CN206945680U - A kind of hot spring water quality detection system - Google Patents
A kind of hot spring water quality detection system Download PDFInfo
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- CN206945680U CN206945680U CN201720651370.0U CN201720651370U CN206945680U CN 206945680 U CN206945680 U CN 206945680U CN 201720651370 U CN201720651370 U CN 201720651370U CN 206945680 U CN206945680 U CN 206945680U
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- detection cell
- water quality
- pipe
- hot spring
- detection system
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Abstract
The utility model discloses a kind of hot spring water quality detection system, its drip irrigation device is to include spa pool, detection cell, the detection cell is connected with spa pool by the first pipeline, the first force (forcing) pump is connected with first pipeline, drain pipe is provided with the detection cell, PH detector, the liquid level do not crossed in detection cell of popping one's head in of the PH detector are installed on the detection cell, the first agitating paddle is provided with the detection cell, first agitating paddle is connected with the first driving source.The the first agitating paddle stirring sample liquid set in detection cell is well mixed, and the result of measure is accurate.
Description
Technical field
Water quality detection system field is the utility model is related to, more particularly to a kind of hot spring water quality detection system.
Background technology
Hot spring is a kind of naturopathy, and the part chemical substance contained in thermal water can be deposited on skin, improves skin
Acid-base value, having the function that to absorb, precipitate and remove, its chemical substance can stimulate autonomic nerve, endocrine and immune system,
Therefore hot spring also increasingly dredges welcome.
It is to belong to communal facility yet with hot spring, it is in use for some time due to the factor shadow such as secretion of human body
Sound can cause acid-base value to change, so the detection of the not timing to hot spring water quality is very necessary, and general thermal water
In may exist suspend solid particle, the impurity absorption to be suspended when being detected using PH detection devices add survey contact on
Gradually absorption, the solid suspended impurity of absorption influence whether the precision of water quality PH detections.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of hot spring water quality detection system,
Water quality detection system test PH ratios of precision are higher.
Above-mentioned technical purpose of the present utility model technical scheme is that:
A kind of hot spring water quality detection system, including spa pool, detection cell, the detection cell pass through the first pipeline with spa pool
Connect, be provided with drain pipe on the detection cell, PH detectors, the probe of the PH detectors are installed on the detection cell
The liquid level do not crossed in detection cell, the first agitating paddle is provided with the detection cell, first agitating paddle is connected with the first driving
Source.
Pass through above-mentioned technical proposal, the first agitating paddle set what can be continued to be stirred, and the process of stirring can make
Water sample in detection cell is in the state of motion, solid suspended particle is not easy coagulation during motion, can also reduce
The solid particle of suspension is adsorbed on the probe of PH detector, then influence of the suspended particulate to PH detector is small, PH detector inspection
It is high to survey result precision.
The utility model is further arranged to:The detection cell includes the cover plate of closing detection cell, the PH detectors
Installation on the cover board, is provided with the detection cell detection cell being divided into test chamber and the first partition of liquid storage cylinder, the PH
The probe of detector and the first agitating paddle may be contained within test chamber, are provided with the liquid storage cylinder liquid storage cylinder being divided into precipitation
The second partition of chamber and water-purifying cavity, current are arranged on cover plate by liquid storage cylinder, precipitation chamber and water-purifying cavity, the first partition successively
There is the gap of current process in upper and with liquid storage cylinder bottom, gap, the water-purifying cavity between the second partition and cover plate be present
The drain pipe being connected with spa pool is provided between the height of side wall 2/3 ~ 4/5, the second force (forcing) pump is provided with the drain pipe, only
The bottom of water cavity is provided with waste liquid outlet pipe, and valve is provided with the waste liquid outlet pipe.
Pass through above-mentioned technical proposal, detection cell are divided into test chamber and liquid storage cylinder, and the sample liquid in detection cell can pass through first
The gap arrival liquid storage cylinder with detection cell bottom of dividing plate, and liquid storage cylinder is divided into precipitation chamber and water-purifying cavity, water by second partition
Certain coagulation can be produced in water-purifying cavity through reaching water-purifying cavity after precipitating the deceleration of chamber, and the water in water-purifying cavity close to the water surface
Middle impurity is fewer, then more pure water is discharged to up in spa pool by drain pipe, realizes the reasonable utilization of water resource,
And the muddy liquid below precipitation chamber water-purifying cavity can be arranged after the valve in waste liquid outlet pipe by opening by waste liquid outlet pipe
Go out.
The utility model is further arranged to:Screen pack is provided with the drain pipe.
Pass through above-mentioned technical proposal, screen pack can filter out the impurity that a part passes through drain pipe, then by drain pipe
It is few to reach solid impurity in the water of spa pool.
The utility model is further arranged to:Branch pipe is connected between drain pipe and the waste liquid outlet pipe, the branch pipe is set
On drain pipe of the screen pack away from detection cell one end, the rotating shaft at screen pack center is provided through on screen pack, rotating shaft runs through
The end set finite place piece of drain pipe, the first stop valve is provided with the branch pipe, drain pipe is between branch pipe and spa pool
It is provided with the second stop valve.
Pass through above-mentioned technical proposal, screen pack can accumulate during use when the water in drain pipe is reached in spa pool
Poly- impurity, impurity may block screen pack, now adjust the second cut-off valve closure drain pipe, then adjust the first stop valve and lead
Logical branch pipe, then the one side steering of axis of rotation drive screen pack accumulated impurities were passed through close to branch pipe side, then drain pipe
The current of filter screen can pass through branch pipe and discharge, and the effect of current in this process can cause the impurity on screen pack to be partially disengaged filtering
Net, play a part of cleaning screen pack to a certain extent, the conducting of the second stop valve is adjusted when then online impurity to be filtered is less
Drain pipe and spa pool, the first cut-off valve closure branch pipe is then adjusted, then water may proceed to drain into spa pool, screen pack cleaning side
Just.
The utility model is further arranged to:Locating part includes the limited block for being respectively sleeved at rotating shaft both ends, described turn
Spline, the limited block and drain pipe bolt connection are provided with the close both ends of axle.
Pass through above-mentioned technical proposal, rotating shaft is provided at both ends with the spline coordinated with limited block, then when limited block is fixed
The both ends of rotating shaft are not easy to rotate, then screen pack fix stably is not easy to rotate, good filtration effect, then in axis of rotation, unscrew
Bolt deviates from limited block from the both ends of rotating shaft, and rotating shaft drives screen pack to rotate, easy to operate.
The utility model is further arranged to:Pond of making up a prescription is connected with the spa pool, it is described to make up a prescription between pond and spa pool
Second pipe is connected with, the 3rd force (forcing) pump is connected with the second pipe.
Pass through above-mentioned technical proposal, after the pond of making up a prescription of setting can be detected to the water quality of spa pool, for detection
Mesh is exceeded to be adjusted by changing water or input conditioning agent, and the pond of making up a prescription set during regulation is so that the behaviour that feeds intake
Facilitate.
The utility model is further arranged to:Electrical heating wire is provided with the side wall in the pond of making up a prescription.
Pass through above-mentioned technical proposal, the setting of electrical heating wire can heat for some conditioning agents not readily dissolved,
Convenient regulation.
The utility model is further arranged to:The second agitating paddle is provided with the pond of making up a prescription, second agitating paddle connects
It is connected to the second driving source.
Pass through above-mentioned technical proposal, the second agitating paddle can be uniformly mixed to the conditioning agent in pond of making up a prescription, and be accelerated molten
Solution.
The utility model is further arranged to:The pond that will make up a prescription is provided with the pond of making up a prescription and is divided into cavity for mixing drugs and discharging chamber
Filter septum, second agitating paddle is arranged in cavity for mixing drugs.
Pass through above-mentioned technical proposal, setting for filter septum can exist the solid impurity barrier for failing dissolving in cavity for mixing drugs
Continue stirring and dissolving in cavity for mixing drugs, then the solid particle contained in conditioning agent is less, small using influenceing.
The utility model is further arranged to:It is all connected with first pipeline, second pipe, drain pipe and waste liquid outlet pipe
There is check valve.
Pass through above-mentioned technical proposal, the setting of check valve enable to water sample only to be caused from a direction by reducing backflow
Pollution.
In summary, the utility model having the beneficial effect that in contrast to prior art:
1st, the first agitating paddle stirring sample liquid set in detection cell is well mixed, and the result of measure is accurate;
2nd, the water in detection cell is back in spa pool after precipitation, more environmentally friendly;
3rd, screen pack is more convenient in cleaning, easy to use without being installed after screen pack is split out into cleaning.
Brief description of the drawings
Fig. 1 is the first viewing angle constructions figure of embodiment, it is intended to represents the overall structure of detecting system;
Fig. 2 is the second viewing angle constructions figure of embodiment, it is intended to the position relationship of spa pool, detection cell and drug mixing pool;
Fig. 3 is Fig. 2 A portions enlarged drawing, it is intended to represents the structure of locating part;
Fig. 4 is the sectional structure of the detection cell of embodiment;
Fig. 5 is Fig. 4 B portions enlarged drawing, it is intended to represents the structure of screen pack;
Fig. 6 is the sectional structure of the drug mixing pool of embodiment.
Reference:1st, spa pool;2nd, the first pipeline;21st, the first force (forcing) pump;3rd, detection cell;31st, cover plate;32nd, liquid is gone out
Pipe;321st, screen pack;322nd, the second stop valve;325th, branch pipe;326th, the second force (forcing) pump;3221st, the first stop valve;323rd, turn
Axle;324th, locating part;3241st, limited block;3242nd, spline;3243rd, bolt;33rd, PH detector;34th, the first agitating paddle;35th,
One driving source;36th, first partition;361st, test chamber;362nd, liquid storage cylinder;363rd, second partition;3631st, chamber is precipitated;3632nd, water purification
Chamber;37th, waste liquid outlet pipe;371st, valve;4th, make up a prescription pond;41st, the 3rd force (forcing) pump;42nd, second pipe;43rd, electrical heating wire;44th,
Two agitating paddles;45th, the second driving source;46th, filter septum;461st, cavity for mixing drugs;462nd, discharging chamber;5th, check valve.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
A kind of hot spring water quality detection system, as illustrated in fig. 1 and 2, including spa pool 1, pass through the first pipeline 2 with spa pool 1
The detection cell 3 of connection, and the pond 4 of making up a prescription connected with spa pool 1 by second pipe 42, in the first pipeline 2 and second pipe 42
On be provided with check valve 5, the stream that only supplies water of check valve 5 reaches detection cell 3 from spa pool 1 or reaches spa pool 1 from pond 4 of making up a prescription,
The first force (forcing) pump 21 is provided with the first pipeline 2 simultaneously, the 3rd force (forcing) pump 41, wherein detection cell 3 are provided with second pipe 42
On be provided with cover plate 31, PH detector 33 is installed on cover plate 31, the liquid level that the probe of PH detector 33 is submerged in detection cell 3,
Drain pipe 32 is provided with detection cell 3.
Water in water quality detection in spa pool 1 is entered in detection cell 3 by the first force (forcing) pump 21, into detection cell 3
In sample liquid through PH detector 33 detect PH after water sample discharged from drain pipe 32, then read PH detector 33 on parameter not
It can be adjusted when qualified by adding conditioning agent, conditioning agent is added into pond 4 of making up a prescription well mixed heel row to spa pool 1
In be adjusted.
As shown in Figures 2 and 4, detection cell 3 includes the cover plate 31 of closing detection cell 3, and PH detector 33 is arranged on cover plate 31
On, while set first partition 36 and second partition 363, first partition 36 that detection cell 3 is divided into test chamber in detection cell 3
361 and liquid storage cylinder 362, liquid storage cylinder 362 is divided into precipitation chamber 3631 and water-purifying cavity 3632 by second partition 363, wherein first every
Plate 36 is arranged on cover plate 31 and gap be present with the bottom of detection cell 3, gap between second partition 363 and cover plate 31 be present, inspection
The water sample surveyed in pond 3 successively by test chamber 361, precipitation chamber 3631 and water-purifying cavity 3632, water-purifying cavity 3632 side wall 2/3 ~
The drain pipe 32 being connected with spa pool 1 is provided between 4/5 height, the more pure water in the top of water-purifying cavity 3632 can be by going out liquid
Pipe 32 is transported in spa pool 1, and the second force (forcing) pump 326 is wherein provided with drain pipe 32.
The first agitating paddle 34 is wherein additionally provided with detection cell 3, the first driving source 35 is connected with the first agitating paddle 34,
First driving source 35 is arranged to motor, and the first agitating paddle 34 and PH detector 33 are arranged in test chamber 361, the first agitating paddle 34
Stirring sample liquid is moved, then the suspended particulate in test chamber 361 is not susceptible to heavy poly-, due to precipitation chamber 3631 and test chamber
361 connections, then the liquid level precipitated in chamber 3631 can be consistent with the liquid level in test chamber 361, due to depositing for first partition 36
, precipitate chamber 3631 in liquid motion it is small than test chamber 361, exceed second partition 363 when precipitating liquid level in chamber 3631
When, the liquid precipitated in chamber 3631 enters to water-purifying cavity 3632, and flow velocity of the liquid in water-purifying cavity 3632 is small, then easily occurs poly-
Heavy, then the more pure water in the top of water-purifying cavity 3632 can discharge by drain pipe 32.
As shown in Figures 3 and 5, because water is ceaselessly moving, then the bottom precipitation of water-purifying cavity 3632 can still suspend, precipitation
Effect is not excellent, the water discharge drain pipe 32 of the top of aqueous suspension particle mixing water-purifying cavity 3632 is had, so in drain pipe 32
Screen pack 321 is inside provided with, reference picture 4 is provided with branch pipe 325 on drain pipe 32, and branch pipe 325 is arranged on screen pack 321 and carried on the back
From the side of detection cell 3, the rotating shaft 323 through the center of screen pack 321 is fixed with screen pack 321, the both ends of rotating shaft 323 are set
Locating part 324, locating part 324 are used to prevent rotating shaft 323 from rotating, and wherein locating part 324, which includes, is arranged on the both ends of rotating shaft 323
Spline 3242, limited block 3241 is arranged with the both ends of rotating shaft 323, and limited block 3241 is arranged on drain pipe 32 by bolt 3243
On, wherein being provided with the first stop valve 3221 on branch pipe 325, drain pipe 32 is provided between branch pipe 325 and spa pool 1
Two stop valves 322.
When liquid is delivered in spa pool 1 by drain pipe 32, the first stop valve 3221 on branch pipe 325 plays closing branch
The effect of pipe 325, liquid will not adjust the connected component of the first stop valve 3221 by branch pipe 325, and when screen pack 321 is overturn
Pipe 325 and waste liquid outlet pipe 37, the second stop valve 322 closing drain pipe 32 is then adjusted, then looser a bolt 3243 by limited block
3241 are separated with rotating shaft 323, and rotating shaft 323 overturns screen pack 321, and then limited block 3241 is set in rotating shaft 323,
Limit the position of screen pack 321.
In screen pack 321 using more impurity may be adhered on long period screen pack 321, caused when impurity is excessive
Screen pack 321 blocks, and water outlet is slower, thus now rotate screen pack 321 so that the impurity of screen pack 321 it is more one facing to
The place side of branch pipe 325, in drain pipe 32 water outlet screen pack 321 can be rinsed, continual rinsing is by the impurity on screen pack 321
Major part is taken away, and then adjusts the second stop valve 322 connection drain pipe 32 and spa pool 1, then adjust the envelope of the first stop valve 3221
Branch pipe 325 is closed, now the water in clear water tanks may proceed to reach spa pool 1 after filtering.
As shown in fig. 6, electrical heating wire 43 is provided with the side wall in the pond 4 of making up a prescription that spa pool 1 connects, when in spa pool 1
Water quality detection result can be adjusted when not up to standard by changing water or conditioning agent, used for the conditioning agent of some solid-states
When not readily dissolve, so enabling to conditioning agent to accelerate dissolving by heating, while be additionally provided with the second stirring in pond 4 of making up a prescription
The second driving source 45 is connected with oar 44, the second driving source 45 is arranged to motor, and motor drives the second agitating paddle 44 to rotate, equally
The dissolution velocity of conditioning agent can be increased.
It is additionally provided with filter septum 46 in pond 4 of making up a prescription, the pond 4 that will make up a prescription of filter septum 46 is divided into cavity for mixing drugs 461 and gone out
Expect chamber 462, the second agitating paddle 44 is arranged in cavity for mixing drugs 461, and second pipe 42 connects discharging chamber 462 and spa pool 1, wherein the
Check valve 5 is connected with two pipelines 42, the society of check valve 5 causes decoction to be reached from discharging chamber 462 in spa pool 1, reduced back
Stream, and the conditioning agent when applying conditioning agent in cavity for mixing drugs 461 is expelled to after filtering big impurity by second pipe 42
In spa pool 1.
When the hot spring water quality detection system is detecting to water sample, in the effect spa pool 1 through the first force (forcing) pump 21
Water reach test chamber 361 through the first pipeline 2, the PH detector 33 in test chamber 361 carries out PH detections, then when precipitation chamber
When 3631 liquid level increases to consistent with second partition 363, water can cross second partition 363 and reach in water-purifying cavity 3632,
The preliminary sedimentation in water-purifying cavity 3632, the water of the top of water-purifying cavity 3632 is discharged in spa pool 1 by drain pipe 32, in water-purifying cavity
The impurity of 3632 bottoms when more big G valves 371 impurity is discharged.
Described above is only exemplary embodiment of the present utility model, not for limitation protection model of the present utility model
Enclose, the scope of protection of the utility model is determined by appended claim.
Claims (10)
1. a kind of hot spring water quality detection system, including spa pool (1), detection cell (3), the detection cell (3) is logical with spa pool (1)
The first pipeline (2) connection is crossed, drain pipe (32) is provided with the detection cell (3), it is characterized in that:Pacify on the detection cell (3)
Equipped with PH detectors, liquid level that the probes of the PH detectors is not crossed in detection cell (3), is provided with the detection cell (3)
First agitating paddle (34), first agitating paddle (34) are connected with the first driving source (35).
2. a kind of hot spring water quality detection system according to claim 1, it is characterized in that:The detection cell (3) includes envelope
The cover plate (31) of detection cell (3) is closed, the PH detectors are arranged on cover plate (31), are provided with and will be examined in the detection cell (3)
Survey pond (3) and be divided into test chamber (361) and the first partition (36) of liquid storage cylinder (362), the probe of the PH detector (33) with
First agitating paddle (34) may be contained within test chamber (361), is provided with the liquid storage cylinder (362) and separates liquid storage cylinder (362)
For precipitation chamber (3631) and the second partition (363) of water-purifying cavity (3632), current are successively by liquid storage cylinder (362), precipitation chamber
(3631) it is arranged on cover plate (31) and is deposited with the bottom of liquid storage cylinder (362) with water-purifying cavity (3632), the first partition (36)
In the gap that current pass through, gap, water-purifying cavity (3632) side wall 2/ between the second partition (363) and cover plate (31) be present
The drain pipe (32) being connected with spa pool (1) is provided between 3 ~ 4/5 height, the second pressurization is provided with the drain pipe (32)
Pump (326), the bottom of water-purifying cavity (3632) are provided with waste liquid outlet pipe (37), valve are provided with the waste liquid outlet pipe (37)
(371)。
3. a kind of hot spring water quality detection system according to claim 2, it is characterized in that:It is provided with the drain pipe (32)
Screen pack (321).
4. a kind of hot spring water quality detection system according to claim 3, it is characterized in that:The drain pipe (32) goes out with waste liquid
Branch pipe (325) is connected between pipe (37), the branch pipe (325) is arranged on screen pack (321) and goes out liquid away from detection cell (3) one end
Manage on (32), the rotating shaft (323) at screen pack (321) center is provided through on screen pack (321), rotating shaft (323) runs through liquid
The end set finite place piece (324) of (32) is managed, the first stop valve (3221), drain pipe are provided with the branch pipe (325)
(32) the second stop valve (322) is provided between branch pipe (325) and spa pool (1).
5. a kind of hot spring water quality detection system according to claim 4, it is characterized in that:Locating part (324) includes difference
The limited block (3241) at rotating shaft (323) both ends is set in, spline (3242) is provided with the close both ends of the rotating shaft (323),
The limited block (3241) is connected with drain pipe (32) bolt (3243).
6. a kind of hot spring water quality detection system according to claim 1, it is characterized in that:It is connected with the spa pool (1)
Make up a prescription pond (4), second pipe (42) is connected between the pond of making up a prescription (4) and spa pool (1), is connected on the second pipe (42)
There is the 3rd force (forcing) pump (41).
7. a kind of hot spring water quality detection system according to claim 6, it is characterized in that:In the side wall of the pond of making up a prescription (4)
It is provided with electrical heating wire (43).
8. a kind of hot spring water quality detection system according to claim 6, it is characterized in that:It is provided with the pond of making up a prescription (4)
Second agitating paddle (44), second agitating paddle (44) are connected with the second driving source (45).
9. a kind of hot spring water quality detection system according to claim 8, it is characterized in that:It is provided with the pond of making up a prescription (4)
The pond (4) that will make up a prescription is divided into cavity for mixing drugs (461) and the filter septum (46) of discharging chamber (462), and second agitating paddle (44) sets
Put in cavity for mixing drugs (461).
10. a kind of hot spring water quality detection system according to claim 2 or 6, it is characterized in that:First pipeline (2),
Check valve (5) is respectively connected with two pipelines (42), drain pipe (32) and waste liquid outlet pipe (37).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201720651370.0U CN206945680U (en) | 2017-06-06 | 2017-06-06 | A kind of hot spring water quality detection system |
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Application Number | Priority Date | Filing Date | Title |
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CN201720651370.0U CN206945680U (en) | 2017-06-06 | 2017-06-06 | A kind of hot spring water quality detection system |
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Publication Number | Publication Date |
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CN206945680U true CN206945680U (en) | 2018-01-30 |
Family
ID=61362088
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CN201720651370.0U Expired - Fee Related CN206945680U (en) | 2017-06-06 | 2017-06-06 | A kind of hot spring water quality detection system |
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CN (1) | CN206945680U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN114923127A (en) * | 2022-05-18 | 2022-08-19 | 南通澳润环保科技有限公司 | Pipeline assembly capable of carrying out sewage detection |
-
2017
- 2017-06-06 CN CN201720651370.0U patent/CN206945680U/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN114923127A (en) * | 2022-05-18 | 2022-08-19 | 南通澳润环保科技有限公司 | Pipeline assembly capable of carrying out sewage detection |
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GR01 | Patent grant | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180130 Termination date: 20190606 |