CN204188634U - A kind of stationary installation of multi-parameter water quality monitor - Google Patents
A kind of stationary installation of multi-parameter water quality monitor Download PDFInfo
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- CN204188634U CN204188634U CN201420463294.7U CN201420463294U CN204188634U CN 204188634 U CN204188634 U CN 204188634U CN 201420463294 U CN201420463294 U CN 201420463294U CN 204188634 U CN204188634 U CN 204188634U
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Abstract
The utility model discloses a kind of stationary installation of multi-parameter water quality monitor, comprise the fixed cover with the sensor size of multi-parameter water quality monitor and the hollow of mating shapes, upper connection cord, lower connection cord and lead, the symmetria bilateralis of upper connection cord is provided with the equal branch line A of two length, the symmetria bilateralis of lower connection cord upper end is provided with the equal branch line B of two length, the upper end of two branch line A is all fixed on the same position place of connection cord, lower end to be separately fixed on fixed cover outer wall two to being much of connecting hole, the lower end of two branch line B is all fixed on the upper end of lower connection cord, the lower connecting hole of two symmetries on the difference fixed cover outer wall of upper end, the lower end of lower connection cord is fixed with lead.This apparatus structure is simple, easy to operate, with low cost, can effectively multi-parameter water quality monitor be fixed in flow velocity or the larger water body of stormy waves, thus ensure that the accuracy of multi-parameter water quality monitor testing result, improve the serviceable life of multi-parameter water quality monitor.
Description
Technical field
The utility model belongs to water monitoring device technical field, more specifically relate to a kind of stationary installation of multi-parameter water quality monitor, fixing for multi-parameter water quality monitor, is comparatively applicable to the monitoring of the water qualities such as flow velocity, lake that stormy waves is larger, reservoir and river.
Background technology
Multi-parameter water quality monitor volume is little, function is strong, there is multi-point sampling measurement, the long-term advantage such as field monitoring and profile analysis, multiple indexs such as the dissolved oxygen DO of water body, turbidity, conductivity, water temperature, potential of hydrogen, salinity and chlorophyll can be monitored, 17 parameters can be monitored at most simultaneously.Multi-parameter water quality monitor applies to water quality monitoring more than the history of 60 years, and Design and Features is gradually improved.
The weight of multi-parameter water quality monitor is little, gentlier, when applying to flow velocity or the larger water body of stormy waves, to float and unstable with current, thus affect the accuracy of monitoring result.More seriously, multi-parameter water quality monitor easily strikes hull or other hard object by the impact of current or stormy waves, thus causes multi-parameter water quality monitor to be damaged.
Summary of the invention
For solving above-mentioned prior art Problems existing, the utility model provides a kind of stationary installation of multi-parameter water quality monitor, this apparatus structure is simple, easy to operate, with low cost, effectively multi-parameter water quality monitor can be fixed in flow velocity or the larger water body of stormy waves, make multi-parameter water quality monitor by the impact of water volume flow rate and stormy waves, thus ensure that the accuracy of multi-parameter water quality monitor testing result, improve the serviceable life of multi-parameter water quality monitor.
Realizing the technical scheme that the utility model above-mentioned purpose adopts is:
A kind of stationary installation of multi-parameter water quality monitor, comprise the fixed cover with the sensor size of multi-parameter water quality monitor and the hollow of mating shapes, upper connection cord, lower connection cord and lead, the symmetria bilateralis of upper connection cord is provided with the equal branch line A of two length, the symmetria bilateralis of lower connection cord upper end is provided with the equal branch line B of two length, the upper end of two branch line A is all fixed on the same position place of connection cord, lower end is fixedly mounted on position symmetrical on fixed cover outer wall both sides respectively, the lower end of two branch line B is all fixed on the upper end of lower connection cord, upper end is fixedly mounted on position symmetrical on fixed cover outer wall both sides respectively, two branch line A, two branch line B all with the center of gravity of fixed cover in same plane, the lower end of lower connection cord is fixed with lead.
Described fixed cover is made up of two identical semifixed covers of size and shape, the dual-side of semifixed cover is along being above symmetrically arranged with at least one pair of for connecting the screw hole of two semifixed covers, and two semifixed covers are screwed in and form fixed cover together.
The top of described screw hole is arranged with connecting hole on a pair, and the below of screw hole is arranged with a pair time connecting hole, and the lower end of two branch line A is connected with connecting hole on two respectively, and the upper end of two branch line B is connected with two lower connecting holes respectively.
The lower end of two branch line A is connected with connecting hole on two respectively by safety buckle, and the upper end of two branch line B is connected with two lower connecting holes by safety buckle.
The center of screw hole, upper connecting hole and lower connecting hole on described edge, semifixed cover side is on same straight line.
Described fixed cover cylindrically, the dual-side of semifixed cover is along being arranged with two fixed heads, the maximum longitudinal section of two fixed heads and semifixed cover, in same plane, is positioned at the screw hole of semifixed cover the same side, upper connecting hole and lower connection and is all positioned on same fixed head.
The inwall of described fixed cover and semifixed cover is all bonded with the rubber rete of protection multi-parameter water quality monitor sensor.
The material of described fixed cover and semifixed cover is stainless steel.
Described two support A and two branch line B all in same plane.
The lower end of described upper connection cord is provided with safety buckle.
As shown from the above technical solution, in the method, the shape of fixed cover, the shape of the sensor of little large and multi-parameter water quality monitor, size matches, fixed cover is used for clamping the sensor of multi-parameter water quality monitor, the upper end of upper connection cord is fixed on boats and ships, lower end is used for fixing the sensor connecting multi-parameter water quality monitor, fixed cover is fixed on boats and ships by upper connection cord by two branch line A indirectly, lead is fixed on fixed cover by lower connection cord by two branch line B indirectly, thus the sensor of multi-parameter water quality monitor is fixed on flow velocity or the larger water body of stormy waves by the weight of lead.In the method, fixed cover can be integral type, also can be split type, when for time split type, the identical semifixed cover of fixed cover origin two size and shapes is formed, the dual-side edge of two half-axile sleeves being symmetrically arranged with at least one pair of for connecting the screw hole of two semifixed covers, easily two semifixed covers being fixed together formation fixed cover by screw.The upside of screw hole is arranged with connecting hole on a pair, and downside is arranged with a pair time connecting hole, and the object of upper connecting hole is conveniently fixedly connected with branch line A, and the object of lower connecting hole is conveniently fixedly connected with branch line B.Branch line A and upper connecting hole, branch line B and lower connecting hole and on connection cord all adopt safety buckle to be connected with the junction of the sensor of multi-parameter water quality monitor, adopt safety buckle to be conveniently connect.
Compared with prior art, advantage of the present utility model and beneficial effect are:
1) this apparatus structure is simple, easy to operate, manufactures this device raw material used very common and with low cost, thus cheap for manufacturing cost.
2) this device dismounting and easy for installation, mount and dismount this device and only need about 10 minutes, because this device can be dismantled, thus take up space little, be easy to carry about with one.
3) sensor of multi-parameter water quality monitor can be fixed in flow velocity or the larger water body of stormy waves by this device effectively, can according to the size of water volume flow rate and stormy waves, select the lead of corresponding weight size, the sensor vertical of multi-parameter water quality monitor is made to be fixed on required depth, ensure that the sensor of multi-parameter water quality monitor can not wave with current or stormy waves, more can not be damaged because of shock hard object or hull, thus ensure that the accuracy of multi-parameter water quality monitor testing result, improve the serviceable life of multi-parameter water quality monitor.
Accompanying drawing explanation
The structural representation that the stationary installation of the multi-parameter water quality monitor that Fig. 1 provides for the utility model and multi-parameter water quality monitor sensor assemble.
Wherein, 1-fixed cover, the upper connecting hole of 2-, 3-screw hole, connecting hole under 4-, 5-branch line A, the upper connection cord of 6-branch line B, 7-, 8-safety buckle, connection cord under 9-, 10-lead, the semifixed cover of 11-, 12-fixed head.
Embodiment
Below in conjunction with being specifically described the utility model by reference to the accompanying drawings.
As shown in Figure 1, this device comprises and the fixed cover 1 of the sensor size of multi-parameter water quality monitor and the hollow of mating shapes, upper connection cord 7, lower connection cord 9 and lead 10 structure of the stationary installation of the multi-parameter water quality monitor that the utility model provides.In general, the shape of the sensor of multi-parameter water quality monitor is all columned substantially, and thus the shape of fixed cover 1 is cylindric substantially.If any the sensor of other shape, be matched sensors, fixed cover then should change corresponding shape into, and the sensor as multi-parameter water quality monitor is square, then the shape of fixed cover also should be square.The large I of fixed cover fixed cover 1 customizes according to the size of the sensor of multi-parameter water quality monitor.Fixed cover 1 has two kinds of forms, and a kind of is integral type, and another kind is split type, can use for two kinds, each have their own advantage, and the mechanism of integral type is simpler, but split type dismounting of being more convenient for.In the present embodiment, what adopt is split type, fixed cover 1 is made up of two identical semifixed covers 11 of size and shape, the dual-side of semifixed cover 11 is installed with two fixed heads 12 along symmetry, the maximum longitudinal section of two fixed heads 12 and semifixed cover 11 is in same plane, two fixed heads 12 are symmetrically arranged with at least one pair of for connecting the screw hole 3 of two semifixed covers, two semifixed covers 11 are screwed in and form fixed cover 1 together, the top of screw hole 3 is arranged with connecting hole 2 on a pair, the below of screw hole is arranged with lower connecting hole 4, be positioned at the screw hole 3 on same fixed head, being centrally located on same straight line of upper connecting hole 2 and lower connecting hole 4.Fixed head can not wanted, directly semifixed cover dual-side along on arrange screw hole, on connecting hole and lower connecting hole.The object arranging fixed head is exactly conveniently install and be connected.The logarithm of screw hole 3 is determined according to the length of semifixed cover 11, and semifixed cover is longer, and the logarithm of screw hole is more.Arranging connecting hole with the object of lower connecting hole is also conveniently be connected.Requiring being centrally located on same straight line of screw hole, upper connecting hole and lower connecting hole, is conveniently punch, also can not on same straight line.Also can not arrange connecting hole and lower connecting hole, can arrange cross tube and sheer pole, be directly fixed on respectively on two cross tubes by two branch line A, two branch line B are directly fixed on two sheer poles respectively.
The symmetria bilateralis of upper connection cord is provided with the equal branch line A5 of two length, the symmetria bilateralis of lower connection cord 9 upper end is provided with the equal branch line B6 of two length, the upper end of two branch line A5 is all fixed on the same position place of connection cord, lower end is connected with connecting hole 2 on two respectively by safety buckle 8, the lower end of two branch line B6 is all fixed on the upper end of lower connection cord, and upper end is connected with two lower connecting holes 4 by safety buckle 8.Conveniently connect the phenomenon not occurring to be wound around between branch line, two branch line A5 and two branch line B6 are all in same plane.The effect of safety buckle is herein convenient connection, also without safety buckle, directly can connect with rope.
The inwall of semifixed cover 11 is bonded with the rubber rete of protection multi-parameter water quality monitor sensor; when using the fixed cover of integral type; the inwall of fixed cover is also bonded with the rubber rete of protection multi-parameter water quality monitor sensor, and TR thin rubber rete is used for anti-fixed cover and damages the sensor of multi-parameter water quality monitor.
The material of semifixed cover is stainless steel, is used for ensureing the intensity of fixed cover.When using the fixed cover of integral type, also stainless steel can be used.
The lower end of upper connection cord is provided with safety buckle 8, is connected with the upper end of the sensor of multi-parameter water quality monitor in order to convenient.The lower end of lower connection cord 9 is fixed with lead 10, connect lead for convenience, establish a metal latch closure in the upper end of lead, can according to the size of water volume flow rate and stormy waves, select the lead of corresponding weight size, thus ensure that the sensor vertical of multi-parameter water quality monitor is fixed on required depth.
It should be noted that, the upper end of upper connection cord is fixed on boats and ships, can lengthen or reduce the length of upper connection cord according to actual needs.
The using method of the stationary installation of the multi-parameter water quality monitor that the utility model provides is:
First fixed cover is installed, the length needed for upper connection cord is determined according to the underwater penetration of the sensor of multi-parameter water quality monitor, then two branch line A are fixed on the same correct position of upper connection cord, two branch line B are fixed on the upper end of lower connection cord, again the upper end of upper connection cord is fixed on boats and ships hitching post, the lower end of two branch line A is fixed on the upper connecting hole of fixed cover respectively by safety buckle, then the upper end of the sensor of multi-parameter water quality monitor is fixed on the lower end of upper connection cord, the sensor of multi-parameter water quality monitor is placed in fixed cover, and then the upper end of two branch line B is fixed on the lower connecting hole of fixed cover respectively by safety buckle, the lead of corresponding weight is fixed on the lower end of lower connection cord, finally the sensor of the multi-parameter water quality monitor assembled with this device is positioned over required depth of water place, by the weight of lead, the sensor vertical of multi-parameter water quality monitor is fixed in water body, open computer, computer is connected with multi-parameter water quality monitor and monitors, after monitoring terminates, close multi-parameter water quality monitor, dismantle this device.
Claims (10)
1. the stationary installation of a multi-parameter water quality monitor, it is characterized in that: comprise the fixed cover (1) with the sensor size of multi-parameter water quality monitor and the hollow of mating shapes, upper connection cord (7), lower connection cord (9) and lead (10), the symmetria bilateralis of upper connection cord (7) is provided with the equal branch line A (5) of two length, the symmetria bilateralis of lower connection cord (9) upper end is provided with the equal branch line B (6) of two length, the upper end of two branch line A (5) is all fixed on the same position place of connection cord (7), lower end is fixedly mounted on position symmetrical on fixed cover (1) outer wall both sides respectively, the lower end of two branch line B (6) is all fixed on the upper end of lower connection cord (9), upper end is fixedly mounted on position symmetrical on fixed cover (1) outer wall both sides respectively, two branch line A (5), two branch line B (6) all with the center of gravity of fixed cover in same plane, the lower end of lower connection cord (9) is fixed with lead (10).
2. the stationary installation of multi-parameter water quality monitor according to claim 1, it is characterized in that: described fixed cover (1) is made up of two identical semifixed covers of size and shape, the dual-side of semifixed cover (11) is along being above symmetrically arranged with at least one pair of for connecting the screw hole (3) of two semifixed covers (11), and two semifixed covers (11) are screwed in and form fixed cover (1) together.
3. the stationary installation of multi-parameter water quality monitor according to claim 2, it is characterized in that: the top of described screw hole is arranged with connecting hole on a pair (2), the below of screw hole is arranged with a pair time connecting hole (4), the lower end of two branch line A (5) is connected with connecting hole on two respectively, and the upper end of two branch line B (6) is connected with two lower connecting holes (4) respectively.
4. according to the stationary installation of multi-parameter water quality monitor according to claim 3, it is characterized in that: the lower end of two branch line A (5) is connected with connecting hole on two respectively by safety buckle (8), the upper end of two branch line B (6) is connected with two lower connecting holes (4) by safety buckle (8).
5. the stationary installation of multi-parameter water quality monitor according to claim 3, is characterized in that: the center of the screw hole (3) on described semifixed cover (11) edge, side, upper connecting hole (2) and lower connecting hole (4) is on same straight line.
6. the stationary installation of the multi-parameter water quality monitor according to claim 3 or 4 or 5, it is characterized in that: described fixed cover (1) cylindrically, the dual-side of semifixed cover is along being arranged with two fixed heads (12), the maximum longitudinal section of two fixed heads (12) and semifixed cover, in same plane, is positioned at the screw hole of semifixed cover (11) the same side, upper connecting hole and lower connection and is all positioned on same fixed head.
7. the stationary installation of multi-parameter water quality monitor according to claim 2, is characterized in that: the inwall of described fixed cover (1) and semifixed cover (11) is all bonded with the rubber rete of protection multi-parameter water quality monitor sensor.
8. the stationary installation of multi-parameter water quality monitor according to claim 2, is characterized in that: the material of described fixed cover (1) and semifixed cover (11) is stainless steel.
9. the stationary installation of multi-parameter water quality monitor according to claim 1, is characterized in that: two described supports A (5) and two branch line B (6) are all in same plane.
10. the stationary installation of multi-parameter water quality monitor according to claim 1, is characterized in that: the lower end of described upper connection cord (7) is provided with safety buckle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420463294.7U CN204188634U (en) | 2014-08-15 | 2014-08-15 | A kind of stationary installation of multi-parameter water quality monitor |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420463294.7U CN204188634U (en) | 2014-08-15 | 2014-08-15 | A kind of stationary installation of multi-parameter water quality monitor |
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| CN204188634U true CN204188634U (en) | 2015-03-04 |
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| CN201420463294.7U Active CN204188634U (en) | 2014-08-15 | 2014-08-15 | A kind of stationary installation of multi-parameter water quality monitor |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113109281A (en) * | 2021-04-13 | 2021-07-13 | 中国科学院成都生物研究所 | Water quality parameter quantitative inversion model based on hyperspectral remote sensing and construction method thereof |
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2014
- 2014-08-15 CN CN201420463294.7U patent/CN204188634U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113109281A (en) * | 2021-04-13 | 2021-07-13 | 中国科学院成都生物研究所 | Water quality parameter quantitative inversion model based on hyperspectral remote sensing and construction method thereof |
| CN113109281B (en) * | 2021-04-13 | 2022-11-29 | 中国科学院成都生物研究所 | Water quality parameter quantitative inversion model based on hyperspectral remote sensing and construction method thereof |
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