CN203658828U - Rural domestic wastewater treatment facility operation monitor management system - Google Patents
Rural domestic wastewater treatment facility operation monitor management system Download PDFInfo
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- CN203658828U CN203658828U CN201420035044.3U CN201420035044U CN203658828U CN 203658828 U CN203658828 U CN 203658828U CN 201420035044 U CN201420035044 U CN 201420035044U CN 203658828 U CN203658828 U CN 203658828U
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Abstract
The utility model discloses a rural domestic wastewater treatment facility operation monitor management system comprising a monitoring unit, a center platform, a mobile terminal and at least one wastewater treatment facility, wherein the mobile terminal and the at least one wastewater treatment facility are in signal connection with the center platform. The monitoring unit comprises a current transformer, a flow sensor, an AC/DC converter, a standby cell, a master control circuit board and a GPRS unit. The GPRS unit is connected to a data interface and the GPRS unit is in signal connection with the center platform. The rural domestic wastewater treatment facility operation monitor management system has the advantages as follows: the operation state of the domestic wastewater treatment facility is judged; the electric quantity consumed in the operation of the domestic wastewater treatment facility is obtained; multi-point operation monitoring can be performed simultaneously; flexibility, easiness and convenience and low cost are achieved; and the rural domestic wastewater treatment facility operation monitor management system is suitable for village and town miniature distributed rural domestic wastewater treatment concentration operation management.
Description
Technical field
The utility model relates to health purification system technique field, especially relates to a kind of rural domestic sewage treatment facility operation management system for monitoring.
Background technology
The harm that small towns country sewage causes environment is day by day serious, and the Construction and operation management of strengthening small towns rural sewage treatment facility is to improve life in the countryside environment, the important content in all-round construction rural area.Small towns country sewage has that dispersion, area are wide, small scale, pipe network are collected the features such as difficult, and for the aforementioned features of small towns domestic sewage in rural areas by using, Small-scale Sewage Treatment Facilities is widely used.The sanitary sewage disposal that is generally used for an administrative village need to be built a set of or some cover Small-scale Sewage Treatment Facilities, and the sanitary sewage disposal that solves a small towns need to be built tens of cover Small-scale Sewage Treatment Facilities.
Because small towns rural domestic sewage treatment facility scale is little, it is many, wide to disperse, put, make small towns rural domestic sewage treatment facility concentrate operation management difficulty.For this reason, some enterprise developments adopt the robot control system(RCS)s such as sensor detection to carry out unified management, and still, its cost of investment is higher, and is not suitable for being conceived to invest the small-sized distributing rural domestic sewage treatment in the small towns little, operating cost is low.
Utility model content
The purpose of this utility model is to provide a kind of rural domestic sewage treatment facility operation management system for monitoring, its prodigiosin is enough to be judged Sewage Treatment Facilities operation conditions, and can obtain Sewage Treatment Facilities operation consumes power, multiple spot operation monitoring simultaneously, there is flexible, simple and easy, low cost, and extremely suitable the small-sized distributing rural domestic sewage treatment in small towns is concentrated to the feature of operation management.
The technical scheme that the utility model adopts is: rural domestic sewage treatment facility operation management system for monitoring, comprise mobile terminal, at least a set of sewage treatment facility that monitoring means, central platform and this central platform signal are connected, wherein, this sewage treatment facility has water inlet pipe, aeration tube and rising pipe, and this water inlet pipe connects promising this sewage treatment facility and promotes the water pump of intaking, the blower fan that promising this aeration tube of this aeration tube connection provides aeration, and described monitoring means comprises:
---current transformer, this current transformer is 2 and is connected on this water pump and this blower fan the magnitude of current for monitoring this water pump and this blower fan to form digital current amount signal;
---flow sensor, this flow sensor is arranged on this water inlet pipe or rising pipe the water yield for monitoring this water inlet pipe or rising pipe to form digital water flow signal;
---AC/DC converter, this AC/DC converter is connected to civil power and provides operating voltage for this monitoring means;
---main control board, on this main control board, there is micro-control unit, dsp chip, crystal oscillator, data-interface, wherein, this crystal oscillator is connected to this micro-control unit and provides clock signal for this micro-control unit, this current transformer and this flow sensor are connected to this micro-control unit and digital current amount signal and the digital water flow signal of monitoring separately formation are passed to this micro-control unit, this dsp chip is connected to this micro-control unit and digital current amount signal and digital water flow signal is converted to simulation current flow signal and Simulated Water flow signal, this data-interface is connected to this dsp chip and receives this simulation current flow signal and Simulated Water flow signal,
---GPRS unit, this GPRS unit is connected to this data-interface and this GPRS unit is connected with this central platform signal.
Described monitoring means includes the reserve battery that is connected to this AC/DC converter, when this reserve battery civil power power-off for this monitoring means provides operating voltage.
Described mobile terminal is mobile phone.
The advantage that the utility model has is: can judge Sewage Treatment Facilities operation conditions, and can obtain Sewage Treatment Facilities operation consumes power, multiple spot operation monitoring simultaneously, there is flexible, simple and easy, low cost, and extremely suitable the small-sized distributing rural domestic sewage treatment in small towns is concentrated to operation management.Rural domestic sewage treatment facility operation management system for monitoring of the present utility model in use, central platform obtains operation data in each single-point Sewage Treatment Facilities fixed cycle, carry out unified management, central platform is to the magnitude of current, the processing of discharge data analysis that obtain, when under the state of Sewage Treatment Facilities in normal operation, the magnitude of current, discharge are a normal range value, and can calculate each Sewage Treatment Facilities operation consumes power according to the data that gather; In the time gathering blower fan magnitude of current data exception, judge that this sewage treatment facility blower fan breaks down; In the time gathering pump magnitude of current data exception, judge that this sewage treatment facility pump breaks down; When the pump magnitude of current, the blower fan magnitude of current that gather are normal, discharge data occur when abnormal, judge that this Sewage Treatment Facilities operation breaks down; In the time that the collection pump magnitude of current, the blower fan magnitude of current, discharge data are 0, judge that this Sewage Treatment Facilities working power breaks down; When gather the pump magnitude of current, the blower fan magnitude of current, discharge data countless according to time, judge that this monitoring system breaks down.Central platform is carried out analyzing and processing to each single-point Sewage Treatment Facilities fixed cycle operation data, when a certain single-point or some somes Sewage Treatment Facilities feedback data occur that when abnormal, central platform is sent to mobile terminal with short message mode by relevant information.Mobile terminal receives after note, and staff just can overhaul according to receiving information to the engineering site that breaks down.Such rural domestic sewage treatment facility operation management system for monitoring is flexible, simple and easy, construction operation cost is low, central platform can multiple spot unified management, save manually, suitable small towns distributing country sewage concentrates, effectively, low cost operation management.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated:
Fig. 1 is the connection diagram of sewage treatment facility of the present utility model and monitoring means;
Fig. 2 is central platform of the present utility model and the connection diagram that connects facility thereof.
Embodiment
Embodiment, see shown in Fig. 1 and Fig. 2, rural domestic sewage treatment facility operation management system for monitoring, comprise that monitoring means 40, central platform 50 and these central platform 50 signals are connected such as being the mobile terminal 60 of mobile phone, at least a set of sewage treatment facility 10.This sewage treatment facility 10 is distributed in several villages and small towns, such as being distributed in A village 101, B village 102... until I village 103.This sewage treatment facility 10 has water inlet pipe 11, aeration tube 12 and rising pipe 13, and this water inlet pipe 11 connects water pump 20, this aeration tube 12 that promising this sewage treatment facility 10 promotes water inlet and connects promising this aeration tube 12 blower fan 30 of aeration is provided.
Further say, this monitoring means 40 comprises: current transformer 41, flow sensor 42, main control board 43, GPRS unit 44, AC/DC converter 45, reserve battery 46.Wherein:
This current transformer 41 is 2 and is connected on this water pump 20 and this blower fan 30 magnitude of current for monitoring this water pump 20 and this blower fan 30 to form digital current amount signal.
This flow sensor 42 is arranged on this water inlet pipe 11 or rising pipe 13 water yield for monitoring this water inlet pipe 11 or rising pipe 13 to form digital water flow signal.
This AC/DC converter 45 is connected to civil power and provides operating voltage for this monitoring means.This AC/DC converter 45 is also connected with this reserve battery 46.In the time of civil power power-off, this reserve battery 46 provides this monitoring means operating voltage.
On this main control board 43, there is micro-control unit 431, dsp chip 432, crystal oscillator 433, data-interface 434.Wherein, this crystal oscillator 433 is connected to this micro-control unit 431 and provides clock signal for this micro-control unit 431; This current transformer 41 and this flow sensor 42 are connected to this micro-control unit 431 and digital current amount signal and the digital water flow signal of monitoring separately formation are passed to this micro-control unit 431; This dsp chip 432 is connected to this micro-control unit 431 and digital current amount signal and digital water flow signal is converted to simulation current flow signal and Simulated Water flow signal; This data-interface 434 is connected to this dsp chip 432 and receives this simulation current flow signal and Simulated Water flow signal.
This GPRS unit 44 is connected to this data-interface 434 and this GPRS unit 44 is connected with these central platform 50 signals.
The course of work of the present utility model and principle: 1, micro-control unit sends an instruction at each fixed cycle inward electric current mutual inductor and flow sensor, start the data monitoring to each sewage treatment facility.After the digital current amount signal that micro-control unit reading current mutual inductor is monitored and formed and the digital water flow signal of flow sensor collection formation, signal is transferred to dsp chip, dsp chip converts the digital current amount signal of reception and digital water flow signal to the simulated data of simulation current flow signal and Simulated Water flow signal, again simulated data is transferred to GPRS unit by data-interface, be wirelessly transmitted to central platform by GPRS.2, central platform obtains operation data in each single-point sewage treatment facility fixed cycle, carries out unified management.The magnitude of current, the discharge data analysis processing of central platform to acquisition: when under the state of sewage treatment facility in normal operation, the collection magnitude of current, discharge are a normal range value, and can calculate according to the data that gather the electric weight that each Sewage Treatment Facilities operation consumes; In the time gathering blower fan magnitude of current data exception, judge that this sewage treatment facility blower fan breaks down; In the time gathering water pump magnitude of current data exception, judge that this sewage treatment facility water pump breaks down; When the water pump magnitude of current, the blower fan magnitude of current that gather are normal, discharge data occur when abnormal, judge that this Sewage Treatment Facilities operation breaks down; In the time that the collection water pump magnitude of current, the blower fan magnitude of current, discharge data are 0, judge that this Sewage Treatment Facilities working power breaks down; When gather the water pump magnitude of current, the blower fan magnitude of current, discharge data countless according to time, judge that this monitoring system breaks down.Central platform is carried out analyzing and processing to each single-point sewage treatment facility fixed cycle operation data, when a certain single-point or some somes Sewage Treatment Facilities feedback data occur that when abnormal, central platform is sent to mobile terminal with short message mode by relevant information.Mobile terminal receives after note, and staff just can overhaul according to receiving information to the engineering site that breaks down.
The foregoing is only preferred embodiment of the present utility model; not thereby limit the scope of the claims of the present utility model; every equivalent structure or conversion of equivalent flow process that utilizes the utility model instructions and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (3)
1. rural domestic sewage treatment facility operation management system for monitoring, comprise mobile terminal, at least a set of sewage treatment facility that monitoring means, central platform and this central platform signal are connected, wherein, this sewage treatment facility has water inlet pipe, aeration tube and rising pipe, and this water inlet pipe connects promising this sewage treatment facility and promotes the water pump of intaking, the blower fan that promising this aeration tube of this aeration tube connection provides aeration, it is characterized in that: described monitoring means comprises:
---current transformer, this current transformer is 2 and is connected on this water pump and this blower fan the magnitude of current for monitoring this water pump and this blower fan to form digital current amount signal;
---flow sensor, this flow sensor is arranged on this water inlet pipe or rising pipe the water yield for monitoring this water inlet pipe or rising pipe to form digital water flow signal;
---AC/DC converter, this AC/DC converter is connected to civil power and provides operating voltage for this monitoring means;
---main control board, on this main control board, there is micro-control unit, dsp chip, crystal oscillator, data-interface, wherein, this crystal oscillator is connected to this micro-control unit and provides clock signal for this micro-control unit, this current transformer and this flow sensor are connected to this micro-control unit and digital current amount signal and the digital water flow signal of monitoring separately formation are passed to this micro-control unit, this dsp chip is connected to this micro-control unit and digital current amount signal and digital water flow signal is converted to simulation current flow signal and Simulated Water flow signal, this data-interface is connected to this dsp chip and receives this simulation current flow signal and Simulated Water flow signal,
---GPRS unit, this GPRS unit is connected to this data-interface and this GPRS unit is connected with this central platform signal.
2. rural domestic sewage treatment facility operation management system for monitoring according to claim 1, it is characterized in that: described monitoring means includes the reserve battery that is connected to this AC/DC converter, when this reserve battery civil power power-off for this monitoring means provides operating voltage.
3. rural domestic sewage treatment facility operation management system for monitoring according to claim 1, is characterized in that: described mobile terminal is mobile phone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420035044.3U CN203658828U (en) | 2014-01-09 | 2014-01-09 | Rural domestic wastewater treatment facility operation monitor management system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420035044.3U CN203658828U (en) | 2014-01-09 | 2014-01-09 | Rural domestic wastewater treatment facility operation monitor management system |
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| Publication Number | Publication Date |
|---|---|
| CN203658828U true CN203658828U (en) | 2014-06-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420035044.3U Expired - Fee Related CN203658828U (en) | 2014-01-09 | 2014-01-09 | Rural domestic wastewater treatment facility operation monitor management system |
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| CN (1) | CN203658828U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103760861A (en) * | 2014-01-09 | 2014-04-30 | 浙江大学苏州工业技术研究院 | Operation monitoring and managing system for rural domestic sewage disposal facility |
-
2014
- 2014-01-09 CN CN201420035044.3U patent/CN203658828U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103760861A (en) * | 2014-01-09 | 2014-04-30 | 浙江大学苏州工业技术研究院 | Operation monitoring and managing system for rural domestic sewage disposal facility |
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| C14 | Grant of patent or utility model | ||
| 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: 20140618 Termination date: 20170109 |