CN207828978U - New Type Aerated Concrete pours into a mould blanking buffer device - Google Patents
New Type Aerated Concrete pours into a mould blanking buffer device Download PDFInfo
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- CN207828978U CN207828978U CN201820086377.7U CN201820086377U CN207828978U CN 207828978 U CN207828978 U CN 207828978U CN 201820086377 U CN201820086377 U CN 201820086377U CN 207828978 U CN207828978 U CN 207828978U
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Abstract
The utility model discloses a kind of New Type Aerated Concretes to pour into a mould blanking buffer device, the pouring head being connected to including gate spool and with gate spool lower end, accommodating cavity is equipped in the pouring head, one end of the pouring head is equipped with the first discharge port, the other end of the pouring head is equipped with the second discharge port, and first discharge port and the second discharge port are connected to accommodating cavity.The air entrained concrete slurry transferred out as a result, from gate spool, which enters, forms buffering in accommodating cavity, then divides and sent out from horizontal direction by the first discharge port and the second discharging.Ensure the not plugging of air entrained concrete slurry, do not cause impact failure to releasing agent film layer, reduces sticking to mould.
Description
Technical field
The utility model is related to coagulation production manufacture field, more particularly to a kind of New Type Aerated Concrete pours into a mould blanking
Buffer unit.
Background technology
Air entrained concrete is all concrete for having added gas, including air-entrained concrete building block in a larger sense, and foam is mixed
Solidifying soil and the concrete for having added air entraining agent.It is light with unit weight, heat-insulating property is high, sound-absorbing effect is good, certain intensity and Ke Jia
The advantages that work is that China promotes and applies earliest, one of most popular light wall material.Its production includes：Slurrying →
Dispensing → stirring → cast → precuring → cutting → peeling is → steam-cured → to break point → storage, several big processes.Though wherein pouring into a mould process
It is not the key that so production control, but the entire plant of cast process embodiment is horizontal and whether production environment health is up to standard.
Now there are telescopic, fixed two kinds of pouring types in air entrained concrete industry at present, for example, telescopic existing patent has application
Number be 201120531204.X " telescopic casting aerated concrete head " etc..Two ways has their own advantages, and also respectively has deficiency
Place.Telescopic advantage slurry blanking is fast, and cast environmental sanitation is good, disadvantage：Slurry impacts greatly mold, is easy to cause releasing agent quilt
It breaks up, causes green body sticking to mould, mold cleaning difficult.Fixed advantage：Slurry impact force is small, the non-sticky mold of green body, disadvantage：Material
Slurry blanking is slow, because baffle height causes slurry to splash, production environment sanitary condition is poor.
Utility model content
In view of this, that the purpose of this utility model is to provide a kind of blanking impact forces is small, be not easy to plug, blanking is fast
New Type Aerated Concrete pours into a mould blanking buffer device.
One side according to the present utility model provides New Type Aerated Concrete cast blanking buffer device, including pours
Note pipe and the pouring head that be connected to gate spool lower end, are equipped with accommodating cavity in the pouring head, and one end of the pouring head is equipped with the
One discharge port, the other end of the pouring head are equipped with the second discharge port, first discharge port and the second discharge port with it is accommodating
Chamber is connected to.The air entrained concrete slurry transferred out as a result, from gate spool, which enters, forms buffering in accommodating cavity, then divides and gone out by first
Material mouth and the second discharging are sent out from horizontal direction.Ensure the not plugging of air entrained concrete slurry, do not cause impact failure, greatly improves
Product qualified rate.
In some embodiments, the pouring head includes bottom plate, top plate and two blocks of side plates, and two blocks of side plates connect respectively
It is connected to the both sides of bottom plate and is connected to the both sides of top plate, bottom plate, top plate and two blocks of side plates surround to form accommodating cavity, the gate spool
It is connect with top plate.The both ends of bottom plate, top plate and two blocks of side plates are surrounded to form the first opposite discharge port of horizontal position and as a result,
Two discharge ports can form unimpeded tapping channel, be not easy to plug and be readily cleaned.
In some embodiments, the New Type Aerated Concrete cast blanking buffer device further includes buffering distribution block,
The buffering distribution block is set in accommodating cavity and is fixedly connected with bottom plate, and the buffering distribution block is located at the lower section of gate spool.
Buffering distribution block can shunt the air entrained concrete slurry entered in accommodating cavity as a result, avoid air entrained concrete slurry
Directly impact bottom plate causes rebound to splash, it is ensured that air entrained concrete slurry is smooth equably to be sent out.
In some embodiments, the buffering distribution block includes the first inclined-plane and the second inclined-plane, first inclined-plane
On one side with the second inclined-plane while connect, the another side on first inclined-plane and the another side on the second inclined-plane connect with bottom plate respectively
It connects, the junction on first inclined-plane and the second inclined-plane forms upward fin, the discharge port of the fin face gate spool.By
This, the air entrained concrete slurry that gate spool is sent out is separated by fin and is kept off respectively by side plate behind the first inclined-plane and the second inclined-plane
It returns, air entrained concrete slurry can be made to form detour and smoothly flow path, it is ensured that discharging is uniform and smooth.
In some embodiments, the both ends of the bottom plate are equipped with discharging buffering inclined-plane, the discharging buffer inclined-plane by
It tilts upward from inside to outside.Certain resistance can be formed before discharge port as a result, air entrained concrete slurry is made to obtain step buffering.It can
Certain resistance is formed before discharge port, and air entrained concrete slurry is made to obtain step buffering.
In some embodiments, first discharge port and the second discharge port are rectangle.Rectangle discharges as a result,
Mouth can keep load big and uniform.
In some embodiments, first discharge port and the second discharge outlet are equipped with homocline baffle.Baffle as a result,
It can be further formed buffering, reduce discharging impact force.
In some embodiments, the gate spool includes the first bend loss, straight pipe and the second blanking bend pipe, and described the
One end of one bend loss is corresponding with one end of the second blanking bend pipe, and the other end of the second blanking bend pipe is connect with pouring head.
As a result, by the way that bend loss and straight pipe is arranged, pre-buffering can be obtained before air entrained concrete slurry carries out pouring head.
It further includes cylinder and rack, one end of the second blanking bend pipe that New Type Aerated Concrete, which pours into a mould blanking buffer device,
Hinged with rack, the cylinder is vertically arranged and hinged with rack, and the free end of the cylinder is hinged with the second blanking bend pipe.By
This, Telescopic-cylinder can drive the second blanking bend pipe and pouring head to swing up and down.
The utility model has the beneficial effects that：By the way that accommodating cavity is arranged in pouring head and is arranged two at the both ends of pouring head
A discharge port opposite with the position of accommodating cavity connection, can be such that the air entrained concrete slurry entered in pouring head is effectively delayed
Punching, and can guarantee that discharging is smooth and do not block.Setting buffers distribution block and homocline baffle is arranged in discharge port in accommodating cavity, can keep away
Exempt from air entrained concrete slurry impact pouring head, makes air entrained concrete slurry is smooth in pouring head equably to circulate.In addition, will also
The gate spool being connect with pouring head makees curved design, and air entrained concrete slurry is made further to be buffered.The utility model it is new
Type casting aerated concrete blanking buffer device good buffer effect, the air entrained concrete slurry flow of submitting is uniform, impact force is small,
And it easy cleaning, is not easy to plug.Simultaneously the advantages of having had both telescopic and fixed integrated cast structure and avoid telescopic and fixation
The shortcomings that formula integrated cast structure.
Description of the drawings
Fig. 1 is that the New Type Aerated Concrete of one embodiment of the utility model pours into a mould the structural representation of blanking buffer device
Figure；
Fig. 2 is the A-A sectional views that New Type Aerated Concrete pours into a mould blanking buffer device shown in Fig. 1；
Fig. 3 is that the New Type Aerated Concrete of another embodiment of the utility model pours into a mould the structural representation of blanking buffer device
Figure；
Fig. 4 is the B-B sectional views that New Type Aerated Concrete pours into a mould blanking buffer device shown in Fig. 3；
Fig. 5 is that the another of the blanking buffer device of New Type Aerated Concrete cast shown in Fig. 3 uses shape figure.
Specific implementation mode
Utility model is described in further detail below in conjunction with the accompanying drawings.
Embodiment 1
Fig. 1~Fig. 2 schematically shows that a kind of New Type Aerated Concrete of embodiment according to the present utility model pours
Note blanking buffer device.
Referring to Fig.1, the utility model discloses a kind of New Type Aerated Concretes to pour into a mould blanking buffer device, for that will mix
Air entrained concrete slurry is mixed in concrete mixer is transported to the mold progress initial set for being coated with releasing agent.
New Type Aerated Concrete cast blanking buffer device includes gate spool 1, pouring head 2, buffering distribution block 3,4 and of cylinder
Rack is not shown in figure rack.The upper end of gate spool 1 is input terminal, and lower end is output end, the input terminal and coagulation of gate spool 1
The output end of native mixer connects.The lower end of gate spool 1 is connect with pouring head 2.Concrete material is mixed in concrete mixer
Air entrained concrete slurry is formed, air entrained concrete slurry is transported to pouring head 2 by gate spool 1, and is fallen to by the output of pouring head 2
It is coated in the mold of releasing agent.
Accommodating cavity 21 is equipped in pouring head 2, one end of pouring head 2 is equipped with the first discharge port 22, and the other end of pouring head 2 is set
There are the second discharge port 23, the first discharge port 22 and the second discharge port 23 to be connected to accommodating cavity 21.First discharge port 22 and second
Discharge port 23 is symmetrical arranged, and is discharged from the both ends of pouring head 2, i.e., horizontal direction is changed into the discharging of the vertical direction of original technology
Discharging, can greatly reduce the impact force of discharging, while not reducing the speed of discharging；In addition also easy to clean, after use
Clear water can be sprayed into from the discharge port of one end, clear water may pass through accommodating cavity 21 and reach another discharge port, will not be in 21 cohesion of accommodating cavity
The remaining air entrained concrete slurry of product is to block pouring head 2.
Pouring head 2 includes bottom plate 24, top plate 25 and two blocks of side plates 26.Two blocks of side plates 26 are connected to the both sides of bottom plate 24
And the both sides of top plate 25 are connected to, the inside formation accommodating cavity 21 that bottom plate 24, top plate 25 and two blocks of side plates 26 surround, bottom plate 24,
The edge that top plate 25 and two blocks of side plates 26 surround then forms the first discharge port 22 and the second discharge port 23.The lower end of gate spool 1 with
The center connection of top plate 25 is simultaneously connected to 2 inside of pouring head.
With reference to Fig. 2, buffering distribution block 3 is in triangular pyramids shape, and buffering distribution block 3 is set in accommodating cavity 21 and and bottom plate
24 are fixedly connected, and buffering distribution block 3 is located at the underface of gate spool 1.The top plate 25 of pouring head 2 be in inverted V-shaped, the two of pouring head 2
The middle part of block side plate 26 raises up and top plate 25, it can be ensured that has enough space circulation air entrained concrete slurries in accommodating cavity 21
Material.
Buffering distribution block 3 is fixed on the center of bottom plate 24, and the length of buffering distribution block 3 is less than the half of 24 length of bottom plate,
The length for buffering distribution block 3 is more than the internal diameter of gate spool 1.It can avoid air entrained concrete slurry and be flowed into pouring head 2 from gate spool 1
Splashing is generated when interior, and reflux is formed in pouring head 2 further to be buffered after flowing through buffering distribution block 3.
It buffers distribution block 3 and is equipped with the first inclined-plane 31 and the second inclined-plane 32, the one side on the first inclined-plane 31 and the second inclined-plane 32
It connects on one side, the another side on the another side on the first inclined-plane 31 and the second inclined-plane 32 is connect with bottom plate 24 respectively.First inclined-plane, 31 He
The junction on the second inclined-plane 32 forms upward fin 33, the discharge port of 33 face gate spool 1 of fin.First inclined-plane 31 and cast
Another block of side plate 26 of first 2 one sub-material channel of the formation of one of side plate 26, the second inclined-plane 32 and pouring head 2 forms another
Sub-material channel.
First discharge port 22 and the second discharge port 23 are rectangular.It is equipped at first discharge port 22 and the second discharge port 23
Homocline baffle 27.Homocline baffle 27 can be set to 2 pieces, and homocline baffle 27 is by rectangular the first discharge port 22 and the second discharge port 23
Multiple lattices are divided into, air entrained concrete slurry can be further buffered and form uniform discharging.
Gate spool 1 includes the first blanking bend pipe 11 and the second blanking bend pipe 12.One end of the first blanking bend pipe 11 with
One end of second blanking bend pipe 12 connects, and the other end of the second blanking bend pipe 12 is connect with pouring head 2.First blanking bend pipe 11 is in
Positive C-shaped, the second blanking bend pipe 12 are in reverse c-shape, and the first blanking bend pipe 11 and the second blanking bend pipe 12 are in separate structure.Second blanking
One end of bend pipe 12 is hinged with rack, and cylinder 4 is vertically arranged and hinged with rack, the free end of cylinder 4 and the second blanking bend pipe
12 top is hinged.The flexible of cylinder 4 is controlled by PLC, and cylinder 4 is flexible can to drive the second blanking bend pipe 12 to rotate and drive cast
First 2 move up and down.When cylinder 4 stretches out, the second blanking bend pipe 12 turns to the position that its end connects with the first blanking bend pipe 11
When setting, pouring head 2 can be entered in mold and be poured into a mould.After casting complete, cylinder 4, which is retracted, drives 12 turns of the second blanking bend pipe
Dynamic that pouring head 2 is made to be lifted away from mold, replaceable mold is poured into a mould next time.When cylinder 4 is retracted, the second blanking bend pipe 12 with
First blanking bend pipe 11 is in discrete state, in order to clean pouring head 2 and gate spool 1 after casting complete, is not easy to block up
Pipe.
Its operation principle is：After slurry stirs evenly, cast auto-programming controls the electromagnetism for opening control cylinder by PLC
Valve, cylinder, which stretches out, drives the rotation of the second blanking bend pipe 12 that 2 downlink of pouring head is made to be put into mold.Agitator tank bottom is opened in PLC controls
Valve, slurry is because of gravity, automatically into gate spool 1.Slurry forms eddy flow by the first blanking bend pipe 11 of c-type, causes to buffer
Power reduces part；Subsequent slurry upthrow enters the second blanking bend pipe 12 of anti-C fonts, and formation and derotation stream opposite before,
Slurry cushion effect reduces part again.Last slurry enters in pouring head 2, and the buffering distribution block 3 in pouring head 2, which divides slurry one, is
Two, the impact of last slurry is mixed by bottom plate 24 again in the revolution of two blocks of side plates 26, after by passing through two after 27 sub-material of homocline baffle
Sprue gate the first discharge port 22 and the second discharge port 23 are uniformly sent out, and complete to pour into a mould into mold.
Embodiment 2
Fig. 2~Fig. 4 schematically shows the New Type Aerated Concrete of another embodiment according to the present utility model
Pour into a mould blanking buffer device.
With reference to Fig. 2, New Type Aerated Concrete cast blanking buffer device includes gate spool 1, pouring head 2, buffering distribution block
3, cylinder 4 and rack, are not shown in figure rack.The upper end of gate spool 1 is input terminal, and lower end is output end, the input of gate spool 1
End is connect with the output end of concrete mixer.The lower end of gate spool 1 is connect with pouring head 2.Concrete material is mixed in concrete
Clutch is mixed to form air entrained concrete slurry, and air entrained concrete slurry is transported to pouring head 2 by gate spool 1, and defeated by pouring head 2
Go out to fall in the mold for being coated with releasing agent.
Accommodating cavity 21 is equipped in pouring head 2, one end of pouring head 2 is equipped with the first discharge port 22, and the other end of pouring head 2 is set
There are the second discharge port 23, the first discharge port 22 and the second discharge port 23 to be connected to accommodating cavity 21.First discharge port 22 and second
Discharge port 23 is symmetrical arranged, and is discharged from the both ends of pouring head 2, i.e., horizontal direction is changed into the discharging of the vertical direction of original technology
Discharging, can greatly reduce the impact force of discharging, while not reducing the speed of discharging；In addition also easy to clean, after use
Clear water can be sprayed into from the discharge port of one end, clear water may pass through accommodating cavity 21 and reach another discharge port, will not be in 21 cohesion of accommodating cavity
The remaining air entrained concrete slurry of product is to block pouring head 2.
Pouring head 2 includes bottom plate 24, top plate 25 and two blocks of side plates 26.Two blocks of side plates 26 are connected to the both sides of bottom plate 24
And the both sides of top plate 25 are connected to, the inside formation accommodating cavity 21 that bottom plate 24, top plate 25 and two blocks of side plates 26 surround, bottom plate 24,
The edge that top plate 25 and two blocks of side plates 26 surround then forms the first discharge port 22 and the second discharge port 23.The lower end of gate spool 1 with
The center connection of top plate 25 is simultaneously connected to 2 inside of pouring head.
With reference to Fig. 3, buffering distribution block 3 is in triangular pyramids shape, and buffering distribution block 3 is set in accommodating cavity 21 and and bottom plate
24 are fixedly connected, and buffering distribution block 3 is located at the underface of gate spool 1.The top plate 25 of pouring head 2 be in inverted V-shaped, the two of pouring head 2
The middle part of block side plate 26 raises up and top plate 25, it can be ensured that has enough space circulation air entrained concrete slurries in accommodating cavity 21
Material.
Buffering distribution block 3 is fixed on the center of bottom plate 24, and the length of buffering distribution block 3 is less than the half of 24 length of bottom plate,
The length for buffering distribution block 3 is more than the internal diameter of gate spool 1.It can avoid air entrained concrete slurry and be flowed into pouring head 2 from gate spool 1
Splashing is generated when interior, and reflux is formed in pouring head 2 further to be buffered after flowing through buffering distribution block 3.
It buffers distribution block 3 and is equipped with the first inclined-plane 31 and the second inclined-plane 32, the one side on the first inclined-plane 31 and the second inclined-plane 32
It connects on one side, the another side on the another side on the first inclined-plane 31 and the second inclined-plane 32 is connect with bottom plate 24 respectively.First inclined-plane, 31 He
The junction on the second inclined-plane 32 forms upward fin 33, the discharge port of 33 face gate spool 1 of fin.First inclined-plane 31 and cast
Another block of side plate 26 of first 2 one sub-material channel of the formation of one of side plate 26, the second inclined-plane 32 and pouring head 2 forms another
Sub-material channel.
The both ends of bottom plate 24 are equipped with discharging buffering inclined-plane 241, and discharging buffering inclined-plane 241 tilts upward from inside to outside.The
Upper end at one discharge port 22 and the second discharge port 23 is equipped with splash guard 28, can prevent from being added for 241 pairs by discharging buffering inclined-plane
The splashing that gas concrete slurry upthrow generates.
First discharge port 22 and the second discharge port 23 are rectangular.It is equipped at first discharge port 22 and the second discharge port 23
Homocline baffle 27.Homocline baffle 27 can be set to 3 pieces, and homocline baffle 27 is by rectangular the first discharge port 22 and the second discharge port 23
Multiple lattices are divided into, air entrained concrete slurry can be further buffered and form uniform discharging.
With reference to Fig. 2 and Fig. 4, gate spool 1 includes the first blanking bend pipe 11 and the second blanking bend pipe 12.First blanking is curved
One end of pipe 11 connects with one end of the second blanking bend pipe 12, and the other end of the second blanking bend pipe 12 is connect with pouring head 2.First
Blanking bend pipe 11 is in positive C-shaped, and the second blanking bend pipe 12 is in reverse c-shape, the first blanking bend pipe 11 and the second blanking bend pipe 12 in fission
Structure.One end of second blanking bend pipe 12 is hinged with rack, and cylinder 4 is vertically arranged and hinged with rack, the free end of cylinder 4 with
The top of second blanking bend pipe 12 is hinged.The flexible of cylinder 4 is controlled by PLC, and cylinder 4 is flexible can to drive 12 turns of the second blanking bend pipe
It moves and pouring head 2 is driven to move up and down.When cylinder 4 stretches out, the second blanking bend pipe 12 turns to its end and the first blanking is curved
When the position that pipe 11 connects, pouring head 2 can be entered in mold and be poured into a mould.After casting complete, cylinder 4, which is retracted, drives second
The rotation of blanking bend pipe 12 makes pouring head 2 be lifted away from mold, and replaceable mold is poured into a mould next time.When cylinder 4 is retracted, second
Blanking bend pipe 12 and the first blanking bend pipe 11 are in discrete state, in order to be carried out to pouring head 2 and gate spool 1 after casting complete
Cleaning, is not easy plugging.
The advantages of the utility model has had both telescopic and fixed integrated cast structure simultaneously and avoid telescopic and fixed
The shortcomings that formula integrated cast structure.Under the premise of ensureing material slurry note speed：On the one hand impact force of the slurry to mold is alleviated, shut out
Sticking to mould situation absolutely；Another aspect production environment sanitary condition is good.It using slurry from gravity blanking, is buffered through bend pipe, plane is slow
Punching and drainage plate drainage buffering.Its operation principle：After slurry stirs evenly, cast auto-programming is controlled by PLC and opens control
The solenoid valve of cylinder processed, cylinder, which stretches out, drives the rotation of the second blanking bend pipe 12 that 2 downlink of pouring head is made to be put into mold.PLC is controlled
Stirring bottom valve is opened, slurry is because of gravity, automatically into gate spool 1.Slurry forms rotation by the first blanking bend pipe 11 of c-type
Stream causes cushion effect to reduce part；Subsequent slurry upthrow enters the second blanking bend pipe 12 of anti-C fonts, and is formed and phase before
Anti- derotation stream, slurry cushion effect reduce part again.Last slurry enters in pouring head 2, the buffering distribution block 3 in pouring head 2
Slurry is divided into two, last slurry impact buffers inclined-plane 241 by the discharging that bottom plate 24 exports again in the revolution of two blocks of side plates 26
Buffering, after by uniformly being sent out by two sprue gate the first discharge ports 22 and the second discharge port 23 after 27 sub-material of homocline baffle, into
Enter mold and completes cast.
Finally it should be noted that：Above-described each embodiment is merely to illustrate the technical solution of utility model rather than right
It is limited；Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art answer
Work as understanding：It can still modify to the technical solution recorded in previous embodiment, or to which part or whole skills
Art feature carries out equivalent replacement；And these modifications or substitutions, it does not separate the essence of the corresponding technical solution, and the utility model is each
The range of embodiment technical solution.
Claims (9)
1. a kind of New Type Aerated Concrete pours into a mould blanking buffer device, it is characterised in that：Including gate spool (1) and and gate spool
(1) pouring head (2) of lower end connection, the pouring head (2) is interior to be equipped with accommodating cavity (21), and one end of the pouring head (2) is equipped with
First discharge port (22), the other end of the pouring head (2) are equipped with the second discharge port (23), first discharge port (22) and the
Two discharge ports (23) are connected to accommodating cavity (21).
2. New Type Aerated Concrete according to claim 1 pours into a mould blanking buffer device, it is characterised in that:The pouring head
(2) include bottom plate (24), top plate (25) and two pieces of side plates (26), two pieces of side plates (26) are connected to the two of bottom plate (24)
Side and the both sides for being connected to top plate (25), bottom plate (24), top plate (25) and two pieces of side plates (26) surround to form accommodating cavity (21), institute
Gate spool (1) is stated to connect with top plate (25).
3. New Type Aerated Concrete according to claim 2 pours into a mould blanking buffer device, it is characterised in that:It further include buffering
Distribution block (3), the buffering distribution block (3) are set in accommodating cavity (21) and are fixedly connected with bottom plate (24), the buffering point
Material block (3) is located at the lower section of gate spool (1).
4. New Type Aerated Concrete according to claim 3 pours into a mould blanking buffer device, it is characterised in that:The buffering point
Expect that block (3) includes the first inclined-plane (31) and the second inclined-plane (32), first inclined-plane (31) and the second inclined-plane (32) are respectively with two
Side plate described in block (26) relatively, first inclined-plane (31) on one side with the second inclined-plane (32) while connect, described first tiltedly
The another side in face (31) and the another side of the second inclined-plane (32) are connect with bottom plate (24) respectively, first inclined-plane (31) and second
The junction on inclined-plane (32) forms upward fin (33), the discharge port of fin (33) the face gate spool (1).
5. pouring into a mould blanking buffer device, the bottom plate (24) according to claim 2~4 any one of them New Type Aerated Concrete
Both ends be equipped with discharging buffering inclined-plane (241), the discharging buffers inclined-plane (241) and tilts upward from inside to outside.
6. New Type Aerated Concrete according to claim 5 pours into a mould blanking buffer device, first discharge port (22) and
Second discharge port (23) is rectangle.
7. New Type Aerated Concrete according to claim 6 pours into a mould blanking buffer device, it is characterised in that:Described first goes out
It is equipped with homocline baffle (27) at material mouth (22) and the second discharge port (23).
8. New Type Aerated Concrete according to claim 1 pours into a mould blanking buffer device, it is characterised in that:The gate spool
(1) include the first blanking bend pipe (11) and the second blanking bend pipe (12), under one end and second of the first blanking bend pipe (11)
Expect that one end of bend pipe (12) corresponds to, the other end of the second blanking bend pipe (12) is connect with pouring head (2).
9. New Type Aerated Concrete according to claim 8 pours into a mould blanking buffer device, it is characterised in that:It further include cylinder
(4) it is hinged with rack, one end and the rack of the second blanking bend pipe (12), the cylinder (4) is vertically arranged and is cut with scissors with rack
It connects, the free end of the cylinder (4) is hinged with the second blanking bend pipe (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820086377.7U CN207828978U (en) | 2018-01-18 | 2018-01-18 | New Type Aerated Concrete pours into a mould blanking buffer device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820086377.7U CN207828978U (en) | 2018-01-18 | 2018-01-18 | New Type Aerated Concrete pours into a mould blanking buffer device |
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| Publication Number | Publication Date |
|---|---|
| CN207828978U true CN207828978U (en) | 2018-09-07 |
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| CN201820086377.7U Expired - Fee Related CN207828978U (en) | 2018-01-18 | 2018-01-18 | New Type Aerated Concrete pours into a mould blanking buffer device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108265721A (en) * | 2018-01-18 | 2018-07-10 | 贵州新畅航科技有限公司 | New Type Aerated Concrete pours into a mould blanking buffer device |
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2018
- 2018-01-18 CN CN201820086377.7U patent/CN207828978U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108265721A (en) * | 2018-01-18 | 2018-07-10 | 贵州新畅航科技有限公司 | New Type Aerated Concrete pours into a mould blanking buffer device |
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