CN102966159A - Water-saving management system and water-saving management method for sanitary equipment - Google Patents
Water-saving management system and water-saving management method for sanitary equipment Download PDFInfo
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- CN102966159A CN102966159A CN2011102614555A CN201110261455A CN102966159A CN 102966159 A CN102966159 A CN 102966159A CN 2011102614555 A CN2011102614555 A CN 2011102614555A CN 201110261455 A CN201110261455 A CN 201110261455A CN 102966159 A CN102966159 A CN 102966159A
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Abstract
The invention discloses a water-saving management system and a water-saving management method for sanitary equipment. A control device is connected to a flashing valves corresponding to sanitary equipment of one or more sanitary spaces. The control device outputs flushing associated data to a region server through a transmission network; and the region server receives the flushing associated data and sends mode setting data through the transmission network. The control device sets the flushing mode according to the mode setting data so as to flush the sanitary equipment.
Description
Technical field
The present invention is relevant for a kind of province water system, espespecially a kind of province's water system that is applied to sanitary installation.
Background technology
For reaching the purpose of cleaning, the urine funnel top that is arranged at sanitary space can connect a flushing controlling organization usually; This flushing controlling organization has inductor, but measuring station stands on the front user of urine funnel.In use procedure, inductor detects the user after the some time, and the flushing controlling organization is namely opened flushing valve, the specific water yield of release is carried out the flushing first time to urine funnel, this namely so-called " preshoot ".Leave when sensor detects the user, that is the user go to toilet complete after, the flushing controlling organization is namely controlled flushing valve and is opened once again, to discharge another specific water yield urine funnel is carried out flushing second time, this i.e. what is called " backlash ".Above-mentioned when being single user, the wash by water basic model of control of flushing control mechanism.
When a plurality of users used urine funnel continuously, existing urine funnel flushing controlling organization also had the setting of cancellation preshoot, can save the suitable water yield.
But, what existing flushing control mechanism can provide is take factory setting as main to aqueous mode, is difficult for change.Moreover, on-the-spot number of users, urine amount number, use blanking time and frequency etc., variable too much to be difficult for measuring following the trail of, the therefore fixing aqueous mode of giving, and can't suit the behavior in service at scene fully.In most situation, urine funnel is default still surpasses clean urine funnel institute water requirement for aqueous mode, therefore still has the problem of a large amount of wastes.
Summary of the invention
The problem that the mirror prior art is arranged, one embodiment of the invention provide a kind of sanitary installation to economize water management system, control one or more flushing valve its corresponding sanitary installation is washed by water, and flushing valve is positioned at single or multiple sanitary space with corresponding sanitary installation.This sanitary installation is economized water management system and is comprised one or more control device, is connected in flushing valve corresponding to sanitary installation.This control device comprises mixed-media network modules mixed-media, sensing module, processing module etc.Mixed-media network modules mixed-media is connected to a transmission network; Sensing module detects the user before the sanitary installation and produces sensing signal; Processing module is electrically connected flushing valve, mixed-media network modules mixed-media and sensing module, and it has one or more bath pattern washes by water to sanitary installation with the control flushing valve, processing module receive sensing signal and by mixed-media network modules mixed-media with output bath associated data.Wherein, control device receives the pattern setting data that transmits through transmission network, and sets the bath pattern according to the pattern setting data.
In another embodiment of the present invention, control device has a plurality of bath patterns, and control device according to the pattern setting data switch to a plurality of bath patterns one of them.In another embodiment, control device has a plurality of bath patterns, and the pattern setting data comprises one or more situation parameter corresponding to one of them bath pattern, and control device one of them is washed by water to sanitary installation according to the corresponding bath pattern of situation parameter; Wherein the situation parameter is selected from group one of them or its any combination of the place factor, time factor, the actual measurement factor, the event factor and the building purposes factor.In addition, this sanitary installation is selected from group one of them or its any combination of urine funnel, water tap, toilet.
In another embodiment of the present invention, provide a kind of sanitary installation to economize water management system, it comprises transmission network, a plurality of control device and region server.Control device is connected on a plurality of flushing valves corresponding to the sanitary installation of a plurality of sanitary spaces; Control device comprises mixed-media network modules mixed-media, sensing module, processing module etc.Flushing valve connects an external water source and sanitary installation; Mixed-media network modules mixed-media is connected to a transmission network; Sensing module detects the user before the sanitary installation and produces sensing signal; Processing module is electrically connected flushing valve, mixed-media network modules mixed-media and sensing module, and it has one or more bath pattern washes by water to sanitary installation with the control flushing valve, processing module receive sensing signal and by mixed-media network modules mixed-media with output bath associated data.Region server connects control device through transmission network, and region server receives the bath associated data, and through this Local Area Network transfer mode setting data, control device is set the bath pattern so that sanitary installation is washed by water according to the pattern setting data.In another embodiment of the present invention, the pattern setting data is based on this sanitary installation and the residing place of this sanitary space, time, actual measurement number, dependent event and building purposes one of them or its any combination.Region server can be calculated with output according to the bath associated data of control device and economize the water yield, water supply volume and water rate one of them or its any combination.Sanitary installation of the present invention is economized water management system, can further comprise a central server, leads to by internet and region server, and region server transmits the bath associated data to central server.
In another embodiment of the present invention, a kind of sanitary installation water-saving management method is applied to the sanitary installation of sanitary space, and the method comprises: connect control device to a transmission network, control device is connected in flushing valve corresponding to sanitary installation; The bath associated data of output-controlling device is to transmission network; Received the pattern setting data that sends control device to by transmission network; Reach the bath pattern according to pattern setting data setup control device.Wherein, the bath associated data is sent to region server by transmission network, and the pattern setting data is sent to control device by region server through transmission network.
In the another embodiment of the present invention, sanitary installation water-saving management method comprises: provide a control device to be connected in a flushing valve corresponding to a sanitary installation; And control this flushing valve according to a plurality of pattern setting datas of this control device and wash by water, wherein this pattern setting data be selected from bath time setup parameter, carry out person-time setup parameter, the period/group one of them or its any combination of time point setup parameter.
Description of drawings
Fig. 1 is the system block diagrams of economizing water management system according to a sanitary installation in one embodiment of the invention;
Fig. 2 A is pattern setting data example according to another embodiment of the present invention;
Fig. 2 B be in another embodiment of the present invention one day during 9-23 in the actual just bucket access times figure that records of building W men's lavatory;
Fig. 2 C is the partial mode setting data example among Fig. 2 B embodiment;
Fig. 3 is the system block diagrams of economizing water management system according to a sanitary installation in another embodiment of the present invention;
Fig. 4 A is the flow chart according to a sanitary installation water-saving management method in another embodiment of the present invention;
Fig. 4 B is the flow chart according to a sanitary installation water-saving management method in another embodiment of the present invention; And
Fig. 5 is in the configuration schematic diagram of sanitary space according to sanitary installation water-saving management system in another embodiment of the present invention.
Wherein, Reference numeral:
Floor B1,01,02
Washbasin 120
Region server 200
Control device 300/310/310a/310b/310b '/320/330/340/350/360/370
Flushing valve 311/321/331
Mixed-media network modules mixed-media 312/322/332
Sensing module 313/323/333
Processing module 314/324/334
Urine funnel 410,410a, 410b, 410b ', 420,430
Induction type toilet 440,450
Tank 460,470
The specific embodiment
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Please refer to Fig. 1, it economizes the system block diagrams of water management system according to a sanitary installation in one embodiment of the invention.As shown in the figure, sanitary installation is economized water management system and mainly is installed in the sanitary space 10, and it mainly comprises one or more control device and (among the figure is three: 310,320,330).Control device 310,320,330 is connected to the flushing valve 311/321/331 corresponding to urine funnel 410,420,430 (sanitary installation) of sanitary space 10.Flushing valve 311/321/331 connects respectively an external water source (not shown) and corresponding urine funnel 410/420/430; Flushing valve 311/321/331 is a waterway controlling valve spare (such as an electromagnetic valve), and its open and close can be controlled the each bath time length and bath frequency to urine funnel 410/420/430.
Each control device 310/320/330 has respectively mixed-media network modules mixed-media 312/322/332, sensing module 313/323/333 and processing module 314/324/334.
Mixed-media network modules mixed-media 312/322/332 is connected to a transmission network 100.Transmission network 100 can be private network (Private Network) or the global network (Public Network) that wired or wireless framework forms, but this privately owned or global network some selectively connect by internet (internet).Mixed-media network modules mixed-media 312/322/332 can be the cable network transport module, such as telephone wire (phone line), cable television (CableTV), ethernet local area network network (Ethernet), VGA transmission line, AV signal transmssion line, power line transmission (PowerLine Communication; PLC), coax network, fiber optic network, Ethernet (Ethernet), communication network module such as digital user loop (Digital Subscriber Line; DSL)/integrated service digital network (Integrated Services Digital Network, ISDN)/technology such as Asymmetrical Digital Subscriber Line (Asymmetric Digital Subscriber Loop) link and transmission; Mixed-media network modules mixed-media 312/322/332 also can be wireless network transmission module, uses as radio area network (Wireless LAN) arbitrary version of IEEE802.11 standard (as meet), wireless image-sound transmit (Wireless AV), Bluetooth wireless transmission (Bluetooth), ultra wideband transmissions (Ultra-Wide Band; UWB), Zigbee wireless transmission, Wi-FiDirect wireless transmission, global intercommunication microwave access (Worldwide Interoperability for MicrowaveAccess, WiMAX), mobile phone transmission (GSM, CDMA, WCDMA, CDMA2000, TDS-CDMA ...), digital television transfer (DVB-Cable, Satellite, Terrestrial), anolog TV signals transmission (UHF, VHF), broadcast singal transmission technology such as (FM, AM) link and transmission.
Sensing module 313/323/333 can be infrared ray sensor, ultrasound sensors, optical sensor, heat sensor, image sensor etc., enters or leaves its induction region and produce a sensing signal in order to detect the user.Usually be the induction region of sensing module 313/323/333 in the specific range in this urine funnel 410/420/430 the place ahead, no matter the user enters or leave this sensing region, sensing module 313/323/333 all can produce respectively sensing signal.
Processing module 314/324/334 is electrically connected respectively this flushing valve 311/321/331, this mixed-media network modules mixed-media 312/322/332 and this sensing module 313/323/333.Processing module 314/324/334 has respectively several bath patterns, after receiving sensing signal, control according to this opening time length and the frequency of this flushing valve 311/321/331, and then control is to the discharging quantity of water of this urine funnel 410/420/430.Processing module 314/324/334 receives this sensing signal, can be in order to judge or to record number of users, service time, and the bath pattern in when bath, the preshoot water yield, rear discharging quantity of water, use Total Water etc., also can be registered as " bath associated data " with the identification code of number of users, service time even urine funnel, position code etc.; In an embodiment, the bath associated data that is transmitted can be and comprises device identification code, enters/leave indication code (entering or leave induction region), and enters/message packet that the data such as time departure form.The bath associated data can export transmission network 100 to by this mixed-media network modules mixed-media 312/322/332 by processing module 314/324/334.By transmission network 100, sanitary installation is economized each control device 310/320/330 of water management system can be bestowed Long-distance Control and setting.Processing module of the present invention can comprise a mnemon to store bath associated data and pattern setting data or situation parameter.
One or more " pattern setting datas " can be by transmission network 100, control device 310/320/330 mixed-media network modules mixed-media 312/322/332, transfer to each processing module 314/324/334.See also Fig. 2 A, it is pattern setting data example according to an embodiment of the invention.Example one is a modal bath pattern, when sensing module 313/323/333 senses the user, all carries out 1 second of preshoot at every turn, and carries out backlash 10 seconds after using.Example two is during for continuous number of users more (be 5 people such as intelligent water-saving number), and without preshoot but backlash is arranged, the backlash number of seconds can be adjusted or reduce, in order to significantly to reduce the water yield between the 1-4 people; But the 5th people plays preshoot and the backlash of namely replying such as example one.Example three is continuous number of users more (for example intelligent water-saving number is 10 people), between the 1-9 people without preshoot but backlash is arranged, in order to significantly to reduce the water yield; But the 10th people plays complete preshoot and the backlash of namely replying such as example one.
In another embodiment, the control of discharging quantity of water is by stricter parameter control.See also Fig. 2 B, its be in another embodiment of the present invention one day during 9-23 in the just bucket access times figure of building W second floor men's lavatory.Building W attribute is the public thing of building of film amusement, its second floor men's lavatory access times and time, may be subjected to the factor affecting such as box office receipts, projection and end of a performance time.In present embodiment, the discharging quantity of water control model that sanitary installation is economized the water management system use is:
Wherein:
P: the flushing pressure of sanitary installation is generally 0～5kg/cm
2, and each floor must be kept unanimously;
TF: the front-flushing time, unit is second;
TB: the rear bath time, unit is number of seconds;
AP: intelligent water-saving is carried out person-time, and namely intelligence is economized under the aqueous mode, sets and carries out the user that goes through when economizing aqueous mode person-time;
ATB: bath time after the wisdom; Namely intelligence is economized the rear bath time under the aqueous mode, and unit is number of seconds;
TS: time slice, in order to distinguish high slack hours section;
TP: time interval, in order to distinguish in the special time segmentation, from some interval until what time;
AF: automatic cleaning washes blanking time, and unit is generally the number of minutes.Intelligence is economized in the aqueous mode, and the front and back user does not use the just blanking time of bucket; After last position is left, use before entering with a rear user just to reach setting value the blanking time of bucket, sanitary installation is economized water management system namely can carry out auto-flushing;
AFF: carry out the bath time of automatic cleaning flushing, unit is number of seconds;
TO: Auto On Time just struggles against;
TC: automatic shutdown time just struggles against.
Because the factors such as whole water and fire water supply must be considered in the public place, each floor hydraulic pressure (P) must be kept unanimously during the building planning and designing, and just struggles against and toilet water water pipe caliber has the unification of the motherland standard, so two parameters are fixed coefficient.Anticipate namely, the sanitary installation management system of present embodiment mainly is to control by three class setup parameters of pattern setting data:
Bath time setup parameter: group one of them or its any combination that can comprise the bath time AFF that bath time ATB and automatic cleaning wash after front-flushing time T F, rear bath time T B, the intelligence.
Carry out person-time setup parameter: comprise at least wisdom water-saving execution person-time AP.
The period/the time point setup parameter: can comprise time slice TS, time interval TP, automatic cleaning flushing AF blanking time, available machine time TO, the isoparametric group of unused time TC one of them or its any combination.
Sanitary installation of the present invention is economized water management system, its pattern setting data is not limited to above-mentioned bath time setup parameter, carries out person-time setup parameter, the period/setup parameter of three kinds such as time point setup parameter, also be not limited to thin of the above-mentioned various setup parameters of enumerating.
Take Fig. 2 C as example, it is the partial mode setting data example of sanitary installation water-saving management system among Fig. 2 B embodiment.Reference synchronization Fig. 2 B and Fig. 2 C, time slice TS is 16 o'clock to 17 o'clock at the 3rd period, time interval TP; Can see that by Fig. 2 B the 3rd period () is the use peak period on the same day at namely 16 o'clock to 17 o'clock.And this period sanitary installation is economized being set as of water management system: it is 6 people that the wisdom water-saving is carried out person-time AP, that is select six people to adopt intelligence and economize aqueous mode, front-flushing time T F is 1 second according to the setting phase, but this 1～5 human world is without front-flushing, only have according to setting that bath time ATB is 10 seconds after the intelligence.When the 6th people used, the front-flushing time T F that namely regains one's integrity was that 1 second and rear bath time T B are 20 seconds.With before next user enters, midfeather was used just bucket in 30 minutes after last user leaves, and (being that automatic cleaning bath AF blanking time is 30 minutes) is namely according to setting the bath time AFF 20 seconds that carries out the automatic cleaning flushing.Seeing also Fig. 4 A, is the flow chart of sanitary installation water-saving management method one embodiment of the present invention.Based on above-described embodiment, sanitary installation water-saving management method mainly comprises: (a) provide control device to be connected in flushing valve corresponding to sanitary installation; (b) wash by water according to a plurality of pattern setting datas control flushing valves of control device, wherein the pattern setting data be selected from bath time setup parameter, carry out person-time setup parameter, the period/group one of them or its any combination of time point setup parameter.
In addition, in order to reach maximum water-saving effect, long-term accumulated is also followed the trail of bath associated data under the various use situations, helps to analyze and design for the various different bath patterns of using situations, reaches best water-saving effect.Take a department store as example, the multiple factor may affect the urine funnel behavior in service of the sanitary spaces such as lavatory.
Generally speaking, the frequency of utilization of sanitary space is subject to the single of following factors and influences each other:
(1) place: the hospital hall, examine a floor, ward floor, in the dining room/cuisine variety street floor, men's clothing floor, women's dress floor, children's garment floor, women and children's floor, amusement article floor, household electrical appliances 3C floor, film floor etc. are because customer group, consumer behavior and number etc. different, to having the usage behavior that is not quite similar for sanitary space/lavatory of locating this floor, close position.
(2) time: march into the arena/the let out impact of the factors such as period, transition in season of business period, meal time, film, not identical to the behavior in service of urine funnel yet.
The advertising campaigns such as (3) event: Zhou Nianqing, parent-offspring's activity, motion race, box office numeral etc. also can affect urine funnel user quantity and group.
(4) actual measurement number: if inherent lavatory of unit interval/sanitary space entrance detects number and explodes, representing urine funnel will have in large quantities behavior in service; The number of the lavatory/sanitary space that enters in a short time is more, and frequency of utilization is relatively higher.The sanitary space entrance can arrange sensing module, processing module and mixed-media network modules mixed-media, and the sensing signal (such as the control device 300 of Fig. 5) when detecting number in real time exports transmission network 100 to.The number that enters building also can be classified a kind of of actual measurement number as.
The aforementioned affect factor is through long-term follow-up analysis, can form the situation parameter take the place factor, time factor, the actual measurement factor and the event factor etc. as variable, and make each situation parameter that corresponding bath pattern be arranged, the switching when being beneficial to the whole urine funnel of management and control province water management system.Briefly, control device 310/320/330 can be according to urine funnel and the residing place of sanitary space, time, actual measurement number, dependent event and building purposes one of them or its any combination, and the setting of switching different bath patterns or change bath pattern.
Therefore, the mixed-media network modules mixed-media 312/322/332 that one or more " situation parameter " can be by transmission network 100, control device 310/320/330, transfer to each processing module 314/324/334, each situation parameter is corresponding to one of them bath pattern.So, each processing module 314/324/334 can switch to the corresponding bath pattern of situation parameter, and with the bath pattern of realistic use situation urine funnel 410/420/430 is washed by water, and nature can be saved the water yield of improper waste.And the situation parameter can be selected from group one of them or its any combination of the place factor, time factor, the actual measurement factor and the event factor.The kenel of situation parameter can be combination coding or one group of multiword piece of digital of icotype setting data of literal and/or numeral, by the transmission network transmission.
See also Fig. 3, it is the system block diagrams of economizing water management system according to another sanitary installation in another embodiment of the present invention.In present embodiment, sanitary installation province water management system is contained sanitary space and the urine funnel that is arranged at different floors in (or a plurality of) building, and carries out Long-distance Control by a region server; If with floor the configuration of more than one sanitary space and urine funnel is arranged, but also the mat transmission network connects.In Fig. 3, region server 200 is communicated to the control device 310/310a/310b/310b ' of the different sanitary space 10/10a/10b/10b ' of different floor B1/01/02 by transmission network 100, and each control device 310/310a/310b/310b ' correspondence is assemblied in the position on the urine funnel 410/410a/410b/410b ' of sanitary space 10/10a/10b/10b '.Because " the building purposes " of building mixes the building as firmly doing, pure office block is different from the general merchandise store, the use kenel of urine funnel is also not identical in its individual/public health space, need to be aided with different bath patterns, just can reach best water-saving effect; Therefore, the system architecture of present embodiment extremely is beneficial to building owner province's water system of the individual in its building or public health space configuration is monitored and managed.And " the building purposes factor " of building itself can be used as wherein a kind of variable of situation parameter; In brief, as long as for the suitable bath pattern of " building purposes " design, control device can be set the bath pattern according to " building purposes ".
The bath associated data of each control device 310/310a/310b/310b ' is collected, recorded to region server 200, the chart integrated interface is provided simultaneously, with the water supply volume of collecting or calculate each sanitary space, each control device even each building, economize the related data such as the water yield, and provide the water-saving management interface to set " pattern setting data " and " situation parameter " etc. for the owner, so that remote setting, change or revise the bath pattern of each control device 310/310a/310b/310b '.
The processing module 314/324/334 of the control device 310/320/330 among Fig. 1 can only be collected merely the initial data (Row Data) of bath associated data, and the region server 200 for the treatment of directly to pass back Fig. 3 is judged or calculated.
Region server 200 can receive and record the indivedual bath associated datas that spread out of relevant different urine funnel 410/410a/410b/410b ' from the control device 310/310a/310b/310b ' of different floor B1/01/02, different sanitary space 10/10a/10b/10b '.Region server 200 can transmit through this transmission network 100 and transmit respectively different pattern setting datas or the bath pattern is set, changes or changed to the situation parameter to control device 310/310a/310b/310b '.
With regard to the system service merchant, a central server can be set, by the region server of internet and position, a plurality of different location, receive the sense data from many solitary buildings/Gong Wei space/flushing control apparatus; This central server can be installed the performing a programme similar with region server, carries out operated from a distance by the sanitary installation water-saving management method of the present invention embodiment.
Though the sanitary installation of previous embodiment is take the urine funnel that is equiped with induction type control device as example, tank (control device is that inductive water tap, sanitary installation are tank) or induction type toilet in the right sanitary space on the washbasin all can be used the technology that the embodiment of the invention discloses.The embodiment of inductive water tap such as the control device of Fig. 5 380/390, it is positioned on the washbasin 120 before the minute surface 140, and its corresponding sanitary installation is tank 460/470.The induction type toilet 440/450 of the embodiment of induction type toilet such as Fig. 5, the feedwater of its control device 340/350 control sanitary installation (being induction type toilet 440/450).
See also Fig. 4 B, it is the flow chart according to a sanitary installation water-saving management method in another embodiment of the present invention.The sanitary installation water-saving management method of present embodiment is a computer executable program, is applied to sanitary installation of the present invention and economizes water management system, comprises the control device that is connected in flushing valve corresponding to sanitary space sanitary installation, and the method comprises following execution action:
S10: connect control device to transmission network; Control device is connected in flushing valve corresponding to sanitary installation.Control device is after start, and the built-in bath control program of control device will be performed, and make control device be connected to transmission network by its mixed-media network modules mixed-media.
S20: the bath associated data of output-controlling device is to transmission network; And
S30: received the pattern setting data that sends control device to by transmission network.When region server and transmission network are on line state, region server can receive by transmission network the bath associated data of self-control device, and the transfer mode setting data is to control device.
S40: according to the bath pattern of pattern setting data setup control device.Control device can be set according to the pattern setting data that is transmitted by region server (contain and switch and modification) its bath pattern, and with the bath frequency, the water yield that more suit behavior in service sanitary installation is washed by water.
The actions such as S10/S20/S30/S40 that disclose take the flow chart kenel among Fig. 4 B are only as illustration, sanitary installation is economized water management system and management method according to the present invention, and built-in these the performed actions of bath control program of aforementioned control device are not limited to the execution sequence shown in the figure.
Only the above person only is embodiments of the invention, when not limiting scope of the invention process with this; So all simple equivalences of doing according to the present patent application claim and description of the invention content change and modify, all should still belong in the scope that patent of the present invention contains.
Claims (20)
1. a sanitary installation is economized water management system, controls at least one flushing valve the sanitary installation of one correspondence is washed by water, and it is characterized in that, this sanitary installation is economized water management system and comprised:
At least one control device is connected on this flushing valve corresponding to this sanitary installation, and this control device comprises:
One mixed-media network modules mixed-media is connected to a transmission network;
One sensing module detects the front user of this sanitary installation and produces a sensing signal; And
One processing module, be electrically connected this flushing valve, this mixed-media network modules mixed-media and this sensing module, have at least one bath pattern and to control this flushing valve this sanitary installation washed by water, this processing module receive this sensing signal and by this mixed-media network modules mixed-media with export one the bath associated data;
Wherein, this control device receives at least one pattern setting data that transmits through this transmission network, and this control device is set this bath pattern according to this pattern setting data.
2. according to claim 1 sanitary installation is economized water management system, it is characterized in that, this control device have a plurality of should the bath pattern, this control device switches to described bath pattern according to this pattern setting data, and one of them is washed by water to this sanitary installation.
3. according to claim 1 sanitary installation is economized water management system, it is characterized in that, this control device have a plurality of should the bath pattern, this pattern setting data comprises at least one situation parameter corresponding to one of them described bath pattern, and this control device one of them is washed by water to this sanitary installation according to the corresponding described bath pattern of this situation parameter.
4. according to claim 3 sanitary installation is economized water management system, it is characterized in that, this situation parameter is selected from group one of them or its any combination of the place factor, time factor, the actual measurement factor, the event factor and the building purposes factor.
5. according to claim 1 sanitary installation is economized water management system, it is characterized in that, this pattern setting data is selected from bath time setup parameter, carries out person-time setup parameter, the period/group one of them or its any combination of time point setup parameter.
6. according to claim 5 sanitary installation is economized water management system, it is characterized in that this bath time setup parameter is selected from group one of them or its any combination of the bath time that bath time and an automatic cleaning wash after a front-flushing time, a rear bath time, the intelligence.
7. a sanitary installation is economized water management system, controlling a plurality of flushing valves washes by water to many sanitary installation of correspondence respectively, described flushing valve and described sanitary installation lay respectively at least one sanitary space, it is characterized in that, this sanitary installation is economized water management system and comprised:
One transmission network;
A plurality of control device are connected on described flushing valve corresponding to described sanitary installation, comprise:
One mixed-media network modules mixed-media is connected to this transmission network;
One sensing module detects the front user of this sanitary installation and produces a sensing signal; And
One processing module, be electrically connected this flushing valve, this mixed-media network modules mixed-media and this sensing module, have at least one bath pattern and to control this flushing valve this sanitary installation washed by water, this processing module receive this sensing signal and by this mixed-media network modules mixed-media with export one the bath associated data; And
At least one region server, connect described control device through this transmission network, this region server receives this bath associated data, and transmitting at least one pattern setting data through this transmission network, this control device is set this bath pattern so that this sanitary installation is washed by water according to this pattern setting data.
8. according to claim 7 sanitary installation is economized water management system, it is characterized in that, this pattern setting data is based on this sanitary installation and the residing place of this sanitary space, time, actual measurement number, dependent event and building purposes one of them or its any combination.
9. according to claim 7 sanitary installation is economized water management system, it is characterized in that, respectively this control device have a plurality of should the bath pattern, this control device according to this pattern setting data switch to described bath pattern one of them.
10. according to claim 7 sanitary installation is economized water management system, it is characterized in that, also comprises a central server, leads to by internet and this region server, and this region server transmits this bath associated data to this central server.
11. sanitary installation is according to claim 7 economized water management system, it is characterized in that, this pattern setting data is selected from bath time setup parameter, carries out person-time setup parameter, the period/group one of them or its any combination of time point setup parameter.
12. sanitary installation is according to claim 11 economized water management system, it is characterized in that, this period/the time point setup parameter is selected from that time segmentation, a time are interval, the group of automatic cleaning flushing blanking time, an available machine time, a unused time one of them or its any combination.
13. a sanitary installation water-saving management method is applied to a flushing valve corresponding at least one sanitary installation of at least one sanitary space, it is characterized in that the method comprises:
Connect control device to a transmission network, this control device is connected in this flushing valve corresponding to this sanitary installation;
Export at least one bath associated data of this control device to this transmission network;
Received at least one pattern setting data that sends this control device to by this transmission network; And
Set at least one bath pattern of this control device according to this pattern setting data.
14. sanitary installation water-saving management method according to claim 13 is characterized in that, also comprises to calculate with output according to this bath associated data of this control device to economize the water yield, water supply volume and water rate one of them or its any combination.
15. sanitary installation water-saving management method according to claim 13 is characterized in that, this pattern setting data comprises that an intelligent water-saving carries out person-time.
16. sanitary installation water-saving management method according to claim 13, it is characterized in that, this control device have a plurality of should the bath pattern, this pattern setting data comprises at least one situation parameter corresponding to one of them described bath pattern, and this control device one of them is washed by water to this sanitary installation according to the corresponding described bath pattern of this situation parameter.
17. sanitary installation water-saving management method according to claim 16 is characterized in that, this situation parameter is selected from group one of them or its any combination of the place factor, time factor, the actual measurement factor, the event factor and the building purposes factor.
18. sanitary installation water-saving management method according to claim 13 is characterized in that, this pattern setting data is selected from bath time setup parameter, carries out person-time setup parameter, the period/group one of them or its any combination of time point setup parameter.
19. sanitary installation water-saving management method according to claim 18, it is characterized in that this bath time setup parameter is selected from group one of them or its any combination of the bath time that bath time and an automatic cleaning wash after a front-flushing time, a rear bath time, the intelligence.
20. sanitary installation water-saving management method according to claim 13 is characterized in that this bath associated data is sent to a region server through this transmission network, this region server transmits this pattern setting data to this control device through this transmission network.
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| CN201110261455.5A CN102966159B (en) | 2011-08-30 | 2011-08-30 | Water-saving management system and water-saving management method for sanitary equipment |
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| CN102966159B (en) | 2015-03-25 |
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