CN201596459U - Micro-mist deodorizing device - Google Patents
Micro-mist deodorizing device Download PDFInfo
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- CN201596459U CN201596459U CN2010201023563U CN201020102356U CN201596459U CN 201596459 U CN201596459 U CN 201596459U CN 2010201023563 U CN2010201023563 U CN 2010201023563U CN 201020102356 U CN201020102356 U CN 201020102356U CN 201596459 U CN201596459 U CN 201596459U
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Abstract
A micro-mist deodorizing device relates to a deodorizing device, which is capable of controlling a motor on automatic dosage and achieving spraying and deodorizing by pressurizing, and is more accurate in liquid medicine preparation, more stable in work pressure and higher in control automation level. The deodorizing device is provided with an induction device, a sprayer, a high-pressure pump, a dosing pump, at least one stock liquid tank, at least one tempering tank and a control circuit. The tempering tank is provided with a tap water inlet and a stock liquid inlet; the tap water inlet is connected with a tap water pipeline; the stock liquid inlet is connected with a liquid outlet of the stock liquid tank through the dosing pump; a liquid outlet of the tempering tank is connected with a liquid inlet of the high-pressure pump; a liquid outlet of the high-pressure pump is connected with the sprayer; the induction device is connected with the high-pressure pump through an induction device controller; and each input end and each output end of the control circuit are electrically connected with a control end and a signal output end of each part of a deodorizing system.
Description
Technical field
The utility model relates to a kind of odor removal, especially relates to a kind of little mist odor removal that is mainly used in places such as garbage disposal plant, burning field, sewage-farm, public lavatory, cleaning building.
Background technology
The deodorizing problem of facilities such as existing garbage disposal plant is the major issue of paying close attention in the industry always.Relevant odor removal has some reports.
Notification number provides a kind of garbage landfill yard odor removal for the utility model patent of CN201290917, comprise blower fan, air volume control mechanism and connect the tower deodoriser more, blower fan is arranged on the air inlet place that connects the tower deodoriser more, be connected with air main on the blower fan, air main is communicated with branch wind pipe, branch wind pipe is provided with air volume control mechanism, and the branch wind pipe end is provided with the air port Anti-stop cover.
Notification number provides a kind of odor removal for the utility model patent of CN2632083, particularly a kind of rubbish microbial deodorant device that the effective microbe deodorization technology is applied to the soot, comprise controller, NaOH solution tank NaOH is housed in the cabinet, immersible pump is equipped with in NaOH solution tank NaOH inside, immersible pump is communicated with blending bin by the immersible pump upper hose, and blending bin is communicated with compression pump by the compression pump water inlet pipe; Compression pump is communicated with compressed tanks by the compression pump outlet pipe, and compressed tanks is provided with the solution line interface.The described rubbish microbial deodorant of this utility model device can be controlled several atomizers, can spray microbial solution, with the peculiar smell in removing rubbish.According to the peculiar smell characteristics of varying environment, can dispose corresponding microorganism working solution ratio respectively, in the hope of reaching best deodorizing effect.
Notification number provides a kind of high-performance bio odor removal for the utility model patent of CN2637485, one supporting layer is arranged at its body bottom, pond, body inside, pond is filled broken string filler from bottom to top successively, three layers of different component filtrate of organic-biological filler and mixed fillers, utilize filtrate absorption and microorganism absorption cleaning foul gas, the external side in pond has a blower fan, blower fan is communicated with the air inducing pipeline, the connected porous gas distribution pipe of air inducing pipeline, porous air manifold tube is inserted to body bottom, pond supporting layer through the three-layer filter layer, run through the three-layer filter layer in the body of pond and insert the porous water distributor, also run through the three-layer filter layer in the body of pond and insert biological showing rod, the inner filtrate of biological showing rod is identical with filtrate in the body of pond, the cylinder outer wall is the porous support tube, is connected with handle above the cylinder.
Notification number provides a kind of system and device that carries out deodorizing with biofiltration for the utility model patent of CN2721621, and this device comprises air inlet pipe, humidification tower, filler, shower nozzle, circulating pump, biofiltration cabin, filtrate, filter bed, blower fan, blast pipe, spray head, storage tank, spray pump and electrical control cubicles; Detailed structure is seen specification.
Notification number provides a kind of odor removal applicable to rubbish transfer compressor station for the utility model patent of CN2820768, its structure mainly comprises: spray head, spray head is connected with the liquid outlet of mixed storage tank by spray piping, and gas-liquid mixing pump is connected with the inlet of mixed storage tank by mixing duct; Gas-liquid mixing pump is provided with air inlet pipe and water inlet pipe, and air inlet pipe is connected with ozone generator; After the odor removal of said structure is applied to rubbish transfer compressor station, can eliminate the serious foreign odor flavor that is produced in the rubbish compression process effectively, purify transfer compressor station ambient air environment, safeguard that also transfer compressor station operator's is healthy.
Summary of the invention
The purpose of this utility model be to provide a kind of control motor automated dispensing, pressurization reach the preparation of spraying deodorizing, soup accurately, stable, the higher little mist odor removal of control automatization level of operating pressure.
The technical solution of the utility model is by gas concentration induction installation induction odor concentration value, according to user's needs the odor concentration discharge value is set, signal is carried out processing able to programme finally export to control circuit, thus control motor automated dispensing.
The utility model is provided with induction installation, sprayer, high pressure pumping, dosing pump, at least one former liquid bath, at least one surge-tank and control circuit, described surge-tank is provided with running water inlet and stoste import, running water inlet connects water supply pipe, the stoste import links to each other with the liquid outlet of former liquid bath by dosing pump, the liquid outlet of described surge-tank connects the inlet of high pressure pumping, and the liquid outlet of described high pressure pumping links to each other with sprayer; Described induction installation is provided with inductive probe and induction installation controller, inductive probe is used to respond to odor concentration, induction installation controller input is connected with the inductive probe output, the induction installation controller is used for the gas at scene is monitored and analyzing and processing in addition in real time, at last data are sent to the control zone of deodoration system, the induction installation controller is connected with the high pressure pumping; Each input/output terminal of control circuit is electrically connected with the control end and the signal output part of each parts in the deodoration system.
Described foul smell is methane, hydrogen sulfide, ammonia etc. for example.
Described running water inlet connects water supply pipe, can adopt running water inlet to be connected water supply pipe by the moisturizing magnetic valve with running water filter successively.
Described surge-tank can be provided with the 3rd inlet, and the 3rd inlet of surge-tank can be through unloading the liquid outlet that pressure electromagnetic valve is connected to the high pressure pumping.Be provided with check valve in the pipeline between the inlet of the liquid outlet of described surge-tank and high pressure pumping.In surge-tank, can be provided with the syllogic liquid-level switch that is used for detecting high liquid level, liquid level and three liquid levels of low liquid level; Described surge-tank also can be provided with second liquid outlet, and described second liquid outlet is connected with blowoff valve.
The liquid outlet of described high pressure pumping can be provided with pressure sensor, and described pressure sensor can adopt the two-period form pressure sensor.Described high pressure pumping can be adopted the pumping of physics plunger.
Described dosing pump can adopt inductive impulse formula measuring pump etc.
Preferably be provided with liquid level sensor on the described former liquid bath.
Described control circuit can adopt Programmable Logic Controller (PLC), and the control end of each parts links to each other with signal output part in each input/output terminal of Programmable Logic Controller and the deodoration system.
Described control circuit also can adopt relay, and the control end of each parts links to each other with signal output part in each port of relay and the deodoration system.
The utility model can also be provided with electrothermal relay and the buzzer that links to each other with Programmable Logic Controller.
The utility model is responded to the odor concentration value owing to pass through the gas concentration induction installation, and signal is carried out processing able to programme finally export to control circuit, thereby reaches the spraying deodorizing according to difference control motor automated dispensing, the pressurization of odor concentration influence value setting.The raw material soup supply line that outputs to surge-tank from former liquid bath separates with the pipeline of carrying running water, so the supply of raw material soup is not subjected to the influence of tap water pressure.In addition, dosing pump adopts inductive impulse formula measuring pump, so the output of raw material soup can export with pulse mode, and the proportioning and the metering of allotment back soup are more accurate, and composition is more stable.Because the high pressure pumping can adopt the pumping of physics plunger, and sprayer can adopt atomizer, therefore can provide stable operating pressure, and the droplet that atomizer is produced is more even, sprays better effects if.Because the liquid outlet of high pressure pumping by the high pressure reflow of pressure-relief valve, is therefore not only saved soup, and can be made the high pressure pumping more high temperature resistant, guarantees the safe handling of high pressure pumping, has obviously prolonged the service life of high pressure pumping.
The utility model can be according to environmental protection the countries concerned standard: " odorant pollutant discharge standard " GB14554-1993, " ambient air quality " GB3095-1996, the gas at scene is monitored and analyzing and processing in addition in real time, at last data are sent to the control zone of deodoration system, the deodorizing thereby the Based Intelligent Control deodoration system is sprayed truly realizes unmanned intelligent management.Detection sensitivity height of the present utility model, the concentration accuracy that detects foul smell reaches 0.01PPM; Control rate is fast, by the operation that detects control appliance or to need only to stop 0.5S.
Description of drawings
Fig. 1 is that the structure of the utility model embodiment is formed schematic diagram.
Fig. 2 is the control circuit schematic diagram of the utility model embodiment.
Fig. 3 is another control circuit schematic diagram of the utility model embodiment.
The specific embodiment
As shown in Figure 1, the utility model embodiment is provided with induction installation 12, atomizer 14, high pressure pumping 10, dosing pump 11, former liquid bath 4, surge-tank 3 and control circuit, surge-tank 3 is provided with running water inlet and stoste import, and running water inlet is connected water supply pipe by moisturizing magnetic valve 6 with running water filter 1 successively; The stoste import of surge-tank 3 links to each other with the liquid outlet of former liquid bath 4 by dosing pump 11, the liquid outlet of surge-tank 3 connects the inlet of high pressure pumping 10, the liquid outlet of high pressure pumping 10 links to each other with atomizer 14, and induction installation 12 is connected with high pressure pumping 10 by induction installation controller 13; Each input/output terminal of control circuit is electrically connected with the control end and the signal output part of each parts in the deodoration system.
Can be provided with liquid level sensor 9 on the described former liquid bath 4.Dosing pump 11 adopts inductive impulse formula measuring pump etc.
Surge-tank 3 can be provided with the 3rd inlet, and the 3rd inlet of surge-tank is through unloading the liquid outlet that pressure electromagnetic valve 5 is connected to high pressure pumping 10.Be provided with check valve 2 in the pipeline between the inlet of the liquid outlet of surge-tank 3 and high pressure pumping 10.In surge-tank 3, be provided with the syllogic liquid-level switch 8 that is used to detect high, medium and low three liquid levels.
In the utility model, the repeater pump structure is formed in surge-tank 3, former liquid bath 4 and high pressure pumping 10, and sensing apparatus 12 and sensing apparatus controller 13 are formed gas and detected controlling organization.Sensing apparatus 12 converts the concentration of the gas sensed corresponding signal to and gives sensing apparatus controller 13, the operation of sensing apparatus controller 13 control motors.The liquid outlet process dosing pump 11 of former liquid bath 4 is connected to the stoste import of surge-tank 3, and the output of water supply pipe is connected to the running water inlet of surge-tank 3 through running water filter 1 and moisturizing magnetic valve 6; The liquid outlet of surge-tank 3 is connected to the inlet of high pressure pumping 10 through check valve 2, and the liquid outlet of high pressure pumping 10 connects atomizer 14.The liquid outlet of high pressure pumping 10 also takes back the 3rd inlet to surge-tank 3 through unloading pressure electromagnetic valve 5.Also be provided with syllogic (LS1, LS2, the LS3) liquid-level switch 8 that detects high, medium and low three water levels in surge-tank 3, be provided with sensor 9 in former liquid bath 4, sensor 9 can adopt the unistage type liquid-level switch.Surge-tank 3 also is provided with another liquid outlet, and is connected with blowoff valve 7.
The utility model can adopt the combination of multiple foul smell induction installation and a plurality of surge-tank and former liquid bath, selects list to organize or organize the raw material soup more and supply simultaneously, can realize the plurality of raw materials soup purpose of dispensing simultaneously.
The utility model can be controlled each parts by control circuit, so that realize the intellectuality of deodoration system.Control circuit can adopt multiple mode, Fig. 2 provides a kind of control circuit schematic diagram of the utility model embodiment, in Fig. 2, SB1 is for promptly stopping key, SG is a Gas controller, LS4 is a low liquid level of being located at the sensor in the former liquid bath, X006, X007, X010～X013, X015～X017, Y003～Y007, COM, Y011, Y013, Y014, Y016 and Y017 are standby, TH1 is an electrothermal relay, LA1 is for making the mist indicator lamp, and V2 is the moisturizing magnetic valve, and V1 is for unloading pressure electromagnetic valve, PM2 is a dosing pump, and KM1 is a main frame operation relay.
Present embodiment adopts Programmable Logic Controller (PLC), and the control end of each parts in each input/output terminal of Programmable Logic Controller and the deodoration system is linked to each other with signal output part.Below provide the concrete course of work of control circuit: when the syllogic liquid-level switch 8 in the surge-tank 3 detects liquid level and is lower than middle water level LS2, send the rising edge signal and give Programmable Logic Controller, Programmable Logic Controller will be opened moisturizing magnetic valve 6 and add water, and driving dosing pump 11 dosings, when the syllogic liquid-level switch 8 in the surge-tank 3 detects liquid level and is higher than high water level LS1, send the rising edge signal and give Programmable Logic Controller, Programmable Logic Controller is closed moisturizing magnetic valve 6 and dosing pump 11.
When the needs system makes mist, high pressure pumping 10 entrys into service, soup flows to atomizer 14 and makes mist, and after high pressure pumping 10 stopped by demand running a period of time, Programmable Logic Controller will unload pressure electromagnetic valve 5 and open.When the release time finishes, unload pressure electromagnetic valve 5 and close, on request after a period of time, high pressure pumping 10 is turned round once more, beginning circular flow.
The utility model can also be provided with electrothermal relay and the buzzer (not indicating among the figure) that links to each other with Programmable Logic Controller, when making mist, when the low water level LS3 of syllogic liquid-level switch 8 output signal, and any one element such as sensor 9, Gas controller GS and electrothermal relay THI are when outputing signal to Programmable Logic Controller, high pressure pumping 10 can not start, Programmable Logic Controller will drive buzzer AL warning simultaneously, and the display alarm content.
By gas concentration induction installation induction odor concentration, signal is carried out processing able to programme finally export to control circuit, deodorizing thereby this deodoration system of Based Intelligent Control is sprayed.Be that this deodoration system is under operatorless situation, it can detect gas on-site concentration in real time, and according to corresponding gas standard value among " odorant pollutant discharge standard " GB14554-1993, " ambient air quality " GB3095-1996, automatically judge, the deodorizing thereby the Based Intelligent Control deodoration system is sprayed has truly realized unmanned intelligent management.This device detection sensitivity height, the concentration accuracy that detects foul smell reaches 0.01PPM; Control rate is fast, by the operation that detects control appliance or to need only to stop 0.5S.All operational factors can fully highlight the higher intelligent degree of system by external touch or the change of other input equipments.
Fig. 3 provides another control circuit schematic diagram of the utility model embodiment, and is similar to the above embodiments, and its difference only is that control circuit adopts a plurality of relay controls.Present embodiment can be selected semiautomatic control or Automatic Control mode for use.
The semiautomatic control mode is when powering in system, press start button SB1 artificially, when low liquid-level switch LS3 in the surge-tank TK1 surge-tank detected liquid level height low liquid-level switch LS4 to LS3, the former liquid bath TK2 and detects the liquid level height to LS4, relay K A4, KA5 were failure to actuate; And when the contact GS of gas detection controller output is closed, relay K A1 action, control is made mist and is begun, relay K A6 action, and then make high pressure pumping contactor KM1 connect high pressure pumping PM1 running, realize the mist process of making described in above-mentioned embodiment, after after a while, make mist time relay KT2 action, the KA6 dead electricity is failure to actuate, and high pressure pumping contactor KM1 is discharged, and PM1 is out of service in the high pressure pumping.Again through after a while, the relay K T3 action of spraying at interval, release time relay KT2 action is made mist time relay KT4 and is restPosed (being power failure state), makes mist and begins relay K A6 and move again, and system begins periodic duty next time again.
The Automatic Control mode is by a control time in program design device ATS action, and mist time relay KT4 action is made in control automatically, finishes the above-mentioned course of work in the described semiautomatic control mode then.
When needs when system adds medicament, middle liquid-level switch LS2 action among the surge-tank TK1, moisturizing relay K A7 action, control water compensating valve V2 opens, and replenishes running water in surge-tank TK1, dosing relay K T4 action, the dosing pump PM2 of control impuls formula begins dosing, after high level switch LS1 action, dosing relay K T4 shuts down dosing pump PM2, finishes fluid infusion and allocation process to surge-tank TK1.
Present embodiment adopts a plurality of relays to realize full-automatic or semiautomatic control, and the control circuit cost is cheaper, controls flexible.
Claims (10)
1. little mist odor removal, it is characterized in that being provided with induction installation, sprayer, high pressure pumping, dosing pump, at least one former liquid bath, at least one surge-tank and control circuit, described surge-tank is provided with running water inlet and stoste import, running water inlet connects water supply pipe, the stoste import links to each other with the liquid outlet of former liquid bath by dosing pump, the liquid outlet of described surge-tank connects the inlet of high pressure pumping, and the liquid outlet of described high pressure pumping links to each other with sprayer; Described induction installation is provided with inductive probe and induction installation controller, inductive probe is used to respond to odor concentration, induction installation controller input is connected with the inductive probe output, the induction installation controller is used for the gas at scene is monitored and analyzing and processing in addition in real time, at last data are sent to the control zone of deodoration system, the induction installation controller is connected with the high pressure pumping; Each input/output terminal of control circuit is electrically connected with the control end and the signal output part of each parts in the deodoration system.
2. little mist odor removal as claimed in claim 1 is characterized in that described running water inlet connects water supply pipe, is to adopt running water inlet to be connected water supply pipe by the moisturizing magnetic valve with running water filter successively.
3. little mist odor removal as claimed in claim 1 is characterized in that described surge-tank is provided with the 3rd inlet, and the 3rd inlet of surge-tank is through unloading the liquid outlet that pressure electromagnetic valve is connected to the high pressure pumping.
4. little mist odor removal as claimed in claim 1 is characterized in that being provided with check valve in the pipeline between the inlet of the liquid outlet of described surge-tank and high pressure pumping.
5. little mist odor removal as claimed in claim 1 is characterized in that being provided with the syllogic liquid-level switch that is used for detecting high liquid level, liquid level and three liquid levels of low liquid level in surge-tank.
6. little mist odor removal as claimed in claim 1 is characterized in that described surge-tank is provided with second liquid outlet, and described second liquid outlet is connected with blowoff valve.
7. little mist odor removal as claimed in claim 1 is characterized in that the liquid outlet of described high pressure pumping is provided with pressure sensor; Described pressure sensor is the two-period form pressure sensor; Described high pressure pumping is the pumping of physics plunger.
8. little mist odor removal as claimed in claim 1 is characterized in that described dosing pump is an inductive impulse formula measuring pump; Described former liquid bath is provided with liquid level sensor.
9. little mist odor removal as claimed in claim 1 is characterized in that described control circuit is a Programmable Logic Controller, and the control end of each parts links to each other with signal output part in each input/output terminal of Programmable Logic Controller and the deodoration system; Or
Described control circuit is a relay, and the control end of each parts links to each other with signal output part in each port of relay and the deodoration system.
10. little mist odor removal as claimed in claim 1 is characterized in that described control circuit is provided with electrothermal relay and buzzer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201023563U CN201596459U (en) | 2010-01-27 | 2010-01-27 | Micro-mist deodorizing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201023563U CN201596459U (en) | 2010-01-27 | 2010-01-27 | Micro-mist deodorizing device |
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| Publication Number | Publication Date |
|---|---|
| CN201596459U true CN201596459U (en) | 2010-10-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010201023563U Expired - Lifetime CN201596459U (en) | 2010-01-27 | 2010-01-27 | Micro-mist deodorizing device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102357333A (en) * | 2011-07-29 | 2012-02-22 | 四川煤炭产业集团有限公司 | Agent for rapidly removing high sulfur coal mine underground hydrogen sulfide gas, and device thereof |
| CN101639090B (en) * | 2008-07-28 | 2013-04-17 | 上海宝信软件股份有限公司 | Method for controlling time sequence of multi-pump hydraulic station |
| CN105983326A (en) * | 2015-03-04 | 2016-10-05 | 卢伟文 | Intelligent purification system of waste transfer station |
-
2010
- 2010-01-27 CN CN2010201023563U patent/CN201596459U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101639090B (en) * | 2008-07-28 | 2013-04-17 | 上海宝信软件股份有限公司 | Method for controlling time sequence of multi-pump hydraulic station |
| CN102357333A (en) * | 2011-07-29 | 2012-02-22 | 四川煤炭产业集团有限公司 | Agent for rapidly removing high sulfur coal mine underground hydrogen sulfide gas, and device thereof |
| CN105983326A (en) * | 2015-03-04 | 2016-10-05 | 卢伟文 | Intelligent purification system of waste transfer station |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20171130 Address after: 361009 Torch Hi-Tech Industrial Development Zone, Xiamen, Fujian Province, Ang Building, Room 304,306 Patentee after: XIAMEN LIANCHUANGDA TECHNOLOGY CO., LTD. Address before: Siming District of Xiamen City, Fujian province 361004 West Road No. 209 building 1001 electric bucket Patentee before: Xiamen Lidi Environmental Protection Technology Co., Ltd. |
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| TR01 | Transfer of patent right | ||
| CX01 | Expiry of patent term |
Granted publication date: 20101006 |
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| CX01 | Expiry of patent term |