CN201895003U - Plate surface dust removing device - Google Patents
Plate surface dust removing device Download PDFInfo
- Publication number
- CN201895003U CN201895003U CN2010206242726U CN201020624272U CN201895003U CN 201895003 U CN201895003 U CN 201895003U CN 2010206242726 U CN2010206242726 U CN 2010206242726U CN 201020624272 U CN201020624272 U CN 201020624272U CN 201895003 U CN201895003 U CN 201895003U
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- dust removal
- removal brush
- dust
- plate face
- brush
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Abstract
The utility model provides a plate surface dust removing device which comprises a dust removing storehouse, a material conveying mechanism arranged on a material channel, a dust removing mechanism arranged on the material channel and an ion generation unit arranged in the dust removing storehouse; the dust removing storehouse is provided with a feeding opening, a discharge port, an air inlet and a dust outlet; the material channel is arranged between the feeding opening and the discharge port; the material conveying mechanism comprises at least one group of feeding rollers; the dust removing mechanism comprises at least one group of dust removing brushes; and the ion generation unit is used for generating positive and negative charge. The positive and negative charge generated through the ion generation unit removes the static electricity on the surfaces of materials, so that the cleaning effect of the material surfaces is good.
Description
Technical field
The utility model relates to a kind of dust arrester, especially plate face dust arrester.
Background technology
In the timber floor manufacturing, need in the production process of timber floor the plate face of timber floor is cleaned, especially timber floor behind mortise and groove around the timber floor, all must be removed the dust that floor surface is produced by machining by dust arrester through slotted line.
The structure of existing dust arrester generally includes a dedusting storehouse, on a pair of relative sidewall in dedusting storehouse charging aperture and discharging opening is set respectively, and top, dedusting storehouse is communicated with air blast, and the bottom in dedusting storehouse is communicated with dust exhaust apparatus, and dedusting storehouse inner chamber is a negative pressure; Inner chamber is provided with conveying mechanism and dedusting mechanism in the dedusting storehouse, conveying mechanism adopts running roller usually, timber floor is clipped between guide roller and the drive roller wheel, drive roller wheel is rotated under drive unit drives, guide roller produces downward pressure to timber floor, thereby increase the frictional force between timber floor and drive roller wheel, making timber floor be driven running roller drives, dedusting mechanism generally is the roller dust removal brush that adopts a plurality of rotations, at a high speed the roller dust removal brush of the rotation upper and lower surface of timber floor that rubs is respectively brushed the dust of timber floor upper and lower surface.Timber floor is imported from charging aperture, under the transporting of conveying mechanism, timber floor is through dedusting mechanism, the dust on timber floor surface is brushed by the dust removal brush of dedusting mechanism, and under the negative pressure condition of dedusting storehouse, the dust that dedusting storehouse inner chamber flies away is discharged from the dust mouth, and last, the timber floor of cleaning is sent to discharging opening.
But there are following problems in this dust arrester:
The static that the timber floor surface has is not easy to eliminate, if static is not eliminated, then causes some tiny dusts to be adsorbed on the timber floor surface once more, is difficult to remove;
Roller dust removal brush by rotation is at a high speed brushed the dust on timber floor surface, dust is attached on the bristle, perhaps dust disperses and leaves the timber floor surface, can pollute the timber floor surface once more but the accumulation of the dust on the brush is many, the dust that disperses in addition in the timber floor surface also may drop to the timber floor surface once more;
Adopt two dust arresters continuously to the timber floor cleaning, though cleaning effect is good, equipment is huge, the use cost height.
Summary of the invention
The purpose of this utility model provides a kind of static, plate face dust arrester that cleaning effect is good eliminated.
For realizing above-mentioned purpose, the plate face dust arrester that the utility model provides comprises the dedusting storehouse, be respectively equipped with a charging aperture and a discharging opening on two relative sidewalls in dedusting storehouse, a material channel is arranged between charging aperture and the discharging opening, the top in dedusting storehouse is provided with the air inlet that is communicated with air blast, and the bottom in dedusting storehouse is provided with the dust mouth that is communicated with dust exhaust apparatus; Be arranged on the material conveying mechanism on the material channel, material conveying mechanism comprises at least one group of feeding running roller, each group feeding running roller comprises a drive roller wheel and a guide roller parallel with drive roller wheel, the roll axial direction of drive roller wheel and guide roller is all perpendicular to feedstock direction, and the distance between drive roller wheel and the guide roller is slightly less than material thickness; Be arranged on the dedusting mechanism on the material channel, dedusting mechanism comprises at least one group of dust removal brush, each group dust removal brush comprises two dust removal brush that are arranged above and below, two dust removal brush are slightly less than material thickness in the distance of vertical direction, the width of the length direction of each dust removal brush is greater than or equal to the width of material, and the length direction of two dust removal brush is all perpendicular to feedstock direction; Be arranged on the ion generating device that being used in the dedusting storehouse produces positive and negative charge.
By such scheme as seen, drive roller wheel and guide roller convey materials by the feeding running roller, process is positioned at the friction of the dust removal brush of material upper and lower surface then, and the cleaning dust is under the negative-pressure air-flow effect of dedusting storehouse, dust is discharged from the dust mouth, under the effect of ion generating device, the particle that has positive and negative charge is in a large number arranged in the dedusting storehouse, can be effectively with the electrostatic charge neutralization on material surface, eliminate static, avoid being difficult to eliminate because electrostatic interaction makes fine dust be adsorbed on the material surface.
A preferred scheme is that ion generating device comprises ion blower.The use ion blower can produce the particle of a large amount of positive and negative charges, and is easy to use.
Another preferred scheme is, ion generating device comprises at least one radical ion rod, ion bar be arranged on dust removal brush near.During use, be arranged on the air mass that dust removal brush ion bar nearby produces a large amount of positive and negative charges, eliminate the static ideal, make the dust removal brush cleaning effect good.
Further scheme is that each dust removal brush comprises that roller and helical form are arranged in the bristle on the roller.Adopt rotatable helical form dust removal brush, in the dust removal brush rotation, spiral helicine bristle with the dust of material plate face along roller axially brush to the both sides of plate face, fall down slave plate face both sides, then under the effect of dedusting storehouse negative-pressure air-flow, discharge the dust mouth, avoid dust to stay falling once more near the plate face polluting the plate face on the plate face.
Further scheme is, bristle is to adopt to contain the bristle that anti-static wearable nylon material wiry is made.The anti-static wearable nylon material that adopts can improve eliminates electrostatic capacity, and metal-containing material makes the fixed in shape of bristle, and use reliably.
Further scheme is again, and the direction of rotation of two dust removal brush of each group dust removal brush is opposite.Because the direction of rotation of two dust removal brush is opposite, the frictional force of the bristle that energy counterbalance flitch face is subjected to prevents plate face unbalance stress, causes departing from feeding channel, influences clean operation.
Another preferred scheme is to be arranged on the subsidiary brush in the dedusting storehouse, subsidiary brush and dust removal brush CONTACT WITH FRICTION.The dust that accumulates on the dust removal brush can be brushed by subsidiary brush, prevent pollutant flitch face because dust removal brush self dust is many.
Another preferred scheme is that dedusting mechanism comprises two groups of dust removal brush; Material conveying mechanism comprises two groups of feeding running rollers; Two groups of dust removal brush are between two groups of feeding running rollers.Adopt two groups of dust removal brush to make the material plate face, guarantee the cleaning precision through twice cleaning.Two groups of feeding running rollers can make that mass transport is reliable.
Further scheme is, is fixedly connected on a feeding platform in the charging aperture outside.Use feeding platform, can accurately material be sent on the material channel.
Further scheme is that the lateral circle surface of drive roller wheel and guide roller all is coated with rubber bodies again.The drive roller wheel and the guide roller that are coated with rubber bodies are strong to the adhesion of material, and it is effective to drive material.
In sum, the utility model is by increasing ion generating device, and to the improvement of the structure of dust removal brush, it is good to eliminate electrostatic efficiency, and plate face cleaning thoroughly.The utility model structural design is simple, cost of manufacture is low, uses reliable.
Description of drawings
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the structural representation of dust removal brush among the embodiment;
Fig. 3 is the structural representation of subsidiary brush among the embodiment;
Fig. 4 is the structural representation of embodiment intermediate ion rod.
The utility model is described in further detail below in conjunction with drawings and Examples.
The specific embodiment
Embodiment
Referring to Fig. 1, show plate face dust arrester.
A frame that has lower margin is provided with a dedusting storehouse 1, be respectively equipped with charging aperture 13 and discharging opening 14 on relative two sidewalls in dedusting storehouse 1, the top in dedusting storehouse 1 is provided with an air outlet 11, the air supply duct of an air blast is communicated with air outlet 11, the dust sucting pipeline that the bottom in dedusting storehouse 1 is provided with 12, one dust exhaust apparatuses in a dust mouth is communicated with dust mouth 12.Charging aperture 13 outsides in dedusting storehouse 1 are provided with a feeding platform 2.A material channel that is used for timber floor 7 processes is arranged between charging aperture 13 and discharging opening 14.
Material channel is provided with two groups of feeding running rollers 3 and two groups of dust removal brush, and two groups of dust removal brush are between two groups of feeding running rollers.
Each group feeding running roller 3 comprises a drive roller wheel 31 and a guide roller 32, the roll shaft of drive roller wheel 31 rotatably is supported on the dedusting storehouse 1, the roll shaft of the drive roller wheel 31 drive unit (not shown) that is in transmission connection, guide roller 32 is positioned at the top of drive roller wheel 31, guide roller 32 can be fixed on the dedusting storehouse 1 with rotating freely, and the roll shaft of guide roller 32 is compressed downwards by a spring mechanism 320 that is fixed on 1 top, dedusting storehouse, the axial direction of drive roller wheel 31 and guide roller 32 is all perpendicular to the material feedstock direction, distance between drive roller wheel 31 and the guide roller 32 is slightly less than the thickness of a timber floor 7, in the traveling process, timber floor 7 upper surfaces are directed to running roller 32 and compress, the floor is driven running roller 31 and drives, and timber floor 7 is passed between drive roller wheel 31 and guide roller 32.Wherein, drive roller wheel 31 and guide roller 32 lateral circle surfaces are coated with rubber bodies.
Referring to Fig. 1 and Fig. 2, every group of dust removal brush comprises two dust removal brush 4 that are arranged above and below and direction of rotation is opposite, each dust removal brush 4 comprises the roller 41 that rotatably is supported on the dedusting storehouse 1, shape is distributed in the bristle 42 that anti-static wearable nylon material wiry is made that contains on the roller 41 in the shape of a spiral, distance between two dust removal brush 4 is slightly less than the thickness of a timber floor 7, when timber floor 7 was passed between one group of dust removal brush 4, the upper and lower surface of timber floor 7 was respectively by these group dust removal brush 4 dust outs.
Referring to Fig. 1 and Fig. 3, the top of two dust removal brush 4 up contacts a subsidiary brush 5 respectively, and subsidiary brush 5 is fixed on 1 top, dedusting storehouse, rub the respectively bristle 42 of two dust removal brush 4 up of the bristle of two subsidiary brush 5.Subsidiary brush 5 is made up of with the bristle 52 on the side that is arranged on brush board 51 brush board 51 of a cuboid.
Referring to Fig. 1 and Fig. 4, be provided with 6, two ion bar 6 of two ion bar between two groups of dust removal brush 4 and lay respectively at both sides up and down in timber floor 7 courses.Ion bar 6 comprises a copper pipe and is arranged on the interior ion pin of copper pipe that the connecting line 63 of ion bar 6 is electrically connected with the high pressure generator (not shown).
The use principle of present embodiment
Plate face dust arrester can be installed in the latter end of timber floor 7 fluting production lines, the timber floor 7 that cross-notching finishes cleans, and also can use separately, a timber floor 7 that contains dust is manually sent into plate face dust arrester clean.
When plate face dust arrester is started working, air blast will blow in the dedusting storehouse 1 from air outlet 11, dust exhaust apparatus sucks air from the dust mouth, drive roller wheel 31 is rotation at a high speed under drive unit drives, dust removal brush 4 is rotation under drive unit drives also, and the electron wind rod discharges a large amount of air mass that has positive and negative charge under high voltage source.
The timber floor 7 that is placed on the feeding platform 2 is pushed in the dedusting storehouse 1, timber floor 7 enters between drive roller wheel 31 and the guide roller 32, guide roller 32 is pressed on the upper surface of timber floor 7, the drive roller wheel 31 of rotation drives timber floor 7 at a high speed, timber floor 7 is transfused to dedusting storehouse 1, and guide roller 32 rotates along with moving of timber floor 7.
Then, timber floor 7 is passed in the middle of the dust removal brush 4 of two rotations, two dust removal brush 4 brush away the dust of the upper and lower plates face of timber floor 7 respectively, because the bristle spiral distribution of dust removal brush 4, under 42 rubbing actions of helical form bristle, the dust of timber floor 7 plate faces is pulled to the both sides of timber floor 7, and dust is taken away by the negative-pressure air-flow in the dedusting storehouse 1, and 12 suck the device of giving a dinner of welcome from the dust mouth.In addition, the bristle 42 of dust removal brush 4 is the accumulation dust easily, by the friction of subsidiary brush 5, makes that dust is brushed, and is taken to dust mouth 12 by negative-pressure air-flow then.
When timber floor 7 is passed between two ion bar 6, the air mass that has positive and negative charge in a large number that ion bar 6 discharges is with the charged particle neutralization of timber floor 7 upper and lower surfaces absorption, thereby eliminate the static on the timber floor 7, thereby avoid fine dust because electrostatic adsorption is difficult to remove from timber floor 7 surfaces.
Then, timber floor 7 guarantees the cleaning precision on timber floor 7 surfaces once more through the cleaning of one group of dust removal brush 4, and is last, carries running roller through another group, and the timber floor 7 that cleaning finishes is from discharging opening 14 outputs.
Present embodiment is eliminated the static on timber floor 7 surfaces by the electron wind rod, and is more thorough when making cleaning; And, adopting spiral helicine dust removal brush, the dust of plate face can be released toward timber floor 7 both sides, prevent that dust from falling once more on the plate face, cleaning effect is good.
Certainly, the foregoing description only is the preferable embodiment of the utility model, during practical application more variation can also be arranged, for example, ion bar can also adopt other ion generating device to substitute, and such as ion blower etc., the quantity of feeding running roller and dust removal brush can be taked more, carry running roller, three groups of dust removal brush such as three groups; Perhaps, the orientation up and down of drive roller wheel and guide roller exchanges, and these changes can realize the purpose of this utility model equally.
It is emphasized that above at last only is to explanation of the present utility model rather than restriction for example, and protection domain of the present utility model is as the criterion with the content of claim.As the common engineers and technicians of this area, any equivalence techniques conversion of making based on inventive spirit of the present utility model is all within protection domain of the present utility model.
Claims (10)
1. plate face dust arrester comprises
The dedusting storehouse, be respectively equipped with a charging aperture and a discharging opening on two relative sidewalls in described dedusting storehouse, a material channel is arranged between described charging aperture and the described discharging opening, the top in described dedusting storehouse is provided with the air inlet that is communicated with air blast, and the bottom in described dedusting storehouse is provided with the dust mouth that is communicated with dust exhaust apparatus;
Be arranged on the material conveying mechanism on the described material channel, described material conveying mechanism comprises at least one group of feeding running roller, described each group feeding running roller comprises a drive roller wheel and a guide roller parallel with described drive roller wheel, the roll axial direction of described drive roller wheel and described guide roller is all perpendicular to feedstock direction, and the distance between described drive roller wheel and the described guide roller is slightly less than material thickness;
Be arranged on the dedusting mechanism on the described material channel, described dedusting mechanism comprises at least one group of dust removal brush, described each group dust removal brush comprises two dust removal brush that are arranged above and below, described two dust removal brush are slightly less than material thickness in the distance of vertical direction, the width of the length direction of described each dust removal brush is greater than or equal to the width of material, and the length direction of described two dust removal brush is all perpendicular to feedstock direction;
It is characterized in that:
Be arranged on the ion generating device that is used to produce positive and negative charge in the described dedusting storehouse.
2. plate face dust arrester according to claim 1 is characterized in that:
Described ion generating device comprises ion blower.
3. plate face dust arrester according to claim 1 is characterized in that:
Described ion generating device comprises at least one radical ion rod, described ion bar be arranged on described dust removal brush near.
4. according to each described plate face dust arrester of claim 1 to 3, it is characterized in that:
Described each dust removal brush comprises
Roller;
Helical form is arranged in the bristle on the described roller.
5. plate face dust arrester according to claim 4 is characterized in that:
Described bristle is to adopt to contain the bristle that anti-static wearable nylon material wiry is made.
6. plate face dust arrester according to claim 5 is characterized in that:
The direction of rotation of two dust removal brush of described each group dust removal brush is opposite.
7. plate face dust arrester according to claim 6 is characterized in that:
Be arranged on the subsidiary brush in the described dedusting storehouse, described subsidiary brush and described dust removal brush CONTACT WITH FRICTION.
8. plate face dust arrester according to claim 7 is characterized in that:
Described dedusting mechanism comprises two groups of dust removal brush;
Described material conveying mechanism comprises two groups of feeding running rollers;
Described two groups of dust removal brush are between described two groups of feeding running rollers.
9. plate face dust arrester according to claim 8 is characterized in that:
Be fixedly connected on a feeding platform in the described charging aperture outside.
10. plate face dust arrester according to claim 9 is characterized in that:
The lateral circle surface of described drive roller wheel and described guide roller all is coated with rubber bodies.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206242726U CN201895003U (en) | 2010-11-25 | 2010-11-25 | Plate surface dust removing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206242726U CN201895003U (en) | 2010-11-25 | 2010-11-25 | Plate surface dust removing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201895003U true CN201895003U (en) | 2011-07-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206242726U Expired - Lifetime CN201895003U (en) | 2010-11-25 | 2010-11-25 | Plate surface dust removing device |
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| Country | Link |
|---|---|
| CN (1) | CN201895003U (en) |
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