CN206997755U - A kind of casting machine - Google Patents
A kind of casting machine Download PDFInfo
- Publication number
- CN206997755U CN206997755U CN201720723796.2U CN201720723796U CN206997755U CN 206997755 U CN206997755 U CN 206997755U CN 201720723796 U CN201720723796 U CN 201720723796U CN 206997755 U CN206997755 U CN 206997755U
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- driving
- chain
- water
- push pedal
- pole
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Abstract
A kind of casting machine of the utility model,Including pillar and driving-chain,Upper bracket and lower carriage are fixed with pillar,Headstock is provided with the left of pillar,Aircraft tail shelf is provided with the right side of pillar,Headstock is provided with head and charging aperture,Aircraft tail shelf is provided with tail,Driving-chain both ends cover respectively to be hung on head and tail and by head or tail-driving,Driving-chain includes up driving-chain and descending driving-chain,Up driving-chain is on upper bracket,Descending driving-chain is on lower carriage,Casting die is fixedly connected with driving-chain,Rushing board mechanism is additionally provided with headstock,Rushing board mechanism is outside driving-chain,De- trigger structure is additionally provided with aircraft tail shelf,De- trigger structure is inside driving-chain,Cooling body is provided between up driving-chain and descending driving-chain,Driving-chain is arranged right below tank,Tank is connected by water inlet pipe with cooling body,Water inlet pipe is provided with valve and water pump,Cooling is uniform,It is easy to blanking,Casting effect is good and is advantageous to cooling water circulation recycling.
Description
Technical field
It the utility model is related to alloy casting technical field, and in particular to a kind of casting machine.
Background technology
The water route of cooling water tank is mostly that simple side intakes in existing casting machine, the simple linear of opposite side water outlet
It cooling water channel, can so cause inhomogeneous cooling even, cool time disunity, influence quality of casting, waste the cooling energy, influence to give birth to
Produce efficiency, also have in order to be cooled down to the ingot in mould, cooling agent is sprayed at by mould and gold by axial flow blower
Belong on ingot, can so pollute ingot, and the mould for laying down ingot needs to cast again, due to its residual before use
Temperature is higher to be also required to be cooled down again, and existing ingot blanking in addition passes through gold by tilting or tipping over casting die
Belong to the gravity Automatic-falling of ingot itself, this have ingot by the cutting mode that self gravitation comes off and come off sordid ask
Topic.
Utility model content
The purpose of this utility model is overcome the deficiencies in the prior art, there is provided one kind cooling is uniform, is easy to blanking, casting
Effect is good and is advantageous to the casting machine of cooling water circulation recycling.
The utility model solves its technical problem and takes following technical scheme to realize：
A kind of casting machine, including pillar and driving-chain, upper bracket and lower carriage are fixed with the pillar, and the pillar is left
Side is provided with headstock, is provided with aircraft tail shelf on the right side of the pillar, and the headstock is provided with head and charging aperture, on the aircraft tail shelf
Provided with tail, the driving-chain both ends cover respectively to hang on the head and the tail and is driven by the head or the tail
Dynamic, the driving-chain includes up driving-chain and descending driving-chain, and the up driving-chain is on the upper bracket, under described
Row driving-chain is fixedly connected with casting die, is additionally provided with and pushes away on the headstock on the lower carriage on the driving-chain
Trigger structure, the rushing board mechanism are additionally provided with de- trigger structure, the de- trigger structure outside the driving-chain on the aircraft tail shelf
Inside the driving-chain, cooling body, the driving-chain are provided between the up driving-chain and the descending driving-chain
Tank is arranged right below, the tank is connected by water inlet pipe with the cooling body, and the water inlet pipe is provided with valve and water
Pump；
The rushing board mechanism includes pole, and described pole one end is connected on the headstock, the pole other end hinge
It is connected in the middle part of push pedal frame, hinged place is provided with back-moving spring, and the first cam, the first cam axle center are provided with the right side of the push pedal frame
It is rotationally connected with pole, the pole other end is connected on the headstock, and first cam is by belt by driving
Motor drives；
The de- trigger structure includes pole, and described pole one end is connected on the aircraft tail shelf, the pole other end hinge
It is connected in the middle part of de- grillage, hinged place is provided with back-moving spring, and the second cam, the second cam axle center are provided with the downside of the de- grillage
It is rotationally connected with pole, the pole other end is connected on the aircraft tail shelf, and second cam is by belt by driving
Motor drives；
The casting die includes housing, is mold cavity in the housing, the mold cavity bottom offers through hole, described
Through hole both sides are provided with groove, and connecting plate is equipped with the through hole, and the connecting plate lower end is connected with the second push pedal, the connection
Plate upper end is connected with the first push pedal, and first push pedal has projection, and the projection inlay card is in the groove；
Be provided with an inclined-plane in the tank, the tank bottom of the relatively low side in inclined-plane is provided with delivery port, it is described go out
The mouth of a river is connected with the water inlet pipe；
The cooling body includes water distributing plate, and the water distributing plate is provided with water transport port, the water transport port and the water inlet pipe
The other end connects, and is divided into lower water cavity and upper water cavity by dividing plate in the water distributing plate, staggeredly baffle plate is provided with the upper water cavity,
Be provided with water spout at the top of the upper water cavity, the lower water cavity bottom is provided with water spout, the upper water cavity top by water-supply-pipe and
The lower water cavity connection.
In above-mentioned casting machine, further, the push pedal frame and the de- grillage section are respectively L-type, the push pedal
Frame is vertically arranged, and the de- grillage is horizontally disposed with, and first cam on the downside of the push pedal frame with being in contact, second cam
It is in contact with the left of the de- grillage.
In above-mentioned casting machine, further, the length of the push pedal frame is not more than the length of first push pedal, described
The length of de- grillage is not more than the length of second push pedal, and the L-type bond length of the push pedal frame is not less than the mold cavity
Depth.
In above-mentioned casting machine, further, the through hole is strip through hole, the length of the through hole and the connecting plate
Length it is consistent, the width of the connecting plate is at least 2 times of the thickness of shell, and the width of second push pedal is more than described
The width of through hole, the length of first push pedal is consistent with the length of the mold cavity, the width of first push pedal with it is described
The width of mold cavity is consistent, and the projection and the groove are respectively multiple, second push pedal, the connecting plate and described
One push pedal forms I-shaped structure.
In above-mentioned casting machine, further, the length of the tank is not less than the length of the driving-chain, the tank
Width be more than the driving-chain width, the tank is open-topped rectangular parallelepiped structure.
In above-mentioned casting machine, further, the water transport port is located at the upper water cavity bottom, and the water transport port is located at institute
Between stating the baffle plate that position is minimum in lower water cavity and the upper water cavity, the baffle plate is at least two pieces, in the upper water cavity
Water (flow) direction it is S-type as starting point using the water transport port, the water spout is multiple.
In above-mentioned casting machine, further, the driving-chain is end to end three-back-shaped structure, the up transmission
Chain is the driving-chain being driven from the head to the tail, and the descending driving-chain is to be driven from the tail to the head
Driving-chain, the upper bracket and the lower carriage are in setting up and down.
In above-mentioned casting machine, further, the upper bracket and the lower carriage are set in broken line respectively, described up
Driving-chain and the descending driving-chain form meander line structure respectively, close to the up driving-chain of the head side and described
Descending driving-chain is inclined upwardly in being horizontally disposed with close to the up driving-chain of the tail side and the descending driving-chain
Set, the position of the tail is higher than the position of the head.
In above-mentioned casting machine, further, the strut height is 1.2m, between the pillar at intervals of 1.8m.
The advantages of the utility model and good effect are：
1st, the de- trigger structure that the utility model is set can push up the second push pedal, the first push pedal is moved up along mold cavity,
So that loosened between ingot and casting die in mold cavity, then the rotation by driving-chain, ingot is by self gravitation
Effect is come off by casting die, and the rushing board mechanism of setting can push down on the first push pedal, make projection inlay card under the first push pedal in
In groove, so as to use of being cast again, ensure the casting quality of casting die, be advantageous to coming off for ingot.
2nd, the cooling body that the utility model is set, by the setting of baffle plate, cooling water can uniformly be full of upper water cavity, make
Cooling water uniformly can be sprayed by the water spout of upper water cavity connection, and the casting mold on up driving-chain is cooled down, on
The water spout that cooling water in water cavity is connected by upper water cavity is sprayed by water-supply-pipe while ejection into lower water cavity by water spout, right
Casting mold on descending driving-chain carries out secondary cooling, on the one hand ensure that the uniform ejection of cooling water, is advantageous to cooling effect
Fruit, on the other hand, avoid cooling water and directly flowed out by lower water cavity, cause the cooling to the casting die on up driving-chain to imitate
Rate reduces, and extends cool time, reduces production efficiency.
3rd, the projection inlay card set under the push pedal of the utility model first prevents in the sealing in groove, being advantageous to mold cavity
Molten metal is flowed out by through hole, causes the loss of casting liquid, advantageously ensures that casting quality and effect.
4th, the tank that the utility model is set below driving-chain collects cooling water or regulus, cooling water can be by entering
Water pipe cycling and reutilization, regulus can be cleaned out by sink top, practical, easy to operate.
Brief description of the drawings
The technical solution of the utility model is described in further detail below with reference to drawings and examples, still
It should be known that these accompanying drawings only design for task of explanation, therefore not as the restriction of the scope of the utility model.In addition,
Unless otherwise indicated, these accompanying drawings are meant only to conceptually illustrate structure construction described herein, without to carry out to scale
Draw.
Fig. 1 is the structural representation of embodiment；
Fig. 2 is the structural representation of the rushing board mechanism in embodiment；
Fig. 3 is the structural representation of the de- trigger structure in embodiment；
Fig. 4 is the structural representation of the casting die in embodiment；
Fig. 5 is the cross-sectional view of the water distributing plate in embodiment.
In figure：
It is 1. pillar, 2. headstocks, 3. aircraft tail shelfs, 4. driving-chains, 5. casting dies, 6. upper brackets, 7. lower carriages, 8. up
Driving-chain, 9. descending driving-chains, 10. heads, 11. tails, 12. rushing board mechanisms, 13. de- trigger structures, 14. charging apertures, 15. push pedals
Frame, 16. poles, 17. first cams, 18. back-moving springs, 19. belts, 20. motors, 21. de- grillages, 22. second cams,
23. housing, 24. mold cavities, 25. grooves, 26. projections, 27. first push pedals, 28. connecting plates, 29. second push pedals, 30. through holes,
31. tank, 32. inclined-planes, 33. delivery ports, 34. water inlet pipes, 35. cooling bodies, 36. water transport ports, 37. water distributing plates, 38. dividing plates,
39. lower water cavity, 40. upper water cavities, 41. baffle plates, 42. water-supply-pipes, 43. water spouts, 44. water pumps, 45. valves.
Embodiment
Firstly, it is necessary to explanation, illustrates the specific of casting machine of the present utility model by by way of example below
Structure, feature and advantage etc., but all descriptions are intended merely to what is illustrated, and should not be construed as new to this practicality
Type forms any restrictions.In addition, any single technical characteristic for being described by or implying in each embodiment mentioned by this paper, or
Person is shown or implicit any single technical characteristic in the drawings, still can these technical characteristics (or its equivalent) it
Between continue to be combined or delete, so as to obtain may not refer to directly herein of the present utility model it is more other
Embodiment.In addition, for the sake of simplifying drawing, same or like technical characteristic only may enter at one in the same figure
Rower shows.
, it is necessary to explanation, the orientation of the instruction such as term "left", "right", " on ", " under " in description of the present utility model
Or position relationship be based on orientation shown in the drawings or position relationship, or the utility model product using when usually put
Orientation or position relationship, it is for only for ease of description the utility model and simplifies description, rather than indicates or imply signified dress
Put or element there must be specific orientation, with specific azimuth configuration or operation, therefore it is not intended that to the utility model
Limitation, in addition, term " first ", " second " etc. be only used for distinguish description, and it is not intended that instruction or imply relatively important
Property.
As Figure 1-Figure 5, a kind of casting machine, including pillar 1 and driving-chain 4, be fixed with pillar 1 upper bracket 6 and under
Support 7, the left side of pillar 1 are provided with headstock 2, and the right side of pillar 1 is provided with aircraft tail shelf 3, and headstock 2 is provided with head 10 and charging aperture
14, aircraft tail shelf 3 is provided with tail 11, and the both ends of driving-chain 4 cover respectively to be hung on head 10 and tail 11 and by head 10 or tail
11 drivings, driving-chain 4 include up driving-chain 8 and descending driving-chain 9, and up driving-chain 8 is on upper bracket 6, descending transmission
Chain 9 is fixedly connected with casting die 5, rushing board mechanism 12, push pedal is additionally provided with headstock 2 on lower carriage 7 on driving-chain 4
Mechanism 12 is additionally provided with de- trigger structure 13 outside driving-chain 4 on aircraft tail shelf 3, take off trigger structure 13 inside driving-chain 4, on
Cooling body 35 is provided between row driving-chain 8 and descending driving-chain 9, driving-chain 4 is arranged right below tank 31, and tank 31 is by entering
Water pipe 34 is connected with cooling body 35, and water inlet pipe 34 is provided with valve 45 and water pump 44；
Rushing board mechanism 12 includes pole 16, and the one end of pole 16 is connected on headstock 2, and the other end of pole 16 is articulated with push pedal
The middle part of frame 15, hinged place are provided with back-moving spring 18, and the right side of push pedal frame 15 is provided with the first cam 17, and the axis rotation of the first cam 17 connects
It is connected on pole 16, the other end of pole 16 is connected on headstock 2, and the first cam 17 is driven by belt 19 by motor 20
It is dynamic；
De- trigger structure 13 includes pole 16, and the one end of pole 16 is connected on aircraft tail shelf 3, and the other end of pole 16 is articulated with de- plate
The middle part of frame 21, hinged place are provided with back-moving spring 18, and the de- downside of grillage 21 is provided with the second cam 22, and the axis rotation of the second cam 22 connects
It is connected on pole 16, the other end of pole 16 is connected on aircraft tail shelf 3, and the second cam 22 is driven by belt 19 by motor 20
It is dynamic；
Casting die 5 includes housing 23, is mold cavity 24 in housing 23, the bottom of mold cavity 24 offers through hole 30, through hole
30 both sides are provided with groove 25, and connecting plate 28 is equipped with through hole 30, and the lower end of connecting plate 28 is connected with the second push pedal 29, connecting plate 28
Upper end is connected with the first push pedal 27, and the first push pedal 27 has projection 26, and the inlay card of projection 26 is in groove 25；
An inclined-plane 32 is provided with tank 31, the bottom of tank 31 of 32 relatively low side of inclined-plane is provided with delivery port 33, delivery port 33
It is connected with water inlet pipe 34；
Cooling body 35 includes water distributing plate 37, and water distributing plate 37 is provided with water transport port 36, and water transport port 36 and water inlet pipe 34 are another
End connection, water distributing plate 37 is interior to be divided into lower water cavity 39 and upper water cavity 40 by dividing plate 38, and staggeredly baffle plate 41 is provided with upper water cavity 40,
The top of upper water cavity 40 is provided with water spout 43, and the lower bottom of water cavity 39 is provided with water spout 43, at the top of upper water cavity 40 by water-supply-pipe 42 and
Lower water cavity 39 connects.
Push pedal frame 15 and the section of de- grillage 21 are respectively L-type, and push pedal frame 15 is vertically arranged, and take off grillage 21 and are horizontally disposed with, the
One cam 17 is in contact with the downside of push pedal frame 15, and the second cam 22 is in contact with the de- left side of grillage 21, and the length of push pedal frame 15 is not
More than the length of the first push pedal 27, the length for taking off grillage 21 is not more than the length of the second push pedal 29, the L-type short side length of push pedal frame 15
Degree is not less than the depth of mold cavity 24, and through hole 30 is strip through hole, and the length of through hole 30 is consistent with the length of connecting plate 28, connection
The width of plate 28 is at least 2 times of the thickness of housing 23, and the width of the second push pedal 29 is more than the width of through hole 30, the first push pedal 27
Length is consistent with the length of mold cavity 24, and the width of the first push pedal 27 is consistent with the width of mold cavity 24, projection 26 and groove 25
Respectively multiple, the second push pedal 29, the push pedal 27 of connecting plate 28 and first form I-shaped structure, and the length of tank 31 is not less than
The length of driving-chain 4, the width of tank 31 are more than the width of driving-chain 4, and tank 31 is open-topped rectangular parallelepiped structure, water delivery
Mouth 36 is located at the bottom of upper water cavity 40, and water transport port 36 is between the minimum baffle plate 41 in position in lower water cavity 39 and upper water cavity 40, gear
Plate 41 is at least two pieces, and the water (flow) direction in upper water cavity 40 is that starting point is S-type with water transport port 36, and water spout 43 is multiple, transmission
Chain 4 is end to end three-back-shaped structure, and up driving-chain 8 is the driving-chain being driven from head 10 to tail 11, descending transmission
Chain 9 is the driving-chain being driven from tail 11 to head 10, and upper bracket 6 and lower carriage 7 are in setting up and down, upper bracket 6 and lower carriage 7
Set respectively in broken line, up driving-chain 8 and descending driving-chain 9 form meander line structure respectively, close to the up of the side of head 10
Driving-chain 8 and descending driving-chain 9 are in horizontally disposed, and the up driving-chain 8 and descending driving-chain 9 close to the side of tail 11 are to updip
Tiltedly set, the position of tail 11 is higher than the position of head 10, and the height of pillar 1 is 1.2m, between pillar 1 at intervals of 1.8m.
Specific work process is：The molten metal during rotation of driving-chain 4 is injected in casting die 5 by charging aperture 14,
With the rotation of driving-chain 4, molten metal first passes through horizontal segment into tilting section in casting die 5, and driving-chain 4 is in rotation
During, Open valve 45 and water pump 44, the cooling water in tank 31 are entered in water distributing plate 37 by water inlet pipe 34, are with baffle plate 41
Exemplified by two pieces, cooling water is entered in upper water cavity 40 by water transport port 36, be first filled with the bottom of upper water cavity 40 and first piece of baffle plate 41 it
Between cavity, the cavity entered back between first piece of baffle plate 41 and second piece of baffle plate 41, be slowly full of, finally enter second
Cavity between block baffle plate 41 and the top of upper water cavity 40, is slowly full of, and because liquid level raises, therefore upper water cavity 40 pushes up
The faucet 43 in portion synchronously can uniformly eject cooling water, at the same the cooling water in upper water cavity 40 some pass through water delivery
Pipe 42 enters in lower water cavity 39, is sprayed by the water spout 43 under lower water cavity 39, and the water spout 43 that upper water cavity 40 connects sprays cold
But water cools down to the casting die 5 on up driving-chain 8, the cooling water that the water spout 43 that lower water cavity 39 connects sprays
Secondary cooling cooling is carried out to the casting die 5 on descending driving-chain 9, by the cooling water that water spout 43 sprays to casting die 5
Being fallen into after cooling in tank 31, molten metal gradually cools to form ingot in the transmit process by up driving-chain 8,
When ingot drives to tail 11, motor 20 by belt 19 drive the second cam 22 rotate, the second cam 22 it is convex
Portion is in contact with the de- lower surface of grillage 21 and jacks up de- grillage 21, and de- grillage 21 rotates clockwise certain angle around hinged place,
The L-type short side of de- grillage 21 pushes up the second push pedal 29, and the second push pedal 29, which moves up, drives the first push pedal 27 along mold cavity
24 move up, the disengaging groove 25 of projection 26 under the first push pedal 27, thrust of the ingot in mold cavity 24 by the first push pedal 27
Loosening is produced between casting die 5, driving-chain 4 is rotated further, and ingot is by self gravitation effect by being taken off in casting die 5
Fall, the casting die 5 without ingot in the transmit process of descending driving-chain 9 by carrying out secondary cooling cooling, due to gravity
Effect, the first push pedal 27 move down along casting die 5, drive the second push pedal 29 to be arranged at through hole 30, the spray that lower water cavity 39 connects
When water nozzle 43 cools down to casting die 5, cooling water may not flow into casting die 5, only be on the surface of casting die 5
It is cooled down, will not be to being polluted inside casting die 5, casting die 5 is driving to machine by descending driving-chain 9
When first 10, motor 20 drives the first cam 17 to rotate by belt 19, convex portion and the right side of push pedal frame 15 of the first cam 17
Be in contact and jack up push pedal frame 15, push pedal frame 15 rotates clockwise certain angle around hinged place, the L-type short side of push pedal frame 15 to
The first push pedal 27 of lower promotion, makes the inlay card of projection 26 under the first push pedal 27 then be carried out again by charging aperture 14 in groove 25
Charging, in casting cycle, tank 31 collects cooling water or regulus, cooling water can by the cycling and reutilization of water inlet pipe 34,
Regulus can carry out periodic cleaning by the top of tank 31.
It should be noted that motor drives the first cam, the second cam rotation, head or tail-driving driving-chain turn
Dynamic structure and principle is prior art, and the mode that motor, water pump, head and tail are connected with external power source respectively is
Prior art, the rotating speed of the first cam of motor driving, the second cam is set according to the transmission speed of driving-chain, to ensure to pour
Casting mould drives to the time interval of rushing board mechanism and the second cam rotates a circle required time unanimously, and casting die drives to de-
The time interval of trigger structure is consistent the time required to being rotated a circle with the first cam, and the technology is usual for those skilled in the art
It technological means, will not be repeated here, but for these reasons, do not interfere with the repetition of those skilled in the art.
The rushing board mechanism and de- trigger structure that the present embodiment is set are advantageous to coming off for ingot, while ensure casting die
Casting quality, the cooling body of setting, on the one hand ensure that the uniform ejection of cooling water, is advantageous to cooling effect, on the other hand,
Avoid cooling water directly to be flowed out by lower water cavity, cause the cooling effectiveness reduction to the casting die on up driving-chain, extend
Cool time, reduce production efficiency.
The utility model is described in detail above example, but the content is only of the present utility model preferably real
Apply example, it is impossible to be considered as being used to limit practical range of the present utility model.All equalizations made according to present utility model application scope
Change and improvement etc., all should still be belonged within patent covering scope of the present utility model.
Claims (9)
1. a kind of casting machine, including pillar and driving-chain, upper bracket and lower carriage are fixed with the pillar, on the left of the pillar
Provided with headstock, aircraft tail shelf is provided with the right side of the pillar, the headstock is provided with head and charging aperture, set on the aircraft tail shelf
There is tail, the driving-chain both ends cover respectively to hang on the head and the tail and driven by the head or the tail
Dynamic, the driving-chain includes up driving-chain and descending driving-chain, and the up driving-chain is on the upper bracket, under described
Row driving-chain is fixedly connected with casting die on the lower carriage on the driving-chain, it is characterised in that：The headstock
On be additionally provided with rushing board mechanism, the rushing board mechanism is additionally provided with de- trigger structure, institute outside the driving-chain on the aircraft tail shelf
De- trigger structure is stated inside the driving-chain, cooling body is provided between the up driving-chain and the descending driving-chain,
The driving-chain is arranged right below tank, and the tank is connected with the cooling body by water inlet pipe, set on the water inlet pipe
There are valve and water pump；
The rushing board mechanism includes pole, and described pole one end is connected on the headstock, and the pole other end is articulated with
In the middle part of push pedal frame, hinged place is provided with back-moving spring, and the first cam, the first cam axis rotation are provided with the right side of the push pedal frame
It is connected on pole, the pole other end is connected on the headstock, and first cam is by belt by motor
Driving；
The de- trigger structure includes pole, and described pole one end is connected on the aircraft tail shelf, and the pole other end is articulated with
In the middle part of de- grillage, hinged place is provided with back-moving spring, and the second cam, the second cam axis rotation are provided with the downside of the de- grillage
It is connected on pole, the pole other end is connected on the aircraft tail shelf, and second cam is by belt by motor
Driving；
The casting die includes housing, is mold cavity in the housing, the mold cavity bottom offers through hole, the through hole
Both sides are provided with groove, are equipped with connecting plate in the through hole, and the connecting plate lower end is connected with the second push pedal, on the connecting plate
End is connected with the first push pedal, and first push pedal has projection, and the projection inlay card is in the groove；
An inclined-plane is provided with the tank, the tank bottom of the relatively low side in inclined-plane is provided with delivery port, the delivery port
It is connected with the water inlet pipe；
The cooling body includes water distributing plate, and the water distributing plate is provided with water transport port, and the water transport port and the water inlet pipe are another
End connection, the water distributing plate is interior to be divided into lower water cavity and upper water cavity by dividing plate, and staggeredly baffle plate is provided with the upper water cavity, described
Be provided with water spout at the top of upper water cavity, the lower water cavity bottom is provided with water spout, the upper water cavity top by water-supply-pipe with it is described
Lower water cavity connection.
A kind of 2. casting machine according to claim 1, it is characterised in that：The push pedal frame and the de- grillage section difference
For L-type, the push pedal frame is vertically arranged, and the de- grillage is horizontally disposed with, and first cam on the downside of the push pedal frame with connecting
Touch, second cam on the left of the de- grillage with being in contact.
A kind of 3. casting machine according to claim 1, it is characterised in that：The length of the push pedal frame is not more than described first
The length of push pedal, the length of the de- grillage are not more than the length of second push pedal, and the L-type bond length of the push pedal frame is not
Less than the depth of the mold cavity.
A kind of 4. casting machine according to claim 1, it is characterised in that：The through hole is strip through hole, the through hole
Length is consistent with the length of the connecting plate, and the width of the connecting plate is at least 2 times of the thickness of shell, and described second pushes away
The width of plate is more than the width of the through hole, and the length of first push pedal is consistent with the length of the mold cavity, and described first
The width of push pedal is consistent with the width of the mold cavity, and the projection and the groove are respectively multiple, second push pedal, institute
State connecting plate and first push pedal forms I-shaped structure.
A kind of 5. casting machine according to claim 1, it is characterised in that：The length of the tank is not less than the driving-chain
Length, the width of the tank is more than the width of the driving-chain, and the tank is open-topped rectangular parallelepiped structure.
A kind of 6. casting machine according to claim 1, it is characterised in that：The water transport port is located at the upper water cavity bottom,
For the water transport port between the minimum baffle plate in position in the lower water cavity and the upper water cavity, the baffle plate is at least two
Block, the water (flow) direction in the upper water cavity is S-type as starting point using the water transport port, and the water spout is multiple.
A kind of 7. casting machine according to claim 1, it is characterised in that：The driving-chain is end to end three-back-shaped knot
Structure, the up driving-chain are the driving-chain being driven from the head to the tail, and the descending driving-chain is from the machine
The driving-chain that head described in Caudad is driven, the upper bracket and the lower carriage are in setting up and down.
A kind of 8. casting machine according to claim 1, it is characterised in that：The upper bracket and the lower carriage are respectively in folding
Line is set, and the up driving-chain and the descending driving-chain form meander line structure respectively, close to the described of the head side
Up driving-chain and the descending driving-chain in horizontally disposed, close to the tail side the up driving-chain and it is described under
Row driving-chain is inclined upwardly setting, and the position of the tail is higher than the position of the head.
A kind of 9. casting machine according to claim 1, it is characterised in that：The strut height is 1.2m, the pillar it
Between at intervals of 1.8m.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720723796.2U CN206997755U (en) | 2017-06-21 | 2017-06-21 | A kind of casting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720723796.2U CN206997755U (en) | 2017-06-21 | 2017-06-21 | A kind of casting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206997755U true CN206997755U (en) | 2018-02-13 |
Family
ID=61448124
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720723796.2U Expired - Fee Related CN206997755U (en) | 2017-06-21 | 2017-06-21 | A kind of casting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206997755U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112338178A (en) * | 2020-09-27 | 2021-02-09 | 重庆智者炎麒科技有限公司 | Auto-parts cooling device |
| CN115463273A (en) * | 2022-10-12 | 2022-12-13 | 淮安市第二人民医院 | Peritoneal drainage system based on digestive tract oncology |
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2017
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112338178A (en) * | 2020-09-27 | 2021-02-09 | 重庆智者炎麒科技有限公司 | Auto-parts cooling device |
| CN115463273A (en) * | 2022-10-12 | 2022-12-13 | 淮安市第二人民医院 | Peritoneal drainage system based on digestive tract oncology |
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