CN107596829B - A kind of waste gas filter based on new energy - Google Patents
A kind of waste gas filter based on new energy Download PDFInfo
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- CN107596829B CN107596829B CN201711003520.8A CN201711003520A CN107596829B CN 107596829 B CN107596829 B CN 107596829B CN 201711003520 A CN201711003520 A CN 201711003520A CN 107596829 B CN107596829 B CN 107596829B
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Abstract
The invention discloses a kind of waste gas filters based on new energy, its structure includes fixed underpan, cartridge filter, exhaust inlet pipe, filler window, maintenance window, pump machine case, suction pump, spray tube, spray swivel mount, every mist layer, energy saving wind-controlling device, first filter layer, spray liquid collecting box, reducer pipe, U-tube, every mist elbow, activated carbon adsorption case, centrifugal blower, wind electricity motivation, escape pipe, the fixed underpan, which is set to below cartridge filter, to be connected with cartridge filter by electric welding, the exhaust inlet pipe is set to cartridge filter lower left and is connected with cartridge filter by being welded perpendicular shape.It has the beneficial effect that and is equipped with energy saving wind-controlling device, pass through the speed of gas inlet, drive spray swivel mount rotation, the rotation speed of spray swivel mount is controlled simultaneously, improve exhaust gas filtration treatment effect, while save spray swivel mount rotation needed for kinetic energy, reach energy-saving effect, effectively increase the filter effect of the waste gas filter based on new energy, it then follows energy conservation and environmental protection theory.
Description
Technical field
The present invention is a kind of waste gas filter based on new energy, belongs to waste gas treatment equipment technical field.
Background technique
Waste gas filter refers to improved, the efficient and reproducible exhaust emission filter of one kind and filter system,
The filter cell of inorganic non-woven fibers has been used in combination in the exhaust emission filter and filter system.Pass through filter
The intertexture of element and the area increase including microcosmic reinforcing due to being applied to the filter cell, filter can capture
Exhaust emission and particle.The service life of filter extends, and filter cell can bear high temperature and can burn bigger by hundred
The capture particle of score.
But the rotation of the spray equipment of the waste gas filter of the prior art needs the in addition consumption energy, and the speed rotated
Also it can not be automatically adjusted according to the speed of gas inlet, influence exhaust gas filter effect, while consuming the energy, environmental-protecting performance is poor.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of waste gas filter based on new energy, with
The rotation for solving the spray equipment of the waste gas filter of the prior art needs the in addition consumption energy, and the speed rotated also can not root
It is automatically adjusted according to the speed of gas inlet, influences exhaust gas filter effect, while consuming the energy, the defect of environmental-protecting performance difference.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of useless based on new energy
Air filter, structure include fixed underpan, cartridge filter, exhaust inlet pipe, filler window, maintenance window, pump machine case, suction pump, spray
Shower pipe, spray swivel mount, every mist layer, energy saving wind-controlling device, first filter layer, spray liquid collecting box, reducer pipe, U-tube, curved every mist
Head, activated carbon adsorption case, centrifugal blower, wind electricity motivation, escape pipe, the fixed underpan is set to below cartridge filter and cartridge filter
It is connected by electric welding, the exhaust inlet pipe is set to cartridge filter lower left and is connected with cartridge filter by being welded perpendicular shape,
The filler window, maintenance window is set to cartridge filter front surface in a column and cartridge filter is connected through hinge activity, the filler window
Below maintenance window, the pump machine case is set to inside cartridge filter lower right and pump machine case left part insertion cartridge filter, described to draw water
Pump is placed in pump cabinet inside, and the spray tube is in a vertical shape to be set on the right side of cartridge filter, and described spray tube one end is through pump machine case
It is connected with suction pump, the spray tube other end engages connection by screw thread with spray swivel mount through cartridge filter, described
It sprays swivel mount and is set to top in cartridge filter inside, the sliding rail and cartridge filter that the spray swivel mount is equipped with by cartridge filter inner wall
It is flexibly connected, described to be set to cartridge filter inner tip every mist layer, the energy conservation wind-controlling device is set to spray swivel mount lower left, institute
Energy saving wind-controlling device top is stated to be flexibly connected with spray swivel mount center by gear teeth meshing, the energy saving wind-controlling device lower part and
Exhaust inlet pipe inner end is connected by electric welding, and the first filter layer is set to cartridge filter bosom layer and is located at exhaust inlet pipe upper right
Side, the cartridge filter interior bottom portion are equipped with liquid collecting box, as spray liquid collecting box, the spray liquid collecting box and cartridge filter
In integrated molding structure, the reducer pipe is set to above cartridge filter, Large Diameter Pipeline one end and cartridge filter upper end of the reducer pipe
It is seamlessly connected by electric welding, small diameter tube one end and U-tube one end of the reducer pipe are described curved every mist by electric welding seamless connection
Head is set to U-tube close to the other end, and the U-tube other end is connected with activated carbon adsorption case left end by being welded, it is described from
Heart blower is set to activated carbon adsorption case right side side, and the activated carbon adsorption case right end is connected by connecting tube with centrifugal blower,
The wind electricity motivation is embedded in centrifugal blower right part center, and the wind electricity motivation is connected with centrifugal blower by electric mode
It connects, the escape pipe is in a vertical shape set on centrifugal blower top, escape pipe lower end centrifugal blower and by being welded vertical configuration
Seamless connection, the energy conservation wind-controlling device is by fixing seat, rotating roller, wind deflector, small Spur gear, large straight gear, drive rod, active
Gear, driving belt, driven gear, connecting rod, transmission gear composition, the fixing seat are fixed on exhaust inlet pipe by electric welding
On the inner wall of inner end, the fixing seat is set to rotating roller lower end, and the rotating roller lower end is flexibly connected with fixing seat, the rotating roller
Upper end is fixedly connected through wind deflector upper and lower side and small Spur gear by being welded perpendicular shape, the wind deflector it is in a vertical shape with
Rotating roller is fixedly connected by electric welding, and the large straight gear is set side by side with small Spur gear, and the large straight gear is set to small straight-tooth
It takes turns right side side and is flexibly connected with small Spur gear by gear teeth meshing, the drive rod is in a vertical shape to be set to above large straight gear,
The drive rod lower end is fixedly connected with large straight gear upper surface center by electric welding, under the drive rod upper end and driving gear
Centre of surface is fixedly connected by being welded perpendicular shape, and the driven gear is set to driving gear right side side and is located at spray rotation
Right above frame, the driving belt is placed on driving gear, driven gear outside, the driving belt and driving gear, driven tooth
Wheel by gear teeth meshing be flexibly connected, the connecting rod it is in a vertical shape be set to driven gear immediately below, the connecting rod upper end and
Driven gear lower surface center is connected by being welded perpendicular shape, and the transmission gear is set to connecting rod lower end, the connection
Bar lower end and transmission gear upper surface center pass through electric welding connection, the transmission gear insertion spray swivel mount central upper portion.
Further, wind deflector is rounded, a diameter of 15cm, and the diameter of the exhaust inlet pipe is 18cm, realizes gear
Aerofoil can effective stress, while can also be rotated freely in exhaust inlet pipe inner end.
Further, the driving gear, driven gear outer surface are equipped with groove, and the driving belt is limited in groove
It is interior, it realizes that driving belt firmly covers on driving gear, driven gear, prevents driving belt from sliding in transmit process.
Further, the driving belt inner wall is equipped with wave tooth, the driving belt by wave tooth and driving gear,
Driven gear engagement be flexibly connected, realize driving belt by the power of driving gear effectively transmission effect on driven gear.
Further, the spray swivel mount central upper portion is equipped with circular groove, and inner wall is equipped with engaging tooth, the transmission
Gear engages flexible connection with spray swivel mount by engaging tooth, realizes the dynamic spray swivel mount rotation of energy saving air control device band, can
To control the rotation speed of spray swivel mount according to air inflow, spray filtering effect is improved.
Beneficial effect
A kind of waste gas filter based on new energy of the invention, its working principle is that: it is wanted when supplying gas from exhaust inlet pipe
When starting to carry out exhaust gas filtration treatment, the wind deflector set on exhaust inlet pipe inner end will receive the wind-force of gas inlet generation to revolve
Transfer roller rotates freely for axle center, and wind deflector drives rotating roller rotation, and rotating roller drives small Spur gear in rotation counterclockwise, small straight-tooth
Wheel will drive large straight gear in rotating clockwise, and large straight gear can drive driving gear to rotate clockwise by drive rod, main
Moving gear can drive driving belt rotation by the wave tooth that wave tooth and the driving belt inside that its outer surface is equipped with are equipped with, and pass
Dynamic belt can be by the power transmission of driving belt to driven gear, and driven gear is rotated by connecting rod band nutating gear again,
Transmission gear finally drives spray swivel mount rotation, if intake velocity is faster, spray in the groove that spray swivel mount is equipped with
Swivel mount then can comparatively fast rotate, very fast spray rate, prevent the non-spray process of exhaust gas from thoroughly entering next step filter progress, mention
High exhaust-gas treatment effect.
A kind of waste gas filter based on new energy of the invention passes through it has the advantage that: being equipped with energy saving wind-controlling device
The speed of gas inlet drives spray swivel mount rotation, while controlling the rotation speed of spray swivel mount, improves at exhaust gas filtering
The effect of reason, at the same save spray swivel mount rotation needed for kinetic energy, reach energy-saving effect, effectively increase based on new energy
Waste gas filter filter effect, it then follows energy conservation and environmental protection theory.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is a kind of structural schematic diagram of the waste gas filter based on new energy of the present invention；
Fig. 2 is a kind of floor map of the waste gas filter based on new energy of the present invention；
Fig. 3 is a kind of different conditions figure of the waste gas filter based on new energy of the present invention；
Fig. 4 is a kind of structural plan schematic diagram of energy saving wind-controlling device of the present invention；
Fig. 5 is the connection figure of small Spur gear and large straight gear of the invention；
Fig. 6 is the connection figure of driving gear of the invention, driven gear and driving belt；
Fig. 7 is the connection figure of transmission gear and spray swivel mount of the invention.
In figure: fixed underpan -1, exhaust inlet pipe -3, filler window -4, maintenance window -5, pump machine case -6, draws water at cartridge filter -2
Pump -7, spray tube -8 spray swivel mount -9, every mist layer -10, energy saving wind-controlling device -11, first filter layer -12, spray liquid collecting box -
13, reducer pipe -14, U-tube -15, every mist elbow -16, activated carbon adsorption case -17, centrifugal blower -18, wind electricity motivation -19,
Escape pipe -20, rotating roller -1102, wind deflector -1103, small Spur gear -1104, large straight gear -1105, passes fixing seat -1101
Lever -1106, driving gear -1107, driving belt -1108, driven gear -1109, connecting rod -1110, transmission gear -
1111。
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Fig. 1-Fig. 7 is please referred to, the present invention provides a kind of technical solution of waste gas filter based on new energy: its structure packet
Include fixed underpan 1, cartridge filter 2, exhaust inlet pipe 3, filler window 4, maintenance window 5, pump machine case 6, suction pump 7, spray tube 8, spray
Swivel mount 9, every mist layer 10, energy saving wind-controlling device 11, first filter layer 12, spray liquid collecting box 13, reducer pipe 14, U-tube 15, every mist
Elbow 16, activated carbon adsorption case 17, centrifugal blower 18, wind electricity motivation 19, escape pipe 20, the fixed underpan 1 are set to filtering
2 lower section of cylinder is connected with cartridge filter 2 by electric welding, and the exhaust inlet pipe 3 is set to 2 lower left of cartridge filter and passes through with cartridge filter 2
It is welded perpendicular shape to be connected, the filler window 4, maintenance window 5 is set to 2 front surface of cartridge filter in a column and cartridge filter 2 passes through
Hinge is flexibly connected, and the filler window 4 is located at 5 lower section of maintenance window, and the pump machine case 6 is set to 2 lower right of cartridge filter and pump machine case 6
Left part is embedded in inside cartridge filter 2, and the suction pump 7 is placed in inside pump machine case 6, and the spray tube 8 is in a vertical shape to be set to cartridge filter 2
Right side, described 8 one end of spray tube are connected through pump machine case 6 with suction pump 7, and 8 other end of spray tube is through filtering
Cylinder 2 engages connection by screw thread with spray swivel mount 9, and the spray swivel mount 9 is set to top, the spray in 2 inside of cartridge filter
Leaching swivel mount 9 is flexibly connected by the sliding rail that 2 inner wall of cartridge filter is equipped with cartridge filter 2, described to be set in cartridge filter 2 every mist layer 10
Portion top, the energy conservation wind-controlling device 11 are set to spray 9 lower left of swivel mount, and energy conservation 11 top of wind-controlling device and spray revolve
9 center of pivoted frame is flexibly connected by gear teeth meshing, and energy conservation 11 lower part of wind-controlling device and 3 inner end of exhaust inlet pipe pass through electric welding
It is connected, the first filter layer 12 is set to 2 bosom layer of cartridge filter and is located at 3 upper right side of exhaust inlet pipe, inside the cartridge filter 2
Bottom is equipped with liquid collecting box, as spray liquid collecting box 13, and the spray liquid collecting box 13 is in integrated molding with cartridge filter 2
Structure, the reducer pipe 14 are set to 2 top of cartridge filter, and Large Diameter Pipeline one end and 2 upper end of cartridge filter of the reducer pipe 14 pass through electricity
Weldering seamless connection, small diameter tube one end and 15 one end of U-tube of the reducer pipe 14 are described every mist elbow by electric welding seamless connection
16 are set to U-tube 15 close to the other end, and 15 other end of U-tube is connected with 17 left end of activated carbon adsorption case by electric welding,
The centrifugal blower 18 is set to 17 right side side of activated carbon adsorption case, and 17 right end of activated carbon adsorption case passes through connecting tube and centrifugation
Blower 18 is connected, and the wind electricity motivation 19 is embedded in 18 right part center of centrifugal blower, the wind electricity motivation 19 and centrifugation
Blower 18 is connected by electric mode, and the escape pipe 20 is in a vertical shape to be set to above centrifugal blower 18, under the escape pipe 20
Hold centrifugal blower 18 with by electric welding vertical configuration seamless connection, the energy conservation wind-controlling device 11 is by fixing seat 1101, rotating roller
1102, wind deflector 1103, small Spur gear 1104, large straight gear 1105, drive rod 1106, driving gear 1107, driving belt
1108, driven gear 1109, connecting rod 1110, transmission gear 1111 form, and the fixing seat 1101 is fixed on useless by electric welding
On 3 inner end inner wall of gas air inlet pipe, the fixing seat 1101 is set to 1102 lower end of rotating roller, 1102 lower end of rotating roller and fixation
Seat 1101 is flexibly connected, and 1102 upper end of rotating roller passes through electric welding through 1103 upper and lower side of wind deflector and small Spur gear 1104
Perpendicular shape is fixedly connected, and the wind deflector 1103 is in a vertical shape to be fixedly connected with rotating roller 1102 by electric welding, described big straight
Gear 1105 is set side by side with small Spur gear 1104, the large straight gear 1105 be set to 1104 right side side of small Spur gear and with it is small directly
Gear 1104 is flexibly connected by gear teeth meshing, and the drive rod 1106 is in a vertical shape to be set to above large straight gear 1105, described
1106 lower end of drive rod is fixedly connected with 1105 upper surface center of large straight gear by electric welding, 1106 upper end of drive rod and master
1107 lower surface center of moving gear is fixedly connected by being welded perpendicular shape, and the driven gear 1109 is set to driving gear 1107
Right side side and it is located at right above spray swivel mount 9, the driving belt 1108 is placed on driving gear 1107, outside driven gear 1109
Side, the driving belt 1108 are flexibly connected with driving gear 1107, driven gear 1109 by gear teeth meshing, the connecting rod
1110 is in a vertical shape immediately below driven gear 1109,1110 upper end of connecting rod and 1109 lower surface center of driven gear
It is connected by being welded perpendicular shape, the transmission gear 1111 is set to 1110 lower end of connecting rod, 1110 lower end of connecting rod
With 1111 upper surface center of transmission gear by electric welding connection, the insertion of transmission gear 1111 sprays 9 central upper portion of swivel mount,
The wind deflector 1103 is rounded, a diameter of 15cm, and the diameter of the exhaust inlet pipe 3 is 18cm, the driving gear
1107,1109 outer surface of driven gear is equipped with groove, and the driving belt 1108 is limited in groove, the driving belt 1108
Inner wall is equipped with wave tooth, and the driving belt 1108 engages activity with driving gear 1107, driven gear 1109 by wave tooth
Connection, 9 central upper portion of spray swivel mount are equipped with circular groove, and inner wall is equipped with engaging tooth, and the transmission gear 1111 is logical
It crosses engaging tooth and engages flexible connection with spray swivel mount 9.
A kind of waste gas filter based on new energy of the invention, its working principle is that: it is wanted when supplying gas from exhaust inlet pipe 3
When starting to carry out exhaust gas filtration treatment, the wind deflector 1103 set on 3 inner end of exhaust inlet pipe will receive the wind of gas inlet generation
Power is rotated freely with rotating roller 1102 for axle center, and wind deflector 1103 drives rotating roller 1102 to rotate, and rotating roller 1102 drives small straight
Gear 1104 is in rotation counterclockwise, and it is in rotate clockwise that small Spur gear 1104, which will drive large straight gear 1105, large straight gear
1105 can drive driving gear 1107 to rotate clockwise by drive rod 1106, and driving gear 1107 can be equipped with by its outer surface
Wave tooth and driving belt 1108 inside the wave tooth that is equipped with drive driving belt 1108 to rotate, driving belt 1108 can will pass
The power transmission of dynamic belt 1108 is to driven gear 1109, and driven gear 1109 is again by connecting rod 1110 with nutating gear
1111 rotations, transmission gear 1111 finally drive spray swivel mount 9 to rotate in the groove that spray swivel mount 9 is equipped with, if into
Gas velocity degree is faster, and spray swivel mount 9 then can comparatively fast rotate, and very fast spray rate prevents the non-spray process of exhaust gas from thoroughly entering
Next step filter progress improves exhaust-gas treatment effect.
Problems solved by the invention is the other consumption energy of rotation needs of the spray equipment of existing waste gas filter, and
The speed of rotation can not also be automatically adjusted according to the speed of gas inlet, influence exhaust gas filter effect, while consuming the energy, environmental protection
Performance is poor, and the present invention is combined with each other by above-mentioned component, is equipped with energy saving wind-controlling device, by the speed of gas inlet, drives
Swivel mount rotation is sprayed, while controlling the rotation speed of spray swivel mount, improves the effect of exhaust gas filtration treatment, while saving spray
Kinetic energy needed for drenching the rotation of swivel mount, reaches energy-saving effect, effectively increases the filtering of the waste gas filter based on new energy
Effect, it then follows energy conservation and environmental protection theory.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or
In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (5)
1. a kind of waste gas filter based on new energy, structure includes fixed underpan (1), cartridge filter (2), exhaust inlet pipe
(3), filler window (4), maintenance window (5), pump machine case (6), suction pump (7), spray tube (8), spray swivel mount (9), every mist layer
(10), energy saving wind-controlling device (11), first filter layer (12), spray liquid collecting box (13), reducer pipe (14), U-tube (15), curved every mist
Head (16), activated carbon adsorption case (17), centrifugal blower (18), wind electricity motivation (19), escape pipe (20), it is characterised in that:
The fixed underpan (1), which is set to below cartridge filter (2), to be connected with cartridge filter (2) by electric welding, the exhaust inlet pipe
(3) it is set to cartridge filter (2) lower left and is connected with cartridge filter (2) by being welded perpendicular shape, the filler window (4), maintenance window
(5) it is set to cartridge filter (2) front surface in a column to be connected through hinge activity with cartridge filter (2), the filler window (4) is located at dimension
It repairs below window (5), the pump machine case (6) is set to cartridge filter (2) lower right and pump machine case (6) left part insertion cartridge filter (2) is internal,
The suction pump (7) is placed in pump machine case (6) inside, and the spray tube (8) is in a vertical shape to be set on the right side of cartridge filter (2), the spray
Shower pipe (8) one end is connected through pump machine case (6) with suction pump (7), and spray tube (8) other end is through cartridge filter
(2) connection is engaged by screw thread with spray swivel mount (9), the spray swivel mount (9) is set to top in cartridge filter (2) inside,
Spray swivel mount (9) is flexibly connected by the sliding rail that cartridge filter (2) inner wall is equipped with cartridge filter (2), described every mist layer
(10) it is set to cartridge filter (2) inner tip, the energy conservation wind-controlling device (11) is set to spray swivel mount (9) lower left, the section
Energy wind-controlling device (11) top is flexibly connected with spray swivel mount (9) center by gear teeth meshing, the energy conservation wind-controlling device
(11) lower part is connected with exhaust inlet pipe (3) inner end by electric welding, and the first filter layer (12) is set to cartridge filter (2) bosom
Layer is located at exhaust inlet pipe (3) upper right side, and cartridge filter (2) interior bottom portion is equipped with liquid collecting box, and as spray liquid is collected
Case (13), the spray liquid collecting box (13) and cartridge filter (2) are in integrated molding structure, and the reducer pipe (14) is set to filtering
Above cylinder (2), Large Diameter Pipeline one end and cartridge filter (2) upper end of the reducer pipe (14) pass through electric welding seamless connection, the variable diameter
The small diameter tube one end and U-tube (15) one end for managing (14) are described to be set to U-tube every mist elbow (16) by electric welding seamless connection
(15) close to the other end, U-tube (15) other end is connected with activated carbon adsorption case (17) left end by being welded, it is described from
Heart blower (18) is set to activated carbon adsorption case (17) right side side, and activated carbon adsorption case (17) right end passes through connecting tube and centrifugation
Blower (18) is connected, and the wind electricity motivation (19) is embedded in centrifugal blower (18) right part center, the wind electricity motivation
(19) it is connected with centrifugal blower (18) by electric mode, the escape pipe (20) is in a vertical shape to be set on centrifugal blower (18)
Side, escape pipe (20) the lower end centrifugal blower (18) are seamlessly connected with by electric welding vertical configuration；
The energy conservation wind-controlling device (11) is by fixing seat (1101), rotating roller (1102), wind deflector (1103), small Spur gear
(1104), large straight gear (1105), drive rod (1106), driving gear (1107), driving belt (1108), driven gear
(1109), connecting rod (1110), transmission gear (1111) composition, the fixing seat (1101) are fixed on gas inlet by electric welding
It manages on the inner wall of (3) inner end, the fixing seat (1101) is set to rotating roller (1102) lower end, rotating roller (1102) lower end and solid
Reservation (1101) is flexibly connected, and rotating roller (1102) upper end is through wind deflector (1103) upper and lower side and small Spur gear
(1104) it is fixedly connected by being welded perpendicular shape, the wind deflector (1103) is in a vertical shape to pass through electric welding with rotating roller (1102)
It is fixedly connected, the large straight gear (1105) sets side by side with small Spur gear (1104), and the large straight gear (1105) is set to small
It spur gear (1104) right side side and is flexibly connected with small Spur gear (1104) by gear teeth meshing, the drive rod (1106) is in perpendicular
Straight shape is set to above large straight gear (1105), and drive rod (1106) lower end passes through with large straight gear (1105) upper surface center
Electric welding is fixedly connected, and drive rod (1106) upper end and driving gear (1107) lower surface center are solid by being welded perpendicular shape
Fixed connection, the driven gear (1109) are set to driving gear (1107) right side side and are located at right above spray swivel mount (9), institute
It states driving belt (1108) and is placed on driving gear (1107), driven gear (1109) outside, the driving belt (1108) and master
Moving gear (1107), driven gear (1109) are flexibly connected by gear teeth meshing, and the connecting rod (1110) is in a vertical shape to be set to
Immediately below driven gear (1109), connecting rod (1110) upper end is in by electric welding with driven gear (1109) lower surface center
Vertical configuration is connected, and the transmission gear (1111) is set to connecting rod (1110) lower end, connecting rod (1110) lower end and biography
Moving gear (1111) upper surface center is sprayed in swivel mount (9) top by electric welding connection, transmission gear (1111) insertion
The heart.
2. a kind of waste gas filter based on new energy according to claim 1, it is characterised in that: the wind deflector
(1103) rounded, a diameter of 15cm, the diameter of the exhaust inlet pipe (3) is 18cm.
3. a kind of waste gas filter based on new energy according to claim 1, it is characterised in that: the driving gear
(1107), driven gear (1109) outer surface is equipped with groove, and the driving belt (1108) is limited in groove.
4. a kind of waste gas filter based on new energy according to claim 1, it is characterised in that: the driving belt
(1108) inner wall is equipped with wave tooth, and the driving belt (1108) passes through wave tooth and driving gear (1107), driven gear
(1109) engagement is flexibly connected.
5. a kind of waste gas filter based on new energy according to claim 1, it is characterised in that: the spray swivel mount
(9) central upper portion is equipped with circular groove, and inner wall is equipped with engaging tooth, and the transmission gear (1111) is revolved by engaging tooth and spray
Pivoted frame (9) engagement is flexibly connected.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201711003520.8A CN107596829B (en) | 2017-10-24 | 2017-10-24 | A kind of waste gas filter based on new energy |
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| CN201711003520.8A CN107596829B (en) | 2017-10-24 | 2017-10-24 | A kind of waste gas filter based on new energy |
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| CN107596829B true CN107596829B (en) | 2019-08-20 |
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| CN108434914B (en) * | 2018-04-16 | 2020-04-07 | 上海神洁环保科技股份有限公司 | Industrial flue gas dust removal, desulfurization and denitrification treatment process |
| CN110201473B (en) * | 2019-06-27 | 2021-08-03 | 华新金龙水泥(郧县)有限公司 | Dust treatment device and method in cement clinker production |
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| KR100742131B1 (en) * | 2005-09-14 | 2007-07-30 | 코리아엔지니어링 주식회사 | Dust collector by flushing |
| KR20150113497A (en) * | 2014-03-31 | 2015-10-08 | 최병권 | Treatment system of organic waste |
| CN103920589B (en) * | 2014-04-28 | 2016-02-24 | 东南大学 | A kind of rotation demister |
| CN105311924B (en) * | 2015-12-14 | 2018-08-31 | 七加一信息科技（广州）有限公司 | A kind of industrial waste purifier |
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