CN2570328Y - Terminal split water supply installation - Google Patents

Abstract

The utility model discloses a terminal water supply device by different water quality. The utility model comprises an ultrafilter casing, wherein, the interior of the ultrafilter casing is provided with a hollow ultrafiltrating fibrous membrane pipe, both ends of the ultrafilter casing are respectively provided with a hollow end cover, one hollow end cover on one end is connected with a tap water pipe, the other end cover on the other end is connected with a life water pipe, an ultrafiltrating water outlet on the ultrafilter casing is connected with one end of a silver carrying active carbon filter, the other end of the silver carrying active carbon filter is connected with a drinking water purifying pipe, the hollow end cover on one end of the tap water pipe is respectively provided with a stainless steel filter screen and a micropore ceramic filter element, and the tap water pipe passes through the stainless steel filter screen and the micropore ceramic filter element orderly to be communicated with the hollow ultrafiltrating fibrous membrane pipe in the ultrafilter casing. The device can simultaneously supply drinking purified water and life water for users and can ensure the safety and sanitation of the drinking purified water long. Simultaneously, the device can effectively avoid the damage of impurities in water and has the advantages of long service life, economical performance and utility.

Description

The terminal divided water supply device

Technical field

The utility model relates to the purifying processing device of tap water, refers to a kind of terminal divided water supply device that is installed on the running water pipe network users end particularly.

Background technology

At present, raising day by day along with social living standard, particularly the water quality requirement of direct drinking water is also more and more higher to the daily life water for people, and various small-sized water supply purifying processing devices are just constantly come into places such as family, hotel, hotel, office, school.The small-sized water supply purifying processing device of the existing overwhelming majority mainly is to adopt various common filter cores the impurity in the tap water, bacterium etc. are held back or to be adsorbed, but impurity and the bacterium holding back or be adsorbed on the filter core generally are difficult to remove, need frequent disassembly, cleaning or renew cartridge more, otherwise after impurity, bacterium etc. runs up to a certain degree, not only can stop up filter core, influence purification efficiency and water purification water yield, even more serious is the secondary pollution that also can cause water, and as seen these devices lack permanently effective safety and sanitation guarantee.Also some small-sized water supply purifying processing device directly adopts ultrafilter that tap water is handled, but such device mostly is disposable fixedly enclosed construction greatly, and there is not a preposition rough filtering device, in the long-term process of using, impurity such as iron rust in the tap water are easy to damage hyperfiltration membrane assembly on the one hand, make its cisco unity malfunction, application life significantly; Also still cause into water impurity obstruction ultrafiltration periosteum on the other hand easily, influence the water yield of purification efficiency and pure water; And it can not change and clean filter core, and filter core can only integral body still fall after stopping up, and wasting phenomenon is very serious.

Summary of the invention

The purpose of this utility model is exactly that a kind of terminal divided water supply device that can supply with direct drinking water and living water use simultaneously to the user will be provided, this device can be removed bacterium and the impurity in the water effectively, guarantee direct drinking water long-term safety health, and this device can effectively be avoided the infringement of impurity in the water, long working life, economical and practical.

For realizing this purpose, the terminal divided water supply device that the utility model is designed, include a ultrafilter shell, hollow fiber ultrafiltration tunica fibrosa pipe is equipped with in the inside of ultrafilter shell, two of ultrafilter shell is respectively equipped with the hollow end cap, wherein one hollow end cap links to each other with running water pipe, the hollow end cap of other end links to each other with water service pipe, ultrafiltration water out on the ultrafilter shell links to each other with an end of active carbon loading silver strainer, the other end of active carbon loading silver strainer links to each other with the direct drinking water pipe, its special character is: cover in the hollow end of running water pipe one end and be respectively equipped with one stainless steel screen pack and a micropore ceramic filter element, running water pipe communicates through the interior hollow fiber ultrafiltration tunica fibrosa pipe of stainless steel screen pack and micropore ceramic filter element and ultrafilter shell successively.

Advantage of the present utility model is: owing to adopted stainless steel screen pack and the preposition filter assemblies of micropore ceramic filter element two-stage that tap water is carried out coarse filtration before hollow fiber ultrafiltration tunica fibrosa pipe, impurity such as iron rust that on the one hand can volume in the tap water is bigger, sand grains are blocked in outside the hollow fiber ultrafiltration tunica fibrosa pipe, effectively the diaphragm pipe is not subjected to the damage of these impurity, prolongs its application life; Probability through the obstruction of the tap water after coarse filtration film pipe greatly reduces on the other hand, can solve the problem that film pipe difficulty is unpicked and washed well, also significantly improved the operating efficiency of film pipe, the thorough filtering of gained direct drinking water pollutants such as the iron rust in the water, colloid, larger molecular organics and bacterium, the trace element and the mineral matter that have kept useful health, water quality is fresh can directly drink raw, and has effectively avoided the secondary pollution of bottled water; Adopt dynamic crossing filtering principle simultaneously in the device, the direct drinking water that filters through hollow fiber ultrafiltration tunica fibrosa pipe is 90 ° with the domestic water flow direction without its filtration, the macromolecular substances that is trapped within the film inwall is discharged with living water use, promptly only need use living water use to clean automatically slightly to the film pipe, thereby make this device long-term safety health, economical and practical.

Description of drawings

Accompanying drawing is a kind of sectional structure schematic diagram of terminal divided water supply device.

The specific embodiment

Below in conjunction with accompanying drawing specific embodiment of the utility model is described in further detail:

Terminal divided water supply device shown in the figure includes a ultrafilter shell 7, and hollow fiber ultrafiltration tunica fibrosa pipe 8 is equipped with in the inside of ultrafilter shell 7, and hollow fiber ultrafiltration tunica fibrosa pipe 8 is fixedly connected by epoxy resin layer 6 and ultrafilter shell 7.Two of ultrafilter shell 7 is separately installed with hollow end cap 5, wherein one hollow end cap 5 links to each other with running water pipe 14 by running water pipe joint 15, on this hollow end cap 5, also be respectively equipped with one stainless steel screen pack 2 and a micropore ceramic filter element 4, stainless steel screen pack 2 is embedded in the outside of hollow end cap 5, micropore ceramic filter element 4 is installed in the inboard of hollow end cap 5 by sealed silicon cushion rubber 13, and running water pipe 14 communicates through stainless steel screen pack 2 and micropore ceramic filter element 4 and ultrafilter shell 7 interior hollow fiber ultrafiltration tunica fibrosa pipes 8 successively.The hollow end cap 5 of other end links to each other with water service pipe 16, and water service pipe 16 is provided with outlet valve 17.Be connected preferred dismountable hermetically-sealed construction between above-mentioned hollow end cap 5 and the ultrafilter shell 7, the screwed connection of general employing screw thread, 3 sealings of O RunddichtringO get final product, can be convenient and easy to so regularly stainless steel screen pack 2 and micropore ceramic filter element 4 be carried out disassembly, cleaning, further guarantee the water supply installation safety and sanitation, improve its cleaning water, prolong its work.Ultrafiltration water out on the ultrafilter shell 7 links to each other with an end of active carbon loading silver strainer 9 by a flexible hose 12 and joint 11, the other end of active carbon loading silver strainer 9 links to each other with direct drinking water pipe 19 by water purification interface 18, and direct drinking water pipe 19 terminals are equipped with gooseneck tap 10.Flexible hose 12 can will be delivered to the place that needs easily through active carbon loading silver strainer 9 finally pasteurised direct drinking waters.This device is fixed on the anti-rolling support 1 when using.

Operating principle of the present utility model is such: tap water enters in the ultrafilter shell 7 by running water pipe 14, after holding back most of large granular impurity by stainless steel screen pack 2 and micropore ceramic filter element 4 double-filtrations, enter in the hollow fiber ultrafiltration tunica fibrosa pipe 8 and in the water service pipe 16, and keep the hydraulic pressure of 0.1Mpa～0.3MPa.When opening gooseneck tap 10, enter water in the hollow fiber ultrafiltration tunica fibrosa pipe 8 under hydraulic action from hollow fiber ultrafiltration tunica fibrosa pipe 8 inwalls to exosmosis, thoroughly held back bacterium and granular impurity, behind active carbon loading silver strainer 9 absorption re-pasteurizations, flowed out again from gooseneck tap 10.During outlet valve 17 on opening water service pipe 16, tap water passes through from hollow fiber ultrafiltration tunica fibrosa pipe 8 inwalls at a high speed under pressure, and inwall is washed away, and impurity, the bacterium held back are thereon all rinsed well.When opening gooseneck tap 10 and outlet valve 17 simultaneously, direct drinking water flows out from each different branch road respectively with the living water use of the preliminary filtration treatment of warp, thereby realizes quality classification water supply, satisfies the different needs of people's washing and drinking water.

Claims (3)

1. terminal divided water supply device, include a ultrafilter shell (7), hollow fiber ultrafiltration tunica fibrosa pipe (8) is equipped with in the inside of ultrafilter shell (7), two of ultrafilter shell (7) is respectively equipped with hollow end cap (5), wherein one hollow end cap (5) links to each other with running water pipe (14), the hollow end cap (5) of other end links to each other with water service pipe (16), ultrafiltration water out on the ultrafilter shell (7) links to each other with an end of active carbon loading silver strainer (9), the other end of active carbon loading silver strainer (9) links to each other with direct drinking water pipe (19), it is characterized in that: be respectively equipped with one a stainless steel screen pack (2) and a micropore ceramic filter element (4) on the hollow end cap (5) of running water pipe (14) one ends, running water pipe (14) passes through stainless steel screen pack (2) and micropore ceramic filter element (4) successively and communicates with hollow fiber ultrafiltration tunica fibrosa pipe (8) in the ultrafilter shell (7).

2. terminal divided water supply device according to claim 1 is characterized in that: be connected to dismountable hermetically-sealed construction between said ultrafilter shell (7) and the hollow end cap (5).

3. terminal divided water supply device according to claim 1 and 2 is characterized in that: link to each other by a flexible hose (12) between the ultrafiltration water out on the said ultrafilter shell (7) and the active carbon loading silver strainer (9).

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