CN206473981U - Multi-airway is without crushing granule filter material adsorption filtration device - Google Patents
Multi-airway is without crushing granule filter material adsorption filtration device Download PDFInfo
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- CN206473981U CN206473981U CN201720156573.2U CN201720156573U CN206473981U CN 206473981 U CN206473981 U CN 206473981U CN 201720156573 U CN201720156573 U CN 201720156573U CN 206473981 U CN206473981 U CN 206473981U
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Abstract
The utility model provides a kind of multi-airway without crushing granule filter material adsorption filtration device, including filter shell, and the bottom of filter shell offers air inlet；The top of filter shell offers exhaust outlet；The inside of filter shell sets the multi-airway that several are connected without crushing granule filter material adsorption filtration unit by direction from bottom to top.Advantage is：Each section of the multi-airway without crushing granule filter material adsorption filtration unit is arranged with intensive air flue, also, each air flue is communicated, so, pending gas circulation is out-of-date, and no pressure loss substantially reduces system energy consumption, saves operating cost.The device is cellular construction, quantity of the multi-airway without crushing granule filter material adsorption filtration unit can be increased or decreased according to the concentration of pending gas, each multi-airway has enough particles contact with gas stream surface without crushing granule filter material adsorption filtration unit, it is ensured that adsorption efficiency；Granule filter material can be realized to reload automatically.
Description
Technical field
The utility model is related to a kind of filter, and in particular to a kind of multi-airway is filled without the adsorption filtration of crushing granule filter material
Put.
Background technology
At present, it is mainly charcoal absorption filtering technique to commonly use industrial waste gas purifying technology.Charcoal absorption filtering refers to：
Self-assembling formation active carbon layer after activated carbon granule is accumulated in fixed container, then, causes air flow through active carbon layer and is adsorbed.
The subject matter that this kind of mode is present is：Air-flow is huge by pressure loss during active carbon layer so that the energy consumption of adsorption system is huge
Greatly, it is with high costs.
Utility model content
The defect existed for prior art, the utility model provides a kind of multi-airway without crushing granule filter material adsorption filtration
Device, can effectively solve the above problems.
The technical solution adopted in the utility model is as follows：
The multi-airway that the utility model is provided has advantages below without crushing granule filter material adsorption filtration device：
Each section of the multi-airway without crushing granule filter material adsorption filtration unit is arranged with intensive air flue, also, respectively
Individual air flue is communicated, so, pending gas circulation is out-of-date, and no pressure loss substantially reduces system energy consumption, saves operating cost.
The device is cellular construction, and multi-airway can be increased or decreased according to the concentration of pending gas without crushing granule filter material adsorption filtration
The quantity of unit, each multi-airway has enough particles table of the contact with gas stream without crushing granule filter material adsorption filtration unit
Face, it is ensured that adsorption efficiency；Reloaded automatically in addition, granule filter material can be realized.
Brief description of the drawings
Overall structure signal of the multi-airway without crushing granule filter material adsorption filtration device that Fig. 1 provides for the utility model
Figure.
Front elevation of the first multi-airway without crushing granule filter material adsorption filtration unit that Fig. 2 provides for the utility model；
Side view of the first multi-airway without crushing granule filter material adsorption filtration unit that Fig. 3 provides for the utility model；
Side view of second of multi-airway without crushing granule filter material adsorption filtration unit that Fig. 4 provides for the utility model；
Front elevation of second of multi-airway without crushing granule filter material adsorption filtration unit that Fig. 5 provides for the utility model.
Embodiment
In order that technical problem, technical scheme and beneficial effect that the utility model is solved are more clearly understood, below
With reference to drawings and Examples, the utility model is further elaborated.It should be appreciated that specific implementation described herein
Example only to explain the utility model, is not used to limit the utility model.
The utility model provides a kind of multi-airway without crushing granule filter material adsorption filtration device, including filter shell 1,
The bottom of filter shell 1 offers air inlet 2；The top of filter shell 1 offers exhaust outlet 3；Outside filter
The inside of shell 1 sets the multi-airway that several are connected without crushing granule filter material adsorption filtration unit 4 by direction from bottom to top；In figure
In 1, have 4 multi-airways and connected without crushing granule filter material adsorption filtration unit, respectively the 1st multi-airway is without crushing granule filter material
Adsorption filtration unit 4.1, the 2nd multi-airway are filtered without crushing granule filter material adsorption filtration unit 4.2, the 3rd multi-airway without crushing particle
Expect adsorption filtration unit 4.3 and the 4th multi-airway without crushing granule filter material adsorption filtration unit 4.4.Certainly, in practical application, root
Amount and filtering accuracy requirement according to filtering gas, can be adjusted flexibly the multi-airway of series connection without crushing granule filter material adsorption filtration list
The quantity of member.
Multi-airway is without crushing granule filter material adsorption filtration device, by taking Fig. 1 as an example, and the flow to gas adsorbing filtration is：
1st, the 1st multi-airway that pending gas is flowed into absorption cavity from air inlet 2 was adsorbed without crushing granule filter material
Filter unit；
2nd, after carrying out adsorption cleaning to gas without crushing granule filter material adsorption filtration unit through the 1st multi-airway, then flow into
The 2nd multi-airway to series winding is without crushing granule filter material adsorption filtration unit；The rest may be inferred, until through the 4th multi-airway without pressure
Damage after granule filter material adsorption filtration unit adsorption filtration, purified gas is discharged from exhaust outlet 3.
The multi-airway that the utility model is related to is without crushing granule filter material adsorption filtration unit, its structure：Multi-airway without
Crushing granule filter material adsorption filtration unit 4 includes：Adsorption filtration cavity, if the inside of adsorption filtration cavity is divided into by sheet material
Dry parallel air flue, the two ends of each air flue are respectively air admission hole and steam vent；The side wall of each air flue is air flue sheet material,
The side wall of air flue sheet material offers several strip passages arranged in parallel；It is disposed with the adsorption filtration cavity of air flue sheet material
Adsorption particle filtrate is filled by direction from top to bottom.
Therefore, each section of the multi-airway without crushing granule filter material adsorption filtration unit is arranged with intensive air flue, and
And, each air flue is communicated, so, pending gas circulation is out-of-date, and no pressure loss substantially reduces system energy consumption, saves operation
Cost.The device is cellular construction, and multi-airway can be increased or decreased according to the concentration of pending gas and is inhaled without crushing granule filter material
The quantity of attached filter element, each multi-airway has connecing for enough particles and gas stream without crushing granule filter material adsorption filtration unit
Touch surface, it is ensured that adsorption efficiency.
The principle without crushing granule filter material adsorption filtration unit based on above-mentioned multi-airway, is described below two kinds of specific absorption
Filter element embodiment：
Embodiment one：
Referring to Fig. 2-Fig. 3, multi-airway includes adsorption filtration skeleton and absorption without crushing granule filter material adsorption filtration unit
Granule filter material；
Adsorption filtration skeleton includes the sheet material 5 of several integral shape by die-cutting；On each sheet material, formed every setpoint distance
Section is trapezoidal trapezoidal raised 5.1, in the axial direction, trapezoidal raised for bending strip；Sheet material is pressed into direction from bottom to top, successively
It is designated as the 1st sheet material, the 2nd the n-th sheet material of sheet material ...；Wherein, n is natural number；First, trapezoidal projection directed downwardly the is placed in bottommost
1 sheet material, then, places trapezoidal raised the 2nd sheet material upward above the 1st sheet material, makes the trapezoidal projection and the 2nd of the 1st sheet material
The trapezoidal projection of sheet material is to being anchored to together, and Formation cross-section is the 1st layer of bending air flue of hexagon；Then, above the 2nd sheet material
It is superimposed after symmetrical 3rd sheet material and the 4th sheet material, the trapezoidal raised make-up for making the 3rd sheet material and the 4th sheet material, Formation cross-section is six sides
2nd layer of bending air flue of shape；So constantly analogize, that is, form the adsorption filtration skeleton that air flue is bent with multilayer；In addition, each
The trapezoidal projection of sheet material includes horizontal edge and the left hypotenuse and right hypotenuse positioned at horizontal edge both sides；Left hypotenuse and right hypotenuse are vertically
Several strip steam vents have been evenly arranged it, strip steam vent is used to from a bending air flue guiding air-flow into adjacent curved
Bent air flue, and then reduce crushing；Finally, adsorption filtration skeleton is by from top to bottom direction filling adsorption particle filtrate.
In practical application, to ensure the intensity of sheet-stacking, the center of each sheet material offers mounting hole；Each is not
After level sheet-stacking, using connecting rod, the mounting hole of each sheet material is sequentially passed through, and then each sheet material series winding is fixed
Get up.
In addition, the material of adsorption filtration skeleton includes but is not limited to aluminium material or plastic material.
Embodiment two：
Multi-airway includes adsorption filtration skeleton and adsorption particle filtrate without crushing granule filter material adsorption filtration unit；
Adsorption filtration skeleton includes：Bottom plate 6.1, front side board 6.2, back side panel 6.3 and end plate 6.4；
Front side board 6.2 and back side panel 6.3 is fixedly mounted in the front and rear sides of bottom plate 6.1 respectively；Peace is fixed in the end of bottom plate 6.1
Fill end plate 6.4；
The length direction of front side board 6.2 is X-direction, and short transverse is Z-direction；On front side board 6.2, by side from bottom to top
To, i.e. along Z-direction, the 1st layer of rhombus through hole, the 2nd layer of rhombus through hole ... n-th layer rhombus through hole are offered successively；Wherein, n is certainly
So count；1st layer of rhombus through hole includes 1-1 rhombuses through hole, 1-2 rhombus through hole ... the 1-m rhombuses of X-direction spaced set
Through hole；Wherein, m is natural number；2nd layer of rhombus through hole includes 2-1 rhombuses through hole, the 2-2 rhombuses of X-direction spaced set
Through hole ... 2-m rhombus through holes；The rest may be inferred, (n-1)th rhombus through hole of the n-th layer rhombus through hole including X-direction spaced set,
N-th -2 rhombus through hole ... the n-th-m rhombus through holes；Also, each rhombus through hole in the 2nd layer is located at neighboring diamonds in the 1st layer and led to
In the gap in hole；The arrangement mode of 3rd layer of rhombus through hole is identical with the arrangement mode of the 1st layer of rhombus through hole；4th layer of rhombus through hole
Arrangement mode it is identical with the arrangement mode of the 2nd layer of rhombus through hole；By that analogy；
Back side panel 6.3 offers rhombus through hole corresponding with the rhombus through hole of front side board 6.2；For front side board and back side panel
In every a pair of rhombuses through hole, insert angle bar, the oblique side in left and right of angle bar uniformly offers strip through hole, is consequently formed suction
Attached filtering skeleton；Finally, adsorption filtration skeleton is by from top to bottom direction filling adsorption particle filtrate.
The multi-airway provided using the utility model is without crushing granule filter material adsorption filtration device, when by multiple adsorption filtrations
After unit is superimposed together, as long as setting discharge gate, drive of the discharge gate in screw rod in the bottom of bottom adsorption filtration unit
Under dynamic, the portable discharge of granule filter material can be achieved, then adds from top new granule filter material, you can the automatic of granule filter material is realized
Reload function.
The multi-airway that the utility model is provided has advantages below without crushing granule filter material adsorption filtration device：
Each section of the multi-airway without crushing granule filter material adsorption filtration unit is arranged with intensive air flue, also, respectively
Individual air flue is communicated, so, pending gas circulation is out-of-date, and no pressure loss substantially reduces system energy consumption, saves operating cost.
The device is cellular construction, and multi-airway can be increased or decreased according to the concentration of pending gas without crushing granule filter material adsorption filtration
The quantity of unit, each multi-airway has enough particles table of the contact with gas stream without crushing granule filter material adsorption filtration unit
Face, it is ensured that adsorption efficiency.
Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model principle is not departed from, some improvements and modifications can also be made, these improve and
Retouching should also regard protection domain of the present utility model.
Claims (5)
1. a kind of multi-airway is without crushing granule filter material adsorption filtration device, it is characterised in that including filter shell (1), institute
The bottom for stating filter shell (1) offers air inlet (2)；The top of the filter shell (1) offers exhaust outlet
(3)；The inside of the filter shell (1) sets the multi-airway that several are connected to be filtered without crushing particle by direction from bottom to top
Expect adsorption filtration unit (4)；
Wherein, the multi-airway includes without crushing granule filter material adsorption filtration unit (4)：Adsorption filtration cavity, it is described to adsorb
The inside of filter chamber body is divided into several parallel air flues by sheet material, and the two ends of each air flue are respectively air admission hole and row
Stomata；The side wall of each air flue is air flue sheet material, and it is arranged in parallel that the side wall of the air flue sheet material offers several
Strip passage；The adsorption filtration cavity for being disposed with air flue sheet material fills adsorption particle filtrate by direction from top to bottom.
2. multi-airway according to claim 1 is without crushing granule filter material adsorption filtration device, it is characterised in that many gas
Road includes adsorption filtration skeleton and adsorption particle filtrate without crushing granule filter material adsorption filtration unit；
The adsorption filtration skeleton includes the sheet material (5) of several integral shape by die-cutting；On each sheet material, every setting away from
It is trapezoidal trapezoidal raised (5.1) from Formation cross-section, it is in the axial direction, trapezoidal raised for bending strip；By sheet material by from bottom to top
Direction, is designated as the 1st sheet material, the 2nd the n-th sheet material of sheet material ... successively；Wherein, n is natural number；First, place trapezoidal convex in bottommost
The 1st sheet material directed downwardly is played, then, trapezoidal raised the 2nd sheet material upward is placed above the 1st sheet material, makes the trapezoidal of the 1st sheet material
The trapezoidal projection of raised and the 2nd sheet material is to being anchored to together, and Formation cross-section is the 1st layer of bending air flue of hexagon；Then, the 2nd
It is superimposed after symmetrical 3rd sheet material and the 4th sheet material, the trapezoidal raised make-up for making the 3rd sheet material and the 4th sheet material, is formed above sheet material
Section is the 2nd layer of bending air flue of hexagon；So constantly analogize, that is, form the adsorption filtration bone that air flue is bent with multilayer
Frame；In addition, each sheet material is trapezoidal raised including horizontal edge and the left hypotenuse and right hypotenuse positioned at the horizontal edge both sides；
The left hypotenuse and the right hypotenuse have been evenly arranged several strip steam vents vertically, and the strip steam vent is used for
Air-flow is guided into adjacent bending air flue from a bending air flue, and then reduce crushing；
Finally, the adsorption filtration skeleton fills the adsorption particle filtrate by from top to bottom direction.
3. multi-airway according to claim 2 is without crushing granule filter material adsorption filtration device, it is characterised in that each described
The center of sheet material offers mounting hole；After the sheet-stacking of each different height, using connecting rod, each piece is sequentially passed through
The mounting hole of material, and then each described sheet material series winding is fixed up.
4. multi-airway according to claim 2 is without crushing granule filter material adsorption filtration device, it is characterised in that the absorption
The material for filtering skeleton is aluminium material or plastic material.
5. multi-airway according to claim 1 is without crushing granule filter material adsorption filtration device, it is characterised in that many gas
Road includes adsorption filtration skeleton and adsorption particle filtrate without crushing granule filter material adsorption filtration unit；
The adsorption filtration skeleton includes：Bottom plate (6.1), front side board (6.2), back side panel (6.3) and end plate (6.4)；
The front side board (6.2) and the back side panel (6.3) is fixedly mounted in the front and rear sides of the bottom plate (6.1) respectively；It is described
The end plate (6.4) is fixedly mounted in the end of bottom plate (6.1)；
The length direction of the front side board (6.2) is X-direction, and short transverse is Z-direction；On the front side board (6.2), by certainly
Lower and upper direction, i.e. along Z-direction, the 1st layer of rhombus through hole, the 2nd layer of rhombus through hole ... n-th layer rhombus through hole are offered successively；Its
In, n is natural number；The 1st layer of rhombus through hole includes the 1-1 rhombuses through hole of X-direction spaced set, 1-2 rhombuses and led to
Hole ... 1-m rhombus through holes；Wherein, m is natural number；The 2nd layer of rhombus through hole includes the 2-1 of X-direction spaced set
Rhombus through hole, 2-2 rhombus through hole ... 2-m rhombus through holes；The rest may be inferred, between the n-th layer rhombus through hole is including X-direction etc.
The (n-1)th rhombus through hole away from setting, n-th -2 rhombus through hole ... the n-th-m rhombus through holes；Also, each rhombus through hole in the 2nd layer
In the gap of neighboring diamonds through hole in the 1st layer；The arrangement of the arrangement mode and the 1st layer of rhombus through hole of 3rd layer of rhombus through hole
Mode is identical；The arrangement mode of 4th layer of rhombus through hole is identical with the arrangement mode of the 2nd layer of rhombus through hole；By that analogy；
The back side panel (6.3) offers rhombus through hole corresponding with the rhombus through hole of the front side board (6.2)；For front side board
With every a pair of rhombuses through hole in back side panel, angle bar is inserted, the oblique side in left and right of the angle bar uniformly offers strip and led to
Hole, is consequently formed adsorption filtration skeleton；
Finally, the adsorption filtration skeleton fills the adsorption particle filtrate by from top to bottom direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720156573.2U CN206473981U (en) | 2017-02-21 | 2017-02-21 | Multi-airway is without crushing granule filter material adsorption filtration device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720156573.2U CN206473981U (en) | 2017-02-21 | 2017-02-21 | Multi-airway is without crushing granule filter material adsorption filtration device |
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| Publication Number | Publication Date |
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| CN206473981U true CN206473981U (en) | 2017-09-08 |
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| CN201720156573.2U Expired - Fee Related CN206473981U (en) | 2017-02-21 | 2017-02-21 | Multi-airway is without crushing granule filter material adsorption filtration device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113350962A (en) * | 2021-04-26 | 2021-09-07 | 中国辐射防护研究院 | Iodine adsorption device with high utilization rate of adsorbent |
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2017
- 2017-02-21 CN CN201720156573.2U patent/CN206473981U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113350962A (en) * | 2021-04-26 | 2021-09-07 | 中国辐射防护研究院 | Iodine adsorption device with high utilization rate of adsorbent |
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