CN104878802B - A kind of intelligence drinking-water integrating device and system - Google Patents

A kind of intelligence drinking-water integrating device and system Download PDF

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CN104878802B
CN104878802B CN201510257651.3A CN201510257651A CN104878802B CN 104878802 B CN104878802 B CN 104878802B CN 201510257651 A CN201510257651 A CN 201510257651A CN 104878802 B CN104878802 B CN 104878802B
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water
pipeline
road
outlet
drinking
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CN104878802A (en
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瞿星
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A20/00—Water conservation; Efficient water supply; Efficient water use

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Abstract

The present invention relates to a kind of intelligence drinking-water integrating device and system, including frequency-conversion control cabinet, water inlet main valve, preposition purifier and Emergency water supply and secondary pressurized device; Water inlet main valve is connected with the water inlet of preposition purifier by pipeline, and the outlet of preposition purifier is connected with Emergency water supply and secondary pressurized device by pipeline; Frequency-conversion control cabinet and preposition purifier and Emergency water supply and secondary pressurized device are all connected; Wherein Emergency water supply and secondary pressurized device include three kinds of structures, the invention still further relates to a kind of intelligence drinking-water integrated system, drink water terminal detector and customer mobile terminal including intelligence drinking-water integrating device, property monitoring cabinet, head office's CSRC cabinet, server, user. The present invention can monitor municipal administration water from entering water inlet main valve in real time until the water quality of user's use water terminal and equipment operation condition, it is ensured that water quality safety and equipment normal water supply, and the water quality information collected can be sent to user, it is simple to user understands drinking-water state.

Description

A kind of intelligence drinking-water integrating device and system
Technical field
The present invention relates to water supply field, particularly relate to a kind of intelligence drinking-water integrating device and system.
Background technology
Present urban skyscraper secondary water-supply is generally divided into the water supply pattern in high district (second pressure water supply) and low district municipal administration direct-furnish (general 1-5 floor), but under existing water supply pattern, has several drawback:
1, tap water is from water factory's long distance delivery to each water supply community, because of water supply line corrosion, there will be the situation containing water pollutions such as granule foreign are more and calcium ions and magnesium ions content is higher in tap water, affect the healthy of user, if selecting to buy drummed pure water, cost height and water quality do not ensure; Swipe the card according to community and purchase the mode of water, use trouble and water quality cannot guarantee that.
2, in pump house, switch board and main supply equipment are all at basement pump house, and property night shift room personnel need to pump house to make an inspection tour just to can know that machine operation every day, when equipment occurs that abnormal can not knowing in time delays emergency repair time.
3, when water occurs unexpected municipal administration to cut off the water suddenly, low district user is just anhydrous available at once, secondary water-supply is as supplying water without negative pressure equipment, high district water is also cut off the water supply immediately, such as the form for water tank frequency-changing water supply device, Water in Water Tank with without, just know and also cut off the water, under state of cutting off the water suddenly, great inconvenience can be brought to user.
4, when referring to municipal administration water water quality exception and abnormal eliminate after, after rupturing suddenly connect with repairing such as pipeline, user cannot know change of water quality situation in time.
5, terminal use has drunk water blindness, and first not know that the water drunk has pollution-free, and second does not know the water drunk and the custom health body constitution if appropriate for oneself of drinking water.
Summary of the invention
The technical problem to be solved is to provide and a kind of utilizes the Internet technology can the intelligence drinking-water integrating device and system of on-line monitoring water quality situation.
This invention address that the first technical scheme of above-mentioned technical problem is as follows: a kind of intelligence drinking-water integrating device, including frequency-conversion control cabinet, water inlet main valve, preposition purifier and the first Emergency water supply and secondary pressurized device;
Described water inlet main valve is connected with the water inlet of described preposition purifier by pipeline, and the outlet of described preposition purifier is connected with described first Emergency water supply and secondary pressurized device by pipeline; Described frequency-conversion control cabinet and described preposition purifier and described first Emergency water supply and secondary pressurized device are all connected;
Described first Emergency water supply and secondary pressurized device include the first voltage stabilizing compensator, the outlet of described first voltage stabilizing compensator is connected by pipeline and four road pipelines, and terminal that first via pipeline passes sequentially through the first check-valves and first low district's water outlet main valve and the first low district user drinks water and the first direct drinking station, community are connected; Second road pipeline and three-way connection (pipe) road are equipped with the first variable frequency pump, 4th road pipeline is direct piping, second road pipeline, three-way connection (pipe) road and the 4th road pipeline are connected with two-way pipeline after merging into one article of pipeline, and wherein a road pipeline passes sequentially through that the first emergent water outlet is integrated drinks water terminal and the first direct drinking station, community is connected with first low district's water outlet main valve and the first low district user; An other road pipeline by first high district's water outlet main valve and the first high district user drink water terminal be connected.
On the basis of technique scheme, the present invention can also do following improvement.
Further, described preposition purifier includes water inlet water quality monitor, y-type filter, backflow preventer, water softener, flow mixing device, water quality accurate filter, ultraviolet ray disinfector and instrument aobvious control case;
Described water inlet water quality monitor, described y-type filter are sequentially arranged on the pipeline that the water inlet of described preposition purifier is connected with described water inlet main valve with described backflow preventer; The outlet of described backflow preventer is connected with two-way pipeline by pipeline, and wherein a road pipeline and described flow mixing device are joined directly together, and another road pipeline is connected with described flow mixing device by described water softener; The outlet of described flow mixing device is connected with two-way pipeline by pipeline, wherein a road pipeline is joined directly together with described first Emergency water supply and secondary pressurized device, and another road pipeline passes sequentially through described water quality accurate filter and is connected with described first Emergency water supply and secondary pressurized device with described ultraviolet ray disinfector; Described instrument aobvious control case is all connected with described frequency-conversion control cabinet, described water inlet water quality monitor, described water softener, described water quality accurate filter and described ultraviolet ray disinfector.
Further, described first voltage stabilizing compensator is provided with pressure transducer, drink formula vacuum suppresser and liquid level sensor.
Further, in the four road pipelines being connected with the outlet pipeline of described first voltage stabilizing compensator, described second road pipeline, described three-way connection (pipe) road and described 4th road pipeline are also connected with the first air pressure tank.
Further, in the four road pipelines being connected with the outlet pipeline of described first voltage stabilizing compensator, one article of pipeline that described second road pipeline, described three-way connection (pipe) road and described 4th road pipeline merge into is sequentially provided with the first remote transmission sensor, the first electro connecting pressure gauge and the first water quality monitor.
Further, described liquid level sensor, described first variable frequency pump, described first remote transmission sensor, described first electro connecting pressure gauge, described first water quality monitor be integrated with the described first emergent water outlet and described frequency-conversion control cabinet is all connected.
This invention address that the second technical scheme of above-mentioned technical problem is as follows: a kind of intelligence drinking-water integrating device, including frequency-conversion control cabinet, water inlet main valve, preposition purifier and the second Emergency water supply and secondary pressurized device;
Described water inlet main valve is connected with the water inlet of described preposition purifier by pipeline, and the outlet of described preposition purifier is connected with described second Emergency water supply and secondary pressurized device by pipeline;Described frequency-conversion control cabinet and described preposition purifier and described second Emergency water supply and secondary pressurized device are all connected;
The outlet of described preposition purifier is connected with two-way pipeline by pipeline, wherein a road pipeline passes sequentially through the second check-valves and second low district's water outlet main valve and the second low district user drinks water terminal and the second direct drinking station, community is connected, and another road pipeline is directly connected with described second Emergency water supply and secondary pressurized device;
Described second Emergency water supply and secondary pressurized device include the first stainless steel water tank, the outlet pipeline of described first stainless steel water tank is connected with two-way pipeline by after the first water tank self-cleaning device, two-way pipeline is equipped with the second variable frequency pump, two-way pipeline is connected with two-way pipeline after merging into a road pipeline, wherein a road pipeline passes sequentially through the second emergent integrated and described second low district's water outlet main valve of water outlet and drinks water terminal with described second low district user and described second direct drinking station, community is connected, an other road pipeline by second high district's water outlet main valve and the second high district user drink water terminal be connected.
On the basis of technique scheme, the present invention can also do following improvement.
Further, described preposition purifier includes water inlet water quality monitor, y-type filter, backflow preventer, water softener, flow mixing device, water quality accurate filter, ultraviolet ray disinfector and instrument aobvious control case;
Described water inlet water quality monitor, described y-type filter are sequentially arranged on the pipeline that the water inlet of described preposition purifier is connected with described water inlet main valve with described backflow preventer; The outlet of described backflow preventer is connected with two-way pipeline by pipeline, and wherein a road pipeline and described flow mixing device are joined directly together, and another road pipeline is connected with described flow mixing device by described water softener; The outlet of described flow mixing device is connected with two-way pipeline by pipeline, wherein a road pipeline is joined directly together with described second Emergency water supply and secondary pressurized device, and another road pipeline passes sequentially through described water quality accurate filter and is connected with described second Emergency water supply and secondary pressurized device with described ultraviolet ray disinfector; Described instrument aobvious control case is all connected with described frequency-conversion control cabinet, described water inlet water quality monitor, described water softener, described water quality accurate filter and described ultraviolet ray disinfector.
Further, the pipeline that the outlet of described preposition purifier and the second check-valves are connected is provided with the 3rd remote transmission sensor, and described 3rd remote transmission sensor is connected with described frequency-conversion control cabinet.
Further, it is provided with the first water inlet mozzle and the first ball-cock assembly in described first stainless steel water tank.
Further, the outlet pipeline of described first stainless steel water tank is also connected with the second air pressure tank by the two-way pipeline after described first water tank self-cleaning device.
Further, the road pipeline that the outlet pipeline of described first stainless steel water tank is merged into by the two-way pipeline after described first water tank self-cleaning device is sequentially provided with the second remote transmission sensor, the second electro connecting pressure gauge and the second water quality monitor.
Further, described first water tank self-cleaning device, described second variable frequency pump, described second remote transmission sensor, described second electro connecting pressure gauge, described second water quality monitor be integrated with the described second emergent water outlet and described frequency-conversion control cabinet is all connected.
This invention address that the third technical scheme of above-mentioned technical problem is as follows: a kind of intelligence drinking-water integrating device, including frequency-conversion control cabinet, water inlet main valve, preposition purifier and the 3rd Emergency water supply and secondary pressurized device;
Described water inlet main valve is connected with the water inlet of described preposition purifier by pipeline, and the outlet of described preposition purifier is connected with described 3rd Emergency water supply and secondary pressurized device by pipeline;Described frequency-conversion control cabinet and described preposition purifier and described 3rd Emergency water supply and secondary pressurized device are all connected;
The outlet of described preposition purifier is connected with three-way connection (pipe) road by pipeline;
Described 3rd Emergency water supply and secondary pressurized device include the second stainless steel water tank, in the three-way connection (pipe) road being connected with the outlet pipeline of described preposition purifier, first via pipeline is connected with described second stainless steel water tank, the outlet pipeline of described second stainless steel water tank is connected with two-way pipeline after passing sequentially through the second water tank self-cleaning device and the 3rd check-valves, two-way pipeline is equipped with the 3rd variable frequency pump, two-way pipeline is connected with two-way pipeline after merging into a road pipeline, wherein a road pipeline passes sequentially through that the 3rd emergent water outlet is integrated drinks water terminal and the 3rd direct drinking station, community is connected with the 3rd low district's water outlet main valve and the 3rd low district user, an other road pipeline by three-hypers district water outlet main valve and three-hypers district user drink water terminal be connected,
In the three-way connection (pipe) road being connected with the outlet pipeline of described preposition purifier, the second road pipeline is provided with the pipeline of described 3rd variable frequency pump and is connected with two-way after passing sequentially through electrodynamic valve and the second voltage stabilizing compensator;
In the three-way connection (pipe) road being connected with the outlet pipeline of described preposition purifier, terminal is drunk water in three-way connection (pipe) road with the 3rd low district user after passing sequentially through the 4th check-valves and the 3rd low district's water outlet main valve and the 3rd direct drinking station, community is connected.
On the basis of technique scheme, the present invention can also do following improvement.
Further, described preposition purifier includes water inlet water quality monitor, y-type filter, backflow preventer, water softener, flow mixing device, water quality accurate filter, ultraviolet ray disinfector and instrument aobvious control case;
Described water inlet water quality monitor, described y-type filter are sequentially arranged on the pipeline that the water inlet of described preposition purifier is connected with described water inlet main valve with described backflow preventer; The outlet of described backflow preventer is connected with two-way pipeline by pipeline, and wherein a road pipeline and described flow mixing device are joined directly together, and another road pipeline is connected with described flow mixing device by described water softener; The outlet of described flow mixing device is connected with two-way pipeline by pipeline, wherein a road pipeline is joined directly together with described 3rd Emergency water supply and secondary pressurized device, and another road pipeline passes sequentially through described water quality accurate filter and is connected with described 3rd Emergency water supply and secondary pressurized device with described ultraviolet ray disinfector; Described instrument aobvious control case is all connected with described frequency-conversion control cabinet, described water inlet water quality monitor, described water softener, described water quality accurate filter and described ultraviolet ray disinfector.
Further, the pipeline that the outlet of described preposition purifier is connected with described 4th check-valves is provided with the 5th remote transmission sensor, and described 5th remote transmission sensor is connected with described frequency-conversion control cabinet.
Further, it is provided with the second water inlet mozzle and the second ball-cock assembly in described second stainless steel water tank.
Further, the outlet pipeline of described second stainless steel water tank is also connected with the 3rd air pressure tank by the two-way pipeline after described second water tank self-cleaning device and described 3rd check-valves.
Further, the road pipeline that the outlet pipeline of described second stainless steel water tank is merged into by the two-way pipeline after described second water tank self-cleaning device and described 3rd check-valves is sequentially provided with the 4th remote transmission sensor, the 3rd electro connecting pressure gauge and the 3rd water quality monitor.
Further, described second water tank self-cleaning device, described 3rd variable frequency pump, described 4th remote transmission sensor, described 3rd electro connecting pressure gauge, described 3rd water quality monitor, the described 3rd emergent integrated and described electrodynamic valve of water outlet are all connected with described frequency-conversion control cabinet.
This invention address that the 4th of above-mentioned technical problem kind technical scheme is as follows: a kind of intelligence drinking-water integrated system, drink water integrating device including the intelligence according to any one of claim 1,7 and 14, also include property monitoring cabinet, head office's CSRC cabinet, server, user drink water terminal detector and customer mobile terminal;
Described property monitoring cabinet is for all information gathered in described intelligence drinking-water integrating device and is sent to described head office CSRC cabinet by described server;
Described user terminal detector of drinking water is arranged on user and drinks water in terminal, for detecting the water quality information of user terminal in described intelligence drinking-water integrating device, and is sent to described customer mobile terminal and described head office CSRC cabinet by described server; Described user drinks water, and terminal includes low district drinking-water terminal, terminal and direct drinking station, community are drunk water by high district;
Described head office CSRC cabinet is for gathering the information of the described property monitoring cabinet of all property; And the information of described property monitoring cabinet that can pass through to collect sends prompting message by described server to described customer mobile terminal;
Described customer mobile terminal is drunk water the water quality information of described user terminal that terminal detector sends by described server for receiving described user, is also used for receiving the prompting message of described head office CSRC cabinet transmission.
On the basis of technique scheme, the present invention can also do following improvement.
Further, described head office CSRC cabinet can also gather the personal information of user, and the personal information according to the information of the described property monitoring cabinet of all property collected and user, send the health management information of personalization to user, described health management information includes the best water quality information being suitable for user and the best mode information instructing user to drink water.
Further, described low district drinking-water terminal and described high district drinking-water terminal are direct drinking fountain, and described user drinks water terminal detector for detecting the effluent quality situation of the water quality condition before flowing into direct drinking fountain and direct drinking fountain.
Further, the transmission that described property monitoring cabinet, described head office CSRC cabinet, described user drink water between terminal detector and described customer mobile terminal and described server is by wired or wirelessly realize; Described customer mobile terminal is mobile phone, computer, IPAD or other Wearable mobility device; Described customer mobile terminal receives information by the mode of note, wechat and webpage.
The invention has the beneficial effects as follows: municipal administration water can be monitored in real time from entering water inlet main valve until the water quality of user's use water terminal and equipment operation condition, guarantee water quality safety and equipment normal water supply, and the water quality information collected can be sent to user, it is easy to user and understands drinking-water state, interconnected network mode is wherein adopted to be monitored, property operator on duty's pump house patrol number of times can be reduced, reducing labor intensity, in addition the present invention can also provide the user online direction and personalized water quality and the health service of the health science drinking-water of personalization.
Accompanying drawing explanation
Fig. 1 is the overall construction drawing of intelligence drinking-water integrating device described in the embodiment of the present invention one;
Fig. 2 is the structure chart of the preposition purifier of intelligence drinking-water integrating device described in the embodiment of the present invention one;
Fig. 3 is the structure chart of intelligence drinking-water the first Emergency water supply of integrating device and secondary pressurized device described in the embodiment of the present invention one;
Fig. 4 is the overall construction drawing of intelligence drinking-water integrating device described in the embodiment of the present invention two;
Fig. 5 is the structure chart of intelligence drinking-water the second Emergency water supply of integrating device and secondary pressurized device described in the embodiment of the present invention two;
Fig. 6 is the overall construction drawing of intelligence drinking-water integrating device described in the embodiment of the present invention three;
Fig. 7 is the structure chart of intelligence drinking-water the 3rd Emergency water supply of integrating device and secondary pressurized device described in the embodiment of the present invention three;
Fig. 8 is the overall construction drawing of intelligence drinking-water integrated system of the present invention.
In accompanying drawing, the list of parts representated by each label is as follows:
1, frequency-conversion control cabinet, 2, water inlet main valve, 3, preposition purifier, the 4, first Emergency water supply and secondary pressurized device; 5, the second Emergency water supply and secondary pressurized device; 6, the 3rd Emergency water supply and secondary pressurized device;
301, water inlet water quality monitor, 302, y-type filter, 303, backflow preventer, 304, water softener, 305, flow mixing device, 306, water quality accurate filter, 307, ultraviolet ray disinfector, 308, instrument aobvious control case;
401, the first voltage stabilizing compensator, 402, pressure transducer, 403, drink formula vacuum suppresser, 404, liquid level sensor, 405, the first check-valves, 406, first low district's water outlet main valve, the 407, first low district user drinks water terminal, the 408, first direct drinking station, community, 409, the first variable frequency pump, 410, the first air pressure tank, the 411, first remote transmission sensor, the 412, first electro connecting pressure gauge, 413, the first water quality monitor, 414, the first emergent water outlet is integrated, 415, first high district's water outlet main valve, and the 416, first high district user drinks water terminal;
501, first stainless steel water tank, 502, first water inlet mozzle, 503, first ball-cock assembly, 504, first water tank self-cleaning device, 505, second variable frequency pump, 506, second air pressure tank, 507, second remote transmission sensor, 508, second electro connecting pressure gauge, 509, second water quality monitor, 510, second emergent water outlet is integrated, 511, second low district's water outlet main valve, 512, second low district user drinks water terminal, 513, second direct drinking station, community, 514, second high district's water outlet main valve, 515, second high district user drinks water terminal, 516, second check-valves, 517, 3rd remote transmission sensor,
601, second stainless steel water tank, 602, second water inlet mozzle, 603, second ball-cock assembly, 604, second water tank self-cleaning device, 605, 3rd check-valves, 606, 3rd variable frequency pump, 607, 3rd air pressure tank, 608, 4th remote transmission sensor, 609, 3rd electro connecting pressure gauge, 610, 3rd water quality monitor, 611, 3rd emergent water outlet is integrated, 612, 3rd low district's water outlet main valve, 613, 3rd low district user drinks water terminal, 614, 3rd direct drinking station, community, 615, three-hypers district water outlet main valve, 616, three-hypers district user drinks water terminal, 617, 5th remote transmission sensor, 618, electrodynamic valve, 619, second voltage stabilizing compensator, 620, 4th check-valves.
Detailed description of the invention
Below in conjunction with accompanying drawing, principles of the invention and feature being described, example is served only for explaining the present invention, is not intended to limit the scope of the present invention, all contents within the scope of present invention spirit, theory, belongs to protection domain.
The intelligence drinking-water integrating device of the present invention includes 3 embodiments, as described below respectively.
Embodiment one
Fig. 1 is the overall construction drawing of intelligence drinking-water integrating device described in the embodiment of the present invention one.
As it is shown in figure 1, a kind of intelligence drinking-water integrating device, including frequency-conversion control cabinet 1, water inlet main valve 2, preposition purifier 3 and the first Emergency water supply and secondary pressurized device 4.
Water inlet main valve 2 is connected with the water inlet of preposition purifier 3 by pipeline, and the outlet of preposition purifier 3 is connected by pipeline and the first Emergency water supply and secondary pressurized device 4. Frequency-conversion control cabinet 1 and preposition purifier 3 and the first Emergency water supply and secondary pressurized device 4 are all connected, and are used for controlling preposition purifier 3 and the first Emergency water supply and secondary pressurized device 4.
Fig. 2 is the structure chart of the preposition purifier of intelligence drinking-water integrating device described in the embodiment of the present invention one.
As in figure 2 it is shown, preposition purifier 3 includes water inlet water quality monitor 301, y-type filter 302, backflow preventer 303, water softener 304, flow mixing device 305, water quality accurate filter 306, ultraviolet ray disinfector 307 and instrument aobvious control case 308. Water inlet water quality monitor 301, y-type filter 302, backflow preventer 303 are sequentially arranged on the pipeline that the water inlet of preposition purifier 3 is connected with water inlet main valve 2; The outlet of backflow preventer 303 is connected with two-way pipeline by pipeline, and wherein a road pipeline and flow mixing device 305 are joined directly together, and another road pipeline is connected with flow mixing device 305 by water softener 304; The outlet of flow mixing device 305 is connected with two-way pipeline by pipeline, wherein a road pipeline and the first Emergency water supply and secondary pressurized device 4 are joined directly together, and another road pipeline passes sequentially through water quality accurate filter 306 and is connected with the first Emergency water supply and secondary pressurized device 4 with ultraviolet ray disinfector 307; Instrument aobvious control case 308 is all connected with frequency-conversion control cabinet 1, water inlet water quality monitor 301, water softener 304, water quality accurate filter 306 and ultraviolet ray disinfector 307. The configuration of preposition purifier 3 is to configure according to local water quality condition, is not fixing. Can be water inlet water quality monitor 301, y-type filter 302, backflow preventer 303, water softener 304, flow mixing device 305, water quality accurate filter 306, ultraviolet ray disinfector 307 and instrument show control case 308 in one or several.
Water inlet water quality monitor 301 is for carrying out water quality monitoring to the tap water through water inlet main valve 2, it is monitored including to situations such as the acid-base value of water, impurities in water, calcium ions and magnesium ions content, electrical conductivity, turbidity and chlorine residue, and the water quality information monitored is displayed by instrument aobvious control case 308, it is sent simultaneously to frequency-conversion control cabinet 1; Y-type filter 302, for being filtered tap water processing, removes the large granular impurity in tap water, it is also possible to select backwash filter to use for this equipment; Backflow preventer 303 is used for preventing tap water to be back to water inlet main valve 2; Water softener 304 is for reducing the concentration of the calcium ions and magnesium ions in tap water; Flow mixing device 305, for being mixed fully without the water of softening with a part by part water after softening, so can maintain the calcium ions and magnesium ions concentration through mixed tap water within a normal range of needed by human body; The pipeline of flow mixing device 305 outlet can also arrange a pH value actuator, for regulating the acid-base value of tap water, make in the normal range that the acid-base value of tap water is in needed by human body; Ultraviolet ray disinfector 307 disappears bacterium for tap water carries out virus killing.
Fig. 3 is the structure chart of intelligence drinking-water the first Emergency water supply of integrating device and secondary pressurized device described in the embodiment of the present invention one.
As shown in Figure 3, first Emergency water supply and secondary pressurized device 4 include the first voltage stabilizing compensator 401, first voltage stabilizing compensator 401 is provided with pressure transducer 402, drink formula vacuum suppresser 403 and liquid level sensor 404, the outlet of the first voltage stabilizing compensator 401 is connected by pipeline and four road pipelines, and wherein first via pipeline passes sequentially through the first check-valves 405 and first low district's water outlet main valve 406 and drinks water terminal 407 with the first low district user and the first direct drinking station, community 408 is connected;Low district user refers to the tap water direct user for hydraulic pressure, is generally the user of below 3-5 layer, a residue wherein road, three-way connection (pipe) road is direct piping, two-way pipeline is additionally equipped with the first variable frequency pump 409, and this three-way connection (pipe) road is also connected with the first air pressure tank 410, the residue three-way connection (pipe) road being connected with the first air pressure tank 410 merges into a road pipeline, this road pipeline is sequentially provided with the first remote transmission sensor 411, first electro connecting pressure gauge 412 and the first water quality monitor 413, this road pipeline is connected with two-way pipeline after the first water quality monitor 413, wherein a road pipeline passes sequentially through the first emergent water outlet integrated 414 and first low district's water outlet main valve 406 and drinks water terminal 407 with the first low district user and the first direct drinking station, community 408 is connected, wherein first low district's water outlet main valve 406 is not limited in drawn by accompanying drawing, and first low district's water outlet main valve 406 can be manual/electric Two purpose valve, an other road pipeline is connected by first high district's water outlet main valve 415 terminal 416 of drinking water with the first high district user, wherein first high district's water outlet main valve 415 is not limited in drawn by accompanying drawing, and first high district's water outlet main valve 415 can be manual/electric Two purpose valve, wherein liquid level sensor the 404, first variable frequency pump the 409, first remote transmission sensor the 411, first electro connecting pressure gauge the 412, first water quality monitor 413 is all connected with frequency-conversion control cabinet 1 with the first emergent water outlet integrated 414.
The workflow of the intelligence drinking-water integrating device of embodiment one is as described below:
After water inlet main valve 2 is opened, municipal administration water flows through y-type filter 302 and backflow preventer 303, and wherein the pipeline before y-type filter 302 is provided with water inlet water quality monitor 301; Water inlet water quality monitor 301 for carrying out water quality monitoring to the water through water inlet main valve 2, and is displayed by instrument aobvious control case 308 by the water quality information monitored, and is sent simultaneously to frequency-conversion control cabinet 1; The moisture flowing through backflow preventer 303 is two-way, and a road is directly entered flow mixing device 305, and another road enters water softener 304; Water softener 304 is used for reducing hardness of water, it is possible to need to adjust hardness of water optimal hardness index according to human body, and the optimal hardness index of human body is generally PH=7.35; Water through water softener 304 softening enters flow mixing device 305, and mixes with the water in flow mixing device 305; Water through flow mixing device 305 can be directly entered water quality accurate filter 306, and water quality accurate filter 306 has automatic blowdown function, and can regularly replace filter element; Flow through the water of water quality accurate filter 306 after ultraviolet ray disinfector 307, enter the first voltage stabilizing compensator 401.
First voltage stabilizing compensator 401 is for reducing the fluctuation pressure fluctuation of municipal administration water, first voltage stabilizing compensator 401 is provided with pressure transducer 402, drink formula vacuum suppresser 403 and liquid level sensor 404, wherein pressure transducer 402 is for detecting the hydraulic pressure in the first voltage stabilizing compensator 401, when the hydraulic pressure in the first voltage stabilizing compensator 401 is lower than hydraulic pressure setting value or when can't detect hydraulic pressure, there will be the first low district user to drink water the not enough situation of the water supply pressure of terminal 407, now first low district's water outlet main valve 406 automatically turns on, water in first voltage stabilizing compensator 401 supply the first low district user after decompression drink water terminal 407, now the first voltage stabilizing compensator 401 is equivalent to an interim water tank, during water in enabling the first voltage stabilizing compensator 401, liquid level sensor 404 can send to frequency-conversion control cabinet 1 enable signal,Drink formula vacuum suppresser 403 starts automatically simultaneously, the inside and outside atmospheric pressure making the first voltage stabilizing compensator 401 keeps balance, drink formula vacuum suppresser 403 may be used for when city planting ductwork tap water flow is less than user's discharge, prevent the phenomenon of vacuum and imbalance of pressure, make the first voltage stabilizing compensator 401 form the tank without negative-pressure balancing of a water container; After liquid level sensor 404 detects that the water in the first voltage stabilizing compensator 401 is finished, liquid level sensor 404 can send signal to frequency-conversion control cabinet 1, and frequency-conversion control cabinet 1 controls the first variable frequency pump 409 and quits work; When municipal administration water and pressure transducer 402 detect that the hydraulic pressure in the first voltage stabilizing compensator 401 recovers normal, the first variable frequency pump 409 starts work automatically.
The moisture flowing through the first voltage stabilizing compensator 401 is four tunnels, the first via enter after the first check-valves 405 and first low district's water outlet main valve 406 first low district user drink water terminal 407 for low district user drink and enter first direct drinking station 408, community for user coin or swipe the card or drink after other modes are bought.
In other three tunnels, wherein two-way is after the first variable frequency pump 409, enters the first high district user and drink water terminal 416 after flowing through first high district's water outlet main valve 415; Drink water terminal 416 directly through entering the first high district user after first high district's water outlet main valve 415 in an other road, so the first variable frequency pump 409 unexpected out-of-work time, municipal administration water still can pass through this road and supply high district user terminal; The pipeline that this three tunnel merges into a road is provided with the first water quality monitor 413, for the water through this place is carried out water quality monitoring, such as the acid-base value situation of water is monitored, and the water quality information monitored is sent to frequency-conversion control cabinet 1.
In the present invention, instrument aobvious control case 308 is all connected with water inlet water quality monitor 301, water softener 304, water quality accurate filter 306 and ultraviolet ray disinfector 307, and the information of water inlet water quality monitor 301, water softener 304, water quality accurate filter 306 and ultraviolet ray disinfector 307 can be gathered, and it is sent to frequency-conversion control cabinet 1; Liquid level sensor the 404, first variable frequency pump the 409, first remote transmission sensor the 411, first electro connecting pressure gauge the 412, first water quality monitor 413 is all connected with frequency-conversion control cabinet 1 with the first emergent water outlet integrated 414, and can send information to frequency-conversion control cabinet 1. VFC is cashier's office in a shop provided with touch screen, it is possible to input control command by touch screen.
Wherein the water quality information collected is sent to frequency-conversion control cabinet 1 by water inlet water quality monitor 301 and the first water quality monitor 413, frequency-conversion control cabinet 1 controls the running of water softener 304 and water quality accurate filter 306 and ultraviolet ray disinfector 307 according to the water quality information received, and makes the water quality of tap water maintain the level that a health can be drunk.
When there being user's water, pressure transducer 402 can sense the variation in water pressure in the first voltage stabilizing compensator 401, and variation in water pressure signal is sent to frequency-conversion control cabinet 1, frequency-conversion control cabinet 1 controls the rotating speed of the first variable frequency pump 409 according to the variation in water pressure signal received and needs to start the number of the first variable frequency pump 409, and the water flowing through the first voltage stabilizing compensator 401 just can be pressurized to the pressure required for user by such first variable frequency pump 409.
When user's water consumption is few, the first air pressure tank 410 can play the effect of low discharge moisturizing, and can absorb the compression shock that the first variable frequency pump 409 starts moment and produces.
When municipal administration is surprisingly cut off the water time, pressure transducer 402 can sense the variation in water pressure in the first voltage stabilizing compensator 401, and variation in water pressure signal is sent to frequency-conversion control cabinet 1, frequency-conversion control cabinet 1 controls the first emergent water outlet integrated 414 according to the variation in water pressure signal received and opens, first emergent water outlet integrated 414 includes electrodynamic valve and air relief valve, wherein air relief valve has the function of check-valves concurrently, the use principle of the first emergent water outlet integrated 414 is: when low district pressure is zero, pressure transducer transmits a signal to switch board, open electrodynamic valve, high district water enters and supplies low district user after air relief valve reduces pressure, and now the first check-valves 405 starts non-return, now should supply the water that the first high district user drinks water terminal 416 can be supplied to the first low district user to drink water terminal 407 with emergent, it is that mobile phone, computer, IPAD or other Wearable mobility device are reported to the police by customer mobile terminal simultaneously, notifies that user meets an urgent need water storage.
Embodiment two
Fig. 4 is the overall construction drawing of intelligence drinking-water integrating device described in the embodiment of the present invention two.
As shown in Figure 4, a kind of intelligence drinking-water integrating device, including frequency-conversion control cabinet 1, water inlet main valve 2, preposition purifier 3 and the second Emergency water supply and secondary pressurized device 5.
Fig. 5 is the structure chart of intelligence drinking-water the second Emergency water supply of integrating device and secondary pressurized device described in the embodiment of the present invention two.
As shown in Figure 5, compared with embodiment one, the frequency-conversion control cabinet 1 that the intelligence drinking-water integrating device of embodiment two includes, water inlet main valve 2 is all identical with embodiment one with preposition purifier 3, it is different in that, the outlet of preposition purifier 3 is connected with two-way pipeline by pipeline, wherein a road pipeline passes sequentially through the second check-valves 516 and second low district's water outlet main valve 511 and drinks water terminal 512 with the second low district user and the second direct drinking station, community 513 is connected, this road pipeline is by being provided with the 3rd remote transmission sensor 517 on the pipeline before the second check-valves 516, 3rd remote transmission sensor 517 is connected with frequency-conversion control cabinet 1, another road pipeline is directly connected with the second Emergency water supply and secondary pressurized device 5.
The second Emergency water supply and secondary pressurized device 5 in embodiment two include the first stainless steel water tank 501, and the first stainless steel water tank 501 can be used to store tap water, the first water inlet mozzle 502 and the first ball-cock assembly 503 it is provided with in first stainless steel water tank 501, wherein the first water inlet mozzle 502 is used for making tap water to enter the first stainless steel water tank 501 intaking mozzle 502 water outlet from first, keep the mobility of the first stainless steel water tank 501 water, bottom the first stainless steel water tank 501, do not form stagnant water, the outlet pipeline of the first stainless steel water tank 501 is connected with two-way pipeline by after the first water tank self-cleaning device 504, two-way pipeline is equipped with the second variable frequency pump 505, and two-way pipeline is also connected with the second air pressure tank 506, the two-way pipeline being connected with the second air pressure tank 506 merges into a road pipeline, this road pipeline is sequentially provided with the second remote transmission sensor 507, second electro connecting pressure gauge 508 and the second water quality monitor 509, this road pipeline is connected with two-way pipeline after the second water quality monitor 509, wherein a road pipeline passes sequentially through the second emergent water outlet integrated 510 and second low district's water outlet main valve 511 and drinks water terminal 512 with the second low district user and the second direct drinking station, community 513 is connected, an other road pipeline is connected by second high district's water outlet main valve 514 terminal 515 of drinking water with the second high district user,Wherein second low district's water outlet main valve 511 and second high district's water outlet main valve 514 are not limited in drawn by accompanying drawing, and second low district's water outlet main valve 511 and second high district's water outlet main valve 514 can be manual/electric Two purpose valve; Wherein first water tank self-cleaning device the 504, second variable frequency pump the 505, second remote transmission sensor the 507, second electro connecting pressure gauge the 508, second water quality monitor 509 is all connected with frequency-conversion control cabinet 1 with the second emergent water outlet integrated 510.
The workflow of the intelligence drinking-water integrating device of embodiment two is compared with embodiment one, it is different in that the water flowing through water quality accurate filter 306 is after ultraviolet ray disinfector 307, be divided into two-way, wherein a road be directly over the second check-valves 516 and second low district's water outlet main valve 511 after enter the second low district user drink water terminal 512 for low district user drink and enter second direct drinking station 513, community for user coin or swipe the card or drink after other modes are bought.
Another road of water flowing through ultraviolet ray disinfector 307 is directly entered the first stainless steel water tank 501, flow through the water of the first stainless steel water tank 501 after the first water tank self-cleaning device 504 secondary sterilization, it is divided into two-way, two-way is all through the second variable frequency pump 505, being divided into two-way after the water of the second variable frequency pump 505 converges, a road enters the second high district user after flowing through second high district's water outlet main valve 514 and drinks water terminal 515, when municipal administration is surprisingly cut off the water, second emergent water outlet integrated 510 is opened, second emergent water outlet integrated 510 includes electrodynamic valve and air relief valve, wherein air relief valve has the function of check-valves concurrently, the use principle of the second emergent water outlet integrated 510 is: when low district pressure is zero, pressure transducer transmits a signal to switch board, open electrodynamic valve, high district water enters and supplies low district user after air relief valve reduces pressure, second check-valves 516 starts non-return, water through the second variable frequency pump 505 enters the second low district user terminal 512 of drinking water after the second emergent water outlet integrated 510 and second low district's water outlet main valve 511 and drinks and enter the second direct drinking station 513, community for low district user and for user's coin or swipe the card or drink after other modes are bought. pipeline after the second variable frequency pump 505 converges is provided with the second water quality monitor 509, for the water through this place is carried out water quality monitoring, and the water quality information monitored is sent to frequency-conversion control cabinet 1.
Embodiment three
Fig. 6 is the overall construction drawing of intelligence drinking-water integrating device described in the embodiment of the present invention three.
As shown in Figure 6, a kind of intelligence drinking-water integrating device, including frequency-conversion control cabinet 1, water inlet main valve 2, preposition purifier 3 and the 3rd Emergency water supply and secondary pressurized device 6.
Fig. 7 is the structure chart of intelligence drinking-water the 3rd Emergency water supply of integrating device and secondary pressurized device described in the embodiment of the present invention three.
As shown in Figure 7, compared with embodiment one and embodiment two, frequency-conversion control cabinet 1, water inlet main valve 2 that the intelligence drinking-water integrating device of embodiment three includes are all identical with embodiment one and embodiment two with preposition purifier 3, being different in that, the outlet of preposition purifier 3 is connected with three-way connection (pipe) road by pipeline.
The 3rd Emergency water supply and secondary pressurized device 6 in embodiment three include the second stainless steel water tank 601, the second water inlet mozzle 602 and the second ball-cock assembly 603 it is provided with in second stainless steel water tank 601, in the three-way connection (pipe) road being connected with the outlet pipeline of preposition purifier 3, first via pipeline and the second stainless steel water tank 601 are connected, the pipeline communication that the second water inlet mozzle 602 is connected with the 3rd Emergency water supply and secondary pressurized device 6 with preposition purifier 3;Wherein first water inlet mozzle 502 intake water conservancy diversion purpose be tap water enter the second stainless steel water tank 601 be from first intake mozzle 502 water outlet, keep the mobility of the second stainless steel water tank 601 water, bottom the second stainless steel water tank 601 formed stagnant water, the outlet pipeline of the second stainless steel water tank 601 passes sequentially through the second water tank self-cleaning device 604 and is connected with two-way pipeline with after the 3rd check-valves 605, two-way pipeline is equipped with the 3rd variable frequency pump 606, and two-way pipeline is also connected with the 3rd air pressure tank 607, the two-way pipeline being connected with the 3rd air pressure tank 607 merges into a road pipeline, this road pipeline is sequentially provided with the 4th remote transmission sensor 608, 3rd electro connecting pressure gauge 609 and the 3rd water quality monitor 610, this road pipeline is connected with two-way pipeline after the 3rd water quality monitor 610, wherein a road pipeline passes sequentially through the 3rd emergent water outlet integrated 611 and the 3rd low district's water outlet main valve 612 and drinks water terminal 613 with the 3rd low district user and the 3rd direct drinking station, community 614 is connected, an other road pipeline is connected by three-hypers district water outlet main valve 615 terminal 616 of drinking water with three-hypers district user. wherein the 3rd low district's water outlet main valve 612 and three-hypers district water outlet main valve 615 are not limited in drawn by accompanying drawing, and the 3rd low district's water outlet main valve 612 and three-hypers district water outlet main valve 615 can be manual/electric Two purpose valve.
In the three-way connection (pipe) road being connected with the outlet pipeline of preposition purifier 3, second road pipeline passes sequentially through the 5th remote transmission sensor 617, electrodynamic valve 618 is connected with two-way pipeline with after the second voltage stabilizing compensator 619, two-way pipeline is equipped with the 3rd variable frequency pump 606, and two-way pipeline is also connected with the 3rd air pressure tank 607, the two-way pipeline being connected with the 3rd air pressure tank 607 merges into a road pipeline, this road pipeline is sequentially provided with the 4th remote transmission sensor 608, 3rd electro connecting pressure gauge 609 and the 3rd water quality monitor 610, this road pipeline is connected with two-way pipeline after the 3rd water quality monitor 610, wherein a road pipeline passes sequentially through the 3rd emergent water outlet integrated 611 and the 3rd low district's water outlet main valve 612 and drinks water terminal 613 with the 3rd low district user and the 3rd direct drinking station, community 614 is connected, an other road pipeline is connected by three-hypers district water outlet main valve 615 terminal 616 of drinking water with three-hypers district user.
In the three-way connection (pipe) road being connected with the outlet pipeline of preposition purifier 3, three-way connection (pipe) road passes sequentially through the 2nd the 4th check-valves 620 and drinks water terminal 613 after the 3rd low district's water outlet main valve 612 with the 3rd low district user and the 3rd direct drinking station, community 614 is connected.
Wherein, the second emergent integrated 611, the 5th remote transmission sensor 617 of water outlet of water tank self-cleaning device the 604, the 3rd variable frequency pump the 606, the 4th remote transmission sensor the 608, the 3rd electro connecting pressure gauge the 609, the 3rd water quality monitor the 610, the 3rd is all connected with frequency-conversion control cabinet 1 with electrodynamic valve 618.
The workflow of the intelligence drinking-water integrating device of embodiment three is compared with embodiment three, including four kinds of water supply patterns.
The first water supply pattern is low district's direct-furnish aqueous mode, flows through and enters the 3rd low district user terminal 613 of drinking water after the water of water quality accurate filter 306 and ultraviolet ray disinfector 307 is directly over the 4th check-valves 620 and the 3rd low district's water outlet main valve 612 and drink and enter the 3rd direct drinking station 614, community for low district user and for user's coin or swipe the card or drink after other modes are bought.
The second pattern is high district non-negative-pressure variable frequency water supply pattern, the water flowing through water quality accurate filter 306 and ultraviolet ray disinfector 307 enters the 3rd variable frequency pump 606 after the 5th remote transmission sensor 617 and electrodynamic valve 618, supplies three-hypers district user and drinks water terminal 616;When adopting non-negative-pressure variable frequency to supply water, the 4th check-valves 620 starts non-return, it is prevented that tap water refluxes, and adopting the benefit that non-negative-pressure variable frequency supplies water is utilize ductwork pressure to carry out laminating water supply, saves energy and water quality environmental protection.
The third pattern is high district water tank variable frequency water supply pattern, flow through the water of water quality accurate filter 306 and ultraviolet ray disinfector 307 through the second stainless steel water tank 601, and after the second water tank self-cleaning device 604 and the 3rd check-valves 605, enter the 3rd variable frequency pump 606, supply three-hypers district user and drink water terminal 616.
4th kind of water supply pattern is low district variable frequency water supply pattern, and the water through the 3rd variable frequency pump 606 enters the 3rd low district user by the 3rd emergent water outlet integrated 611 and the 3rd low district's water outlet main valve 612 and drinks water terminal 613 and the 3rd direct drinking station, community 614.
The first pattern and the 4th kind of pattern are low district water supply pattern, the second pattern and the third pattern is high district water supply pattern. Can set that the second pattern and the third pattern both of which exchange-column shift supply water, but when municipal administration is cut off the water or during water hydraulic pressure deficiency, namely when the pressure that water pressure sets lower than non-negative-pressure variable frequency water supply pattern, be switched to water tank variable frequency water supply pattern. The service condition of the 4th kind of water supply pattern is when water pressure is lower than the hydraulic pressure of low district's direct-furnish water, automatically turn on the 3rd emergent water outlet integrated 611,3rd emergent water outlet integrated 611 includes electrodynamic valve and air relief valve, wherein air relief valve has the function of check-valves concurrently, the use principle of the 3rd emergent water outlet integrated 611 is: when low district pressure is zero, pressure transducer transmits a signal to switch board, opens electrodynamic valve, and high district water enters and supplies low district user after air relief valve reduces pressure; Supplied water to low district by high district, now should supply the water that three-hypers district user drinks water terminal 616 and the 3rd low district user can be supplied to drink water terminal 613 with emergent.
Fig. 8 is the overall construction drawing of intelligence drinking-water integrated system of the present invention.
As shown in Figure 8, a kind of intelligence drinking-water integrated system, including any one intelligence drinking-water integrating device of above-described embodiment one, embodiment two and embodiment three kinds, also include property monitoring cabinet, head office's CSRC cabinet, server, user drink water terminal detector and customer mobile terminal.
Property monitoring cabinet is for all information gathered in intelligence drinking-water integrating device and is sent to head office's CSRC cabinet by server;
User's terminal detector of drinking water is arranged on user and drinks water in terminal, for detecting the water quality information of user terminal in intelligence drinking-water integrating device, and is sent to customer mobile terminal and head office's CSRC cabinet by server; User terminal includes low district drinking-water terminal, high district drinking-water terminal and direct drinking station, community; Wherein low district drinking-water terminal and high district drinking-water terminal are direct drinking fountain. User's terminal detector of drinking water can detect the effluent quality situation by flowing into the water quality condition before direct drinking fountain and direct drinking fountain.
Head office's CSRC cabinet is for gathering the information of the property monitoring cabinet of all property; And the information of property monitoring cabinet that can pass through to collect sends prompting message by server to customer mobile terminal. As when municipal water supply surprisingly stops, head office's CSRC cabinet sends prompting message to user, remind the timely water storage of user, voltage stabilizing compensator in intelligence drinking-water integrating device or water in stainless steel water tank can ensure that user after unexpected the cutting off the water emergency water of 6-60 minute, this is the human oriented design of the present invention.
Customer mobile terminal is drunk water the water quality information of user terminal that terminal detector sends by server for receiving user, it is also possible to for receiving the prompting message of head office's CSRC cabinet transmission.
Wherein 301 water quality of water inlet water quality monitor are transferred to property monitoring cabinet and head office's CSRC cabinet, when municipal tap water is contaminated, when pollutant exceed standard, send alarm signal, notice property monitoring cabinet and head office's CSRC cabinet water quality management center, (head office's CSRC cabinet water quality management center, can dispose in time or observe change), the links such as tap water filter-sterilized after water inlet water quality monitor 301, water quality monitor on arrival equipment outfall sewer (is the first water quality monitor 413 in embodiment one, it embodiment two is the second water quality monitor 509, embodiment three kinds is the 3rd water quality monitor 610), pollute as tap water pollutes simply moment, through filter-sterilized, water quality monitor display water quality reaching standard on equipment outfall sewer, still user is supplied. if the water quality monitor display water quality on equipment outfall sewer is not up to standard, then the water quality monitor on equipment outfall sewer issues frequency-conversion control cabinet 1 signal, frequency-conversion control cabinet 1 sends control command, high district's water outlet main valve and low district's water outlet main valve are automatically switched off, it be simultaneously emitted by alarm signal to property monitoring cabinet and head office's CSRC cabinet, property personnel's manual operation is had to carry out blowdown, until restorer normal water supply again after quality recovery.
Wherein head office's CSRC cabinet can also according to the personal information of the information of the property monitoring cabinet of all property collected and user, send the health management information of personalization to user, health management information includes the best water quality information being suitable for user and the best mode information etc. instructing user to drink water.
Wherein property monitoring cabinet, head office's CSRC cabinet, the user transmission between terminal detector and customer mobile terminal and server of drinking water can be passed through wired or wirelessly realize; Customer mobile terminal can be mobile phone, computer, IPAD or other move equipment; And customer mobile terminal can receive information by modes such as note, wechat, webpages.
In the present invention, term " first ", " second ", " the 3rd ", " the 4th " etc. only for descriptive purposes, and it is not intended that instruction or hint relative importance or the implicit quantity indicating indicated technical characteristic. Thus, define " first ", the feature of " second " can express or implicitly include at least one this feature. In describing the invention, " multiple " are meant that at least two, for instance two, three etc., unless otherwise expressly limited specifically.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all within the spirit and principles in the present invention, any amendment of making, equivalent replacement, improvement etc., should be included within protection scope of the present invention.

Claims (24)

1. an intelligence drinking-water integrating device, it is characterised in that include frequency-conversion control cabinet (1), water inlet main valve (2), preposition purifier (3) and the first Emergency water supply and secondary pressurized device (4);
Described water inlet main valve (2) is connected by the water inlet of pipeline with described preposition purifier (3), and the outlet of described preposition purifier (3) is connected with described first Emergency water supply and secondary pressurized device (4) by pipeline; Described frequency-conversion control cabinet (1) and described preposition purifier (3) and described first Emergency water supply and secondary pressurized device (4) are all connected;
Described first Emergency water supply and secondary pressurized device (4) include the first voltage stabilizing compensator (401), the outlet of described first voltage stabilizing compensator (401) is connected by pipeline and four road pipelines, and first via pipeline passes sequentially through the first check-valves (405) and first low district's water outlet main valve (406) and drinks water terminal (407) with the first low district user and the first direct drinking station, community (408) is connected; Second road pipeline and three-way connection (pipe) road are equipped with the first variable frequency pump (409), 4th road pipeline is direct piping, second road pipeline, three-way connection (pipe) road and the 4th road pipeline are connected with two-way pipeline after merging into one article of pipeline, and wherein a road pipeline passes sequentially through the first emergent water outlet integrated (414) and first low district's water outlet main valve (406) and drinks water terminal (407) with the first low district user and the first direct drinking station, community (408) is connected; An other road pipeline is connected by first high district's water outlet main valve (415) terminal (416) of drinking water with the first high district user.
2. intelligence drinking-water integrating device according to claim 1, it is characterized in that, described preposition purifier (3) includes water inlet water quality monitor (301), y-type filter (302), backflow preventer (303), water softener (304), flow mixing device (305), water quality accurate filter (306), ultraviolet ray disinfector (307) and instrument aobvious control case (308);
Described water inlet water quality monitor (301), described y-type filter (302) and described backflow preventer (303) are sequentially arranged on the pipeline that the water inlet of described preposition purifier (3) is connected with described water inlet main valve (2); The outlet of described backflow preventer (303) is connected with two-way pipeline by pipeline, wherein a road pipeline and described flow mixing device (305) are joined directly together, and another road pipeline is connected with described flow mixing device (305) by described water softener (304); The outlet of described flow mixing device (305) is connected with two-way pipeline by pipeline, wherein a road pipeline is joined directly together with described first Emergency water supply and secondary pressurized device (4), and another road pipeline passes sequentially through described water quality accurate filter (306) and is connected with described first Emergency water supply and secondary pressurized device (4) with described ultraviolet ray disinfector (307); Described instrument aobvious control case (308) is all connected with described frequency-conversion control cabinet (1), described water inlet water quality monitor (301), described water softener (304), described water quality accurate filter (306) and described ultraviolet ray disinfector (307).
3. intelligence drinking-water integrating device according to claim 1, it is characterized in that, described first voltage stabilizing compensator (401) is provided with pressure transducer (402), drink formula vacuum suppresser (403) and liquid level sensor (404).
4. intelligence drinking-water integrating device according to claim 1, it is characterized in that, in the four road pipelines being connected with the outlet pipeline of described first voltage stabilizing compensator (401), described second road pipeline, described three-way connection (pipe) road and described 4th road pipeline are also connected with the first air pressure tank (410).
5. intelligence drinking-water integrating device according to claim 3, it is characterized in that, in the four road pipelines being connected with the outlet pipeline of described first voltage stabilizing compensator (401), one article of pipeline that described second road pipeline, described three-way connection (pipe) road and described 4th road pipeline merge into is sequentially provided with the first remote transmission sensor (411), the first electro connecting pressure gauge (412) and the first water quality monitor (413).
6. intelligence drinking-water integrating device according to claim 5, it is characterized in that, described liquid level sensor (404), described first variable frequency pump (409), described first remote transmission sensor (411), described first electro connecting pressure gauge (412), described first water quality monitor (413) are all connected with described frequency-conversion control cabinet (1) with the described first emergent water outlet integrated (414).
7. an intelligence drinking-water integrating device, it is characterised in that include frequency-conversion control cabinet (1), water inlet main valve (2), preposition purifier (3) and the second Emergency water supply and secondary pressurized device (5);
Described water inlet main valve (2) is connected by the water inlet of pipeline with described preposition purifier (3), and the outlet of described preposition purifier (3) is connected with described second Emergency water supply and secondary pressurized device (5) by pipeline; Described frequency-conversion control cabinet (1) and described preposition purifier (3) and described second Emergency water supply and secondary pressurized device (5) are all connected;
The outlet of described preposition purifier (3) is connected with two-way pipeline by pipeline, wherein a road pipeline passes sequentially through the second check-valves (516) and second low district's water outlet main valve (511) and drinks water terminal (512) with the second low district user and the second direct drinking station, community (513) is connected, and another road pipeline is directly connected with described second Emergency water supply and secondary pressurized device (5);
Described second Emergency water supply and secondary pressurized device (5) include the first stainless steel water tank (501), the outlet pipeline of described first stainless steel water tank (501) is connected with two-way pipeline by after the first water tank self-cleaning device (504), two-way pipeline is equipped with the second variable frequency pump (505), two-way pipeline is connected with two-way pipeline after merging into a road pipeline, wherein a road pipeline passes sequentially through the second emergent water outlet integrated (510) and described second low district's water outlet main valve (511) and drinks water terminal (512) with described second low district user and described second direct drinking station, community (513) is connected, an other road pipeline is connected by second high district's water outlet main valve (514) terminal (515) of drinking water with the second high district user.
8. intelligence drinking-water integrating device according to claim 7, it is characterized in that, described preposition purifier (3) includes water inlet water quality monitor (301), y-type filter (302), backflow preventer (303), water softener (304), flow mixing device (305), water quality accurate filter (306), ultraviolet ray disinfector (307) and instrument aobvious control case (308);
Described water inlet water quality monitor (301), described y-type filter (302) and described backflow preventer (303) are sequentially arranged on the pipeline that the water inlet of described preposition purifier (3) is connected with described water inlet main valve (2); The outlet of described backflow preventer (303) is connected with two-way pipeline by pipeline, wherein a road pipeline and described flow mixing device (305) are joined directly together, and another road pipeline is connected with described flow mixing device (305) by described water softener (304); The outlet of described flow mixing device (305) is connected with two-way pipeline by pipeline, wherein a road pipeline is joined directly together with described second Emergency water supply and secondary pressurized device (5), and another road pipeline passes sequentially through described water quality accurate filter (306) and is connected with described second Emergency water supply and secondary pressurized device (5) with described ultraviolet ray disinfector (307); Described instrument aobvious control case (308) is all connected with described frequency-conversion control cabinet (1), described water inlet water quality monitor (301), described water softener (304), described water quality accurate filter (306) and described ultraviolet ray disinfector (307).
9. intelligence drinking-water integrating device according to claim 7, it is characterized in that, the pipeline that the outlet of described preposition purifier (3) and the second check-valves (516) are connected is provided with the 3rd remote transmission sensor (517), and described 3rd remote transmission sensor (517) is connected with described frequency-conversion control cabinet (1).
10. intelligence drinking-water integrating device according to claim 7, it is characterised in that be provided with the first water inlet mozzle (502) and the first ball-cock assembly (503) in described first stainless steel water tank (501).
11. intelligence drinking-water integrating device according to claim 7, it is characterized in that, the outlet pipeline of described first stainless steel water tank (501) is also connected with the second air pressure tank (506) by the two-way pipeline after described first water tank self-cleaning device (504).
12. intelligence drinking-water integrating device according to claim 7, it is characterized in that, the road pipeline that the outlet pipeline of described first stainless steel water tank (501) is merged into by the two-way pipeline after described first water tank self-cleaning device (504) is sequentially provided with the second remote transmission sensor (507), the second electro connecting pressure gauge (508) and the second water quality monitor (509).
13. intelligence drinking-water integrating device according to claim 12, it is characterized in that, described first water tank self-cleaning device (504), described second variable frequency pump (505), described second remote transmission sensor (507), described second electro connecting pressure gauge (508), described second water quality monitor (509) are all connected with described frequency-conversion control cabinet (1) with the described second emergent water outlet integrated (510).
14. an intelligence drinking-water integrating device, it is characterised in that include frequency-conversion control cabinet (1), water inlet main valve (2), preposition purifier (3) and the 3rd Emergency water supply and secondary pressurized device (6);
Described water inlet main valve (2) is connected by the water inlet of pipeline with described preposition purifier (3), and the outlet of described preposition purifier (3) is connected with described 3rd Emergency water supply and secondary pressurized device (6) by pipeline; Described frequency-conversion control cabinet (1) and described preposition purifier (3) and described 3rd Emergency water supply and secondary pressurized device (6) are all connected;
The outlet of described preposition purifier (3) is connected with three-way connection (pipe) road by pipeline;
Described 3rd Emergency water supply and secondary pressurized device (6) include the second stainless steel water tank (601), in the three-way connection (pipe) road being connected with the outlet pipeline of described preposition purifier (3), first via pipeline is connected with described second stainless steel water tank (601), the outlet pipeline of described second stainless steel water tank (601) passes sequentially through the second water tank self-cleaning device (604) and is connected with two-way pipeline with after the 3rd check-valves (605), two-way pipeline is equipped with the 3rd variable frequency pump (606), two-way pipeline is connected with two-way pipeline after merging into a road pipeline, wherein a road pipeline passes sequentially through the 3rd emergent water outlet integrated (611) and the 3rd low district's water outlet main valve (612) and drinks water terminal (613) with the 3rd low district user and the 3rd direct drinking station, community (614) is connected, an other road pipeline is connected by three-hypers district water outlet main valve (615) terminal (616) of drinking water with three-hypers district user,
In the three-way connection (pipe) road being connected with the outlet pipeline of described preposition purifier (3), the second road pipeline passes sequentially through the pipeline that electrodynamic valve (618) is provided with described 3rd variable frequency pump (606) afterwards with the second voltage stabilizing compensator (619) with two-way and is connected;
In the three-way connection (pipe) road being connected with the outlet pipeline of described preposition purifier (3), three-way connection (pipe) road passes sequentially through the 4th check-valves (620) and drinks water terminal (613) afterwards with the 3rd low district user with the 3rd low district's water outlet main valve (612) and the 3rd direct drinking station, community (614) is connected.
15. intelligence drinking-water integrating device according to claim 14, it is characterized in that, described preposition purifier (3) includes water inlet water quality monitor (301), y-type filter (302), backflow preventer (303), water softener (304), flow mixing device (305), water quality accurate filter (306), ultraviolet ray disinfector (307) and instrument aobvious control case (308);
Described water inlet water quality monitor (301), described y-type filter (302) and described backflow preventer (303) are sequentially arranged on the pipeline that the water inlet of described preposition purifier (3) is connected with described water inlet main valve (2); The outlet of described backflow preventer (303) is connected with two-way pipeline by pipeline, wherein a road pipeline and described flow mixing device (305) are joined directly together, and another road pipeline is connected with described flow mixing device (305) by described water softener (304); The outlet of described flow mixing device (305) is connected with two-way pipeline by pipeline, wherein a road pipeline is joined directly together with described 3rd Emergency water supply and secondary pressurized device (6), and another road pipeline passes sequentially through described water quality accurate filter (306) and is connected with described 3rd Emergency water supply and secondary pressurized device (6) with described ultraviolet ray disinfector (307); Described instrument aobvious control case (308) is all connected with described frequency-conversion control cabinet (1), described water inlet water quality monitor (301), described water softener (304), described water quality accurate filter (306) and described ultraviolet ray disinfector (307).
16. intelligence drinking-water integrating device according to claim 14, it is characterized in that, the pipeline that the outlet of described preposition purifier (3) is connected with described 4th check-valves (620) is provided with the 5th remote transmission sensor (617), and described 5th remote transmission sensor (617) is connected with described frequency-conversion control cabinet (1).
17. intelligence drinking-water integrating device according to claim 14, it is characterised in that be provided with the second water inlet mozzle (602) and the second ball-cock assembly (603) in described second stainless steel water tank (601).
18. intelligence drinking-water integrating device according to claim 14, it is characterized in that, the outlet pipeline of described second stainless steel water tank (601) is also connected with the 3rd air pressure tank (607) by the two-way pipeline after described second water tank self-cleaning device (604) and described 3rd check-valves (605).
19. intelligence drinking-water integrating device according to claim 14, it is characterized in that, the road pipeline that the outlet pipeline of described second stainless steel water tank (601) is merged into by the two-way pipeline after described second water tank self-cleaning device (604) and described 3rd check-valves (605) is sequentially provided with the 4th remote transmission sensor (608), the 3rd electro connecting pressure gauge (609) and the 3rd water quality monitor (610).
20. intelligence drinking-water integrating device according to claim 19, it is characterized in that, described second water tank self-cleaning device (604), described 3rd variable frequency pump (606), described 4th remote transmission sensor (608), described 3rd electro connecting pressure gauge (609), described 3rd water quality monitor (610), the described 3rd emergent water outlet integrated (611) are all connected with described frequency-conversion control cabinet (1) with described electrodynamic valve (618).
21. an intelligence drinking-water integrated system, it is characterized in that, drink water integrating device including the intelligence according to any one of claim 1,7 and 14, also include property monitoring cabinet, head office's CSRC cabinet, server, user drink water terminal detector and customer mobile terminal;
Described property monitoring cabinet is for all information gathered in described intelligence drinking-water integrating device and is sent to described head office CSRC cabinet by described server;
Described user terminal detector of drinking water is arranged on user and drinks water in terminal, for detecting the water quality information of user terminal in described intelligence drinking-water integrating device, and is sent to described customer mobile terminal and described head office CSRC cabinet by described server; Described user drinks water, and terminal includes low district drinking-water terminal, terminal and direct drinking station, community are drunk water by high district;
Described head office CSRC cabinet is for gathering the information of the described property monitoring cabinet of all property;And the information of described property monitoring cabinet that can pass through to collect sends prompting message by described server to described customer mobile terminal;
Described customer mobile terminal is drunk water the water quality information of described user terminal that terminal detector sends by described server for receiving described user, is also used for receiving the prompting message of described head office CSRC cabinet transmission.
22. intelligence drinking-water integrated system according to claim 21, it is characterized in that, described head office CSRC cabinet can also gather the personal information of user, and the personal information according to the information of the described property monitoring cabinet of all property collected and user, send the health management information of personalization to user, described health management information includes the best water quality information being suitable for user and the best mode information instructing user to drink water.
23. intelligence drinking-water integrated system according to claim 21, it is characterized in that, described low district drinking-water terminal and described high district drinking-water terminal are direct drinking fountain, and described user drinks water terminal detector for detecting the effluent quality situation of the water quality condition before flowing into direct drinking fountain and direct drinking fountain.
24. intelligence drinking-water integrated system according to claim 21, it is characterized in that, the transmission that described property monitoring cabinet, described head office CSRC cabinet, described user drink water between terminal detector and described customer mobile terminal and described server is by wired or wirelessly realize; Described customer mobile terminal is mobile phone, computer or Wearable mobility device; Described customer mobile terminal receives information by the mode of note, wechat and webpage.
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