CN105217858A - A kind of without waste water water-purifying machine - Google Patents
A kind of without waste water water-purifying machine Download PDFInfo
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- CN105217858A CN105217858A CN201510689499.6A CN201510689499A CN105217858A CN 105217858 A CN105217858 A CN 105217858A CN 201510689499 A CN201510689499 A CN 201510689499A CN 105217858 A CN105217858 A CN 105217858A
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Abstract
The invention discloses one and can make full use of waste water (tail water), really realize wastewater zero discharge without waste water water-purifying machine, comprise: source water inlet, first armstrong's patent valve, first electric control one-way valve, first force (forcing) pump, grade one filter, first water quality sensor, secondary filter, second water quality sensor, reverse osmosis membrane filt, 3rd water quality sensor, purified water storage device, first water level sensor, purified water storage case, go out water controller, second electrically-controlled valve, under meter, pure water water outlet, 3rd electrically-controlled valve, second force (forcing) pump, second water level sensor, ultraviolet disinfecting lamp tube, 4th water quality sensor, wastewater treatment case, 3rd pressure pump, 4th electric control one-way valve, 3rd water level sensor, first pressure transmitter, the parts such as high pressure waste water water tank, by setting up high pressure waste water water tank and being communicated with water lines in community, thus realize can all effectively utilizing the waste water (tail water) produced in pure water process processed.
Description
Technical field
The present invention relates to water-purifying machine technical field, particularly relate to a kind of energy-conserving and environment-protective without waste water water-purifying machine.
Background technology
Statistics display, China's water contamination accident is occurred frequently, the Drinking Water Source Quality dangerous population related to about 1.4 hundred million people.Water pollutions situation startling, make ordinarily resident increasingly strong to the demand of safe drinking water, house ornamentation water purifier also just seems very necessary.
The mode that current water-purifying machine normally adopts level to filter is filtered source water, generally adopt " RO film " (reverse osmosis membrane) as filtering membrane, reverse osmosis membrane utilizes reverse osmosis technology to accomplish to eliminate to the bacterium in water, virus and microorganism, precious metal etc.Finally provide clean pure water to user.But due to the natural characteristics of reverse osmosis membrane, a large amount of waste water (also known as tail water) can be produced while obtaining pure water, current water-purifying machine is generally often produce 1 ton of pure water just to produce 2 tons of tail water, and this large amount of tail water is all directly flowed away by water drain to have slatterned.The Chinese country serious as a drought and water shortage.Freshwater resources occupancy volume per person only has 2200 cubic metres, is only 1/4 of world average level, 1/5 of the U.S., and ranking 121 in the world, is one of 13 countries that water resources is the poorest per capita in the whole world.Under the reality of lack of water like this, more so a large amount of waste water resource does not obviously meet the requirement of Sustainable development
Summary of the invention
The object of the present invention is to provide one can make full use of waste water (tail water), really realize wastewater zero discharge without waste water water-purifying machine, a large amount of saving water resource, thus solve in prior art the foregoing problems existed.
To achieve these goals, the technical solution used in the present invention is as follows:
A kind of without waste water water-purifying machine, comprising: source water inlet, first armstrong's patent valve, first electric control one-way valve, first force (forcing) pump, grade one filter, first water quality sensor, secondary filter, second water quality sensor, reverse osmosis membrane filt, 3rd water quality sensor, purified water storage device, first water level sensor, purified water storage case, go out water controller, second electrically-controlled valve, under meter, pure water water outlet, 3rd electrically-controlled valve, second force (forcing) pump, second water level sensor, ultraviolet disinfecting lamp tube, 4th water quality sensor, wastewater treatment case, 3rd pressure pump, 4th electric control one-way valve, 3rd water level sensor, first pressure transmitter, high pressure waste water water tank, topping-up pump, 5th electric control one-way valve, second pressure transmitter, second armstrong's patent valve, connect the water outlet of community intermediate water pipeline, explosion trap, wastewater effluent mouth, normal pressure wastewater tank, 4th water level sensor, wastewater effluent button, 6th electrically-controlled valve, power supplying line cable, principal controller and message accounting, described source water inlet and municipal tap water pipeline or community from the beginning water pipeline are connected, the pipeline of entrance rear end, described water source is disposed with the first armstrong's patent valve, the first electric control one-way valve, the first force (forcing) pump, grade one filter, secondary filter and reverse osmosis membrane filt along water (flow) direction, and is connected by pipeline, wherein the water outlet side of grade one filter is provided with the first water quality sensor, the water outlet side of described secondary filter is provided with the second water quality sensor, the pure water water outlet side of described reverse osmosis membrane filt is provided with the 3rd water quality sensor, and described first electric control one-way valve, described first force (forcing) pump, described first water quality sensor, described second water quality sensor are connected with described principal controller electrical signal respectively with described 3rd water quality sensor, the pure water water outlet side of described reverse osmosis membrane filt is connected with described purified water storage device by pipeline, described purified water storage device comprises housing and is arranged on the described purified water storage case of described enclosure interior, described go out water controller, described second electrically-controlled valve and described under meter and be arranged on the water outlet inductor block of described purified water storage apparatus surface and described pure water water outlet, described first water level sensor is arranged on the inside of described purified water storage case, described first water level sensor, described second electrically-controlled valve, described under meter, described water outlet inductor block respectively with described go out water controller electrical signal be connected, the tail water water outlet side of described reverse osmosis membrane filt is connected with described wastewater treatment case by pipeline, be provided with described second water level sensor, described ultraviolet disinfecting lamp tube and described 4th water quality sensor in described wastewater treatment case, described second water level sensor, described ultraviolet disinfecting lamp tube are connected with described principal controller electrical signal respectively with described 4th water quality sensor, described wastewater treatment case is provided with two water outlets, and one of them is connected with the first outlet conduit, and another is connected with the second outlet conduit, described first outlet conduit is disposed with described second force (forcing) pump, described 3rd electrically-controlled valve and described normal pressure wastewater tank along water outlet direction, described second force (forcing) pump is connected with described principal controller electrical signal respectively with described 3rd electrically-controlled valve, described 4th water level sensor is provided with in described normal pressure wastewater tank, described normal pressure wastewater tank arranged outside has described wastewater effluent button, described 6th electrically-controlled valve and described wastewater effluent mouth, and described 4th water level sensor, described wastewater effluent button are connected with described principal controller electrical signal respectively with described 6th electrically-controlled valve, described second outlet conduit is disposed with described 3rd pressure pump, described 4th electric control one-way valve and described high pressure waste water water tank along water outlet direction, described 3rd pressure pump is connected with described principal controller electrical signal respectively with described 4th electric control one-way valve, be provided with described 3rd water level sensor and described first pressure transmitter in described high pressure waste water water tank, described 3rd water level sensor is connected with described principal controller electrical signal respectively with described first pressure transmitter, the outlet conduit of described high pressure waste water water tank is disposed with described 5th electric control one-way valve, described second pressure transmitter and described second armstrong's patent valve along water outlet direction, the outlet conduit of described second armstrong's patent valve rear end is communicated with middle water lines existing in community, described 5th electric control one-way valve, described second pressure transmitter are connected with described principal controller electrical signal respectively, described topping-up pump is connected with described principal controller electrical signal, and the pressure output end of described topping-up pump is communicated with described high pressure waste water water tank, described high pressure waste water water tank is also provided with described explosion trap, the supply lead electrical connection of described power supplying line Lan Yu city.
Preferably, described water outlet inductor block comprises infrared inductor and/or two-dimension code recognition device, described infrared inductor and/or two-dimension code recognition device respectively with described go out water controller electrical signal be connected.
Preferably, described grade one filter is the strainer for large granular impurity in filtering water, and its filter core selects polypropylene filter core.
Preferably, described secondary filter is the strainer for chlorine residue in filtering water, smell, peculiar smell and small-particle impurity, and its filter core selects granulated active carbon filter core.
Preferably, also comprise housing, described each major parts without waste water water-purifying machine is all placed in described housing.
Preferably, described principal controller is also connected with for the wireless data transceiving device with far-end server communication.
Preferably, described wireless data transceiving device selects 4G wireless module and/or wifi wireless module.
The invention has the beneficial effects as follows:
Of the present invention without waste water water-purifying machine, by setting up high pressure waste water water tank and being communicated with water lines in community, thus realize can all effectively utilizing the waste water (tail water) produced in pure water process processed, greatly save water resources, avoid water resource waste.
Accompanying drawing explanation
Fig. 1 is the structural representation without waste water water-purifying machine of the present invention;
Wherein: 1---source water inlet; 2---first armstrong's patent valve; 3---first electric control one-way valve; 4---first force (forcing) pump; 5---grade one filter; 6---first water quality sensor; 7---secondary filter; 8---second water quality sensor; 9---reverse osmosis membrane filt; 10---the 3rd water quality sensor; 11---purified water storage device; 12---first water level sensor; 13---purified water storage case; 14---goes out water controller; 15---second electrically-controlled valve; 16---under meter; 17---pure water water outlet; 18---the 3rd electrically-controlled valve; 19---second force (forcing) pump; 20---second water level sensor; 21---ultraviolet disinfecting lamp tube; 22---the 4th water quality sensor; 23---wastewater treatment case; 24---the 3rd pressure pump; 25---the 4th electric control one-way valve; 26---the 3rd water level sensor; 27---first pressure transmitter; 28---high pressure waste water water tank; 29---topping-up pump; 30---the 5th electric control one-way valve; 31---second pressure transmitter; 32---second armstrong's patent valve; 33---connects the water outlet of community intermediate water pipeline; 34---explosion trap; 35---wastewater effluent mouth; 36---normal pressure wastewater tank; 37---the 4th water level sensor; 38---wastewater effluent button; 39---the 6th electrically-controlled valve; 40---power supplying line cable; 41---principal controller; 42---water outlet inductor block.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with accompanying drawing, the present invention is further elaborated.Should be appreciated that embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
As shown in Figure 1, the invention discloses a kind of without waste water water-purifying machine, comprising: source water inlet, first armstrong's patent valve, first electric control one-way valve, first force (forcing) pump, grade one filter, first water quality sensor, secondary filter, second water quality sensor, reverse osmosis membrane filt, 3rd water quality sensor, purified water storage device, first water level sensor, purified water storage case, go out water controller, second electrically-controlled valve, under meter, pure water water outlet, 3rd electrically-controlled valve, second force (forcing) pump, second water level sensor, ultraviolet disinfecting lamp tube, 4th water quality sensor, wastewater treatment case, 3rd pressure pump, 4th electric control one-way valve, 3rd water level sensor, first pressure transmitter, high pressure waste water water tank, topping-up pump, 5th electric control one-way valve, second pressure transmitter, second armstrong's patent valve, connect the water outlet of community intermediate water pipeline, explosion trap, wastewater effluent mouth, normal pressure wastewater tank, 4th water level sensor, wastewater effluent button, 6th electrically-controlled valve, power supplying line cable, principal controller and water outlet inductor block, described source water inlet and municipal tap water pipeline or community from the beginning water pipeline are connected, the pipeline of entrance rear end, described water source is disposed with the first armstrong's patent valve, the first electric control one-way valve, the first force (forcing) pump, grade one filter, secondary filter and reverse osmosis membrane filt along water (flow) direction, and is connected by pipeline, wherein the water outlet side of grade one filter is provided with the first water quality sensor, the water outlet side of described secondary filter is provided with the second water quality sensor, the pure water water outlet side of described reverse osmosis membrane filt is provided with the 3rd water quality sensor, and described first electric control one-way valve, described first force (forcing) pump, described first water quality sensor, described second water quality sensor are connected with described principal controller electrical signal respectively with described 3rd water quality sensor, the pure water water outlet side of described reverse osmosis membrane filt is connected with described purified water storage device by pipeline, described purified water storage device comprises housing and is arranged on the described purified water storage case of described enclosure interior, described go out water controller, described second electrically-controlled valve and described under meter and be arranged on the described water outlet inductor block of described purified water storage apparatus surface and described pure water water outlet, described first water level sensor is arranged on the inside of described purified water storage case, described first water level sensor, described second electrically-controlled valve, described under meter, described water outlet inductor block respectively with described go out water controller electrical signal be connected, the tail water water outlet side of described reverse osmosis membrane filt is connected with described wastewater treatment case by pipeline, be provided with described second water level sensor, described ultraviolet disinfecting lamp tube and described 4th water quality sensor in described wastewater treatment case, described second water level sensor, described ultraviolet disinfecting lamp tube are connected with described principal controller electrical signal respectively with described 4th water quality sensor, described wastewater treatment case is provided with two water outlets, and one of them is connected with the first outlet conduit, and another is connected with the second outlet conduit, described first outlet conduit is disposed with described second force (forcing) pump, described 3rd electrically-controlled valve and described normal pressure wastewater tank along water outlet direction, described second force (forcing) pump is connected with described principal controller electrical signal respectively with described 3rd electrically-controlled valve, described 4th water level sensor is provided with in described normal pressure wastewater tank, described normal pressure wastewater tank arranged outside has described wastewater effluent button, described 6th electrically-controlled valve and described wastewater effluent mouth, and described 4th water level sensor, described wastewater effluent button are connected with described principal controller electrical signal respectively with described 6th electrically-controlled valve, described second outlet conduit is disposed with described 3rd pressure pump, described 4th electric control one-way valve and described high pressure waste water water tank along water outlet direction, described 3rd pressure pump is connected with described principal controller electrical signal respectively with described 4th electric control one-way valve, be provided with described 3rd water level sensor and described first pressure transmitter in described high pressure waste water water tank, described 3rd water level sensor is connected with described principal controller electrical signal respectively with described first pressure transmitter, the outlet conduit of described high pressure waste water water tank is disposed with described 5th electric control one-way valve, described second pressure transmitter and described second armstrong's patent valve along water outlet direction, the outlet conduit of described second armstrong's patent valve rear end is communicated with middle water lines existing in community, described 5th electric control one-way valve, described second pressure transmitter are connected with described principal controller electrical signal respectively, described topping-up pump is connected with described principal controller electrical signal, and the pressure output end of described topping-up pump is communicated with described high pressure waste water water tank, described high pressure waste water water tank is also provided with described explosion trap, the supply lead electrical connection of described power supplying line Lan Yu city.Described water outlet inductor block comprises infrared inductor and/or two-dimension code recognition device, described infrared inductor and/or two-dimension code recognition device respectively with described go out water controller electrical signal be connected.Whether described infrared inductor is used for induction has water intaking apparatus at water outlet water receiving, automatic outletting after water receiving apparatus being detected, stopping water outlet when detecting that water receiving apparatus is removed; Further can also paste the two-dimension code label comprising this apparatus capacity information on conventional water receiving apparatus, the capacity information comprised in Quick Response Code is obtained by two-dimension code recognition device, thus automatically control aquifer yield by the feedback of under meter, anti-sealing overflows or water is measured not, really realizes intelligent water outlet.Software Create agreement form Quick Response Code is generated as by Quick Response Code, the capacity information of 3 liters is included in Quick Response Code, then being attached to capacity after being printed by this Quick Response Code is on the kettle of more than 3 liters, water outlet will be stopped at once when then reaching 3 liters with aquifer yield during this kettle water receiving, really realize Intelligent life.Described grade one filter is the strainer for large granular impurity in filtering water, and its filter core selects polypropylene filter core.Described secondary filter is the strainer for chlorine residue in filtering water, smell, peculiar smell and small-particle impurity, and its filter core selects granulated active carbon filter core.Of the present inventionly also comprise housing without waste water water-purifying machine, described each major parts without waste water water-purifying machine is all placed in described housing.Described principal controller is also connected with for the wireless data transceiving device with far-end server communication.Described wireless data transceiving device selects 4G wireless module and/or wifi wireless module.
During installation, the source water inlet without waste water water-purifying machine of the present invention is communicated with tap water pipe line in community, the water outlet of high pressure waste water water tank is communicated with water lines middle in community, confirm that power supplying line cable is communicated with supply lead after errorless by connection, confirm that each electrically-controlled valve of water-purifying machine opens the first armstrong's patent valve and the second armstrong's patent valve after working properly, enter the stand-by stage.Now principal controller detects in purified water storage case do not have pure water deposit, the first electric control one-way valve is then driven to open, drive the first force (forcing) pump running simultaneously, start water processed, the pure water inflow purified water storage case filtered through grade one filter, secondary filter and reverse osmosis membrane filt is for subsequent use; While water processed, the first water quality sensor, the second water quality sensor and the 3rd water quality sensor detect strainer effluent quality at different levels in real time, and abnormal conditions are also uploaded to after far-end server receives the signal of unit exception and can notify that user contact person mobile phone and after sale service personnel carry out respective handling immediately by mobile network or mobile communications network by wireless data transceiving device by the hard stop when water quality detection result occurs abnormal.When the pure water water level in purified water storage case reaches preset upper limit, principal controller drives the first force (forcing) pump and the first electric control one-way valve to cut out, and stops water processed, and the pure water water level in Real-Time Monitoring purified water storage case, as find water level decreasing and lower than pre-determined lower limit time, then start water processed.The waste water (tail water) produced in water process processed flows into wastewater treatment case by pipeline (pipeline can install force (forcing) pump additional), although the water flowing into wastewater treatment case is waste water but it is the water through grade one filter and secondary filter twice filtration, its water quality in water lines in community in water water quality.In wastewater treatment case, the second water level sensor is to water quantity monitoring, and the 4th water quality sensor is to water quality monitoring (WQM), and when principal controller finds that water quality needs to sterilize, then principal controller drives ultraviolet disinfecting lamp tube to light water disinfection.When the second water level sensor detect the water yield of water level higher than lower limit and in normal pressure wastewater tank lower than upper in limited time, described principal controller drives the 3rd electrically-controlled valve and the startup of the second force (forcing) pump to be transferred in normal pressure wastewater tank for subsequent use by the water in wastewater treatment case, when the water level in wastewater treatment case is prescribed a time limit higher than upper lower than the water level in lower limit or normal pressure waste water tank, then principal controller drives the second force (forcing) pump and the 3rd electrically-controlled valve to cut out stopping transmission.If now water-purifying machine is still at water processed, then waste water will flow into wastewater treatment case endlessly, if now the water level in wastewater treatment case and the water level in normal pressure wastewater tank all reach the upper limit, then principal controller drives the 4th electric control one-way valve and the 3rd pressure pump startup work to be pressed into by waste water in high pressure waste water water tank until cut out the 3rd pressure pump and the 4th electric control one-way valve, so that wastewater treatment case can continue the waste water produced in reception water process processed when water level in wastewater treatment case falls back near lower limit.Principal controller obtains case internal pressure value by the first pressure transmitter in high pressure waste water water tank, the force value in community in water lines is obtained by the second pressure transmitter, when being greater than the force value certain numerical value in middle water lines when case internal pressure, principal controller drives the 5th electric control one-way valve to open, and makes the water in high pressure waste water water tank be pressed in community in water lines.If the water level in high pressure waste water water tank close to the upper limit and case internal pressure is still not more than the pressure in middle water lines time, then principal controller drive topping-up pump be that the supercharging of high pressure waste water water tank reaches force value to make it.In order to prevent hypertonia in high pressure waste water water tank from causing danger, high pressure waste water water tank is also provided with explosion trap for Emergency time pressure release.Meet high pressure waste water water tank for principle after the demand first meeting normal pressure wastewater tank in a word.User can take tail water at any time by the water outlet of normal pressure waste water tank, and the water outlet of normal pressure waste water tank can also connect the system pipeline of the available tail water such as flushing toiler system and washing machine of user, to use tail water.If have automatic flower watering system in user family, then can also be connected with the water intaking pipeline of automatic flower watering system.Design like this can make to reduce the number of starts around equipment such as the electrically-controlled valve of high pressure waste water water tank and force (forcing) pumps, thus saves power consumption, energy-saving and emission-reduction.Further, if user is low layer resident family or villa owner can also draw high pressure hose and carwash hydraulic giant on high pressure water tank, for the direct self-service carwash of user, make use of the pressure resource of high pressure water tank more fully.
By adopting technique scheme disclosed by the invention, obtain effect useful as follows:
Of the present invention without waste water water-purifying machine, by setting up high pressure waste water water tank and being communicated with water lines in community, thus realize can all effectively utilizing the waste water (tail water) produced in pure water process processed, greatly save water resources, avoid water resource waste.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should look protection scope of the present invention.
Claims (7)
1. without a waste water water-purifying machine, it is characterized in that, comprising: source water inlet, first armstrong's patent valve, first electric control one-way valve, first force (forcing) pump, grade one filter, first water quality sensor, secondary filter, second water quality sensor, reverse osmosis membrane filt, 3rd water quality sensor, purified water storage device, first water level sensor, purified water storage case, go out water controller, second electrically-controlled valve, under meter, pure water water outlet, 3rd electrically-controlled valve, second force (forcing) pump, second water level sensor, ultraviolet disinfecting lamp tube, 4th water quality sensor, wastewater treatment case, 3rd pressure pump, 4th electric control one-way valve, 3rd water level sensor, first pressure transmitter, high pressure waste water water tank, topping-up pump, 5th electric control one-way valve, second pressure transmitter, second armstrong's patent valve, connect the water outlet of community intermediate water pipeline, explosion trap, wastewater effluent mouth, normal pressure wastewater tank, 4th water level sensor, wastewater effluent button, 6th electrically-controlled valve, power supplying line cable, principal controller and message accounting, described source water inlet and municipal tap water pipeline or community from the beginning water pipeline are connected, the pipeline of entrance rear end, described water source is disposed with the first armstrong's patent valve, the first electric control one-way valve, the first force (forcing) pump, grade one filter, secondary filter and reverse osmosis membrane filt along water (flow) direction, and is connected by pipeline, wherein the water outlet side of grade one filter is provided with the first water quality sensor, the water outlet side of described secondary filter is provided with the second water quality sensor, the pure water water outlet side of described reverse osmosis membrane filt is provided with the 3rd water quality sensor, and described first electric control one-way valve, described first force (forcing) pump, described first water quality sensor, described second water quality sensor are connected with described principal controller electrical signal respectively with described 3rd water quality sensor, the pure water water outlet side of described reverse osmosis membrane filt is connected with described purified water storage device by pipeline, described purified water storage device comprises housing and is arranged on the described purified water storage case of described enclosure interior, described go out water controller, described second electrically-controlled valve and described under meter and be arranged on the water outlet inductor block of described purified water storage apparatus surface and described pure water water outlet, described first water level sensor is arranged on the inside of described purified water storage case, described first water level sensor, described second electrically-controlled valve, described under meter, described water outlet inductor block respectively with described go out water controller electrical signal be connected, the tail water water outlet side of described reverse osmosis membrane filt is connected with described wastewater treatment case by pipeline, be provided with described second water level sensor, described ultraviolet disinfecting lamp tube and described 4th water quality sensor in described wastewater treatment case, described second water level sensor, described ultraviolet disinfecting lamp tube are connected with described principal controller electrical signal respectively with described 4th water quality sensor, described wastewater treatment case is provided with two water outlets, and one of them is connected with the first outlet conduit, and another is connected with the second outlet conduit, described first outlet conduit is disposed with described second force (forcing) pump, described 3rd electrically-controlled valve and described normal pressure wastewater tank along water outlet direction, described second force (forcing) pump is connected with described principal controller electrical signal respectively with described 3rd electrically-controlled valve, described 4th water level sensor is provided with in described normal pressure wastewater tank, described normal pressure wastewater tank arranged outside has described wastewater effluent button, described 6th electrically-controlled valve and described wastewater effluent mouth, and described 4th water level sensor, described wastewater effluent button are connected with described principal controller electrical signal respectively with described 6th electrically-controlled valve, described second outlet conduit is disposed with described 3rd pressure pump, described 4th electric control one-way valve and described high pressure waste water water tank along water outlet direction, described 3rd pressure pump is connected with described principal controller electrical signal respectively with described 4th electric control one-way valve, be provided with described 3rd water level sensor and described first pressure transmitter in described high pressure waste water water tank, described 3rd water level sensor is connected with described principal controller electrical signal respectively with described first pressure transmitter, the outlet conduit of described high pressure waste water water tank is disposed with described 5th electric control one-way valve, described second pressure transmitter and described second armstrong's patent valve along water outlet direction, the outlet conduit of described second armstrong's patent valve rear end is communicated with middle water lines existing in community, described 5th electric control one-way valve, described second pressure transmitter are connected with described principal controller electrical signal respectively, described topping-up pump is connected with described principal controller electrical signal, and the pressure output end of described topping-up pump is communicated with described high pressure waste water water tank, described high pressure waste water water tank is also provided with described explosion trap, the supply lead electrical connection of described power supplying line Lan Yu city.
2. according to claim 1ly it is characterized in that without waste water water-purifying machine, described water outlet inductor block comprises infrared inductor and/or two-dimension code recognition device, described infrared inductor and/or two-dimension code recognition device respectively with described go out water controller electrical signal be connected.
3. according to claim 1ly it is characterized in that without waste water water-purifying machine, described grade one filter is the strainer for large granular impurity in filtering water, and its filter core selects polypropylene filter core.
4. according to claim 1ly it is characterized in that without waste water water-purifying machine, described secondary filter is the strainer for chlorine residue in filtering water, smell, peculiar smell and small-particle impurity, and its filter core selects granulated active carbon filter core.
5. according to claim 1ly it is characterized in that without waste water water-purifying machine, also comprise housing, described each major parts without waste water water-purifying machine is all placed in described housing.
6. according to claim 1ly it is characterized in that without waste water water-purifying machine, described principal controller is also connected with for the wireless data transceiving device with far-end server communication.
7. according to claim 6ly it is characterized in that without waste water water-purifying machine, described wireless data transceiving device selects 4G wireless module and/or wifi wireless module.
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| WO2018032134A1 (en) * | 2016-08-14 | 2018-02-22 | 何兰 | Information pushing method during two-dimensional code-based water dispensing, and water dispenser |
| CN106430420A (en) * | 2016-09-30 | 2017-02-22 | 浙江沁园水处理科技有限公司 | Concentrated water discharge device and water purifier with concentrated water discharge device |
| CN106986397A (en) * | 2017-05-24 | 2017-07-28 | 珠海格力电器股份有限公司 | Water treatment device and method |
| CN108128824A (en) * | 2018-01-14 | 2018-06-08 | 丁云广 | The water purifier Sewage treatment circulatory system |
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