CN209542587U - A kind of novel expansion type buoy water monitoring device - Google Patents
A kind of novel expansion type buoy water monitoring device Download PDFInfo
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- CN209542587U CN209542587U CN201821957039.2U CN201821957039U CN209542587U CN 209542587 U CN209542587 U CN 209542587U CN 201821957039 U CN201821957039 U CN 201821957039U CN 209542587 U CN209542587 U CN 209542587U
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- erector
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Abstract
The utility model relates to a kind of novel expansion type buoy water monitoring devices, the device includes buoy erector (1), solar covering (2), aluminium alloy fixing chuck plate (3), sensor mounting plate (4), waterproof sealing box (5), solar controller (6), main control board (7), solar storage battery (8), ammonia nitrogen sensor (9), conductivity sensor (10), pH value sensor (11), dissolved oxygen sensor (12), turbidity transducer (13) and COD sensor (14), the utility model uses and patches expansion type mounting structure, structure is simple and novel, it is powerful practical, it is easy to install and use quick, upgrading monitoring function can quickly be expanded, good mechanical property, waterproofing grade is high, operational safety is stablized.
Description
Technical field
The utility model relates to water quality monitoring technical fields, and in particular to a kind of novel expansion type buoy water quality monitoring dress
It sets.
Background technique
With the rapid development of economy, water pollution issue is got worse, currently, the weight such as ocean, river, lake and reservoir
The water quality monitoring at water source is wanted to have become a vital task of hydraulic department.For effectively preventing water pollution, most in recent years
China establishes fixed water quality monitoring station in many important water source regions, and this fixed water quality monitoring station construction cost is larger,
Significantly infrastructure expense is wherein contained, the long-time service that monitoring station must be taken into consideration when the point of monitoring station is selected,
Monitoring station construction must assure that the unobstructed of the supply of electric power, the supply of tap water and communication, it is necessary to consider monitoring station ring
Border and communications and transportation problem, in order to the daily operation management of monitoring station, when the foundation and operation at this fixed water quality monitoring station
The man power and material of investment is larger.
Water pollution issue has become a key factor for influencing people's quality of life and happiness, and monitoring obtains
Water source environment parameter, research and development water quality monitoring equipment are of great significance.Floating-type water quality monitoring equipment and traditional sense
On fixation water quality monitoring station compare, have many advantages, such as that small in size, monitoring index is more, easy for installation, operating cost is low,
Especially suitable for the monitoring water quality on line of medium or smallsized river and lake waters, it is widely used.
Summary of the invention
The purpose of this utility model is to provide a kind of novel expansion type buoy water monitoring device, using patching expansion type
Mounting structure, structure is simple and novel, powerful practical, easy to install and use quick, can quickly expand upgrading monitoring function, machine
Tool performance is good, and waterproofing grade is high, and operational safety is stablized.
The technical solution adopted in the utility model is: a kind of novel expansion type buoy water monitoring device, including buoy peace
Fill device 1, solar covering 2, aluminium alloy fixing chuck plate 3, sensor mounting plate 4, waterproof sealing box 5, solar controller 6, master
Control circuit board 7, solar storage battery 8, ammonia nitrogen sensor 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor
12, turbidity transducer 13 and COD sensor 14, buoy erector 1 are the molding double layer hollow plastics integrated member of one injection,
Its material is high molecular polythene material, and shape is cylindrical bowl-shape, and buoy erector 1 is internally provided with annular installation cavity
15, inside center is provided with mounting post 16, and mounting post 16 is provided centrally with installation through-hole 17, and 16 top surface of mounting post is equipped with connection spiral shell
Hole, 1 outside bottom surface of buoy erector are evenly arranged with multiple water flow grooves 18, and water flow grooves 18 are connected with installation through-hole 17, buoy
1 exterior lateral sides of erector, which are symmetrical arranged, grabs groove 19 and two shallow planar slots 20 there are two hand, and the outer wall of buoy erector 1 is double
Layer hollow structure, central filler have polyurethane foam, and the exterior lateral sides of buoy erector 1 are equipped with reflecting coating, solar energy lid
Plate 2 is mounted on the top surface of buoy erector 1 comprising solar panel 21, solar bracket plate 22 and U-shaped waterproof sealing
Adhesive tape 23, solar panel 21 are mounted on the top of solar bracket plate 22, and U-shaped water-proof sealing rubber strip 23 is mounted on solar energy
It in the circumferential edge of supporting plate 22, is in contact with the top surface of buoy erector 1, the setting of aluminium alloy fixing chuck plate 3 is installed in buoy
The inside of device 1 is fixedly connected with mounting post 16, between be equipped with waterproof grommet, the center of aluminium alloy fixing chuck plate 3 is arranged
There is resigning via hole 24, surrounding is evenly arranged with multiple symmetrical rectangular location holes 25, and the setting of sensor mounting plate 4 is closed in aluminium
The overcentre of golden fixing chuck plate 3, between be equipped with waterproof grommet, multiple sensors peaces are provided on sensor mounting plate 4
Hole 26 is filled, multiple waterproof sealing boxes 5 are placed in annular installation cavity 15, and upper part is respectively inserted into rectangular location hole 25,
Including waterproof box body 27 and waterproof box cover 28, waterproof box cover 28 is fixed together by attachment screw with waterproof box body 27,
Waterproof grommet is equipped between it, waterproof box body 27 is provided with waterproof connector 29, solar controller 6, master towards upper side
Control circuit board 7 and solar storage battery 8 are separately mounted to the inside of waterproof sealing box 5, and waterproof connecting line thereon passes through waterproof
Connector 29 extends to outside, ammonia nitrogen sensor 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor 12, turbid
Degree sensor 13 and COD sensor 14 be separately mounted in sensor mounting hole 26, between be provided with waterproof grommet, ammonia nitrogen
Sensor 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor 12, turbidity transducer 13 and COD sensor 14
Lower test side pass through resigning via hole 24, protrude into installation through-hole 17, lower test side is in sustained height, main control board
7 are equipped with 3G module and 3G antenna, and 3G module is internally integrated equipped with GPS module, solar panel 21 and solar controller 6
Connection, solar controller 6 are connect with solar storage battery 8, and main control board 7 is connect with solar controller 6, ammonia nitrogen sensing
Device 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor 12, turbidity transducer 13 and COD sensor 14 are distinguished
It is connect with main control board 7.
Be further improved, solar covering 2 and buoy erector 1 are articulated and connected, between 30 He of rotary gemel is installed
Gas strut 31.
It is further improved, is provided with fixed hook 32 in the water flow grooves 18 of 1 outside bottom surface of buoy erector, is connected with thereon
The other end of rope, rope is connected with anchorage.
The utility model, which has the advantages that use compared with prior art, patches expansion type mounting structure, structure
It is simple and novel, it is powerful practical, it is easy to install and use quick, it can quickly expand upgrading monitoring function, good mechanical property, waterproof
Grade is high, and operational safety is stablized.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model,
Fig. 2 is the cross-sectional structure schematic diagram of the utility model,
Fig. 3 is buoy erector inner mounting structure schematic diagram in the utility model,
Fig. 4 is the cross-sectional structure schematic diagram of buoy erector in the utility model,
Fig. 5 is the electric connection structure schematic diagram of the utility model.
Specific embodiment
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, a kind of novel expansion type buoy water monitoring device, including buoy peace
Fill device 1, solar covering 2, aluminium alloy fixing chuck plate 3, sensor mounting plate 4, waterproof sealing box 5, solar controller 6, master
Control circuit board 7, solar storage battery 8, ammonia nitrogen sensor 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor
12, turbidity transducer 13 and COD sensor 14, buoy erector 1 are the molding double layer hollow plastics integrated member of one injection,
Its material is high molecular polythene material, and shape is cylindrical bowl-shape, and buoy erector 1 is internally provided with annular installation cavity
15, inside center is provided with mounting post 16, and mounting post 16 is provided centrally with installation through-hole 17, and 16 top surface of mounting post is equipped with connection spiral shell
Hole, 1 outside bottom surface of buoy erector are evenly arranged with six water flow grooves 18, and water flow grooves 18 are connected with installation through-hole 17, buoy
1 exterior lateral sides of erector, which are symmetrical arranged, grabs groove 19 and two shallow planar slots 20 there are two hand, and the outer wall of buoy erector 1 is double
Layer hollow structure, central filler have polyurethane foam, and the exterior lateral sides of buoy erector 1 are equipped with reflecting coating, solar energy lid
Plate 2 is mounted on the top surface of buoy erector 1 comprising solar panel 21, solar bracket plate 22 and U-shaped waterproof sealing
Adhesive tape 23, solar panel 21 are mounted on the top of solar bracket plate 22, and U-shaped water-proof sealing rubber strip 23 is mounted on solar energy
It in the circumferential edge of supporting plate 22, is in contact with the top surface of buoy erector 1, the setting of aluminium alloy fixing chuck plate 3 is installed in buoy
The inside of device 1 is fixedly connected with mounting post 16, between be equipped with waterproof grommet, the center of aluminium alloy fixing chuck plate 3 is arranged
There is resigning via hole 24, surrounding is evenly arranged with eight symmetrical rectangular location holes 25, and the setting of sensor mounting plate 4 is closed in aluminium
The overcentre of golden fixing chuck plate 3, between be equipped with waterproof grommet, nine sensors peaces are provided on sensor mounting plate 4
Hole 26 is filled, six waterproof sealing boxes 5 are placed in annular installation cavity 15, and upper part is respectively inserted into rectangular location hole 25,
Including waterproof box body 27 and waterproof box cover 28, waterproof box cover 28 is fixed together by attachment screw with waterproof box body 27,
Waterproof grommet is equipped between it, waterproof box body 27 is provided with waterproof connector 29, solar controller 6, master towards upper side
Control circuit board 7 and solar storage battery 8 are separately mounted to the inside of waterproof sealing box 5, and waterproof connecting line thereon passes through waterproof
Connector 29 extends to outside, ammonia nitrogen sensor 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor 12, turbid
Degree sensor 13 and COD sensor 14 be separately mounted in sensor mounting hole 26, between be provided with waterproof grommet, ammonia nitrogen
Sensor 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor 12, turbidity transducer 13 and COD sensor 14
Lower test side pass through resigning via hole 24, protrude into installation through-hole 17, lower test side is in sustained height, main control board
7 are equipped with 3G module and 3G antenna, and 3G module is internally integrated equipped with GPS module, solar panel 21 and solar controller 6
Connection, solar controller 6 are connect with solar storage battery 8, and main control board 7 is connect with solar controller 6, ammonia nitrogen sensing
Device 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor 12, turbidity transducer 13 and COD sensor 14 are distinguished
It is connect with main control board 7.
In order to facilitate the installation of, in order to facilitate repair and replacement, upgrading is expanded for convenience, is further improved, solar covering 2
With buoy erector 1 be articulated and connected, between the gentle strut 31 of rotary gemel 30, in working condition, gas strut 31 are installed
In contraction state, solar covering 2 is closed, and when needing replacing maintenance expansion upgrading, solar covering 2 just needs to open,
It is rotated upwards at this point, lifting solar covering 2 manually around rotary gemel 30, under the action of gas strut 31 supports, staff
Solar covering 2 can be easily opened, gas strut 31 is in stretching state, and solar covering 2 is opened.
In order to make the water monitoring device it is relatively fixed in a piece of waters carry out water quality monitoring work, be further improved,
It is provided with fixed hook 32 in the water flow grooves 18 of 1 outside bottom surface of buoy erector, is connected with rope thereon, the other end of rope connects
It is connected to anchorage.
The buoy erector 1 of the water monitoring device is using asepsis environment-protecting, impact resistance, corrosion-resistant, low temperature resistant, light-weight
High molecular polythene material is made, and is the molding double layer hollow plastics integrated member of one injection, and outer wall is double layer hollow structure,
Central filler has polyurethane foam, and the impact resistance of equipment, protection equipment internal electronic element safe operation can be improved, and increase is set
Standby buoyancy, polluted source, long service life, are not conducive to equipment in water head site and are monitored work.
1 inside center of buoy erector of the water monitoring device is provided with mounting post 16, and mounting post 16 is provided centrally with
Installation through-hole 17, external bottom surface are evenly arranged with six water flow grooves 18, and water flow grooves 18 are connected with installation through-hole 17, each sensing
Device is separately mounted in sensor mounting hole 26, and lower test side passes through resigning via hole 24, protrudes into installation through-hole 17, this
Mounting structure can both guarantee that each sensor came into full contact with water, it is ensured that the accuracy of detection data, and can protect each
Sensor not will receive shock and damage, and be conducive to equipment safety stable operation.
U-shaped water-proof sealing rubber strip 23 on the solar covering 2 of the water monitoring device is mounted on solar bracket plate 22
Circumferential edge on, be in contact with the top surface of buoy erector 1, aluminium alloy fixing chuck plate 3 is fixedly connected with mounting post 16, it
Between be equipped with waterproof grommet, the overcentre of aluminium alloy fixing chuck plate 3 is arranged in sensor mounting plate 4, between be equipped with waterproof
Sealing ring, waterproof box cover 28 are fixed together by attachment screw with waterproof box body 27, between equipped with waterproof grommet,
Solar controller 6, main control board 7 and solar storage battery 8 are separately mounted to the inside of waterproof sealing box 5, thereon anti-
Water connecting line extends to outside by waterproof connector 29, increases equipment sealing performance, improves the waterproof etc. of equipment
Grade, is conducive to equipment safety stable operation.
It is provided with eight symmetrical rectangular location holes 25 on the aluminium alloy fixing chuck plate 3 of the water monitoring device, six
A waterproof sealing box 5 is placed in annular installation cavity 15, and upper part is respectively inserted into rectangular location hole 25, the leftmost side it is rectangular
Positioning hole places the waterproof sealing box that solar controller 6 is housed, and the rectangular positioning hole of the rightmost side is placed equipped with master control electricity
Two rectangular location holes of the waterproof sealing box of road plate 7, top side and lower side are reserved, remaining four rectangular positioning hole difference
Placement is equipped with the waterproof sealing box of solar storage battery 8, keeps weight uniform, steadily of centre of gravity, is provided with nine on sensor mounting plate 4
A sensor mounting hole 26, ammonia nitrogen sensor 9, conductivity sensor 10, pH value sensor 11, dissolved oxygen sensor 12, turbidity
14 6 sensors of sensor 13 and COD sensor are separately mounted in six sensor mounting hole 26, remaining three sensors
Mounting hole is reserved, and this to patch expansion type mounting structure, structure is simple and novel, powerful practical, easy to install and use quick,
Upgrading monitoring function can be quickly expanded, it, can be square when the water monitoring device needs to increase or decrease electronic device and sensor
Just it rapidly carries out increasing installation or removal removal, to adapt to all kinds of monitoring index types in different waters.
The solar panel 21 of the water monitoring device is connect with solar controller 6, solar controller 6 and the sun
Energy storage device 8 connects, and main control board 7 is connect with solar controller 6, and each sensor is connect with main control board 7 respectively,
The water monitoring device, as power supply source, is converted solar energy into electrical energy using solar energy by solar panel 21, and
Electric energy is stored in solar storage battery 8 by solar controller 6, while being mentioned for main control board 7 and each sensor
For electric energy, which also passes through main control board 7 and monitors the charging and discharging currents of solar panel 21, voltage and too
The remaining capacity of positive energy storage device 8.
Water monitoring device floating is placed on monitoring water head site, by the anchorage submerged installed on device, and phase
To being fixed in a piece of waters, water quality indicator data are detected by each sensor, and be transmitted to main control board 7, master control electricity
Road plate 7, by 3G module and 3G antenna, sends control platform using wireless communication mode for the data of acquisition in real time.
Claims (3)
1. a kind of novel expansion type buoy water monitoring device, which is characterized in that including buoy erector (1), solar covering
(2), aluminium alloy fixing chuck plate (3), sensor mounting plate (4), waterproof sealing box (5), solar controller (6), governor circuit
Plate (7), solar storage battery (8), ammonia nitrogen sensor (9), conductivity sensor (10), pH value sensor (11), dissolved oxygen pass
Sensor (12), turbidity transducer (13) and COD sensor (14), buoy erector (1) are the molding double layer hollow of one injection
Plastics integrated member, material are high molecular polythene material, and shape is cylindrical bowl-shape, are set inside buoy erector (1)
It being equipped with annular installation cavity (15), inside center is provided with mounting post (16), and mounting post (16) is provided centrally with installation through-hole (17),
Mounting post (16) top surface is equipped with connecting screw hole, and the external bottom surface of buoy erector (1) is evenly arranged with multiple water flow grooves (18), water flow
Slot (18) is connected with installation through-hole (17), buoy erector (1) exterior lateral sides be symmetrical arranged there are two hand grab groove (19) and
The outer wall of two shallow planar slots (20), buoy erector (1) is double layer hollow structure, and central filler has polyurethane foam, buoy
The exterior lateral sides of erector (1) are equipped with reflecting coating, and solar covering (2) is mounted on the top surface of buoy erector (1),
Including solar panel (21), solar bracket plate (22) and U-shaped water-proof sealing rubber strip (23), solar panel (21) patch
Mounted in the top of solar bracket plate (22), U-shaped water-proof sealing rubber strip (23) is mounted on the circumferential edge of solar bracket plate (22)
On, it being in contact with the top surface of buoy erector (1), aluminium alloy fixing chuck plate (3) is arranged in the inside of buoy erector (1),
It is fixedly connected with mounting post (16), between be equipped with waterproof grommet, aluminium alloy fixing chuck plate (3) is provided centrally with resigning
Via hole (24), surrounding are evenly arranged with multiple symmetrical rectangular location holes (25), and sensor mounting plate (4) setting is closed in aluminium
The overcentre of golden fixing chuck plate (3), between be equipped with waterproof grommet, sensor mounting plate is provided with multiple sensings on (4)
Device mounting hole (26), multiple waterproof sealing boxes (5) are placed in annular installation cavity (15), and upper part is respectively inserted into rectangular positioning
In hole (25) comprising waterproof box body (27) and waterproof box cover (28), waterproof box cover (28) pass through attachment screw and waterproof box body
(27) be fixed together, between be equipped with waterproof grommet, waterproof box body (27) is provided with waterproof towards upper side and patches
Part (29), solar controller (6), main control board (7) and solar storage battery (8) are separately mounted to waterproof sealing box (5)
Inside, waterproof connecting line thereon extends to outside, ammonia nitrogen sensor (9), conductivity sensors by waterproof connector (29)
Device (10), pH value sensor (11), dissolved oxygen sensor (12), turbidity transducer (13) and COD sensor (14) are installed respectively
In sensor mounting hole (26), between be provided with waterproof grommet, ammonia nitrogen sensor (9), conductivity sensor (10), PH
The lower test side for being worth sensor (11), dissolved oxygen sensor (12), turbidity transducer (13) and COD sensor (14), which passes through, steps down
Via hole (24) protrudes into installation through-hole (17), and lower test side is in sustained height, and main control board (7) is equipped with 3G mould
Block and 3G antenna, 3G module are internally integrated equipped with GPS module, and solar panel (21) is connect with solar controller (6), too
Sun can control device (6) and connect with solar storage battery (8), and main control board (7) is connect with solar controller (6), and ammonia nitrogen passes
Sensor (9), conductivity sensor (10), pH value sensor (11), dissolved oxygen sensor (12), turbidity transducer (13) and COD
Sensor (14) is connect with main control board (7) respectively.
2. a kind of novel expansion type buoy water monitoring device according to claim 1, which is characterized in that solar covering
(2) with buoy erector (1) be articulated and connected, between rotary gemel (30) gentle strut (31) is installed.
3. a kind of novel expansion type buoy water monitoring device according to claim 1, which is characterized in that buoy erector
(1) fixed hook (32) are provided in the water flow grooves (18) of external bottom surface, are connected with rope thereon, the other end of rope is connected with
Anchorage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821957039.2U CN209542587U (en) | 2018-11-20 | 2018-11-20 | A kind of novel expansion type buoy water monitoring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821957039.2U CN209542587U (en) | 2018-11-20 | 2018-11-20 | A kind of novel expansion type buoy water monitoring device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209542587U true CN209542587U (en) | 2019-10-25 |
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ID=68262723
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821957039.2U Active CN209542587U (en) | 2018-11-20 | 2018-11-20 | A kind of novel expansion type buoy water monitoring device |
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| Country | Link |
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| CN (1) | CN209542587U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109324166A (en) * | 2018-11-20 | 2019-02-12 | 罗克佳华科技集团股份有限公司 | A kind of novel expansion type buoy water quality monitoring equipment |
-
2018
- 2018-11-20 CN CN201821957039.2U patent/CN209542587U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109324166A (en) * | 2018-11-20 | 2019-02-12 | 罗克佳华科技集团股份有限公司 | A kind of novel expansion type buoy water quality monitoring equipment |
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