CN209425828U - A kind of concrete charging agitating device - Google Patents
A kind of concrete charging agitating device Download PDFInfo
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- CN209425828U CN209425828U CN201821600839.9U CN201821600839U CN209425828U CN 209425828 U CN209425828 U CN 209425828U CN 201821600839 U CN201821600839 U CN 201821600839U CN 209425828 U CN209425828 U CN 209425828U
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Abstract
The utility model discloses a kind of concrete charging agitating devices, it is characterised in that: including concrete agitator tank, feed mechanism, two agitating shafts, two blenders, stirring motor, driving wheel, driven wheel, conveyer belt, gearbox, two first gears, two second gears；The concrete stirs upper box part and is equipped with feeding inlet and corresponding with feeding inlet position with the feed mechanism；Two blenders are separately mounted on two agitating shafts；The stirring motor output end and driving wheel are coaxially connected, the driving wheel is connect by conveyer belt with driven wheel, the driven wheel and transmission input shaft are coaxially connected, the output shaft of gear-box and a first gear are coaxially connected, two first gears engagement connection, two second gears are coaxially connected with two agitating shafts respectively and engage and connect with two first gears respectively.The utility model improves stirring efficiency using two blender synchronous workings, and the reversed constant speed work of two blender, can reduce stirring resistance and make mixing more evenly.
Description
Technical field
The utility model belongs to concrete production equipment technical field more particularly to a kind of concrete charging agitating device.
Background technique
Concrete batch plant at work, needs the raw materials such as sandstone, cement are a large amount of and is continuously added in agitator tank and stirs
It mixes.And the labor intensity and stirring efficiency of concrete mixture manufacturing play the role of for production economy it is very important.
And the concrete batch plant of construction site is corresponded at present, and artificial loading is generally used, there are great work intensity, on
The problem of expecting low efficiency.
A kind of existing feeding system (application number 201220198574.0) for disclosing concrete mixer, can be by concrete
Raw material be put into traction hopper in after, which is driven by hoisting mechanism, then open hopper and
It realizes to automatic charging in blender；Since current concrete batch plant is provided only with a feeding inlet, one is only configured
The feeding system, but in production, discovery is had the following disadvantages, and is analyzed as follows:
First, after unsnatching material after the traction hopper uplink of feeding system, then downlink and after charging again after uplink
Can be with secondary to feeding in concrete mixer, there are the feeding duty cycles of concrete mixer to grow and working efficiency very much
It is low；
Second, since the raw material that traction hopper is added in concrete mixer cannot measure, there are the material quantities of addition not
It is easy to control, influence mixing quality；
Third, since mixing plant only configures a feeding system, there are sands or stone to be added portionwise one by one,
Ineffective problem；In addition material-uploading style is single, is unfavorable for personalized difference production；
4th, since mixing plant only configures a feeding system, when which breaks down, existing can only stop
Work influences the work of mixing plant, and then influences manufacturing schedule；
5th, blender work is driven since existing mixing plant generally configures an agitating shaft, there are working efficiencies
Low problem.
Utility model content
In order to which in view of the one or more defects existed in the prior art in above-mentioned, the utility model provides a kind of coagulation
Soil charging agitating device.
To achieve the above object, the utility model provides a kind of concrete charging agitating device, it is characterised in that: including
Concrete agitator tank (1), feed mechanism (2), two agitating shafts (3), two blenders (4), stirring motor (5), driving wheel
(6), driven wheel (7), conveyer belt (8), gearbox (9), two first gears (10), two second gears (11)；The concrete
Agitator tank (1) top is equipped with feeding inlet (1-1)；The feed mechanism (2) is corresponding with the feeding inlet position (1-1)；This two are stirred
Axis (3) is mixed to be rotatably arranged in concrete agitator tank (1) and mutually horizontal interval distribution；Two blenders (4) are pacified respectively
On two agitating shafts (3)；Stirring motor (5) output end and driving wheel (6) are coaxially connected, which passes through biography
Band (8) is sent to connect with driven wheel (7), the driven wheel (7) and gearbox (9) input shaft are coaxially connected, gearbox (9) output shaft
It is coaxially connected with first gear described in one of them (10), two first gear (10) engagement connections, two second gears
(11) coaxially connected with two agitating shafts (3) respectively, two second gears (11) respectively with described two first gears (10)
Engagement connection.
Using the above scheme, at work, which is used to that concrete agitator tank will to be added after raw material feeding
(1) in feeding inlet (1-1), to substitute artificial loading, labor intensity can be reduced, while improving working efficiency；This two stirrings
Respectively by two agitating shaft (3) drivings work in solidifying native agitator tank (1), which can work asynchronously device (4)
And improve stirring efficiency；In stirring, which drives driving wheel (6) rotation, which passes through conveyer belt
(8) driven wheel (7) rotation is driven, driven wheel (7) power is defeated through the first gear (10) power after gearbox (9) speed change
Out, two first gears (10) engagement connection and can constant speed counter motion, and two second gears (11) respectively with it is described
Two first gear (10) engagement connections, two second gears (11) meeting constant speed reverse rotation motions, two second gears
(11) coaxially connected with two agitating shafts (3) respectively, therefore two agitating shaft reverse rotation motions, stirring resistance can be reduced simultaneously
Make mixing more evenly；Simultaneously because two blender constant speed reversely rotate work, compared to this two stirrings, which use, reversely to be differed
Speed, can reduce stirring resistance to the maximum extent, and mixing effect is best.
Further, concrete agitator tank (1) the top two sides are symmetrically arranged with two feeding inlets (1-1), the feeder
There are two corresponding with described two feeding inlets position (1-1) respectively for structure (2) tool.So at work, due to concrete agitator tank
(1) be symmetrically arranged with two feeding inlets (1-1) and it is corresponding configure described two feed mechanisms (2), two feed mechanisms (2) can will be former
Feeding is interior in two feeding inlets (1-1) respectively for material, and can realize multiple-working mode and have the advantage that first mode,
When one of feed mechanism (2) uplink discharging, and another feed mechanism (2) then can downlink feed supplement, being equivalent to can shorten
The feeding duty cycle time of half can significantly improve working efficiency, reduce production time cost；Second mode, on this two
Material mechanism (2) can distinguish feeding sand and stone, be sent into, compared with realizing that sand is synchronous with stone (or other two kinds different material)
It is alternately added in batches, is greatly improved working efficiency；The third mode, under normal conditions one of feed mechanism (2) conduct
Standby configuration, and if when another breaks down at work, spare feed mechanism (2) can be started at once and continue to produce
Work, will not influence the work and manufacturing schedule of mixing plant.
Preferably, the feed mechanism (2) includes inclined plane (2-1), elevating hopper (2-2), rail wheel (2-3), steel wire
Rope (2-4), directive wheel (2-5), wirerope reel (2-6), feeding motor (2-7) and discharge gate (2-8), the inclined plane
(2-1) is fixed on the side of the concrete agitator tank (1), which passes through rail wheel (2-3) and inclined plane (2-
1) it connects and the elevating hopper (2-2) can be gone up and down along inclined plane (2-1), which is set to the elevating hopper (2-2)
Discharge port (2-21) on, which is rotatably arranged at the top of inclined plane (2-1), the one end wirerope (2-4)
Connect with elevating hopper (2-2), wirerope (2-4) other end through the directive wheel (2-5) guiding after again with wirerope reel (2-
6) it connects, which connect with wirerope reel (2-6).
Further, two weighing hoppers (12) are respectively equipped on described two feeding inlets (1-1).Two weighing hoppers (12)
It is respectively used to two feed mechanisms (2) to be measured respectively in discharging when two feeding inlets (1-1) are interior, material is added to realize
The accurate and stability contorting of amount, can be improved and strict control mixing plant stirs the concrete quality produced.In addition, when on two
Expect mechanism (2) respectively two different materials of feeding when, it can be achieved that accurate measure control respectively, while needs can be matched according to practical
And adaptability is adjusted, and to meet different ratio requirement, is produced more flexible.
Preferably, the inclined plane (2-1) includes two track channel steels (2-11), and two track channel steels (2-11) are flat
Row is arranged and notch is oppositely arranged；Three pairs of rail wheels (2-3) are installed, wherein two pairs of tracks wheel (2- on the elevating hopper (2-2)
3) it is respectively positioned in the slot of two track channel steels (2-11) and is spaced apart up and down；Another pair of rail wheel (2-3) respectively with two
The cooperation of track channel steel (2-11) lateral wall.Since two track channel steel (2-11) notches are oppositely arranged, and the two pairs of tracks wheel
(2-3) is interior in two track channel steels (2-11) respectively, therefore the two pairs of tracks wheel (2-3) will not be from two track channel steels (2-11)
Interior derailing, performance are more safe and reliable；Simultaneously because another pair of rail wheel (2-3) respectively with two track channel steels (2-11) outside
Side wall is matched, so that the rail wheel of rail wheel (2-3) and the cooperation of track channel steel (2-11) lateral wall in track channel steel (2-11) slot
(2-3) mutually clamping effect, can be improved elevating hopper (2-2) linear movement precision, reduces vibration when lifting, further improve
Security level when lifting.
Preferably, the discharge gate (2-8) includes stripper (2-81) and dumping cylinder (2-82), the dumping cylinder (2-82)
It is connect with the stripper (2-81) and for controlling the discharge port that the stripper (2-81) opens or closes the hopper (2-2)
(2-21)。
Preferably, inclined plane (2-1) tilt angle is 45-75 degree.
Preferably, the inclined plane (2-1) of described two feed mechanisms (2) is distributed in splayed.Equipment can be reduced in this way
Outer dimension reduces equipment space occupied.
The beneficial effects of the utility model are:
First, the utility model two agitating shaft reverse rotation motions can reduce stirring resistance and make mixing more evenly；
Simultaneously because two blender constant speed reversely rotate work, compared to this two stirrings use reversed variable speed, can be to greatest extent
Ground reduces stirring resistance, and mixing effect is best.
Second, the utility model configures on described two since concrete agitator tank is symmetrically arranged with two feeding inlets and corresponds to
Expect mechanism, raw material can be distinguished feeding in two feeding inlets by two feed mechanisms, and can realize multiple-working mode, be met
Different feeding requirements, it is vdiverse in function, different production requirements can be met；
Third, the utility model is due to when one of feed mechanism uplink discharging, and another feed mechanism then may be used
Downlink feed supplement is equivalent to the feeding duty cycle time that can shorten half, can significantly improve working efficiency, reduce the production time at
This；
4th, the utility model is since two feed mechanisms can distinguish feeding sand and stone, to realize sand and stone
Son (or other two kinds different material) is synchronous to be sent into, and compared to being alternately added in batches, is greatly improved working efficiency；
5th, the utility model since one of feed mechanism under normal conditions is as standby configuration, and when another
If break down when work, spare feed mechanism can be started at once and continue production work, will not influence the work of mixing plant
Work and manufacturing schedule.
6th, the utility model two weighing hoppers can be respectively used to two feed mechanisms in discharging in two feeding inlets
It is measured respectively when interior, to realize the accurate and stability contorting that doses is added, can be improved and strict control mixing plant stirs
The concrete quality of production.
7th, for the utility model when two feed mechanisms distinguish two different materials of feeding, which can be real
Now distinguish accurate measure control, while can be needed and adaptability adjusting according to practical proportion, to meet different ratio requirement, production
It is more flexible.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment 1 in the utility model.
Fig. 2 is the perspective view of embodiment 1 in the utility model.
Fig. 3 is the perspective view of feed mechanism.
Fig. 4 is perspective view of the feed mechanism in its hopper fission.
Fig. 5 is the assembled state perspective view in concrete agitator tank between two agitating shafts and two blenders.
Fig. 6 is the structural schematic diagram of embodiment 2 in the utility model.
Fig. 7 is the knot perspective view of embodiment 2 in the utility model.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples:
Embodiment 1: referring to Fig. 1-5: a kind of concrete charging agitating device comprising concrete agitator tank 1, feed mechanism
2, two agitating shafts, 3, two blenders 4, stirring motor 5, driving wheel 6, driven wheel 7, conveyer belt 8, gearbox 9, two first
10, two second gears 11 of gear.
1 top of concrete agitator tank is equipped with feeding inlet 1-1, and the feed mechanism 2 is corresponding with the position the feeding inlet 1-1.
Two agitating shafts 3 are rotatably arranged in concrete agitator tank 1 and mutually horizontal interval distribution；This two stirrings
Device 4 is separately mounted on two agitating shafts 3.
5 output end of stirring motor and driving wheel 6 are coaxially connected, which is connect by conveyer belt 8 with driven wheel 7,
The driven wheel 7 and 9 input shaft of gearbox are coaxially connected, and 9 output shaft of gearbox and first gear 10 described in one of them are coaxial
Connection, two engagement connections of first gear 10, two second gears 11 are coaxially connected with two agitating shafts 3 respectively, this two
A second gear 11 engages connection with described two first gears 10 respectively.
At work, which is used to that the feeding inlet of concrete agitator tank 1 will to be added after raw material feeding the present embodiment
In 1-1, to substitute artificial loading, labor intensity can be reduced, while improving working efficiency；Two blenders 4 pass through two respectively
A agitating shaft 3 drives and works in solidifying native agitator tank 1, which can work asynchronously and improve stirring efficiency；And
When stirring work, which drives driving wheel 6 to rotate, which drives driven wheel 7 to rotate by conveyer belt 8, should
For 7 power of driven wheel through 10 power output of first gear after 9 speed change of gearbox, two first gears 10 are (identical
And its transmission ratio be 1) engagement connection and can constant speed counter motion, and two second gears 11 respectively with described two first teeth
Wheel 10 engagement connection, two second gears 11 it is (identical) can constant speed counter motion, two second gears 11 respectively with
Two agitating shafts 3 are coaxially connected, due to two agitating shaft reverse rotation motions, can reduce stirring resistance and keep mixing more equal
It is even；Simultaneously because two blender constant speed reversely rotate work, compared to this two stirrings use reversed variable speed, can maximum limit
Degree ground reduces stirring resistance, and mixing effect is best.
The utility model improves stirring efficiency using two blender synchronous workings, and the reversed constant speed of two blender
Work can greatly reduce stirring resistance and make mixing more evenly.
In the present embodiment, the feed mechanism 2 includes inclined plane 2-1, elevating hopper 2-2, rail wheel 2-3, wirerope
2-4, directive wheel 2-5, wirerope reel 2-6, feeding motor 2-7 and discharge gate 2-8, it is mixed that inclined plane 2-1 is fixed on this
The side of solidifying soil agitator tank 1, elevating hopper 2-2 is connect by rail wheel 2-3 with inclined plane 2-1 and elevating hopper 2-2 can edge
Inclined plane 2-1 lifting, on the discharge port 2-21 of the elevating hopper 2-2, directive wheel 2-5 can turn discharge gate 2-8
It is set at the top of inclined plane 2-1 dynamicly, the one end wirerope 2-4 is connect with elevating hopper 2-2, and the wirerope 2-4 other end is through institute
It is connect again with wirerope reel 2-6 after stating directive wheel 2-5 guiding, feeding motor 2-7 output end and wirerope reel 2-6 connect
It connects.
In addition, being equipped with discharge port 1-2 among 1 lower part of concrete agitator tank and being used to open or close the discharge port 1-
2 controlled valve 1-3.
Preferably, the inclined plane 2-1 includes two track channel steel 2-11, which is arranged in parallel
And notch is oppositely arranged；Three couples of rail wheel 2-3 are installed, wherein two pairs of tracks wheel 2-3 is respectively positioned on two on the elevating hopper 2-2
It is spaced apart in the slot of track channel steel 2-11 and up and down；Another pair of rail wheel 2-3 is respectively and on the outside of two track channel steel 2-11
Wall cooperation.Since two track channel steel 2-11 notches are oppositely arranged, and two pairs of tracks wheel 2-3 is respectively in two track channel steels
In 2-11, therefore two pairs of tracks wheel 2-3 will not derail out of two track channel steel 2-11, and performance is more safe and reliable；Simultaneously
Since another pair of rail wheel 2-3 matches with two track channel steel 2-11 lateral walls respectively, so that the rail in track channel steel 2-11 slot
The mutual clamping effect of the road wheel 2-3 and rail wheel 2-3 of track channel steel 2-11 lateral wall cooperation, can be improved elevating hopper 2-2 and linearly transports
Dynamic precision, reduces vibration when lifting, further improves security level when lifting.
Preferably, the discharge gate 2-8 includes stripper 2-81 and dumping cylinder 2-82, and dumping cylinder 2-82 is unloaded with described
Flitch 2-81 connection and for controlling the discharge port 2-21 that stripper 2-81 opens or closes the hopper 2-2.
Preferably, the inclined plane 2-1 tilt angle is 45-75 degree.
Preferably, the inclined plane 2-1 of described two feed mechanisms 2 is distributed in splayed.Equipment shape can be reduced in this way
Size reduces equipment space occupied.
Embodiment 2: referring to Fig. 6-7, the present embodiment is substantially the same manner as Example 1, and difference is: in the present embodiment:
The 1 top two sides of concrete agitator tank are symmetrically arranged with two feeding inlet 1-1, the feed mechanism 2 tool there are two respectively with it is described
Two positions feeding inlet 1-1 are corresponding.So at work, since concrete agitator tank 1 is symmetrically arranged with two feeding inlet 1-1 and right
Described two feed mechanisms 2 should be configured, raw material can be distinguished feeding in two feeding inlet 1-1 by two feed mechanisms 2, Er Qieke
It realizes multiple-working mode and has the advantage that first mode, when one of 2 uplink discharging of feed mechanism, and it is another
A feed mechanism 2 then can downlink feed supplement, be equivalent to the feeding duty cycle time that can shorten half, can significantly improve work effect
Rate reduces production time cost；Second mode, two feed mechanisms 2 can distinguish feeding sand and stone, with realize sand and
Stone or other two kinds different material are synchronized and are sent into, and compared to being alternately added in batches, are greatly improved working efficiency；Third mould
Formula, under normal conditions one of feed mechanism 2 be used as standby configuration, and if when another breaks down at work, can horse
The spare feed mechanism 2 of upper starting continues production work, will not influence the work and manufacturing schedule of mixing plant.
Further, two weighing hoppers 12 are respectively equipped on described two feeding inlet 1-1.Two weighing hoppers 12 are used respectively
Measured respectively in two feed mechanisms 2 when discharging is in two feeding inlet 1-1, with realize be added doses accurate and
Stability contorting, can be improved and strict control mixing plant stirs the concrete quality produced.In addition, when two feed mechanisms 2 divide
, it can be achieved that distinguishing accurate measure control when other two different materials of feeding, while can be needed and adaptability tune according to practical proportion
Section is produced more flexible with meeting different ratio requirement.
The present embodiment at least has the characteristics that and is analyzed as follows:
First, the present embodiment is symmetrically arranged with two feeding inlets and the corresponding described two feedings of configuration due to concrete agitator tank
Mechanism, raw material can be distinguished feeding in two feeding inlets by two feed mechanisms, and can realize multiple-working mode, be met not
It is vdiverse in function with feeding requirement, different production requirements can be met；
Second, the present embodiment due to when one of feed mechanism uplink discharging, and another feed mechanism then can under
Row feed supplement is equivalent to the feeding duty cycle time that can shorten half, can significantly improve working efficiency, reduce the production time at
This；
Third, the present embodiment is since two feed mechanisms can distinguish feeding sand and stone, to realize sand and stone
Or other two kinds different material are synchronized and are sent into, and compared to being alternately added in batches, are greatly improved working efficiency；
4th, the present embodiment is since one of feed mechanism under normal conditions is as standby configuration, and when another is in work
If break down when making, spare feed mechanism can be started at once and continue production work, will not influence the work of mixing plant
And manufacturing schedule.
5th, the present embodiment two weighing hoppers can be respectively used to two feed mechanisms in discharging in two feeding inlets
Shi Jinhang is measured respectively, to realize the accurate and stability contorting that doses is added, can be improved and the stirring of strict control mixing plant is given birth to
The concrete quality of production.
6th, when two feed mechanisms distinguish two different materials of feeding, which can realize the present embodiment
Accurate measure control respectively, while can be needed and adaptability adjusting according to practical proportion, to meet different ratio requirement, production is more
Flexibly.
The preferred embodiments of the present invention have been described in detail above.It should be appreciated that the ordinary skill people of this field
Member according to the present utility model can conceive without creative work makes many modifications and variations.Therefore, all this technology necks
Technical staff passes through logic analysis, reasoning or limited reality according to the design of the utility model on the basis of existing technology in domain
Available technical solution is tested, it all should be within the scope of protection determined by the claims.
Claims (8)
- The agitating device 1. a kind of concrete feeds, it is characterised in that: including concrete agitator tank (1), feed mechanism (2), two Agitating shaft (3), two blenders (4), stirring motor (5), driving wheel (6), driven wheel (7), conveyer belt (8), gearbox (9), Two first gears (10), two second gears (11)；Concrete agitator tank (1) top is equipped with feeding inlet (1-1)；The feed mechanism (2) is corresponding with the feeding inlet position (1-1)；Two agitating shafts (3) are rotatably arranged in concrete agitator tank (1) and mutually horizontal interval distribution；Two blenders (4) are separately mounted on two agitating shafts (3)；Stirring motor (5) output end and driving wheel (6) are coaxially connected, which passes through conveyer belt (8) and driven wheel (7) connect, the driven wheel (7) and gearbox (9) input shaft are coaxially connected, gearbox (9) output shaft with one of them described in First gear (10) is coaxially connected, two first gears (10) engagement connection, two second gears (11) respectively with two Agitating shaft (3) is coaxially connected, which engages connection with described two first gears (10) respectively.
- The agitating device 2. a kind of concrete as described in claim 1 feeds, it is characterised in that: the concrete agitator tank (1) Top two sides are symmetrically arranged with two feeding inlets (1-1), the feed mechanism (2) tool there are two respectively with described two feeding inlet (1- 1) position is corresponding.
- The agitating device 3. a kind of concrete as claimed in claim 1 or 2 feeds, it is characterised in that: feed mechanism (2) packet Include inclined plane (2-1), elevating hopper (2-2), rail wheel (2-3), wirerope (2-4), directive wheel (2-5), wirerope reel (2- 6), feeding motor (2-7) and discharge gate (2-8), the inclined plane (2-1) are fixed on the side of the concrete agitator tank (1), The elevating hopper (2-2) is connect by rail wheel (2-3) with inclined plane (2-1) and the elevating hopper (2-2) can be along inclined plane (2- 1) it goes up and down, on the discharge port (2-21) of the elevating hopper (2-2), which can be rotated the discharge gate (2-8) Ground is set at the top of inclined plane (2-1), which connect with elevating hopper (2-2), and the wirerope (2-4) is another End is connect with wirerope reel (2-6) again after the directive wheel (2-5) guiding, feeding motor (2-7) output end and steel wire Rope reel (2-6) connection.
- The agitating device 4. a kind of concrete as claimed in claim 2 feeds, it is characterised in that: described two feeding inlets (1-1) On be respectively equipped with two weighing hoppers (12).
- The agitating device 5. a kind of concrete as claimed in claim 3 feeds, it is characterised in that: inclined plane (2-1) packet Two track channel steels (2-11) are included, which is arranged in parallel and notch is oppositely arranged；Three pairs of rail wheels (2-3) are installed, wherein two pairs of tracks wheel (2-3) is respectively positioned on two tracks on the elevating hopper (2-2) It is spaced apart in the slot of channel steel (2-11) and up and down；Another pair of rail wheel (2-3) respectively with two track channel steels (2-11) outside Side wall cooperation.
- The agitating device 6. a kind of concrete as claimed in claim 3 feeds, it is characterised in that: discharge gate (2-8) packet Stripper (2-81) and dumping cylinder (2-82) are included, which connect with the stripper (2-81) and for controlling this Stripper (2-81) opens or closes the discharge port (2-21) of the hopper (2-2).
- The agitating device 7. a kind of concrete as claimed in claim 3 feeds, it is characterised in that: the inclined plane (2-1) is inclined Rake angle is 45-75 degree.
- The agitating device 8. a kind of concrete as claimed in claim 3 feeds, it is characterised in that: described two feed mechanisms (2) Inclined plane (2-1) in splayed be distributed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821600839.9U CN209425828U (en) | 2018-09-29 | 2018-09-29 | A kind of concrete charging agitating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821600839.9U CN209425828U (en) | 2018-09-29 | 2018-09-29 | A kind of concrete charging agitating device |
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| Publication Number | Publication Date |
|---|---|
| CN209425828U true CN209425828U (en) | 2019-09-24 |
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ID=67966932
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821600839.9U Expired - Fee Related CN209425828U (en) | 2018-09-29 | 2018-09-29 | A kind of concrete charging agitating device |
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| CN (1) | CN209425828U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111941644A (en) * | 2020-08-14 | 2020-11-17 | 枞阳县天筑新型建筑材料有限公司 | Stirring equipment for concrete production and processing and working method thereof |
| CN112476766A (en) * | 2020-11-30 | 2021-03-12 | 湖南屈原水利建筑工程有限公司 | Concrete mixing equipment |
-
2018
- 2018-09-29 CN CN201821600839.9U patent/CN209425828U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111941644A (en) * | 2020-08-14 | 2020-11-17 | 枞阳县天筑新型建筑材料有限公司 | Stirring equipment for concrete production and processing and working method thereof |
| CN112476766A (en) * | 2020-11-30 | 2021-03-12 | 湖南屈原水利建筑工程有限公司 | Concrete mixing equipment |
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