CN207760163U - A kind of drinking water system that band remotely monitors - Google Patents
A kind of drinking water system that band remotely monitors Download PDFInfo
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- CN207760163U CN207760163U CN201721600068.9U CN201721600068U CN207760163U CN 207760163 U CN207760163 U CN 207760163U CN 201721600068 U CN201721600068 U CN 201721600068U CN 207760163 U CN207760163 U CN 207760163U
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Abstract
The utility model discloses a kind of drinking water system that band remotely monitors, water quality monitoring system includes remote terminal control platform and water monitoring device；Remote terminal control platform includes master controller, water quality index parameter calculating module, storage module, display screen and suggestion device；Water monitoring device includes monitoring probe, detector array, wireless transport module, and monitoring probe and detector array pass through the side wall of pipeline and be fixed；Detector array is connect by wireless transport module with water quality index parameter calculating module, water quality index parameter calculating module is connect with storage module, storage module is connect with master controller, and master controller is connect with monitoring probe, suggestion device, display screen and system main-control valve respectively.The utility model can be measured in real time the water quality in drinking water system, find direct drinking point water quality situation not up to standard in time so that maintenance personal is small to the maintenance difficulty of drinking water system, maintenance time is short.
Description
Technical field
The utility model is related to drinking water fields, more particularly, to a kind of drinking water system that band remotely monitors.
Background technology
As our living standards of the people increasingly improve, requirement of the people to drinking water is also higher and higher stringenter.Water ring
Border worsening causes conventional water process that can not completely remove the harmful components in water, seriously affects the health of people；
On the one hand be present waterworks it is seriously polluted to water treatment can not handle the level that can directly drink,
On the other hand be that there is serious secondary pollution in present tap water pipe network system, as corrosive pipeline, leakage, fouling,
Precipitation, the not frequent cleaning and sterilizing of roof tank etc.；Therefore people start to drink bottled water now, present bottled water whether Danone
It is also unknown enough to reach the standard directly drunk, bottled water also needs to a large amount of personnel and dispenses, and present barreled
Water also will appear secondary pollution in drinking process, as bottled water is contaminated and water dispenser fuselage is contaminated in the process of sealing
Deng；Therefore, in order to people can it is easy to use cleaner water, now begin to work out drinking water system, and swimming
The place such as happy field, business area, school and urban cells all starts setting up direct drinking point；But present drinking water system
There is also many problems in the actual use process：Since present direct drinking point is numerous, and extremely disperse, it has not been convenient to
Management；The water quality of each direct drinking point can not be monitored in real time now, the water quality of grasp drinking-water point that can not be promptly and accurately
Situation can not ensure that the drinking water that drinking water system provides can be completely up to standard；After finding that water quality is not up to standard, service personnel
It can not accurately and rapidly find that out of order device, service personnel need to carry out each device of entire drinking water system young
Examining is looked into and could be overhauled to the water quality detection of device, and the time not only expended in this way is long, and service personnel is to direct drinking
The maintenance difficulty of system is big so that the operation and maintenance cost of drinking water system is high.
Utility model content
For the above problem in the prior art, the utility model proposes a kind of drinking water system that band remotely monitors,
Solve existing drinking water system can not in water quality be measured in real time, can not find that water quality is not in drinking water system in time
Situation up to standard, furthermore such that maintenance personal is big to the maintenance difficulty of drinking water system, maintenance need to take a substantial amount of time with
And the technical problems such as drinking water system maintenance cost height.
The technical solution of the utility model is：A kind of drinking water system that band remotely monitors, including pretreatment workshop section, reverse osmosis
Saturating workshop section, precision processing workshop section, disinfection workshop section and water outlet workshop section；
The pretreatment workshop section includes sand filtering device, carbon filter device, demineralized water treatment device, dissolved salt case and cartridge filter, institute
The import for stating sand filtering device is connect for inputting water source, the outlet of sand filtering device with the import of carbon filter device, and the carbon filters device
Outlet and the import of demineralized water treatment device connect, the import of the demineralized water treatment device connect with cartridge filter, the demineralized water treatment device
Top is connect by pipeline with dissolved salt case；
The reverse osmosis workshop section include high-pressure pump, several parallel connections reverse osmosis filter, the import of the high-pressure pump and guarantor
Pacify filter connection, the outlet of high-pressure pump is connect with the reverse osmosis filter of several parallel connections simultaneously by pipeline；
The precision processing workshop section includes mineralization treater, post-filter and pure water tank, the import of the mineralization treater
It is connect simultaneously with the outlet of several reverse osmosis filters by pipeline, outlet and the post-filter of the mineralization treater connect
It connects, the outlet of the post-filter is connected by the top of pipeline and pure water tank；
The disinfection workshop section includes ultraviolet sterilizer, and the outlet of the entrance and pure water tank of the ultraviolet sterilizer connects
It connects；
The water outlet workshop section includes automatic frequency-conversion pump, accurate filter and direct drinking service terminal, the automatic frequency-conversion
Pump is connect with the outlet of ultraviolet sterilizer and the import of accurate filter respectively, and the outlet of the accurate filter passes through circulation pipe
The top of road and pure water tank connects, and is provided with branch pipe on the circulating line, the branch pipe is connect with direct drinking service terminal；
Further include water quality monitoring system, the water quality monitoring system includes remote terminal control platform and installs respectively
On pipeline between cartridge filter and high-pressure pump, on the pipeline of reverse osmosis filter and mineralization treater, accurate filter
Water monitoring device on the pipeline in exit；
The remote terminal control platform includes master controller, water quality index parameter calculating module, storage module, display
Screen and suggestion device；The water monitoring device includes monitoring probe, detector array, wireless transport module, the monitoring
Pop one's head in across pipeline side wall and monitoring probe is fixed on pipeline, while the test surface for monitoring probe is located in pipeline；Institute
Detector array is stated across the side wall of pipeline and detector array is fixed on pipeline, while the detection faces position of detector array
In in pipeline；The test surface of the monitoring probe and the detection faces of detector array are oppositely arranged,
The detector array is connect by wireless transport module with water quality index parameter calculating module, the water quality index
Parameter calculating module is connect with storage module, and the storage module is connect with master controller, the master controller respectively with
Monitor probe, suggestion device, display screen and the connection of system main-control valve.
Further, the wavelength of light source is 230-760nm in the monitoring probe.
Further, the test surface of the monitoring probe is arranged to arcwall face, and the madial wall of test surface and pipeline exists
On same curved surface.
Further, the detection faces of the detector array are arranged to arcwall face, and the madial wall of detection faces and pipeline
On same curved surface.
The utility model is sent out by the way that water quality monitoring system is arranged in drinking water system by monitoring the light source in popping one's head in
Then the wavelength of setting receives the optical signal after flow by detector array and carries out signal conversion, then passes through nothing
Transformed signal transmission is carried out the water that each monitoring point is calculated by line transmission module to water quality index parameter calculating module
The water quality index parameters such as matter index turbidity, COD value, ammonia-nitrogen content, chlorine residue and pH value；Each monitoring is provided in storage module
Then the water quality index parameter that each point monitoring obtains is transferred to storage module by the reference range of point correlation water index parameter
In compared with the water quality index parameter of setting, be carried out at the same time storage, finally transmit the result of water quality index parameter comparison
Into master controller, display screen carries out real-time display to the water quality index parameter of monitoring, when the water quality index parameter monitored
Value with reference in range, master controller does not send out instruction, when the water quality index of any one test point monitored
Parameter is except with reference to range, and master controller closes system main-control valve, and entire drinking water system is out of service,
The suggestion device of master controller control simultaneously sends out voice prompt, and service personnel is from display screen it can directly be seen which is
The water quality index parameter of monitoring point is unsatisfactory for condition, and service personnel can directly judge which workshop section goes wrong, and
Can be more than from the amplitude of term of reference and to be unsatisfactory for the class of the water quality index parameter with reference to range by water quality index parameter
Type can directly judge that the equipment to break down, service personnel can directly carry out overhauling.
Compared with prior art, the utility model has the beneficial effects that：
The utility model can carry out remote real time monitoring to entire drinking water system, and can be in drinking water system
Multiple points carry out remote real time monitoring, on the one hand can realize and every water quality index parameter of direct drinking is supervised in real time
It surveys, direct drinking point need not be timed to and carry out water quality detection, can find the situation that water quality is not up to standard in drinking water system in time,
Ensure the quality of direct drinking；Still further aspect is that the equipment that can be directly the discovery that in this way in which processing section breaks down
Or need replacing filter core so that service personnel can directly overhaul equipment, need not be to most in whole system
Number equipment is investigated one by one, reduces the repair time of maintenance personal, while having saved a large amount of maintenance time and repair inspection
Look into required manpower and materials；So that the operating cost of drinking water system significantly reduces.
Description of the drawings
Fig. 1 is the flow chart of the utility model.
Fig. 2 is the functional block diagram of water quality monitoring system in the utility model.
Specific implementation mode
The technical solution in the utility model is further illustrated with reference to the accompanying drawings and embodiments.
With reference to attached drawing 1,2, the use of the new type includes pretreatment workshop section 1, reverse osmosis workshop section 2, precision processing workshop section 3, disinfection work
Section 4 and water outlet workshop section 5；
It includes sand filtering device 11, carbon filter device 12, demineralized water treatment device 13, dissolved salt case 14 and security personnel's filtering to pre-process workshop section 1
The import of device 15, sand filtering device 11 is connect for inputting water source, the outlet of sand filtering device 11 with the import of carbon filter device 12, carbon
The outlet of filter device 12 is connect with the import of demineralized water treatment device 13, and the import of demineralized water treatment device 13 is connect with cartridge filter 15, soft water
The top of device 13 is connect by pipeline with dissolved salt case 14；
Reverse osmosis filter 22 of the reverse osmosis workshop section 2 including high-pressure pump 21, several parallel connections, the import of high-pressure pump 21 and security personnel
Filter 15 connects, and the outlet of high-pressure pump 21 is connect with the reverse osmosis filter 22 of several parallel connections simultaneously by pipeline；
Precision processing workshop section 3 include mineralization treater 31, post-filter 32 and pure water tank 33, mineralization treater 31 into
Mouth is connect with the outlet of several reverse osmosis filters 22 simultaneously by pipeline, outlet and the post-filter 32 of mineralization treater 31
Connection, the outlet of post-filter 32 is connect by pipeline with the top of pure water tank 33；
It includes ultraviolet sterilizer 41 to sterilize workshop section 4, and the entrance of ultraviolet sterilizer 41 is connect with the outlet of pure water tank 33；
It includes automatic frequency-conversion pump 51, accurate filter 52 and direct drinking service terminal 53, automatic frequency-conversion pump to be discharged workshop section 5
51 connect with the outlet of ultraviolet sterilizer and the import of accurate filter 52 respectively, and the outlet of accurate filter 52 passes through cycle
Pipeline 54 is connect with the top of pure water tank 33, and branch pipe 55, branch pipe 55 and direct drinking service terminal 53 are provided on circulating line 54
Connection；Automatic frequency-conversion pump 51 can adjust the pressure in pipeline according to the case where water outlet, thus be avoided that the pressure mistake that pipeline is born
Greatly, avoiding pipeline, there is a situation where explosions.
Further include water quality monitoring system, water quality monitoring system includes remote terminal control platform 6 and is separately mounted to protect
Pacify on the pipeline between filter 15 and high-pressure pump 21, reverse osmosis filter 22 on the pipeline of mineralization treater 31, accurate mistake
Water monitoring device 7 on the pipeline in 52 exit of filter；Due to cartridge filter 15, the good secondary filter of reverse osmosis filter 22
Device 52 is the important equipment for handling water, is relatively susceptible to failure, and can also be aware of when at any time in this way should be to each
Kind filter replacement filter core and filtrate etc..
Remote terminal control platform 6 include master controller 61, water quality index parameter calculating module 62, storage module 63,
Display screen 64 and suggestion device 65；Water monitoring device 7 includes monitoring probe 71, detector array 72, wireless transport module
73, monitoring probe 71 passes through the side wall of pipeline and monitoring probe 71 is fixed on pipeline, while monitoring the test surface of probe 71
In pipeline；Detector array 72 passes through the side wall of pipeline and detector array 72 is fixed on pipeline, while array is visited
The detection faces for surveying device 72 are located in pipeline；The test surface of monitoring probe 71 and the detection faces of detector array 72 are oppositely arranged,
Detector array 72 is connect by wireless transport module 73 with water quality index parameter calculating module 62, water quality index ginseng
Number computing modules 62 connect with storage module 63, storage module 63 is connect with master controller 61, master controller 61 respectively with
Monitoring probe 71, suggestion device 65, display screen 64 and the connection of system main-control valve.
The wavelength of light source is 230-760nm in monitoring probe 71.
The test surface of monitoring probe 71 is arranged to arcwall face, and the madial wall of test surface and pipeline is on same curved surface；
The detection faces of detector array 72 are arranged to arcwall face, and the madial wall of detection faces and pipeline is on same curved surface.Such one
Aspect makes the installation of water monitoring device 7 not impacted to entire drinking water system.In addition it is so that water quality monitoring fills
The data acquisition for setting 7 pairs of direct drinkings is more accurate so that entire water quality monitoring system is more accurate to the calculating of water quality index parameter
Really.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection domain within.
Claims (4)
1. a kind of drinking water system that band remotely monitors, it is characterised in that：Including pretreatment workshop section, reverse osmosis workshop section, precision processing
Workshop section, disinfection workshop section and water outlet workshop section,
The pretreatment workshop section includes sand filtering device, carbon filter device, demineralized water treatment device, dissolved salt case and cartridge filter, the sand
The import of filter device is connect for inputting water source, the outlet of sand filtering device with the import of carbon filter device, and the carbon filter device goes out
Mouth is connect with the import of demineralized water treatment device, and the import of the demineralized water treatment device is connect with cartridge filter, the top of the demineralized water treatment device
It is connect with dissolved salt case by pipeline；
The reverse osmosis workshop section include high-pressure pump, several parallel connections reverse osmosis filter, the import of the high-pressure pump and ensured public security
Filter connects, and the outlet of high-pressure pump is connect with the reverse osmosis filter of several parallel connections simultaneously by pipeline；
The precision processing workshop section includes mineralization treater, post-filter and pure water tank, and the import of the mineralization treater passes through
Pipeline is connect with the outlet of several reverse osmosis filters simultaneously, and the outlet of the mineralization treater is connect with post-filter, institute
The outlet for stating post-filter is connected by the top of pipeline and pure water tank；
The disinfection workshop section includes ultraviolet sterilizer, and the outlet of the entrance and pure water tank of the ultraviolet sterilizer connects；
The water outlet workshop section includes automatic frequency-conversion pump, accurate filter and direct drinking service terminal, the automatic frequency-conversion pump point
Do not connect with the outlet of ultraviolet sterilizer and the import of accurate filter, the outlet of the accurate filter by circulating line with
The top of pure water tank connects, and is provided with branch pipe on the circulating line, the branch pipe is connect with direct drinking service terminal；
Further include water quality monitoring system, the water quality monitoring system includes remote terminal control platform and is separately mounted to protect
Pacify on the pipeline between filter and high-pressure pump, on the pipeline of reverse osmosis filter and mineralization treater, accurate filter exports
Water monitoring device on the pipeline at place；
The remote terminal control platform includes master controller, water quality index parameter calculating module, storage module, display screen with
And suggestion device；The water monitoring device includes monitoring probe, detector array, wireless transport module, the monitoring probe
Across pipeline side wall and monitoring probe is fixed on pipeline, while the test surface for monitoring probe is located in pipeline；The battle array
Row detector passes through the side wall of pipeline and detector array is fixed on pipeline, while the detection faces of detector array are located at pipe
In road；The test surface of the monitoring probe and the detection faces of detector array are oppositely arranged,
The detector array is connect by wireless transport module with water quality index parameter calculating module, the water quality index parameter
Computing module is connect with storage module, and the storage module is connect with master controller, the master controller respectively with monitoring
Probe, suggestion device, display screen and the connection of system main-control valve.
2. a kind of drinking water system that band remotely monitors as described in claim 1, it is characterised in that：Light in the monitoring probe
The wavelength in source is 230-760nm.
3. a kind of drinking water system that band remotely monitors as described in claim 1, it is characterised in that：The spy of the monitoring probe
Survey face is arranged to arcwall face, and the madial wall of test surface and pipeline is on same curved surface.
4. a kind of drinking water system that band remotely monitors as described in claim 1, it is characterised in that：The detector array
Detection faces are arranged to arcwall face, and the madial wall of detection faces and pipeline is on same curved surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721600068.9U CN207760163U (en) | 2017-11-27 | 2017-11-27 | A kind of drinking water system that band remotely monitors |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721600068.9U CN207760163U (en) | 2017-11-27 | 2017-11-27 | A kind of drinking water system that band remotely monitors |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207760163U true CN207760163U (en) | 2018-08-24 |
Family
ID=63189225
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721600068.9U Expired - Fee Related CN207760163U (en) | 2017-11-27 | 2017-11-27 | A kind of drinking water system that band remotely monitors |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207760163U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110745973A (en) * | 2019-08-22 | 2020-02-04 | 佛山市雅洁源科技股份有限公司 | Nuclear wastewater treatment system with monitoring device |
| CN112924637A (en) * | 2021-01-25 | 2021-06-08 | 西安长岭依水生网络科技有限公司 | Direct drinking water quality monitoring method based on block chain technology |
-
2017
- 2017-11-27 CN CN201721600068.9U patent/CN207760163U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110745973A (en) * | 2019-08-22 | 2020-02-04 | 佛山市雅洁源科技股份有限公司 | Nuclear wastewater treatment system with monitoring device |
| CN112924637A (en) * | 2021-01-25 | 2021-06-08 | 西安长岭依水生网络科技有限公司 | Direct drinking water quality monitoring method based on block chain technology |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20180824 Termination date: 20191127 |