CN103161196B - Purification detecting supply device of tap water - Google Patents
Purification detecting supply device of tap water Download PDFInfo
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- CN103161196B CN103161196B CN201210524141.4A CN201210524141A CN103161196B CN 103161196 B CN103161196 B CN 103161196B CN 201210524141 A CN201210524141 A CN 201210524141A CN 103161196 B CN103161196 B CN 103161196B
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Abstract
The invention relates to a purification detecting supply device of tap water and is applied in the field of tap water supply of high-rise residential communities. The purification detecting supply device of the tap water comprises a controlling cabinet, water inlets, a front-arranged purifying device, a buffer jar, variable frequency pumps and air pressure tank jars, wherein the water inlets and water outlets are formed in the buffer jar and the front-arranged purifying device, the tap water firstly flows into the front-arranged purifying device to be purified, the water outlet of the front-arranged purifying device is connected with two pipelines through pipelines, a first pipeline is connected with the water inlet of the buffer jar, a second pipeline is connected with user drinking terminals, the water outlet of the buffer jar is connected with three pipelines through pipelines, the variable frequency pumps are arranged on two pipelines of the three pipelines connected with the buffer jar, the three pipelines are further connected with the air pressure tank jars, the three pipelines and the air pressure tank jars are connected with the user drinking terminals through the same pipeline, and the controlling cabinet is used for controlling the front-arranged purifying device and the variable frequency pumps. Water quality is detected, the water is purified to be capable of being drunk directly, and the water is enabled to be transported to users.
Description
Technical field
The present invention relates to one water purification from the beginning and detect supply equipment, be applied to the supply field of the tap water of high-rise community.
Background technology
2009 firmly the portion of building once National urban drinking water quality situation was generally investigated, but non-publish data result so far.Multidigit insider claim, this time actual qualification rate of testing result only about 50%.At present, the metropolitan drinking water from the beginning such as Beijing and Shanghai still cannot directly be drunk.Tap water, from water factory's long distance delivery to each water supply community, because of water supply line corrosion, result in tap water and contains the severe contamination situations such as the more and calcium ions and magnesium ions content of granule foreign is higher.After contaminated tap water direct taps into water supply line, cause the first-class blocking of the fire hose; The underproof tap water of water quality, hardness is higher, and pipeline also can fouling and clogging gradually, and water discharge of water faucet speed diminishes gradually.Use unpurified tap water, gyp causes economic loss, and hardening after clothing washes makes people lack comfort, and human body drinks easy calculus pathology for a long time, and the bacterium grown in pipeline enters user terminal, affects the healthy of user.Traditional method drinks after water is boiled, and the oxygen in water and trace element are separated, and decreases healthy element.Buy pure water, cost is high, and the pure water that some producer provides is even unqualified.Without water quality monitoring system, when tap water is contaminated or water quality is not up to standard, user is also using, serious harm life health.
Summary of the invention
Technical problem to be solved by this invention is to provide one water purification from the beginning and detects supply equipment, and it can very well and automatic purified tap water water source, provides the tap water that user is capable of direct drinking.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: one water purification from the beginning detects supply equipment, it comprises switch board, water inlet, preposition purifier, vacuum tank, variable frequency pump and air pressure tank, described vacuum tank is provided with vacuum tank water inlet and vacuum tank delivery port, described preposition purifier is provided with preposition purifier water inlet and preposition purifier delivery port, described water inlet is connected with described preposition purifier water inlet by pipeline, described preposition evolution device delivery port is connected with two-way pipeline by pipeline, wherein first via pipeline is connected with described vacuum tank water inlet, second road pipeline and user terminal of drinking water is connected, described vacuum tank delivery port is connected with three-way connection (pipe) road by pipeline, two-way pipeline in the three-way connection (pipe) road be connected with described vacuum tank delivery port pipeline is equipped with described variable frequency pump, the three-way connection (pipe) road be connected with described vacuum tank delivery port pipeline is also connected with described air pressure tank, the three-way connection (pipe) road be connected with described vacuum tank delivery port pipeline and described air pressure tank are also connected by same pipeline and user terminal of drinking water, and the pipeline that is connected of described terminal of drinking water with user is provided with hydraulic pressure sensor, described switch board is for controlling described preposition purifier and described variable frequency pump.
The invention has the beneficial effects as follows: by Water warfare, and hardness of water is regulated and controled to can directly drink, finally accurately water is flowed to required user.
On the basis of technique scheme, the present invention can also do following improvement.
Further, described preposition purifier comprises backflow preventer, strainer, demineralizer, and described backflow preventer, strainer and demineralizer are located on the pipeline that is connected with water inlet successively.
Adopt the beneficial effect of above-mentioned further scheme to be the particle filtered out in water, and water is adjusted to normal hardness.And the sewage containing particle is drained.
Further, the pipeline that described demineralizer is connected with vacuum tank is provided with flow mixing device, described strainer delivery port is also directly connected with described flow mixing device water inlet by pipeline, the delivery port pipeline of described flow mixing device is provided with successively pH value adjuster and the first water quality testing meter, the pipeline be connected with direct drinking station, described community is provided with the second water quality testing meter.
The beneficial effect of above-mentioned further scheme is adopted to be can the acid-base value at Real-Time Monitoring water source by water quality monitor.
Further, described vacuum tank is provided with without negative pressure canceller, and the second road pipeline be connected with described water inlet is provided with the first ultraviolet ray disinfector, and described vacuum tank delivery port pipeline is provided with the second ultraviolet ray disinfector.
The beneficial effect of above-mentioned further scheme is adopted to be sterilize further to water source.
Further, described the second road pipeline be connected with water inlet is after described first ultraviolet ray disinfector process, and this pipeline is divided into again two-way pipeline.Described second road pipeline is in the two-way pipeline be divided into again after the second described ultraviolet ray disinfector process, and wherein a road pipeline is connected with low layer user, and another road pipeline is connected with direct drinking station, community.
Adopt the beneficial effect of above-mentioned further scheme to be that tap water capable of direct drinking like this can be used for low layer user, directly can supply direct drinking station, community again.
Further, described switch board is connected with the second water quality testing meter with the first water quality testing meter with described demineralizer, strainer, the first ultraviolet ray disinfector, the second ultraviolet ray disinfector, variable frequency pump, hydraulic pressure sensor respectively by cable.
The beneficial effect of above-mentioned further scheme is adopted to be situation by water quality being detected, intellectual analysis draws the result controlling preposition purifier, ultraviolet ray disinfector, water tank self-cleaning device, variable frequency pump, controls preposition purifier, ultraviolet ray disinfector, water tank self-cleaning device, variable frequency pump etc.
Further, described hydraulic pressure sensor, the first water quality testing meter and the second water quality testing meter are provided with signal emission module respectively, the hydraulic pressure information of tap water of signal emission module on described hydraulic pressure sensor for launching described hydraulic pressure sensor and collecting, the signal emission module on described first water quality testing meter and the second water quality testing meter is all for launching water quality condition information detected by water quality testing meter; Described switch board is provided with signal receiving module, signal processing module and signal emission module, the hydraulic signal that signal receiving module on described switch board sends out for the signal emission module received on described hydraulic pressure sensor, the first water quality testing meter and the second water quality testing meter and water quality condition signal, signal processing module on described switch board is for the treatment of the information received and make control command, the control command that the signal emission module on described switch board is made for launching described switch board; Described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump are provided with signal receiving module respectively, the control command that the signal receiving module that described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump are provided with is made for receiving described switch board, and control described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump work according to the described control command received.
Adopt the beneficial effect of above-mentioned further scheme to be, replace by the mode of transmission of wireless signals and by the mode of cable signal transmission, the cost of this equipment reduced and be easy to construction.
Further, described switch board is also provided with touch-screen, described touch-screen is used for the control command of switch board input to described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump.
Adopt the beneficial effect of above-mentioned further scheme to be, by touch-screen, can artificially initiatively corresponding order is made to described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention 1;
Fig. 2 is the structural representation of the embodiment of the present invention 2.
In accompanying drawing, the list of parts representated by each label is as follows:
1, water inlet, 2, butterfly valve, 3, backflow preventer, 4, strainer, 5, blow-off pipe, 6, demineralizer, 7, flow mixing device, 8, water quality testing meter, 9, vacuum tank, 10, without negative pressure canceller, 11, air pressure tank, the 12, second ultraviolet ray disinfector, 13, variable frequency pump, 14, flap valve, 15, pH value adjuster, 16, direct drinking station, community, 17, direct drinking fountain, 18, user drinks water terminal, 19, switch board, the 20, first ultraviolet ray disinfector, 21, hydraulic pressure sensor, 22, touch-screen, the 23, second water quality testing meter.
Detailed description of the invention
Be described principle of the present invention and feature below in conjunction with accompanying drawing, example, only for explaining the present invention, is not intended to limit scope of the present invention.
Embodiment 1
As shown in Figure 1, the present invention includes switch board 19, water inlet 1, preposition purifier, vacuum tank 9, variable frequency pump 13 and air pressure tank 11, described vacuum tank 9 is provided with vacuum tank water inlet and vacuum tank delivery port, described preposition purifier is provided with preposition purifier water inlet and preposition purifier delivery port, described water inlet 1 is connected with described preposition purifier water inlet by pipeline, described preposition evolution device delivery port is connected with two-way pipeline by pipeline, wherein first via pipeline is connected with described vacuum tank 9 water inlet, second road pipeline and user terminal of drinking water is connected, described vacuum tank 9 delivery port is connected with three-way connection (pipe) road by pipeline, two-way pipeline in the three-way connection (pipe) road be connected with described vacuum tank 9 delivery port pipeline is equipped with described variable frequency pump 13, the three-way connection (pipe) road be connected with described vacuum tank 9 delivery port pipeline is also connected with described air pressure tank 11, the three-way connection (pipe) road be connected with described vacuum tank 9 delivery port pipeline and described air pressure tank are also connected by same pipeline and user terminal of drinking water, and the pipeline that is connected of described terminal of drinking water with user is provided with hydraulic pressure sensor 21, described switch board 19 is for controlling described preposition purifier and described variable frequency pump 13.Described preposition purifier carries out assembling according to the water quality situation of locality, such as it can comprise backflow preventer 3, strainer 4, demineralizer 6, ultraviolet ray disinfector, backflow preventer 3 is used to prevent tap water to be back to water inlet, strainer 4 is used to tap water to carry out filtration treatment, granule foreign in removing tap water, accurate filter or backwash filter can be selected to be this equipment use, demineralizer 6 is used to the concentration of the calcium ions and magnesium ions in tap water to reduce, described backflow preventer 3, strainer 4 and demineralizer 6 are located on the pipeline that is connected with water inlet successively, described strainer 4 is also connected to blow-off pipe 5.The pipeline that described demineralizer 6 is connected with vacuum tank 9 is provided with flow mixing device 7, flow mixing device 7 is used to the water of a part after softening to mix fully without softening water with a part, can maintain the calcium ions and magnesium ions concentration of tap water in a normal range (NR) of needed by human body like this after mixing.Described strainer 4 delivery port is also directly connected with described flow mixing device 7 water inlet by pipeline, the delivery port pipeline of described flow mixing device 7 is provided with successively pH value adjuster 15 and water quality testing meter 8, described pH value adjuster 15 is used to the acid-base value regulating tap water, the acid-base value of tap water is in the normal range (NR) of needed by human body, and water quality testing meter 8 is used to detect the impurity concentration of tap water, acid-base value and calcium ions and magnesium ions content.Described vacuum tank 9 is provided with without negative pressure canceller 10, the pressure regulating pot with no negative pressure is used to without negative pressure canceller 10, another name vacuum suppresser, it is the requisite device of non-negative pressure water-supply installation, be when city planting ductwork tap water flow is less than user's discharge without its effect of negative pressure canceller, prevent serial connection pipe network from producing vacuum and imbalance of pressure.Described vacuum tank 9 delivery port pipeline is provided with the second ultraviolet ray disinfector 12, and ultraviolet ray disinfector is used to carry out sterilizing to tap water.Described the second road pipeline be connected with water inlet 1 is also provided with the first ultraviolet ray disinfector 20.The first and second wherein said ultraviolet ray disinfectors all can replace with ozonateur.Described the second road pipeline be connected with water inlet 1 is after processing through the first described ultraviolet ray disinfector 20, and this pipeline is divided into again two-way pipeline.In the two-way pipeline that described second road pipeline is divided into again after processing through described first ultraviolet ray disinfector 20, wherein a road pipeline is connected with low layer user, and another road pipeline and community direct drinking station 16 of inserting coins is connected.In floor, just directly can be realized the user supplied water by descaling line pressure, this number of plies is relevant with descaling line pressure and floor height etc., and such as, described low layer user is the user of less than 3 layers and 3 layers.The lead end of described switch board 19 is also connected with the second water quality testing meter 23 with described demineralizer 6, strainer 4, first ultraviolet ray disinfector 20, second ultraviolet ray disinfector 12, variable frequency pump 13, hydraulic pressure sensor 21, first water quality testing meter 8 respectively by cable.Therefore switch board 19 obtains from water quality monitor 8 and water quality testing meter 23 calcium ions and magnesium ions content and acid-base value information that tap water detected.When calcium ions and magnesium ions content exceeds the content that needed by human body asks, just control demineralizer 6 and work, regulate hardness of water from the beginning to make it remain normal; When the acid-base value in tap water exceeds standard, just control the work of pH value adjuster, regulate the acid-base value of tap water to make it remain normal.Switch board 19 obtains hydraulic signal from hydraulic pressure sensor 21, just controls variable frequency pump 13 work when the hydraulic pressure got does not reach predetermined value.Simultaneously switch board 19 also can controlling filter 4, first ultraviolet ray disinfector 20 and the second ultraviolet ray disinfector 12 work, thus the level making the water quality condition of tap water maintain a health can directly to drink.
Municipal administration water is by water inlet 1, meanwhile corresponding butterfly valve 2 is opened, so municipal water enters backflow preventer 3, enter backwash filter 4 subsequently, backwash filter 4 filtering out particulate matter, and demineralizer 6 is entered after blow-off pipe 5 is drained, demineralizer 6 suitably reduces (to be needed to be adjusted to optimal hardness index according to human body after hardness of water from the beginning, being generally weak base PH is 7.35), water source is divided into two tunnels by pipeline: lead up to after ultraviolet ray disinfector 7 sterilization, wherein a part is directly for each water spot of low layer, at each water spot, direct drinking fountain is installed, after water is further filtered, supply user drinks, a part enters coin direct drinking station 16, community in addition, user's coin is purchased direct drinking and is drunk, two tunnels enter vacuum tank 9, vacuum tank 9 is provided with without negative pressure canceller 10, describedly call vacuum suppresser without negative pressure canceller 7, it is the requisite device of non-negative pressure water-supply installation, when city planting ductwork tap water flow is less than user's discharge without its effect of negative pressure canceller, prevent serial connection pipe network from producing vacuum and imbalance of pressure, therefore constitute one take advantage of water receptacle without negative-pressure balancing tank.And this system is also provided with water quality testing meter 8 and water quality testing meter 23, water quality monitor 8 and water quality testing meter 23 all can Real-Time Monitoring water quality acid-base value situations, and by information transmission to switch board 19, switch board 19 controls demineralizer 6 and operates, also can control backwash filter 4 simultaneously, first ultraviolet ray disinfector 20, second running such as ultraviolet ray disinfector 12 grade, when there being user's water, hydraulic pressure sensor 21 responds to variation in water pressure and by Signal transmissions to switch board 19, thus switch board 19 controls the rotating speed of variable frequency pump 13 and needs the number of units of startup, water enters variable frequency pump 13 from vacuum tank 9, water is pressurized to pressure needed for user by it, then be fed to each and use water spot 18, before each water spot 18, direct drinking fountain is installed, after water is further filtered, supply user drinks.When water supply volume hour, the air pressure tank 11 on outfall sewer can play the effect of low discharge moisturizing, and can absorb variable frequency pump 13 and start the compression shock produced instantaneously.Described switch board is also provided with touch-screen, and described touch-screen is used for making control command to described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump.
Embodiment 2
The place different from embodiment 1 is, as shown in Figure 2, this equipment can replace by transmission of wireless signals mode the mode using cable signal transmission.Described hydraulic pressure sensor 21, first water quality testing meter 8 and the second water quality testing meter 23 are provided with signal emission module respectively, the hydraulic pressure information of tap water of signal emission module on described hydraulic pressure sensor 21 for launching described hydraulic pressure sensor 21 and collecting, the signal emission module on described first water quality testing meter 8 and the second water quality testing meter is all for launching water quality condition information detected by water quality testing meter, described switch board 19 is provided with signal receiving module, signal processing module and signal emission module, the hydraulic signal that signal receiving module on described switch board 19 sends out for the signal emission module received on described hydraulic pressure sensor 21, first water quality testing meter 8 and the second water quality testing meter 23 and water quality condition signal, signal processing module on described switch board 19 is for the treatment of the information received and make control command, the control command that the signal emission module on described switch board 19 is made for launching described switch board 19, at described demineralizer 6, strainer 4, pH value adjuster 15, first ultraviolet ray disinfector 20 and the second ultraviolet ray disinfector 12, variable frequency pump 13 is provided with signal receiving module respectively, described demineralizer 6, strainer 4, pH value adjuster 15, first ultraviolet ray disinfector 20 and the second ultraviolet ray disinfector 12, the control command that the signal receiving module that variable frequency pump 13 is provided with is made for receiving described switch board 19, and control described demineralizer 6 according to the described control command received, strainer 4, pH value adjuster 15, first ultraviolet ray disinfector 20 and the second ultraviolet ray disinfector 12, variable frequency pump 13 works.Therefore switch board 19 obtains from water quality monitor 8 calcium ions and magnesium ions content and acid-base value information that tap water detected.When calcium ions and magnesium ions content exceeds the content that needed by human body asks, just control demineralizer 6 and work, regulate hardness of water from the beginning to make it remain normal; When the acid-base value in tap water exceeds standard, just control the work of pH value adjuster, regulate the acid-base value of tap water to make it remain normal.Switch board 19 obtains hydraulic signal from hydraulic pressure sensor 21, just controls variable frequency pump 13 work when the hydraulic pressure got does not reach predetermined value.Simultaneously switch board 19 also can controlling filter 4, first ultraviolet ray disinfector 20 and the second ultraviolet ray disinfector 12 work, thus the level making the water quality condition of tap water maintain a health can directly to drink.By the control command that touch-screen 22 works to demineralizer 6, strainer 4, pH value adjuster 15, first ultraviolet ray disinfector 20 and the second ultraviolet ray disinfector 12 described in switch board input control, variable frequency pump 13, can the artificial described demineralizer 6 of control initiatively, strainer 4, pH value adjuster 15, first ultraviolet ray disinfector 20 and the second ultraviolet ray disinfector 12, variable frequency pump 13 work respectively.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (6)
1. a water purification from the beginning detects supply equipment, comprise switch board, water inlet, preposition purifier, vacuum tank, variable frequency pump and air pressure tank, it is characterized in that: described vacuum tank is provided with vacuum tank water inlet and vacuum tank delivery port, described preposition purifier is provided with preposition purifier water inlet and preposition purifier delivery port, described water inlet is connected with described preposition purifier water inlet by pipeline, described preposition evolution device delivery port is connected with two-way pipeline by pipeline, wherein first via pipeline is connected with described vacuum tank water inlet, second road pipeline and user terminal of drinking water is connected, described vacuum tank delivery port is connected with three-way connection (pipe) road by pipeline, two-way pipeline in the three-way connection (pipe) road be connected with described vacuum tank delivery port pipeline is equipped with described variable frequency pump, the three-way connection (pipe) road be connected with described vacuum tank delivery port pipeline is also connected with described air pressure tank, the three-way connection (pipe) road be connected with described vacuum tank delivery port pipeline and described air pressure tank are also connected by same pipeline and user terminal of drinking water, and the pipeline that is connected of described terminal of drinking water with user is provided with hydraulic pressure sensor, described switch board is for controlling described preposition purifier and described variable frequency pump,
Described preposition purifier comprises backflow preventer, strainer and demineralizer, and described backflow preventer, strainer and demineralizer are located on the pipeline that is connected with water inlet successively;
The pipeline that described demineralizer is connected with vacuum tank is provided with flow mixing device, and described strainer delivery port is also connected with described flow mixing device water inlet by pipeline;
The the second road pipeline be connected with described water inlet is provided with the first ultraviolet ray disinfector, described the second road pipeline be connected with water inlet is after described first ultraviolet ray disinfector process, this pipeline is divided into again two-way pipeline, wherein a road pipeline is connected with low layer user, and another road pipeline is connected with direct drinking station, community; Wherein, described low layer user is the user of less than 3 layers and 3 layers;
The delivery port pipeline of described flow mixing device is provided with successively pH value adjuster and the first water quality testing meter, the pipeline be connected with direct drinking station, described community is provided with the second water quality testing meter.
2. one according to claim 1 water purification from the beginning detects supply equipment, it is characterized in that: described vacuum tank is provided with without negative pressure canceller.
3. one according to claim 2 water purification from the beginning detects supply equipment, it is characterized in that: described vacuum tank delivery port pipeline is provided with the second ultraviolet ray disinfector.
4. one according to claim 3 water purification from the beginning detects supply equipment, it is characterized in that: described switch board is connected with the second water quality testing meter with the first water quality testing meter with described demineralizer, strainer, the first ultraviolet ray disinfector, the second ultraviolet ray disinfector, variable frequency pump, hydraulic pressure sensor respectively by cable.
5. one according to claim 3 water purification from the beginning detects supply equipment, it is characterized in that: on described hydraulic pressure sensor, the first water quality testing meter and the second water quality testing meter, be provided with signal emission module respectively, the hydraulic pressure information of tap water of signal emission module on described hydraulic pressure sensor for launching described hydraulic pressure sensor and collecting, the signal emission module on described first water quality testing meter and the second water quality testing meter is all for launching water quality condition information detected by water quality testing meter;
Described switch board is provided with signal receiving module, signal processing module and signal emission module, the hydraulic signal that signal receiving module on described switch board sends out for the signal emission module received on described hydraulic pressure sensor, the first water quality testing meter and the second water quality testing meter and water quality condition signal, signal processing module on described switch board is for the treatment of the information received and make control command, the control command that the signal emission module on described switch board is made for launching described switch board;
Described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump are provided with signal receiving module respectively, the control command that the signal receiving module that described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump are provided with is made for receiving described switch board, and control described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump work according to the described control command received.
6. one according to claim 5 water purification from the beginning detects supply equipment, it is characterized in that: described switch board is also provided with touch-screen, described touch-screen is used for the control command of switch board input to described demineralizer, strainer, pH value adjuster, the first ultraviolet ray disinfector and the second ultraviolet ray disinfector, variable frequency pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210524141.4A CN103161196B (en) | 2012-12-07 | 2012-12-07 | Purification detecting supply device of tap water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210524141.4A CN103161196B (en) | 2012-12-07 | 2012-12-07 | Purification detecting supply device of tap water |
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| Publication Number | Publication Date |
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| CN103161196A CN103161196A (en) | 2013-06-19 |
| CN103161196B true CN103161196B (en) | 2015-05-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210524141.4A Active CN103161196B (en) | 2012-12-07 | 2012-12-07 | Purification detecting supply device of tap water |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104878802B (en) * | 2015-05-19 | 2016-06-15 | 瞿星 | A kind of intelligence drinking-water integrating device and system |
| CN107368024A (en) * | 2017-07-21 | 2017-11-21 | 珠海格力电器股份有限公司 | Water purifier |
| CN108634793A (en) * | 2018-07-06 | 2018-10-12 | 广州泰道安医疗科技有限公司 | A kind of sterilization method of sterilizing drinking equipment and the drinking equipment |
| CN112485391A (en) * | 2020-10-27 | 2021-03-12 | 海南聚能科技创新研究院有限公司 | Community drinking water quality monitoring equipment |
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| CN103161196A (en) | 2013-06-19 |
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