CN209342711U - Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea - Google Patents
Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea Download PDFInfo
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- CN209342711U CN209342711U CN201822091256.4U CN201822091256U CN209342711U CN 209342711 U CN209342711 U CN 209342711U CN 201822091256 U CN201822091256 U CN 201822091256U CN 209342711 U CN209342711 U CN 209342711U
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- chlorine residue
- instrument bin
- module
- floating body
- monitor device
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Abstract
The utility model relates to chlorine residue on-Line Monitor Devices in a kind of cooling water of row sea, including instrument bin, floating body module, chlorine residue measurement module, solar powered module, underwater anchoring system；Acquisition control circuit and rechargeable lithium battery are installed in instrument bin, are extended with watertight cable socket at the top of instrument bin；Floating body module sleeve is fixed in outside instrument bin, and device is made integrally to float on the surface；Chlorine residue measurement module is popped one's head in using the chlorine residue of membrane type number, is extend into seawater, is connect with a wherein watertight cable socket；Solar powered module includes solar panel and battery board bracket, battery board bracket is fixed on instrument bin by the first hoop suit and is located at the upper top position positioned at floating body module, solar panel is covered in watertight cable socket top position, and solar panel is connect by cable with another watertight cable socket；Underwater anchoring system is connect with instrument bin lower end, is integrally fastened to device in water.The present apparatus realizes contents of residual chlorine Always Online" monitoring in draining cooling water.
Description
Technical field
The utility model belongs to chlorine residue on-line monitoring dress in multi-sensor field more particularly to a kind of row sea cooling water
It sets.
Background technique
In some coastal waters power plant, generally generating set can be cooled down using seawater nearby, such as in Coastal Power Plant
Operational process in, cooled down using generating set of the seawater to power plant, the seawater after heat exchange is discharged into marine again.But
It is that microorganism and algae contained in seawater are easy to be adhered to the inner wall of electric power plant cooling system, and continued propagation, with attachment
The increase of amount necessarily will affect the cooling effect of system, or even cooling pipe system is caused to block, and damages cooling system, influences electricity
The safe operation of factory.To solve this problem, a certain amount of chlorine is added into cooling water or hypochlorous acid medicament forms one kind
Acid water body environment is for inhibiting and killing microorganism, algae, but cooling water can remain one after flowing through entire cooling system
Part hypochlorous acid, i.e. chlorine residue are discharged into Adjacent Sea with cooling water.It will necessarily be to row if be not monitored to remaining hypochlorous acid
The ecological environment for putting sea area impacts.Therefore, effectively continuous monitoring arranges the chlorine residue in extra large cooling water to protection marine ecosystem
Environment is most important.
Currently, mainly using following several method: iodimetric titration, colorimetric method, redox electricity to the detection of chlorine residue both at home and abroad
Pole method and galvanic electrode method.These methods are laboratory measurement method, need to acquire water sample or real in pipe duct periphery ability
It applies, while hypochlorous acid is volatile, quickly, the above method greatly limits monitoring space, cooling for power station for variation in water
The monitoring that chlorine residue changes in water belongs to process monitoring, cannot really reflect the final contents of residual chlorine arranged in extra large cooling water.Therefore it needs
Designing one kind can use near the cooling water drainage mouth of a river, can be carried out the unattended on-line monitoring dress constantly monitored to water quality
It sets, passes through remote data transmission to observation terminal, to be handled in time by the data that the monitoring device monitors.
It is retrieved through the prior art, does not retrieve technical solution relevant to present patent application.
Utility model content
The purpose of the utility model is to overcome in place of the deficiencies in the prior art, provide it is a kind of it is small in size, compact-sized, at
Chlorine residue on-Line Monitor Device in this low, row sea easy to use cooling water.
The utility model solves its technical problem and adopts the following technical solutions to achieve:
Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea, it is characterised in that: including instrument bin, floating body module, chlorine residue
Measurement module, solar powered module, underwater anchoring system；
The instrument bin uses the cylinder-like structure of upper and lower side sealing, and acquisition control circuit and can is equipped in instrument bin
Charged lithium cells stretch out two or more watertight cable sockets at the top of instrument bin；
The floating body module sleeve is fixed in outside instrument bin, and on-Line Monitor Device is made integrally to float on the surface；
The chlorine residue measurement module is popped one's head in using the chlorine residue of membrane type number, and chlorine residue probe is extend into seawater, and chlorine residue probe is logical
Cable is crossed to connect with a wherein watertight cable socket；
The solar powered module includes solar panel and the battery board bracket for installing solar panel,
Battery board bracket lower end is fixed on the top position in instrument bin and being located at floating body module, solar energy by the first hoop suit
Solar panel is covered in the top position of watertight cable socket, and solar panel is connected by cable and another watertight cable socket
It connects；
The connection of the lower end of the underwater anchoring system and instrument bin, is integrally fastened to on-Line Monitor Device in water.
And, the instrument bin is connected and composed by the tubing and upper and lower end cap of PVC material.
And, the floating body module is using the round pie structure for being provided with centre bore, and floating body module is by EVA plastic foam
It is made, outer layer is coated with anti-pollution coating, has been connected by screw to the second hoop in floating body module upper end, the floating body module is logical
The second hoop is crossed to be fastened on outside instrument bin.
And it is right, the anchoring system forms anchor architecture using Kevlar hawser cooperation gravity anchor.
And, further include temperature-measuring module, temperature-measuring module is popped one's head in using sheath temperature, sheath temperature probe with
Mode built in a part of exposed a part, which is plugged in, is arranged in instrument bin in the probe mounting holes of bottom.
The advantages and positive effects of the utility model are as follows:
This chlorine residue on-Line Monitor Device in arranging extra large cooling water, by the floating body module and connection instrument that connect instrument bin top
On-Line Monitor Device entirety is fixed in water by the underwater anchoring system in device storehouse in the exposed mode in top, in this way, by protruding into
For chlorine residue probe into water, it can be achieved that the chlorine residue for arranging extra large cooling water constantly monitors online, the data monitored are transferred to acquisition control
Circuit processed transfers signals to observation terminal by being wirelessly transferred communication mode, thus can realize according to constantly monitoring data into
Row respective handling.
This on-Line Monitor Device provides electric energy supplement by solar energy, ensure that monitoring device works normally for a long time.This
On-Line Monitor Device constituting parts is few, has the advantages that small in size, compact-sized, at low cost, easy to use.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing and by specific embodiment, and following embodiment is only retouched
The property stated, it is not restrictive, protection scope of this utility model cannot be limited by this.
Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea, referring to Figure 1, inventive point are as follows:
It mainly include instrument bin 6, floating body module 9, chlorine residue measurement module, solar powered module, underwater anchoring system 12.
The instrument bin uses the cylinder-like structure of upper and lower side sealing, and acquisition control circuit and can is equipped in instrument bin
Charged lithium cells.Acquisition control circuit is used for: the acquisition and power supply of chlorine residue data, the data of control communication module pass in control water
Defeated and power supply, has automatic wake-up function.Rechargeable lithium battery is used for: it powers to acquisition control circuit, the energy as system
Supply.Two or more watertight cable sockets 3 are stretched out at the top of instrument bin.
The floating body module sleeve is fixed in outside instrument bin, is provided flexible buoyancy configuration for device, is made on-Line Monitor Device
Entirety floats on the surface.
The chlorine residue measurement module is extend into seawater using membrane type number chlorine residue probe 10, chlorine residue probe, chlorine residue probe
It is connect by cable 4 with a wherein watertight cable socket.Chlorine residue measurement module contains for residual hypochlorous acid in measure field seawater
Amount.
The solar powered module is supplied as the extra power of device, provides electric energy supplement, packet for on-line monitoring
Solar panel 2 and the battery board bracket 5 for installing solar panel are included, what battery board bracket was obliquely installed by four
Stand and being connected to above four stands is constituted in splay solar panel bracket portion.The lower end of battery board bracket passes through first
The suit of hoop 7 is fixed in instrument bin, and is located at the top position of floating body module, and solar panel is covered to be inserted in watertight cable
The top position of seat, solar panel are connect by cable 1 with another watertight cable socket.This solar powered module uses
Half-closed solar powered mounting structure, on the one hand solves the problems, such as the uninterrupted power supply of on-Line Monitor Device, on the other hand
Superposed solar panel externally reveals watertight cable socket, cable plays and blocks protective effect.
The connection of the lower end of the underwater anchoring system and instrument bin, is integrally fastened to on-Line Monitor Device in water, realizes
The continuous on-line monitoring of fixed point.
Above-mentioned instrument bin is connected and composed by the tube body and upper and lower end cap of PVC material, specifically, the lower part of upper end cover 6-1 is inserted
Enter to the top of tube body 6-2, upper end cover and tube body top setting connection lock.Lower cover 6-3 and tube body lower part pass through flanged joint.
Above-mentioned floating body module is made using the round pie structure for being provided with centre bore, floating body module of EVA plastic foam, outside
Layer is coated with anti-pollution coating, has been connected by screw to the second hoop 8 in floating body module upper end, the floating body module passes through second
Hoop is fastened on outside instrument bin.
Above-mentioned anchoring system forms anchor architecture using Kevlar hawser cooperation gravity anchor.It, can be using the anchor architecture
Lanyard ring is installed in instrument bin bottom, with lanyard ring connection cable.
It further include temperature-measuring module, temperature-measuring module is using sheath temperature probe 11, armour in this on-Line Monitor Device
Dress temp probe is plugged in the probe mounting holes that instrument bin is arranged in close to bottom in the mode built in a part of exposed a part
It is interior.Temperature-measuring module is added, the measurement of live ocean temperature is realized, extends the detection function of on-Line Monitor Device.?
Under the case where being provided with temperature-measuring module system, acquisition control circuit also has the function of the acquisition of water temperature data.
Functional unit in the cooling water of this row sea in chlorine residue on-Line Monitor Device is independent design and use, structure size
Standard is unified, can be interchangeable between different device.
Chlorine residue on-Line Monitor Device uses wireless transmission and Intranet based on mobile network to penetrate skill in the cooling water of this row sea
Art can solve the problems, such as that public network IP resource is nervous, erect unattended wireless data transmission network.
Although disclosing the embodiments of the present invention and attached drawing for the purpose of illustration, those skilled in the art can be with
Understand: departing from the utility model and spirit and scope of the appended claims, various substitutions, changes and modifications are all can
Can, therefore, the scope of the utility model is not limited to the embodiment and attached drawing disclosure of that.
Claims (5)
1. chlorine residue on-Line Monitor Device in a kind of cooling water of row sea, it is characterised in that: surveyed including instrument bin, floating body module, chlorine residue
Measure module, solar powered module, underwater anchoring system；
The instrument bin uses the cylinder-like structure of upper and lower side sealing, and acquisition control circuit and chargeable is equipped in instrument bin
Lithium battery stretches out two or more watertight cable sockets at the top of instrument bin；
The floating body module sleeve is fixed in outside instrument bin, and on-Line Monitor Device is made integrally to float on the surface；
The chlorine residue measurement module is popped one's head in using the chlorine residue of membrane type number, and chlorine residue probe is extend into seawater, and chlorine residue probe passes through line
Cable is connect with a wherein watertight cable socket；
The solar powered module includes solar panel and the battery board bracket for installing solar panel, battery
Board mount lower end is fixed on the top position in instrument bin and being located at floating body module, solar battery by the first hoop suit
Plate is covered in the top position of watertight cable socket, and solar panel is connect by cable with another watertight cable socket；
The connection of the lower end of the underwater anchoring system and instrument bin, is integrally fastened to on-Line Monitor Device in water.
2. chlorine residue on-Line Monitor Device in the cooling water of row sea according to claim 1, it is characterised in that: the instrument bin has
The tube body of PVC material and upper and lower end cap connect and compose.
3. chlorine residue on-Line Monitor Device in the cooling water of row sea according to claim 1, it is characterised in that: the floating body module
Using the round pie structure for being provided with centre bore, floating body module is made of EVA plastic foam, and outer layer is coated with anti-pollution coating,
It is connected by screw to the second hoop in floating body module upper end, the floating body module is fastened on outside instrument bin by the second hoop.
4. chlorine residue on-Line Monitor Device in the cooling water of row sea according to claim 1, it is characterised in that: the anchoring system
Anchor architecture is formed using Kevlar hawser cooperation gravity anchor.
5. chlorine residue on-Line Monitor Device in the cooling water of row sea according to claim 1, it is characterised in that: further include that temperature is surveyed
Module is measured, temperature-measuring module is popped one's head in using sheath temperature, mode of the sheath temperature probe built in a part of exposed a part
It is plugged in and instrument bin is set in the probe mounting holes of bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822091256.4U CN209342711U (en) | 2018-12-13 | 2018-12-13 | Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822091256.4U CN209342711U (en) | 2018-12-13 | 2018-12-13 | Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea |
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| Publication Number | Publication Date |
|---|---|
| CN209342711U true CN209342711U (en) | 2019-09-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822091256.4U Active CN209342711U (en) | 2018-12-13 | 2018-12-13 | Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea |
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| Country | Link |
|---|---|
| CN (1) | CN209342711U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109324168A (en) * | 2018-12-13 | 2019-02-12 | 河北工业大学 | Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea |
-
2018
- 2018-12-13 CN CN201822091256.4U patent/CN209342711U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109324168A (en) * | 2018-12-13 | 2019-02-12 | 河北工业大学 | Chlorine residue on-Line Monitor Device in a kind of cooling water of row sea |
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