CN105625547B - A kind of sewerage system - Google Patents

A kind of sewerage system Download PDF

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Publication number
CN105625547B
CN105625547B CN201610106255.5A CN201610106255A CN105625547B CN 105625547 B CN105625547 B CN 105625547B CN 201610106255 A CN201610106255 A CN 201610106255A CN 105625547 B CN105625547 B CN 105625547B
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CN
China
Prior art keywords
inspection shaft
wireless communication
communication module
pump
sump
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CN201610106255.5A
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Chinese (zh)
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CN105625547A (en
Inventor
徐青峰
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Jiangsu Bo Yang Intelligent Electrical Ltd By Share Ltd
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Jiangsu Bo Yang Intelligent Electrical Ltd By Share Ltd
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Priority to CN201610106255.5A priority Critical patent/CN105625547B/en
Publication of CN105625547A publication Critical patent/CN105625547A/en
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    • EFIXED CONSTRUCTIONS
    • E03WATER SUPPLY; SEWERAGE
    • E03FSEWERS; CESSPOOLS
    • E03F1/00Methods, systems, or installations for draining-off sewage or storm water
    • EFIXED CONSTRUCTIONS
    • E03WATER SUPPLY; SEWERAGE
    • E03FSEWERS; CESSPOOLS
    • E03F1/00Methods, systems, or installations for draining-off sewage or storm water
    • E03F1/006Pneumatic sewage disposal systems; accessories specially adapted therefore
    • E03F1/007Pneumatic sewage disposal systems; accessories specially adapted therefore for public or main systems
    • EFIXED CONSTRUCTIONS
    • E03WATER SUPPLY; SEWERAGE
    • E03FSEWERS; CESSPOOLS
    • E03F5/00Sewerage structures
    • E03F5/22Adaptations of pumping plants for lifting sewage
    • EFIXED CONSTRUCTIONS
    • E03WATER SUPPLY; SEWERAGE
    • E03FSEWERS; CESSPOOLS
    • E03F2201/00Details, devices or methods not otherwise provided for
    • E03F2201/20Measuring flow in sewer systems
    • EFIXED CONSTRUCTIONS
    • E03WATER SUPPLY; SEWERAGE
    • E03FSEWERS; CESSPOOLS
    • E03F2201/00Details, devices or methods not otherwise provided for
    • E03F2201/40Means for indicating blockage in sewer systems

Abstract

The invention discloses a kind of sewerage system, including inspection shaft and with sump of the inspection shaft by pipeline communication, be provided with the draining water pump for being used for discharging ponding in the sump;Inspection shaft water level detection gauge and inspection shaft wireless communication module are provided with the inspection shaft, sump water level detection gauge and sump wireless communication module are provided with the sump, water drain Pump data collector and draining water pump wireless communication module are provided with the draining water pump, processing center is used to receive inspection shaft waterlevel data, sump waterlevel data and draining water pump real-time running data and controls draining water pump operation.By using drainage system described herein, can by inspection shaft water level detection gauge and inspection shaft wireless communication module by inspection shaft waterlevel data transmission in advance in processing center, when running into the situation that the water levels such as heavy rain steeply rise, processing center control draining water pump puts into operation in advance, drains the water away in time.

Description

A kind of sewerage system
Technical field
The present invention relates to a kind of sewerage system.
Background technology
It is well known that conventional pumping station controlling system typically controls draining pump operation according to collecting well fluid level, only work as pipe Road reclaimed water is flowed to sump, and when the Well Water Level that catchments rises, water pump can just put into operation, be steeply risen when running into the water levels such as heavy rain Situation when can not put into operation in advance, drain the water away in time.And conventional pumping station controlling system does not possess remote monitoring record Etc. function.Prior art is badly in need of a kind of sewerage system with advance drain function.
The content of the invention
It is an object of the invention to overcome defect present in prior art, there is provided a kind of city with advance drain function City's drainage system.
To achieve the above object, the technical scheme is that there is provided a kind of sewerage system, including inspection shaft and With sump of the inspection shaft by pipeline communication, the draining water pump for being used for discharging ponding is provided with the sump;In the inspection shaft Provided with inspection shaft water level detection gauge and inspection shaft wireless communication module, the inspection shaft water level detection gauge is used to detect inspection shaft water level and be formed Inspection shaft waterlevel data, the inspection shaft wireless communication module is used to receive inspection shaft waterlevel data and send into processing by wireless network The heart;
Sump water level detection gauge and sump wireless communication module, the Well Water Level inspection of catchmenting are provided with the sump Survey instrument and catchmented for detection and Well Water Level and form sump waterlevel data, the sump wireless communication module catchments for reception Well Water Level data are simultaneously sent to processing center by wireless network;
Water drain Pump data collector and draining water pump wireless communication module, the draining are provided with the draining water pump Water pump data acquisition unit is used to gather draining water pump real-time running data, and the draining water pump wireless communication module is used for the row of reception Water water pump real-time running data is simultaneously sent to processing center by wireless network;
The processing center is used to receive inspection shaft waterlevel data, sump waterlevel data and draining water pump real-time running data And control draining water pump operation.
By using drainage system described herein, it is possible, firstly, to pass through inspection shaft water level detection gauge and inspection shaft channel radio Believe that module in processing center, when running into the situation that the water levels such as heavy rain steeply rise, handles inspection shaft waterlevel data transmission in advance Center control draining water pump puts into operation in advance, drains the water away in time;Secondly, can by the water-head for contrasting inspection shaft and sump Reflect which bar pipeline is in stopping state, data reference is provided for the regular maintenance of pipe network;Again, water pump data acquisition is passed through Device and draining water pump wireless communication module send draining water pump real-time running data to processing center, and control centre is monitored And record, can be with the regular maintenance of reasonable arrangement water pump by the analysis to data such as history water pump electric current, water pump operation times Cycle.The safe and reliable operation of unmanned pump station is ensure that by above-mentioned a series of measures.
Preferably, the processing center includes control computer and processing center wireless communication module, in the processing Heart wireless communication module is used for and inspection shaft wireless communication module, sump wireless communication module and draining water pump radio communication mold Block, which coordinates, realizes data transfer, and the draining water pump wireless communication module is additionally operable to reception processing center wireless communication module and sent Control instruction.It is easy to processing center to plan as a whole to monitor to drainage system by such design, and draining water pump is effectively controlled; Processing center can be arranged on the drainage pipeline networks processing center in city, while can also be set in the traffic control center in city, It is high to water level in inspection shaft level sensing, in the case that road is submerged, except being sent at drainage pipeline networks processing center, it can also send out Warning message is sent to traffic control center, notifies traffic police's road closure of reaching the spot in time to direct traffic, when preventing that automobile from crossing water accumulation part Water inlet is flame-out, causes damage;Simultaneously can also will control computer and network connection, from Network Capture weather forecast information, with reference to The Well Water Level that catchments now gives warning in advance to whether low laying areas can catchment in advance.
Preferably, the inspection shaft side is provided with the side wall upper part of pump-line, described pump-line one end and inspection shaft Connection, the other end elevates above the soil to be connected with vacuum pumping pump, and the vacuum pumping pump is connected with processing center control.Such design can With larger in rainfall, in the case of inspection well cover draining not in time, by vacuum pumping pump in the negative pressure that is internally formed of inspection shaft, accelerate rain Water is flowed into inspection shaft, is improved drainage efficiency, is prevented ponding.
Preferably, the vacuum pumping pump is provided with vacuum pumping pump wireless communication module, the vacuum pumping pump channel radio Letter module is used for the control instruction that reception processing center wireless communication module is sent.It is such to can be designed so that control centre's root According to it needs to be determined which inspection shaft to carry out acceleration drain operation to.Multiple vacuum pumping pumps are managed respectively, targetedly carried out Vacuum pumping, reduces energy loss.
Preferably, the vacuum pumping pump is 1 ~ 10m away from ground level.Such design avoids ponding too high and will taken out Vavuum pump is submerged and failed.
Preferably, the pipeline close to sump is provided with lateral, one end of the lateral and pipe Road is connected, and the other end is outlet of the water outlet towards sump, and the lateral is provided with reinforcement draining pump.Such design is just In the pressure of increase draining, then accelerate the speed of water flow in pipeline, improve drainage efficiency, prevent ponding.
Preferably, the reinforcement draining pump is provided with reinforcement draining pump wireless communication module, the reinforcement draining pump Wireless communication module is used for the control instruction that reception processing center wireless communication module is sent.Processing center is easy in such design Control to strengthening draining pump.
Preferably, the discharge outlet end of the pipeline is provided with switch valve.Such design is easy to using reinforcement draining During pump drainage, closing switch valve is easy to form larger discharge pressure in pipeline.
Preferably, the inspection shaft water level detection gauge and sump water level detection gauge are to use pressure-type liquidometer or ultrasound Waves liquid level gauge.Such design is one kind optimization to scheme.
The advantages of the present invention are:By using drainage system described herein, it is possible, firstly, to pass through Inspection shaft waterlevel data transmission in advance in processing center, is being run into heavy rain etc. by inspection shaft water level detection gauge and inspection shaft wireless communication module During the situation that water level steeply rises, processing center control draining water pump puts into operation in advance, drains the water away in time;Secondly, pass through The water-head of contrast inspection shaft and sump can reflect which bar pipeline is in stopping state, and data are provided for the regular maintenance of pipe network With reference to;Again, draining water pump real-time running data is sent by water pump data acquisition unit and draining water pump wireless communication module To processing center, control centre is monitored and recorded, by dividing data such as history water pump electric current, water pump operation times Analysis, can be with the regular maintenance cycle of reasonable arrangement water pump.The peace of unmanned pump station is ensure that by above-mentioned a series of measures Full reliability service.
Brief description of the drawings
Fig. 1 is schematic structural view of the invention;
Fig. 2 is present invention connection block diagram.
In figure:1st, inspection shaft;2nd, sump;3rd, pipeline;4th, draining water pump;5th, pump-line;6th, vacuum pumping pump;7th, branched pipe Road;8th, draining pump is strengthened;9th, switch valve;10th, inspection shaft water level detection gauge;11st, inspection shaft wireless communication module;12nd, catchment Well Water Level Detector;13rd, sump wireless communication module;14th, water drain Pump data collector;15th, draining water pump wireless communication module; 16th, computer is controlled;17th, processing center wireless communication module;18th, vacuum pumping pump wireless communication module;19th, draining pump is strengthened wireless Communication module.
Embodiment
With reference to the accompanying drawings and examples, the embodiment to the present invention is further described.Following examples are only For clearly illustrating technical scheme, and it can not be limited the scope of the invention with this.
As Figure 1-Figure 2, a kind of sewerage system, including inspection shaft 1 and the collection that is connected with inspection shaft 1 by pipeline 3 The draining water pump 4 for being used for discharging ponding is provided with well 2, the sump 2;Inspection shaft water level detection gauge is provided with the inspection shaft 1 10 and inspection shaft wireless communication module 11, the inspection shaft water level detection gauge 10 is used to detect the water level of inspection shaft 1 and forms the water level number of inspection shaft 1 According to the inspection shaft wireless communication module 11 is used to receive the waterlevel data of inspection shaft 1 and send to processing center by wireless network;
Sump water level detection gauge 12 and sump wireless communication module 13, the sump are provided with the sump 2 Water level detection gauge 12 is used to detect the water level of sump 2 and forms the waterlevel data of sump 2, the sump wireless communication module 13 For receiving the waterlevel data of sump 2 and being sent by wireless network to processing center;
Water drain Pump data collector 14 and draining water pump wireless communication module 15, institute are provided with the draining water pump 4 Stating water drain Pump data collector 14 is used to gather the real-time running data of draining water pump 4, the draining water pump wireless communication module 15 are used to receive the real-time running data of draining water pump 4 and send to processing center by wireless network;
The processing center is used to receive the waterlevel data of inspection shaft 1, the waterlevel data of sump 2 and the real time execution of draining water pump 4 Data simultaneously control draining water pump 4 to run.
The processing center includes control computer 16 and processing center wireless communication module 17, the processing center channel radio Believe that module 17 is used for and inspection shaft wireless communication module 11, sump wireless communication module 13 and draining water pump wireless communication module Data transfer is realized in 15 cooperations, and the draining water pump wireless communication module 15 is additionally operable to reception processing center wireless communication module 17 The control instruction sent.
The side of inspection shaft 1 is provided with pump-line 5, and described one end of pump-line 5 is connected with the side wall upper part of inspection shaft 1, separately One end is elevated above the soil to be connected with vacuum pumping pump 6, and the vacuum pumping pump 6 is connected with processing center control.
The vacuum pumping pump 6 is provided with vacuum pumping pump wireless communication module 18, the vacuum pumping pump wireless communication module 18 The control instruction sent for reception processing center wireless communication module 17.The vacuum pumping pump 6 is 1 ~ 10m away from ground level.
The pipeline 3 close to sump 2 is provided with lateral 7, and one end of the lateral 7 is connected with pipeline 3, The other end be water outlet towards the outlet of sump 2, the lateral 7 is provided with strengthening draining pump 8.
The reinforcement draining pump 8 is described to strengthen draining pump radio communication provided with draining pump wireless communication module 19 is strengthened Module 19 is used for the control instruction that reception processing center wireless communication module 17 is sent.
The discharge outlet end of the pipeline 3 is provided with switch valve 9.
The inspection shaft water level detection gauge 10 and sump water level detection gauge 12 are to use pressure-type liquidometer or ultrasonic type liquid Position meter.
When in use, inspection shaft water level detection gauge 10 and inspection shaft wireless communication module 11 are arranged in inspection shaft 1, by sump Water level detection gauge 12 and sump wireless communication module 13 are arranged in sump 2, the inspection shaft wireless communication module 11 and collection Well wireless communication module 13 is micro energy lose detection and control terminal, and this terminal uses lithium battery power supply, and battery can be in exemplary operation bar Long-time steady operation half a year was to 1 year or so under part(Run time is determined by data acquiring frequency);Micro energy lose detection and control terminal is adopted Use GPRS communication modes.
Water drain Pump data collector 14 and draining water pump wireless communication module 15 are connected with draining water pump 4, to water drain The running status of pump 4 carries out data acquisition, and sends to control centre;
Example one, run into have heavy rain weather when, control centre can be by Network Capture weather forecast information, and makes pre- It is alert, strengthen to inspection shaft 1 and the data monitoring of sump 2;When the water level of inspection shaft 1 that processing center is received is higher than ordinary water level, processing Center just controls draining water pump 4 to enter hull-borne in advance, enters this of sump 2 by pipeline 3 in the rainwater into inspection shaft 1 Section water discharge time, draining water pump 4 is by the water discharge part in sump 2, when the rainwater in inspection shaft 1 is reached, sump 2 Water level will not rise suddenly and sharply, be that the time has been won in draining.Secondly, which can be reflected by the water-head for contrasting inspection shaft 1 and sump 2 Bar pipeline is in stopping state, and data reference is provided for the regular maintenance of pipe network;Again, water pump data acquisition unit and draining are passed through Water pump wireless communication module 15 sends the real-time running data of draining water pump 4 to processing center, and control centre is monitored and remembered Record, can be with the regular maintenance week of reasonable arrangement water pump by the analysis to data such as history water pump electric current, water pump operation times Phase.
Example two, optimizes, when running into torrential rain or extra torrential rain, the well lid of inspection shaft 1 enters saliva as one kind of example one Stream flows by gravitational force into inspection shaft 1, in the case where rainfall is larger, and the water inlet of the well lid of inspection shaft 1 is smaller, has little time water is quick Suck and cause ponding, now, control centre combines weather forecast and the waterlevel data of inspection shaft 1, passes through processing center radio communication Module 17 sends instruction, and vacuum pumping pump wireless communication module 18 is received after instruction, and vacuum pumping pump 6 is opened, by the gas in inspection shaft 1 Body is suctioned out, and forms negative pressure in inspection shaft 1, and ponding is pumped into rapidly inspection shaft 1 by the water inlet of the well lid of inspection shaft 1, and by the row of pipeline 3 to Sump 2.
Example three, optimizes as one kind of example two, when running into torrential rain or extra torrential rain, is opening vacuum pumping pump 6 Meanwhile, opened by processing center by draining pump 8 is strengthened, switch valve 9 is closed, switch valve 9 is connected with processing center control, point Current accelerate in branch pipe(tube) 7 and pipeline 3(Higher than the flow velocity of unused reinforcement draining pump 8)Accelerate current speed, so since, The water inlet speed of inspection shaft 1 and the drainage speed of pipeline 3 are all greatly increased, and drainage efficiency is improved.
Described above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art For member, without departing from the technical principles of the invention, some improvements and modifications can also be made, these improvements and modifications Also it should be regarded as the protection domain of invention.

Claims (1)

1. a kind of sewerage system, it is characterised in that:Including inspection shaft and with sump of the inspection shaft by pipeline communication, it is described The draining water pump for being used for discharging ponding is provided with sump;Inspection shaft water level detection gauge and inspection shaft radio communication are provided with the inspection shaft Module, the inspection shaft water level detection gauge is used to detect inspection shaft water level and forms inspection shaft waterlevel data, the inspection shaft radio communication mold Block is used to receive inspection shaft waterlevel data and send to processing center by wireless network;
Sump water level detection gauge and sump wireless communication module, the sump water level detection gauge are provided with the sump Catchment Well Water Level for detecting and form sump waterlevel data, the sump wireless communication module catchments well water for reception Position data are simultaneously sent to processing center by wireless network;
Water drain Pump data collector and draining water pump wireless communication module, the draining water pump are provided with the draining water pump Data acquisition unit is used to gather draining water pump real-time running data, and the draining water pump wireless communication module is used to receive water drain Pump real-time running data is simultaneously sent to processing center by wireless network;
The processing center is used to receive inspection shaft waterlevel data, sump waterlevel data and draining water pump real-time running data and control Draining water pump operation processed;
The processing center includes control computer and processing center wireless communication module, and the processing center wireless communication module is used Realize that data are passed in coordinating with inspection shaft wireless communication module, sump wireless communication module and draining water pump wireless communication module Defeated, the draining water pump wireless communication module is additionally operable to the control instruction that reception processing center wireless communication module is sent;
The inspection shaft side is provided with pump-line, and described pump-line one end is connected with the side wall upper part of inspection shaft, and the other end stretches out Ground is connected with vacuum pumping pump, and the vacuum pumping pump is connected with processing center control;
The vacuum pumping pump is provided with vacuum pumping pump wireless communication module, and the vacuum pumping pump wireless communication module is used for receiving area The control instruction that reason center wireless communication module is sent;
The vacuum pumping pump is 1 ~ 10m away from ground level;
Pipeline close to the sump is provided with lateral, one end of the lateral and pipeline communication, and the other end is Water outlet is towards the outlet of sump, and the lateral is provided with reinforcement draining pump;
The reinforcement draining pump is used for provided with draining pump wireless communication module, the reinforcement draining pump wireless communication module is strengthened The control instruction that reception processing center wireless communication module is sent;
The discharge outlet end of the pipeline is provided with switch valve;
The inspection shaft water level detection gauge and sump water level detection gauge are to use pressure-type liquidometer or ultrasonic type liquid level gauge.
CN201610106255.5A 2016-02-26 2016-02-26 A kind of sewerage system Active CN105625547B (en)

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CN108181939A (en) * 2017-12-15 2018-06-19 北京无线电计量测试研究所 System and method are moved by a kind of storage Volleyball Association

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CN109459974A (en) * 2018-12-10 2019-03-12 江苏博阳智慧电气股份有限公司 Villa subdrainage intelligence control system
CN110618652B (en) * 2019-11-07 2020-11-20 山东中车华腾环保科技有限公司 Outdoor vacuum drainage system, control system and control method

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CN104818765A (en) * 2014-03-25 2015-08-05 扬州大学 Negative-pressure type intelligent discharge improvement method for rainwater well cover
CN204139290U (en) * 2014-09-29 2015-02-04 深圳市建设(集团)有限公司 Emergency disposal system before a kind of urban waterlogging is pre-
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Address after: 214400 Jiangyin, Wuxi, Chengjiang street, Jing Jing Road, No. 45, No.

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Denomination of invention: Method for controlling water level of reservoir of urban drainage system

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