CN208115677U - A kind of nanoscale organic adsorption clay mixing arrangement - Google Patents
A kind of nanoscale organic adsorption clay mixing arrangement Download PDFInfo
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- CN208115677U CN208115677U CN201820318938.1U CN201820318938U CN208115677U CN 208115677 U CN208115677 U CN 208115677U CN 201820318938 U CN201820318938 U CN 201820318938U CN 208115677 U CN208115677 U CN 208115677U
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Abstract
The utility model discloses a kind of nanoscale organic adsorption clay mixing arrangements, belong to nanoscale material mixing equipment technical field.The mixing arrangement includes roots blower, blanking wind stopping device, the distributor that gathers materials, unidirectionally blows glassware, vacuum spiral band blender and automatic packaging machine；The roots blower is connected to by connecting pipe with the top of the distributor that gathers materials, and the blanking wind stopping device is connected to connecting pipe and is located at the roots blower between the distributor that gathers materials；The bottom of the distributor that gathers materials passes through the glassware that unidirectionally blows and is connected to the vacuum spiral band blender, and discharge port of the vacuum spiral with blender is connected to the automatic packaging machine.The mixing arrangement is combined using air-flow mixing and two kinds of hybrid modes of mechanical mixture, and nanoscale material is quickly uniformly mixed, and mixing efficiency is high, totally-enclosed operation, no dust evolution, energy-saving.
Description
Technical field
The utility model relates to nanoscale material mixing equipment technical fields, and in particular to a kind of nanoscale organic adsorption is viscous
Native mixing arrangement.
Background technique
Nano material refer to the structural unit of material in three dimensions at least one dimension in 1-100nm.Due to nanometer material
The size of material already close to electronics coherence length, in addition its special effects with a large surface, the characteristic for causing it to be showed
Often it is different from the property that the substance is showed in the overall state, therefore designs and prepares novel and receiving with specific use
Rice material has become a hot topic of research.
Bentonite (clay) main component is montmorillonite, is a kind of nonmetallic minerals that China has very big reserves.It covers
De- stone is by one layer of aluminium (magnesium) oxygen (hydrogen-oxygen) octahedral layer of folder forms among two layers of oxygen-octahedron layer 2:1 type structure, it is special
Crystal structure make it have very big surface area, good adsorptivity, ion exchangeable and volume expansion, in sewage treatment
In be used widely.But bentonite surface be it is hydrophilic, it is not high to the adsorbance of hydrophobic organic, be unfavorable for organic matter and exist
Its Dispersion on surface and absorption.Some hydrated cations are often adsorbed in smectite structure between layers, under certain condition, are utilized
Organic modifiers and these ions carry out ion exchange, organic modifiers can be made to be intercalation between bentonite bed in this way, by swelling
The effect of soil and organic modifiers, makes lamella phased separation at nano unit.The lipophilicity acted on by organic modifiers
The good nanoscale organobentonite of energy can increase substantially the adsorption capacity to organic matter.
Currently, common mixing arrangement, such as spiral shell is usually used for the mixing of ultra-fine nanoscale organic adsorption clay
Band mixing machine.Since nanoscale organic adsorption clay is superfine-material, common mixing arrangement is caused to need mixing for a long time
Mixing uniformity could be met after conjunction reluctantly, can not be rapidly uniformly mixed, mixing efficiency is low, and power consumption is high, simultaneously because
Mixing arrangement is not totally-enclosed environment, will lead to dust and has escaped into air, polluted to working environment, to staff
Health cause certain harm.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of nanoscale organic adsorption clays
Mixing arrangement, the mixing arrangement are combined using air-flow mixing and two kinds of hybrid modes of mechanical mixture, enable nanoscale material
Enough to be quickly uniformly mixed, mixing efficiency is high, totally-enclosed operation, no dust evolution, energy-saving.
To solve the above problems, technical solution used by the utility model is as follows：
A kind of nanoscale organic adsorption clay mixing arrangement comprising roots blower, blanking wind stopping device, the distributor that gathers materials,
Unidirectionally blow glassware, vacuum spiral band blender and automatic packaging machine；The roots blower passes through connecting pipe and the distribution of gathering materials
The top of device is connected to, and the blanking wind stopping device is connected to connecting pipe and is located at the roots blower between the distributor that gathers materials；
The bottom of the distributor that gathers materials passes through the glassware that unidirectionally blows and is connected to the vacuum spiral band blender, and the vacuum spiral band is mixed
The discharge port of glassware is connected to the automatic packaging machine.
As the utility model preferred embodiment, the connecting pipe include the first silencing pipeline being sequentially communicated,
Soft pipeline, the second silencing pipeline and elbow pipeline；One end of first silencing pipeline is connected to the roots blower, is another
End is connected to the soft pipeline；One end of the elbow pipeline is connected to second silencing pipeline, the other end and the collection
Expect the top connection of distributor.
It is further preferred that the elbow pipeline and the distributor that gathers materials are tangentially connected.It is so-called tangentially connected, refer to swan neck
The tangent connection of circumferential side wall of the side in road and the distributor that gathers materials.
It is further preferred that the blanking wind stopping device is arranged on first silencing pipeline and connects with the first silencing pipeline
It is logical.
It is further preferred that being provided with check valve on first silencing pipeline, the check valve is located at Roots's wind
Between machine and blanking wind stopping device.
As the utility model preferred embodiment, the top of the distributor that gathers materials is connected with pulse dust collector.
As the utility model preferred embodiment, top of the vacuum spiral with batch mixer is connected with negative by pipeline
Press deduster.
As the utility model preferred embodiment, the utility model further includes multiple draft gauges, the draft gauge point
Be not arranged in first silencing pipeline corresponding to the roots blower air outlet position on, first silencing pipeline it is close
On one end of soft pipeline, second silencing pipeline is on one end of elbow pipeline and the charging of the distributor that gathers materials
On mouth.
As the utility model preferred embodiment, the vacuum spiral band blender includes rack, mixing cylinder body, lid
Body, main shaft, ribbon and motor；Feed inlet is provided on the lid, the lid is fixedly connected with mixing cylinder body；The mixing
Cylinder body fixation is erected in the rack, is provided with airlock on the discharge port of mixing cylinder base；The main shaft is installed in mixed
In material cylinder body, the ribbon is installed on main shaft, and one end end of main shaft is pierced by compounding jar in vitro and connect with motor drive, institute
It states and is provided with speed reducer between motor and main shaft.
As the utility model preferred embodiment, the vacuum spiral band blender further includes pedestal, and the rack is solid
Fixed setting is on the base.
Compared with prior art, the beneficial effects of the utility model are：
Nanoscale organic adsorption clay mixing arrangement described in the utility model using roots blower and gather materials distributor and
Vacuum spiral band blender combines, so that the utility model has air-flow mixing and two kinds of hybrid modes of mechanical mixture simultaneously, makes
Obtaining nanoscale material can quickly be uniformly mixed in 5 minutes, and mixing efficiency is high, and compared with prior art, amount of equipment power consumption is low,
Greatly reduce production cost, have the advantages that it is energy-saving, while be effectively ensured automatic packaging machine packaging continuity and
The quality uniformity of product；Totally-enclosed operation can effectively ensure that the stability of equipment operation, while guarantee to escape without dust, real
Existing dustless production, is effectively ensured the cleanliness of working environment and the health of human body of staff.
The utility model is quickly uniformly mixed by the structure setting of rationally science so that mixing arrangement can be realized, and is mixed
It closes high-efficient, is applicable not only to the mixing of nanoscale organic adsorption clay, can equally be well applied to other nanoscale solids materials
Mixing, wide adaptability have excellent marketing application prospect.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of nanoscale organic adsorption clay mixing arrangement described in the utility model；
Fig. 2 is partial sectional view of the vacuum spiral described in the utility model with blender；
Drawing reference numeral explanation：1, roots blower；2, blanking wind stopping device；3, gather materials distributor；4, glassware is unidirectionally blown；5, vacuum
Ribbon blender；51, rack；52, mixing cylinder body；53, lid；54, main shaft；55, ribbon；56, motor；57, speed reducer；58,
Pedestal；6, automatic packaging machine；7, connecting pipe；71, the first silencing pipeline；72, soft pipeline；73, the second silencing pipeline；74,
Elbow pipeline；8, check valve；9, pulse dust collector；10, negative pressure dust removing device.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
As shown in Figure 1, being nanoscale organic adsorption clay mixing arrangement described in the utility model comprising roots blower
1, blanking wind stopping device 2, the distributor 3 that gathers materials, unidirectional glassware 4, the vacuum spiral of blowing are with blender 5 and automatic packaging machine 6；Wherein, Roots
Blower 1, which provides aerodynamic force for the conveying of nanoscale material, makes material and air-flow be mixed to form air-flow body, and blanking wind stopping device 2 is used as and receives
Meter level material enters the feed inlet inside device, and the distributor 3 that gathers materials is for reducing the wind speed of air-flow body, the wind speed of guarantee air-flow body
It tends towards stability with wind pressure, unidirectionally blows glassware 4 and guarantee that the air-flow body to gather materials in distributor 3 steadily blows to vacuum spiral band blender 5,
Vacuum spiral band blender 5 carries out further mechanical mixture to nanoscale material, and automatic packaging machine 6 is to uniformly mixed nanoscale
Material is packed.The connection relationship of above-mentioned component is as follows：The top that roots blower 1 passes through connecting pipe 7 and the distributor 3 that gathers materials
Connection, blanking wind stopping device 2 are connected to connecting pipe 7 and between roots blower 1 and the distributors 3 that gathers materials；Gather materials distributor 3
Bottom is connected to by unidirectionally blowing glassware 4 with vacuum spiral band blender 5, discharge port of the vacuum spiral with blender 5 and automatic packaging machine 6
Connection.
Since the air current flow of the generation of roots blower 1 is big, wind speed is high, thus biggish noise can be generated, for this purpose, it is preferred that
Ground, connecting pipe 7 include the first silencing pipeline 71, soft pipeline 72, the second silencing pipeline 73 and the elbow pipeline being sequentially communicated
74, one end of the first silencing pipeline 71 is connected to roots blower 1, the other end is connected to soft pipeline 72, and the one of elbow pipeline 74
End is connected to the second silencing pipeline 73, the other end is connected to the top for the distributor 3 that gathers materials.One is carried out by the first silencing pipeline 71
Secondary noise reduction；By the reduction of soft pipeline 72 because air quantity is big, the high bring of wind speed vibrates the stabilization to guarantee wind pressure；Second noise reduction
Pipeline 73 has the function of secondary noise reduction.The distributor 3 that gathers materials is cylindrical body, and elbow pipeline 74 and the distributor 3 that gathers materials are tangentially connected,
The tangent connection of circumferential side wall of the so-called tangentially connected side for referring to elbow pipeline 74 and the distributor 3 that gathers materials, by tangentially connected
Air-flow body is entered in the distributor 3 that gathers materials along the inner sidewall for the distributor 3 that gathers materials and forms spiral air flow, drop can be played
The effect of low wind speed.Preferably, blanking wind stopping device 2 is arranged on the first silencing pipeline 71 and is connected to the first silencing pipeline 71.
Nanoscale material is escaped from roots blower 1 in order to prevent, is provided with check valve 8 on the first silencing pipeline 71, check valve 8 is located at sieve
Between thatch blower 1 and blanking wind stopping device 2, the one-way of air flow direction and the stability of air-flow mixing is effectively ensured.
Although most of nanoscale material can enter with air-flow in vacuum spiral band blender 5, but still have superfine micro-
Dust be suspended in the distributor 3 that gathers materials, be connected with pulse dust collector 9 on the top for the distributor 3 that gathers materials, being capable of effective collector
Fine solid particle.Similarly, top of the vacuum spiral with blender 5 is connected with negative pressure dust removing device 10 by pipeline, can play collection
The effect of dust suspension.
In order to guarantee the stability of wind pressure of work, the utility model further includes multiple draft gauge (not shown), draft gauge point
Be not arranged in the first silencing pipeline 71 corresponding on the position of 1 air outlet of roots blower, the first silencing pipeline 71 is close to soft tube
On the one end in road 72, the second silencing pipeline 73 is on one end of elbow pipeline 74 and on the feed inlet for the distributor 3 that gathers materials.
Specifically, as shown in Fig. 2, the vacuum spiral band blender 5 of the utility model includes rack 51, mixing cylinder body 52, lid
Body 53, main shaft 54, ribbon 55, motor 56 and pedestal 58；Feed inlet is provided on lid 53, lid 53 and mixing cylinder body 52 are fixed
Connection；Rack 51 is fixed on pedestal 58, and the fixation of mixing cylinder body 52 is erected in rack 51, and 52 bottom of mixing cylinder body goes out
Airlock is provided in material mouth；Main shaft 54 is installed in mixing cylinder body 52, and ribbon 55 is installed on main shaft 54, one end of main shaft 54
End is pierced by outside mixing cylinder body 52 and is sequentially connected with motor 56, and speed reducer 57 is provided between motor 56 and main shaft 54.In order to
The vibration generated when vacuum spiral works with blender 5 is reduced, pedestal 58 is preferably concrete bed 58 or the bottom made of girder steel
Seat 58.
Above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model
Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacement belong to
In the utility model range claimed.
Claims (10)
1. a kind of nanoscale organic adsorption clay mixing arrangement, it is characterised in that：Including roots blower, blanking wind stopping device, gather materials
Distributor unidirectionally blows glassware, vacuum spiral band blender and automatic packaging machine；The roots blower passes through connecting pipe and the collection
Expect the top connection of distributor, the blanking wind stopping device is connected to connecting pipe and is located at the roots blower and the distributor that gathers materials
Between；The bottom of the distributor that gathers materials passes through the glassware that unidirectionally blows and is connected to the vacuum spiral band blender, the vacuum
The discharge port of ribbon blender is connected to the automatic packaging machine.
2. nanoscale organic adsorption clay mixing arrangement according to claim 1, it is characterised in that：The connecting pipe packet
Include the first silencing pipeline being sequentially communicated, soft pipeline, the second silencing pipeline and elbow pipeline；The one of first silencing pipeline
End is connected to the roots blower, the other end is connected to the soft pipeline；One end of the elbow pipeline disappears with described second
The connection of sound tube road, the other end are connected to the top of the distributor that gathers materials.
3. nanoscale organic adsorption clay mixing arrangement according to claim 2, it is characterised in that：The elbow pipeline with
The distributor that gathers materials is tangentially connected.
4. nanoscale organic adsorption clay mixing arrangement according to claim 2, it is characterised in that：The blanking wind stopping device
It is arranged on first silencing pipeline and is connected to the first silencing pipeline.
5. nanoscale organic adsorption clay mixing arrangement according to claim 2, it is characterised in that：First hush pipe
Check valve is provided on road, the check valve is between the roots blower and blanking wind stopping device.
6. nanoscale organic adsorption clay mixing arrangement according to claim 1 or 2, it is characterised in that：It is described to gather materials point
The top of cloth device is connected with pulse dust collector.
7. nanoscale organic adsorption clay mixing arrangement according to claim 1 or 2, it is characterised in that：The vacuum spiral
Top with batch mixer is connected with negative pressure dust removing device by pipeline.
8. nanoscale organic adsorption clay mixing arrangement according to claim 1 or 2, it is characterised in that：It further include multiple
Draft gauge, the draft gauge be separately positioned on first silencing pipeline corresponding to the roots blower air outlet position on,
First silencing pipeline on one end of soft pipeline, second silencing pipeline on one end of elbow pipeline and
On the feed inlet of the distributor that gathers materials.
9. nanoscale organic adsorption clay mixing arrangement according to claim 1 or 2, it is characterised in that：The vacuum spiral
Band blender includes rack, mixing cylinder body, lid, main shaft, ribbon and motor；Feed inlet, the lid are provided on the lid
Body is fixedly connected with mixing cylinder body；The mixing cylinder body fixed frame is located in the rack, on the discharge port of mixing cylinder base
It is provided with airlock；The main shaft is installed in compounding jar body, and the ribbon is installed on main shaft, and one end end of main shaft is pierced by
Compounding jar is external and connect with motor drive, is provided with speed reducer between the motor and main shaft.
10. nanoscale organic adsorption clay mixing arrangement according to claim 9, it is characterised in that：It further include pedestal, institute
State rack fixed setting on the base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820318938.1U CN208115677U (en) | 2018-03-07 | 2018-03-07 | A kind of nanoscale organic adsorption clay mixing arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820318938.1U CN208115677U (en) | 2018-03-07 | 2018-03-07 | A kind of nanoscale organic adsorption clay mixing arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208115677U true CN208115677U (en) | 2018-11-20 |
Family
ID=64204460
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820318938.1U Active CN208115677U (en) | 2018-03-07 | 2018-03-07 | A kind of nanoscale organic adsorption clay mixing arrangement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208115677U (en) |
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2018
- 2018-03-07 CN CN201820318938.1U patent/CN208115677U/en active Active
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