar of equal movable sleeve, two above-mentioned sliding blocks multiple
Position spring, one end of above-mentioned back-moving spring is fixed on above-mentioned sliding block, and the other end of above-mentioned back-moving spring is fixed on above-mentioned bar shaped
The sealing connecting plate for blocking above-mentioned sand export is provided between the end of installing plate bottom surface, two above-mentioned sliding blocks, above-mentioned sealing connects
Plate is above-mentioned hermatic door；Above-mentioned opening structure includes that the push rod of above-mentioned hermatic door can be promoted and connects sand plate for access sand body,
The above-mentioned width spacing side by side along above-mentioned second cross beam of sand plate and above-mentioned push rod that connects is set, and above-mentioned connect sand plate and above-mentioned pushed away
One end of bar is fixed on above-mentioned first crossbeam, and the above-mentioned other end for connecing sand plate and above-mentioned push rod is to above-mentioned sealing connecting plate.
The above-mentioned sand drive device that connects is including the first sliding block, lifting lifting device and transverse direction on above-mentioned first sliding block
Mobile controller, above-mentioned first sliding block includes the first upper slide, the first lower skateboard and is connected with the first upper slide and first
The first side connecting plate between slide plate, above-mentioned first side connecting plate is in the side of above-mentioned first upper slide and above-mentioned first lower skateboard,
Above-mentioned first upper slide is attached at the upper surface of above-mentioned second cross beam, and above-mentioned first lower skateboard is attached under above-mentioned second cross beam
Bottom surface, the side side of above-mentioned second cross beam towards above-mentioned first side connecting plate is concavely provided with the length direction along above-mentioned second cross beam
First horizontal slide rail of extension, above-mentioned transverse shifting control device is installed on the connecting plate of above-mentioned first side.
Above-mentioned lifting lifting device includes lifting motor and lifting rope, and above-mentioned lifting motor accumbency is installed, above-mentioned
Lifting motor is Dual-output shaft motor, and above-mentioned lifting rope is corresponding with the output shaft of above-mentioned lifting motor to be set, above-mentioned
The axis for lifting driving motor output shaft is parallel with the length direction of above-mentioned first horizontal slide rail, and above-mentioned lifting rope is wound on above-mentioned
On the output shaft for lifting motor, and one end of above-mentioned lifting rope is fixed on the output shaft of above-mentioned lifting motor, above-mentioned
The other end of lifting rope is fixed on above-mentioned sand tube.
Above-mentioned mounting bracket also includes to be installed with outside the vertical beam of the lower section in above-mentioned second cross beam, above-mentioned first sliding block
The mounting blocks on the end of above-mentioned vertical beam upper end are stacked in, above-mentioned lifting motor is fixedly installed on above-mentioned mounting blocks, above-mentioned
Vertical beam is provided with the vertical sliding block that can be moved up and down along the short transverse of above-mentioned vertical beam, and above-mentioned vertical sliding block is provided with to be erected with above-mentioned
The pulley that the lateral surface of beam is in contact, above-mentioned splicing cylinder is fixedly mounted on above-mentioned vertical sliding block.
Above-mentioned transverse shifting control device includes horizontal drive motor, the first sprocket wheel and the first chain, above-mentioned first chain
Fixation is laid in above-mentioned first horizontal slide rail, and length direction extension of above-mentioned first chain along above-mentioned first horizontal slide rail is set
Put, above-mentioned horizontal drive motor is fixed on the lateral wall of above-mentioned first side connecting plate, the axle of above-mentioned horizontal drive motor output shaft
Line, the axis of above-mentioned first chain and the axis of above-mentioned first horizontal slide rail are parallel to each other, and above-mentioned first sprocket wheel is located at above-mentioned the
In one horizontal slide rail, and the top in above-mentioned first chain is meshed with above-mentioned first chain, and above-mentioned horizontal drive motor leads to
Transmission mechanism is crossed to be connected with above-mentioned first chain gear transmission.
Above-mentioned transmission mechanism include the first power transmission shaft, second driving shaft, first bevel gear, second bevel gear, drive sprocket,
Driven sprocket and driving chain, above-mentioned first bevel gear are fixed in outside the output shaft of above-mentioned horizontal drive motor, above-mentioned second cone
Gear is meshed with above-mentioned first bevel gear, and above-mentioned first power transmission shaft and above-mentioned second driving shaft are pivotally movable
It is set up on the connecting plate of above-mentioned first side and in the space between above-mentioned first upper slide and above-mentioned first lower skateboard, and it is above-mentioned
Length direction spacing side by side of first power transmission shaft with above-mentioned second driving shaft along above-mentioned first horizontal slide rail is distributed, and above-mentioned first passes
The axial first end of moving axis is perpendicularly fixed at the core wheel of above-mentioned second bevel gear, at axially the second end of above-mentioned first power transmission shaft
In the top of above-mentioned first chain, the axial first end of above-mentioned second driving shaft is in the top of above-mentioned first chain, and above-mentioned the
Above-mentioned horizontal drive motor is stretched at axially the second end of two power transmission shafts, and above-mentioned drive chain wheel case is fixed in outside above-mentioned first power transmission shaft,
Above-mentioned driven chain wheel case is fixed in outside above-mentioned second driving shaft, and above-mentioned driven sprocket passes through above-mentioned driving chain with above-mentioned drive sprocket
Drive connection, axially the second end of above-mentioned first power transmission shaft is intrinsic equal with being covered respectively outside the axial first end of above-mentioned second driving shaft
It is engaged in above-mentioned first sprocket wheel on above-mentioned first chain.
Above-mentioned plus sand drive device includes the second sliding block and the control device that moves horizontally installed in the second sliding block, and above-mentioned the
Two sliding blocks include the second upper slide, the second lower skateboard and the second side being connected between the second upper slide and the second lower skateboard connects
Plate, above-mentioned second side connecting plate is in the side of above-mentioned second upper slide and above-mentioned second lower skateboard, and above-mentioned second upper slide is sticked
In the upper surface of above-mentioned first crossbeam, above-mentioned second lower skateboard is attached at the bottom surface of above-mentioned first crossbeam, above-mentioned first crossbeam
The horizontal cross slide rail along the length direction extension of above-mentioned first crossbeam is concavely provided with towards the side of above-mentioned second side connecting plate, on
State and move horizontally control device and be installed on the connecting plate of above-mentioned second side, above-mentioned plus sand cylinder be packed in above-mentioned second side connecting plate dorsad on
State on the side of first crossbeam.
The above-mentioned control device that moves horizontally includes horizontal drive motor, the second sprocket wheel and the second chain, above-mentioned second chain
Fixation is laid in above-mentioned horizontal cross slide rail, and length direction extension of above-mentioned second chain along above-mentioned horizontal cross slide rail is set
Put, above-mentioned horizontal drive motor is fixed on the lateral wall of above-mentioned second side connecting plate, the axle of above-mentioned horizontal drive motor output shaft
Line, the axis of the axis of above-mentioned second chain and above-mentioned horizontal cross slide rail are parallel to each other, and above-mentioned second sprocket wheel is located at above-mentioned water
In flat horizontal slide rail, and the top in above-mentioned second chain is meshed with above-mentioned second chain, and above-mentioned horizontal drive motor leads to
Transmission mechanism is crossed to be connected with above-mentioned second chain gear transmission；The transmission mechanism includes the 3rd power transmission shaft, the 4th power transmission shaft, triconodont
Wheel, the 4th bevel gear, the first drive sprocket, the first driven sprocket and the first driving chain, above-mentioned third hand tap gear are fixed in
Outside the output shaft for stating horizontal drive motor, above-mentioned 4th bevel gear is meshed with above-mentioned third hand tap gear, above-mentioned 3rd power transmission shaft
Pivotally adjustable shelf is slided on the connecting plate of above-mentioned second side and on above-mentioned second with above-mentioned 4th power transmission shaft
In space between plate and above-mentioned second lower skateboard, and above-mentioned 3rd power transmission shaft and above-mentioned 4th power transmission shaft are along above-mentioned horizontal cross
The length direction spacing side by side distribution of slide rail, the axial first end of above-mentioned 3rd power transmission shaft is perpendicularly fixed at above-mentioned third hand tap gear
Core wheel at, above-mentioned 3rd power transmission shaft axially the second end be in above-mentioned second chain top, the axle of above-mentioned 4th power transmission shaft
The top of above-mentioned second chain is in first end, above-mentioned horizontal drive electricity is stretched at axially the second end of above-mentioned 4th power transmission shaft
Machine, above-mentioned first drive chain wheel case is fixed in outside above-mentioned 3rd power transmission shaft, and above-mentioned first driven chain wheel case is fixed in above-mentioned 4th transmission
Outside axle, above-mentioned first driven sprocket is connected with above-mentioned first drive sprocket by above-mentioned first driving chain, and the above-mentioned 3rd
Axially the second end of power transmission shaft is inherently engaged in above-mentioned second chain with being covered respectively outside the axial first end of above-mentioned 4th power transmission shaft
Above-mentioned second sprocket wheel on bar.
The above-mentioned device that shakes out includes sand belt and motor, and the bottom of above-mentioned plus sand cylinder is provided with along above-mentioned first crossbeam
Length direction extension bar shaped bottom plate, the port communicated with the discharging opening of above-mentioned plus sand cylinder is offered on above-mentioned bar shaped bottom plate,
The two ends of above-mentioned bar shaped bottom plate bottom surface are separately installed with rotatable belt roller, it is above-mentioned go out sand belt be set around two above-mentioned skins
On band roller, and it is above-mentioned go out sand belt conveying direction it is with the length direction of above-mentioned first crossbeam identical, it is above-mentioned go out sand belt
Width is more than the bore of above-mentioned port, and above-mentioned motor is fixed on the upper surface of above-mentioned bar shaped bottom plate, above-mentioned motor
It is connected with the above-mentioned belt roller of one.
After adopting the above technical scheme, the core shooter system for giving sand automatically of the present invention, in use, puddle mixer output end
Sand material can be flowed into sand tube, and sand tube is taken after sand material, and sand tube is promoted at second cross beam by connecing sand drive device,
And along second cross beam be moved to first crossbeam end plus sand cylinder top, now the discharge outlet of sand tube is in adding sand cylinder
Above charging aperture, the opening structure at first crossbeam opens the hermatic door of sand tube, the discharging opening conducting of sand tube, sand tube
Discharging opening of the interior sand material through sand tube and plus sand cylinder feeding mouth fall into add sand cylinder in, when the sand material in sand tube all falls
Enter to after adding in sand cylinder, plus the driving of sand drive device plus sand cylinder are moved along the length direction reciprocal horizontal of first crossbeam, and add sand
The discharge outlet of cylinder is above the feeding mouth of core shooter, when the one core shooter in a core shooting group of planes need to add sand, plus sand cylinder stops
Above the feeding mouth for staying in this core shooter, and by sanding device the sand material in sand cylinder will be added to add on the feeding mouth of the core shooter
Side, can so complete the automatic sand adding operation of core shooter.Compared with existing skill, connect sand operation and add sand operation completely by certainly
Dynamicization is controlled, and is greatly reduced the labor intensity of workman, is improved production efficiency, meanwhile, share one by some core shooters
Puddle mixer, a sand tube and one plus sand cylinder, you can make a bit manipulation workman to carry out adding sand respectively to some core shooters simultaneously
Operation, arranges an operator without every core shooter, improves employment efficiency, reduce artificial use cost.
Brief description of the drawings
Fig. 1 is structural representation (omitting sand tube and plus sand cylinder) of the invention；
Fig. 2 is another structural representation of the invention；
Fig. 3 is the structural representation of mounting bracket, sand tube with adding sand cylinder in the present invention；
Fig. 4 is the structural representation of sand tube and second cross beam in the present invention；
Fig. 5 is sand tube in the present invention and the structural representation of another state of second cross beam；
Fig. 6 is the stereogram of sand tube in the present invention；
The structural representation (omitting the first chain) of transverse shifting control device in Fig. 7 present invention；
Fig. 8 for the present invention in plus sand cylinder and first crossbeam structural representation；
Fig. 9 for the present invention in plus sand cylinder and another angle of first crossbeam structural representation；
Figure 10 is moves horizontally the structural representation (omit the second chain) of control device in the present invention.
Embodiment
The automatic core shooter system for sending sand of the present invention, as Figure 1-10 shows, includes a puddle mixer 1, one carry into and out of
The sand tube 2 of material mouth, one carries into and out of material mouth plus sand cylinder 3, an installation frame 4 and a core shooting group of planes 100, wherein：
The core shooting group of planes 100 includes some core shooters 10 for carrying feeding mouth, and each core shooter 10 is arranged side by side into one
Rise, the installation frame 4, which includes, is provided with fixed in each top of core shooter 10, and extends along the orientation of each core shooter 10
First crossbeam 41, it is and fixed in the end of first crossbeam 41, and second be arranged in a mutually vertical manner with first crossbeam 41
Crossbeam 42, first crossbeam 41 is less than second cross beam 42, and the first crossbeam 41 is fixed on each core shooting by column (being not drawn into figure)
The top of machine 10, second cross beam 42 is vacantly set by column (being not drawn into figure), and the puddle mixer 1 is mixed outside installation frame 4
Sand machine 1 and sand tube 2 are in the lower section of second cross beam 42, and the charging aperture of sand tube 2 is undertaken in the output end of puddle mixer 1,
Plus sand cylinder 3 is movably installed in the end adjacent with second cross beam 42 of first crossbeam 41, and second cross beam 42 is provided with and will can taken
Sand cylinder 2 is promoted at second cross beam 42, and along second cross beam 42 by sand tube 2 be moved to plus the charging aperture of sand cylinder 3 above connecing
Sand drive device, first crossbeam 41 makes the charging of core shooter 10 provided with the top that driving plus sand cylinder 3 are moved to each core shooter 10
Mouthful with plus sand cylinder 3 discharging opening mutually accept plus sand drive device, sand tube 2 provided with closure the sand tube 2 discharging opening, and
The hermatic door 5 of movable unlatching, the end adjacent with second cross beam 42 of first crossbeam 41 is provided with opening that control hermatic door 5 is opened
Open structure, plus the device that shakes out that discharging opening of the sand cylinder 3 provided with control plus sand cylinder 3 shakes out.
The sand tube 2 is with adding sand cylinder 3 to be from top to bottom tapered trapezoidal cylinder, and the upper and lower ends of trapezoidal cylinder are in open
Mouth shape, and the upper end port of trapezoidal cylinder is described charging aperture, the lower end port of trapezoidal cylinder is described discharging opening, and this takes
The lower end of sand cylinder 2 is installed with the bar shaped of the length direction extension below the lower end port in sand tube 2 and along second cross beam 42
The sand export (in figure be not drawn into) corresponding with the discharging opening of sand tube 2, bar shaped are offered on installing plate 21, bar shaped installing plate 21
The bottom surface both sides of installing plate 21 are installed with the guiding slide bar 211 along the length direction extension of bar shaped installing plate 21 respectively, and two lead
To outside slide bar 211 back-moving spring is equipped with the intrinsic sliding block 212 slided along guiding slide bar 211 of equal movable sleeve, two sliding blocks 212
213, one end of back-moving spring 213 is fixed on sliding block 212, and the other end of back-moving spring 213 is fixed under bar shaped installing plate 21
The sealing connecting plate of the sand export of closure bar shaped mounting blocks 21 is provided between the end of bottom surface, two sliding blocks 212, this sealing connecting plate
For described hermatic door 5；Described opening structure includes that the push rod 61 of hermatic door 5 can be promoted and connects sand plate for access sand body
62, connect width spacing side by side along second cross beam 42 of sand plate 62 and push rod 61 and set, and push rod 61 and connect the one of sand plate 62
End is fixed on first crossbeam 41 by column, push rod 61 and connects the other end of sand plate 62 to hermatic door 5, and push rod 61 with connect
Sand plate 62 is located in two spacing being oriented between slide bar 211.
Described connects sand drive device including the first sliding block 71, lifting lifting device and horizontal stroke on the first sliding block 71
To mobile controller, the first sliding block 71 includes the first upper slide 711, the first lower skateboard 712 and is connected with the first upper slide 711
The first side connecting plate 713 between the first lower skateboard 712, the first side connecting plate 713 is in the first upper slide 711 and the first lower skateboard
712 side, and the first side connecting plate 713, the first upper slide 711 be integrally formed with the first lower skateboard 712, first upper slide
711 are attached at the upper surface of second cross beam 42, and the first lower skateboard 712 is attached at the bottom surface of second cross beam 42, second cross beam 42
The first horizontal slide rail 421 along the length direction extension of second cross beam 42 is concavely provided with towards the side of the first side connecting plate 713, should
Lifting lifting device includes lifting motor 721 and lifting rope 722, and the accumbency of lifting motor 721 is installed, lifting driving electricity
Machine 721 is Dual-output shaft motor, and lifting rope 722 is corresponding with the output shaft for lifting motor 721 to be set, and lifts motor
The axis of 721 output shafts is parallel with the length direction of the first horizontal slide rail 421, and lifting rope 722 is wound on lifting motor 721
Output shaft on, and lifting rope 722 one end be fixed on lifting motor 721 output shaft on, the other end of lifting rope 722 is fixed
On sand tube 2.The lifting lifting device of the present invention, the positive and negative rotation of lifting motor 721 can drive the folding and unfolding of lifting rope 722
Action, the folding and unfolding action of lifting rope 722 can drive the oscilaltion of sand tube 2 to move；It is double output shaft to lift motor 721 simultaneously
Motor, lifting rope 722 is corresponding with the output shaft for lifting motor 721 to be set, and so, passes through the oscilaltion of sand tube 2
Two lifting ropes 722 are realized, the oscilaltion of sand tube 2 is moved more steady.
Described transverse shifting control device is installed on the first side connecting plate 713, and the transverse shifting control device includes horizontal stroke
To motor 731, the first sprocket wheel 732 and the first chain 733, the first chain 733 is fixed and is laid in the first horizontal slide rail 421
It is interior, and length direction of first chain 733 along the first horizontal slide rail 421 is extended, horizontal drive motor 731 is fixed on above-mentioned
On the lateral wall of first side connecting plate 713, the axis of the output shaft of horizontal drive motor 731, the axis of the first chain 733 and first are horizontal
It is parallel to each other to the axis of slide rail 421, the first sprocket wheel 732 is in the first chain 733 in the first horizontal slide rail 421
Top is meshed with the first chain 733, and horizontal drive motor 731 is connected by transmission mechanism with the first sprocket wheel 732；This is horizontal
When being worked to mobile controller, horizontal drive motor 731 starts, and horizontal drive motor 731 drives the first chain through transmission mechanism
Wheel 732 is rotated, and now the first sprocket wheel 732 is rotated, and the first chain 733 being meshed with this first sprocket wheel 732 is fixed, this
Sample, the first sprocket wheel 732 can be moved along the length direction of the first chain 733 in the engagement of the first chain 733, so as to drive the first side
Length direction of the connecting plate 713 along the first chain 733 is moved, and then makes the first sliding block 71 can be along the length side of second cross beam 42
Slided to horizontal reciprocating, i.e., sand tube 2 can be moved back and forth along the length direction of second cross beam 42.
The transmission mechanism includes the first power transmission shaft 741, second driving shaft 742, first bevel gear 743, second bevel gear
744th, drive sprocket 745, driven sprocket 746 and driving chain 747, first bevel gear 743 are fixed in horizontal drive motor 731
Outside output shaft, second bevel gear 744 is meshed with first bevel gear 743, the first power transmission shaft 741 and second driving shaft 742 with
Rotatable mode adjustable shelf is on the first side connecting plate 713 and between the first upper slide 711 and the first lower skateboard 712
In space, and length direction spacing side by side of first power transmission shaft 741 with second driving shaft 742 along the first horizontal slide rail 421 is distributed,
The axial first end of first power transmission shaft 741 is perpendicularly fixed at the core wheel of second bevel gear 744, the axial direction of the first power transmission shaft 741
Second end is in the top of the first chain 733, and the axial first end of second driving shaft 742 is in the top of the first chain 733, the
Horizontal drive motor 731 is stretched at axially the second end of two power transmission shafts 742, and 745 sets of drive sprocket is fixed in outside the first power transmission shaft 74, from
746 sets of movable sprocket is fixed in outside second driving shaft 742, and driven sprocket 746 and drive sprocket 745 are by around being located at driven sprocket 746
It is connected with the driving chain 747 outside drive sprocket 745, and axially the second end and the second driving shaft of the first power transmission shaft 741
Intrinsic the first sprocket wheel 732 being engaged on the first chain 733 is covered outside 742 axial first end respectively.The transmission mechanism makes horizontal stroke
Two first sprocket wheels 732 synchronous axial system on the first chain 733 can be driven to motor 731, so, passes through two first sprocket wheels
732 drive the slip of the first sliding block 71 more laborsaving, improve transmission efficiency.
Described plus sand drive device includes the second sliding block 81 and moves horizontally control device installed in the second sliding block 81,
Second sliding block 81 includes the second upper slide 811, the second lower skateboard 812 and is connected with the second upper slide 811 and the second lower skateboard
The second side connecting plate 813 between 812, the second side connecting plate 813 is in the side of the second upper slide 811 and the second lower skateboard 812, the
Two side connecting plates 813, the second upper slide 811 are integrally formed with the second lower skateboard 812, and the second upper slide 811 is attached at first crossbeam
41 upper surface, the second lower skateboard 812 is attached at the bottom surface of first crossbeam 41, and first crossbeam 41 is towards the second side connecting plate 813
Side be concavely provided with horizontal cross slide rail 411 along the length direction extension of first crossbeam 41, plus sand cylinder 3 is packed in the second side
Connecting plate 813 dorsad on the side of first crossbeam 41, moves horizontally control device and is installed on the second side connecting plate 813.
The described control device that moves horizontally includes horizontal drive motor 821, the second sprocket wheel 822 and the second chain 823, the
Two chains 823 are fixed and are laid in horizontal cross slide rail 411, and length direction of second chain 823 along horizontal cross slide rail 411
It is extended, horizontal drive motor 821 is fixed on the lateral wall of the second side connecting plate 813, the output shaft of horizontal drive motor 821
The axis of axis, the axis of the second chain 823 and horizontal cross slide rail 411 is parallel to each other, and the second sprocket wheel 822 is located at horizontal cross
In slide rail 411, and the top in the second chain 823 is meshed with the second chain 823, and horizontal drive motor 821 passes through transmission
Mechanism is connected with the second sprocket wheel 822.When this moves horizontally control device work, horizontal drive motor 821 starts, and level is driven
Dynamic motor 821 drives the second sprocket wheel 822 to rotate through transmission mechanism, and now the second sprocket wheel 822 is rotated, with this phase of the second sprocket wheel 822
Second chain 823 of engagement is fixed, and so, the second sprocket wheel 822 can be along the length direction of the second chain 823 in the second chain
The engagement movement of bar 823, so as to drive length direction of the second side connecting plate 813 along the second chain 823 to move, and then makes the second cunning
Block 81 can be slided along the length direction horizontal reciprocating of first crossbeam 41, that is, add sand cylinder 3 can be along the length side of first crossbeam 41
To making horizontal reciprocating slip.
The transmission mechanism includes the 3rd power transmission shaft 831, the 4th power transmission shaft 832, third hand tap gear 833, the 4th bevel gear
834th, the first drive sprocket 835, the first driven sprocket 836 and the first driving chain 837, third hand tap gear 833 are fixed in level
Outside the output shaft of motor 821, the 4th bevel gear 834 is meshed with third hand tap gear 833, the 3rd power transmission shaft 831 and the 4th
Pivotally adjustable shelf is on the second side connecting plate 813 and is under the second upper slide 811 and second for power transmission shaft 832
In space between slide plate 812, and the length direction of the 3rd power transmission shaft 831 and the 4th power transmission shaft 832 along horizontal cross slide rail is simultaneously
Row is spaced apart, and the axial first end of the 3rd power transmission shaft 831 is perpendicularly fixed at the core wheel of third hand tap gear 833, the 3rd transmission
Axially the second end of axle 831 is in the top of the second chain 823, and the axial first end of the 4th power transmission shaft 832 is in the second chain
Horizontal drive motor 821 is stretched at 823 top, axially the second end of the 4th power transmission shaft 832, and the first 835 sets of drive sprocket is fixed in
Outside 3rd power transmission shaft 831, the first 836 sets of driven sprocket is fixed in outside the 4th power transmission shaft 832, the first driven sprocket 836 and the first master
Movable sprocket 835 is connected by being driven around the first driving chain 837 being located at outside the first driven sprocket 836 and the first drive sprocket 835
Connect, covered respectively outside the axially axial first end of the second end and the 4th power transmission shaft 832 of the 3rd power transmission shaft 831 and intrinsic be engaged in the
The second sprocket wheel 822 on two chains 823.The transmission mechanism makes horizontal drive motor 821 to drive two second sprocket wheels 822 second
Synchronous axial system on chain 823, so, is driven the slip of the second sliding block 81 more laborsaving by two second sprocket wheels 822, improved
Transmission efficiency.
The described device that shakes out includes sand belt 91 and motor 92, plus the bottom of sand cylinder 3 is provided with along first crossbeam
The port with adding the discharging opening of sand cylinder 3 to communicate is offered on the bar shaped bottom plate 31 of 41 length direction extension, bar shaped bottom plate 31, should
The two ends of bar shaped bottom plate 31 are separately installed with rotatable belt roller 93, go out sand belt 91 and are set around on two belt rollers 93,
And going out that the conveying direction of sand belt 91 is identical with the length direction of first crossbeam 41, the width for going out sand belt 91 is more than bar shaped bottom plate
The bore of 31 port, motor 92 is fixed on the upper surface of bar shaped bottom plate 31, and motor 92 passes through driving chain 94
It is connected with one belt roller 93, i.e., intrinsic pass is covered outside one end of the output end of motor 92 and this belt roller 93
It is connected between moving gear, two travelling gears by the driving chain 94 being set around on two travelling gears.
The core shooter system for sending sand automatically of the present invention, in use, the sand material of the output end of puddle mixer 1 can flow into sand tube 2
In, sand tube 2 is taken after sand material, and the lifting lifting device control sand tube 2 on the first sliding block 71 is up-shifted to the first sliding block
On 71, it is affixed with the first sliding block 71, now the transverse shifting control device of the first sliding block 71 controls the first sliding block 71 to adding sand again
Cylinder 3 direction movement, when sand tube 2 be moved to plus sand cylinder 3 side when, push rod 61 and connect sand plate 62 be in two be oriented to slide bars 211 it
Between space in, now sand tube 2 continues to the 3 directions movement of sand cylinder is added, and push rod 61 heads on hermatic door 5, and sliding block 212 is slided, close
Closure door 5 can be such that the discharging opening of sand tube 2 progressively turns on the movement in sliding block 212 to 3 directions of remote plus sand cylinder, back-moving spring
213 are compressed, while the discharging opening of the sand tube 2 sand material a small amount of in sand tube 2 when progressively turning on can fall into and connect on sand plate 62,
When sand tube 2 is moved to above the charging aperture for adding sand cylinder 3, sand tube 2 stops movement, and the discharging opening of sand tube 2 is fully on,
The sand material of sand tube 2 can be through sand tube 2 discharging opening and plus sand cylinder 3 feeding mouth fall into add sand cylinder 3 in, in sand tube 2
Sand material all fall into plus sand cylinder 3 in after, plus sand drive device and transverse shifting control device start, transverse shifting control device
Starting makes sand tube 2 to away from the direction return for adding sand cylinder 3, and the return of sand tube 2 makes push rod 61 be separated with hermatic door 5, multiple
Position spring 213 resets, and the reset of back-moving spring 213 can make hermatic door 5 block the discharging opening of sand tube 2 again；Plus sand driving dress
The startup put can control its interior with sand material plus sand cylinder 3 and be moved along the length direction reciprocal horizontal of first crossbeam 41, and add sand
The discharge outlet of cylinder 3 is above the feeding mouth of core shooter 10, so when the one core shooter 10 in a core shooting group of planes 100 need to add sand
When, plus sand cylinder 3 is to stop above the feeding mouth of this core shooter 10, now starts the device that shakes out, motor 92 is started working,
Motor 92 drives belt roller 93 to rotate through driving chain 94, and the rotation of belt roller 93 drives the belt 91 that shakes out to rotate,
Now going out rotating for sand belt 91 will can transfer out to core shooter through adding sand 3 discharging openings of cylinder to fall into the sand material gone out on sand belt 91
In 10 feeding mouth, the automatic sand adding operation of core shooter can be so completed.Compared with existing skill, connect sand operation and add sand operation
Completely by Automated condtrol, the labor intensity of workman is greatly reduced, production efficiency is improved, meanwhile, penetrated by some
Core machine shares a puddle mixer, a sand tube and one plus sand cylinder, you can make a bit manipulation workman can be while entering to some core shooters
Row is respectively plus sand is operated, and arranges an operator without every core shooter, improves employment efficiency, reduce and manually use into
This.
In the present invention, described mounting bracket 4 also includes the vertical beam 43 of the lower section in second cross beam 42, the first sliding block
The mounting blocks 75 being stacked on the upper end end of vertical beam 43 are installed with outside 71, lifting motor 721 is fixedly installed in this mounting blocks
On 75, vertical beam 43 is provided with the vertical sliding block 431 that can be moved up and down along the short transverse of vertical beam 43, and splicing cylinder 2 is fixedly mounted on
On vertical sliding block 431, vertical sliding block 431 is provided with the pulley 432 being in contact with the lateral surface of vertical beam 43, so by vertical
Guide effect is played in the oscilaltion movement that the cooperation of sliding block 431, vertical beam 43 and pulley 432 can dock barrel 2.
In the present invention, the core shooting group of planes 100 is settable two, and a two core shooting group of planes 100 are oppositely arranged, and in second
The two ends of crossbeam 42, the first crossbeam 41 plus sand cylinder 3 are oppositely arranged with a core shooting group of planes 100, i.e., first crossbeam 41 is with adding sand cylinder 3
Two are correspondingly provided with, so, a bit manipulation personnel can be carried out plus sand operation to each core shooter 10 to a core shooting group of planes 100, and
A two core shooting group of planes 100 share a puddle mixer 1 and a sand tube 2, further improve employment efficiency and reduce artificial use cost,
And save the cost of manufacture of core shooter system.
In the present invention, one can be installed on installation frame 4 along the length direction extension of first crossbeam 41, and in first
The corridor 101 on the side of crossbeam 41 and confession operating personnel go on the ladder 102 on this corridor 101, so this ladder 102 and corridor 101,
On the one hand personnel are convenient to operation to core shooter 10 and the maintenance for adding sand cylinder 3, on the other hand personnel are also convenient to operation to respectively penetrating
The running situation of core machine 10 is observed.
Above-described embodiment and schema and non-limiting product form of the invention and style, any art it is common
Appropriate change or modification that technical staff is done to it, all should be regarded as not departing from the patent category of the present invention.
Claims (10)
1. the core shooter system of sand is sent automatically, it is characterised in that：Include a puddle mixer, one carries the sand tube into and out of material mouth,
One carries into and out of material mouth plus sand cylinder, an installation frame and a core shooting group of planes, and an above-mentioned core shooting group of planes includes some and carries feeding mouth
Core shooter, each above-mentioned core shooter is arranged side by side into together, and above-mentioned installation frame includes above-mentioned to be penetrated provided with fixed in each
Above core machine, and the first crossbeam of the orientation extension along each above-mentioned core shooter, and it is fixed in the first crossbeam one end
Place, and the second cross beam being arranged in a mutually vertical manner with above-mentioned first crossbeam, above-mentioned first crossbeam is less than above-mentioned second cross beam, above-mentioned
Puddle mixer is outside the above-mentioned installation frame, and above-mentioned puddle mixer is in the lower section of above-mentioned second cross beam with above-mentioned sand tube, and on
The charging aperture for stating sand tube is undertaken in the output end of above-mentioned puddle mixer, above-mentioned plus sand cylinder be movably installed in above-mentioned first crossbeam with it is upper
The adjacent end of second cross beam is stated, above-mentioned second cross beam is provided with and above-mentioned sand tube can be promoted at above-mentioned second cross beam,
And above-mentioned sand tube is moved to along above-mentioned second cross beam above the charging aperture of above-mentioned plus sand cylinder and connects sand drive device, above-mentioned the
One crossbeam provided with drive above-mentioned plus sand cylinder to be moved to above each above-mentioned core shooter to make the charging aperture of above-mentioned core shooter with it is above-mentioned
Plus the discharging opening of sand cylinder mutually accept plus sand drive device, above-mentioned sand tube, and can provided with the discharging opening for blocking the sand tube
The hermatic door that activity is opened, the above-mentioned first crossbeam end adjacent with above-mentioned second cross beam is opened provided with the above-mentioned hermatic door of control
Opening structure, above-mentioned plus sand cylinder is provided with the device that shakes out for controlling the discharging opening of above-mentioned plus sand cylinder to shake out.
2. the automatic core shooter system for sending sand according to claim 1, it is characterised in that：Above-mentioned sand tube and above-mentioned plus sand
Cylinder is from top to bottom tapered trapezoidal cylinder, and the upper and lower ends of above-mentioned trapezoidal cylinder are opening-like, above-mentioned trapezoidal cylinder
Upper end port is above-mentioned charging aperture, and the lower end port of above-mentioned trapezoidal cylinder is above-mentioned discharging opening, and the lower end of above-mentioned sand tube is fixed
There is the bar shaped installing plate of the length direction extension below the lower end port in above-mentioned sand tube and along above-mentioned second cross beam, it is above-mentioned
The sand export corresponding with the discharging opening of above-mentioned sand tube, the bottom surface two of above-mentioned bar shaped installing plate are offered on bar shaped installing plate
Side is installed with outside the guiding slide bar along the length direction extension of above-mentioned bar shaped installing plate, two above-mentioned guiding slide bars movable sleeve respectively
Back-moving spring is equipped with the intrinsic sliding block along above-mentioned guiding sliding bar, two above-mentioned sliding blocks, one end of above-mentioned back-moving spring is consolidated
It is scheduled on above-mentioned sliding block, the other end of above-mentioned back-moving spring is fixed on the end of above-mentioned bar shaped installing plate bottom surface, and two is above-mentioned
The sealing connecting plate for blocking above-mentioned sand export is provided between sliding block, above-mentioned sealing connecting plate is above-mentioned hermatic door；Above-mentioned opening structure
Including that can promote the push rod of above-mentioned hermatic door and connect sand plate for access sand body, above-mentioned sand plate and the above-mentioned push rod of connecing is along above-mentioned
The width spacing side by side of two crossbeams is set, and above-mentioned connects sand plate and one end of above-mentioned push rod is fixed on above-mentioned first crossbeam
On, the above-mentioned other end for connecing sand plate and above-mentioned push rod is to above-mentioned sealing connecting plate.
3. the automatic core shooter system for sending sand according to claim 1, it is characterised in that：The above-mentioned sand drive device that connects includes
First sliding block, lifting lifting device and transverse shifting control device on above-mentioned first sliding block, above-mentioned first sliding block bag
The the first side connecting plate for including the first upper slide, the first lower skateboard and being connected between the first upper slide and the first lower skateboard, above-mentioned
Side connecting plate is in the side of above-mentioned first upper slide and above-mentioned first lower skateboard, and above-mentioned first upper slide is attached at above-mentioned second
The upper surface of crossbeam, above-mentioned first lower skateboard is attached at the bottom surface of above-mentioned second cross beam, and above-mentioned second cross beam is towards above-mentioned
The side side of side connecting plate is concavely provided with the first horizontal slide rail along the length direction extension of above-mentioned second cross beam, above-mentioned transverse direction
Mobile controller is installed on the connecting plate of above-mentioned first side.
4. the automatic core shooter system for sending sand according to claim 3, it is characterised in that：Above-mentioned lifting lifting device includes
Motor and lifting rope are lifted, above-mentioned lifting motor accumbency is installed, above-mentioned lifting motor is Dual-output shaft motor, on
State lifting rope it is corresponding with the output shaft of above-mentioned lifting motor setting, the axis of above-mentioned lifting driving motor output shaft with it is above-mentioned
The length direction of first horizontal slide rail is parallel, and above-mentioned lifting rope is and above-mentioned on the output shaft of above-mentioned lifting motor
One end of lifting rope is fixed on the output shaft of above-mentioned lifting motor, and the other end of above-mentioned lifting rope is fixed on above-mentioned sand tube
On.
5. the automatic core shooter system for sending sand according to claim 4, it is characterised in that：Above-mentioned mounting bracket also includes
The peace being stacked on the end of above-mentioned vertical beam upper end is installed with outside the vertical beam of lower section in above-mentioned second cross beam, above-mentioned first sliding block
Block is filled, above-mentioned lifting motor is fixedly installed on above-mentioned mounting blocks, above-mentioned vertical beam is provided with can be along above-mentioned perpendicular depth of beam
The vertical sliding block that direction is moved up and down, above-mentioned vertical sliding block is provided with the pulley being in contact with the lateral surface of above-mentioned vertical beam, on
Splicing cylinder is stated to be fixedly mounted on above-mentioned vertical sliding block.
6. the automatic core shooter system for sending sand according to claim 3, it is characterised in that：Above-mentioned transverse shifting control device
Including horizontal drive motor, the first sprocket wheel and the first chain, above-mentioned first chain is fixed and is laid in above-mentioned first horizontal slide rail,
And length direction of above-mentioned first chain along above-mentioned first horizontal slide rail is extended, above-mentioned horizontal drive motor is fixed on above-mentioned
On the lateral wall of first side connecting plate, the axis of above-mentioned horizontal drive motor output shaft, the axis of above-mentioned first chain and above-mentioned the
The axis of one horizontal slide rail is parallel to each other, and above-mentioned first sprocket wheel is in above-mentioned first chain in above-mentioned first horizontal slide rail
The top of bar is meshed with above-mentioned first chain, and above-mentioned horizontal drive motor is connected by transmission mechanism and above-mentioned first chain gear transmission
Connect.
7. the automatic core shooter system for sending sand according to claim 5, it is characterised in that：Above-mentioned transmission mechanism includes first
Power transmission shaft, second driving shaft, first bevel gear, second bevel gear, drive sprocket, driven sprocket and driving chain, above-mentioned first
Bevel gear is fixed in outside the output shaft of above-mentioned horizontal drive motor, and above-mentioned second bevel gear is meshed with above-mentioned first bevel gear,
Pivotally adjustable shelf is on the connecting plate of above-mentioned first side and locates for above-mentioned first power transmission shaft and above-mentioned second driving shaft
In space between above-mentioned first upper slide and above-mentioned first lower skateboard, and above-mentioned first power transmission shaft and above-mentioned second driving shaft
It is distributed along the length direction spacing side by side of above-mentioned first horizontal slide rail, the axial first end of above-mentioned first power transmission shaft is perpendicularly fixed at
At the core wheel of above-mentioned second bevel gear, axially the second end of above-mentioned first power transmission shaft is in the top of above-mentioned first chain, above-mentioned
The axial first end of second driving shaft is in the top of above-mentioned first chain, and axially the second end of above-mentioned second driving shaft is stretched to
Horizontal drive motor is stated, above-mentioned drive chain wheel case is fixed in outside above-mentioned first power transmission shaft, and above-mentioned driven chain wheel case is fixed in above-mentioned second
Outside power transmission shaft, above-mentioned driven sprocket is connected with above-mentioned drive sprocket by above-mentioned driving chain, above-mentioned first power transmission shaft
Axially the second end with outside the axial first end of above-mentioned second driving shaft respectively set inherently be engaged in it is upper on above-mentioned first chain
State the first sprocket wheel.
8. the automatic core shooter system for sending sand according to claim 2, it is characterised in that：Above-mentioned plus sand drive device includes
Second sliding block and the control device that moves horizontally installed in the second sliding block, above-mentioned second sliding block are included under the second upper slide, second
Slide plate and the second side connecting plate being connected between the second upper slide and the second lower skateboard, above-mentioned second side connecting plate are in above-mentioned second
The side of upper slide and above-mentioned second lower skateboard, above-mentioned second upper slide is attached at the upper surface of above-mentioned first crossbeam, above-mentioned
Two lower skateboards are attached at the bottom surface of above-mentioned first crossbeam, and above-mentioned first crossbeam is towards recessed on the side of above-mentioned second side connecting plate
There is the horizontal cross slide rail along the length direction extension of above-mentioned first crossbeam, the above-mentioned control device that moves horizontally is installed on above-mentioned the
On two side connecting plates, above-mentioned plus sand cylinder is packed in above-mentioned second side connecting plate dorsad on the side of above-mentioned first crossbeam.
9. the automatic core shooter system for sending sand according to claim 8, it is characterised in that：It is above-mentioned to move horizontally control device
Including horizontal drive motor, the second sprocket wheel and the second chain, above-mentioned second chain is fixed and is laid in above-mentioned horizontal cross slide rail,
And length direction of above-mentioned second chain along above-mentioned horizontal cross slide rail is extended, above-mentioned horizontal drive motor is fixed on above-mentioned
On the lateral wall of second side connecting plate, the axis of above-mentioned horizontal drive motor output shaft, the axis of above-mentioned second chain and above-mentioned water
The axis of flat horizontal slide rail is parallel to each other, and above-mentioned second sprocket wheel is in above-mentioned second chain in above-mentioned horizontal cross slide rail
The top of bar is meshed with above-mentioned second chain, and above-mentioned horizontal drive motor is connected by transmission mechanism and above-mentioned second chain gear transmission
Connect；The transmission mechanism includes the 3rd power transmission shaft, the 4th power transmission shaft, third hand tap gear, the 4th bevel gear, the first drive sprocket, the
One driven sprocket and the first driving chain, above-mentioned third hand tap gear are fixed in outside the output shaft of above-mentioned horizontal drive motor, above-mentioned
4th bevel gear is meshed with above-mentioned third hand tap gear, and above-mentioned 3rd power transmission shaft and above-mentioned 4th power transmission shaft are with rotatable side
Formula adjustable shelf is located on the connecting plate of above-mentioned second side and in the space between above-mentioned second upper slide and above-mentioned second lower skateboard,
It is above-mentioned and length direction spacing side by side of above-mentioned 3rd power transmission shaft with above-mentioned 4th power transmission shaft along above-mentioned horizontal cross slide rail is distributed
The axial first end of 3rd power transmission shaft is perpendicularly fixed at the core wheel of above-mentioned third hand tap gear, and axially the of above-mentioned 3rd power transmission shaft
Two ends are in the top of above-mentioned second chain, and the axial first end of above-mentioned 4th power transmission shaft is in the top of above-mentioned second chain,
Above-mentioned horizontal drive motor is stretched at axially the second end of above-mentioned 4th power transmission shaft, and above-mentioned first drive chain wheel case is fixed in the above-mentioned 3rd
Outside power transmission shaft, above-mentioned first driven chain wheel case is fixed in outside above-mentioned 4th power transmission shaft, above-mentioned first driven sprocket and the above-mentioned first master
Movable sprocket is connected by above-mentioned first driving chain, axially the second end of above-mentioned 3rd power transmission shaft and above-mentioned 4th power transmission shaft
Axial first end outside cover intrinsic above-mentioned second sprocket wheel being engaged on above-mentioned second chain respectively.
10. the automatic core shooter system for sending sand according to claim 8, it is characterised in that：The above-mentioned device that shakes out includes
Sand belt and motor, the bottom of above-mentioned plus sand cylinder are provided with the bar shaped bottom plate extended along the length direction of above-mentioned first crossbeam,
The port communicated with the discharging opening of above-mentioned plus sand cylinder, the two ends point of above-mentioned bar shaped bottom plate bottom surface are offered on above-mentioned bar shaped bottom plate
Rotatable belt roller is not installed, it is above-mentioned go out sand belt be set around on two above-mentioned belt rollers, and it is above-mentioned go out sand belt
Conveying direction is identical with the length direction of above-mentioned first crossbeam, it is above-mentioned go out sand belt width be more than above-mentioned port bore, on
State motor to be fixed on the upper surface of above-mentioned bar shaped bottom plate, above-mentioned motor connects with one above-mentioned belt roller transmission
Connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710387817.2A CN107186178A (en) | 2017-05-27 | 2017-05-27 | Automatically the core shooter system of sand is sent |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710387817.2A CN107186178A (en) | 2017-05-27 | 2017-05-27 | Automatically the core shooter system of sand is sent |
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| Publication Number | Publication Date |
|---|---|
| CN107186178A true CN107186178A (en) | 2017-09-22 |
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ID=59875876
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710387817.2A Pending CN107186178A (en) | 2017-05-27 | 2017-05-27 | Automatically the core shooter system of sand is sent |
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| Country | Link |
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| CN (1) | CN107186178A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108723331A (en) * | 2018-06-01 | 2018-11-02 | 惠州市威盛工业有限公司 | New energy automobile motor shell spiral channel integral sand core casting method and sand core structure |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203197208U (en) * | 2013-02-28 | 2013-09-18 | 辉煌水暖集团有限公司 | Core shooting machine system with automatic sand conveying function |
-
2017
- 2017-05-27 CN CN201710387817.2A patent/CN107186178A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203197208U (en) * | 2013-02-28 | 2013-09-18 | 辉煌水暖集团有限公司 | Core shooting machine system with automatic sand conveying function |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108723331A (en) * | 2018-06-01 | 2018-11-02 | 惠州市威盛工业有限公司 | New energy automobile motor shell spiral channel integral sand core casting method and sand core structure |
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