CN109824100A

CN109824100A - Water management-control method for building and building management of the use of water platform

Info

Publication number: CN109824100A
Application number: CN201910216225.3A
Authority: CN
Inventors: 饶丽灵
Original assignee: Daojie (beijing) Environmental Technology Co Ltd
Current assignee: Daojie (beijing) Environmental Technology Co Ltd
Priority date: 2019-03-21
Filing date: 2019-03-21
Publication date: 2019-05-31
Anticipated expiration: 2039-03-21
Also published as: CN109824100B

Abstract

The present invention discloses water management-control method for building and building management of the use of water platform, wherein a kind of water management-control method for building, comprising: monitors water water quality monitoring parameter for building corresponding with its type at different types of water treatment facilities and is synchronized to Cloud Server；Water quality monitoring parameter is compared by water treatment facilities with predetermined quality expectation parameter, according to comparison result, generates the instruction of the first water quality survey；The received water quality monitoring parameter of Cloud Server analysis institute, generates the intelligible water quality monitoring information of mobile terminal and feeds back to mobile terminal and shown；Cloud Server receives the customized water quality that mobile terminal uploads and it is expected information, and customized water quality expectation information is converted into customized water quality expectation parameter that water treatment facilities are understood that and is sent to corresponding water treatment facilities；Customized water quality expectation parameter is compared by water treatment facilities with water quality monitoring parameter, according to comparison result, generates the instruction of the second water quality survey.

Description

Water management-control method for building and building management of the use of water platform

Technical field

The invention belongs to water-treatment technology field more particularly to water management-control methods for building and building management of the use of water platform.

Background technique

Water in use, unavoidably there is the pollution of bacterial virus, the fouling of minerals or impurity, water quality dissolved oxygen Or the problems such as salt burn into water resource waste, as the public increasingly pays close attention to the saving of water resource, health, safety, water conservation is got over It more gets the favour of people, builds and more and more with water form, increasingly prominent, the traditional water of the problem of water system administration hardly possible Processing work is substantially by manually doing water analysis in advance, then calculating disinfectant or water treatment agent with calculation equation again Dosage, then manually adjust water quality again, the profession of personnel is required very high, and the time for completing each work is very long, If in addition the road walked about in building, cost of labor are very high.

Inventor has found during realizing the application, the profession when a large amount of water system needs to handle, in society Personnel lack clearly, and water system becomes increasingly complex, and water treatment work difficulty is increasing, how to ensure each water System can obtain effectively, timely handle, it is ensured that water safety, and how to save water usage and avoid water quality to setting The influence of bring corrosion and scaling, germ, health etc. in standby or people contact, under such reality, each system is directed to Property the manufacture of Intelligent water treatment device, remote centralized control and management just become extremely important.

Water treatment controlling system in the prior art, including following several:

Cooling water treatment system: pass through PLC (Programmable Logic Controller, Programmable logical controller Device) either traditional switch cabinet control dosing pump and water pump link or complete anticorrosion anti-caking by addition monitoring fluorescence powder content Fungicide is periodically added by time switch in dirty water treatment agent dosage, connects conductivity probe by PLC or traditional switch cabinet The degree of transmitter and blowdown valve control water quality concentration.

Swimming pool is with fountain sight water treatment system: connecting ORP (Oxidation- by PLC or traditional switch cabinet Reduction Potential, oxidation-reduction potential) or pH (pH value) probe transmitter and dosing pump, add disinfectant Or acid-base modifier.

Boiler water treatment system: dosing pump is controlled by PLC or traditional switch cabinet and water pump linkage is completed anticorrosion and prevented Fouling water treatment agent dosage；Conductivity probe transmitter is connected by PLC or traditional switch cabinet and blowdown valve control water quality is dense The degree of contracting.

The water quality monitoring system of sewage disposal system: pass through PLC or the control of traditional switch cabinet and COD (Chemical Oxygen Demand, COD), pH and turbidity probe tip connection, according to parameter setting scope control dosing pump work；It is logical It crosses time switch and fungicide is periodically added.

The scale inhibition and disinfecting system of water purification system: dosing pump is controlled by PLC or traditional switch cabinet and water pump joins It is dynamic to complete anticorrosion good antiscale property water treatment agent dosage.

The monitoring system of secondary water-supply: parameter is observed by PLC connection ORP, pH and turbidity probe tip transmitter.

Inventor has found that current various water treatment systems using traditional PLC or are opened during realizing the application Cabinet mode is closed, and not connected each other, some systems can access traditional BA control system (Buliding Automation Control network, automatic building control system), using traditional KingView programming mode, only computer end Monitoring, can not Reverse Turning Control, there is no the monitoring and control system of mobile phone terminal.

Existing equipment water process, is substantially traditional artificial treatment, and there is also the pipes of each system water process really Reason system, but traditional PLC even switchgear is used, every set requires individually programming or installs switch block by hand, inflexible, At high cost, client is big using difficulty, and each system be incorporated to a platform difficulty it is very big, to also realization there is no to be incorporated at present The case of same system, leading to the water management respectively built in practical management in this way, there are no which families to realize unification Platform remotely manages, let alone the mobile management at remote handset end.The equipment water process management for leading to the current country, exists Universal fouling, corrosion or the difficult qualified problem of swimming pool water quality, not only make management difficulty during operation greatly, management Cost is high, it is extremely difficult to accomplish the grasp to water quality safety, consumption information, and the waste of water resource and the energy is also very huge, It is one of the problem of manager's most headache in each building.

Summary of the invention

The embodiment of the present invention provides a kind of water management-control method for building and building management of the use of water platform, at least solving State one of technical problem.

In a first aspect, the embodiment of the present invention provides a kind of water management-control method for building, comprising: in different types of water process Water water quality monitoring parameter for building corresponding with its type is monitored at equipment and is synchronized to Cloud Server, wherein the inhomogeneity The water treatment facilities of type are for handling different water for building and the different location in same building, each water process being arranged in Equipment is connect with the Cloud Server by IOT communication protocol；When each water treatment facilities monitor water quality monitoring parameter with When corresponding predetermined quality it is expected that parameter is inconsistent, the instruction of the first water quality survey is generated to be adjusted to water quality；The cloud clothes Device analysis be engaged in from the received water quality monitoring parameter of each water treatment facilities institute, generates the intelligible water quality monitoring letter of mobile terminal It ceases and feeds back to the first user of mobile terminal and second user is shown, the permission of the second user is higher than described first User；The mobile terminal has customer service interface for the first user configuration, so that the first user feeds back personalization to second user Water quality survey request；The mobile terminal is configured with water quality survey interface for second user, so that the second user is based on The personalization adjustment request submits customized water quality it is expected information to the Cloud Server；The Cloud Server reception is described certainly It defines water quality and it is expected information, the customized water quality expectation information is converted into the customized water quality that water treatment facilities are understood that It is expected that parameter and being sent to corresponding water treatment facilities；The water treatment facilities by the customized water quality expectation parameter with it is described Water quality monitoring parameter is compared, and according to comparison result, generates the instruction of the second water quality survey to be adjusted to water quality.

Second aspect, the embodiment of the present invention provide a kind of water management-control method for building, are used for Cloud Server, comprising: receive The water treatment facilities of the multiple types water quality monitoring parameter synchronous based on predetermined period, wherein the water treatment facilities with it is described Cloud Server is connected by Internet of Things；The received water quality monitoring parameter of analysis institute, generates the intelligible water quality monitoring of mobile terminal Information simultaneously feeds back to mobile terminal and is shown；The customized water quality expectation information that the mobile terminal uploads is received, it will be described Customized water quality expectation information is converted into the customized water quality expectation parameter that water treatment facilities are understood that and is sent to corresponding Water treatment facilities.

The third aspect, the embodiment of the present invention provide a kind of water management-control method for building, are used for mobile terminal, comprising: receive It can via the water water quality monitoring information for building acquired at the water treatment facilities of multiple types and progress of Cloud Server transmission It is shown depending on changing；The mobile terminal has customer service interface for the first user configuration, so that the first user is a to second user feedback Property water quality survey request；The mobile terminal is configured with water quality survey interface for second user, for the second user Customized water quality is submitted it is expected information to the Cloud Server based on the personalized adjustment request.

Fourth aspect, the embodiment of the present invention provide a kind of water management-control method for building, are used for water treatment facilities, comprising: prison Survey water water quality monitoring parameter for building corresponding with the type of the water treatment facilities；The water quality monitoring parameter is synchronized to cloud Server, wherein the water treatment facilities are connect with the Cloud Server by Internet of Things；By the water quality monitoring parameter and in advance If water quality expectation parameter is compared, according to comparison result, the instruction of the first water quality survey is generated to the water treatment facilities institute The building quality of water of monitoring is adjusted；The customized water quality for receiving Cloud Server feedback it is expected parameter, by the water quality Monitoring parameters are compared with the customized water quality expectation parameter, according to comparison result, generate the instruction of the second water quality survey with The building quality of water monitored to the water treatment facilities is adjusted.

5th aspect, the embodiment of the present invention provide a kind of building management of the use of water platform, comprising: the water process of multiple types is set It is standby, wherein the water treatment facilities are configured to :-monitoring water water quality prison for building corresponding with the type of the water treatment facilities Survey parameter；The water quality monitoring parameter is synchronized to Cloud Server, wherein the water treatment facilities and the Cloud Server are logical Cross Internet of Things connection；The water quality monitoring parameter is compared with predetermined quality expectation parameter, according to comparison result, is generated The instruction of first water quality survey is adjusted with the building quality of water monitored to the water treatment facilities；Receive cloud service The customized water quality of device feedback it is expected parameter, and the water quality monitoring parameter and the customized water quality expectation parameter are compared Compared with according to comparison result, the second water quality survey of generation instructs the building quality of water to be monitored to the water treatment facilities It is adjusted；Cloud Server is configured to :-receive the water treatment facilities of the multiple type water quality synchronous based on predetermined period Monitoring parameters, wherein the water treatment facilities are connect with the Cloud Server by Internet of Things；The received water quality prison of analysis institute Parameter is surveyed, the intelligible water quality monitoring information of mobile terminal is generated and feeds back to mobile terminal and shown；Receive the movement The customized water quality that terminal uploads it is expected information, and the customized water quality expectation information is converted into water treatment facilities and is understood that The expectation of customized water quality parameter and be sent to corresponding water treatment facilities；Mobile terminal is configured to :-receive via cloud service The water water quality monitoring information for building of device transmission acquired at the water treatment facilities of multiple types is simultaneously visualized；- The mobile terminal has customer service interface for the first user configuration, so that the first user feeds back personalized water quality tune to second user Whole request；The mobile terminal is configured with water quality survey interface for second user, so that the second user is based on described Property adjustment request submit customized water quality it is expected information to the Cloud Server.

6th aspect, provides a kind of electronic equipment comprising: at least one processor, and with described at least one Manage the memory of device communication connection, wherein the memory is stored with the instruction that can be executed by least one described processor, institute It states instruction to be executed by least one described processor, so that at least one described processor is able to carry out any embodiment of the present invention Water management-control method for building the step of.

7th aspect, the embodiment of the present invention also provide a kind of computer program product, and the computer program product includes The computer program being stored on non-volatile computer readable storage medium storing program for executing, the computer program include program instruction, when When described program instruction is computer-executed, the computer is made to execute the water management-control method for building of any embodiment of the present invention The step of.

The scheme that the present processes and device provide, is on the one hand synchronized to cloud by the data for acquiring water treatment facilities Server, then data feedback to the mobile terminal that mobile terminal is understood that is converted by Cloud Server and is shown, it can make Relevant water quality data can remotely be checked by obtaining mobile terminal.On the other hand, predetermined quality also can it is expected to join by water treatment facilities Number it is expected parameter compared with the data that itself is acquired by the customized water quality of the user of Cloud Server feedback, generates corresponding Water quality adjustment instruct to perform corresponding processing, can make water treatment facilities that can not only independently it is expected according to predetermined quality Parameter carries out automatically water quality survey, additionally it is possible to it is expected parameter according to the customized water quality obtained at the user of Cloud Server feedback Long-range control adjustment is carried out, remotely the water quality in building is monitored and is managed convenient for user.

Detailed description of the invention

In order to illustrate the technical solution of the embodiments of the present invention more clearly, required use in being described below to embodiment Attached drawing be briefly described, it should be apparent that, drawings in the following description are some embodiments of the invention, for ability For the those of ordinary skill of domain, without creative efforts, it can also be obtained according to these attached drawings other attached Figure.

Fig. 1 is a kind of flow chart for water management-control method for building that one embodiment of the invention provides；

Fig. 2 is the flow chart for the another kind water management-control method for building that one embodiment of the invention provides；

Fig. 3 is the flow chart for another water management-control method for building that one embodiment of the invention provides；

Fig. 4 is the flow chart for another water management-control method for building that one embodiment of the invention provides；

Fig. 5 a is a kind of integrated connection block diagram for water management-control method for building that one embodiment of the invention provides；

Fig. 5 b is a kind of mobile terminal block diagram for water management-control method for building that one embodiment of the invention provides；

Fig. 5 c is a kind of Cloud Server block diagram for water management-control method for building that one embodiment of the invention provides；

Fig. 5 d is a kind of water treatment facilities block diagram for water management-control method for building that one embodiment of the invention provides；

Fig. 6 is a kind of Database Systems block diagram for water management-control method for building that one embodiment of the invention provides；

Fig. 7 is a kind of architectural composition figure for water management-control method for building that one embodiment of the invention provides；

Fig. 8 a is a kind of system architecture diagram for water management-control method for building that one embodiment of the invention provides；

Fig. 8 b is a kind of functional block diagram for water management-control method for building that one embodiment of the invention provides；

Fig. 9 a is a kind of workflow of the host computer for water management-control method for building that one embodiment of the invention provides；

Fig. 9 b is a kind of workflow of the mobile phone terminal for water management-control method for building that one embodiment of the invention provides；

Figure 10-Figure 21 is a kind of interface signal of the mobile phone terminal for water management-control method for building that one embodiment of the invention provides Figure.

Specific embodiment

In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is A part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art Every other embodiment obtained without creative efforts, shall fall within the protection scope of the present invention.

Referring to FIG. 1, it illustrates the flow charts of one embodiment of water management-control method for building of the application.Wherein, above-mentioned Water management-control method for building can be used for building in management of the use of water platform, which at least may include setting Water treatment facilities, Cloud Server and the mobile terminal of multiple types of different location in building.Further, a building The water treatment facilities of interior multiple and different types, which can be, to be arranged on the general pipeline of multiple and different types in the building, such as scape Supply mains, air-conditioning supply mains, boiler supply mains etc. are seen, details are not described herein by the application.Mobile terminal may further include electricity Brain, mobile phone and public platform etc..

As shown in Figure 1, in a step 101, build corresponding with its type is monitored at different types of water treatment facilities With water water quality monitoring parameter and it is synchronized to Cloud Server, wherein different types of water treatment facilities are for handling different buildings With water and the different location in same building is set, each water treatment facilities are connected with the Cloud Server by IOT communication protocol It connects；

In a step 102, when each water treatment facilities monitor that water quality monitoring parameter it is expected parameter with corresponding predetermined quality When inconsistent, the instruction of the first water quality survey is generated to be adjusted to water quality；

In step 103, Cloud Server analysis generates mobile whole from the received water quality monitoring parameter of each water treatment facilities institute It holds intelligible water quality monitoring information and feeds back to the first user of mobile terminal and second user is shown, second user Permission is higher than the first user；

At step 104, mobile terminal has customer service interface for the first user configuration, so that the first user is to second user Feed back personalized water quality survey request；

In step 105, mobile terminal is configured with water quality survey interface for second user, so that second user is based on a Property adjustment request submit customized water quality it is expected information to Cloud Server；

In step 106, Cloud Server receives customized water quality expectation information, and customized water quality expectation information is converted into The customized water quality that water treatment facilities are understood that it is expected parameter and is sent to corresponding water treatment facilities；

In step 107, customized water quality expectation parameter is compared by water treatment facilities with water quality monitoring parameter, according to Comparison result generates the instruction of the second water quality survey to be adjusted to water quality.

In the present embodiment, for step 101, for different types of water process parameter, the ginseng for monitoring and acquiring is needed Number is different, therefore different types of water treatment facilities will acquire different water quality monitoring parameters, is then synchronized to cloud clothes Business device, water treatment facilities are connect with Cloud Server by the IOT communication protocol of Internet of Things.Further, water treatment facilities can be with The data of acquisition, which are synchronized to Cloud Server or Cloud Server, based on preset frequency can also be based on the preset period for water The data of processing equipment feedback are sent to corresponding mobile terminal, and there is no limit herein by the application.For example, water treatment facilities can be with A data are acquired every several seconds, a few minutes or a few houres, are then periodically synchronized to Cloud Server, and Cloud Server can To feed back a data to mobile terminal every a few houres, there is no limit herein by the application.

For example, a variety of different types of buildings to be regulated exist in the prior art, such as hotel, office building etc., there are also factories With power plant etc..There are various types of water treatment facilities again in each building.Such as in office building, it may deposit It,, can be can have in addition to above-mentioned water treatment facilities in hotel in boiler water treatment equipment, Air-conditioning Cycle water treatment facilities Swimming pool water treatment facilities, landscape water treatment facilities etc., details are not described herein.

Further, different types of water treatment facilities need the parameter monitored to be also different, for example, swimming-pool water needs The parameter of monitoring can be chlorine residue, water temperature and pH value etc., and air-conditioner circulating water needs the parameter monitored to can be inlet temperature, go out Mouth temperature, pH value and rate of corrosion etc..Details are not described herein by the application.

Then, for step 102, when each water treatment facilities monitor that water quality monitoring parameter it is expected with corresponding predetermined quality When parameter is inconsistent, the instruction of the first water quality survey is generated to be adjusted to water quality.To which water treatment facilities itself can basis Whether the predetermined quality expectation parameter just set when installing the water treatment facilities closes the water quality expectation parameter of monitoring Lattice are compared judgement, and the equipment for then generating the first water quality survey instruction control itself carries out the processing such as dosing with to being monitored Building quality of water be adjusted.

In some alternative embodiments, water treatment facilities may include host computer (such as Android plate Pad), monolithic Machine, water analysis probe and transmitter, dosing pump, medicine-adding bin, cabinet and auxiliary accessories.Wherein, host computer is used for according to default Water quality it is expected that parameter carries out analysis comparison to the water quality monitoring parameter of water analysis probe acquisition, it is determined whether it needs to adjust, if It needs to adjust, then generates water quality survey designated command dosing pump, medicine-adding bin, cabinet and auxiliary accessories and carry out corresponding operation with complete Water quality is adjusted at the operation such as dosing.It can complete to be acquired water quality monitoring parameter to water treatment facilities itself Task and task of parameter progress water quality survey and processing it is expected according to predetermined quality.

Later, for step 103, Cloud Server is analyzed and is handled to the received water quality monitoring parameter of institute, is generated and is moved The dynamic intelligible water quality monitoring information of terminal simultaneously feeds back to the first user of mobile terminal and second user is shown, wherein The permission of second user is higher than the first user.So that the first user of mobile terminal and second user can be looked into remotely See water quality situation.

Later, in step 104, the first user of mobile terminal, such as can be the property management personnel of building, no Certain experience in terms of water quality management has customer service interface for first user configuration in mobile terminal, and the first user can With by the second user of the customer service circle facing moving terminal, such as can be the expert of concrete management water quality, customer manager etc., Feed back personalized water quality survey request, such as feel the too muddy needs adjustment of water etc, wherein the permission of second user is higher than First user.For step 105, mobile terminal is configured with water quality survey interface for second user, and second user is based on first The personalized water quality survey of user requests to submit customized water quality expectation information to mobile terminal, and water quality management expert can basis The demand of first user formulates corresponding customized water quality expectation parameter to be adjusted to water quality.To the estate management of building Personnel etc. are common, and staff can check water quality, feed back to the water quality management personnel of profession then to carry out to water quality Accurately regulate and control.

Then, for step 106, Cloud Server receives the customized water quality that mobile terminal uploads and it is expected information, will make by oneself Adopted water quality expectation information is converted into the customized water quality expectation parameter that water treatment facilities are understood that and is sent at corresponding water Manage equipment.Finally for step 107, customized water quality expectation parameter is compared by water treatment facilities with water quality monitoring parameter, According to comparison result, generates the instruction of the second water quality survey and adjusted with the building quality of water monitored to water treatment facilities It is whole.To which the customized water quality expectation parameter that water treatment facilities can be transmitted according to Cloud Server is adjusted water quality.

The method of the present embodiment is synchronized to Cloud Server by the data for acquiring water treatment facilities, then by Cloud Server It is converted into data feedback to the mobile terminal that mobile terminal is understood that be shown, can mobile terminal remotely be looked into See relevant water quality data.Water treatment facilities also can by predetermined quality it is expected parameter or by Cloud Server feedback user from Water quality expectation parameter is defined compared with the data that itself is acquired, generates corresponding water quality adjustment instruction to be located accordingly Reason can make water treatment facilities independently can not only it is expected that parameter carries out automatically water quality survey according to predetermined quality, moreover it is possible to The customized water quality expectation parameter obtained at enough users fed back according to Cloud Server carries out long-range control adjustment, remote convenient for user Journey is monitored and manages to the water quality in building.

In some alternative embodiments, the above method further include: mobile terminal is that customized water quality it is expected information configuration Have Viability or water treatment facilities be after receiving the customized water quality expectation parameter that the Cloud Server issues it is described from Defining water quality expectation parameter configuration has Viability；In Viability, after monitoring is using customized water quality expectation parameter Water quality survey situation is to determine whether to continue after Viability terminates it is expected parameter using customized water quality.According to feedback Data determine whether the customized water quality expectation parameter is more preferably used, and predetermined quality monitoring ginseng is for good and all replaced if if more preferable Number, is not otherwise replaced permanently, and after the setting time limit completes or handy original predetermined quality it is expected parameter.And then it can be with one Current water quality is directly kept it is expected that parameter is most precisely most handy.

In some alternative embodiments, Cloud Server includes Database Systems, Database Systems include at least at water The time series databases and queue database of equipment connection are managed, Database Systems are for connecting water treatment facilities and cloud service Device, method further include: time series databases are at least used to store the band time tag that water treatment facilities are uploaded to Cloud Server Water quality monitoring parameter；Queue database is at least used to store Cloud Server and the mutual control instruction of water treatment facilities, control Instruction includes at least customized water quality and it is expected information.

To use the time due to the time response that water process reports using time series databases due to reported data Sequence database, data are without updating, pure write operation, therefore save in relational database to times such as the addressing of hard disk magnetic track, 2 times or more can be improved in storage efficiency.And send instructions under server, water process reports instruction, such as setting switching threshold to make With MQTT data queue, queue database is suitable for be first in first out with the non-critical data of asynchronous process, advantage, Important instruction will not be lost due to connectivity problem, in the non-online state of equipment, also can guarantee key instruction after online, by team Column sequence executes order.

In some alternative embodiments, Database Systems further include key assignments type database, method further include: time series Database carries out alarm screening to from the received water quality monitoring parameter of water treatment facilities to obtain the first alert data；Time series Database by the first alert data be transferred to key assignments type database carry out again alarm screening and abandon the first alert data in when Between the time difference of label and current time be more than threshold value monitoring data to form the second alert data；Key assignments type database is by second Alert data input wrong report filter forms final alarm pond and feeds back to mobile terminal.

To which alarming logic is passed through if any exception in time sequence data library, places data into Redis database and summarizes, Readis database default storage is in memory, and included expired time function, and memory read-write speed is 20 times of hard disk, therefore is used Memory, the preposition waiting time for the alarm that can degrade significantly, so that alarm is much sooner.Readis alert data is in expired time To handle completion completely, while externally push alarm, while deleting the included expired time function of memory and not needing service code book Logic is write, CPU is saved and executes the time, code is more succinct, alarms effective much sooner.

In some alternative embodiments, Database Systems further include relational database, method further include: relational data Library at least receives and stores the water quality monitoring parameter that water treatment facilities are fed back and control instruction and time series databases, key assignments The data and control instruction that type database, data queue and wrong report filter are fed back, at all data and control instruction Reason is to generate report.

Wherein relational database is traditional database, can back up storage for a long time, and cluster operation is suitable for data volume Greatly, the unknown solidification storage of data use.

In some alternative embodiments, the above method further include: mobile terminal receives the customized of second user submission Water quality it is expected information；Mobile terminal verifies whether customized water quality expectation information exceeds predetermined threshold value；If the customized water quality phase It hopes information exceed predetermined threshold value, prompts the customized water quality expectation information of second user unreasonable；If customized water quality expectation letter Breath feeds back to Cloud Server without departing from predetermined threshold value, by customized water quality expectation information.

To which the reasonability for carrying out customized water quality expectation parameter in user terminal judges to exclude a part of script just not In range, excludes serious unreasonable water quality and it is expected parameter.

In some alternative embodiments, method further include: held if being based on predetermined quality expectation information in water treatment facilities During row water quality survey instructs, Cloud Server receives the expectation information of the customized water quality from mobile terminal, Cloud Server ratio Whether more customized water quality expectation information and predetermined quality expectation information are consistent；If inconsistent, Cloud Server is to water treatment facilities It sends and stops adjustment instruction；Cloud Server determines customized water quality expectation parameter according to customized water quality expectation information and will make by oneself Adopted water quality it is expected parameter feedback water-suppling treatment equipment；Water treatment facilities are based on most freshly harvested water quality monitoring parameter, will be customized Water quality expectation parameter is compared with most freshly harvested water quality monitoring parameter, according to comparison result, is generated third water quality survey and is referred to Order is adjusted with the building quality of water monitored to water treatment facilities.Refer to hence for execution water quality survey is had begun The water treatment facilities of order, after receiving customized water quality expectation parameter, first judge whether it is consistent, for it is inconsistent it is new from It defines water quality and it is expected parameter, the adjusting before first stopping, then new water quality detection parameter is acquired, joined according to new water quality monitoring Number is compared and is adjusted again.After dosing, water needs certain circulation time that drug is allowed to act on completely, it is possible to According to the time that water recycles, new water quality monitoring parameter is acquired again after drug reacts completely, subsequent comparison is carried out and refers to It enables and generating, so that reacted completion result also can be more accurate for the drug before because.

In some alternative embodiments, after feeding back to mobile terminal and being shown, the above method further include: reflexive Feed mobile terminal when start timing, whether water treatment facilities judgement receives mobile terminal feedback within a preset time interval Customized water quality it is expected information；If not receiving the customized water quality expectation of mobile terminal feedback within a preset time interval Information then carries out subsequent comparison step based on preset water quality expectation information and generates instruction step；If between preset time Information it is expected every the interior customized water quality for receiving mobile terminal feedback, then after carrying out based on customized water quality expectation information Continuous comparison step and generation instruction step.

Thus by the reaction time certain to user, if receiving the water quality expectation letter of user in the time interval Breath can save step, reduce the energy consumption of platform to avoid duplicate instruction.

In some alternative embodiments, the above method further include: if it is expected in water treatment facilities based on preset water quality During information executes water quality survey instruction, the customized water quality expectation information of mobile terminal feedback is received, then stops holding Water quality survey instruction of the row based on preset water quality expectation information；Obtain the most freshly harvested water quality monitoring parameter of water treatment facilities； Information water quality adjustment instruction is generated based on most freshly harvested water quality monitoring parameter and customized water quality expectation information and is sent to Water treatment facilities are executed.

To after receiving user's new instruction, operation before capable of stopping in time, the quickly finger of response user It enables, user experience is more preferable.On the other hand, it can also modify on the basis of instructing before to instruction later, such as it Preceding instruction has only added a part of medicine, and this instruction needs plus more medicines, then has added it is contemplated that instructing before A part of medicine, may be there is no so getting a desired effect, so that this instruction only need to be on the basis of instructing again before fastly Add and need increased part medicine, on the one hand can economize on resources, on the other hand due to consideration that the influence of instruction before, Last result can be more nearly the water quality expectation parameter of user.

In some alternative embodiments, after being sent to corresponding water treatment facilities, the above method further include: cloud clothes The new water quality monitoring parameter for device reception water treatment facilities feedback of being engaged in；If new water quality monitoring parameter does not meet water quality expectation ginseng still Number then repeats comparison step, generates instruction step, sending step and receiving step until new water quality monitoring parameter meets Water quality it is expected parameter.

To, the case where for not meeting water quality expectation parameter after executing instruction still, by constantly detecting, compare, It generates new instruction to execute again, it can be made to become closer to water quality expectation parameter, until meeting the requirement of user.

In some alternative embodiments, build corresponding with its type is monitored at all types of water treatment facilities above-mentioned It builds before using water water quality monitoring parameter, the above method further include: the water treatment facilities of multiple types are installed in each building；Setting The preset water quality of water treatment facilities corresponding to multiple types it is expected information.

To for needing to carry out the building of water process, it is only necessary to can be realized according to corresponding water treatment facilities to building The supervision with water is built, and since preset water quality expectation information is but also even if the not intervention of user, at the water of the platform Managing equipment also can carry out water process according to set standard automatically.

In some alternative embodiments, the water treatment facilities of multiple types include Air-conditioning Cycle water treatment facilities, swimming pool Water treatment facilities, landscape water treatment facilities, boiler water treatment equipment, cold water process equipment, air compressor machine water treatment facilities, injection molding Machine water treatment facilities, reverse osmosis water treating equipment, sewage disposal device and other water treatment facilities.

To, different types of water is handled using different types of water treatment facilities, function is more targeted, The data of acquisition also more meet practical situation, also more professional to the processing of various water for building.

Referring to FIG. 2, it illustrates a kind of water management-control method for building that one embodiment of the application provides, the present embodiment Method is suitable for Cloud Server.

As shown in Fig. 2, in step 201, receiving the water treatment facilities of the multiple types water quality synchronous based on predetermined period Monitoring parameters, wherein water treatment facilities are connect with Cloud Server by Internet of Things；

In step 202, the received water quality monitoring parameter of analysis institute, generates the intelligible water quality monitoring information of mobile terminal And it feeds back to mobile terminal and is shown；

In step 203, it receives the customized water quality that mobile terminal uploads and it is expected information, customized water quality it is expected into information It is converted into the customized water quality expectation parameter that water treatment facilities are understood that and is sent to corresponding water treatment facilities.

In the present embodiment, for step 201, Cloud Server receives the water quality monitoring ginseng of water treatment facilities periodic feedback Number, since water treatment facilities are connect with Cloud Server by Internet of Things, even if in the case that the frequency of feedback is relatively high, function Consumption is also relatively low.Later, for step 202, Cloud Server analyzes the water quality detection parameter received, and generates mobile whole It holds intelligible water quality monitoring information then to feed back to corresponding mobile terminal to be shown, such as Cloud Server can use number It is stored and is converted according to format of the library to data, it will multiple type water process corresponding with each mobile terminal after then arranging The data of equipment are sent to corresponding mobile terminal and are shown.Finally, for step 203, Cloud Server can also receive shifting The customized water quality that dynamic terminal uploads it is expected information, and the customized water quality it is expected that information is converted into water treatment facilities and can manage The customized water quality expectation parameter of solution is sent to corresponding water treatment facilities, to control corresponding water treatment facilities.

The method of the present embodiment feeds back to movement after being handled the data that water treatment facilities acquire by Cloud Server Terminal is shown, mobile terminal can be enabled remotely to check the concrete condition of water quality, and Cloud Server can will move eventually again The customized water quality expectation information that end uploads is converted into customized water quality expectation parameter and is sent to corresponding water treatment facilities progress Processing, so that mobile terminal can pass through Cloud Server Reverse Turning Control water treatment facilities.

Referring to FIG. 3, it illustrates a kind of water management-control method for building that one embodiment of the application provides, the present embodiment Method is suitable for mobile terminal.

As shown in figure 3, in step 301, receive via Cloud Server transmit at the water treatment facilities of multiple types The water water quality monitoring information for building of acquisition is simultaneously visualized；

In step 302, mobile terminal has customer service interface for the first user configuration, so that the first user is to second user Feed back personalized water quality survey request；

In step 303, mobile terminal is configured with water quality survey interface for second user, so that second user is based on a Property adjustment request submit customized water quality it is expected information to Cloud Server.

In the present embodiment, there are many users based on different permissions by the user of mobile terminal, wherein the first user can To be property management personnel of building etc, there is the right for checking water quality monitoring information, can also feed back personalized water quality tune Whole request, but since it does not have the water quality management experience of profession, so the permission not directly controlled, but can pass through The user of higher level is directly interfered and is controlled to water quality.Second user is exactly the user of this higher level, is belonged to Water quality management expert can request according to the personalized water quality survey of the first user feedback, form the customized water quality phase of profession It hopes information and directly interacts to assign control instruction to water treatment facilities with Cloud Server.In some alternative embodiments, It can also include common user, such as public, only there is the permission for checking water quality situation, and other things cannot be done, from And meets masses and check and selected according to the water quality situation respectively built in region.

In the present embodiment, for step 301, mobile terminal receives the water in multiple types transmitted via Cloud Server At processing equipment acquire water water quality monitoring information for building and visualization exhibition is carried out to water quality monitoring information on mobile terminals Show.Later, for step 302, mobile terminal has customer service interface for the first user configuration, and mobile terminal is in response to the first user In the personalized water quality survey request that customer service interface is fed back to second user, feedback conduit at least is provided to the first user, wherein The permission of second user is higher than the first user, can use popular language hence for the first user for not having professional water quality management Demand of the speech feedback to water quality.Finally, for step 303, mobile terminal is configured with water quality survey interface for second user, with Be based on personalized adjustment request for second user submits customized water quality it is expected information to Cloud Server.Acquisition for mobile terminal second The customized water quality that user submits it is expected information and customized water quality expectation information is fed back to Cloud Server, thus by professional water The demand of first user is converted into corresponding data command and feeds back to Cloud Server to realize by the second user of matter management One user's second user indirectly controls water treatment facilities.

In some alternative embodiments, receive via Cloud Server transmit in each building at the water of multiple types After managing the water water quality monitoring information for building acquired at equipment, method further include: it is instructed in response to the diagrammatic representation of user, it will The form that water quality monitoring information is rendered to chart shows user.To which chart function is integrated in mobile terminal, Cloud Server It will not be since it is desired that transmitting a large amount of chart and causing transmission slowly or influence the real-time synchronization etc. of data.

Referring to FIG. 4, it illustrates a kind of water management-control method for building that one embodiment of the application provides, the present embodiment Method is suitable for water treatment facilities.

As shown in figure 4, in step 401, monitoring water water quality monitoring ginseng for building corresponding with the type of water treatment facilities Number；

In step 402, water quality monitoring parameter is synchronized to Cloud Server, wherein water treatment facilities and Cloud Server are logical Cross Internet of Things connection；

In step 403, water quality monitoring parameter is compared with predetermined quality expectation parameter, it is raw according to comparison result It instructs at the first water quality survey and is adjusted with the building quality of water monitored to water treatment facilities；

In step 404, receive Cloud Server feedback customized water quality it is expected parameter, by water quality monitoring parameter with make by oneself Adopted water quality expectation parameter is compared, and according to comparison result, generates the instruction of the second water quality survey to be monitored to water treatment facilities Building quality of water be adjusted.

In the present embodiment, for step 401, water treatment facilities detection is corresponding with the type of water treatment facilities for building The water quality monitoring parameter is synchronized to Cloud Server by the water quality monitoring parameter of water, then in step 402, water treatment facilities.Example It can be such as based on predetermined period, it is such as primary every few minutes.

Later, for step 403, water treatment facilities itself oneself can be adjusted according to predetermined quality expectation parameter, Predetermined quality expectation parameter is compared with water quality monitoring parameter and generates the instruction of the first water quality survey and is carried out from main regulation.? In some optional embodiments, water treatment facilities itself, which can acquire always new water quality monitoring parameter and predetermined quality monitoring, joins Number is compared and generates the equipment such as the dosing pump of instruction control itself and carries out dosing to be adjusted water quality until water process The newest water quality monitoring parameter of equipment acquisition meets predetermined quality expectation parameter.

Finally, for step 404, water treatment facilities can also receive the customized water quality expectation ginseng of Cloud Server feedback Then the water quality monitoring parameter of acquisition is compared with the customized water quality detection parameter and generates the instruction of the second water quality adjustment by number Itself is carried out to adjust.

The method of the present embodiment, water treatment facilities can be according to the water quality monitoring parameters of acquisition and preset water quality expectation ginseng Number is independently automatically adjusted, and the customized water quality monitoring parameter that water treatment facilities can also be fed back according to Cloud Server carries out phase Ground water analysis and adjusting are answered, so that also water quality adjustment can be carried out based on extraneous control.

Fig. 5 a- Fig. 5 d is please referred to, the embodiment of the present application also provides a kind of building management of the use of water platforms, comprising: multiple classes The water treatment facilities of type, wherein water treatment facilities are configured to:

Monitor water water quality monitoring parameter for building corresponding with the type of water treatment facilities；

The water quality monitoring parameter is synchronized to Cloud Server, wherein water treatment facilities and Cloud Server pass through Internet of Things Connection；

Water quality monitoring parameter is compared with predetermined quality expectation parameter, according to comparison result, generates the first water quality tune Whole instruction is adjusted with the building quality of water monitored to water treatment facilities；

The customized water quality for receiving Cloud Server feedback it is expected parameter, and water quality monitoring parameter and customized water quality it is expected Parameter is compared, and according to comparison result, generates for building water of the second water quality survey instruction to be monitored to water treatment facilities Water quality be adjusted；

Cloud Server is configured to:

Receive the synchronous water quality monitoring parameter of the water treatment facilities of multiple types, wherein water treatment facilities and Cloud Server It is connected by Internet of Things；

The received water quality monitoring parameter of analysis institute generates the intelligible water quality monitoring information of mobile terminal and feeds back to shifting Dynamic terminal is shown；

It receives the customized water quality that mobile terminal uploads and it is expected information, customized water quality expectation information is converted at water The customized water quality that reason equipment is understood that it is expected parameter and is sent to corresponding water treatment facilities；

Mobile terminal is configured to:

Receive the water water quality monitoring for building acquired at the water treatment facilities of multiple types transmitted via Cloud Server Information is simultaneously visualized；

The mobile terminal has customer service interface for the first user configuration, so that the first user is a to second user feedback Property water quality survey request；

The mobile terminal is configured with water quality survey interface for second user, so that the second user is based on described Personalized adjustment request submits customized water quality it is expected information to the Cloud Server.

To be based on the platform, the data of water treatment facilities acquisition can be synchronized to Cloud Server and can be via cloud service Device feeds back to mobile terminal and is visually shown, mobile terminal can also carry out water treatment facilities by Cloud Server anti- To control, so as to realize that user remotely checks and adjusts to water quality, reduce in building multiple positions walk about check and Manage the huge manpower and material resources of consumption.

Below to some problems encountered in the implementation of the present invention by description inventor and to finally determination One specific embodiment of scheme is illustrated, so that those skilled in the art more fully understand the scheme of the application.

Firstly, the framework about platform, the building management of the use of water platform of the application has following characteristic:

1, it is frequent that data are uploaded in the unit time

The chlorine residue numerical value and PH numerical value in primary same swimming pool are uploaded within system requirements every 10 seconds, monitors swimming pool trend in real time. It is upload data 200 times per second average by taking 1000 water treatment systems as an example, in addition other business datums, interact secondary with server Number is up to 280 times or so.

2, data and time are highly relevant

Due to water body flow, dosing (medicament of the balance chlorine and pH value) time is relatively regular, with the propulsion of time, number According to can continuity variation, while the intellectual analysis of data, also highly relevant (such as chlorine is decomposed in the illumination at noon in the morning with the time Influence).

3, influence factor majority is according to may be rewritten

Since sensor has tolerance, therefore data need to carry out noise reduction and filtering to guarantee the science of data.

4, alarm requires timely and effective, needs to prevent from reporting by mistake

Water needs Realtime Alerts, gradually rises to user security (swimming-pool water, which does not sterilize, to spread the disease) in practical application High level alarm avoids reporting by mistake.

5, report and graphic analyses demand postposition

In order to preferably to client report and type Future Data industry analysis, so needing to solidify critical data and being convenient for Inquiry forms report.

Secondly, the database framework about platform:

1, host computer reported data uses time series databases (please referring to number 1 in Fig. 6), is reported due to water process Time response, using time series databases, data are without updating, pure write operation, therefore save in relational database to hard disk The times such as the addressing of magnetic track, storage efficiency improve 2 times or more.

2, send instructions under server, water process reports instruction, such as setting switching threshold (please join using MQTT data queue Examine number 2 in Fig. 6) queue database is suitable for that can be first in first out with the non-critical data of asynchronous process, advantage, no Important instruction can be lost due to connectivity problem, in the non-online state of equipment, also can guarantee key instruction after online, by queue Sequence executes order.

3, time sequence data library places data into Redis database and summarizes and (please refer to by alarming logic if any exception Number 3 in Fig. 6).

4, Readis database default storage is in memory, and included expired time function, and memory read-write speed is hard disk 20 times, therefore use memory, the preposition waiting time for the alarm that can degrade significantly

5, Readis alert data is that complete processing is completed, while externally push alarm (please refers to Fig. 6 in expired time Middle number 4), while deleting the included expired time function of memory and not needing service code writing logic, it saves CPU and executes the time, Code is more succinct, alarms effective much sooner.

6, all of above operation, asynchronous can all be permanently stored in relational database and (please refer to number 5 in Fig. 6), pass through Business is aggregated to form report (please referring to number 6 in Fig. 6), report citing: chlorine residue, PH day month year curve, alert frequency curve are used Log, dosing log, alarm log etc. is arranged in water curve, threshold value.Relational database is traditional database, can be standby for a long time Part storage, cluster operation is big suitable for data volume, the unknown solidification storage of data use.

Fig. 7 is a kind of architectural composition figure for water management-control method for building that one embodiment of the invention provides.As shown in fig. 7, Landscape water treatment facilities 100 are arranged on landscape supply mains 110, and swimming pool water treatment facilities 200 are arranged in swimming pool supply mains 210 On, boiler water treatment equipment 300 is arranged on boiler water process general pipeline 310, and air-conditioning water treatment facilities 400 are arranged at air conditioner water It manages on general pipeline 410, and so on, remaining water treatment facilities repeat no more.

As shown in Figure 7, the water treatment facilities of the application are distributed in multiple positions apart from each other in a building, such as can To be distributed at various types of general pipeline, such as air-conditioning supply mains, landscape supply mains, boiler supply mains.Pass through the flat of the application Platform can greatly reduce walk about time-consuming of the professional water quality management personnel in building, also can be well by distinct feed-back and control The quantity for reducing professional, greatly uses manpower and material resources sparingly.

This application involves smart city and industrial 4.0 fields, are related to installations and facilities water treatment technology and algorithm, water quality prison Probing head, intellectual water meter, medicine system, technology of Internet of things, single-chip microcontroller control, cloud computing, the monitoring of mobile phone mobile terminal and control etc. The technology combined, mainly for central air-conditioning, boiler, heat pump, swimming You Chi, fountain sight, secondary water-supply, domestic hot-water, water All kinds of buildings such as purification system, aquarium, sewage disposal system, air compressor machine, injection molding machine, condenser of power plant, blower, motor are set The problems such as water treatment is up to standard difficult, management is difficult in standby facility water process, by developing intellectual resource water chemical treatment equipment, based at water Reason technology designs and builds the intelligent Water use management system of a set of collecting and distributing type in conjunction with Internet of Things, uses for multiple dispersions in building Disinfection, anticorrosion, good antiscale property and the regulatory requirement of water spot, design structure is flexible, manages multiple distributed water process intelligence concentratedly Energy equipment, while the water process regularization management of interior each installations and facilities system will be built, build health, safety, cleaning, section About, efficient water conservation platform for building.

The purpose of the application is to make the management system that technology+water treatment technology establishes a kind of collecting and distributing type based on Internet of Things+intelligence intelligence System, by based on to manufacturing corresponding integrated water treatment equipment the characteristics of distinct device facility in building, software and hardware combining, just While water treatment is completed on ground, long-range PC, mobile phone and pad monitoring on the spot are realized through cloud computing, convenient for any one manager Understand whenever and wherever possible, grasp, control in its building useful water disposition, and the application is also realized water-related Industry code requirements and actual result comparison, energy consumption and saving, water consumption and water-saving amount, dosage and Cheng Benfen Analysis, alarm and the required integrated datas of management such as customer service information are organized into reporting form.

The one-stop remote supervisory integrated service that the purpose of the application is to provide a kind of Architectural Equipment facility management of the use of water is flat There is platform the intelligent water treatment facilities for being mounted with us energy treatment in situ to correspond to the water quality in installations and facilities water utilizing process, and And the water quality and associated device parameter situation at scene can be regularly sent to backstage administrative center (containing mobile phone and computer end), And the pad that can be carried by mobile phone, computer or our smart machine is long-range or is carried out in situ Reverse Turning Control.This patent is suitble to Mill construction, public building and civil buildings facilitate administrative staff to manage the operation for building interior all water systems.

One, system forms

The application system is by installations and facilities water treatment technology and algorithm, water quality monitoring probe, intellectual water meter, dosing system Technologies combined such as system, technology of Internet of things, single-chip microcontroller control, cloud computing, the monitoring of mobile phone mobile terminal and control etc. are constituted.This is specially Sharp system accesses free wireless public communication network with ICP/IP protocol, communicates with back-stage management center cluster.

The application system architecture is as shown in Figure 8 a:

The application system is made of three parts: management terminal, Cloud Server, intelligent water treatment facilities.

1, management terminal includes mobile phone terminal, computer end, end Pad of intelligent water treatment facilities etc.

Management terminal is responsible for data summarization and the unified management of whole system, including equipment water consumption calculates and management, phase It closes parameter information collection and analysis, water quality parameter management, the setting of smart machine parameters remote, data management, respectively build independent platform Management etc..

Management terminal has following basic function:

(1) site monitoring

Each building or the water relevant information of factory are uploaded from intelligent water treatment facilities to Cloud Server in real time.Management terminal The water treatment state of each website and the state of equipment associated data can be monitored in real time, in order to carry out to each website Control and recruitment evaluation.

(2) device parameter configures

Management terminal can the equipment to each site carry out unified configuration and be respectively configured, improve the efficiency of plant maintenance. The site manager configuration of each building or factory includes that picture, coordinate, water quality parameter, the dosage of water treatment agent and medicament are deposited Amount, equipment relevant parameter etc..

(3) statistical report form

Each system water quality and relevant parameter information uploaded is stored into Cloud Server database.It can be on demand to these letters Breath is counted temporally or by modes such as sites, and each side administrative staff is facilitated to understand relevant traffic-operating period, convenient for management and Optimization etc..

2, Cloud Server

Cloud Server is used to receive at the corresponding each intelligent water of all devices water system in each building or factory The relevant parameter of equipment is managed, each building or factory establish an autonomous system, the water quality and operation of intelligent water treatment facilities The relevant parameter of parameter and corresponding equipment is (if it is necessary, need the plc data of device Host to export to cloud by Internet of Things card Server) Cloud Server is collected in together, the algorithm being then arranged according to server is completed to calculate and to intelligent water treatment facilities Transmitting-receiving instruction completes each autonomous device quality of water processing in each building or factory, and operation result is sent to terminal, Grasp, analyze or adjust detailed operation result in real time convenient for administrative staff.

3, intelligent water treatment facilities

Generally there are different installations and facilities water, such as central air-conditioning recirculated water, boiler water, trip inside building or factory Swimming-pool water, fountain landscape water, water used for air compressor, the condenser cooling water in power plant etc., these systems require to do daily Water process, avoid corrosive pipeline, fouling of heat exchangers, bacterial virus, algae moss breed etc. the problems such as, every set installations and facilities are all Be acquired with key index of the intelligent water treatment facilities to its water quality and combine other relevant parameter such as rate of water make-up, Approach temperature, vacuum degree, compressed air delivery temperature etc., the Pad carried by equipment itself and Cloud Server (two systems Can independently calculate) it calculated, analyzed and is given an order, complete the processing work of water quality, it is ensured that the effect of processing.

Intelligent water treatment facilities possess Pad, single-chip microcontroller, water analysis probe and transmitter, dosing pump, medicine-adding bin, cabinet And auxiliary accessories etc., single-chip microcontroller collect water quality probe and relevant supplemental characteristic, are sent to Pad, Pad itself, which can be calculated, to be referred to It enables, while routing the message to the operation that Cloud Server does server end, the instruction that Pad and Cloud Server calculate is handed down to list again Piece machine executes dosing pump, the various instructions such as alarm or open machinery cabinet lock, while also related data is summarized and achieves and does data analysis.

Two, water management working platform principle

Water pipe platform is established in system independent, each system and building or factory according to each building or factory Each watering equipment facility intelligent water treatment facilities be connected, by the way that water quality and relevant equipment operational parameter are sent to intelligence The Pad and Cloud Server of water treatment facilities, by Cloud Server with intelligent water treatment facilities according to the water of different watering equipment facilities Management requires and preset algorithm, completes water quality management work, and pass through Cloud Server and mobile phone, computer or intelligent water treatment facilities On Pad connection, can pass through terminal be arranged parameter Reverse Turning Control intelligence water treatment facilities working range, frequency and behaviour Make, and sends realtime running parameter, data analysis, fault alarm and service log etc. to management terminal.Functional block diagram such as Fig. 8 b It is shown.

Three, water management working platform process

Intelligent water treatment facilities collect corresponding equipment quality of water parameter and relevant operating parameter, and parameter is transferred to Under local Pad and the corresponding building of Cloud Server in corresponding equipment operation program, Pad and Cloud Server according to set into algorithm It is calculated and is judged, when parameter occur and runawaying, take adjustment to act in time, for example open or stop dosing Pump, by Water-quality control in the range of management pre-set, realizes that the water process of watering equipment manages automatically.Mobile phone, computer or There is the administration interface of each building on person Pad, has the summary report of each system core information, each system independent on administration interface Sub-interface, service report etc., there is parameter to show in sub-interface, data preparation and analysis, control range setting, alarm.

Manage the workflow of platform are as follows: user installation intelligence water treatment facilities, in mobile phone, computer or on the spot the end Pad is set Set the control range of water quality, intelligent water treatment facilities booting operation starts automatic parameter acquisition and compared with Water-quality control range, When beyond or below Water-quality control range, the arithmetic result that water treatment facilities are provided according to Pad or Cloud Server, commander is corresponded to Dosing pump, alarm lamp or other intelligent parts acted, until after being automatically performed adjustment, stopping movement.

When manager wants to change control range, parameter can be carried out at mobile phone, computer or the end pad and reset, Cloud Server or the automatic operation of Pad plug-in simultaneously issue instruction to intelligent water treatment facilities, until parameter change is arranged newly Stopping acts in range.

When any parameter is beyond setting range, system can all issue alarm signal, and be automatically performed adjustment.

Fig. 9 a shows the workflow of the Pad on the spot of water management-control method for building of one embodiment of the invention offer a kind of Journey.Fig. 9 b shows a kind of workflow of the mobile phone terminal of water management-control method for building of one embodiment of the invention offer.To Water treatment facilities can be managed by Pad on the spot, water treatment facilities can also be carried out by long-range mobile terminal Control.

The main thought of the application platform is to propose solution for building management of the use of water difficulty.It is proposed a clustered control Build the platform of each system with management, under this platform, each system is independent at a system, but all system integrations to putting down Platform unified management realizes the water system for managing oneself building whenever and wherever possible by the platform of mobile phone terminal.Here have several heavy Point: 1, during this is a water for building, to the health of water, anticorrosion, good antiscale property, the antifouling management such as stifled (including Water Quality Office Reason, relevant hygienic protection, the protection of relevant energy consumption, equipment protection, recruitment evaluation, result displaying, self-control, alarm etc.) A comprehensive platform；2, this platform is for passing through intelligence each system water treatment work that basically can not be realized at present Energyization and Internet of Things, based on our leading water treatment technologies, presently, there are the problem of solve；3, this platform body System, can be greatly reduced the workload of people, for example water quality monitoring and adjustment, meter reading and data calculate (also the few's energy at present Do this analysis), reduce human cost, raise the management level.

Applicant do this platform starting point be because, each installations and facilities water system built now, such as swimming-pool water Processing, the pH skin and body-sensing of tourist (influence), chlorine residue (intensity of fungicide) are difficult artificially to control；At the water of central air-conditioning Reason, the cooling water of air-conditioning generate sludge it is easy to appear oxygen corrosion, calcium ions and magnesium ions fouling, moss algae reproduction and provide virus Breeding ground, chilled water is easy to corrosion and appearance dirt is stifled because bacterium generates biomembrane；Boiler is easy fouling and oxygen corrosion；Landscape spray Spring is easy transmitted virus, needs to sterilize and adjust pH.These work require engineering of water treatment Shi Caiyong targetedly professional technique Scheme and algorithm (containing a large amount of calculus in fact, ordinary skill Shi Qishi also can not be completed alone), it is also desirable to detect water quality and receipts The parameter of collecting system parameter such as equipment, the flow of water, the total amount of water, the influence of environment, weather etc., so applicant is this A little technologies are made into intelligentized equipment, and water analysis probe, other parameter applicants are acquired with software and hardware, algorithm is beforehand with It is inputted at software, so equipment once installs, is equivalent to be configured with 24 hours engineering with water spot to corresponding Teacher works always.

Because having these data and algorithm, applicant just further wants the effect of processing to show each side responsible person, In addition see parameter in order to avoid running here and there to scene, adjust control range and switchgear, applicant is in being made as mobile phone terminal Can see controllable, the brain of people and the brain of equipment are connected, and not only help water quality treatment by equipment with platform, also into One step allow platform become applicant management tool, provide report, data record required for water process, service log, Specialized management platform needed for a series of management such as the statistics with water energy.

The beneficial effect of the embodiment of the present application is: wireless communication, stability is good, accuracy is high, can whenever and wherever possible into Row it is each building or service water equipment water quality management, and grasp in real time relevant parameter, effect, data summarization analysis and Related service, which is carried out, reports；It is easily installed debugging；This patent key point and protection point are as follows: by software and hardware combining, each Water management work, result, income and the related work of building or service water equipment are placed on the same platform and show, monitor And management, key technology to be treated when by equipment water, integration apparatus Replacing engineering teacher, mobile phone mobile terminal prison Program is controlled, service products, long-range, standardization such as traditional complicated and heavy detection, analysis, calculating, dosing, reports.

Figure 10-Figure 21 shows a kind of interface of the mobile phone terminal of water management-control method for building of one embodiment of the invention offer Schematic diagram.The interface of computer end and the interface at the end pad are similar with mobile phone terminal, and details are not described herein.By in figure it is found that cloud service Water quality monitoring parameter analyze and arrange and then has fed back to corresponding user terminal by device, so that user terminal can see Final concise water quality monitoring information, better user experience.

The apparatus embodiments described above are merely exemplary, wherein unit can be as illustrated by the separation member Or may not be and be physically separated, component shown as a unit may or may not be physical unit, i.e., It can be located in one place, or may be distributed over multiple network units.It can select according to the actual needs therein Some or all of the modules achieves the purpose of the solution of this embodiment.Those of ordinary skill in the art are not paying creative labor In the case where dynamic, it can understand and implement.

Through the above description of the embodiments, those skilled in the art can be understood that each embodiment can It realizes by means of software and necessary general hardware platform, naturally it is also possible to pass through hardware.Based on this understanding, on Stating technical solution, substantially the part that contributes to existing technology can be embodied in the form of software products in other words, should Computer software product may be stored in a computer readable storage medium, such as ROM/RAM, magnetic disk, CD, including several fingers It enables and using so that a computer equipment (can be personal computer, server or the network equipment etc.) executes each implementation The method of certain parts of example or embodiment.

Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: it still may be used To modify the technical solutions described in the foregoing embodiments or equivalent replacement of some of the technical features； And these are modified or replaceed, technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution spirit and Range.

Claims

1. a kind of water management-control method for building, comprising:

Water water quality monitoring parameter for building corresponding with its type is monitored at different types of water treatment facilities and is synchronized to cloud Server, wherein the different types of water treatment facilities are for handling different water for building and being arranged in same building Different location, each water treatment facilities are connect with the Cloud Server by IOT communication protocol；

When each water treatment facilities monitor water quality monitoring parameter and corresponding predetermined quality expectation parameter is inconsistent, generate First water quality survey is instructed to be adjusted to water quality；

The Cloud Server analysis generates mobile terminal and is appreciated that from the received water quality monitoring parameter of each water treatment facilities institute Water quality monitoring information and feed back to the first user of mobile terminal and second user is shown, the permission of the second user Higher than first user；

The mobile terminal has customer service interface for first user configuration, so that first user is to the second user Feed back personalized water quality survey request；

The mobile terminal is configured with water quality survey interface for the second user, so that the second user is based on described Property adjustment request submit customized water quality it is expected information to the Cloud Server；

The Cloud Server receives the customized water quality and it is expected information, and the customized water quality expectation information is converted at water The customized water quality that reason equipment is understood that it is expected parameter and is sent to corresponding water treatment facilities；

The customized water quality expectation parameter is compared by the water treatment facilities with the water quality monitoring parameter, according to comparing As a result, generating the instruction of the second water quality survey to be adjusted to water quality.

2. according to the method described in claim 1, wherein, the method also includes:

The mobile terminal is that the customized water quality it is expected that information configuration has Viability or the water treatment facilities receiving It is that the customized water quality expectation parameter configuration is deposited after the customized water quality expectation parameter issued to the Cloud Server Current limit；

In the Viability, monitoring uses the customized water quality it is expected that the water quality survey situation after parameter is with determination It is no to continue after the Viability terminates using the customized water quality expectation parameter.

3. according to the method described in claim 1, wherein, the Cloud Server includes Database Systems, the Database Systems Including at least the time series databases and queue database connecting with the water treatment facilities, the Database Systems are for connecting The water treatment facilities and the Cloud Server are connect, the method also includes:

The time series databases are at least used to store the band time mark that the water treatment facilities are uploaded to the Cloud Server The water quality monitoring parameter of label；

The queue database is at least used to store the Cloud Server and the mutual control instruction of the water treatment facilities, described Control instruction includes at least the customized water quality and it is expected information.

4. according to the method described in claim 3, wherein, the Database Systems further include key assignments type database, the method Further include:

The time series databases carry out alarm screening to from the received water quality monitoring parameter of the water treatment facilities to obtain First alert data；

First alert data is transferred to the key assignments type database and carries out alarm sieve again by the time series databases Looking into and abandoning time difference of time tag and current time in first alert data is more than the monitoring data of threshold value to form the Two alert datas；

Second alert data input wrong report filter is formed final alarm pond and fed back to by the key assignments type database The mobile terminal.

5. according to the method described in claim 4, wherein, the Database Systems further include relational database, and the method is also Include:

The relevant database at least receives and stores the water quality monitoring parameter and control instruction of the water treatment facilities feedback And the number that the time series databases, the key assignments type database, the data queue and the wrong report filter are fed back According to and control instruction, all data and control instruction are handled to generate report.

6. according to the method described in claim 1, wherein, the method also includes:

The mobile terminal receives the customized water quality expectation information that the second user is submitted；

Whether the mobile terminal verification customized water quality expectation information exceeds predetermined threshold value；

If the customized water quality expectation information exceeds the predetermined threshold value, customized water quality described in the second user is prompted It is expected that information is unreasonable；

If the customized water quality expectation information is without departing from the predetermined threshold value, by the customized water quality expectation information feedback To the Cloud Server.

7. according to the method described in claim 1, wherein, the method also includes:

If during the water treatment facilities are based on the predetermined quality expectation information execution water quality survey instruction, the cloud Server receives the customized water quality expectation information from the mobile terminal, and the Cloud Server is relatively more described to be made by oneself Whether adopted water quality expectation information and predetermined quality expectation information are consistent；

If inconsistent, the Cloud Server is sent to the water treatment facilities stops adjustment instruction；

The Cloud Server determines customized water quality expectation parameter according to the customized water quality expectation information and makes by oneself described Adopted water quality expectation parameter feedback gives the water treatment facilities；

The water treatment facilities are based on most freshly harvested water quality monitoring parameter, will the customized water quality expectation parameter with it is described most Freshly harvested water quality monitoring parameter is compared, and according to comparison result, generates the instruction of third water quality survey to the water process The building quality of water that equipment is monitored is adjusted.

8. method according to any one of claims 1-7, wherein the water treatment facilities of the multiple type include air-conditioning Circulating water treatment device, swimming pool water treatment facilities, landscape water treatment facilities, boiler water treatment equipment, cold water process equipment, sky Press water treatment facilities, injection molding machine water treatment facilities, reverse osmosis water treating equipment, at least two in sewage disposal device.

9. a kind of water management-control method for building is used for Cloud Server, comprising:

Receive the synchronous water quality monitoring parameter of the water treatment facilities of multiple types, wherein the water treatment facilities and the cloud take Business device is connected by IOT communication protocol；

The received water quality monitoring parameter of analysis institute generates the intelligible water quality monitoring information of mobile terminal and feeds back to mobile terminal It is shown；

The customized water quality expectation information that the mobile terminal uploads is received, the customized water quality expectation information is converted into water The customized water quality that processing equipment is understood that it is expected parameter and is sent to corresponding water treatment facilities.

10. a kind of water management-control method for building is used for mobile terminal, comprising:

Receive the water water quality monitoring information for building acquired at the water treatment facilities of multiple types transmitted via Cloud Server And it is visualized；

The mobile terminal has customer service interface for the first user configuration, so that first user feeds back individual character to second user Change water quality survey request；

The mobile terminal is configured with water quality survey interface for the second user, so that the second user is based on described Property adjustment request submit customized water quality it is expected information to the Cloud Server.

11. a kind of water management-control method for building is used for water treatment facilities, comprising:

Monitor water water quality monitoring parameter for building corresponding with the type of the water treatment facilities；

The water quality monitoring parameter is synchronized to Cloud Server, wherein the water treatment facilities and the Cloud Server pass through IOT Communication protocol connection；

The water quality monitoring parameter is compared with predetermined quality expectation parameter, according to comparison result, generates the first water quality tune Whole instruction is adjusted with the building quality of water monitored to the water treatment facilities；

The customized water quality for receiving Cloud Server feedback it is expected parameter, by the water quality monitoring parameter and the customized water quality phase It hopes parameter be compared, according to comparison result, generates the instruction of the second water quality survey to be adjusted to water quality.

12. a kind of building management of the use of water platform, comprising:

The water treatment facilities of multiple types, wherein the water treatment facilities are configured to:

The water quality monitoring parameter is synchronized to Cloud Server, wherein the water treatment facilities pass through with the Cloud Server The connection of IOT communication protocol；

The customized water quality for receiving Cloud Server feedback it is expected parameter, by the water quality monitoring parameter and the customized water quality It is expected that parameter is compared, according to comparison result, the instruction of the second water quality survey is generated to be adjusted to water quality；

The Cloud Server, is configured to:

Receive the synchronous water quality monitoring parameter of the water treatment facilities of the multiple type, wherein the water treatment facilities with it is described Cloud Server is connected by IOT communication protocol；

The received water quality monitoring parameter of analysis institute generates the intelligible water quality monitoring information of mobile terminal and feeds back to the shifting Dynamic terminal is shown；

It receives the customized water quality that the mobile terminal uploads and it is expected information, the customized water quality expectation information is converted into The customized water quality that water treatment facilities are understood that it is expected parameter and is sent to corresponding water treatment facilities；

The mobile terminal, is configured to:

Receive the water water quality monitoring for building acquired at the water treatment facilities of multiple types transmitted via the Cloud Server Information is simultaneously visualized；

The mobile terminal has customer service interface for the first user configuration, so that first user is a to second user feedback Property water quality survey request；

The mobile terminal is configured with water quality survey interface for the second user, so that the second user is based on described Personalized adjustment request submits customized water quality it is expected information to the Cloud Server.