CN204625375U - Portable drink water purifying process all-in-one inferior - Google Patents
Portable drink water purifying process all-in-one inferior Download PDFInfo
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- CN204625375U CN204625375U CN201520089524.2U CN201520089524U CN204625375U CN 204625375 U CN204625375 U CN 204625375U CN 201520089524 U CN201520089524 U CN 201520089524U CN 204625375 U CN204625375 U CN 204625375U
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Abstract
The utility model relates to drinking water purification device, namely a kind of portable drink water purifying process all-in-one inferior, comprises closed cabinet, is arranged on the PLC on cabinet and display screen, this indicating meter, by PLC controlling run, is arranged on the cleaning treatment system in cabinet inner chamber; Wherein: described cleaning treatment system comprises again the strainer I be serially connected in successively on inlet channel, vacuum primingpump, strainer II, slow-release scale inhibitor supply device, strainer III, strainer IV, high-pressure pump, the reverse osmosis unit with RO film and water tank; Described water tank is connected by Backwash pipeline and strainer II, strainer III and strainer IV; Described strainer II, strainer III and strainer IV are connected with blow-off pipe simultaneously, and the sewage draining exit of this blow-off pipe is positioned at outside cabinet, and blow-off pipe is provided with by the wash water valve of PLC controlling run, this wash water valve is near the sewage draining exit of blow-off pipe.Due to described structure, reduce maintenance cost, handling maintenance is convenient and extend work-ing life.
Description
Technical field
The utility model relates to drinking water purification device, is a kind ofly to be flow condition with water source inferior, can to reduce the convenient and movable type that the increases the service life drink water purifying process inferior all-in-one of maintenance cost, handling maintenance.
Background technology
Drinking water safety problem has obtained the attention of people, the health problem caused due to drinking water safety problem and social concern also get more and more, the raising of common people's consciousness proposes the market requirement to high quality drinking water treatment equipment, facilitates development and the innovation of tap water technology.
Occur that many batches of take tap water as the drinking-water quality treater of former water in the market, their process water outlet all can reach the water quality requirement of national tap water, but there is the human consumer that a group is special, they may often work in the wild, or natively outlying and fixing (such as border check point, the place of their work, team is reconnoitred in address, oil-gas field is drilled, emergency disaster relief is rescued) they also wish the tap water that can drink acceptable safety, and the water condition in these places is very limited, also municipal tap water or small towns tap water can not be had, can only gather materials on the spot namely to make and namely drink, and there is following problem in these water sources: fluorine-containing, containing arsenic, each heavy metal species, high saliferous (brackish water), high chroma, high concentrtion, high rigidity, carcinogenic teratogen, under these special water conditions, the water quality treater at general with tap water is water source does not possess workability.Prior art be that the water quality treater at water source generally comprises cabinet with tap water, the cleaning treatment system being positioned at cabinet and the controller with PLC control strip be positioned on cabinet panel, cleaning treatment system generally also comprises suction pump and strainer, chemicals dosing plant and water storage box, water storage box is communicated with the water tap stretching out cabinet by pipeline.
The water quality treater of prior art uses under above-mentioned water source environment inferior, needs the frequent filter core changing strainer, is easy to block water quality treater, pipeline and component, inspection and maintenance high expensive; Due to self structure maintenance inconvenience, work-ing life is short.
Utility model content
The purpose of this utility model is to provide and a kind ofly reduces the convenient and movable type that the increases the service life drink water purifying process inferior all-in-one of maintenance cost, handling maintenance.
The technical scheme adopted for realizing the utility model above-mentioned purpose is: a kind of portable drink water purifying process all-in-one inferior, comprise closed cabinet, be arranged on the PLC on cabinet, be positioned at the display screen in PLC, trip switch and pilot lamp, this display screen and pilot lamp, by PLC controlling run, are arranged on the cleaning treatment system in cabinet inner chamber; Wherein:
Described cleaning treatment system comprises again the strainer I be serially connected in successively on inlet channel, vacuum primingpump, strainer II, slow-release scale inhibitor supply device, strainer III, strainer IV, high-pressure pump, the reverse osmosis unit with RO film and water tank; Described vacuum primingpump and high-pressure pump are by PLC controlling run;
Described water tank is connected by Backwash pipeline and strainer II, strainer III and strainer IV; Described strainer II, strainer III and strainer IV are connected with blow-off pipe simultaneously, and the sewage draining exit of this blow-off pipe is positioned at outside cabinet, and blow-off pipe is provided with by the wash water valve of PLC controlling run, this wash water valve is near the sewage draining exit of blow-off pipe;
Described there is the reverse osmosis unit of RO film clean water area and water tank connect, this contraminated zone with the reverse osmosis unit of RO film is connected by two connecting tubes and blow-off pipe, described two connecting tubes is respectively arranged with by the sewage blow-down valve of PLC controlling run and back-washing valve I;
Described Backwash pipeline is provided with by the backwashing pump of PLC controlling run and back-washing valve II;
Described strainer I adopts the woven wire filter basket of pore size filter 200 microns, strainer II adopts the filtrate steel silk screen of pore size filter 50 microns, strainer III adopts the filtrate steel silk screen of pore size filter 5 microns and strainer IV to adopt the filtrate steel silk screen of pore size filter 1 micron;
Be provided with liquid level sensor in described water tank, this liquid level sensor is by liquid level signal feedback in the water tank of detection to PLC, and PLC controls display screen display water level position; Described water tank and the intake be positioned at outside cabinet are connected, and this intake and PLC are positioned at same box outer wall.
Due to said structure, reduce maintenance cost, handling maintenance is convenient and extend work-ing life.
Accompanying drawing explanation
The nonlimiting examples that the utility model can be provided by accompanying drawing further illustrates.
Fig. 1 is external structure schematic diagram of the present utility model.
Fig. 2 be Fig. 1 face structural representation.
Fig. 3 is the right TV structure schematic diagram of Fig. 1.
Fig. 4 is the structural representation at the inner front orientation place of the utility model.
Fig. 5 is the structural representation at the inner back side place of the utility model.
Fig. 6 is the schematic flow sheet of the utility model cleaning treatment system.
In figure: 1, cabinet; 2, PLC; 3, display screen; 301, program instruction control panel; 302, poor-quality water influent quality indicator panel; 303, water quality of purifying waste water indicator panel; 304, water tank water level display screen; 4, trip switch; 401, power switch; 402, run switch; 403, intake switch; 5, pilot lamp; 501, power light; 502, water intaking pilot lamp; 503, warning indicator light; 6, strainer I; 7, vacuum primingpump; 8, strainer II; 9, slow-release scale inhibitor supply device; 10, strainer III; 11, strainer IV; 12, high-pressure pump; 13, there is the reverse osmosis unit of RO film; 14, water tank; 15, Backwash pipeline; 16, blow-off pipe; 17, connecting tube; 18, sewage blow-down valve; 19, back-washing valve I; 20, backwashing pump; 21, back-washing valve II; 22, constant pressure water supply machine; 23, intake; 24, attacker portion; 25, deslagging window; 26, roller; 27, low-voltage protective switch; 28, high voltage protective switch; 29, anhydrous protection switch; 30, electronic water inlet pump valve; 31, wash water valve; 32, influent quality detection instrument; 33, inlet channel; 34, working shaft; 35, tensimeter I; 36, flow meter I; 37, tensimeter II; 38, flow meter II; 39, ultraviolet sterilizer; 40, rising pipe; 41, general supply.
Embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail:
See accompanying drawing 1 to 6, movable type in figure drink water purifying process inferior all-in-one, comprise closed cabinet 1, be arranged on the PLC 2 on cabinet 1, be positioned at the display screen 3 in PLC 2, trip switch 4 and pilot lamp 5, this display screen 3 and pilot lamp 5, by PLC 2 controlling run, are arranged on the cleaning treatment system in cabinet 1 inner chamber; Wherein:
Described cleaning treatment system comprises again the strainer I 6 be serially connected in successively on inlet channel 33, vacuum primingpump 7, strainer II 8, slow-release scale inhibitor supply device 9, strainer III 10, strainer IV 11, high-pressure pump 12, the reverse osmosis unit 13 with RO film and water tank 14; Described vacuum primingpump 7 and high-pressure pump 12 are by PLC 2 controlling run;
Described water tank 14 is connected by Backwash pipeline 15 and strainer II 8, strainer III 10 and strainer IV 11; Described strainer II 8, strainer III 10 and strainer IV 11 are connected with blow-off pipe 16 simultaneously, the sewage draining exit of this blow-off pipe 16 is positioned at outside cabinet 1, blow-off pipe 16 is provided with by the wash water valve 31 of PLC 2 controlling run, this wash water valve 31 is near the sewage draining exit of blow-off pipe 16;
Clean water area and the water tank 14 of the reverse osmosis unit 13 of the described RO of having film are connected, this contraminated zone with the reverse osmosis unit 13 of RO film is connected by two connecting tubes 17 and blow-off pipe 16, described two connecting tubes 17 is respectively arranged with by the sewage blow-down valve 18 of PLC 2 controlling run and back-washing valve I 19;
Described Backwash pipeline 15 is provided with by the backwashing pump 20 of PLC 2 controlling run and back-washing valve II 21;
The filtrate steel silk screen that described strainer I 6 adopts the woven wire filter basket of pore size filter 200 microns, strainer II 8 adopts pore size filter 50 microns, strainer III 10 adopt the filtrate steel silk screen of pore size filter 5 microns and strainer IV 11 to adopt the filtrate steel silk screen of pore size filter 1 micron;
Be provided with liquid level sensor in described water tank 14, liquid level signal feedback is to PLC 2 by the water tank 14 of detection for this liquid level sensor, and PLC 2 controls display screen 3 and shows water level position; Described water tank 14 is connected with the intake 23 be positioned at outside cabinet 1, and this intake 23 is positioned at same box outer wall with PLC 2.
Can be transported to dry point for ease of machine product water directly to drink for people, in above-described embodiment, preferably: be provided with constant pressure water supply machine 22 between described water tank 14 and the intake outside cabinet 1 23, this constant pressure water supply machine 22 is positioned at cabinet 1.
For ensureing that the polluted source of especially severe does not enter refining plant, in above-described embodiment, preferably: the inlet channel 4 before the water-in of described strainer I 6 is provided with influent quality detection instrument 32, the poor-quality water source data of detection is fed back to PLC 2 by this influent quality detection instrument 32, and this PLC 2 controls display screen 3 and shows source quality inferior.Corresponding following warning indicator light 503 is controlled whether to report to the police by the actual higher limit that arranges of PLC 2 according to influent quality detection instrument 32.
For ease of operating and realizing intelligent management, in above-described embodiment, preferably: on the outlet conduit of water tank 14, be provided with tensimeter I 35 and flow meter I 36, the inlet channel 33 with the water-in front of the reverse osmosis unit 13 of RO film is provided with tensimeter II 37, the connecting tube 17 with sewage blow-down valve 18 is provided with flow meter II 38; Described display screen 3 comprises again program instruction control panel 301, poor-quality water influent quality indicator panel 302, water quality of purifying waste water indicator panel 303 and water tank water level display screen 304; Described trip switch 4 comprises again power switch 401, run switch 402 and intake switch 403; Described pilot lamp 5 comprises again power light 501, water intaking pilot lamp 502 and warning indicator light 503, and described warning indicator light 503 is also provided with loud speaker; Ultraviolet sterilizer 39 is provided with in water tank 14;
Water tank 14 and rising pipe 40 are connected, the intake 23 be positioned at outside cabinet 1 is connected by bypass pipe and rising pipe 40, this rising pipe 40 is provided with working shaft 34, and the Sewage outlet of the water outlet of described rising pipe 40 and the water-in of inlet channel 33 and blow-off pipe 16 is all in the same sidewall of cabinet 1.
For ease of carrying, in above-described embodiment, preferably: the two side of described cabinet 1 is provided with the attacker portion 24 of being convenient to carry cabinet 1, and this attacker portion 24 is positioned at the adjacent two side of PLC 2.
For ease of deslagging, in above-described embodiment, preferably: the sidewall of described cabinet 1 is provided with deslagging window 25, and this deslagging window 25 is positioned at the entrance end of inlet channel 33, described strainer I 6 is close to deslagging window 25, and this deslagging window 25 is provided with spring loaded window.
For ease of carrying, in above-described embodiment, preferably: the bottom of described cabinet 1 is provided with roller 26.
For ensureing system cloud gray model; in above-described embodiment; preferably: the feed-water end of described high-pressure pump 12 is provided with low-voltage protective switch 27, the water side of high-pressure pump 12 is provided with high voltage protective switch 28, and described low-voltage protective switch 27 and high voltage protective switch 28 are by PLC 2 controlling run.The feed-water end of described vacuum primingpump 7 is provided with anhydrous protection switch 29.
In above-described embodiment, preferably: the inlet channel 33 between described slow-release scale inhibitor supply device 9 and strainer III 10 is provided with electronic water inlet motorized valve 30, this electronic water inlet motorized valve 30 is by PLC 2 controlling run.
In above-described embodiment, the parts of PLC 2 controlling run all adopt data line to be connected with PLC 2 by described parts.The object that slow-release scale inhibitor supply device 9 is arranged prevents the water source of high rigidity, easily fouling from polluting the fouling tendency that membrane element causes.Extend membranous system work-ing life.The outer filtering surface of the stainless steel filtrate steel silk screen of strainer II is provided with and electronicly scrapes motor, when stainless outer filtering surface block by dirt, automatic scraping washes pollutent, recovery filtration capacity.
When above-mentioned movable type drink water purifying process inferior all-in-one uses, by vehicle-mounted for equipment to field, with mobile generator power supply for entering electricity, by general supply 41 conducting on mobile generator power supply and cabinet 1, select suitable water sources, inlet channel 33 and intake pipe are connected, then intake pipe is thrown in water source, startup PLC 2 controls inlet channel 33 and intakes, the water inlet of machine is first through the monitoring of influent quality detection instrument 32, influent quality detection instrument 32 capping value, prescribe a time limit when water inlet exceedes the upper of setting, quality alarm starts sound and light alarm, and " water source seriously badly please be changed in water source " is shown on poor-quality water influent quality indicator panel 302, but when water source is for polluting not serious, machine normally runs.The water inlet of machine may be high sediment charge high opacity, high chroma, high suspended matter, even there is the water inlet of leaf, grass roots, pasture and water, before entering into water pump, the large dregs material in water is first removed by a strainer I 6, the water pump of guarantee system is not wound or damages, the regularly scarfing cinder of this strainer I 6.Then the polluted water of large for filtering dregs is pumped in strainer II 8 by vacuum primingpump 7, this strainer II 8 is made up of filtering layer and outer electronic scraper outside 316 stainless steels of 50 Mm filter precision, this strainer II 8 can withstand various corrosion and the pollution of polluted water, the various macroscopic suspended substance of 90% more than 50 microns can be filtered out at this filtration fraction, enter into slow-release scale inhibitor supply device 9 afterwards, this slow-release scale inhibitor supply device 9 can go out appropriate Scale inhibitors to slowly-releasing in water, at high saliferous, brackish water, high resolution is always solid, operation and the water quality reaching standard of follow-up reverse osmosis unit 16 long-term stability with RO film can be helped in the polluted source situation of high rigidity, filtered water enters into strainer III 10 and strainer IV 11 afterwards, filtering accuracy arrangement mode is first 5 microns 1 micron again, after 5 microns and 1 micron filter, in water, the material of most non-solubility is removed, this micro-filter can not remove ionic species solvency, in order to the life-time service of strainer and the inconvenience of side area replacing filtering, it still adopts anticorrosive, the stainless steel high with weather resistance and be provided with and instead clean facility, the backwash procedure product water of the reverse osmosis unit 13 with RO film can be started carry out efficient backwash in PLC 2.The water filtered through strainer IV 11 pumps into the reverse osmosis unit 13 with RO film by high-pressure pump 12 and carries out depth type filtration and deviate from ion, high-pressure pump 12 arranges the two protection of high pressure after low pressure and pump before pump, ensure system stable operation, water has been carried out the treating processes of reverse osmosis by the reverse osmosis unit 13 with RO film under the propelling movement of high-pressure pump 12 crunch, have each heavy metal species in the reverse osmosis unit 13 of RO film at this, pesticide residue, carcinogenic substance, bacterium, virus etc. are whole Hazardous substances almost, ion matter is deviate from, guarantee drinking-water is perfectly safe, the water outlet with reverse osmosis unit 13 clean water area of RO film enters into temporary water tank, two position sensor is set in water tank 14, this sensor be used for monitoring water tank water completely or water few, the start and stop of whole filtering system are controlled by PLC 2, be provided with effluent quality on-line computing model whether qualified for monitoring effluent quality in water tank 14 simultaneously, defective, sound and light alarm also shows on the man-machine screen of complete machine, " produce that water is defective please overhaul machine or clean, replacing consumptive material ", after water tank 14, ultraviolet sterilizer is set, ensure that the pettiness bacterial contamination produced after the water of water tank 14 contacts with air is had no place to hide, ensure the tap water absolutesterility safety of finally being gone out by constant pressure water supply machine 22 pumping, this ultraviolet sterilizer links with constant pressure water supply machine.When end user presses the water supply button on PLC 2 panel, constant pressure water supply machine 22 starts the tap water of the feed high-quality to user's constant constant voltage.This machine is closed cubes body structure, and the fast open screw only when system fault maintenance, filter material are changed by teardown of engine back opens bonnet.
In above-described embodiment, described PLC 2, display screen 3, trip switch 4, pilot lamp 5, strainer I 6, vacuum primingpump 7, strainer II 8, slow-release scale inhibitor supply device 9, strainer III 10, strainer IV 11, high-pressure pump 12, there is the reverse osmosis unit 13 of RO film, backwashing pump 20, constant pressure water supply machine 22, low-voltage protective switch 27, high voltage protective switch 28, anhydrous protection switch 29, electronic water inlet pump valve 30, influent quality detection instrument 32, working shaft 34, tensimeter I 35, flow meter I 36, tensimeter II 37, flow meter II 38, ultraviolet sterilizer 39 and spring loaded window are market products.Wherein PLC 2 adopts (siemens 224), display screen 3 adopts (MCGS-TPC7062), strainer I 6, strainer II 8, strainer III 10 and strainer IV 11 adopt Chongqing Wei Neng Entec Co., Ltd. workpiece, vacuum primingpump 7 adopts (southern CHL), slow-release scale inhibitor supply device 9 adopts Chongqing Wei Neng Entec Co., Ltd. workpiece, high-pressure pump 12 adopts (southern CDLF), the reverse osmosis unit 13 with RO film adopts (DOW4040), backwashing pump 20 adopts (southern CHL), back-washing valve II 21 adopts (DZ-25), constant pressure water supply machine 22 adopts Chongqing Wei Neng Entec Co., Ltd. to assemble workpiece, influent quality detection instrument 32 adopts (CCT3320V), low-voltage protective switch 27 adopts (SM-301), high voltage protective switch adopts 28 (SM-306) and anhydrous protection switch 29 to adopt (SM-210), electronic water inlet pump valve 30 adopts (DZ-25) and spring loaded window to adopt Chongqing Wei Neng Entec Co., Ltd. workpiece.
Obviously, all embodiments of foregoing description are a part of embodiments of the present utility model, instead of whole embodiments.Based on embodiment of the present utility model, those of ordinary skill in the art are not making other embodiments all obtained under creative work prerequisite, all belong to the category of the utility model protection.
In sum, the utility model reduces maintenance cost, handling maintenance is convenient and extend work-ing life.
Claims (10)
1. a movable type drink water purifying process inferior all-in-one, comprise closed cabinet (1), be arranged on the PLC (2) on cabinet (1), be positioned at the display screen (3) in PLC (2), trip switch (4) and pilot lamp (5), this display screen (3) and pilot lamp (5), by PLC (2) controlling run, are arranged on the cleaning treatment system in cabinet (1) inner chamber; It is characterized in that:
Described cleaning treatment system comprises again the strainer I (6) be serially connected in successively on inlet channel (33), vacuum primingpump (7), strainer II (8), slow-release scale inhibitor supply device (9), strainer III (10), strainer IV (11), high-pressure pump (12), the reverse osmosis unit (13) with RO film and water tank (14); Described vacuum primingpump (7) and high-pressure pump (12) are by PLC (2) controlling run;
Described water tank (14) is connected by Backwash pipeline (15) and strainer II (8), strainer III (10) and strainer IV (11); Described strainer II (8), strainer III (10) and strainer IV (11) are connected with blow-off pipe (16) simultaneously, the sewage draining exit of this blow-off pipe (16) is positioned at cabinet (1) outward, blow-off pipe (16) is provided with by the wash water valve (31) of PLC (2) controlling run, this wash water valve (31) is near the sewage draining exit of blow-off pipe (16);
Described there is the reverse osmosis unit (13) of RO film clean water area and water tank (14) connect, this contraminated zone with the reverse osmosis unit (13) of RO film is connected by two connecting tubes (17) and blow-off pipe (16), described two connecting tubes (17) is respectively arranged with by the sewage blow-down valve (18) of PLC (2) controlling run and back-washing valve I (19);
Described Backwash pipeline (15) is provided with by the backwashing pump (20) of PLC (2) controlling run and back-washing valve II (21);
The filtrate steel silk screen that described strainer I (6) adopts the woven wire filter basket of pore size filter 200 microns, strainer II (8) adopts pore size filter 50 microns, strainer III (10) adopt the filtrate steel silk screen of pore size filter 5 microns and strainer IV (11) to adopt the filtrate steel silk screen of pore size filter 1 micron;
Described water tank is provided with liquid level sensor in (14), and this liquid level sensor is by the interior liquid level signal feedback of water tank (14) of detection to PLC (2), and PLC (2) controls display screen (3) display water level position; Described water tank (14) be positioned at cabinet (1) intake outward (23) and connect, this intake (23) and PLC (2) are positioned at same box outer wall.
2. movable type according to claim 1 drink water purifying process inferior all-in-one, it is characterized in that: described water tank (14) and be positioned between cabinet (1) intake outward (23) and be provided with constant pressure water supply machine (22), this constant pressure water supply machine (22) is positioned at cabinet (1).
3. movable type according to claim 1 drink water purifying process inferior all-in-one, it is characterized in that: the inlet channel (4) before the water-in of described strainer I (6) is provided with influent quality detection instrument (32), the poor-quality water source data of detection is fed back to PLC (2) by this influent quality detection instrument (32), and this PLC (2) controls display screen (3) and shows source quality inferior.
4. movable type according to claim 1 drink water purifying process inferior all-in-one, it is characterized in that: on the outlet conduit of water tank (14), be provided with tensimeter I (35) and flow meter I (36), the inlet channel (33) with the water-in front of the reverse osmosis unit (13) of RO film is provided with tensimeter II (37), the connecting tube (17) with sewage blow-down valve (18) is provided with flow meter II (38); Described display screen (3) comprises again program instruction control panel (301), poor-quality water influent quality indicator panel (302), water quality of purifying waste water indicator panel (303) and water tank water level display screen (304); Described trip switch (4) comprises again power switch (401), run switch (402) and intake switch (403); Described pilot lamp (5) comprises again power light (501), water intaking pilot lamp (502) and warning indicator light (503), and (503) are also provided with loud speaker to described warning indicator light; Ultraviolet sterilizer (39) is provided with in water tank (14);
Water tank (14) and rising pipe (40) are connected, be positioned at cabinet (1) intake outward (23) to be connected by bypass pipe and rising pipe (40), this rising pipe (40) is provided with working shaft (34), (water-in of the water outlet of 40 and inlet channel (33) and the Sewage outlet of blow-off pipe (16) are all in the same sidewall of cabinet (1) to described rising pipe.
5. movable type according to claim 1 drink water purifying process inferior all-in-one, it is characterized in that: the two side of described cabinet (1) is provided with the attacker portion (24) of being convenient to carry cabinet (1), and this attacker portion (24) is positioned at the adjacent two side of PLC (2).
6. movable type according to claim 1 drink water purifying process inferior all-in-one, it is characterized in that: the sidewall of described cabinet (1) is provided with deslagging window (25), this deslagging window (25) is positioned at the entrance end of inlet channel (33), described strainer I (6) is close to deslagging window (25), and this deslagging window (25) is provided with spring loaded window.
7. movable type according to claim 1 drink water purifying process inferior all-in-one, is characterized in that: the bottom of described cabinet (1) is provided with roller (26).
8. movable type according to claim 1 drink water purifying process inferior all-in-one; it is characterized in that: the feed-water end of described high-pressure pump (12) is provided with low-voltage protective switch (27); the water side of high-pressure pump (12) is provided with high voltage protective switch (28), and described low-voltage protective switch (27) and high voltage protective switch (28) are by PLC (2) controlling run.
9. movable type according to claim 1 drink water purifying process inferior all-in-one, is characterized in that: the feed-water end of described vacuum primingpump (7) is provided with anhydrous protection switch (29).
10. movable type according to claim 1 drink water purifying process inferior all-in-one, it is characterized in that: the inlet channel (4) between described slow-release scale inhibitor supply device (8) and strainer III (10) is provided with electronic water inlet motorized valve (30), this electronic water inlet motorized valve (30) is by PLC (2) controlling run.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520089524.2U CN204625375U (en) | 2015-02-09 | 2015-02-09 | Portable drink water purifying process all-in-one inferior |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520089524.2U CN204625375U (en) | 2015-02-09 | 2015-02-09 | Portable drink water purifying process all-in-one inferior |
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| CN204625375U true CN204625375U (en) | 2015-09-09 |
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| CN201520089524.2U Active CN204625375U (en) | 2015-02-09 | 2015-02-09 | Portable drink water purifying process all-in-one inferior |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105084609A (en) * | 2015-09-22 | 2015-11-25 | 魏文华 | Explosion proof type antiosmosis integrated water purification equipment for emulsion pump station |
| CN105601010A (en) * | 2016-02-27 | 2016-05-25 | 胡秀娟 | Water purifying tank |
| CN106219791A (en) * | 2016-09-20 | 2016-12-14 | 芜湖市晨曦新型建材科技有限公司 | A kind of automated cleaning water purifier |
| CN106966463A (en) * | 2017-05-23 | 2017-07-21 | 济南西联净水设备有限公司 | A kind of Multifunctional reverse osmosis water treatment facilities |
| WO2017143608A1 (en) * | 2016-02-27 | 2017-08-31 | 胡秀娟 | Water purifier |
-
2015
- 2015-02-09 CN CN201520089524.2U patent/CN204625375U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105084609A (en) * | 2015-09-22 | 2015-11-25 | 魏文华 | Explosion proof type antiosmosis integrated water purification equipment for emulsion pump station |
| CN105601010A (en) * | 2016-02-27 | 2016-05-25 | 胡秀娟 | Water purifying tank |
| WO2017143608A1 (en) * | 2016-02-27 | 2017-08-31 | 胡秀娟 | Water purifier |
| CN106219791A (en) * | 2016-09-20 | 2016-12-14 | 芜湖市晨曦新型建材科技有限公司 | A kind of automated cleaning water purifier |
| CN106966463A (en) * | 2017-05-23 | 2017-07-21 | 济南西联净水设备有限公司 | A kind of Multifunctional reverse osmosis water treatment facilities |
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