CN206336640U - Buffer system and ore pulp transportation system - Google Patents
Buffer system and ore pulp transportation system Download PDFInfo
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- CN206336640U CN206336640U CN201621457451.9U CN201621457451U CN206336640U CN 206336640 U CN206336640 U CN 206336640U CN 201621457451 U CN201621457451 U CN 201621457451U CN 206336640 U CN206336640 U CN 206336640U
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Abstract
The utility model discloses a kind of buffer system and ore pulp transportation system, it is related to mining industry apparatus field, a kind of purpose for the pipe-line system that can buffer impulse force of offer has been provided.Main technical schemes of the present utility model are a kind of buffer system, including：Baffle-box, for buffering ore pulp；Water inlet pipe, is connected to the baffle-box, for inputting ore pulp into the baffle-box；Outlet pipe, is connected to the baffle-box, for exporting ore pulp out of described baffle-box, has the first angle between the water inlet pipe and the outlet pipe.The utility model is mainly used in transmitting ore pulp.
Description
Technical field
The utility model is related to mining industry apparatus field, more particularly to a kind of buffer system and ore pulp transportation system.
Background technology
Transportation problem is directed in industry-by-industry, but the object of transport is different, the problem of also producing different, and
Metal mining, it is most common, it is the transportation problem of ore pulp.
In the prior art, ore pulp is transported in mixing drum typically by cyclone, and cyclone is stirred because height is higher than
Mixing in cylinder, the pipeline of cyclone to mixing drum has many turns so that corner is beaten because of impulse force and is easy to abrasion, and is changed every time curved
Overall shutdown is then needed during pipe, bend pipe can be changed after ore pulp in pipeline is drained, and it is too many to turn round, and causes every segment pipe
Length it is short, the gradient is small, and 4% gradient is can only achieve mostly, sometimes even also result in mineral matter accumulation, stifled is formed to pipeline
Plug, and to clear up and can not drain ore pulp in pipeline when blocking, ore pulp can be trickled down during dismounting, not only pollute working environment, also damaged
Ore pulp has been lost, no small loss is caused to enterprise so that enterprise's production capacity is raised.
Utility model content
In view of this, the utility model embodiment provides a kind of buffer system and ore pulp transportation system, and main purpose is to carry
The pipe-line system of impulse force can be buffered for a kind of.
To reach above-mentioned purpose, the utility model mainly provides following technical scheme：
The utility model embodiment provides a kind of buffer system, including：
Baffle-box, for buffering ore pulp；
Water inlet pipe, is connected to the baffle-box, for inputting ore pulp into the baffle-box；
Outlet pipe, is connected to the baffle-box, for exporting ore pulp out of described baffle-box, the water inlet pipe with it is described go out
There is the first angle between water pipe.
Further, the water inlet pipe includes the first water inlet pipe and the second water inlet pipe, and first water inlet pipe and second enters
There is the second angle so that the ore pulp entered from first water inlet pipe and from second water inlet pipe is formed pair between water pipe
Punching.
Further, it is characterised in that baffle plate is provided with the baffle-box, the baffle plate setting is in the water inlet pipe ore pulp
Walk downstream, there is the 3rd angle between the baffle plate and the water inlet pipe, the baffle plate can change ore pulp direction.
Further, gusset, the support for strengthening the baffle plate are provided between the baffle plate and the baffle-box.
Further, the baffle plate is multiple, and the multiple baffle plate is oppositely arranged, between every two adjacent baffle plates
With difference in height.
Further, being stored in the baffle-box has ore pulp or water, and the outlet pipe flow is less than or equal to the water inlet pipe stream
Amount.
Further, liner is provided with the baffle-box, the liner is removably connected to the baffle-box, the liner
It is made up of polyurethane material.
Further, between the water inlet pipe and the baffle-box, between the outlet pipe and the baffle-box, set respectively
There is a knife gate valve, the baffle-box bottom is provided with mine mouth.
On the other hand, the utility model embodiment also provides a kind of ore pulp transportation system, including cyclone, mixing drum and such as
Upper described buffer system, the cyclone is connected to the water inlet pipe, and the mixing drum is connected to the outlet pipe.
A kind of buffer system that the utility model embodiment is proposed, including：Baffle-box, water inlet pipe and outlet pipe, wherein slow
Rushing case is used to buffer ore pulp；Water inlet pipe is connected to baffle-box, for inputting ore pulp into baffle-box；Outlet pipe is connected to buffering
Case, for exporting ore pulp out of baffle-box, has the first angle between water inlet pipe and outlet pipe.Bend pipe is used in the prior art
Diversion treatments are done, the collision of impact and mineral matter yet with current causes bend pipe stress excessive, bend pipe is worn and torn quickly,
Maintenance is frequently necessary to, maintenance every time not only needs to stop producing, while can also make working environment dirty, and can lose a part
Ore pulp, virtually add production cost.The utility model is used after baffle-box so that the impulse force of ore pulp reduces or profit
Impulse force can be disperseed with buffering box structure so that baffle-box service life extends, reduce input cost, increase operating time,
And corresponding processing is done to baffle-box, in order to the maintenance in later stage, so as to reduce downtime, effectively improve operating efficiency.
Brief description of the drawings
A kind of structural representation for buffer system that Fig. 1 provides for the utility model embodiment；
The structural representation for another buffer system that Fig. 2 provides for the utility model embodiment.
Embodiment
Further to illustrate the utility model to reach predetermined utility model to reach that predetermined utility model purpose is adopted
The technological means and effect taken, below in conjunction with accompanying drawing and preferred embodiment, to according to the utility model proposes buffer system tool
Body embodiment, structure, feature and its effect, are described in detail as after.
As shown in Figure 1 and Figure 2, a kind of buffer system, it is characterised in that including：
Baffle-box 1, for buffering ore pulp；Above-mentioned baffle-box 1 not only needs to receive to come the pressure for coming from current in ore pulp,
Also need to receive the impact for coming from mineral matter and friction, therefore, the service life for extending above-mentioned baffle-box 1 can be in terms of two
Start with.Baffle plate can be set in above-mentioned baffle-box 1, the ore pulp that above-mentioned water inlet pipe 2 enters in above-mentioned baffle-box 1 is buffered so that ore deposit
Slurry speed slows down, and reducing the impulse force of ore pulp, particularly mineral matter will not cause to hit to above-mentioned baffle-box 1.In above-mentioned baffle-box 1
Can store has a certain amount of water or ore pulp so that the ore pulp of above-mentioned water inlet pipe 2 is directly impinging liquid level, and liquid level is rushed ore pulp
Power is disperseed so that ore pulp is not contacted directly to above-mentioned baffle-box 1, effectively the service life of extension baffle-box 1.So in ore pulp
Water meeting and the aqueous fusion that stores, which are closed, dissolves impulse force, and mineral matter can by the water stored buoyancy, reduce mineral matter and impact downwards
Power, so as to protect the above-mentioned baffle-box 1 not influenceed by ore pulp.
Water inlet pipe 2, is connected to above-mentioned baffle-box 1, for inputting ore pulp into above-mentioned baffle-box 1；Above-mentioned water inlet pipe 2 can be with
For two so that the ore pulp in two water inlet pipes 2 is formed when entering above-mentioned baffle-box 1 and liquidated so that twice ore pulp to producing each other
Raw reaction force, the impulse force between reduction so that the above-mentioned stress of baffle-box 1 reduces, reduce abrasion.
Outlet pipe 3, one end of above-mentioned outlet pipe 3 is connected to mixing drum, and the other end is connected to above-mentioned baffle-box 1, for from
Output ore pulp in above-mentioned baffle-box 1, has the first angle between above-mentioned water inlet pipe 2 and above-mentioned outlet pipe 3.Due to above-mentioned baffle-box
1 is mainly used in making there is above-mentioned first angle between flow direction-changing, therefore above-mentioned water inlet pipe 2 and above-mentioned outlet pipe 3, but it is above-mentioned enter
Water pipe 2 and above-mentioned outlet pipe 3 need to meet the respective gradient simultaneously is not less than 4%-7%, it should be noted that the gradient of pipeline with
Wear intensity is directly proportional, therefore for the difference of mineral matter in above-mentioned water inlet pipe 2 and above-mentioned outlet pipe 3, its gradient should be adjusted voluntarily
To the acceptable wear intensity of enterprise and the scope of travelling speed.Meanwhile, in order to extend above-mentioned water inlet pipe 2 and above-mentioned outlet pipe 3
Service life, above-mentioned water inlet pipe 2 and above-mentioned outlet pipe 3 can use lined ceramicses steel pipe.Ceramic-lined steel pipe is using height
Technology production technology -- from climing combustion high temperature clutch synthetic method manufacture.The pipe is from inside to outside respectively by corundum ceramic, transition zone, steel three
Layer composition, ceramic layer is, in 2200 degree of high temperature above formation dense alumina porcelain, firm combination to be formed with steel pipe by transition zone.
Ceramic-lined steel pipe given full play to steel strength height, good toughness, impact resistance, good welding performance and Corundum Ceramics high rigidity, high resistance to
Mill, anti-corrosion, heat-resist dual characteristicses, while steel pipe hardness is low, wear no resistance and ceramics toughness is poor and complementation overcomes
The characteristics of.Therefore, ceramic-lined steel pipe has good wear-resisting, heat-resisting, anti-corrosion and resistance to mechanical impact good with thermal shock, solderability
Etc. combination property.It is preferably wear-resisting, the anti-corrosion pipeline such as conveying granular material, grinding, Korrosionsmedium.Therefore can extensive use
It is a kind of preferable erosion resistant pipe in grindability granule materials and Korrosionsmediums such as conveying sand, stone, coal dust, lime-ash, aluminium liquids
Road.
Below by way of the working process and principle of buffer system in the present embodiment, the buffer system in the present embodiment is illustrated
System：
Pulp conveying is entered above-mentioned caching case 1 by above-mentioned water inlet pipe 2, and above-mentioned caching case 1 reduces the impulsive force of ore pulp, and will
Ore pulp is turned to, and is sent out from above-mentioned outlet pipe 3.
A kind of buffer system that the utility model embodiment is proposed, including：Baffle-box, water inlet pipe and outlet pipe, wherein slow
Rushing case is used to buffer ore pulp；Water inlet pipe is connected to baffle-box, for inputting ore pulp into baffle-box；Outlet pipe is connected to buffering
Case, for exporting ore pulp out of baffle-box, has the first angle between water inlet pipe and outlet pipe.Bend pipe is used in the prior art
Diversion treatments are done, the collision of impact and mineral matter yet with current causes bend pipe stress excessive, bend pipe is worn and torn quickly,
Maintenance is frequently necessary to, maintenance every time not only needs to stop producing, while can also make working environment dirty, and can lose a part
Ore pulp, virtually add production cost.The utility model is used after baffle-box so that the impulse force of ore pulp reduces or profit
Impulse force can be disperseed with buffering box structure so that baffle-box service life extends, reduce input cost, increase operating time,
And corresponding processing is done to baffle-box, in order to the maintenance in later stage, so as to reduce downtime, effectively improve operating efficiency.
The utility model is described in further detail with reference to the accompanying drawings and examples.
As shown in Fig. 2 in order to reduce impulse force of the above-mentioned water inlet pipe 2 to above-mentioned baffle-box 1, specifically, above-mentioned water inlet
Pipe 2 includes having second between the first water inlet pipe 21 and the second water inlet pipe 22, the above-mentioned water inlet pipe 22 of first water inlet pipe 21 and second
Angle so that the ore pulp formation entered from above-mentioned first water inlet pipe 21 and from above-mentioned second water inlet pipe 22 liquidates.To reach more preferably
The effect that liquidates, reduce impact of the ore pulp to above-mentioned baffle-box 1, the center line of above-mentioned second angle overlapped with vertical line be it is optimal, this
When the ore pulp stress that flows out from above-mentioned first water inlet pipe 21 and above-mentioned second water inlet pipe 22 completely on the contrary, can play optimal anti-
Effect is rushed, is also more uniformly distributed while above-mentioned baffle-box 1 receives power.Above-mentioned second angle is unsuitable too small, but should try one's best and make from upper
The joint of the first water inlet pipe 21 and the ore pulp of above-mentioned second water inlet pipe 22 outflow is stated close to the above-mentioned center of gravity of baffle-box 1, because
Liquidating can make it that ore pulp disperses, and more remote apart from the above-mentioned bottom of baffle-box 1, the above-mentioned lifting surface area of baffle-box 1 is bigger, the power of everywhere
It is just smaller, if but joint too far, above-mentioned second angle can be excessive so that above-mentioned first water inlet pipe 21 and above-mentioned second water inlet pipe
22 gradient diminishes, and is unfavorable for the flowing of ore pulp, and the selection of specific above-mentioned second angle is relevant with the above-mentioned size of baffle-box 1.
As shown in figure 1, the flow velocity in order to reduce ore pulp, specifically, being provided with baffle plate 4, above-mentioned baffle plate in above-mentioned baffle-box 1
4, which are arranged on the above-mentioned ore pulp of water inlet pipe 2, walks downstream, has the 3rd angle, above-mentioned gear between above-mentioned baffle plate 4 and above-mentioned water inlet pipe 2
Plate 4 can change ore pulp direction.The ore deposit entered from above-mentioned water inlet pipe 2 can be changed in above-mentioned baffle-box 1 using above-mentioned baffle plate 4
The flow direction of slurry, while slow down the flow velocity of ore pulp, makes ore pulp reduce the pressure of above-mentioned baffle-box 1, at the same by above-mentioned baffle plate 4 with it is upper
State and be set to be detachably connected between baffle-box 1, accordingly even when above-mentioned baffle plate 4 breaks down, also can quickly change.
In order to extend the service life of above-mentioned baffle plate 4, specifically, being provided with gusset between above-mentioned baffle plate 4 and above-mentioned baffle-box 1
5, the support for strengthening above-mentioned baffle plate 4.Because the flowing of above-mentioned ore pulp is based on downwards, after above-mentioned gusset 5, it can strengthen
The support force of above-mentioned baffle plate 4, prevents that above-mentioned baffle plate 4 from occurring plastic deformation or even being broken, while it is above-mentioned to use above-mentioned gusset 5 to cause
Contact area increase between baffle plate 4 and above-mentioned baffle-box 1 so that the impulse force of ore pulp more disperses, so as to reduce maintenance frequency
And machine stop times, effectively improve production efficiency.
In order to make the preferably work of baffle-box 1, specifically, above-mentioned baffle plate 4 is multiple, above-mentioned multiple baffle plates 4 are relative
Set, there is difference in height between every two adjacent above-mentioned baffle plates 4.After multiple above-mentioned baffle plates 4, can repeatedly it reduce above-mentioned
The speed of ore pulp, so that the impulsive force of ore pulp reduces.
Because above-mentioned ore pulp will finally touch the above-mentioned bottom of baffle-box 1, in order to reduce the above-mentioned bottom stress of baffle-box 1,
Specifically, being stored in above-mentioned baffle-box 1 has ore pulp or water, the above-mentioned flow of outlet pipe 3 is less than or equal to the above-mentioned flow of water inlet pipe 2.From upper
The ore pulp that water inlet pipe 2 enters above-mentioned baffle-box 1 is stated, is mainly made up of water and mineral matter, abrasion of its reclaimed water to above-mentioned baffle-box 1
Come from the impact of water, and when the water in ore pulp enters above-mentioned baffle-box 1, directly into the ore pulp or water stored so that
Impulse force is by scattered digestion.And mineral matter has friction to the existing impulse force of abrasion of above-mentioned baffle-box 1 again, mineral matter enters above-mentioned slow
Rush that case 1 directly contacts is the ore pulp or water stored, is on the one hand capable of the impulse force of dispersed mineral matter, on the other hand causes mineral matter
Above-mentioned baffle-box 1 is not contacted, it is to avoid the friction between mineral matter and above-mentioned baffle-box 1, so as to extend above-mentioned baffle-box 1
Service life.And the above-mentioned flow of outlet pipe 3 is less than or equal to the above-mentioned flow of water inlet pipe 2, it is therefore intended that ensure in above-mentioned baffle-box 1
The amount of storing, so as to guarantee to reach the effect of buffering.
As shown in Fig. 2 in order that above-mentioned baffle-box 1 is preferably repaired using with faster, specifically, above-mentioned baffle-box 1
Interior to be provided with liner 6, above-mentioned liner 6 is removably connected to above-mentioned baffle-box 1, and above-mentioned liner 6 is made up of polyurethane material.In above-mentioned
Lining 6 can avoid directly contacting above-mentioned baffle-box 1 from the ore pulp that above-mentioned water inlet pipe 2 enters, and abrasion is produced in above-mentioned liner 6
On, without directly being caused damage to above-mentioned baffle-box 1.And above-mentioned liner 6 uses polyurethane material, because it has good oil resistant
Property, toughness, wearability, resistance to ag(e)ing and cohesive, be usually used in pond dam and building anti-seepage material.In order to quick side
Just the above-mentioned liner 6 of replacing, using being detachably connected between above-mentioned liner 6 and above-mentioned baffle-box 1, particularly can use bumps
The mode of interior button, it is simple and quick, during dismounting only need to firmly separate, pressing of being exerted oneself during installation, at the same this connected mode by
Power is uniform, it is not easy to damage caused by strong stress is produced at one.
As shown in figure 1, due to safeguarding or changing above-mentioned baffle-box 1 and its during internal part, it is necessary to make ore pulp stop stream
It is dynamic, specifically, between above-mentioned water inlet pipe 2 and above-mentioned baffle-box 1, between above-mentioned outlet pipe 3 and above-mentioned baffle-box 1, being respectively equipped with
One knife gate valve 7, the above-mentioned bottom of baffle-box 1 is provided with mine mouth 8.In the prior art, it is typically by the equipment of the above-mentioned upstream of water inlet pipe 2
Then etc. stop, the water in above-mentioned water inlet pipe 2, above-mentioned baffle-box 1 and above-mentioned outlet pipe 3 is discharged to the above-mentioned upstream device of outlet pipe 3,
Follow-up work could be carried out, and when above-mentioned baffle-box 1 has the ore pulp stored, it is impossible to discharged automatically from above-mentioned outlet pipe 3, this
When the above-mentioned knife gate valve 7 of above-mentioned water inlet pipe 2 and above-mentioned outlet pipe 3 can be closed, from above-mentioned mine mouth 8 by above-mentioned baffle-box 1
The ore pulp discharge stored, is then safeguarded to above-mentioned baffle-box 1, and above-mentioned knife gate valve 7 can use pneumatic means, without people
Work folding, can be operated to above-mentioned knife gate valve 7 so that during the shutdown of integral device as early as possible with most fast speed when needed
Between reduce, increase the working time, so as to ensure that operating efficiency.
Above-mentioned water inlet pipe 2 and above-mentioned outlet pipe 3 can be replaced with ceramic wear-resisting pipe from steel pipe.When the above-mentioned baffle-box 1 of use
Afterwards, frequency of maintenance step-down, to ensure that frequency of maintenance can be lower, can use above-mentioned ceramic-lined 6 steel pipe.Ceramic-lined 6 steel
Pipe is to use high-tech production technology -- from climing combustion high temperature clutch synthetic method manufacture.The pipe from inside to outside respectively by corundum ceramic,
Transition zone, steel up of three layers, ceramic layer are, in 2200 degree of high temperature above formation dense alumina porcelain, to be formed by transition zone with steel pipe
It is firm to combine.Ceramic-lined 6 steel pipe has given full play to steel strength height, good toughness, impact resistance, good welding performance and Corundum Ceramics
High rigidity, high abrasion, anti-corrosion, heat-resist dual characteristicses, at the same also complementation overcome that steel pipe hardness is low, wear no resistance and
The characteristics of ceramics toughness is poor.Therefore, ceramic-lined 6 steel pipe has good wear-resisting, heat-resisting, anti-corrosion and resistance to mechanical impact and heat punching
Hit, the combination property such as solderability is good.It is preferably wear-resisting, the anti-corrosion pipeline such as conveying granular material, grinding, Korrosionsmedium.Cause
This can be widely applied to grindability granule materials and the Korrosionsmediums such as conveying sand, stone, coal dust, lime-ash, aluminium liquid, be a kind of preferable
Abrasion-resistant pipelines.
The utility model embodiment additionally provides a kind of ore pulp transportation system, including cyclone, mixing drum and above-mentioned slow
Flushing system, above-mentioned cyclone is connected to above-mentioned water inlet pipe 2, and above-mentioned mixing drum is connected to above-mentioned outlet pipe 3.Above-mentioned cyclone and upper
It is usually continuation operation to state mixing drum, and machine stop times can be effectively reduced using above-mentioned buffer system, and shutdown can every time
It is enough to be safeguarded using the shorter time, the operation duration of above-mentioned cyclone and above-mentioned mixing drum is effectively ensured.
A kind of ore pulp transportation system that the utility model embodiment is proposed, including cyclone, mixing drum and above-mentioned buffering
System, above-mentioned cyclone is connected to above-mentioned water inlet pipe, and above-mentioned mixing drum is connected to above-mentioned outlet pipe.Wherein buffer system, including：
Baffle-box, water inlet pipe and outlet pipe, wherein baffle-box are used to buffer ore pulp；Water inlet pipe is connected to baffle-box, for baffle-box
Interior input ore pulp；Outlet pipe is connected to baffle-box, for exporting ore pulp out of baffle-box, has the between water inlet pipe and outlet pipe
One angle.Diversion treatments are done using bend pipe in the prior art, the collision of impact and mineral matter yet with current causes curved
Pipe stress is excessive, bend pipe is worn and torn quickly, it is often necessary to overhaul, and maintenance every time not only needs to stop producing, while can also be by work
Made dirty as environment, and the ore pulp of a part can be lost, virtually add production cost.The utility model uses buffering
After case so that the impulse force of ore pulp reduces or can be disperseed impulse force using box structure is buffered so that baffle-box service life extends,
Input cost is reduced, increases operating time, and corresponding processing is done to baffle-box, in order to the maintenance in later stage, is stopped so as to reduce
The machine time, effectively improve operating efficiency.Above-mentioned cyclone and above-mentioned mixing drum are usually continuation operation, use above-mentioned buffer system
System can effectively reduce machine stop times, and shutting down can use the shorter time to be safeguarded every time, and above-mentioned rotation is effectively ensured
Flow the operation duration of device and above-mentioned mixing drum.
The above, embodiment only of the present utility model, but protection domain of the present utility model do not limit to
In this, any one skilled in the art can readily occur in change in the technical scope that the utility model is disclosed
Or replace, it should all cover within protection domain of the present utility model.Therefore, protection domain of the present utility model should be with the power
The protection domain that profit is required is defined.
Claims (9)
1. a kind of buffer system, it is characterised in that including：
Baffle-box, for buffering ore pulp；
Water inlet pipe, is connected to the baffle-box, for inputting ore pulp into the baffle-box；
Outlet pipe, is connected to the baffle-box, for exporting ore pulp, the water inlet pipe and the outlet pipe out of described baffle-box
Between have the first angle.
2. buffer system according to claim 1, it is characterised in that the water inlet pipe enters including the first water inlet pipe and second
Water pipe, has the second angle between first water inlet pipe and the second water inlet pipe so that from first water inlet pipe and from described
The ore pulp formation that second water inlet pipe enters liquidates.
3. buffer system according to claim 1, it is characterised in that baffle plate is provided with the baffle-box, the baffle plate is set
Put and walked downstream in the water inlet pipe ore pulp, there is the 3rd angle, the baffle plate can between the baffle plate and the water inlet pipe
Change ore pulp direction.
4. buffer system according to claim 3, it is characterised in that muscle is provided between the baffle plate and the baffle-box
Plate, the support for strengthening the baffle plate.
5. buffer system according to claim 4, it is characterised in that the baffle plate is multiple, and the multiple baffle plate is relative
Set, there is difference in height between every two adjacent baffle plates.
6. the buffer system according to any one of claim 1-5, it is characterised in that stored in the baffle-box have ore pulp or
Water, the outlet pipe flow is less than or equal to the water inlet pipe flow.
7. buffer system according to claim 6, it is characterised in that liner is provided with the baffle-box, the liner can
Dismounting is connected to the baffle-box, and the liner is made up of polyurethane material.
8. buffer system according to claim 7, it is characterised in that described between the water inlet pipe and the baffle-box
Between outlet pipe and the baffle-box, a knife gate valve is respectively equipped with, the baffle-box bottom is provided with mine mouth.
9. a kind of ore pulp transportation system, it is characterised in that including cyclone, mixing drum and the buffering as described in claim 1-8
System, the cyclone is connected to the water inlet pipe, and the mixing drum is connected to the outlet pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621457451.9U CN206336640U (en) | 2016-12-28 | 2016-12-28 | Buffer system and ore pulp transportation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621457451.9U CN206336640U (en) | 2016-12-28 | 2016-12-28 | Buffer system and ore pulp transportation system |
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| Publication Number | Publication Date |
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| CN206336640U true CN206336640U (en) | 2017-07-18 |
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| CN201621457451.9U Active CN206336640U (en) | 2016-12-28 | 2016-12-28 | Buffer system and ore pulp transportation system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107568141A (en) * | 2017-10-23 | 2018-01-12 | 上海通凌化工有限公司 | A kind of highly effective oxygen dissolving system and its dynamic and intelligent control method for water cultivation |
| CN107934351A (en) * | 2017-12-14 | 2018-04-20 | 江苏财经职业技术学院 | Grain backward feed baffle-box |
-
2016
- 2016-12-28 CN CN201621457451.9U patent/CN206336640U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107568141A (en) * | 2017-10-23 | 2018-01-12 | 上海通凌化工有限公司 | A kind of highly effective oxygen dissolving system and its dynamic and intelligent control method for water cultivation |
| CN107934351A (en) * | 2017-12-14 | 2018-04-20 | 江苏财经职业技术学院 | Grain backward feed baffle-box |
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