CN207841732U - Mixture stirring conveying device - Google Patents
Mixture stirring conveying device Download PDFInfo
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- CN207841732U CN207841732U CN201721751303.2U CN201721751303U CN207841732U CN 207841732 U CN207841732 U CN 207841732U CN 201721751303 U CN201721751303 U CN 201721751303U CN 207841732 U CN207841732 U CN 207841732U
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- agitating paddle
- paddle
- mixing chamber
- conveying device
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Abstract
The utility model discloses a kind of mixture stirring conveying devices, the device includes blender, delivery pump, removable delivery pipe, mobile platform and conveyer for material to be mixed to be delivered to blender, blender includes mixing chamber, stirring system and dynamical system, stirring system includes several agitating paddle groups, several agitating paddle groups are uniformly distributed in the surrounding of dynamical system, each agitating paddle group includes an external agitating paddle and several internal agitating paddles, an external agitating paddle in two adjacent agitating paddle groups is equipped with the edge paddle for being close to mixing chamber side wall, the bottom of another external agitating paddle is equipped with the bottom paddle for being close to mixing chamber bottom wall, so that material stirring is more uniform；It since the shape of external agitating paddle and internal agitating paddle is corresponding with the sidewall shape of mixing chamber, and is arranged in parallel with respect to the side wall of mixing chamber, it is more abundant can so that material to be mixed is contacted with external agitating paddle and internal agitating paddle, stirring is more uniform.
Description
Technical field
The utility model belongs to Construction of Civil Engineering field more particularly to a kind of mixture stirring conveying device.
Background technology
With the development of engineering technology, the progress of social material civilization and the raising of environmental quality standards, in city
Underground structrue engineering is increasing, and the foundation pit sludge quantum of output in architectural engineering also increases sharply.We pass through a series of soil
Material property is studied, and the admixtures such as certain proportion cement, flyash are added in foundation pit sludge, improve the aqueous of municipal sludge
The indexs such as amount, compactness and mechanical property, meet the backfill requirement of city ultra-deep super foundation engineering, reduce sandstone etc. and mix
Close the usage amount of object；The transportation range for shortening traditional base pit engineering earthwork outward transport, reduces the waste of fuel in construction, mitigates
The Surroundings in Cities is polluted.
Existing conventional construction is usually concrete and mortar mixer with blender, because concrete and mortar are compared with foundation pit sludge
Internal cohesion is small, and mobility is big, such as stirs insufficient, it is difficult to meet foundation pit sludge rapid hardening material preparation after the big scale of construction improves and want
It asks, particularly with the backfilling process of big scale of construction city ultra-deep super foundation engineering, the sludge fluidised form rapid hardening that need to be adapted therewith
Material preparation device and its construction method.
Utility model content
The purpose of this utility model is to provide a kind of mixture stirring conveying devices, for realizing the abundant efficient of material
Mixing reduces energy consumption, and for solving in the prior art because concrete and mortar are small compared with foundation pit sludge cohesive strength, mobility is big, such as
Stir uneven the problem of being difficult to meet foundation pit sludge rapid hardening material preparation requirement after the big scale of construction improves.
In order to solve the above technical problems, the utility model provides the following technical solutions：
A kind of mixture stirring conveying device, including blender, delivery pump, removable delivery pipe, mobile platform and use
In the conveyer that material to be mixed is delivered to blender, the blender, delivery pump and removable delivery pipe are respectively set
In on the mobile platform, the blender includes the mixing chamber with inlet port and outlet port, is set to stirring in mixing chamber
System and the dynamical system for driving stirring system are mixed, the delivery pump is set to the removable delivery pipe and blender
Discharge port between pipeline on, the mixing chamber include roof, bottom wall and connect roof and bottom wall side wall, the stirring
System includes several agitating paddle groups, and several agitating paddle groups are uniformly distributed in the surrounding of the dynamical system, each agitating paddle
Group includes an external agitating paddle and several internal agitating paddles, the shape of the external agitating paddle and inside agitating paddle with stirring
The sidewall shape in storehouse is corresponding, and is arranged in parallel with respect to the side wall of mixing chamber, and the bottom of the internal agitating paddle, which is equipped with, to be close to
The bottom paddle of mixing chamber bottom wall, an external agitating paddle in two adjacent agitating paddle groups, which is equipped with, is close to mixing chamber side wall
Edge paddle, the bottom of another external agitating paddle is equipped with the bottom paddle for being close to mixing chamber bottom wall.
Preferably, in above-mentioned mixture stirring conveying device, the removable delivery pipe can be within the scope of arm diameter
It rotates and adjusts conveying distance.
Preferably, in above-mentioned mixture stirring conveying device, the dynamical system includes engine, central stirring shaft
And dynamic rotation disk, the engine are set to the top outer of the mixing chamber, the central stirring shaft and power rotation
Turntable is set to inside the mixing chamber, and the central stirring shaft is vertically arranged at the medium position of the mixing chamber, described dynamic
Power rotating disk fixing sleeve is set to the top outer of the central stirring shaft, central stirring shaft described in the driven by engine and described
Dynamic rotation disk rotates.
Preferably, in above-mentioned mixture stirring conveying device, the external agitating paddle is fixed on the dynamic rotation
On disk, the internal agitating paddle is fixed in the central stirring shaft.
Preferably, in above-mentioned mixture stirring conveying device, the side wall includes on from top to bottom sequentially connected
Wall is erected in portion's skew wall and lower part, and the external agitating paddle and the internal agitating paddle respectively include on from top to bottom sequentially connected
The oblique section in portion erects section with lower part, and the edge paddle is set to the outside of the perpendicular section in lower part of corresponding external agitating paddle.
Preferably, in above-mentioned mixture stirring conveying device, the bottom paddle and corresponding internal agitating paddle institute
It is 30-60 degree in the angle of vertical plane, the bottom paddle is with the angle of vertical plane where corresponding external agitating paddle
30-60 degree.
Preferably, in above-mentioned mixture stirring conveying device, the edge paddle and corresponding external agitating paddle institute
It is 70-90 degree in the angle of vertical plane.
Preferably, in above-mentioned mixture stirring conveying device, there are two the feed inlets, is symmetrically disposed on described
On portion's skew wall.
Preferably, in above-mentioned mixture stirring conveying device, being used for of can overturning is additionally provided in the mixing chamber
Open or close the capping of feed inlet.
Preferably, in above-mentioned mixture stirring conveying device, the edge paddle is flexible material, the bottom
Paddle includes rigid body and the flexible contact portion being installed in rigid body, and the rigid body is installed in corresponding
The bottom of portion's agitating paddle or external agitating paddle.
By techniques disclosed above scheme it is found that compared with prior art, the beneficial effects of the utility model are as follows：
(1) mixture stirring conveying device provided by the utility model, on the one hand, due in two adjacent agitating paddle groups
An external agitating paddle be equipped with the edge paddle for being close to mixing chamber side wall, the bottom of another external agitating paddle, which is equipped with, to be close to
The bottom paddle of mixing chamber bottom wall, that is to say, that interval setting edge paddle and bottom paddle, side on external agitating paddle
Material on the side wall of mixing chamber can be scraped off and is stirred by portion's paddle, and mixing chamber can be leaned on nearside by bottom paddle
Material on the bottom wall of wall, which is hung, to be stirred, so that material stirring is more full and uniform.On the other hand, due to described
The shape of external agitating paddle and internal agitating paddle is corresponding with the sidewall shape of mixing chamber, and flat with respect to the side wall of mixing chamber
Row setting, i.e., the described external agitating paddle and the radian of the internal agitating paddle are consistent with the radian of the mixing chamber, can make
Material to be mixed contact more abundant with external agitating paddle and internal agitating paddle, stir more uniform, thus can solve now
Have because concrete and mortar are small compared with foundation pit sludge cohesive strength in technology, mobility is big, causes to be difficult to meet greatly as stirring is uneven
The problem of foundation pit sludge rapid hardening material preparation requires after the scale of construction improves.
(2) mixture stirring conveying device provided by the utility model, external agitating paddle distance center agitating shaft farther out, power
Square is larger, therefore dynamical system is also divided into central stirring shaft and dynamic rotation disk in addition to engine, and most external agitating paddle is revolved with power
Turntable is connected, and can not only reduce suffered torque, but also the radian of external agitating paddle and internal agitating paddle is consistent, and is improved
Mixing effect.
(3) mixture stirring conveying device provided by the utility model, feed inlet are located on the skew wall of stirring warehouse top, if
There are two, and be arranged symmetrically, more conducively feed.Discharge port is located at bottom, and mix material can pass through delivery pump under stirring
It is delivered to specified region with removable delivery pipe.
(4) mixture stirring conveying device provided by the utility model, the engine in traditional blender are placed in mixing chamber
Lower section, engine is set to the top of mixing chamber in the utility model, drive central stirring shaft and power rotation that can be more efficient
Turntable reduces energy consumption.
(5) mixture stirring conveying device provided by the utility model, material can be delivered to New type agitation by conveyer
In machine, stirring conveying equipment can be moved by mobile platform, convenience easy to operate.Removable delivery pipe can be within the scope of arm diameter certainly
It is dynamic to adjust conveying distance, convenient for construction.Material can field sampling, and mixture stir after, can be by passing through stirring immediately
Conveying equipment is delivered to specified region, quick construction, efficiently.
Description of the drawings
Fig. 1 is the schematic view of facade structure of the mixture stirring conveying device of one embodiment of the utility model.
Fig. 2 is that the planar structure schematic diagram of the mixture stirring conveying device of one embodiment of the utility model (is wherein transmitted
Machine is not drawn into).
Fig. 3 is the facade structures schematic cross-sectional view of blender in one embodiment of the utility model.
Fig. 4 is the planar structure schematic cross-sectional view of blender in one embodiment of the utility model.
In figure：1- blenders, 2- delivery pumps, 3- move delivery pipe, 4- mobile platforms, 5- conveyers, 6- feed inlets, 7-
Discharge port, 8- mixing chambers, the outsides 9- agitating paddle, the inside 10- agitating paddle, 11- edge paddle, the bottoms 12- paddle, 121- are rigid
Under property ontology, 122- flexible contacts portion, 13- engines, 14- central stirring shafts, 15- dynamic rotations disk, the tops 16- skew wall, 17-
Erect wall, the oblique section in the tops 18-, the perpendicular section in the lower parts 19-, 20- socles, 21- socles contact bar, 23- construction areas in portion.
Specific implementation mode
The utility model is described in further detail below in conjunction with the drawings and specific embodiments.According to following explanation and
The advantages of claims, the utility model and feature will become apparent from.It below will be by cited embodiment combination attached drawing, in detail
Illustrate the technology contents and feature of the utility model.Need in addition it illustrate, attached drawing is all made of very simplified form and makes
With non-accurate ratio, the purpose of the utility model embodiment is only aided in illustrating to convenience, lucidly.For sake of convenience, under
"upper" described herein, "lower" are consistent with the upper and lower direction of attached drawing, but this can't be the limit of technical solutions of the utility model
System.
It please refers to Fig.1 to Fig.4, present embodiment discloses a kind of mixture stirring conveying devices, including blender 1, conveying
Pump 2, removable delivery pipe 3, mobile platform 4 and the conveyer 5 for material to be mixed to be delivered to blender 1, it is described to stir
Machine 1, delivery pump 2 and removable delivery pipe 3 is mixed to be respectively arranged on the mobile platform 4, the blender 1 include have into
Material mouth 6 and the mixing chamber of discharge port 78, the stirring system being set in mixing chamber 8 and the dynamical system for driving stirring system
System, the delivery pump 2 are set on the pipeline between the removable delivery pipe 3 and the discharge port 7 of blender 1, the stirring
Storehouse 8 is closed container, and the mixing chamber 8 includes roof, bottom wall and the side wall for connecting roof and bottom wall, the stirring system packet
Several agitating paddle groups are included, are 6 groups of agitating paddle groups in the present embodiment, several agitating paddle groups are uniformly distributed in the dynamical system
Surrounding, each agitating paddle group includes an external agitating paddle 9 and several internal agitating paddles 10, the external agitating paddle 9 and interior
The shape of portion's agitating paddle 10 is corresponding with the sidewall shape of mixing chamber 8, and the side wall with respect to mixing chamber 8 is arranged in parallel, institute
The bottom for stating internal agitating paddle 10 is equipped with and is close to the bottom paddle 12 of 8 bottom wall of mixing chamber, in two adjacent agitating paddle groups
One external agitating paddle 9 is equipped with the edge paddle 11 for being close to 8 side wall of mixing chamber, and the bottom of another external agitating paddle 9 is equipped with
It is close to the bottom paddle 12 of 8 bottom wall of mixing chamber.
On the one hand, it is close to 8 side wall of mixing chamber since an external agitating paddle 9 in two adjacent agitating paddle groups is equipped with
The bottom of edge paddle 11, another external agitating paddle 9 is equipped with the bottom paddle 12 for being close to 8 bottom wall of mixing chamber, that is,
It says, interval setting edge paddle 11 and bottom paddle 12, edge paddle 11 can be by mixing chambers 8 on external agitating paddle 9
Side wall on material scrape off and be stirred, the material that bottom paddle 12 can be by mixing chamber 8 on the bottom wall of proximal wall
It hangs and is stirred, so that material stirring is more abundant.
On the other hand, the sidewall shape due to the shape of the external agitating paddle 9 and internal agitating paddle 10 with mixing chamber 8
It is corresponding, and the side wall with respect to mixing chamber 8 is arranged in parallel, i.e., the arc of described external agitating paddle 9 and the internal agitating paddle 10
Degree is consistent with the radian of the mixing chamber 8, and material to be mixed can be made to be connect with external agitating paddle 9 and internal agitating paddle 10
It touches more fully, stirring is more uniform.
It is conveyed for convenience of material, convenient for construction, preferably, in above-mentioned mixture stirring conveying device, it is described removable
Dynamic delivery pipe 3 can rotate within the scope of arm diameter and adjust conveying distance.
Preferably, in above-mentioned mixture stirring conveying device, the dynamical system includes engine 13, center stirring
Axis 14 and dynamic rotation disk 15, the engine 13 are set to the top outer of the mixing chamber 8, the central stirring shaft 14
And dynamic rotation disk 15 is set to inside the mixing chamber 8, the central stirring shaft 14 is vertically arranged at the mixing chamber 8
Medium position, 15 fixing sleeve of dynamic rotation disk are set to the top outer of the central stirring shaft 14,13 band of the engine
The dynamic central stirring shaft 14 and the dynamic rotation disk 15 rotation.The external agitating paddle 9 is fixed on the dynamic rotation disk
On 15, the internal agitating paddle 10 is fixed in the central stirring shaft 14.The engine 13 is set to the mixing chamber 8
Top outer can make stirring more efficient, and structure is more stablized.Agitating paddle distance center agitating shaft 14 farther out, torque compared with
Greatly, therefore dynamical system is in addition to engine 13, is also divided into central stirring shaft 14 and dynamic rotation disk 15, most external agitating paddle 9 with it is dynamic
Power rotating disk 15 is connected, and can not only reduce the torque suffered by most external agitating paddle 9, is stirred with internal in conjunction with external agitating paddle 9
The structure that the radian of paddle 10 is consistent can improve mixing effect.
Preferably, in above-mentioned mixture stirring conveying device, the side wall includes on from top to bottom sequentially connected
Wall 17 is erected in portion's skew wall 16 and lower part, and the external agitating paddle 9 and the internal agitating paddle 10 respectively include from top to bottom successively
Section 19 is erected in the oblique section 18 in top and the lower part of connection, and the lower part that the edge paddle 11 is set to corresponding external agitating paddle 9 is perpendicular
The outside of section 19.
In order to enable mixing effect is more preferably, in above-mentioned mixture stirring conveying device, the bottom paddle 12 with
The angle of 10 place vertical plane of corresponding internal agitating paddle is 30-60 degree, the bottom paddle 12 and corresponding external agitating paddle 9
The angle of place vertical plane is 30-60 degree, the angle of the edge paddle and 9 place vertical plane of corresponding external agitating paddle
For 70-90 degree.
Preferably, in above-mentioned mixture stirring conveying device, the edge paddle 11 is flexible material, such as rubber
Glue can not only scrape off the material on 8 inner wall of mixing chamber, but also be unlikely to damage 8 inner wall of mixing chamber.In the present embodiment, edge
Paddle 11 is close together with 8 side wall of mixing chamber.The material being attached on mixing chamber side wall, as long as gently scraping, because attaching most importance to
Force effect can fall, and be mixed hence into being mixed in material.And the material for being attached on 8 bottom wall of mixing chamber,
Stirring is difficult, and mobility is little, therefore the bottom paddle includes rigid body 121 and is installed in rigid body 121
Flexible contact portion 122, rubber may be used in the flexible contact portion 122, and the rigid body is installed on corresponding inside and stirs
The bottom of paddle 10 or external agitating paddle 9 is mixed, 8 bottom wall of mixing chamber is close in the flexible contact portion 122.Rigid body 121 is to stirring
The material mixed on 8 bottom wall of storehouse has enough whipping performances, and flexible contact portion 122 can be in the feelings for not damaging 8 bottom wall of mixing chamber
Under condition, the material on 8 bottom wall of mixing chamber is scraped off, so that material stirring is more abundant.
Preferably, in above-mentioned mixture stirring conveying device, there are two the feed inlets 6, is symmetrically disposed on described
On top skew wall 16, to realize uniform feeding.
Preferably, in above-mentioned mixture stirring conveying device, being used for of can overturning is additionally provided in the mixing chamber 8
Open or close the capping of feed inlet 6.Before stirring, feed inlet 6 is opened by overturning to cover, in stirring, passes through rotation
Feed inlet 6 is closed in capping prevents material excessive so that material stirs in a closed environment.
In order to raise discharge port 7, in order to which discharge port 7 discharges, preferably, in above-mentioned mixture stirring conveying device
In, the bottom part down of the mixing chamber 8 is uniformly provided with several socles 20, and contacting bar 21 by socle between adjacent socle 20 connects
It connects.
Preferably, in above-mentioned mixture stirring conveying device, the discharge port 7 is the hopper in oblique type, the material
Bucket can open and close, and the hopper of oblique type setting can facilitate the material after stirring to come out.
Please continue to refer to Fig. 1 to Fig. 4, the construction method of the mixture stirring conveying device of the utility model, including it is as follows
Step：
Blender 1, delivery pump 2 and removable delivery pipe 3 are respectively placed on mobile platform 4 by step 1；
Step 2 is positioned over by mobile mobile platform 4 near specified construction area 23；
Step 3 starts blender 1；
Step 4 will include the material to be mixed of foundation pit sludge and/or sludge and/or flyash by mobile conveyer 5
It is added to blender 1；
Step 5, blender 1 are stirred；
Step 6 after blender 1 stirs, opens discharge port 7, is kept stirring machine 1 and is in starting state, pass through conveying
Mixture after stirring is delivered to specified construction area 23 by pump 2.
In conclusion the utility model has the beneficial effect that：
(1) on the one hand the utility model, is close to because an external agitating paddle 9 in two adjacent agitating paddle groups is equipped with
The bottom of the edge paddle 11 of 8 side wall of mixing chamber, another external agitating paddle 9 is stirred equipped with the bottom for being close to 8 bottom wall of mixing chamber
Mix leaf 12, that is to say, that interval setting edge paddle 11 and bottom paddle 12, edge paddle 11 on external agitating paddle 9
Material on the side wall of mixing chamber 8 can be scraped off and be stirred, bottom paddle 12 can be by mixing chamber 8 by proximal wall
Material on bottom wall, which is hung, to be stirred, so that material stirring is more uniform.On the other hand, due to the external stirring
The shape of paddle 9 and internal agitating paddle 10 is corresponding with the sidewall shape of mixing chamber 8, and the side wall with respect to mixing chamber 8 is parallel
Setting, i.e., the described external agitating paddle 9 and the internal radian stirred are consistent with the radian of the mixing chamber 8, can make
Material to be mixed contact more abundant with external agitating paddle 9 and internal agitating paddle 10, and stirring is more uniform, thus can solve to show
Have because concrete and mortar are small compared with foundation pit sludge cohesive strength in technology, mobility is big, causes to be difficult to meet greatly as stirring is uneven
The problem of foundation pit sludge rapid hardening material preparation requires after the scale of construction improves.
(2) farther out, torque is larger for 9 distance center agitating shaft 14 of external agitating paddle, therefore dynamical system is gone back in addition to engine 13
It is divided into central stirring shaft 14 and dynamic rotation disk 15, most external agitating paddle 9 is connected with dynamic rotation disk 15, can not only reduce institute
The torque received, and external agitating paddle 9 and the radian of internal agitating paddle 10 are consistent, and improve mixing effect.
(3) feed inlet 6 is located on 8 body top skew wall 16 of mixing chamber, if there are two, and be arranged symmetrically, more conducively feed.Go out
Material mouth 7 is located at bottom, and mixture can be delivered to specified region under stirring by delivery pump 2 and removable delivery pipe 3.
(4) engine 13 of traditional blender 1 is placed in the lower section of mixing chamber 8, and engine is placed in stirring by the utility model
The top in storehouse 8, drive central stirring shaft 14 and dynamic rotation disk 15 that can be more efficient reduce energy consumption.
(5) material can be delivered in New agitator 1 by conveyer, and stirring conveying equipment can be moved by mobile platform 4
It is dynamic, convenience easy to operate；Removable delivery pipe 3 can automatically adjust conveying distance within the scope of arm diameter, convenient for construction；Material can show
Field sampling, and after mixture stirring, it can be delivered to specified region by being equipped immediately by stirring conveying, quick construction,
Efficiently.
Claims (10)
1. a kind of mixture stirring conveying device, which is characterized in that flat including blender, delivery pump, removable delivery pipe, movement
Platform and conveyer for material to be mixed to be delivered to blender, the blender, delivery pump and removable delivery pipe
It is respectively arranged on the mobile platform, the blender includes the mixing chamber with inlet port and outlet port, is set to stirring
Stirring system in storehouse and the dynamical system for driving stirring system, the delivery pump are set to the removable delivery pipe
On pipeline between the discharge port of blender, the mixing chamber includes the side wall of roof, bottom wall and connection roof and bottom wall,
The stirring system includes several agitating paddle groups, and several agitating paddle groups are uniformly distributed in the surrounding of the dynamical system, often
A agitating paddle group includes an external agitating paddle and several internal agitating paddles, the shape of the external agitating paddle and internal agitating paddle
It is corresponding with the sidewall shape of mixing chamber, and be arranged in parallel with respect to the side wall of mixing chamber, the bottom of the internal agitating paddle
Equipped with the bottom paddle for being close to mixing chamber bottom wall, an external agitating paddle in two adjacent agitating paddle groups, which is equipped with, to be close to stir
The edge paddle of storehouse side wall is mixed, the bottom of another external agitating paddle is equipped with the bottom paddle for being close to mixing chamber bottom wall.
2. mixture stirring conveying device as described in claim 1, which is characterized in that the removable delivery pipe can be in arm
It is rotated within the scope of diameter and adjusts conveying distance.
3. mixture stirring conveying device as described in claim 1, which is characterized in that the dynamical system include engine,
Central stirring shaft and dynamic rotation disk, the engine are set to the top outer of the mixing chamber, the central stirring shaft
And dynamic rotation disk is set to inside the mixing chamber, the central stirring shaft is vertically arranged at the middle position of the mixing chamber
It sets, the dynamic rotation disk fixing sleeve is set to the top outer of the central stirring shaft, and center is stirred described in the driven by engine
Mix axis and dynamic rotation disk rotation.
4. mixture stirring conveying device as claimed in claim 3, which is characterized in that the external agitating paddle is fixed on described
On dynamic rotation disk, the internal agitating paddle is fixed in the central stirring shaft.
5. mixture stirring conveying device as described in claim 1, which is characterized in that the side wall includes from top to bottom successively
Wall is erected in the top skew wall of connection and lower part, and the external agitating paddle and the internal agitating paddle respectively include from top to bottom successively
The oblique section in top of connection erects section with lower part, and the outer of section is erected in the lower part that the edge paddle is set to corresponding external agitating paddle
Side.
6. mixture stirring conveying device as claimed in claim 5, which is characterized in that the bottom paddle and corresponding inside
The angle of vertical plane is 30-60 degree where agitating paddle, the bottom paddle and vertical plane where corresponding external agitating paddle
Angle be 30-60 degree.
7. mixture stirring conveying device as claimed in claim 5, which is characterized in that the edge paddle and corresponding outside
The angle of vertical plane is 70-90 degree where agitating paddle.
8. mixture stirring conveying device as claimed in claim 5, which is characterized in that there are two the feed inlets, symmetrically sets
It is placed on the top skew wall.
9. mixture stirring conveying device as described in claim 1, which is characterized in that being additionally provided in the mixing chamber can turn over
The capping for being used to open or closing feed inlet turned.
10. mixture stirring conveying device as described in claim 1, which is characterized in that the edge paddle is flexible material
Matter, the bottom paddle include rigid body and the flexible contact portion being installed in rigid body, the rigid body peace
Bottom loaded on corresponding internal agitating paddle or external agitating paddle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721751303.2U CN207841732U (en) | 2017-12-15 | 2017-12-15 | Mixture stirring conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721751303.2U CN207841732U (en) | 2017-12-15 | 2017-12-15 | Mixture stirring conveying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207841732U true CN207841732U (en) | 2018-09-11 |
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ID=63420673
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721751303.2U Active CN207841732U (en) | 2017-12-15 | 2017-12-15 | Mixture stirring conveying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207841732U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107972179A (en) * | 2017-12-15 | 2018-05-01 | 上海建工建集团有限公司 | mixture stirring conveying device and construction method |
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2017
- 2017-12-15 CN CN201721751303.2U patent/CN207841732U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107972179A (en) * | 2017-12-15 | 2018-05-01 | 上海建工建集团有限公司 | mixture stirring conveying device and construction method |
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