CN204294003U - A kind of special equipment manufacturing nanometer micropore air-purifying net - Google Patents
A kind of special equipment manufacturing nanometer micropore air-purifying net Download PDFInfo
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- CN204294003U CN204294003U CN201420762105.6U CN201420762105U CN204294003U CN 204294003 U CN204294003 U CN 204294003U CN 201420762105 U CN201420762105 U CN 201420762105U CN 204294003 U CN204294003 U CN 204294003U
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- nanofiber
- sedimentation
- flat bucket
- driving shaft
- base material
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Abstract
A kind of special equipment manufacturing nanometer micropore air-purifying net, comprise driven shaft, driving shaft, two transition rollers, the flat bucket of nanofiber sedimentation, linear suction nozzle, nanofiber spread nozzle and atomization glue jet blower, two transition roller horizontal parallel are arranged, driving shaft is driven by frequency-conversion drive apparatus, the flat bucket of nanofiber sedimentation is arranged on the top of the upper tangent line of two transition rollers, to be provided with solidification near driving shaft side at the flat bucket of nanofiber sedimentation to heat tuyere, atomization glue jet blower is provided with near driven shaft side at the flat bucket of nanofiber sedimentation, linear suction nozzle is arranged on the below of the flat bucket of nanofiber sedimentation, the upper end of nanofiber spread nozzle and the flat bucket of nanofiber sedimentation interlinks.It can form with nanofiber and adhesive the porous nano microporous barrier that aperture is 0.1 micron ~ 2.5 microns on gauze base material, produces nanometer micropore air-purifying net.
Description
Technical field:
The utility model relates to a kind of screen pack that can purify air, particularly relates to the production equipment of this cleaning filtration screen of air.
Background technology:
Along with the fast development of suitability for industrialized production, the development of high energy consumption resource-type makes air quality increasingly worsen, the impact of industrialization on air quality is more and more serious, and along with the raising of people's living standard, people more and more pay attention to own health, air quality directly has influence on the healthy of people, present people more and more pay attention to IAQ, due to the entire lowering of Outdoor Air Quality, especially in haze weather, indoor air quality is also very bad, air cleaning facility is brought into use in order to improve the indoor many people of air quality, this promotes udst separation technology development and raising.At present, indoor air purification is realized by air purifier, at indoor location air purifier, the air intake of indoor carries out filtering by air purifier, adsorption cleaning, some clarifiers also have disinfection function, realize the absorption to room air, filtration and sterilization thus, the pollutant in air is stayed each metafiltration on the net, obtain pure and fresh air.This air purifier not only price is high, and use cost is high, and the consumptive material such as filter screen, active adsorbing material needs timing to change, and uses inconvenience, and consumptive material costly simultaneously.
In recent years, although air purifier progressively be familiar with by people, but all adopt non-woven fabrics or INVENTIONPaper filter granule dust in air purifier, charcoal absorption noxious odor isotype, although this purification method is effective in theory, but the physical characteristic of this kind of material determines them has intrinsic defect, such as active carbon once with the water molecules in air, adsorption capacity will be lost, after paper filter core makes moist, permeability can significantly decline, therefore, existing cleaning filtration screen of air, adsorption capacity is poor, service life is short, clean-up effect is undesirable.
This be applicant carried out to long-term research and test, work out a kind of nanometer micropore air-purifying net.This nanometer micropore air-purifying net, be made up of gauze base material 1 and nanopore membrane 2, described nanopore membrane 2 is made up of solidification colloid 21 and the short chopping 22 of nanofiber, what the short chopping of nanofiber 22 was crisscross is bonded on solidification colloid 21, form the micropore that diameter is 0.1 micron ~ 2.5 microns, nanopore membrane 2 is fixed on gauze base material 1 in adhesive curing occlusion mode by solidification colloid 21.It can be directly installed on window, filter, effectively stopping the solid particle of PM2.5, preventing dirty air from entering indoor, ensureing indoor air quality, reduce the impact of outdoor dirty air on indoor entering indoor air.
Utility model content:
The purpose of this utility model is to provide a kind of special equipment manufacturing nanometer micropore air-purifying net, it can form with the short chopping of nanofiber and adhesive the porous nano microporous barrier that aperture is 0.1 micron ~ 2.5 microns on gauze base material, produces nanometer micropore air-purifying net.
The technical scheme that the utility model is taked is as follows:
A kind of equipment manufacturing nanometer micropore air-purifying net, it is characterized in that: comprise driven shaft, driving shaft, two transition rollers, the flat bucket of nanofiber sedimentation, linear suction nozzle, nanofiber spread nozzle and atomization glue jet blower, two transition roller horizontal parallel are arranged, driving shaft is driven by frequency-conversion drive apparatus, the flat bucket of nanofiber sedimentation is arranged on the top of the upper tangent line of two transition rollers, to be provided with solidification near driving shaft side at the flat bucket of nanofiber sedimentation to heat tuyere, atomization glue jet blower is provided with near driven shaft side at the flat bucket of nanofiber sedimentation, linear suction nozzle is arranged on the below of the flat bucket of nanofiber sedimentation, the upper end of nanofiber spread nozzle and the flat bucket of nanofiber sedimentation interlinks.
Further, the cross sectional shape of the flat bucket of described nanofiber sedimentation is rectangle, and the long limit of rectangle is identical with the width of gauze base material.
The preparation method of nanometer micropore air-purifying net is as follows:
The first step, is arranged on driven shaft by gauze coiled material, and the initiating terminal of gauze base material is through two transition roller coiling on driving shaft, and gauze base material is stretching by level between two transition rollers, forms the support framework of nanopore membrane;
Second step, starting frequency-conversion drive apparatus drives driving shaft to rotate, start linear suction nozzle simultaneously, nanofiber spread nozzle, atomization glue jet blower and solidification are heated tuyere, driving shaft traction gauze base material average rate moves, the upper surface that atomization glue jet blower aims at gauze base material sprays vaporific glue in the width direction, nanofiber spread nozzle evenly sprays the short chopping of nanofiber in the flat bucket of nanofiber sedimentation, the short chopping of nanofiber falls to descending slowly and lightly on the gauze base material of surface band glue equably along the flat bucket of nanofiber sedimentation, the short chopping of nanofiber is bonded on gauze substrate surface by the bonded adhesives be attached on gauze substrate surface, owing to being provided with linear suction nozzle in the below of gauze base material, it can carry out secondary to the short chopping of nanofiber and inhale sticky reinforcing, heat tuyere to the bonding solidification of the short chopping of nanofiber with gauze base material by solidification.
Due to nanopore membrane being bonded on solidification colloid by the short chopping of crisscross nanofiber, form nanopore membrane, the surface of nanopore membrane defines the micropore that diameter is 0.1 micron ~ 2.5 microns, nanopore membrane is fixed on gauze base material by solidification colloid in adhesive curing occlusion mode, like this, when outside air enters indoor by this nanometer micropore air-purifying net, PM2.5 solid particulate matter floating in air is effectively resisted in outdoor; So little micropore effectively can also isolate pollen simultaneously, and pollen catch rate reaches 99%, and pollen allergic patients can be avoided in indoor generation pollen hypersensitivity symptom; Can not only cover ultraviolet through test nanofiber, UV-preventing rate reaches 51%; And there is excellent dash performance, nanopore membrane not easily condenses, even if rainwater descends slowly and lightly and also can not be blown into indoor by wind, ventilation of also windowing when therefore raining in nanopore membrane.Nanopore membrane also has excellent anti-dust absorption property, dust is not easy to stick in nanopore membrane, when cleaning at ordinary times, without the need to dismounting, directly spray with water or blow to outdoor indoor with hair-dryer and just can blow the dust be adsorbed in nanopore membrane easily off, rainy day, rainwater descended slowly and lightly energy automated cleaning in nanopore membrane.
Accompanying drawing illustrates:
Fig. 1 is the structural representation of nanometer micropore air-purifying net;
Fig. 2 is that nanofiber is bonded in the structural representation on gauze base material by colloid layer;
Fig. 3 is the process chart of the preparation method of nanometer micropore air-purifying net;
Fig. 4 is structural representation of the present utility model;
In figure: 1-gauze base material; 2-nanopore membrane; 3-driven shaft; 4-driving shaft; 5-transition roller; The flat bucket of 6-nanofiber sedimentation; The linear suction nozzle of 7-; 8-nanofiber spread nozzle; 9-is atomized glue jet blower; 10-solidifies tuyere of heating; 11-gauze coiled material; 21-solidifies colloid; The short chopping of 22-nanofiber.
Detailed description of the invention:
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described:
A kind of nanometer micropore air-purifying net, as shown in Figure 1 and Figure 2, it is by gauze base material 1 and nanopore membrane 2, composition, described nanopore membrane 2 is made up of solidification colloid 21 and the short chopping 22 of nanofiber, the short chopping 22 of nanofiber is bonded on solidification colloid 21 crisscrossly, forms the micropore that diameter is 0.1 micron ~ 2.5 microns, and nanopore membrane 2 is fixed on gauze base material 1 in adhesive curing occlusion mode.
Preparation technology's flow process of nanometer micropore air-purifying net as shown in Figure 3, unreels, and------fiber sinks, and---adsorption reinforcing---is heating and curing---finished product rolling glue spraying.
A kind of equipment preparing nanometer micropore air-purifying net, as shown in Figure 4, it comprises driven shaft 3, driving shaft 4, two transition rollers 5, the flat bucket 6 of nanofiber sedimentation, linear suction nozzle 7, nanofiber spread nozzle 8, atomization glue jet blower 9 and solidification are heated tuyere 10, two transition roller 5 horizontal parallel are arranged, driving shaft 4 is driven by frequency-conversion drive apparatus, the flat bucket of nanofiber sedimentation 6 is arranged on the top of the upper tangent line of two transition rollers 5, to be provided with solidification near driving shaft 4 side at the flat bucket 6 of nanofiber sedimentation to heat tuyere 10, atomization glue jet blower 9 is provided with near driven shaft 3 side at the flat bucket 6 of nanofiber sedimentation, linear suction nozzle 7 is arranged on the below of the flat bucket 6 of nanofiber sedimentation, nanofiber spread nozzle 8 interlinks with the upper end of the flat bucket 6 of nanofiber sedimentation.
The preparation method of described nanometer micropore air-purifying net is as follows:
The first step, is arranged on gauze coiled material 11 on driven shaft 3, and the initiating terminal of gauze base material is through two transition roller 5 coiling on driving shaft 4, and gauze base material 1 is stretching by level between two transition rollers 5, forms the support framework of nanopore membrane 2;
Second step, starting frequency-conversion drive apparatus drives driving shaft 4 to rotate, start linear suction nozzle 7 simultaneously, nanofiber spread nozzle 8, atomization glue jet blower 9 and solidification are heated tuyere 10, driving shaft 4 draws gauze base material 1 average rate and moves, the upper surface that atomization glue jet blower 9 aims at gauze base material 1 sprays vaporific glue in the width direction, nanofiber spread nozzle 8 evenly sprays the short chopping of nanofiber in the flat bucket of nanofiber sedimentation 6, the cross sectional shape of the flat bucket 6 of described nanofiber sedimentation is rectangle, the long limit of rectangle is identical with the width of gauze base material 1, the short chopping of nanofiber falls to descending slowly and lightly on the gauze base material 1 of surface band glue equably along the flat bucket 6 of nanofiber sedimentation, the short chopping of crisscross nanofiber is bonded on the surface of gauze base material 1 by the bonded adhesives be attached on gauze base material 1 surface, owing to being provided with linear suction nozzle 7 in the below of gauze base material 1, it can carry out secondary to the short chopping of nanofiber and inhale sticky reinforcing, to be heated by solidification the bonding solidification of tuyere 10 pairs of short choppings of nanofiber and gauze base material 1.
Owing to being provided with the flat bucket 6 of nanofiber sedimentation above gauze base material 1, the distance of the lower end distance gauze base material 1 of the flat bucket 6 of nanofiber sedimentation is 1 ~ 3 millimeter, the width of the discharging opening of the flat bucket of nanofiber sedimentation 6 is suitable with the width of gauze base material 1, linear suction nozzle 7 is provided with in the below of gauze base material 1, linear suction nozzle 7 corresponds to the discharging opening of the flat bucket 6 of nanofiber sedimentation, the width of linear suction nozzle 7 is suitable with the width of gauze base material 1, nanofiber spread nozzle 8 is provided with in the upper end of the flat bucket 6 of nanofiber sedimentation, atomization glue jet blower 9 is provided with near driven shaft 3 side at nanofiber sedimentation flat bucket 6 discharging opening, nanofiber spread nozzle 8 sprays the short chopping of nanofiber in the flat bucket of nanofiber sedimentation 6, atomization glue jet blower 9 sprays vaporific glue to the upper surface of gauze base material 1, nanofiber rapid subsidence under the effect of linear suction nozzle 7 is scattered on gauze base material 1, the short chopping of crisscross nanofiber is adhesively fixed on the upper surface of gauze base material 1 by vaporific, thus form nanopore membrane 2 at gauze base material 1, it is 0.1 micron ~ 2.5 micrometer Millipore that nanopore membrane 2 is woven into aperture by the short chopping of crisscross nanofiber, when making, regulate the size of micropore size in the winding wire speed of driving shaft 4 and adjustable nanopore membrane 2, micropore size in the faster nanopore membrane of rolling speed 2 is larger.
Claims (2)
1. one kind manufactures the special equipment of nanometer micropore air-purifying net, it is characterized in that: comprise driven shaft (3), driving shaft (4), two transition rollers (5), the flat bucket of nanofiber sedimentation (6), linear suction nozzle (7), nanofiber spread nozzle (8) and atomization glue jet blower (9), two transition roller (5) horizontal parallel are arranged, driving shaft (4) is driven by frequency-conversion drive apparatus, the flat bucket of nanofiber sedimentation (6) is arranged on the top of the upper tangent line of two transition rollers (5), be provided with solidification at the flat bucket of nanofiber sedimentation (6) near driving shaft (4) side to heat tuyere (10), atomization glue jet blower (9) is provided with near driven shaft (3) side at the flat bucket of nanofiber sedimentation (6), linear suction nozzle (7) is arranged on the below of the flat bucket of nanofiber sedimentation (6), nanofiber spread nozzle (8) interlinks with the upper end of the flat bucket of nanofiber sedimentation (6).
2. manufacture the special equipment of nanometer micropore air-purifying net according to claim 1, it is characterized in that: the cross sectional shape of the flat bucket of described nanofiber sedimentation (6) is rectangle, and the long limit of rectangle is identical with the width of gauze base material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420762105.6U CN204294003U (en) | 2014-12-06 | 2014-12-06 | A kind of special equipment manufacturing nanometer micropore air-purifying net |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420762105.6U CN204294003U (en) | 2014-12-06 | 2014-12-06 | A kind of special equipment manufacturing nanometer micropore air-purifying net |
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| CN204294003U true CN204294003U (en) | 2015-04-29 |
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| CN201420762105.6U Withdrawn - After Issue CN204294003U (en) | 2014-12-06 | 2014-12-06 | A kind of special equipment manufacturing nanometer micropore air-purifying net |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104436862A (en) * | 2014-12-06 | 2015-03-25 | 江苏三鼎环境科技有限公司 | Special equipment for manufacturing nano micro-pore air purification net |
-
2014
- 2014-12-06 CN CN201420762105.6U patent/CN204294003U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104436862A (en) * | 2014-12-06 | 2015-03-25 | 江苏三鼎环境科技有限公司 | Special equipment for manufacturing nano micro-pore air purification net |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150429 Effective date of abandoning: 20160504 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |