CN209224289U - A kind of Ardealite concrete production system - Google Patents
A kind of Ardealite concrete production system Download PDFInfo
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- CN209224289U CN209224289U CN201821335019.1U CN201821335019U CN209224289U CN 209224289 U CN209224289 U CN 209224289U CN 201821335019 U CN201821335019 U CN 201821335019U CN 209224289 U CN209224289 U CN 209224289U
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- ball mill
- feeding inlet
- ardealite
- premixing machine
- tank
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Abstract
The utility model relates to a kind of Ardealite concrete production systems, including ardealite storehouse, the first premixing machine, ball mill and the blender successively continuously arranged, first premixing machine feeding inlet is also connected with the first cementing tank and the first miberal powder tank, first premixing machine discharge port is connected with the first Pulp pump, first Pulp pump discharge port is connect by spiral conveying tube with ball mill feeding inlet, and ball mill feeding inlet is also connected with water pot；It further include the second Pulp pump that feeding inlet is connect with ball mill discharging mouth, the second Pulp pump discharge port is connect with the second premixing machine feeding inlet, and the second premixing machine discharge port is connect with blender feeding inlet；It further include the second cementing tank and the second miberal powder tank being connect with the second premixing machine feeding inlet.The utility model simplifies technique, reduces the type and quantity of production equipment, and equipment failure rate is substantially reduced；The additive amount of each raw material is controlled, reduces addition error, the consistency of product quality has been effectively ensured；The production cycle for shortening concrete, improve production efficiency.
Description
Technical field
The utility model relates to concrete production equipment field more particularly to a kind of Ardealite concrete production systems.
Background technique
Ardealite is the industry byproduct of phosphorous chemical industry enterprise Wet-process phosphoric acid (WPPA), produces phosphorus when being reacted with sulfuric acid with rock phosphate in powder
Ardealite, 1 ton of phosphoric acid of every production, it is necessary to generate 4~5 tons of ardealite, the main component of ardealite is will be generated when sour
Calcium sulphate dihydrate is in powdery, and appearance is usually greyish white, sallow, the colors such as light green, also contains organic phosphorus, sulphur fluoride compound, to environment
There is biggish pollution.It is very urgent that processing and utilization is carried out to ardealite.
Ardealite resource can be effectively utilized using ardealite production concrete, processing technology is substantially are as follows: ardealite, water
The mixing such as mud, (carry out ripening is to improve ardealite to promote the glue sand between ardealite and slag to condense to ripening
Hydraulically active (hydraulically active cementitious material refers in construction projects can be by loose material (such as sand, stone) or bulk material is (such as
Brick, ceramic tile etc.) it is cemented to the material of an entirety.It can not only in air, and can preferably be hardened in water, be kept simultaneously
Continue to develop its intensity, such as various cement)) ardealite slurry, be mixed into that cement, sandstone etc. are agitated to be formed again.At ageing
Reason generally requires several stirring pools, two days or so time-consuming.And feeding is generally rule of thumb, manually estimates each raw material proportioning, is easy
Generate error.
The process flow of above-mentioned Ardealite concrete is complex, and used device category and quantity are more, in reality
Often have that equipment failure rate is higher, operating error causes product quality level is inconsistent, production efficiency is more low to ask in production
Topic.
Accordingly, it is desirable to provide a kind of efficient Ardealite concrete production system is to solve above-mentioned deficiency.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, provide a kind of Ardealite concrete production system
System, solves that prior art Ardealite concrete production efficiency is low, product quality level is inconsistent and what equipment failure rate is high asks
Topic.
The utility model is achieved through the following technical solutions:
A kind of Ardealite concrete production system, including successively continuously arrange ardealite storehouse, the first premixing machine, ball mill
And blender, wherein the first premixing machine feeding inlet is also connected with the first cementing tank and the first miberal powder tank, the first premixing machine discharge port
It is connected with the first Pulp pump, the first Pulp pump discharge port is connect by spiral conveying tube with ball mill feeding inlet, ball mill pan feeding
Mouth is also connected with water pot；Further include the second Pulp pump that feeding inlet is connect with ball mill discharging mouth, the second Pulp pump discharge port with
The connection of second premixing machine feeding inlet, the second premixing machine discharge port are connect with blender feeding inlet；It further include entering with the second premixing machine
The second cementing tank and the second miberal powder tank of material mouth connection.
In the technical program, ardealite storehouse, the first premixing machine, the first cementing tank, the first miberal powder tank, the second premixing machine,
Connection between two cementing tanks and the second miberal powder tank is all made of delivery pipe, and the connection between ball mill and water pot uses water-supply-pipe；
Blender is provided with the entrance of sandstone, additive etc. to facilitate and the raw materials such as sandstone are added into system；Simultaneity factor eliminates old
Change equipment needed for handling, ripening can be achieved the effect that by the ardealite slurry of the processing preparation of ball mill, then used
Spiral conveying tube efficiently by slurry pipeline steel to blender, is blended into cement, miberal powder and sandstone etc., agitated to obtain required production
Product；Particularly, it is mounted with cement in the first cementing tank and the second cementing tank and the first cement tankage size is much smaller than the second cement
Miberal powder and the first miberal powder tankage size are mounted in tank, the first miberal powder tank and the second miberal powder tank less than the second miberal powder tank.
It further, further include that the first weighing scale and second claim in order to realize that slurry prepares the accurate configuration of required raw material
Measure scale, wherein the first weighing scale is arranged in the delivery pipe between ardealite storehouse and the first premixing machine；
Second weighing scale setting on the first cementing tank and the tank connected delivery pipe of the first miberal powder；It is provided on water-supply-pipe
Flow valve.
Further, ball mill feeding inlet is additionally provided with feed hopper, spiral conveying tube and water-supply-pipe pass through feed hopper with
Ball mill connection.
Further, feed hopper is funnel structure, and being horizontally disposed in feed hopper has partition panel, the setting of partition panel center
There is installation through-hole, the baffle opened downwards is hingedly provided in installation through-hole.
Further, ball mill be horizontally-mounted cylinder-like structure, ball mill perpendicular to central axis direction inserted with cut
The steel grating and steel grating of interception grinding machine are located at ball mill close to one end of discharge port, wherein if being evenly distributed on steel grating
Dry lattice.
Compared with prior art, the utility model has following usefulness:
1) production technology is simplified, the type and quantity for reducing production equipment (such as reduce aging tank and related auxiliary
Equipment etc.), whole system is succinctly efficient, and equipment failure rate is substantially reduced；
2) slurry preparation introduces meausring apparatus, controls the additive amount of each raw material, reduces addition error, production has been effectively ensured
The consistency of quality；
3) key equipment ball mill is transformed, so that it is played substitution aging tank and prepare slurry, while optimizes technique stream
Journey substantially reduces the production cycle of concrete, improves production efficiency (from 48 hours or more, shortening within 10 hours).
Detailed description of the invention
Fig. 1 is the overlooking structure diagram of the embodiments of the present invention.
Fig. 2 is the feed hopper the schematic diagram of the section structure of the embodiments of the present invention.
Fig. 3 is the steel grating structural schematic diagram (grid is square hole) of the embodiments of the present invention.
In figure: ardealite storehouse 1, the first premixing machine 2, ball mill 3, blender 4, the first Pulp pump 5, spiral conveying tube 6, water
Tank 7, the second premixing machine 8, the second Pulp pump 9, the first cementing tank 10, the first miberal powder tank 11, the second cementing tank 12, the second miberal powder tank
13, delivery pipe 14, water-supply-pipe 15, the first weighing scale 16, the second weighing scale 17, feed hopper 18, partition panel 19, baffle 20, steel lattice
Grid 21, grid 22.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Please refer to Fig.1 to Fig.3, a kind of Ardealite concrete production system, including successively continuously arrange ardealite storehouse 1,
For being pre-mixed the first premixing machine 2 of slurry raw material, being used to prepare the ball mill 3 of slurry and being used to prepare Ardealite concrete
Blender 4, wherein 2 feeding inlet of the first premixing machine is also connected with the first cementing tank 10 and the first miberal powder tank 11, in order to improve slurry
Body transfer efficiency, 2 discharge port of the first premixing machine are connected with the first Pulp pump 5, and 5 discharge port of the first Pulp pump passes through spiral conveying tube
6 connect with 3 feeding inlet of ball mill, and 3 feeding inlet of ball mill is also connected with water pot 7, are porcelain ball used in ball mill 3 particularly
(not shown) is ground, and can prevent from being corroded and being readily cleaned by raw material；It further include that feeding inlet is connect with 3 discharge port of ball mill
Second Pulp pump 9,9 discharge port of the second Pulp pump are connect with 8 feeding inlet of the second premixing machine, 8 discharge port of the second premixing machine and stirring
The connection of 4 feeding inlet of machine；It further include the second cementing tank 12 and the second miberal powder tank 13 being connect with 8 feeding inlet of the second premixing machine, wherein
Second premixing machine 8 is for being pre-mixed the raw materials such as slurry and sandstone (the first premixing machine 2 and the second premixing machine 8 and 4 structure of blender
It is identical, while the first premixing machine 2 and 8 size of the second premixing machine are much smaller than blender 4), particularly, the first Pulp pump 5 and second
The setting of Pulp pump 9 is that pumped (conveying) medium (ardealite, cement and miberal powder and slurry) results in blockage and causes system in order to prevent
It breaks down, it is often more important that, the setting of the first Pulp pump 5 can provide conveying power, the second Pulp pump for spiral conveying tube 6
9 setting can guarantee that the slurry handled through ball mill 3 is successfully transferred in the second premixing machine 8；Particularly, it is ground through ball mill 3
The slurry of mill is pre-mixed in the second premixing machine 8 with other raw materials (cement, miberal powder and sandstone etc.), subsequently into blender
In 4；It particularly, further include the entrance (not shown) of the raw materials such as the sandstone being arranged on blender 4.
In above-described embodiment, ardealite storehouse 1, the first premixing machine 2, the first cementing tank 10, the first miberal powder tank 11, the second premixing
Connection between machine 8, the second cementing tank 12 and the second miberal powder tank 13 is all made of delivery pipe 14, the company between ball mill 3 and water pot 7
It connects using water-supply-pipe 15, the conveying power of delivery pipe 14 is provided by air compressor (not shown), and water-supply-pipe 15 uses soft material
The water pump (not shown) that outlet is connect with water-supply-pipe 15,15 energy of water-supply-pipe of soft materials are provided in the pipeline and water pot 7 of matter
It is adjusted flexibly the position of water pot 7, while the setting of water pump is able to achieve and can use water in water pot 7 when system does not produce to ball
The purpose that grinding machine 3 is cleaned；Blender 4 is provided with the entrance of sandstone, additive etc. to facilitate and sandstone etc. is added into system
The entrance difference of the entrance of raw material, i.e. sandstone, additive etc. and slurry, cement and miberal powder is to realize respectively at them
Reason；Equipment (such as vertical stirrer) needed for simultaneity factor eliminates ripening (generally requiring processing 48 hours or more), leads to
Cross ball mill 3 processing prepare ardealite slurry (by the porcelain ball inside ball mill 3 by ardealite it is levigate and with cement, miberal powder
It is sufficiently mixed with water etc.), cement, miberal powder are then blended into efficiently by slurry pipeline steel to blender 4 using spiral conveying tube 6
Agitated to obtain required product with sandstone etc., wherein spiral conveying tube 6 can guarantee highly viscous by rotation mode propulsion
Slurry is efficiently delivered in the second premixing machine 8 from ball mill 3, and particularly, spiral conveying tube 6 can prevent slurry from occurring in pipe
It flows backwards and provides enough Forward power to slurry flowing；Particularly, it is loaded in the first cementing tank 10 and the second cementing tank 12
There is cement and 10 capacity of the first cementing tank is much smaller than the second cementing tank 12, is loaded in the first miberal powder tank 11 and the second miberal powder tank 13
There is miberal powder and 11 capacity of the first miberal powder tank is less than the second miberal powder tank 13.
It preferably, further include that the first weighing scale 16 and second claims in order to realize that slurry prepares the accurate configuration of required raw material
Measure scale 17, wherein the first weighing scale 16 is arranged in the delivery pipe 14 between ardealite storehouse 1 and the first premixing machine 2, and second weighs
Scale 17 is arranged in the delivery pipe 14 connecting with the first cementing tank 10 and the first miberal powder tank 11, particularly, by ardealite and cement
And miberal powder the reason of separately weighing: often containing the moisture of higher proportion in ardealite, and it is with biggish corrosiveness, and
Cement and miberal powder water content are extremely low, and after cement and miberal powder are mixed with ardealite, the corrosivity of mixture can be higher, more easy to damage
Weighing scale, therefore separately weigh the failure rate that can reduce weighing scale；Flow valve (not shown) is set on water-supply-pipe 15 to control
Amount of water.
Preferably, 3 feeding inlet of ball mill is additionally provided with feed hopper 18, and spiral conveying tube 6 and water-supply-pipe 15 pass through charging
Bucket 18 is connected to ball mill 3；Feed hopper 18 is funnel structure, and being horizontally disposed in feed hopper 18 has partition panel 19 with by feed hopper 18
It is separated into slurry raw material mixing chamber and blanking chamber, 19 center of partition panel is provided with installation through-hole, hingedly sets in installation through-hole
It is equipped with the baffle 20 opened downwards, baffle 20 is in installation through-hole when original state, and particularly, baffle 20 is contacted with installation through-hole
Part be provided with corrosion-resistant soft bed course (not shown) to realize stabilization of the baffle 20 in installation through-hole and guarantee to slurry
The barrier of raw material mixing chamber and blanking chamber more importantly hingedly passes through torsional spring (not shown) between installation through-hole and baffle 20
It realizes, is capable of providing the stabilization that enough active forces guarantee baffle 20 in this way, it is particularly, sufficient when being packed into slurry raw material mixing chamber
When the slurry raw material and water of enough 3 single treatment amounts of ball mill, baffle 20 can just be detached from installation through-hole and open downwards, and realizing will slurry
Body raw material and water pass through blanking chamber feeding ball mill 3.
Preferably, ball mill 3 be horizontally-mounted cylinder-like structure, ball mill 3 perpendicular to central axis direction inserted with cut
The steel grating 21 and steel grating 21 of interception grinding machine 3 are located at ball mill 3 close to one end of discharge port, wherein on steel grating 21 uniformly
If dry lattice 22 (for shapes such as regular square hole or circular holes) is distributed with, the setting of steel grating 21 is to realize and carried out to slurry
Filter, particularly, 22 size of grid on steel grating 21 is less than the porcelain bulb diameter in ball mill 3, and porcelain ball cannot pass through grid 22
And it is detached from ball mill 3, it is often more important that, slurry raw material will walk back and forth during the grinding process in 21 two sides of steel grating, Jin Erzeng
Add the turbulent extent of 21 two sides of steel grating, the raw material that accelerates degree of grinding big (partial size thin and the sufficient part of mixing) is to ball mill
Then the flowing of 3 discharge ports returns 3 feed inlet end of ball mill into new grinding stroke, is thusly-formed circulation, improves grinding
Efficiency.
The present embodiment when practical,
Slurry raw material (ardealite, cement and miberal powder) is proportionally added the first premixing machine 2 and is pre-mixed, and then passes through
First Pulp pump 5 is pumped into spiral conveying tube 6, and then enters in feed hopper 18, at the same the water in water pot 7 be proportionally pumped into
In hopper 18, after reaching 3 single treatment amount of ball mill, baffle 20 opens downwards slurry raw material and water enters the progress of ball mill 3
(first ground and mixed is realized in rotation to ball mill 3 to ground and mixed in a certain direction, after grinding qualification, inverts motor (not shown) (ball milling
Machine 3 is driven by motor) qualified slurry can be exported from 3 discharge port of ball mill), after treatment, the second Pulp pump 9 is by slurry
The second premixing machine 8 being pumped on blender 4, while being proportionally added into cement and miberal powder is pre-mixed, subsequently into stirring
Machine 4, while being proportionally added into sandstone, additive etc., it is agitated up to product Ardealite concrete.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (5)
1. a kind of Ardealite concrete production system, which is characterized in that including successively continuously arrange ardealite storehouse, the first premixing
Machine, ball mill and blender, wherein the first premixing machine feeding inlet is also connected with the first cementing tank and the first miberal powder tank, and first is pre-
The machine discharge port of mixing is connected with the first Pulp pump, and the first Pulp pump discharge port is connect by spiral conveying tube with ball mill feeding inlet,
Ball mill feeding inlet is also connected with water pot；It further include the second Pulp pump that feeding inlet is connect with ball mill discharging mouth, the second slurry
It pumps out material mouth to connect with the second premixing machine feeding inlet, the second premixing machine discharge port is connect with blender feeding inlet；Further include and the
The second cementing tank and the second miberal powder tank of two premixing machine feeding inlets connection.
2. a kind of Ardealite concrete production system according to claim 1, it is characterised in that: ardealite storehouse, first are in advance
The connection mixed between machine, the first cementing tank, the first miberal powder tank, the second premixing machine, the second cementing tank and the second miberal powder tank is all made of
Delivery pipe, the connection between ball mill and water pot use water-supply-pipe；
Further include the first weighing scale and the second weighing scale, wherein the setting of the first weighing scale ardealite storehouse and the first premixing machine it
Between delivery pipe on；
Second weighing scale setting on the first cementing tank and the tank connected delivery pipe of the first miberal powder；Flow is provided on water-supply-pipe
Valve.
3. a kind of Ardealite concrete production system according to claim 2, it is characterised in that: ball mill feeding inlet is also set
It is equipped with feed hopper, spiral conveying tube passes through feed hopper with water-supply-pipe and is connected to ball mill.
4. a kind of Ardealite concrete production system according to claim 3, it is characterised in that: feed hopper is infundibular ganglion
Structure, being horizontally disposed in feed hopper has partition panel, and partition panel center is provided with installation through-hole, is hingedly provided in installation through-hole
The baffle opened downwards.
5. a kind of Ardealite concrete production system according to claim 4, it is characterised in that: ball mill is horizontal installation
Cylinder-like structure, ball mill perpendicular to central axis direction inserted with truncation ball mill steel grating and steel grating be located at ball mill
Close to one end of discharge port, wherein if being evenly distributed with dry lattice on steel grating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821335019.1U CN209224289U (en) | 2018-08-20 | 2018-08-20 | A kind of Ardealite concrete production system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821335019.1U CN209224289U (en) | 2018-08-20 | 2018-08-20 | A kind of Ardealite concrete production system |
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| Publication Number | Publication Date |
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| CN209224289U true CN209224289U (en) | 2019-08-09 |
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| CN201821335019.1U Active CN209224289U (en) | 2018-08-20 | 2018-08-20 | A kind of Ardealite concrete production system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108621302A (en) * | 2018-08-20 | 2018-10-09 | 湖北昌耀新材料股份有限公司 | A kind of Ardealite concrete production system |
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2018
- 2018-08-20 CN CN201821335019.1U patent/CN209224289U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108621302A (en) * | 2018-08-20 | 2018-10-09 | 湖北昌耀新材料股份有限公司 | A kind of Ardealite concrete production system |
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