CN204412001U - A kind of pad pasting reacting furnace filter plant - Google Patents
A kind of pad pasting reacting furnace filter plant Download PDFInfo
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- CN204412001U CN204412001U CN201520056082.1U CN201520056082U CN204412001U CN 204412001 U CN204412001 U CN 204412001U CN 201520056082 U CN201520056082 U CN 201520056082U CN 204412001 U CN204412001 U CN 204412001U
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- reacting furnace
- bag
- air
- pad pasting
- filter plant
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Abstract
The utility model discloses a kind of pad pasting reacting furnace filter plant, it comprises one and exports with reacting furnace the cooler (2) be connected, the outlet of cooler (2) is connected with the entrance of cyclone settling bucket (3), the outlet of described cyclone settling bucket (3) is connected with the entrance of pulse bag formula deduster (4), and the outlet of described pulse bag formula deduster (4) is connected with the entrance of aiutage (5).The utility model effectively can be removed reacting furnace in course of reaction, distribute a large amount of toxic gases and poisonous dust.
Description
Technical field
The utility model relates to technical field of dust removal equipment, more specifically to a kind of pad pasting reacting furnace filter plant.
Background technology
In pad pasting reacting furnace course of reaction, a large amount of poisonous gases and poisonous dust can be produced, these poisonous gases and the direct harmful to human of poisonous dust and environment.If cause serious pollution by these poisonous gases and poisonous dust emissions to air by air, especially present stage is poor in the air quality of China, under the overall situation of haze weather continuity, lifting is controlled to the dyeing and finishing of toxic emission very urgent, it is of low quality that the tail gas produced pad pasting reacting furnace in prior art generally purifies when carrying out purified treatment, is therefore badly in need of the cleaner of a good filtration effect of exploitation.
Summary of the invention
The purpose of this utility model is just to provide a kind of pad pasting reacting furnace filter plant, and it effectively can be removed reacting furnace in course of reaction, distribute a large amount of toxic gases and poisonous dust.
For achieving the above object, a kind of pad pasting reacting furnace filter plant of the present utility model comprises one and exports with reacting furnace the cooler be connected, the outlet of cooler is connected with the entrance of cyclone settling bucket, the outlet of described cyclone settling bucket is connected with the entrance of pulse bag formula deduster, and the outlet of described pulse bag formula deduster is connected with the entrance of aiutage;
Described cyclone settling bucket is made up of settling vat body and high speed air exhauster, the inwall of described settling vat body forms spiral guiding gutter, the top of described settling vat body is provided with the Inserting Tube be inserted in settling vat chamber body, the inwall of described Inserting Tube has helical form and the deflector contrary with guiding gutter direction, the sidewall of described settling vat body offers the entrance be connected with cooler outlet, described Inserting Tube is connected with high speed air exhauster, and the outlet of described high speed air exhauster is connected with pulse bag formula deduster;
The structure of described cooler comprises tank box, the side of described tank box is provided with mutually isolated airscoop shroud and air leaving cover, opposite side is provided with sedimentation cover, pipeline is equipped with in described tank box, the pipeline being positioned at described tank box top is outlet pipe, the pipeline being positioned at described tank box bottom is admission line, the left end of described outlet pipe is communicated with air leaving cover, the right-hand member of described outlet pipe is connected with sedimentation cover, the left end of described admission line is connected with airscoop shroud, the right-hand member of described admission line is connected with sedimentation cover, the bottom of described sedimentation cover is provided with ash discharge valve.
Preferred as technique scheme, the middle part of described sedimentation cover is provided with dividing plate, and the rear end of described dividing plate is 45 degree of downward bendings.
Preferred as technique scheme, described ash discharge valve is made up of upper valve body, lower valve body and cement output tank, described lower valve body is funnel-form, described upper valve body is in the funnel-form of standing upside down, valve plate is movably installed with between described upper valve body and lower valve body, in described upper valve body, ash inlet tube is installed, the lower surface of described upper valve plate and ash inlet tube fits, described upper valve plate offers the hole that falls of matching with ash inlet tube, lower between valve body and cement output tank activity be inserted with lower valve plate, the rear end of described upper valve plate has drawing handle.
Preferred as technique scheme, the bottom of described settling vat body is the cone wall in reducing shape, and the inwall of described cone wall is provided with some deflectors.
Preferred as technique scheme, the structure of described pulse bag formula deduster comprises a bag room, some filter bags are provided with in described bag room, described filter bag is by being sleeved on passive bag cage, the top being positioned at described bag room is air-purifying chamber, the sack of described filter bag is arranged in described air-purifying chamber, and the exit of described air-purifying chamber is provided with lifting cylinder.
Preferred as technique scheme, the below of described bag room is provided with funnelform ash bucket, and the exit, lower end of described ash bucket is provided with pair of lamina unloading valve.
Preferred as technique scheme, a gas tube is provided with in described air-purifying chamber, described gas tube is connected with gas bag, described gas bag is communicated with in the exit of air accumulator, the exit of described air accumulator is also communicated with gas source triplet, described gas source triplet is connected with magnetic valve, and described solenoid control lifting cylinder, the switch of described gas tube is controlled by impulse electromagnetic valve.
Preferred as technique scheme, the piston rod of described lifting cylinder is provided with valve plate, and described valve plate matches with the outlet of air-purifying chamber.
Preferred as technique scheme, described air accumulator is provided with safety valve, connects and be provided with pressure regulator valve between described air accumulator and gas bag.
Preferred as technique scheme, described tank box is fixed on support.
The beneficial effects of the utility model are: first the gas of discharging in the utility model reacting furnace cool through subcooler, then the larger dust of degranulation is removed through cyclone settling bucket, through pulse bag formula deduster, tail gas is filtered again afterwards, discharge by aiutage afterwards, the utility model effectively can be removed reacting furnace in course of reaction, distribute a large amount of toxic gases and poisonous dust in this process.
accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is the structural representation of the utility model embodiment
Fig. 2 is pulse bag formula deduster structural representation in the utility model embodiment
Fig. 3 is pulse bag formula deduster structural representation in the utility model embodiment
Fig. 4 is the structural representation of cooler in the utility model embodiment
Fig. 5 is the structural representation of ash discharge valve in the utility model embodiment
Fig. 6 is the structural representation of upper valve plate in the utility model embodiment
Fig. 7 is the structural representation of lower valve plate in the utility model embodiment
Fig. 8 is the structural representation of cyclone settling bucket in the utility model embodiment
Fig. 9 is the perspective view of cyclone settling bucket in the utility model embodiment
Figure 10 is the sectional view of cyclone settling bucket in the utility model embodiment
Figure 11 is the view of filter bag when dedusting in the utility model embodiment
Figure 12 is filter bag view operationally in the utility model embodiment
In figure: 1, reacting furnace; 2, cooler; 3, cyclone settling bucket; 4, pulse bag formula deduster; 5, aiutage; 21, tank box; 22, pipeline; 23, air leaving cover; 24, airscoop shroud; 25, dividing plate; 26, sedimentation cover; 27, ash discharge valve; 28, support; 31, settling vat body; 32, high speed air exhauster; 33, guiding gutter; 34, Inserting Tube; 35, deflector; 36, guided plate; 37, wall is bored; 41, magnetic valve; 42, lifting cylinder; 43, filter bag; 44, bag room; 45, ash bucket; 46, Double-deck cinder discharge valve; 47, air accumulator; 48, pressure regulator valve; 49, gas source triplet; 50, gas bag; 51, impulse electromagnetic valve; 52, air-purifying chamber; 421, valve plate; 431, bag cage; 471, safety valve; 271, upper valve body; 272, ash inlet tube; 273, upper valve plate; 274, lower valve plate; 275, cement output tank; 276, lower valve body; 277, fall hole; 278, drawing handle
detailed description of the invention:
The following stated is only the preferred embodiment embodying the utility model principle, does not therefore limit protection domain of the present utility model
Be the embodiment of a kind of pad pasting reacting furnace of the utility model filter plant as shown in Figures 1 to 6, it comprises one and exports with reacting furnace 1 cooler 2 be connected, the outlet of cooler 2 is connected with the entrance of cyclone settling bucket 3, the outlet of described cyclone settling bucket 3 is connected with the entrance of pulse bag formula deduster 4, and the outlet of described pulse bag formula deduster 4 is connected with the entrance of aiutage 5;
Described cyclone settling bucket 3 is made up of settling vat body 31 and high speed air exhauster 32, the inwall of described settling vat body 31 forms spiral guiding gutter 33, the top of described settling vat body 31 is provided with the Inserting Tube 34 be inserted in settling vat body 31 inner chamber, the inwall of described Inserting Tube 34 has helical form and the deflector 35 contrary with guiding gutter 33 direction, the sidewall of described settling vat body 31 offers and exports with cooler 2 entrance be connected, described Inserting Tube 34 is connected with high speed air exhauster 32, the outlet of described high speed air exhauster 32 is connected with pulse bag formula deduster 4, and specific in the present embodiment, guiding gutter 33 and deflector 35 tool are arrange with one heart.
Time the tail gas of reacting furnace enters into cyclone settling bucket 3, power is provided by high speed air exhauster 32, inwall due to settling vat body 31 forms spiral guiding gutter 33 and tail gas is rotated in settling vat body 31, and there is in Inserting Tube 34 deflector 35 contrary with the hand of spiral of guiding gutter 33, therefore two whirlpools can be formed at settling vat body 31, under the effect of two whirlpools, particle and weight significantly dust are rushed pivot and are fallen, and can play the effect removing dust in reacting furnace tail gas well.
The structure of cooler 2 comprises tank box 21, the side of described tank box 21 is provided with mutually isolated airscoop shroud 24 and air leaving cover 23, opposite side is provided with sedimentation cover 26, pipeline 22 is equipped with in described tank box 21, the pipeline 22 being positioned at described tank box 21 top is outlet pipe, the pipeline 22 being positioned at described tank box 21 bottom is admission line, the left end of described outlet pipe is communicated with air leaving cover 23, the right-hand member of described outlet pipe is connected with sedimentation cover 26, the left end of described admission line is connected with airscoop shroud 24, the right-hand member of described admission line is connected with sedimentation cover 26, the bottom of described sedimentation cover 26 is provided with ash discharge valve 27.
The middle part of sedimentation cover 26 is provided with dividing plate 25, and the rear end of described dividing plate 25 is 45 degree of downward bendings, and admission line and outlet pipe separate by dividing plate 25, and the effect of dividing plate 25 can be played the barrier effect through cooled dust, and dust can be made to fall.
Melting waste gas enters from airscoop shroud 24, then through admission line, cool at admission line, melting waste gas enters sedimentation cover 26, and under the effect of dividing plate 25, the dust in the waste gas cooled down falls in ash discharge valve 27, waste gas enters outlet pipe afterwards, cooling twice in outlet pipe, then enters air leaving cover 23, in addition enters in cyclone settling bucket 3 afterwards.
Ash discharge valve 27 is by upper valve body 271, lower valve body 276 and cement output tank 275 are formed, described lower valve body 276 is in funnel-form, described upper valve body 271 is in the funnel-form of standing upside down, valve plate 273 is movably installed with between described upper valve body 271 and lower valve body 276, in described upper valve body 271, ash inlet tube 272 is installed, described upper valve plate 273 fits with the lower surface of ash inlet tube 272, described upper valve plate 273 offers the hole 277 that falls of matching with ash inlet tube 272, between lower valve body 276 and cement output tank 275, activity is inserted with lower valve plate 274, the rear end of described upper valve plate 273 has drawing handle 278.
The said structure of ash discharge valve 27 can make better tightness.
The bottom of settling vat body 31 is the cone wall 37 in reducing shape, and the inwall of described cone wall 37 is provided with some guided plates 36.
The structure of pulse bag formula deduster 4 comprises bag room 44, some filter bags 43 are provided with in described bag room 44, described filter bag 43 is by being sleeved on passive bag cage 431, the top being positioned at described bag room 44 is air-purifying chamber 52, the sack of described filter bag 43 is arranged in described air-purifying chamber 52, and the exit of described air-purifying chamber 52 is provided with lifting cylinder 42.
The below of bag room 44 is provided with funnelform ash bucket 45, and the exit, lower end of described ash bucket 45 is provided with pair of lamina unloading valve 46.
A gas tube is provided with in air-purifying chamber 52, described gas tube is connected with gas bag 50, described gas bag 50 is communicated with in the exit of air accumulator 47, the exit of described air accumulator 47 is also communicated with gas source triplet 49, described gas source triplet 49 is connected with magnetic valve 41, described magnetic valve 41 controls lifting cylinder 42, and the switch of described gas tube is controlled by impulse electromagnetic valve 51.
The piston rod of lifting cylinder 42 is provided with valve plate 421, described valve plate 421 matches with the outlet of air-purifying chamber 52.
Air accumulator 47 is provided with safety valve 471, connects between described air accumulator 47 and gas bag 50 and pressure regulator valve 48 is installed.
In the present embodiment, tank box 21 is fixed on support 28.
If Fig. 7 is the view of filter bag 43 when dedusting in the present embodiment, due to process service time, therefore a lot of dust can be attached to the outer surface of filter bag 43, affect the performance of filter bag 43, therefore after filter bag 43 has worked certain hour, need the dust removing filter bag 43 outer surface, gases at high pressure are discharged through gas bag 50 in the process by air accumulator 47, now lifting cylinder 42 is in decline, valve plate 421 blocks the outlet of air-purifying chamber 52, gases at high pressure enter into air-purifying chamber 52, and gases at high pressure enter into the inside of filter bag 43 from the entrance of filter bag 43, then gases at high pressure blow off through the dust of filter bag 43 by outer surface.
If Fig. 8 is filter bag 43 view operationally in the present embodiment, now lifting cylinder 42 rises, the outlet of air-purifying chamber 52 is opened, reacting furnace tail gas enters into bag room 44 from the entrance of settling vat body 31, reacting furnace tail gas enters in filter bag 43 through filter bag 43 from outside to inside, now filter bag 43 shrinks, dust is then isolated in beyond filter bag 43, tail gas through filtering enters into air-purifying chamber 52 from filter bag 43 outlet, then export from air-purifying chamber 52 and discharge, discharge in the outlet through settling vat body 31 afterwards.
The utility model embodiment is when work: the waste gas that reacting furnace produces is cooled by cooler, then enter cyclone settling bucket to carry out once filtering waste gas, the import that dusty gas enters pulse bag formula deduster is again introduced into a bag air channel, room, then ash bucket is entered, now air velocity reduces, direction changes, and thicker grit reaches pre-dust collection effect because inertia and natural subsidence enter ash bucket; Then gas rises through filter bag and is purified, and dust is delayed on filter bag outer surface, and purified gas is discharged through filter bag, air-purifying chamber, exhaust outlet under the effect of air-introduced machine.
Claims (10)
1. a pad pasting reacting furnace filter plant, it comprises one and exports with reacting furnace the cooler (2) be connected, it is characterized in that: the outlet of cooler (2) is connected with the entrance of cyclone settling bucket (3), the outlet of described cyclone settling bucket (3) is connected with the entrance of pulse bag formula deduster (4), and the outlet of described pulse bag formula deduster (4) is connected with the entrance of aiutage (5);
Described cyclone settling bucket (3) is made up of settling vat body (31) and high speed air exhauster (32), the inwall of described settling vat body (31) forms spiral guiding gutter (33), the top of described settling vat body (31) is provided with the Inserting Tube (34) be inserted in settling vat body (31) inner chamber, the inwall of described Inserting Tube (34) has helical form and the deflector (35) contrary with guiding gutter (33) direction, the sidewall of described settling vat body (31) offers and exports with cooler (2) entrance be connected, described Inserting Tube (34) is connected with high speed air exhauster (32), the outlet of described high speed air exhauster (32) is connected with pulse bag formula deduster (4),
The structure of described cooler (2) comprises tank box (21), the side of described tank box (21) is provided with mutually isolated airscoop shroud (24) and air leaving cover (23), opposite side is provided with sedimentation cover (26), pipeline (22) is equipped with in described tank box (21), the pipeline (22) being positioned at described tank box (21) top is outlet pipe, the pipeline (22) being positioned at described tank box (21) bottom is admission line, the left end of described outlet pipe is communicated with air leaving cover (23), the right-hand member of described outlet pipe is connected with sedimentation cover (26), the left end of described admission line is connected with airscoop shroud (24), the right-hand member of described admission line is connected with sedimentation cover (26), the bottom of described sedimentation cover (26) is provided with ash discharge valve (27).
2. a kind of pad pasting reacting furnace filter plant according to claim 1, is characterized in that: the middle part of sedimentation cover (26) is provided with dividing plate (25), and the rear end of described dividing plate (25) is 45 degree of downward bendings.
3. a kind of pad pasting reacting furnace filter plant according to claim 1, it is characterized in that: ash discharge valve (27) is by upper valve body (271), lower valve body (276) and cement output tank (275) are formed, described lower valve body (276) is in funnel-form, described upper valve body (271) is in the funnel-form of standing upside down, valve plate (273) is movably installed with between described upper valve body (271) and lower valve body (276), ash inlet tube (272) is installed in described upper valve body (271), described upper valve plate (273) fits with the lower surface of ash inlet tube (272), described upper valve plate (273) offers the hole that falls (277) of matching with ash inlet tube (272), between lower valve body (276) and cement output tank (275), activity is inserted with lower valve plate (274), the rear end of described upper valve plate (273) has drawing handle (278).
4. a kind of pad pasting reacting furnace filter plant according to claim 1, is characterized in that: the bottom of settling vat body (31) is the cone wall (37) in reducing shape, and the inwall of described cone wall (37) is provided with some guided plates (36).
5. a kind of pad pasting reacting furnace filter plant according to claim 1, it is characterized in that: the structure of pulse bag formula deduster (4) comprises a bag room (44), some filter bags (43) are provided with in described bag room (44), described filter bag (43) is by being sleeved on passive bag cage (431), the top being positioned at described bag room (44) is air-purifying chamber (52), the sack of described filter bag (43) is arranged in described air-purifying chamber (52), and the exit of described air-purifying chamber (52) is provided with lifting cylinder (42).
6. a kind of pad pasting reacting furnace filter plant according to claim 5, it is characterized in that: the below of bag room (44) is provided with funnelform ash bucket (45), the exit, lower end of described ash bucket (45) is provided with pair of lamina unloading valve (46).
7. a kind of pad pasting reacting furnace filter plant according to claim 5, it is characterized in that: air-purifying chamber is provided with a gas tube in (52), described gas tube is connected with gas bag (50), described gas bag (50) is communicated with the exit in air accumulator (47), the exit of described air accumulator (47) is also communicated with gas source triplet (49), described gas source triplet (49) is connected with magnetic valve (41), described magnetic valve (41) controls lifting cylinder (42), and the switch of described gas tube is controlled by impulse electromagnetic valve (51).
8. a kind of pad pasting reacting furnace filter plant according to any one of claim 5 to 7, it is characterized in that: the piston rod of lifting cylinder (42) is provided with valve plate (421), described valve plate (421) matches with the outlet of air-purifying chamber (52).
9. a kind of pad pasting reacting furnace filter plant according to claim 7, is characterized in that: air accumulator (47) is provided with safety valve (471), connects and be provided with pressure regulator valve (48) between described air accumulator (47) and gas bag (50).
10. a kind of pad pasting reacting furnace filter plant according to claim 9, is characterized in that: tank box (21) is fixed on support (28).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520056082.1U CN204412001U (en) | 2015-01-27 | 2015-01-27 | A kind of pad pasting reacting furnace filter plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520056082.1U CN204412001U (en) | 2015-01-27 | 2015-01-27 | A kind of pad pasting reacting furnace filter plant |
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| Publication Number | Publication Date |
|---|---|
| CN204412001U true CN204412001U (en) | 2015-06-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520056082.1U Expired - Fee Related CN204412001U (en) | 2015-01-27 | 2015-01-27 | A kind of pad pasting reacting furnace filter plant |
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| CN (1) | CN204412001U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106139803A (en) * | 2016-08-12 | 2016-11-23 | 无锡欧玛森远洋工程设备有限公司 | A kind of waste gas treatment equipment of heating furnace |
-
2015
- 2015-01-27 CN CN201520056082.1U patent/CN204412001U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106139803A (en) * | 2016-08-12 | 2016-11-23 | 无锡欧玛森远洋工程设备有限公司 | A kind of waste gas treatment equipment of heating furnace |
| CN106139803B (en) * | 2016-08-12 | 2018-03-09 | 无锡欧玛森远洋工程设备有限公司 | A kind of waste gas treatment equipment of heating furnace |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150624 Termination date: 20160127 |
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| EXPY | Termination of patent right or utility model |