CN208193904U - Facilitate the deduster of deashing - Google Patents

Abstract

The utility model relates to a kind of dedusters for facilitating deashing, including dust-removing box and ash bucket, the ash bucket is located at the downside of the dust-removing box, the ash bucket is connected to the dust-removing box, filter bag frame is equipped in the dust-removing box, filter bag is installed on the filter bag frame, air inlet and air outlet are offered on the side wall of the dust-removing box, loose apparatus for ash is installed in the ash bucket, the pine apparatus for ash includes shaft, the grey bar of multiple pines is connected in the shaft, the grey bar of pine is perpendicular to the shaft, length direction even distribution of multiple grey bars of the pine along the shaft, one end of the shaft extends outwardly through the oblique side wall of the ash bucket, the elongated end of the shaft is connected with handle.The utility model will not form secondary pollution without manually turning over ash discharge.

Description

Facilitate the deduster of deashing

Technical field

The utility model relates to a kind of dedusters for facilitating deashing, belong to environmental protection machinery.

Background technique

Existing deduster can separate the impurities and dust etc. in gas, and the dust after separating can converge to ash bucket It is interior, thus need the artificial ash discharging hole for periodically opening hopper bottom, the dust in ash bucket is discharged, and have can for the dust in ash bucket It can be to blocking ash discharging hole, thus need manually to extend into ash bucket by club etc. from ash discharging hole and turn over, and dust is from row at this time Grey mouth outflow, forms flue dust, the health of people operator impacts, is in addition also possible to cause secondary pollution.

Utility model content

Of the existing technology in order to solve the problems, such as, the utility model provides a kind of deduster for facilitating deashing, is not necessarily to Ash discharge manually is turned over, secondary pollution will not be formed.

The technology employed by the present utility model is

A kind of deduster facilitating deashing, including dust-removing box and ash bucket, the ash bucket are located under the dust-removing box Side, the ash bucket are connected to the dust-removing box, and filter bag frame is equipped in the dust-removing box, is equipped on the filter bag frame Filter bag offers air inlet and air outlet on the side wall of the dust-removing box, loose apparatus for ash, the pine is equipped in the ash bucket Apparatus for ash includes shaft, the grey bar of multiple pines is connected in the shaft, the grey bar of pine is perpendicular to the shaft, multiple pines For grey bar along the length direction even distribution of the shaft, one end of the shaft extends outwardly through the oblique side wall of the ash bucket, The elongated end of the shaft is connected with handle.

In general, the ash bucket may include 4 oblique side walls, the pine ash dress is mounted on each oblique side wall It sets.

In general, the axis of the shaft is perpendicular to the corresponding oblique side wall.

Preferably, the grey bar of two pines of the same shaft arbitrary neighborhood is between the projection on the corresponding oblique side wall Angle is equal, and the range of the angle is 10 ° -50 °, and the grey bar of 3 pines of arbitrary neighborhood is on the corresponding oblique side wall Projection does not overlap.

Further, the angle can be 30 °, and the quantity of the grey bar of pine in the single shaft is 12.

Preferably, working region is formed when each loose apparatus for ash rotation, the working region of 4 loose apparatus for ash is mutual It is not overlapped.

The utility model has the beneficial effects that

The utility model is opening ash discharging hole, since ash discharging hole is blocked by dust, dust can not by the way that loose apparatus for ash is arranged It is discharged from ash discharging hole, at this time can be by rotating loose apparatus for ash, loose apparatus for ash can stir the dust in ash bucket, so that dust energy It is enough to be discharged from ash discharging hole；It is that the loose apparatus for ash for catching ash discharging hole by dust collection bag, thus rotating can incite somebody to action when normal ash discharge Dust is directly discharged into collecting bag, thus dust will not enter in free surrounding space, prevent from forming secondary pollution.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of spindle portion.

Wherein: 1, dust-removing box；2, loose apparatus for ash；3, air inlet；4, filter bag；5, gas outlet；6, ash bucket；7, ash discharging hole； 21, shaft, 22, the grey bar of pine.

Specific embodiment

Referring to Fig. 1, the utility model provides a kind of deduster for facilitating deashing, including dust-removing box 1 and ash bucket 6, returns Button bit is connected in the downside of dust-removing box 1, ash bucket 6 with dust-removing box 1, is equipped with filter bag frame in dust-removing box 1, on filter bag frame Filter bag 4 is installed, air inlet 3 and gas outlet 5 are offered on the side wall of dust-removing box 1.

The working process of the utility model is as follows the gas with dust is sent to dust-removing box 1 from air inlet 3 by blower Interior, gas is filtered through filter bag 4, and the dust in gas is trapped, and filtered gas is discharged by gas outlet 5, is trapped Dust be attached to the surface of filter bag 4, and the outer surface of deduster is usually mounted with vibrator, and vibrator works can be by filter bag The dust on 4 surface shakes off, and dust will converge in ash bucket 6, and continues with prolonged, and the dust in ash bucket 6 is more poly- It is more, or even air inlet 3 can be blocked, thus need periodically to clear up the dust in ash bucket 6.

For convenience of the cleaning to the dust in ash bucket 6, the utility model makees following improve:

Referring to fig. 2, loose apparatus for ash 2 is installed, loose apparatus for ash 2 includes shaft 21, is connected in shaft 21 multiple in ash bucket 6 Loose ash bar 22, pine ash bar 22 is perpendicular to the shaft 21, length direction even distribution of the grey bar 22 of pine along shaft 21, shaft 21 one end extends outwardly through the oblique side wall of the ash bucket 6, and the elongated end of shaft 21 is connected with handle.

Briefly, handle is located at the outside of ash bucket 6, and handle can drive shaft 21 to rotate, and shaft 21 is extend into Multiple grey bars 22 of vertical pine are connected in ash bucket 6, and in shaft 21, thus the grey bar 22 of pine also is located in ash bucket 6, thus can It is realized by swing handle and the grey bar 22 of pine is driven to rotate around shaft 21.

In specific application, dust collection bag is first caught into ash discharging hole 7, then the baffle at ash discharging hole 7 is extracted, it is grey at this time Just be connected to inside ash bucket 6 inside dirt collecting bag, be rotated further by the grey bar 22 of handle pine will in 6 inner rotation of ash bucket, thus The dust in ash bucket 6 is stirred, dust can be drained into dust collection bag along ash discharging hole 7.Due to dust collection bag pocket always Firmly ash discharging hole 7, thus dust will not enter in free surrounding space, guarantee that operator's is healthy and safe.

It is emphasized that vibrator can be opened during ash discharge, more easily ash discharge in this way.

Other settings:

The ash bucket 6 may include 4 oblique side walls, and the loose apparatus for ash 2 is mounted on each oblique side wall.

Each tiltedly side wall is respectively mounted a loose apparatus for ash 2, and more effectively the dust in ash bucket 6 can be discharged.

Each loose apparatus for ash 2 forms working region when rotating, the working region of 4 loose apparatus for ash 2 does not weigh mutually It is folded.

Guarantee when rotating any one loose apparatus for ash 2 or several loose apparatus for ash 2, these loose apparatus for ash 2 are between each other It will not have an impact, guarantee its normal work.

The axis of the shaft 21 is perpendicular to the corresponding oblique side wall.Two pines of same 21 arbitrary neighborhood of shaft Angle of the grey bar 22 between the projection on the corresponding oblique side wall is equal, and the range of the angle is 10 ° -50 °, and any Projection of the adjacent grey bar 22 of 3 pines on the corresponding oblique side wall does not overlap.

The efficiency of loose ash can be improved in the setting of multiple grey bars 22 of pine.

The angle can be 30 °, and the quantity of the grey bar 22 of pine in the single shaft 21 is 12.

Claims (6)

1. a kind of deduster for facilitating deashing, including dust-removing box and ash bucket, the ash bucket is located at the downside of the dust-removing box, The ash bucket is connected to the dust-removing box, and filter bag frame is equipped in the dust-removing box, is equipped with filter on the filter bag frame Bag, air inlet and air outlet are offered on the side wall of the dust-removing box, it is characterised in that: loose ash dress is installed in the ash bucket Set, the pine apparatus for ash includes shaft, be connected with multiple grey bars of pine in the shaft, the grey bar of pine perpendicular to the shaft, For multiple grey bars of the pine along the length direction even distribution of the shaft, one end of the shaft extends outwardly through the ash bucket Oblique side wall, the elongated end of the shaft is connected with handle.

2. the deduster according to claim 1 for facilitating deashing, it is characterised in that: the ash bucket includes 4 oblique side walls, often The loose apparatus for ash is mounted on a oblique side wall.

3. the deduster according to claim 1 for facilitating deashing, it is characterised in that: the axis of the shaft is perpendicular to corresponding The oblique side wall.

4. the deduster according to claim 3 for facilitating deashing, it is characterised in that: two of the same shaft arbitrary neighborhood Angle of the loose ash bar between the projection on the corresponding oblique side wall is equal, and the range of the angle is 10 ° -50 °, and any Projection of the adjacent grey bar of 3 pines on the corresponding oblique side wall does not overlap.

5. the deduster according to claim 4 for facilitating deashing, it is characterised in that: the angle is 30 °, single described turn The quantity of the grey bar of pine on axis is 12.

6. the deduster according to claim 2 for facilitating deashing, it is characterised in that: shape when each loose apparatus for ash rotation At working region, the working region of 4 loose apparatus for ash is not overlapped.