CN208082137U - The efficient process system of low concentration foul smell - Google Patents
The efficient process system of low concentration foul smell Download PDFInfo
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- CN208082137U CN208082137U CN201820303953.9U CN201820303953U CN208082137U CN 208082137 U CN208082137 U CN 208082137U CN 201820303953 U CN201820303953 U CN 201820303953U CN 208082137 U CN208082137 U CN 208082137U
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Abstract
A kind of efficient process system of low concentration foul smell,It is related to odor treatment device and facility,Including protective shell,Protective shell is internally provided with filter device,Filter device one end is connect with connecting tube A,Connecting tube A is connect with collection port and collection port is located on protection shell side wall,The filter device other end is connect with connecting tube B,Connecting tube B is connect with detection case,Detection case is internally provided with odor concentration detector,Odor concentration detector is connect with control device by conducting wire,The detection case is connect with the one end discharge piping A,The discharge piping A other ends are connect across protective shell with discharge port,This device can be handled low concentration foul smell,Foul smell enters after this device,After the filtering of filter device,It enters in detection case,Secondary detection is carried out to it using detection case,Qualification is discharged to open air after detection,It is underproof to carry out after-treatment again,Keep Odor control clean,Air pollution can effectively be avoided,It is brought convenience to user.
Description
Technical field：
The utility model is related to odor treatment devices and facility, and in particular to a kind of efficient process system of low concentration foul smell
System.
Background technology：
Currently, with the fast development of economic level, all trades and professions will produce more rubbish also all in rapid advances
Rubbish, and rubbish is because long-term storing will produce to environment and the harmful gas of human body, these gases itself have unpleasant gas
Taste causes prodigious puzzlement to people, and existing waste gas purification apparatus structure design is simple, and has a single function, can not be effective
Purified treatment is carried out to these foul smell, even if to can still remain environmentally harmful gas after these odor purifications, and can not
The stink for thoroughly removing the generation of these rubbish, prodigious damage is brought to people and environment, in order to solve the above-mentioned technical problem,
Spy proposes a kind of new technical solution.
Utility model content：
The purpose of this utility model is to overcome above-mentioned the shortcomings of the prior art places, and provide a kind of low concentration
The efficient process system of foul smell.
The technical solution adopted in the utility model is：A kind of efficient process system of low concentration foul smell, including protective shell are protected
Protective case is internally provided with filter device, and filter device one end is connect with connecting tube A, and connecting tube A is connect with collection port and collection port position
In on protection shell side wall, the filter device other end is connect with connecting tube B, and connecting tube B is connect with detection case, in detection case
Portion is equipped with odor concentration detector, and odor concentration detector is connect with control device by conducting wire, the detection case and releasing
The one end pipe A connects, and the discharge piping A other ends are connect across protective shell with discharge port, and discharge piping A is equipped with solenoid valve A and solenoid valve A
It is connect by conducting wire with control device, the detection case is connect with the one end discharge piping B, and discharge piping B is equipped with solenoid valve B and electricity
Magnet valve B is connect with control device by conducting wire, and the discharge piping B other ends are connect with return duct one end by ring flange, on return duct
Equipped with pump machine, the return duct other end is connect with processing tube by ring flange, and processing tube is connect with connecting tube A.
The control device includes receiver and controller, and the receiver is connect with controller by conducting wire, control
Device processed is connect with solenoid valve A and solenoid valve B by conducting wire, and controller is connect with pump machine by conducting wire, and controller is logical with collection port
Cross conducting wire connection.
The collection port includes shell and wind turbine, and the shell vertical section is square, and enclosure interior is equipped with wind turbine,
The quantity of wind turbine is no less than one, and wind turbine is connect with control device by conducting wire.
The filter device includes babinet, sliding rail, sliding block, the net case A of filter, filter plate A, the net case B and filter plate B of filter, institute
The left and right ends for the babinet stated are connect with connecting tube A and connecting tube B respectively, and box house, which is equipped with, filters net case A, filters and is set on net case A
There are sliding block, sliding block to be connect with sliding rail and be to be slidably connected between the two, sliding rail is fixed on cabinet wall, the net case A of the filter
Right side is equipped with filter plate A and filter plate A connect with box house and is to be slidably connected between the two, and filter is equipped on the right side of filter plate A
Net case B, filters and is equipped with filter plate B on the right side of net case B.
The net case A of the filter include baffle A, inlet port A, baffle B, adsorption plate A, inlet port B, baffle C, adsorption plate B, into
Entrance C, baffle D, baffle E, outlet A, adsorption plate C, baffle F, outlet B, adsorption plate D and baffle G, the baffle A and sliding block
Connection, baffle A connect and is mutually perpendicular with the one end baffle G, the baffle G other ends connect with the one end adsorption plate D and the two it
Between be mutually perpendicular to, the adsorption plate D other ends connect with the one end baffle B and are mutually perpendicular between the two, the baffle B other ends and adsorption plate
The one end A connects and is mutually perpendicular between the two, and the adsorption plate A other ends are connect with the one end baffle F, the baffle F other ends and adsorption plate C
One end connects, and the adsorption plate C other ends are connect with the one end baffle C, and the baffle C other ends are connect with the one end adsorption plate B, and adsorption plate B is another
One end is connect with the one end baffle E, and the baffle E other ends are connect with baffle D, and inlet port is equipped between the baffle D and adsorption plate B
C is equipped with outlet A between adsorption plate B and adsorption plate C, inlet port B, adsorption plate A and absorption are equipped between adsorption plate C and adsorption plate A
It is equipped with outlet B between plate D, inlet port A is equipped between adsorption plate D and baffle A.
The net case B of the filter include baffle A, inlet port A, baffle B, adsorption plate A, inlet port B, baffle C, adsorption plate B, into
Entrance C, baffle D, baffle E, outlet A, adsorption plate C, baffle F, outlet B, adsorption plate D and baffle G, the baffle A and sliding block
Connection, baffle A connect and is mutually perpendicular with the one end baffle G, the baffle G other ends connect with the one end adsorption plate D and the two it
Between be mutually perpendicular to, the adsorption plate D other ends connect with the one end baffle B and are mutually perpendicular between the two, the baffle B other ends and adsorption plate
The one end A connects and is mutually perpendicular between the two, and the adsorption plate A other ends are connect with the one end baffle F, the baffle F other ends and adsorption plate C
One end connects, and the adsorption plate C other ends are connect with the one end baffle C, and the baffle C other ends are connect with the one end adsorption plate B, and adsorption plate B is another
One end is connect with the one end baffle E, and the baffle E other ends are connect with baffle D, and inlet port is equipped between the baffle D and adsorption plate B
C is equipped with outlet A between adsorption plate B and adsorption plate C, inlet port B, adsorption plate A and absorption are equipped between adsorption plate C and adsorption plate A
It is equipped with outlet B between plate D, inlet port A is equipped between adsorption plate D and baffle A.
The utility model has the beneficial effects that：This device can be handled low concentration foul smell, and foul smell enters this dress
It after setting, after the filtering of filter device, enters in detection case, secondary detection is carried out to it using detection case, detect
Later qualified to be discharged to open air, it is underproof to carry out after-treatment again, keep Odor control clean, can effectively avoid sky
Gas pollutes, and is brought convenience to user.
Description of the drawings：
Fig. 1 is the utility model structure diagram.
Fig. 2 is the utility model filter apparatus configuration schematic diagram.
Fig. 3 is that the utility model filters net box structure schematic diagram.
Fig. 4 is the utility model collection opening structure schematic diagram.
Specific implementation mode：
The attached figures are only used for illustrative purposes and cannot be understood as limitating the patent；It is attached in order to more preferably illustrate the present embodiment
Scheme certain components to have omission, zoom in or out, does not represent the size of actual product；To those skilled in the art,
The omitting of some known structures and their instructions in the attached drawings are understandable.
With reference to each figure, a kind of efficient process system of low concentration foul smell, including protective shell 1, protective shell 1 are internally provided with filtering
Device 3,3 one end of filter device are connect with connecting tube A2, and connecting tube A2 is connect with collection port 14 and collection port 14 is located at protective shell 1
On side wall, 3 other end of filter device is connect with connecting tube B4, and connecting tube B4 is connect with detection case 5, inside detection case 5
Equipped with odor concentration detector, odor concentration detector is connect with control device by conducting wire, the detection case 5 and discharge piping
The one end A7 connects, and the discharge piping A7 other ends are connect across protective shell 1 with discharge port 8, and discharge piping A7 is equipped with solenoid valve A6 and electricity
Magnet valve A6 is connect with control device by conducting wire, and the detection case 5 is connect with the one end discharge piping B10, and discharge piping B10 is equipped with
Solenoid valve B9 and solenoid valve B9 is connect with control device by conducting wire, the discharge piping B10 other ends pass through method with 11 one end of return duct
Blue disk connection, return duct 11 are equipped with pump machine 12, and 11 other end of return duct is connect with processing tube 13 by ring flange, processing tube 13
It is connect with connecting tube A2.
The control device includes receiver and controller, and the receiver is connect with controller by conducting wire, control
Device processed is connect with solenoid valve A6 and solenoid valve B9 by conducting wire, and controller is connect with pump machine 12 by conducting wire, controller and collection
Mouth 14 is connected by conducting wire.
The collection port 14 includes shell 141 and wind turbine 142, and 141 vertical section of shell is square, shell
141 are internally provided with wind turbine 142, and the quantity of wind turbine 142 is no less than one, and wind turbine 142 is connect with control device by conducting wire.
The filter device 3 includes babinet 301, sliding rail 302, sliding block 303, the net case A304 of filter, filter plate A305, filters only
Case B306 and filter plate B307, the left and right ends of the babinet 301 are connect with connecting tube A2 and connecting tube B4 respectively, babinet
301 are internally provided with the net case A304 of filter, filter net case A304 and are equipped with sliding block 303, and sliding block 303 is connect and between the two with sliding rail 302
To be slidably connected, sliding rail 302 is fixed on 301 inner wall of babinet, and filter plate A305 and mistake are equipped on the right side of the net case A304 of the filter
Filter plate A305 connect with 301 inside of babinet and is to be slidably connected between the two, is equipped on the right side of filter plate A305 and filters net case B306, filter
It is equipped with filter plate B307 on the right side of net case B306.
The net case A304 of the filter includes baffle A401, inlet port A402, baffle B403, adsorption plate A404, inlet port
B405, baffle C406, adsorption plate B407, inlet port C408, baffle D409, baffle E410, outlet A411, adsorption plate C412, gear
Plate F413, outlet B414, adsorption plate D415 and baffle G416, the baffle A401 connects with sliding block 303, baffle A401 and are kept off
The one end plate G416 connects and is mutually perpendicular, and the baffle G416 other ends are connect and mutual between the two with the one end adsorption plate D415
Vertically, the adsorption plate D415 other ends connect with the one end baffle B403 and are mutually perpendicular between the two, the baffle B403 other ends and suction
The one end attached plate A404 connects and is mutually perpendicular between the two, and the adsorption plate A404 other ends are connect with the one end baffle F413, baffle
The F413 other ends are connect with the one end adsorption plate C412, and the adsorption plate C412 other ends are connect with the one end baffle C406, and baffle C406 is another
One end is connect with the one end adsorption plate B407, and the adsorption plate B407 other ends are connect with the one end baffle E410, the baffle E410 other ends with
Baffle D409 connections are equipped with inlet port C408, adsorption plate B407 and adsorption plate between the baffle D409 and adsorption plate B407
It is equipped with outlet A411 between C412, inlet port B405, adsorption plate A404 and suction are equipped between adsorption plate C412 and adsorption plate A404
It is equipped with outlet B414 between attached plate D415, inlet port A402 is equipped between adsorption plate D415 and baffle A401.
The net case B306 of the filter includes baffle A401, inlet port A402, baffle B403, adsorption plate A404, inlet port
B405, baffle C406, adsorption plate B407, inlet port C408, baffle D409, baffle E410, outlet A411, adsorption plate C412, gear
Plate F413, outlet B414, adsorption plate D415 and baffle G416, the baffle A401 connects with sliding block 303, baffle A401 and are kept off
The one end plate G416 connects and is mutually perpendicular, and the baffle G416 other ends are connect and mutual between the two with the one end adsorption plate D415
Vertically, the adsorption plate D415 other ends connect with the one end baffle B403 and are mutually perpendicular between the two, the baffle B403 other ends and suction
The one end attached plate A404 connects and is mutually perpendicular between the two, and the adsorption plate A404 other ends are connect with the one end baffle F413, baffle
The F413 other ends are connect with the one end adsorption plate C412, and the adsorption plate C412 other ends are connect with the one end baffle C406, and baffle C406 is another
One end is connect with the one end adsorption plate B407, and the adsorption plate B407 other ends are connect with the one end baffle E410, the baffle E410 other ends with
Baffle D409 connections are equipped with inlet port C408, adsorption plate B407 and adsorption plate between the baffle D409 and adsorption plate B407
It is equipped with outlet A411 between C412, inlet port B405, adsorption plate A404 and suction are equipped between adsorption plate C412 and adsorption plate A404
It is equipped with outlet B414 between attached plate D415, inlet port A402 is equipped between adsorption plate D415 and baffle A401.
Specific implementation process is as follows：This device in use, is started by wind turbine 142, and foul smell is drawn into collection
Mouthful 14 positions, then foul smell enter in connecting tube A2, enter back into filter device 3, foul smell carried out by filter device 3
Four filterings, then into detection case 5, are detected foul smell by the odor concentration detector in detection case 5, detect
Whether concentration is up to standard, when up to standard, control solenoid valve A6 by control device and opens, the foul smell after handling is by discharge port 8
Discharge controls solenoid valve B9 by control device and opens, foul smell returns connecting tube by the effect pumpback of pump machine 12 when not up to standard
In A2, foul smell is for re-filtering by filter device 3, this device can be handled low concentration foul smell, and foul smell enters
It after this device, after the filtering by filter device 3, enters in detection case 5, secondary inspection is carried out to it using detection case 5
It surveys, detects the open air that is discharged to qualified later, it is underproof to carry out after-treatment again, keep Odor control clean, it can be effective
Avoid air pollution, brought convenience to user.
3 specific operation principle of filter device is as follows：Foul smell is entered by connecting tube A2, and first is carried out by filtering net case A304
It is secondary that foul smell is filtered, filter the absorption plate material in net case A for activated carbon or other materials with filter effect, then again
Second of filtering is carried out to it by filter plate A305, then third time filtering is carried out to it by filtering net case B306, then is passed through
Filter plate B307 carries out it the 4th filtering, finally by being discharged in connecting tube B4, keeps the filter of foul smell net after four filterings
Effect reaches optimum state, is that activated carbon understands other with filter effect by the material of filter plate A305 and filter plate B307
Material, in this device, filtering net case A304, Rose Box B306, filter plate A305 and filter plate B307 can be replaced,
Main substitute mode is to draw it out, mutual cooperation of the extraction mode between sliding block 303 and sliding rail 302.
In figure, description position relationship only for illustration, should not be understood as the limitation to this patent；Obviously, this reality
It is only intended to clearly illustrate the utility model example with novel above-described embodiment, and is not to the utility model
Embodiment restriction.For those of ordinary skill in the art, it can also make on the basis of the above description
Other various forms of variations or variation.There is no necessity and possibility to exhaust all the enbodiments.It is all new in this practicality
All any modification, equivalent and improvement etc., should be included in the utility model right and want made by within the spirit and principle of type
Within the protection domain asked.
Claims (6)
1. a kind of efficient process system of low concentration foul smell, including protective shell, it is characterised in that：Protective shell is internally provided with filtering dress
It sets, filter device one end is connect with connecting tube A, and connecting tube A is connect with collection port and collection port is located on protection shell side wall, described
The filter device other end connect with connecting tube B, connecting tube B is connect with detection case, detection case be internally provided with odor concentration detection
Instrument, odor concentration detector are connect with control device by conducting wire, and the detection case is connect with the one end discharge piping A, discharge piping A
The other end is connect across protective shell with discharge port, and discharge piping A is equipped with solenoid valve A and solenoid valve A passes through conducting wire with control device
Connection, the detection case are connect with the one end discharge piping B, and discharge piping B is equipped with solenoid valve B and solenoid valve B and control device are logical
Conducting wire connection is crossed, the discharge piping B other ends are connect with return duct one end by ring flange, and return duct is equipped with pump machine, and return duct is another
One end is connect with processing tube by ring flange, and processing tube is connect with connecting tube A.
2. the efficient process system of low concentration foul smell according to claim 1, it is characterised in that：The control device packet
Receiver and controller are included, the receiver is connect with controller by conducting wire, and controller is logical with solenoid valve A and solenoid valve B
Conducting wire connection is crossed, controller is connect with pump machine by conducting wire, and controller is connect with collection port by conducting wire.
3. the efficient process system of low concentration foul smell according to claim 1, it is characterised in that：The collection port includes
Shell and wind turbine, the shell vertical section are square, and enclosure interior is equipped with wind turbine, and the quantity of wind turbine is no less than one, wind
Machine is connect with control device by conducting wire.
4. the efficient process system of low concentration foul smell according to claim 1, it is characterised in that：The filter device packet
Include babinet, sliding rail, sliding block, the net case A of filter, filter plate A, the net case B and filter plate B of filter, the left and right ends of the babinet respectively with
Connecting tube A and connecting tube B connections, box house, which is equipped with, filters net case A, filters net case A and is equipped with sliding block, and sliding block is connect and two with sliding rail
To be slidably connected between person, sliding rail is fixed on cabinet wall, be equipped with filter plate A on the right side of the net case A of the filter and filter plate A with
Box house connects and is to be slidably connected between the two, is equipped on the right side of filter plate A and filters net case B, filtered and be equipped with filter plate on the right side of net case B
B。
5. the efficient process system of low concentration foul smell according to claim 4, it is characterised in that：The net case A packets of the filter
Include baffle A, inlet port A, baffle B, adsorption plate A, inlet port B, baffle C, adsorption plate B, inlet port C, baffle D, baffle E, outlet
A, adsorption plate C, baffle F, outlet B, adsorption plate D and baffle G, the baffle A connects with sliding block, baffle A and the one end baffle G company
It connects and is mutually perpendicular, the baffle G other ends connect with the one end adsorption plate D and are mutually perpendicular between the two, the adsorption plate D other ends
Connect with the one end baffle B and be mutually perpendicular between the two, the baffle B other ends connect with the one end adsorption plate A and between the two mutually
Vertically, the adsorption plate A other ends are connect with the one end baffle F, and the baffle F other ends are connect with the one end adsorption plate C, the adsorption plate C other ends
It is connect with the one end baffle C, the baffle C other ends are connect with the one end adsorption plate B, and the adsorption plate B other ends are connect with the one end baffle E, gear
The plate E other ends are connect with baffle D, inlet port C are equipped between the baffle D and adsorption plate B, between adsorption plate B and adsorption plate C
Equipped with outlet A, it is equipped with inlet port B between adsorption plate C and adsorption plate A, outlet B, absorption are equipped between adsorption plate A and adsorption plate D
Inlet port A is equipped between plate D and baffle A.
6. the efficient process system of low concentration foul smell according to claim 4, it is characterised in that：The net case B packets of the filter
Include baffle A, inlet port A, baffle B, adsorption plate A, inlet port B, baffle C, adsorption plate B, inlet port C, baffle D, baffle E, outlet
A, adsorption plate C, baffle F, outlet B, adsorption plate D and baffle G, the baffle A connects with sliding block, baffle A and the one end baffle G company
It connects and is mutually perpendicular, the baffle G other ends connect with the one end adsorption plate D and are mutually perpendicular between the two, the adsorption plate D other ends
Connect with the one end baffle B and be mutually perpendicular between the two, the baffle B other ends connect with the one end adsorption plate A and between the two mutually
Vertically, the adsorption plate A other ends are connect with the one end baffle F, and the baffle F other ends are connect with the one end adsorption plate C, the adsorption plate C other ends
It is connect with the one end baffle C, the baffle C other ends are connect with the one end adsorption plate B, and the adsorption plate B other ends are connect with the one end baffle E, gear
The plate E other ends are connect with baffle D, inlet port C are equipped between the baffle D and adsorption plate B, between adsorption plate B and adsorption plate C
Equipped with outlet A, it is equipped with inlet port B between adsorption plate C and adsorption plate A, outlet B, absorption are equipped between adsorption plate A and adsorption plate D
Inlet port A is equipped between plate D and baffle A.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820303953.9U CN208082137U (en) | 2018-03-06 | 2018-03-06 | The efficient process system of low concentration foul smell |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820303953.9U CN208082137U (en) | 2018-03-06 | 2018-03-06 | The efficient process system of low concentration foul smell |
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| Publication Number | Publication Date |
|---|---|
| CN208082137U true CN208082137U (en) | 2018-11-13 |
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ID=64061718
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820303953.9U Active CN208082137U (en) | 2018-03-06 | 2018-03-06 | The efficient process system of low concentration foul smell |
Country Status (1)
| Country | Link |
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| CN (1) | CN208082137U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112827330A (en) * | 2021-01-08 | 2021-05-25 | 深圳市水务科技有限公司 | Odor linkage processing method, system and storage medium |
-
2018
- 2018-03-06 CN CN201820303953.9U patent/CN208082137U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112827330A (en) * | 2021-01-08 | 2021-05-25 | 深圳市水务科技有限公司 | Odor linkage processing method, system and storage medium |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address |
Address after: 510000 Room 301-312, 81 Yueyue East Street, Haizhu District, Guangzhou City, Guangdong Province (office only) Patentee after: Tiehan Environmental Protection Group Co., Ltd. Address before: 510000 No. 84 Guangta Road, Yuexiu District, Guangzhou City, Guangdong Province Patentee before: Guangzhou Huanfa Environmental Protection Engineering Co., Ltd. |
|
| CP03 | Change of name, title or address |