CN207780256U - Station and integrated type environmental monitoring station - Google Patents
Station and integrated type environmental monitoring station Download PDFInfo
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- CN207780256U CN207780256U CN201721288518.5U CN201721288518U CN207780256U CN 207780256 U CN207780256 U CN 207780256U CN 201721288518 U CN201721288518 U CN 201721288518U CN 207780256 U CN207780256 U CN 207780256U
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- station
- nacelle
- cabin
- environmental monitoring
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Abstract
The utility model provides a kind of station and integrated type environmental monitoring station.The station includes：Nacelle, the nacelle include that cabin top, the bilge and bulkhead, three connect to form a nacelle space；The cabin angle supporting device is provided with capillary groove, for preventing cabin from pushing up ponding.The utility model station and integrated type environmental monitoring station have preferable water resistance, ensure that electrical safety, realize sound insulation and noise reduction, reduce sampling interference, are convenient for sampling operation.
Description
Technical field
The utility model is related to atmosphere environment supervision technical field more particularly to a kind of stations and integrated type environment
Monitoring station.
Background technology
Existing radiation environment monitoring station is comparatively ripe, and early warning guarantee is provided for public security, but station
One of chief component as environmental monitoring station, there is also some problems, in aspect of performance, existing station is being arranged
There is also deficiencies for water, waterproof, temperature control etc., since these deficiencies also generate certain shadow to the measurement accuracy of monitoring station
It rings, it is difficult to meet the use demand of diversified environment.In secure context, surprisingly waiting in emergency circumstances is occurring in station, once cabin
Door is locked, and will be unfavorable for staff and is escaped out of station.In addition, in terms of being the installation matching of sampler device, there is also one
A little defects.
Utility model content
In view of above-mentioned technical problem, the utility model provides a kind of station and integrated type environmental monitoring station.Institute
State station have preferable water resistance, ensure that electrical safety, realize sound insulation and noise reduction, reduce sampling interference, convenient for into
Row sampling operation.
In one embodiment, the station, including：Nacelle, the nacelle include cabin top, the bilge and bulkhead, three's connection
Form a nacelle space；The cabin angle supporting device is provided with capillary groove, for preventing cabin from pushing up ponding.
In one embodiment, floor drain is offered on the bilge, enters the ponding in nacelle for excluding.
In one embodiment, the bilge is formed using wood floor used for containers and antistatic abrasive floor, floor thick-ness
For 25~50mm.
In one embodiment, further include cat ladder, be set to the left side bulkhead of outer, the close nacelle of nacelle.
In one embodiment, there are the cat ladder multiple cat ladders to mark time, and multiple cat ladder is marked time using cell structure, adjacent
There is gap between marking time.
In one embodiment, the nacelle further includes hatch door, and the hatch door crack between a door and its frame uses dual-seal bar structure.
In one embodiment, further include LED support, be set on the top of cabin, for fixing LED display.
In one embodiment, it is additionally provided with temperature control system inside the station, for adjusting the temperature in station.
In one embodiment, the integrated type environmental monitoring station comprising the station further includes sampler
Equipment；The cabin top of the station is additionally provided with prepackage pedestal, the instrument with the environment supervision instrument for Location Sample equipment
Holder connects.
In one embodiment, the sampler device includes at least one following：NaI spectrometers；High-pressure ionization chamber；And
Aerosol sampler is set to the top on cabin top, and air inlet passes through cabin to push up, and gas outlet passes through the bilge or bulkhead and nacelle
Outside communicates
Description of the drawings
Fig. 1 is according to the utility model embodiment integrated type environmental monitoring station dimensional structure diagram.
Fig. 2 is according to the utility model embodiment integrated type environmental monitoring station front view.
Fig. 3 is according to the utility model embodiment integrated type environmental monitoring station rearview.
Fig. 4 is according to the utility model embodiment integrated type environmental monitoring station vertical view.
Fig. 5 is to push up capillary groove structure schematic diagram according to the utility model embodiment station cabin.
Fig. 6 is according to the utility model embodiment sampling ultrahigh flow aerosol device inlet, outlet structural schematic diagram.
Fig. 7 is according to the utility model embodiment super-flow aerosol detector side schematic view.
It is the floor map of super-flow aerosol detector that Fig. 8, which is shown in Fig. 7,.
Fig. 9 is the schematic diagram cut with sample preparation procedure according to the utility model embodiment filter membrane.
Figure 10 is to implement integrated cabinet structural schematic diagram according to the utility model.
Figure 11 is according to the utility model embodiment battery car structural schematic diagram.
Specific implementation mode
To make the purpose of this utility model, technical solution and advantage be more clearly understood, below in conjunction with specific embodiment, and
With reference to attached drawing, the utility model is further described.
The utility model provides integrated type environmental monitoring station, is an automatic measuring station.Fig. 1 is according to this practicality
The integrated type environmental monitoring station dimensional structure diagram of new embodiment；Fig. 2 is according to the utility model embodiment
Integrated type environmental monitoring station front view；Fig. 3 is the integrated type environmental monitoring according to the utility model embodiment
It stands rearview；Fig. 4 is the integrated type environmental monitoring station vertical view according to the utility model embodiment.As shown in Figs 1-4,
The integrated type environmental monitoring station, including：Station 10, sampler device 100 and electrical cabinet 1.
One, station
As shown in Figs 1-4, the station 10 includes nacelle 11, and nacelle is square structure comprising cabin top 12, the bilge 13 with
And bulkhead 14, three connect to form a nacelle space.Rectangular nacelle bottom four corners are respectively equipped with a stabilizer blade 21.
Cabin angle supporting device is provided with capillary groove 152, as shown in figure 5, for preventing cabin from pushing up ponding.Cabin top is additionally provided with prepackage bottom
Seat, can connect with the instrument support for fixed environment monitoring instrument, thus can be further ensured that in disassembly process and not interfere with
Nacelle water resistance.
Floor drain is offered on the bilge, enters the ponding in nacelle for excluding.The bilge is using wood floor used for containers and prevents
Electrostatic abrasive floor is formed, and floor thick-ness is 25~50mm, and preferably 30mm ensure that electrical safety.
Hatch door 15, cat ladder 16, guardrail 17, LED support 18 etc. are additionally provided in nacelle.Wherein, hatch door is mounted on station
On the bulkhead of front, it is mainly used for that personnel is facilitated to come in and go out, hatch door crack between a door and its frame uses dual-seal bar structure, it is possible thereby to well ensure
Water resistance.It is provided with anti-anti-lock device on hatch door, hatch door escape can be in emergency circumstances opened from inside in external locking,
Improve safety.
Cat ladder is set to outside nacelle, close to the left side bulkhead of nacelle comprising multiple cat ladders are marked time and cat ladder both sides extend
Fence, entire cat ladder extends to station cabin by station nacelle bottom and pushes up, and the equipment for being pushed up to cabin repairs processing work
Make.Preferably, cat ladder, which is marked time, 19 uses cell structure, it is adjacent mark time between there is gap, it is anti-skidding and avoid ponding hidden danger.Separately
Outside, for the safety of support module top construction, the surrounding on cabin top is provided with fence.
LED support is set on the top of cabin, and LED display 20 is equipped on LED support.LED support is modular rack,
Plurality of devices can be installed, increase equipment or equipment changing type selecting convenient for the later stage.
Furthermore, it is contemplated that China has a vast territory, various regions temperature characterisitic difference is bigger, there is very hot and extremely cold ground, in order to
It avoids the temperature difference from monitoring the influence of system to station, temperature control system can be configured inside station.
Two, sampler device
With further reference to shown in Fig. 1-4, the sampler device 100, including：Sampling ultrahigh flow aerosol device 101,
Gas iodine sampler 140, automatic sampler for dry and wet deposition 144, high-pressure ionization chamber 102, NaI spectrometers 142, weather monitoring device 141,
And rainfall inductor 143 etc..
Wherein, the sampling ultrahigh flow aerosol device, air inlet and filter membrane are arranged in automatic measuring station station
Top, gas outlet are arranged in the lower part of environmental monitoring station's station；Specifically, its air inlet is pushed up across cabin, gas outlet passes through cabin
Bottom or bulkhead are communicated with the outside of nacelle；For acquiring aerosol sample from air.
The aerosol sample of the sampling ultrahigh flow aerosol device acquisition can be detected in laboratory；It can also be straight
It is connected on monitoring station to be detected, can super-flow aerosol monitoring instrument be set in monitoring station at this time comprising the super-flow
Aerosol sampler 101.It is specifically included：
Sampling apparatus 103, for acquiring aerosol sample from air；Above-mentioned sampling ultrahigh flow aerosol device can be used as
The sampling apparatus of super-flow aerosol monitoring instrument；
It is prepared by sample preparation device 104, the aerosol sample for acquiring sampling apparatus (sampling ultrahigh flow aerosol device)
At the standard sample for meeting testing requirements；And
Detection device 105, for being analyzed standard sample to obtain the information of the radioactive substance wherein contained.
Specifically, as Figure 7-9, the sampling apparatus (sampling ultrahigh flow aerosol device) includes motor part 106
With sampling section 107.Motor part is connected to sampling section by gas passage 108.
There is the gas passage air inlet 109 and gas outlet 110, air inlet to pass through the cabin of the station nacelle to push up, go out
Gas port is communicated across the bilge or bulkhead of nacelle, with the outside of nacelle.As shown in figure 5, the air inlet, gas outlet are both provided with
Fly net is arranged metal mesh 145 in air inlet and gas outlet, in the case where ensureing that air can circulate, can also prevent worm
Son, mouse and other animals, which enter, influences motor work.In addition, the gas outlet is extended using pipeline, to reduce noise simultaneously
Prevent air inlet, outlet interference.
The motor part includes sample motor 111, and the sample motor driving air enters gas by the air inlet
Channel is simultaneously discharged from the gas outlet.Wherein, the motor uses vertical installation, compared with the existing motor for putting down installation, has
Effect reduces space.In order to reduce vibration and noise effect, damping device is set on motor, is caused with reducing vibration
Noise, such as make and rubber slab be set on motor base, to play effective damping effect；Noise reduction is arranged on motor to fill
It sets, such as sound-absorbing material is set on the shell of motor, to reduce the propagation of motor noise；And/or it is arranged in motor gas outlet
Muffler, to reduce the noise of outlet air.In addition, the motor is preferably high load capability motor, i.e., when filter membrane dust is more
Larger suction is kept, to ensure stability of flow.
The sampling apparatus (sampling ultrahigh flow aerosol device) further includes filter membrane 112, and the filter membrane is arranged in the gas
In body channel, for retaining the aerosol particle in air, to form aerosol sample.
As shown in fig. 7, gas passage is L-shaped bend pipe structure, the horizontal component of bend pipe structure is connected to suction sampling electricity
The vertical portion of machine, bend pipe structure is fixed on mechanical framework 113.The side at the top of the mechanical framework is provided with spool 114,
Roll type filter membrane is wound on said reel.
The sampling section further includes filter membrane transmission unit, specially roller bearing 115 and 116, the roller bearing and is configured to
By filter membrane, (Fig. 9) is transmitted to the sampling location at the top of mechanical framework in X direction.Then, sample motor starts, according to the stream of setting
Amount (such as air is with 600-1000m3The flow velocity of/h passes through filter membrane) and time span acquisition air.As shown in figure 9, air is along Y
Direction passes through filter membrane, and the aerosol particle in air is collected in filter membrane.Air after sampling is discharged via gas outlet.It adopts
It after the completion of sample, roller bearing and is rotated further, the filter membrane for completing sampling is transmitted in sample preparation device.
Sample preparation device includes mechanical framework 117, is fixed with cutter thereon, more for cutting into the filter membrane for completing sampling
A standard-sized filter membrane block 118.Specifically, as Figure 7-9, the example of cutter may include three axle robert 119,
120 and 121.Three axle robert carries cutting blade.After aerosol acquires, three axle robert coordinates the shifting of filter membrane transfer roller
It is dynamic that the filter membrane containing aerosol is cut into multiple standard-sized filter membrane blocks.Remaining useless filter membrane fragment is then collected into useless after cutting
In filter membrane recycling box 122 (Fig. 7).Preferably, the filter membrane is arranged close to sampling apparatus (sampling ultrahigh flow aerosol device), example
If filter membrane and sampling apparatus spacing are within the scope of 1~10cm, to further increase sampling efficiency.The cutter head cover distance filter
Film is high as possible, such as within the scope of cutter head cover and 15~20cm of filter membrane spacing, to prevent rebound air-flow.
As Figure 7-8, the mechanical framework of the mechanical framework of sampling apparatus and sample preparation device can form an entirety, with
Convenient for the transmission of filter membrane and the preparation of sample.
As shown in figure 8, being provided with sample workbench 123 at the top of the mechanical framework of sample preparation device, three axle robert is in sample
Cutting for filter membrane is completed on product workbench.Multiple sample boxes 124 are placed on sample workbench, multiple filter membrane blocks are with stacked side
Formula is stored in sample box, standard sample is made.Sample box is arranged close to cutter, to further increase collecting efficiency.Tool
Body, three axle robert carries sucker, and after filter membrane is cut into multiple standard-sized filter membrane blocks, filter membrane block is by three axle robert
Sucker draw and overlay in sample box successively.Mounted box is completed, and three axle robert can store position from the box cover of sample workbench
125 take box cover (not shown), and cover sample box.
Sample box may include the bar code that can be read by the bar code reading module 126 being arranged on sample workbench.In sample
After the completion of the box-packed box of product, bar code reading module can read the bar code of sample box and be recorded into system.The sample workbench also wraps
Include decay position 127.The sample box for preparing completion can be put into the decay position of sample workbench by three axle robert, carry out certain time length
Decay.The sample box for completing decay is sent to the test position of detection device through three axle robert by sucker.
The detection device includes energy depressive spectroscopy, concretely pured germanium crystal spectrometer, for carrying out gamma activity to sample
Radionuclide analysis and identification.
Detection device further comprises, vitriol chamber transferring arm 128, vitriol chamber 129 and vitriol chamber mechanical arm 130.Vitriol chamber transferring arm is beaten
Vitriol chamber is opened, sample box is put into the analysis position 131 on vitriol chamber mechanical arm by three axle robert, and then vitriol chamber is closed, the number of electrical cabinet
NaI spectrometers can be started to sample progress energy spectrum analysis by transmitting the control device in babinet according to acquisition；After equal energy spectrum is analyzed, lead
Room can open, and then the sample box that analysis is completed can be taken out and be lost the recycling into sample workbench by three axle robert by sucker
In cylinder (not shown).
The high-pressure ionization chamber is set to cabin top top, for monitoring gamma dose rate in radiation environment, is fixed on one
On instrument support, which is mounted on the prepackage pedestal on cabin top.
The NaI spectrometers are set to cabin top top, for carrying out gamma dose rate detection to sample, while being also used for obtaining
Power spectrum and progress Radionuclides identification.
Preferably, the high-pressure ionization chamber, NaI spectrometer detector centre-heights are consistent, and are more than apart from base surface
1.3m which thereby enhances measurement accuracy.
Pass through the data and high-pressure ionization chamber, NaI for obtaining the sampling of super-flow aerosol monitoring instrument, analysis, processing
Whether the data of spectrometer are compared, and can get more accurate data result, also can normal by contrast judgement system.
The gas iodine sampler can be used for acquiring particle iodine, organic iodine and inorganic iodine in air.The iodine box that acquisition is completed can
Iodine relevant information in air is analyzed using pured germanium crystal spectrometer.
The rainfall inductor is set to cabin top top, for monitoring rainfall；The automatic sampler for dry and wet deposition, if
It is placed in cabin top top, for monitoring humidity.
Interference in air flow in order to prevent, the sampling ultrahigh flow aerosol device, high-pressure ionization chamber, NaI spectrometers, gas iodine are adopted
The layouts such as sample device are disperseed as possible, and layout can select farthest depending on the top area of cabin, preferably in the case where meeting silo roof area requirements
Range distribution.Optionally, sampling ultrahigh flow aerosol device cutter, high-pressure ionization chamber, NaI spectrometers, gas iodine sampler point
Not Wei Yu cabin top four corners.
In addition, the sampling ultrahigh flow aerosol device is integrated by pipeline and the station, the pipe joint of pipeline is adopted
Connected with metal bellows, can anti-corrosion anti-aging, simultaneously because bellows can carry out the deformation on length and direction, Neng Goushi
Existing space allocation, so as to avoid station Engineering Error from causing sampler device and the integrated mismatch of station.
Three, integrated cabinet
As shown in Figure 10, the electrical cabinet 1 is integrated cabinet, be may be disposed in the station nacelle, right close to nacelle
Wing bulkhead provides control, acquisition, transfer function for the integrated type environmental monitoring station.
The electrical cabinet includes three independent babinets, is backup power supply babinet 162, data acquisition transmission babinet respectively
163 and battery cupboard 164.It is connect specifically, the backup power supply babinet acquires transmission babinet with the data；The battery cupboard case
Body is connect with the backup power supply babinet.Moreover, described be connected as being detachably connected.Preferably, the backup power supply babinet with
Between data acquisition transmission babinet, between the battery-cupboard cabinet body and the backup power supply babinet be to be connected together.
Wherein, iron plate or stainless steel plate can be used in the material of three babinets.
It is identical that the backup power supply babinet and data acquire transmission body structure, babinet include a top plate, a bottom plate, three
Side plate and a chamber door.Each module is designed using 19 cun of standard U casees, facilitates transplanting and dismounting, can FCL replace, also can U packing lists it is only
It replaces.Specifically, the backup power supply babinet is 19 cun of cabinets, 19 cun of machine U case moulds of interior installation with data acquisition transmission babinet
Block, U tank modules side are provided with heat emission hole, make to carry out air circulation with U casees outside inside U casees.
The battery cupboard may also comprise a top plate, a bottom plate, three side plates and a chamber door；It can not use 19 cun of cabinets
Case.
And existing electrical cabinet, usually all modules and device are arranged in one big cabinet, equipment compares point
It dissipates, investigation problem is relatively difficult, is not easy to safeguard and replace.In contrast, the electrical cabinet of the utility model is set using modularization
Meter, is easily installed and safeguards.Backup power supply babinet, data acquisition transmission babinet, battery cupboard, each babinet are matched according to functional independence
Set, can whole Transporting, seperated can also transport, it is light-weight after fission, moved convenient for removing.
Wherein, the backup power supply babinet includes UPS and Power entry module, and the UPS can be described when alternating current powers off
Each module, high-pressure ionization chamber, sodium iodide spectrometer, rainfall inductor and the power supply of weather monitoring device inside integrated cabinet.Entirely
The external output of babinet is standard isosceles triangle 220AC sockets and 12V military aviation plugs, can be any power requirement that meets
12V powers with 220V equipment, has good versatility.It is bigger for system power due to using branch feeding pattern
Equipment, such as motor supervise the dosage such as the smaller high-pressure ionization chamber of power consumption and fixed sodium iodide spectrometer by mains-supplied
Measurement equipment and controlling transmission equipment ensure that dosage rate information is still under alternating current power blackout situation by ups power modules with power
Can normal transmission to data center.
The data acquisition transmission babinet is responsible for acquisition and the communication transfer of whole system data mode and parameter, including
KVM displays, data acquisition module, communication transmission module etc..
The battery cupboard is internally provided with accumulator, and accumulator can be placed on battery car 165, as shown in figure 11, battery
Vehicle includes bottom plate 166, side plate 167 and idler wheel 168, and idler wheel is connect with the battery car bottom plate, can be convenient by battery car
Accumulator is removed inside battery cupboard and is moved into, accumulator is connected on UPS and provides continuation of the journey for system.
After babinet carries out modularized design, the failure of each module can be easily determined, while being also easily exchanged.If depositing
Communication module is then replaced communicating related failure, acquisition module is replaced if there is acquisition failure.After the design of babinet fission,
The weight of each babinet, may be implemented in this way it is double move, be convenient for carrying, so can also carry out the replacement of entire babinet.
In addition, setting insulating layer in the backup power supply babinet and data acquisition transmission box body, it is equipped with chamber door, it is possible thereby to protect
Temperature is heat-insulated.Further, on the basis of temperature control system is configured inside station, backup power supply babinet acquires transmission box with data
Temperature control system is also provided in vivo, can be very good adaptive temperature variation.It in one embodiment, can be in backup power supply babinet
Insulating layer, heater, radiator fan and temperature control system are set in data acquisition transmission box body.Temperature control system can be according in babinet
Temperature controls heater and/or radiator fan according to preset temperature threshold.Radiator fan can reinforce internal sky
Air-flow is logical, can radiate, and can also reinforce the distribution that interior heater generates heat.Heat emission hole is arranged in U casees side,
External enwergy carries out air circulation well in U casees, keeps consistent with spin manifold temperature.
It can be seen from the above technical proposal that the utility model station and integrated type environmental monitoring station at least have
One of following advantageous effect：
(1) by the way that capillary groove is arranged in station cabin angle supporting device, cabin top ponding is effectively prevented；
(2) cabin top instrument support is connect with the prepackage pedestal that cabin is pushed up, and thereby ensure that does not influence nacelle in disassembly process
Water resistance；
(3) cat ladder is marked time using cell structure, anti-skidding and without ponding hidden danger；
(4) hatch door crack between a door and its frame uses dual-seal bar structure, further ensures water resistance；
(5) bilge uses wood floor used for containers and antistatic abrasive floor, ensure that electrical safety；
(6) top LED support is modular rack, and plurality of devices can be installed, and increases equipment convenient for the later stage or equipment becomes
More type selecting；
(7) split type oversized equipment, gas iodine equipment, wind turbine are located in station nacelle, and sound insulation is realized using section structure
Noise reduction；Sampler is located at cabin top, is convenient for operating, and reduces sampling interference；
(8) cabin door lock has anti-anti-lock device, and hatch door escape can be in emergency circumstances opened from inside in external locking；
(9) inclined ladder and cabin top guardrail meet national standard, ensure that the job safety of operator；
(10) in cabin, cabin top width is spacious, and module placement is reasonable, and personnel easy to operation carry out operation.
So far, attached drawing is had been combined the utility model embodiment is described in detail.According to above description, this field
Technical staff should have clear understanding to the utility model station and integrated type environmental monitoring station.
It should be noted that in attached drawing or specification text, the realization method for not being painted or describing is affiliated technology
Form known to a person of ordinary skill in the art, is not described in detail in field.In addition, the above-mentioned definition to each component and method is simultaneously
It is not limited only to various concrete structures, shape or the mode mentioned in embodiment, those of ordinary skill in the art can carry out letter to it
It singly changes or replaces.
It should also be noted that, the demonstration of the parameter comprising particular value can be provided herein, but these parameters are without definite etc.
In corresponding value, but analog value can be similar in acceptable error margin or design constraint.The side mentioned in embodiment
Only it is the direction of refer to the attached drawing to term, such as "upper", "lower", "front", "rear", "left", "right" etc., is not used for limiting this
The protection domain of utility model.In addition, unless specifically described or the step of must sequentially occur, the sequence of above-mentioned steps is simultaneously unlimited
Be formed on it is listed above, and can according to it is required design and change or rearrange.And above-described embodiment can be based on design and reliable
The considerations of spending, the collocation that is mixed with each other are used using or with other embodiment mix and match, i.e., the technical characteristic in different embodiments
More embodiments can be freely formed.
Particular embodiments described above has carried out into one the purpose of this utility model, technical solution and advantageous effect
Step is described in detail, it should be understood that the foregoing is merely specific embodiment of the utility model, is not limited to this
Utility model, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done should all wrap
Containing being within the protection scope of the utility model.
Claims (3)
1. a kind of station, including：Nacelle, the nacelle include that cabin top, the bilge and bulkhead, three connect to form a nacelle space；
It is characterized in that, the cabin angle supporting device is provided with capillary groove, for preventing cabin from pushing up ponding；Floor drain is offered on the bilge, is used
In excluding the ponding into nacelle, the bilge is formed using wood floor used for containers and antistatic abrasive floor, ground plate thickness
Degree is 25~50mm；The nacelle further includes hatch door, and the hatch door crack between a door and its frame uses dual-seal bar structure；The station further includes：
Cat ladder and LED support；Wherein, the cat ladder is set to the left side bulkhead of outer, the close nacelle of nacelle, is stepped on multiple cat ladders
Step, multiple cat ladder marks time using cell structure, it is adjacent mark time between there is gap；The LED support is set on the top of cabin, is used
In fixed LED display；The station is internally provided with temperature control system, for adjusting the temperature in station.
2. a kind of integrated type environmental monitoring station comprising station as described in claim 1 further includes that sampler is set
It is standby；The cabin top of the station is additionally provided with prepackage pedestal, the instrument suppotr with the environment supervision instrument for Location Sample equipment
Frame connects.
3. integrated type environmental monitoring station according to claim 2, which is characterized in that the sampler device includes
It is at least one following：
NaI spectrometers；
High-pressure ionization chamber；
And aerosol sampler, be set to the top on cabin top, air inlet passes through cabin to push up, gas outlet across the bilge or bulkhead,
It is communicated with the outside of nacelle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721288518.5U CN207780256U (en) | 2017-09-30 | 2017-09-30 | Station and integrated type environmental monitoring station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721288518.5U CN207780256U (en) | 2017-09-30 | 2017-09-30 | Station and integrated type environmental monitoring station |
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| Publication Number | Publication Date |
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| CN207780256U true CN207780256U (en) | 2018-08-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102310512B1 (en) * | 2020-11-12 | 2021-10-08 | 주식회사 코스모테크 | Multifunctional Observation Station with Rainfall and Snowfall Measuring Device |
-
2017
- 2017-09-30 CN CN201721288518.5U patent/CN207780256U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102310512B1 (en) * | 2020-11-12 | 2021-10-08 | 주식회사 코스모테크 | Multifunctional Observation Station with Rainfall and Snowfall Measuring Device |
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