CN102495178A - Device for detection of carbon dioxide content in urban air - Google Patents
Device for detection of carbon dioxide content in urban air Download PDFInfo
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- CN102495178A CN102495178A CN2011103822786A CN201110382278A CN102495178A CN 102495178 A CN102495178 A CN 102495178A CN 2011103822786 A CN2011103822786 A CN 2011103822786A CN 201110382278 A CN201110382278 A CN 201110382278A CN 102495178 A CN102495178 A CN 102495178A
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Abstract
The invention discloses a device for detection of the carbon dioxide content in urban air, which comprises an air intake pipe, a ventilation pipe, a detection pipe, a carbon dioxide sensor, an air pump and an air outlet pipe. Dozens or hundreds of carbon dioxide monitoring points are arranged in an urban area for detection of carbon dioxide, a monitoring network is formed via coupling through telecommunication lines, and detection data of each monitoring point are summarized to a master monitoring station for analysis and treatment. The carbon dioxide detection device is vertically arranged on the outer wall of a high-rise building, air at different heights is collected through a plurality of air intake pipes, the collected air is delivered to the detection pipe through the ventilation pipe and the air pump, the content of carbon dioxide in the air is detected by the carbon dioxide sensor in the detection pipe, and the automated control and the storage, processing, display and transmission of testing data are carried out by the detector for the carbon dioxide content in the urban air. The device has the advantages of large measuring range, high accuracy, long service life, simple structure, automatic control, easiness in installation, synchronous detection, internetworking transmission, reliability in operation, real-time data display, low manufacturing cost and the like.
Description
Technical field
The present invention relates to carbon dioxide pick-up unit field, be specially carbon dioxide content pick-up unit in a kind of urban air.
Background technology
At present; Existing carbon dioxide detecting instrument can only detect the content of a certain position and height Carbon Dioxide in Air; And can not be simultaneously air tens of or hundreds of positions and differing heights be carried out the detection of carbon dioxide content, can not meet the demands so be applied in the monitoring of city carbon dioxide discharging.
Summary of the invention
The object of the invention provides carbon dioxide content pick-up unit in a kind of urban air; It is placed in tens of or hundreds of carbon dioxide monitoring points of arranging in the urban area; Can carry out the detection of carbon dioxide simultaneously; And be unified into monitoring network through the telecommunication line of broadband line or telephone wire, and the detection data of each monitoring point are aggregated into monitoring master station analyze and handle, can't satisfy the problem that city CO2 emission monitoring requires to solve prior art carbon dioxide detecting instrument.
In order to achieve the above object, the technical scheme that the present invention adopted is:
Carbon dioxide content pick-up unit in the urban air; It is characterized in that: comprise the vertical snorkel that is installed on the high-rise building exterior wall; And adjacent snorkel and the cable tube arranged side by side with snorkel; On the snorkel from bottom to up spaced set several draft tube are arranged; Mouth of pipe place, snorkel top is connected with detector tube, and the detector tube top is provided with the air pump that inlet end is connected with the detector tube top mouth of pipe, and the air pump exhaust end is connected with escape pipe; Said detector tube tube wall is provided with detecting means and stretches into temperature sensor, carbon dioxide sensor in the detector tube respectively, and the cable that temperature sensor, carbon dioxide sensor carry separately stretches in the cable tube and along cable tube to walk backward to draw.
Carbon dioxide content pick-up unit in the described urban air; It is characterized in that: said snorkel is straight pipe; Be respectively arranged with three-way connection corresponding to each draft tube position on the snorkel; All towards vertical outside direction with the high-rise building exterior wall, said draft tube is connected on the branch support interface of three-way connection the branch support interface of each three-way connection.
Carbon dioxide content pick-up unit in the described urban air; It is characterized in that: said draft tube is air intake opening 90 ° of curved pipes down; The air intake opening place of draft tube is provided with mat; Be provided with plate-turning door in down vertical section of draft tube, the air flow power that the flap valve of plate-turning door produces when leaning on pumping with exhaust blower is opened, and when air pump stops to bleed, leans on to conduct oneself with dignity and close automatically.
Carbon dioxide content pick-up unit in the described urban air; It is characterized in that: said detector tube is straight pipe; Upper and lower end is respectively arranged with the overhead door plate in the detector tube; The air flow power that the flap valve of plate-turning door produces when leaning on pumping with exhaust blower is opened, and when air pump stops to bleed, closes automatically by deadweight; Tube wall upper edge, said detector tube stage casing tube's axis has three through holes; Be provided with block temperature sensor in the through hole wherein; Temperature sensor is placed on the block temperature sensor; Be respectively arranged with the carbon dioxide sensor seat in two other through hole, carbon dioxide sensor is placed on the carbon dioxide sensor seat; Also be provided with the case that covers temperature sensor, carbon dioxide sensor on the said detector tube; The case lower end has the cable tube joint that is connected with said cable tube, and the cable that temperature sensor, carbon dioxide sensor carry separately causes the cable tube from cable tube joint respectively.
Carbon dioxide content pick-up unit in the described urban air is characterized in that: said escape pipe is gas outlet 180 ° of curved pipes down, and the place, gas outlet is provided with mat.
Carbon dioxide content pick-up unit in the described urban air; It is characterized in that: the fuselage of said carbon dioxide sensor is penetrating drum; Screw thread and hex wrench shoulder are arranged on the fuselage outer side face, be disposed with gas sensor, gas sensor seat, circuit board, bottom in the fuselage as detecting means; The gas sensor of carbon dioxide sensor is installed on the gas sensor seat after inserting from fuselage one end port; And can extract from the gas sensor seat; Bottom places fuselage other end port; The bottom center is provided with the cable fixed head, gets into the cable tube from the cable tube joint of case lower end after the cable on the place in circuit plate that carbon dioxide sensor carries is drawn from the cable fixed head again.
Carbon dioxide content pick-up unit in the described urban air; It is characterized in that: said plate-turning door comprises the gate seat of drum, and gate seat one side is hinged with the flap valve of circular plate type through hinge, and flap valve is the flap valve of outside unidirectional unlatching; When flap valve is opened entirely and the gate seat end face form 60 ° of angles; Be close to the gate seat end face when flap valve is closed, the air flow power that flap valve produces when leaning on pumping with exhaust blower is opened, and when air pump stops to bleed, closes automatically by deadweight; Gate seat is provided with the flap valve electromagnetic switch; Flap valve just can be opened when the flap valve electromagnetic switch was opened; Also be provided with flap valve on the said plate-turning door and open and close self-checking unit, flap valve opens and closes self-checking unit and is made up of with the Hall element that is arranged on the gate seat the permanent magnet that is arranged on the flap valve.
Carbon dioxide content pick-up unit in the described urban air; It is characterized in that: said cable tube is respectively arranged with lateral corresponding to each draft tube position; Be respectively arranged with the cable tube joint that supplies corresponding lateral to connect on each draft tube tube wall, the cable that the flap valve electromagnetic switch in the draft tube on the plate-turning door, flap valve keying self-checking unit carry gets into the cable tube after cable tube joint is introduced lateral respectively.
Carbon dioxide content pick-up unit in the described urban air; It is characterized in that: said detector tube tube wall is provided with cable tube joint; Said cable tube corresponding to cable tube joint position on the detector tube be provided with detector tube on the lateral that is connected of cable tube joint; The cable that flap valve electromagnetic switch in the detector tube on the plate-turning door, flap valve keying self-checking unit carry gets into the cable tube after cable tube joint is introduced lateral respectively; Cable tube also is provided with the lateral that is connected with case lower end cable tube joint corresponding to the case lower end position, and the cable that said temperature sensor, carbon dioxide sensor carry separately gets into the cable tube after case lower end cable tube joint is introduced the corresponding lateral in case lower end respectively.
Carbon dioxide content pick-up unit in the said urban air; It is characterized in that: the arranged in form carbon dioxide monitoring point of in the urban area, pressing point of square control network; And each monitoring point is chosen in the high-rise building place; Be chosen as and settle carbon dioxide content pick-up unit and detector thereof in the urban air on the building of monitoring point, be unified into monitoring network, the detection data of each monitoring point are aggregated into monitoring master station analyze and handle through telecommunication line.
The carbon dioxide content pick-up unit is based on following principle of work in the urban air of the present invention:
Networking synchronous acquisition test data: in the urban area, the monitoring point is set, and in the net territory, monitoring master station is set by square grid.A suitable high-rise building is selected in each monitoring point, on this external walls of building wall, settles the carbon dioxide pick-up unit, and locates to settle the carbon dioxide detector in the passageway of building etc.According to the time of prior setting; The carbon dioxide content pick-up unit carries out the detection of carbon dioxide content synchronously in the urban air of all monitoring points; And will detect data by carbon dioxide content detector in the urban air and pass through broadband line or telephone wire, flow to monitoring master station immediately and analyze and handle.
Detect the air of differing heights: because the aerial density of carbon dioxide is bigger, often be prone to be sunken to the bottom of air, owing to the influence of wind-engaging or hot-air rising convection current, it is uneven causing differing heights carbon dioxide in air content again.Carry out the detection of carbon dioxide content in order to collect representational air; The breather line of vertical arrangement pick-up unit on the external wall of high-rise building; On breather line, several draft tube are set, more than the highest point draft tube, are disposed with detector tube, air pump, escape pipe by the design height equidistance.Before the detection, the turnover panel flap valve in all draft tube is all closed, and is locked by electromagnetic switch.During detection; Air pump is started in the control of carbon dioxide detector; And open the flap valve electromagnetic switch of each draft tube by regulation order and time; Open the flap valve (guaranteeing at every turn to have only 1 draft tube air inlet) of draft tube one by one, let the fresh air conveying of differing heights carry out the detection of carbon dioxide content to detector tube, and from escape pipe output air to be detected.
Improve the fiduciary level that carbon dioxide detects: on the plate-turning door of detector tube and each draft tube, all settle a flap valve to open and close self-checking unit (constituting) by permanent magnet and Hall switch.Whenever flap valve is closed, permanent magnet on the flap valve and the Hall element on the gate seat near, the resistance of Hall element diminishes and lets electric current pass through; Whenever the flap valve unlatching, the permanent magnet on the flap valve is away from the Hall element on the gate seat, and the resistance of Hall element becomes does not allow electric current to pass through greatly.All flap valves are opened and closed self-checking unit numbering back insert carbon dioxide content detector in the urban air, on this detector, just can grasp the situation that each flap valve is opened or closed., air in the detector tube is not replaced by appointment and causes that mistake surveys because the flap valve of draft tube is opened or closed by the control regulation to avoid occurring.
The sensing of carbon dioxide: the carbon dioxide content pick-up unit is the detection of in detector tube, carrying out Carbon Dioxide in Air content in the urban air of the present invention; Be drawn into fresh air to draft tube by air pump during each the detection, discharge the air that had detected from gas outlet from tested height.After tested fresh air is transported to detector tube through breather line; Close the flap valve at detector tube two ends; Form the detection space (volume of air of regulation) of sealing; Carry out the detection of carbon dioxide content simultaneously by two carbon dioxide sensors in the detector tube, and by temperature sensor test real-time temperature, to revise its influence.
Compared with present technology, beneficial effect of the present invention is embodied in:
Carbon dioxide content pick-up unit in a kind of urban air that the present invention proposes; This pick-up unit is placed in each monitoring point in the urban area; Constitute monitoring network through telecommunication line; To detect data and be summarized in monitoring master station, monitor out the content of entire city Carbon Dioxide in Air simultaneously, and the detection data that record be reliable, accurate, representative.The characteristics that this pick-up unit has that range is big, precision is high, the life-span is long, simple in structure, automatic control, simple installation, synchronous detection, networking transmission, reliable, real-time video data, cost are low etc.
Description of drawings
Fig. 1 is carbon dioxide content pick-up unit structural representation in the urban air of the present invention, wherein:
Figure 1A is the structure front elevation of carbon dioxide content pick-up unit in the urban air of the present invention, and Figure 1B is the structure side view of carbon dioxide content pick-up unit in the urban air of the present invention.
Fig. 2 is an air feeder structure synoptic diagram of the present invention, wherein:
Fig. 2 A is an air feeder structure positive view of the present invention, and Fig. 2 B is an air feeder structure sectional view of the present invention, and Fig. 2 C is the air feeder structure of the present invention cut-open view of bowing.
Fig. 3 is a detector tube structural representation of the present invention, wherein:
Fig. 3 A is a detector tube structure positive view of the present invention, and Fig. 3 B is a detector tube structure side cut-open view of the present invention, and Fig. 3 C is a detector tube structure vertical view of the present invention.
Fig. 4 is a plate-turning door structural representation of the present invention, wherein:
Fig. 4 A plate-turning door structure of the present invention positive view, Fig. 4 B plate-turning door structure side of the present invention cut-open view, Fig. 4 C are plate-turning door structure vertical view of the present invention.
Fig. 5 is a carbon dioxide sensor structural representation of the present invention, wherein:
Fig. 5 A is a carbon dioxide sensor structure positive view of the present invention, and Fig. 5 B is a carbon dioxide sensor structure side cut-open view of the present invention, and Fig. 5 C is a carbon dioxide sensor structure vertical view of the present invention.
Label among the figure: carbon dioxide content pick-up unit, 3 snorkels, 4 air pumps, 5 escape pipes, 6 plugs, 7 cable tubes in 1 external walls of building wall, 2 urban airs; 11 draft tube, 12 90 ° of bend pipes, 13 flap valve electromagnetic switch, 14 mats, 15 cable tube joints, 16 three-way connections, 21 detector tubes, 22 carbon dioxide sensor seats, 23 block temperature sensors, 24 temperature sensors, 25 cases; 31 plate-turning doors, 32 gate seats, 33 flap valves, 34 hinges, 35 flap valves open and close self-checking unit, 36 permanent magnets, 37 Hall elements; 41 carbon dioxide sensors, 42 fuselages, 43 gas sensors, 44 gas sensor seats, 45 circuit boards, 46 bottoms, 47 cable fixed head.
Embodiment
Referring to the Figure 1A among Fig. 1 and Figure 1B; The snorkel 3 vertical external walls of building walls 1 that are placed in high-rise building of carbon dioxide content pick-up unit 2 in the urban air in the present embodiment; Snorkel 3 from bottom to top equidistance is provided with several draft tube 11; Detector tube 21, air pump 4, escape pipe 5 are arranged on the pipeline of highest point draft tube more than 11 successively, and the bottom of snorkel 3 is provided with dismountable plug 6.Adjacent snorkel 3 is arranged side by side has cable tube 7, and this cable tube 7 is provided with lateral at the sensor case 25 and plate-turning door 31 places of each draft tube 11, detector tube 21, and this take-off pipe is connected with its cable tube joint 15 of draft tube 11.Snorkel 3 is straight-through pipe, and this snorkel 3 all is provided with three-way connection 16 at each draft tube place, the branch support interface of each three-way connection 16 all towards with external walls of building wall 1 vertical outside direction.Encapsulation process is all made in all pipe joints, and inside pipe wall is coated with the nanometer gloss paint.
Referring to Fig. 2 A among Fig. 2, Fig. 2 B and Fig. 2 C; Draft tube 11 is air intake opening 90 ° of curved pipes 12 down in the present embodiment; The air intake opening place is provided with mat 14; Be provided with plate-turning door 31 in vertical section of draft tube 11, the air flow power that the flap valve of this plate-turning door 31 33 produces when leaning on air pump 4 to bleed is opened, and air pump 4 leans on to conduct oneself with dignity when stopping to bleed and cuts out automatically.Be mounted with flap valve on the plate-turning door 31 of draft tube 11 and open and close self-checking unit 35 and flap valve electromagnetic switch 13, flap valve 33 just can be opened when this flap valve electromagnetic switch 13 was opened.Described escape pipe 5 is gas outlet 180 ° of curved pipes down, and the place, gas outlet is provided with mat 14.
Referring to Fig. 3 A among Fig. 3, Fig. 3 B and Fig. 3 C; Detector tube 21 is straight round tube shape in the present embodiment; Respectively there is 1 plate-turning door 31 top and bottom of detector tube 21; The air flow power that the flap valve 33 of these two plate-turning doors 31 produces when leaning on air pump 4 to bleed is opened, and air pump 4 leans on to conduct oneself with dignity when stopping to bleed and cuts out automatically.Be mounted with flap valve on the plate-turning door 31 of detector tube 21 and open and close self-checking unit 35.Detector tube 21 stage casing tube walls are along there being 3 through holes on the tube's axis, interstitial hole is mounted with block temperature sensor 23, and two holes are mounted with carbon dioxide sensor seat 22 in addition.Be mounted with temperature sensor 24 on the block temperature sensor 23, be mounted with carbon dioxide sensor 41 on the carbon dioxide sensor seat 22, case 25 is arranged on these sensors, the cable tube joint 15 of case 25 lower ends is connected with cable tube 7.
Referring to Fig. 4 A among Fig. 4, Fig. 4 B and Fig. 4 C, the gate seat 32 of plate-turning door 31 is a drum in the present embodiment, and the flap valve 33 usefulness hinges 34 of circular plate type are placed in a side of gate seat 32.Flap valve 33 can only outside unidirectional unlatching; When flap valve 33 is opened entirely and gate seat 32 end faces form 60 ° of angles; Be close to gate seat 32 end faces when flap valve 33 is closed, the air flow power that flap valve 33 produces when leaning on air pump 4 to bleed is opened, and air pump 4 leans on to conduct oneself with dignity when stopping to bleed and cuts out automatically.Gate seat 32 is provided with flap valve electromagnetic switch 13, and flap valve 33 just can be opened when flap valve electromagnetic switch 13 was opened.Flap valve opens and closes self-checking unit 35 and is made up of the Hall element of settling on permanent magnet of settling on the flap valve 33 36 and the gate seat 32 37.
Referring to Fig. 5 A among Fig. 5, Fig. 5 B and Fig. 5 C; The fuselage 42 of carbon dioxide sensor 41 is penetrating drum in the present embodiment; Screw thread and hex wrench shoulder are arranged on fuselage 42 lateral surfaces, gas sensor 43, gas sensor seat 44, circuit board 45, bottom 46 are arranged in the fuselage 42 successively.The gas sensor 43 of carbon dioxide sensor 41 can insert from fuselage 42 ports and be installed on gas sensor seat 44, and extracts replacing.Bottom 46 centers are provided with cable fixed head 47, and cable is drawn from cable fixed head 47.
In the present embodiment in the urban air plan of establishment of carbon dioxide content pick-up unit 2 be the arranged in form carbon dioxide monitoring point of in the urban area, pressing point of square control network, and each monitoring point is chosen in the high-rise building place.Be chosen as and settle carbon dioxide content pick-up unit 2 and detector thereof in the urban air on the building of monitoring point, be unified into monitoring network, the detection data of each monitoring point are aggregated into monitoring master station analyze and handle through telecommunication line.
The effect of external walls of building wall 1 is fixing carbon dioxide content pick-up unit 2 in the urban air, to the air of gathering differing heights condition is provided; The effect of carbon dioxide content pick-up unit 2 is the content of monitoring differing heights Carbon Dioxide in Air in the urban air; The effect of snorkel 3 is the pipelines that connect draft tube 11, detector tube 21, air pump 4, escape pipe 5; The effect of air pump 4 is to be sent to detector tube 21 from each draft tube 11 extracting air to carry out the detection of carbon dioxide content; The effect of escape pipe 5 is to discharge the air that detected; The effect of plug 6 is to pull down plug service conduits inside, and gets rid of the foreign material in the pipeline.The effect of cable tube 7 is the protection pipelines that open and close device cables such as self-checking unit 35, flap valve electromagnetic switch 13 for carbon dioxide sensor 41, flap valve; The effect of draft tube 11 is to get into air to be detected by the height that is provided with; The effect of 90 ° of bend pipes is to make air intake opening down vertical; The effect of flap valve electromagnetic switch 13 is flap valves 33 of locking plate-turning door 31; The effect of mat 14 is to prevent that foreign material from getting in the draft tube 11; The effect of nanometer gloss paint is to make the ventilation of snorkel 3 smooth interior smooth and easy, is not detained air to be detected; The effect of cable tube joint 15 is that the cable that the flap valve of plate-turning door 31 opens and closes self-checking unit 35 electric equipments such as grade is connected with cable tube 7; The effect of three-way connection 16 is to be the take-off connection of snorkel 3 with each draft tube 11; The effect of detector tube 21 is the detection spaces (designated volume) that form sealing, and settles carbon dioxide sensor 41 and temperature sensor 24; The effect of carbon dioxide sensor seat 22 is to settle carbon dioxide sensor 41; The effect of block temperature sensor 23 is to settle temperature sensor 24; The effect of temperature sensor 24 is to revise the influence of temperature to carbon dioxide sensor 41 sensings; The effect of case 25 is protection carbon dioxide sensors 41 and the temperature sensor 24 and the cable of fixedly drawing; The effect of plate-turning door 31 is devices of control air turnover; The effect of gate seat 32 is to settle flap valve 33, with its formation plate-turning door 31; The effect of flap valve 33 is control air circulating members; The effect of hinge 34 is the movable flap valves 33 of settling; The effect that flap valve opens and closes self-checking unit 35 is to detect the state that flap valve 33 opens and closes, and guarantees the reliability of test data; Permanent magnet 36 is to constitute flap valve to open and close self-checking unit 35 with the effect of Hall element 37; The effect of carbon dioxide sensor 41 is the content that detects Carbon Dioxide in Air; The effect of fuselage 42 is fixation of sensor and protection components and parts; The effect of gas sensor 43 is sensings of Carbon Dioxide in Air content; The effect of gas sensor seat 44 is to settle gas sensor 43; The effect of circuit board 45 is fixed air photosensitive elements seat 44 and CC; The effect of bottom 46 is sealing fuselages 42 and settles cable fixed head 47; The effect of cable fixed head 47 is the cables of fixedly drawing.
Claims (10)
1. carbon dioxide content pick-up unit in the urban air; It is characterized in that: comprise the vertical snorkel that is installed on the high-rise building exterior wall; And adjacent snorkel and the cable tube arranged side by side with snorkel; On the snorkel from bottom to up spaced set several draft tube are arranged; Mouth of pipe place, snorkel top is connected with detector tube, and the detector tube top is provided with the air pump that inlet end is connected with the detector tube top mouth of pipe, and the air pump exhaust end is connected with escape pipe; Said detector tube tube wall is provided with detecting means and stretches into temperature sensor, carbon dioxide sensor in the detector tube respectively, and the cable that temperature sensor, carbon dioxide sensor carry separately stretches in the cable tube and along cable tube to walk backward to draw.
2. carbon dioxide content pick-up unit in the urban air according to claim 1; It is characterized in that: said snorkel is straight pipe; Be respectively arranged with three-way connection corresponding to each draft tube position on the snorkel; All towards vertical outside direction with the high-rise building exterior wall, said draft tube is connected on the branch support interface of three-way connection the branch support interface of each three-way connection.
3. carbon dioxide content pick-up unit in the urban air according to claim 1; It is characterized in that: said draft tube is air intake opening 90 ° of curved pipes down; The air intake opening place of draft tube is provided with mat; Be provided with plate-turning door in down vertical section of draft tube, the air flow power that the flap valve of plate-turning door produces when leaning on pumping with exhaust blower is opened, and when air pump stops to bleed, leans on to conduct oneself with dignity and close automatically.
4. carbon dioxide content pick-up unit in the urban air according to claim 1; It is characterized in that: said detector tube is straight pipe; Upper and lower end is respectively arranged with the overhead door plate in the detector tube; The air flow power that the flap valve of plate-turning door produces when leaning on pumping with exhaust blower is opened, and when air pump stops to bleed, closes automatically by deadweight; Tube wall upper edge, said detector tube stage casing tube's axis has three through holes; Be provided with block temperature sensor in the through hole wherein; Temperature sensor is placed on the block temperature sensor; Be respectively arranged with the carbon dioxide sensor seat in two other through hole, carbon dioxide sensor is placed on the carbon dioxide sensor seat; Also be provided with the case that covers temperature sensor, carbon dioxide sensor on the said detector tube; The case lower end has the cable tube joint that is connected with said cable tube, and the cable that temperature sensor, carbon dioxide sensor carry separately causes the cable tube from cable tube joint respectively.
5. carbon dioxide content pick-up unit in the urban air according to claim 1 is characterized in that: said escape pipe is gas outlet 180 ° of curved pipes down, and the place, gas outlet is provided with mat.
6. according to carbon dioxide content pick-up unit in claim 1 or the 4 described urban airs; It is characterized in that: the fuselage of said carbon dioxide sensor is penetrating drum; Screw thread and hex wrench shoulder are arranged on the fuselage outer side face, be disposed with gas sensor, gas sensor seat, circuit board, bottom in the fuselage as detecting means; The gas sensor of carbon dioxide sensor is installed on the gas sensor seat after inserting from fuselage one end port; And can extract from the gas sensor seat; Bottom places fuselage other end port; The bottom center is provided with the cable fixed head, gets into the cable tube from the cable tube joint of case lower end after the cable on the place in circuit plate that carbon dioxide sensor carries is drawn from the cable fixed head again.
7. according to carbon dioxide content pick-up unit in claim 3 or the 4 described urban airs; It is characterized in that: said plate-turning door comprises the gate seat of drum, and gate seat one side is hinged with the flap valve of circular plate type through hinge, and flap valve is the flap valve of outside unidirectional unlatching; When flap valve is opened entirely and the gate seat end face form 60 ° of angles; Be close to the gate seat end face when flap valve is closed, the air flow power that flap valve produces when leaning on pumping with exhaust blower is opened, and when air pump stops to bleed, closes automatically by deadweight; Gate seat is provided with the flap valve electromagnetic switch; Flap valve just can be opened when the flap valve electromagnetic switch was opened; Also be provided with flap valve on the said plate-turning door and open and close self-checking unit, flap valve opens and closes self-checking unit and is made up of with the Hall element that is arranged on the gate seat the permanent magnet that is arranged on the flap valve.
8. according to carbon dioxide content pick-up unit in claim 3 or the 4 described urban airs; It is characterized in that: said cable tube is respectively arranged with lateral corresponding to each draft tube position; Be respectively arranged with the cable tube joint that supplies corresponding lateral to connect on each draft tube tube wall, the cable that the flap valve electromagnetic switch in the draft tube on the plate-turning door, flap valve keying self-checking unit carry gets into the cable tube after cable tube joint is introduced lateral respectively.
9. according to carbon dioxide content pick-up unit in claim 3 or the 4 described urban airs; It is characterized in that: said detector tube tube wall is provided with cable tube joint; Said cable tube corresponding to cable tube joint position on the detector tube be provided with detector tube on the lateral that is connected of cable tube joint; The cable that flap valve electromagnetic switch in the detector tube on the plate-turning door, flap valve keying self-checking unit carry gets into the cable tube after cable tube joint is introduced lateral respectively; Cable tube also is provided with the lateral that is connected with case lower end cable tube joint corresponding to the case lower end position, and the cable that said temperature sensor, carbon dioxide sensor carry separately gets into the cable tube after case lower end cable tube joint is introduced the corresponding lateral in case lower end respectively.
10. according to carbon dioxide content pick-up unit in the said urban air of claim 1; It is characterized in that: the arranged in form carbon dioxide monitoring point of in the urban area, pressing point of square control network; And each monitoring point is chosen in the high-rise building place; Be chosen as and settle carbon dioxide content pick-up unit and detector thereof in the urban air on the building of monitoring point, be unified into monitoring network, the detection data of each monitoring point are aggregated into monitoring master station analyze and handle through telecommunication line.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110382278.6A CN102495178B (en) | 2011-11-25 | 2011-11-25 | Device for detection of carbon dioxide content in urban air |
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| CN201110382278.6A CN102495178B (en) | 2011-11-25 | 2011-11-25 | Device for detection of carbon dioxide content in urban air |
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| CN102495178B CN102495178B (en) | 2014-01-29 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106053729A (en) * | 2016-07-06 | 2016-10-26 | 江苏智慧农业技术有限公司 | Field planting carbon dioxide sensor |
| CN106940359A (en) * | 2017-03-13 | 2017-07-11 | 山东佳星环保科技有限公司 | A kind of warning of air pollution device |
| CN108008087A (en) * | 2017-12-28 | 2018-05-08 | 北京理工大学 | The system and method for CO2 emissions in motor-driven monitoring vehicle exhaust |
| CN108508142A (en) * | 2018-02-28 | 2018-09-07 | 北京理工大学 | A kind of city CO2 emissions monitoring system and its operation method |
| CN112782366A (en) * | 2020-12-31 | 2021-05-11 | 浙江国镜药业有限公司 | Smart city atmospheric pollutant real-time monitoring system |
| CN113125653A (en) * | 2021-04-21 | 2021-07-16 | 林国伟 | Indoor air detection device |
| CN113406278A (en) * | 2021-06-16 | 2021-09-17 | 九江学院 | Carbon emission monitoring and analyzing equipment for promoting green travel in city |
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| CN108508142B (en) * | 2018-02-28 | 2020-09-15 | 北京理工大学 | Urban carbon dioxide emission monitoring system and operation method thereof |
| CN112782366A (en) * | 2020-12-31 | 2021-05-11 | 浙江国镜药业有限公司 | Smart city atmospheric pollutant real-time monitoring system |
| CN113125653A (en) * | 2021-04-21 | 2021-07-16 | 林国伟 | Indoor air detection device |
| CN113125653B (en) * | 2021-04-21 | 2023-08-15 | 林国伟 | Indoor air detection device |
| CN113406278A (en) * | 2021-06-16 | 2021-09-17 | 九江学院 | Carbon emission monitoring and analyzing equipment for promoting green travel in city |
| CN113406278B (en) * | 2021-06-16 | 2023-06-20 | 九江学院 | Promote carbon emission monitoring analysis equipment of green trip in city |
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