CN206444361U - The waste gas filter that waste gas screen pack and its assembling are formed - Google Patents
The waste gas filter that waste gas screen pack and its assembling are formed Download PDFInfo
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- CN206444361U CN206444361U CN201720096277.8U CN201720096277U CN206444361U CN 206444361 U CN206444361 U CN 206444361U CN 201720096277 U CN201720096277 U CN 201720096277U CN 206444361 U CN206444361 U CN 206444361U
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- waste gas
- screen pack
- gas screen
- edge strip
- cone
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Abstract
The utility model provides the waste gas filter that a kind of waste gas screen pack and its assembling are formed, the waste gas filter includes the two waste gas screen packs that opposite intersecting is set up and down, wherein each waste gas screen pack has the sequential cells of multiple many pyramidal shaped structures, multiple connection ribs, multiple projections and a peripheral edge strip, there are multiple protruded stigmas on the peripheral edge strip, the vertex of a cone of each sequential cells is equipped with fixing hole, the fixing hole is corresponding with the shape of projection and protruded stigma, allow two waste gas screen packs thoroughly by the fixing hole respectively with projection and the plugging urgent of protruded stigma and be connected and form the waste gas filter, it assembles easy, firm in structure and filter effect is good.Waste gas filter of the present utility model can separately arrange in pairs or groups sprinkling water smoke to form moisture film on two waste gas screen packs, and airborne particulates, effect of strengthened purification air are captured by the moisture film.
Description
Technical field
The utility model is the waste gas filter that a kind of waste gas screen pack and its assembling are formed, and espespecially a kind of assembling is held
Easily, the waste gas filter that the good waste gas screen pack of structural strength and its assembling are formed.
Background technology
The waste gas screen pack of prior art as disclosed in the A patent gazettes of U.S. Patent Publication US 5425902, its by
The overlapping network structure that plural twine weaves two bumps relatively with solid crossbar is combined, although such a waste gas screen pack energy
The water smoke sprayed thereon is effectively adsorbed in wire side, and effectively can be adsorbed using the surface tension effects formation of water in air
Particulate or pernicious gas moisture film, but the solid crossbar braiding mode formed screen pack its workmanship is extremely complex, be produced into
This is too high, and is limited to the technological limit of solid crossbar braiding, and it, which weaves turning point, can easily leave unshapeliness part, and then
The uneven situation of hole size is produced, the uneven hole is by prolonged use or screen pack installation process
Pull, can also aggravate the uneven situation of hole size so that the excessive hole in aperture effectively can not produce moisture film and reduce
The effect of filtering.
To improve the problem of above-mentioned filter effect is not evident, prior art such as TaiWan, China patent announcement the M410608th is new
Type patent discloses to have humidifies web frame 90 by the overlapping filtering constituted of the continuous assembled unit of plural corner taper, as shown in Figure 6.
Filtering humidification web frame 90 includes a upper substrate 91A and a lower substrate 91B, upper substrate 91A and bottom base
Material 91B respectively at its vertex of a cone 911A, 911B provided with plugging post 100 and in cone pin 912A, 912B provided with plugging hole 110, its by
By upper substrate 91A and lower substrate 91B opposite overlapping setting, and cause upper substrate 91A's to plug post
100 be inserted in lower substrate 91B plug hole 110, but plug hole 110 because the diameter for plugging post 100 is significantly less than this
Aperture, it is therefore desirable to upper substrate 91A is connected with lower substrate 91B in the way of viscose or thermal welding again,
The assembling of filtering humidification web frame 90 can just be completed.
In addition, upper substrate 91A and lower substrate 91B are connected using the mode of viscose, easily because prolonged
Using and degumming, cause upper substrate 91A to be separated with lower substrate 91B.If the mode for using thermal welding instead connects the top
Base material 91A and lower substrate 91B, except the procedure for processing of thermal welding is complicated, must also invest a whole set of thermal welding equipment
Outside, also cause connection effect not good easily because the temperature control during thermal welding is bad or heating location control is inaccurate
Or filtering hole is destroyed, also it is unfavorable for the use of filtering humidification web frame 90.In addition, when waste gas screen pack is used to handle high temperature
It must use resistant to elevated temperatures material such as during gas：Teflon is made, therefore the waste gas screen pack is that can not use thermal welding
Mode be attached fixation.
Utility model content
In view of the shortcoming and deficiency of prior art, one kind is needed to have structural strength more preferably and connect at this stage
Connect state more stable, be difficult to separate or crumble because of permanent use, will not also cause it to filter hole in process
The waste gas filter that destroyed waste gas screen pack and its assembling is formed.
To reach the purpose of above-mentioned utility model, the utility model provides a kind of waste gas screen pack, and it includes：It is multiple continuous
Unit, multiple connection ribs, multiple projections and a peripheral edge strip, the multiple sequential cells can along the peripheral edge strip without
Limit extension.Each sequential cells are respectively pyramidal shaped structures more than one, and each sequential cells include respectively：One vertex of a cone, multiple cone pin with
And multiple conical surfaces.The vertex of a cone is equipped with a fixing hole, and a longitudinal vallum is formed between each cone pin and the vertex of a cone, and described any
Connection is formed with an edge strip between two adjacent cone pin.Each conical surface be respectively formed in the vertex of a cone and adjacent two cones pin edge strip it
Between, and each conical surface is formed with multiple horizontal parting beads, the horizontal parting bead connects adjacent longitudinal vallum and the horizontal parting bead
It is be arranged in parallel with the edge strip.Each connection rib connects the edge strip of adjacent sequential cells, and the projection is respectively formed in respectively
The adjacent place of cone pin of the adjacent sequential cells of rib is connected, the projection is protruded towards the vertex of a cone direction of sequential cells,
And the setting corresponding with the fixing hole of the vertex of a cone of the shape of the projection；And the periphery sides bar is formed at multiple sequential cells
Common outer peripheral edge, multiple protruded stigmas are provided with the side of the peripheral edge strip, and are equipped with the opposite side of the peripheral edge strip
Multiple fixed holes, the protruded stigma and the corresponding setting of the fixed hole shape.
The utility model has the advantage of the structure setting for using each sequential cells being respectively pyramid more than one, manufacture
Go out structure more firm airstrainer so that the instrument for air cleaning is difficult during air filtration because wind
Press through big and breakage crumbles, and can be more effectively long lasting for carrying out air cleaning work.
Preferably, each sequential cells are respectively hexagonal pyramidal structure.In being all many pyramids due to hexagonal pyramidal
Structure the firmest, therefore by the use of hexagonal pyramidal structure as the sequential cells of airstrainer, can effectively lift air mistake
The robustness of filter screen.
Preferably, the column diameter of each projection is more than the aperture of each fixing hole, and the post of each projection
Body is directed away from the aperture of the diameter less than each fixing hole of one end of the connection rib；The column diameter of another each protruded stigma
More than the aperture and the aperture of each fixing hole in each fixed hole, and the cylinder of each protruded stigma is directed away from the periphery sides
The diameter of one end of bar is less than the aperture in each fixed hole and the aperture of each fixing hole.This technological means utilizes each projection
Column diameter is oppositely arranged with the aperture of each fixing hole, and the column diameter of each protruded stigma is relative with the aperture in each fixed hole
Set so that two waste gas screen packs can by be simply mutually clamped it is urgent can reach interconnection it is fixed and transverse direction or
The effect of Longitudinal extending.
Preferably, the horizontal parting bead of each conical surface is in set at equal intervals.This technological means using the horizontal parting bead it
Between the space of formation is set at equal intervals, when spraying water smoke towards the space, you can be formed between the horizontal parting bead
Moisture film, and captured the dust, the particulate that flow in the air for passing through the waste gas screen pack using the moisture film, to reach purification
The effect of air.
Preferably, multiple sequential cells of each waste gas screen pack, multiple connection ribs, multiple projections and the peripheral edge strip
Be one of the forming setting.This technological means utilizes the integrally formed waste gas screen pack so that each structure of the waste gas screen pack
It is difficult because rate of air circulation is big and is pressurized and separates, it is ensured that the progress of air filtration work.
The utility model separately provides a kind of waste gas filter, and it includes two foregoing waste gas screen packs, wherein
The projection and protruded stigma of one waste gas screen pack are inserted in the fixing hole of another waste gas screen pack, and two waste gas screen packs is more
The vertex of a cone of individual sequential cells is in be staggered in opposite directions.This technological means utilizes the two waste gas screen pack opposite intersecting up and down
Assembling is set to form the waste gas filter of the sequential cells structure with hexagonal pyramidal so that the hole of waste gas screen pack becomes
It is smaller, and structure more firm air filter can be produced so that the instrument for air cleaning is difficult in air
Crumbled during filtering because blast is excessive and damaged, and can be more effectively long lasting for progress air cleaning work.
Brief description of the drawings
Fig. 1 is the stereo appearance figure of waste gas screen pack of the present utility model.
Fig. 2 is the side view of waste gas screen pack of the present utility model.
Fig. 3 is the assembling schematic diagram of waste gas filter of the present utility model.
Fig. 4 is the stereo appearance figure of waste gas filter of the present utility model.
Fig. 5 is the top view of waste gas filter of the present utility model.
Fig. 6 is the assembling schematic diagram of the filtering humidification web frame of prior art.
Main element label declaration：
10 waste gas screen pack 10A the first waste gas screen packs
The sequential cells of the second waste gas of 10B screen pack 11
The fixing hole of 111 vertex of a cone 1111
1112 longitudinal edge strips of vallum 1113
The 1114 horizontal cone of parting bead 112 pin
113 conical surfaces 12 connect rib
The peripheral edge strip of 13 projection 14
The fixed hole of 141 protruded stigma 142
20 waste gas filters
Embodiment
It please coordinate accompanying drawing and preferred embodiment of the present utility model below, the utility model is expanded on further to reach predetermined
The technological means that utility model purpose is taken.
It please consider in light of actual conditions shown in Fig. 1 and Fig. 2, waste gas screen pack 10 of the present utility model includes multiple sequential cells 11, multiple
Connect the peripheral edge strip 14 of rib 12, multiple projections 13 and one, it is the multiple sequential cells 11, multiple connection ribs 12, multiple
Projection 13 and the peripheral edge strip 14 are one of the forming setting.
Each sequential cells 11 are respectively a hexagonal pyramidal structure, and each sequential cells 11 include respectively：One vertex of a cone
111st, six cone pin 112 and six conical surfaces 113, the vertex of a cone 111 are equipped with a fixing hole 1111, six cones pin 112
Be formed with a longitudinal vallum 1112 between each cone pin 112 and the vertex of a cone 111, and the arbitrary neighborhood two cone pin 112 it
Between connection be formed with an edge strip 1113.Six conical surfaces 113 are respectively formed in each vertex of a cone 111 and two adjacent cone pin
Between 112 edge strip 1113, and each conical surface 113 is formed with multiple horizontal parting beads 1114, and the horizontal parting bead 1114 connects
Adjacent longitudinal vallum 1112 is connect, and the horizontal parting bead 1114 be arranged in parallel with edge strip 1113, and each conical surface 113
It is in set at equal intervals each other between horizontal parting bead 1114.
Each connection rib 12 connects the edge strip 1113 of adjacent sequential cells 11, and in pair of each connection rib 12
Foregoing projection 13 should be formed in the adjacent place of the cone pin 112 of adjacent sequential cells 11, the projection 13 is towards each continuous list
The direction of the vertex of a cone 111 of member 11 protrudes from the connection rib 12, and the shape of the projection 13 and the fixing hole of each vertex of a cone 111
1111 corresponding settings, and aperture ds of the column diameter D more than each fixing hole 1111 of each projection 13, and it is described
The cylinder of each projection 13 is directed away from the aperture ds of the diameter D ' less than each fixing hole 1111 of one end of the connection rib 12.
The peripheral edge strip 14 is formed at the outer peripheral edge of the hexagonal pyramidal structure of the outermost of the multiple sequential cells 11, i.e.,
The peripheral edge strip 14 is formed at the common outer peripheral edge of multiple sequential cells 11, and is set on the side of the peripheral edge strip 14
There are multiple protruded stigmas 141, and be equipped with the opposite side of the peripheral edge strip 14 multiple fixed holes 142, the protruded stigma 141 and institute
State the corresponding setting of the fixed shape of hole 142, and holes of the column diameter E more than each fixed hole 142 of each protruded stigma 141
Footpath e and each fixing hole 1111 aperture d, and the cylinder of each protruded stigma 141 is directed away from the peripheral edge strip 14
The diameter E ' of one end is less than the aperture e in each fixed hole 142 and aperture d of each fixing hole 1111 so that left and right phase
It can extend and expand by protruded stigma 141 and mutually the plugging fixed of fixed hole 142 between adjacent two panels waste gas screen pack 10, or
It is that can mutually plug fixed and layer by protruded stigma 141 and fixing hole 1111 between lower adjacent two panels waste gas screen pack 10
It is folded to set.
It please consider in light of actual conditions shown in Fig. 3 to Fig. 4, waste gas filter 20 of the present utility model includes：One first waste gas screen pack 10A
And one second waste gas screen pack 10B, the first waste gas screen pack 10A and the second waste gas screen pack 10B structure it is identical,
As it was previously stated, and the first waste gas screen pack 10A and the second waste gas screen pack 10B is opposite and be stacked.
The first waste gas screen pack 10A and the second waste gas screen pack 10B is stated before assembling to form waste gas filtering dress
When putting 20, first by the first waste gas screen pack 10A projection 13 or protruded stigma 141 towards the second waste gas screen pack 10B fixation
Hole 1111 is close, and the column diameter D and the column diameter E of each protruded stigma 141 using each projection 13 are more than each fixing hole
1111 aperture d structure setting so that it is urgent that the first waste gas screen pack 10A projection 13 and protruded stigma 141 plugs engaging
In the second waste gas screen pack 10B fixing hole 1111, so cause the first waste gas screen pack 10A the vertex of a cone 111 and
The second waste gas screen pack 10B vertex of a cone 111 is set in opposite intersecting；And the second waste gas screen pack 10B projection 13
And protruded stigma 141 equally plug it is urgent in the first waste gas screen pack 10A fixing hole 1111, it is of the present utility model to complete
The assembling of waste gas filter 20.
In addition, the first waste gas screen pack 10A of the present utility model and the second waste gas screen pack 10B is relative using its size
The setting of the fixing hole 1111 and projection 13 answered and protruded stigma 141 so that the first waste gas screen pack 10A and the second waste gas mistake
Filter screen 10B is directly assembled using the urgent cooperation of fixing hole 1111 and projection 13 and protruded stigma 141, you can formed with fixed connection
Waste gas filter 20, needn't the glutinous of viscose set or thermal welding equipment is purchased, you can with reach avoid degumming cause this first
Waste gas screen pack 10A is separated with the second waste gas screen pack 10B, can also significantly simplify the preparation process of waste gas filter 10
And reduce its manufacturing cost.
Waste gas filter 20 of the present utility model is applied to its first waste gas screen pack 10A and the second waste gas screen pack
Water smoke is sprayed on 10B, and then to form moisture film between the horizontal parting bead 1114 on each conical surface 113, and will using the moisture film
Suspended particles or pernicious gas in air are captured so that the pollutant in environment be fixed on horizontal parting bead 1114 it
Between moisture film on, thereby reach the effect of filtering.
Referring in addition to shown in Fig. 5, the first waste gas screen pack 10A of waste gas filter 20 of the present utility model and second gives up
After gas screen pack 10B is fixed via the setting of opposite intersecting, the horizontal stroke of the first waste gas screen pack 10A each conical surface 113
Intersected arrangement form rhombus to the horizontal parting bead 1114 of parting bead 1114 Yu the second waste gas screen pack 10B each conical surface 113
Shape filter 30, the thereby setting of diamond shaped filter 30 can filter more tiny dust, lift the effect of air cleaning.
In summary, the utility model is set using opposite intersecting up and down the first waste gas screen pack 10A and the
Two waste gas screen pack 10B assemble the waste gas filter 20 to form the sequential cells 11 with many pyramidal shaped structures, and arrange in pairs or groups
The fixed structure that mutually plugs of fixing hole 1111 and projection 13 and protruded stigma 141 is set, and not only effectively simplifies waste gas filter
20 manufacturing process, and structure more firm air filter part can be built up, and suitable for the environmental condition of any high/low temperature,
Promoting the instrument of air cleaning to improve has new breakthrough.
The schematical embodiment of the utility model is the foregoing is only, model of the present utility model is not limited to
Enclose.Any those skilled in the art, the made equivalent change on the premise of design of the present utility model and principle is not departed from
Change and change, the scope of the utility model protection all should be belonged to.
Claims (10)
1. a kind of waste gas screen pack, it is characterised in that the waste gas screen pack includes：
Multiple sequential cells, each sequential cells are respectively many pyramidal shaped structures, and each sequential cells include respectively：
One vertex of a cone, the vertex of a cone is equipped with a fixing hole；
Multiple cone pin, are formed with a longitudinal vallum between each cone pin and the vertex of a cone, and bored described in the two of arbitrary neighborhood pin it
Between connection be formed with an edge strip；And
Multiple conical surfaces, it is respectively formed between the edge strip that pin is bored described in the vertex of a cone and adjacent two, and each conical surface is formed with
Multiple horizontal parting beads, the horizontal parting bead connects adjacent longitudinal vallum, and the horizontal parting bead is parallel with the edge strip
Set；
Multiple connection ribs, each connection rib connects the edge strip of the adjacent sequential cells；
Multiple projections, the cone pin that the projection is respectively formed in the adjacent sequential cells of each connection rib is adjacent
Locate, and the projection is protruded towards the vertex of a cone direction of the sequential cells, and shape and the fixation of the vertex of a cone of the projection
Hole is corresponding to be set；And
One peripheral edge strip, the periphery sides bar is formed at the common outer peripheral edge of multiple sequential cells, the one of the peripheral edge strip
Side is provided with multiple protruded stigmas, and is equipped with the opposite side of the peripheral edge strip multiple fixed holes, the protruded stigma and described solid
Apertured shape is corresponding to be set.
2. waste gas screen pack as claimed in claim 1, it is characterised in that each sequential cells are respectively hexagonal pyramidal knot
Structure.
3. waste gas screen pack as claimed in claim 1 or 2, it is characterised in that the column diameter of each projection is more than each institute
State the aperture of fixing hole, and cylinder one end for being directed away from the connection rib of each projection diameter be less than it is each described solid
Determine the aperture in hole；The column diameter of each protruded stigma is more than the aperture in each fixed hole and the aperture of each fixing hole,
And the cylinder of each protruded stigma be directed away from one end of the peripheral edge strip diameter be less than each fixed hole aperture and
The aperture of each fixing hole.
4. waste gas screen pack as claimed in claim 1 or 2, it is characterised in that the horizontal parting bead of each conical surface is in set at equal intervals
Put.
5. waste gas screen pack as claimed in claim 3, it is characterised in that the horizontal parting bead of each conical surface is in set at equal intervals
Put.
6. waste gas screen pack as claimed in claim 1 or 2, it is characterised in that multiple continuous lists of each waste gas screen pack
First, multiple connection ribs, multiple projections and the peripheral edge strip are one of the forming setting.
7. waste gas screen pack as claimed in claim 3, it is characterised in that multiple sequential cells of each waste gas screen pack,
Multiple connection ribs, multiple projections and the peripheral edge strip are one of the forming setting.
8. waste gas screen pack as claimed in claim 4, it is characterised in that multiple sequential cells of each waste gas screen pack,
Multiple connection ribs, multiple projections and the peripheral edge strip are one of the forming setting.
9. waste gas screen pack as claimed in claim 5, it is characterised in that multiple sequential cells of each waste gas screen pack,
Multiple connection ribs, multiple projections and the peripheral edge strip are one of the forming setting.
10. a kind of waste gas filter, it includes the two waste gas screen packs as described in any one of claim 1 to 9, and its feature exists
In, wherein the projection and protruded stigma of waste gas screen pack described in one are inserted in the fixing hole of another waste gas screen pack, and
The vertex of a cone of multiple sequential cells of waste gas screen pack described in two is in be staggered in opposite directions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720096277.8U CN206444361U (en) | 2017-01-25 | 2017-01-25 | The waste gas filter that waste gas screen pack and its assembling are formed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720096277.8U CN206444361U (en) | 2017-01-25 | 2017-01-25 | The waste gas filter that waste gas screen pack and its assembling are formed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206444361U true CN206444361U (en) | 2017-08-29 |
Family
ID=59668306
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720096277.8U Active CN206444361U (en) | 2017-01-25 | 2017-01-25 | The waste gas filter that waste gas screen pack and its assembling are formed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206444361U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110052068A (en) * | 2019-04-24 | 2019-07-26 | 周口师范学院 | Honeycomb conical filter and preparation method thereof |
| CN116422057A (en) * | 2023-06-08 | 2023-07-14 | 天津长荣绿色包装科技有限公司 | Separating device with circulation stirring function for pulp fibers |
-
2017
- 2017-01-25 CN CN201720096277.8U patent/CN206444361U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110052068A (en) * | 2019-04-24 | 2019-07-26 | 周口师范学院 | Honeycomb conical filter and preparation method thereof |
| CN110052068B (en) * | 2019-04-24 | 2024-04-19 | 周口师范学院 | Honeycomb cone filter and method for making same |
| CN116422057A (en) * | 2023-06-08 | 2023-07-14 | 天津长荣绿色包装科技有限公司 | Separating device with circulation stirring function for pulp fibers |
| CN116422057B (en) * | 2023-06-08 | 2023-08-22 | 天津长荣绿色包装科技有限公司 | Separating device with circulation stirring function for pulp fibers |
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