CN101967844B

CN101967844B - Quality grading water supply reforming method and system with roof water tank and building water supply pipe network

Info

Publication number: CN101967844B
Application number: CN201010162463.XA
Authority: CN
Inventors: 胡玉林; 冯祎子
Original assignee: Shanghai Ideal Home Planning And Design Institute Of Ecological Architecture
Current assignee: SHANGHAI IDEA HOME ENGINEERING CONSTRUCTION CO LTD
Priority date: 2010-04-28
Filing date: 2010-04-28
Publication date: 2015-01-21
Anticipated expiration: 2030-04-28
Also published as: CN101967844A

Abstract

The invention relates to quality grading water supply reforming method and system with a roof water tank and a building water supply pipe network. The reforming method comprises five steps of prophase preparation stage, metaphase water tank reforming stage, metaphase building water supply pipe network reforming stage, metaphase individual indoor water supply pipe network reforming stage and anaphase running management stage. The reforming system comprises a water chamber, a gas chamber, a purifying chamber and a building quality grading water supply pipe network system, wherein the water chamber comprises direct drinking, living and washing water source rooms; a building quality grading water supply main pipe network for direct drinking, living and washing is correspondingly connected with a quality grading water terminal and a water tank quality grading water discharging total opening respectively according to same function; the gas chamber comprises a unit modularized assembly type breathing bladder bag group; and the purifying chamber is provided with an assembly type unit modularized quality grading purification water supply unit. The invention prevents the secondary pollution of water and volatile waste of residual chlorine and has the effects of no cleaning, no water stop, full utilization, no waste, energy saving, emission reduction and quality grading water supply as required.

Description

Existing attic tank and building waterline network quality classification water supply remodeling method and system

Technical field

The present invention relates to existing attic tank and building waterline network, particularly the quality classification water supply remodeling method of a kind of existing attic tank and building waterline network and system.

Background technology

Present existing attic tank, as widely used way of supplying water, has the function of " water supply ", " peak regulation " and " preemergency ", and pipe network is simple, various informative; Wherein the attic tank majority in multilayer room and old-fashioned old public housing is that the brick of " black large stupid thick " is mixed, steel and concrete structure, and the attic tank in other rooms also has the forms such as glass fiber reinforced plastic, plastics and stainless steel; But these water tank great majority are flat open types, without anti-secondary pollution measure, more without sub-prime purification water supply measure.

Present building waterline network, great majority adopt the single quality piped water supply of Municipal tap water, then are introduced by attic tank single tube, dendroid distributes, and single tube, to family, singly shows metering, single tube homogeneity water, whatsoever object function water, only this place shares a water pipe; Its pipeline great majority become annual aging, and in pipeline, corrosion embroidered by iron, and the time has been grown and grown various bacteria impurities, and serious fouling and clogging even breaks and scraps.

The cooking of resident, Baoshang, to drink water etc. direct drinking water and variously to wash one's face and rinse one's mouth, the living water use such as shower, even flushing the toilet, water flowers, the wash water such as carwash, is all derive from same water supply pipe, same attic tank.

Because open type, the biological micro-organism of various atmospheric environment invades water tank, and water body is easy to contaminated; Chlorine residue in tap water also can be overflowed by volatilization, and water body antibacterial bacteriostatic ability declines, water degradation; In addition single-tube water, conduit deteriorates, impurity fouling and clogging etc.; Time has been grown, and easily grows algae, germ, forms the secondary pollution of the water in water tank and feed pipe, has a strong impact on resident living health.

Because do not have sub-prime to purify water supply measure, require obvious different daily water consumption to water quality function, what obtain is but only have a selection, and no matter you like, and only this kind of the same source tap water tank, has no alternative, also waste very much.

Because the design specifications of existing water tank and building waterline network does not consider above problem yet, the general mistake of water tank capacity is bigger than Founder, and one does not economize on water, and two easily form slough; In addition above reason, the time has been grown, and each water tank needs cleaning 3-4 time every year, one case many water of using up during cleaning, and the water yield of the annual waste in the whole nation is very surprising.

Water tank is as the life of resident " on the crown " and drinking water source, and along with people's lives level improves constantly, the requirement of resident to drinking water quality is also more and more higher; Simultaneously along with the growing tension of water resource, have a city serious water shortage, the cry that using water wisely cuts the waste is also more and more higher; In conjunction with China's actual conditions and objective present situation requirement, a kind of secondary pollution and chlorine residue volatilization waste that can solve water in existing attic tank and building water supply network of invention design, and the problem such as quality classification water supply and energy-saving and emission-reduction, seem extremely urgent, imperative.

Summary of the invention

The technical problem to be solved in the present invention is: overcome the problems referred to above, and provide can sub-prime purification can quality classification water supply, energy-saving and emission-reduction, standard of increasing water quality; Water tank wash number can also be reduced, even exempt cleaning, meet low-carbon economy and healthy people's livelihood general requirements, the quality classification water supply remodeling method of a kind of existing attic tank and building waterline network and system.

The present invention for the adopted technology reforming scheme that solves the problem is: provide a kind of existing attic tank and building waterline network quality classification water supply remodeling method and system.For solving the problem, the technology used in the present invention is transformed total guiding theory and is: neither thoroughly eliminate replacing to existing water tank and building waterline network, does not affect again the daily life water of existing resident, also will reach anti-secondary pollution and chlorine residue volatilization waste; There are instant sub-prime needs simultaneously, " three is instant " principle of instant sub-prime purification and instant quality classification water supply; And synchronous sub-prime metering, synchronous sub-prime remote transmission is made a copy for, the "three-synchronims" principle of synchronous sub-prime clearing charge.Total step of concrete remodeling method is:

Step one, in the early-stage preparations stage: 1, the pipeline rout of the quality characteristic of existing water tank, volume size and existing building waterline network, output demand primary condition and requirement are studied in site inspection; 2, formulate modification scheme, calculate and prepare to need how many breathing inner container bags and how many multi-functional sub-prime purification water supply installations; 3, between the water inlet manifold and outfall sewer of existing water tank bottom both sides, set up connection cambic bypass pipe temporarily; 4, and gate valve is installed additional on bypass pipe.

Step 2, the existing water tank improvement stage in mid-term; 1, shut the valve on existing tank inlet pipe and outlet pipe, open the gate valve on bypass pipe; 2, disconnect water inlet manifold and the outfall sewer of more than water tank bypass pipe; 3, a point chamber transformation is carried out to existing attic tank and is divided into or increases synthesis three chambers: a follow-on water chamber, a gas chamber containing assembled flexible breathing inner container bags group, a clean chamber containing multi-functional sub-prime purification water supply installation; 4, transform and water chamber is installed; 5, transform and gas chamber is installed; 6, transform and clean chamber is installed; 7, be separated by and connection three chambers with corrosion resistant plate, fix with reinforced pipe below, breathe sleeve pipe with stainless steel above and be connected with splicing sleeve; 8, at the various pipeline of bottom connection and the valve member of three chambers.

Step 3, mid-term existing building waterline network alteration stage: 1, check and also punch near the water main side of the single tube homogeneity of original building; 2, in hole, lay two-way water main pipe network in addition: a road is straight drinking water main pipe network, and another road is living water use main pipe network; 3, original water main is carried out functional replacement with the straight drinking water main newly installed and is connected; 4, original water main of replacing is carried out functional replacement with user's wash water pipe network arm and is connected; 5, the straight drinking water main newly installed is connected with functional replacement of user's straight potable water network arm; 6, the living water use main newly installed is connected with functional replacement of user's living water use pipe network arm; 7, by the outfall sewer of the straight drinking water of the multifunctional quality-differing water supply tank of reincarnate, living water use, wash water, respectively with total main of the building waterline network of reincarnate, by with quality pipeline joint; 8, by the straight drinking water of the building waterline network of reincarnate, living water use, the total main of wash water, divide family horizontal branch pipe with the building of reincarnate respectively, connect same quality pipeline and dock respectively; 9, the building of reincarnate are divided straight drinking water, living water use, the wash water of family horizontal branch pipe, divide with the building of reincarnate the level before the intellectual water meter of indoor, family to access arm respectively, connect same quality pipeline and dock respectively;

Step 4, mid-term existing point of family water supply pipe system in building alteration stage: 1, indoor according to difference in functionality object water spot at point family, carry out inducing classification and with bypass duct be connected in series straight drinking water, living water use, wash water three kinds different with water spot and water appliance; 2, a concentrated full position for indoor three kinds of bypass duct at point family, installs the intellectual water meter of the different function of straight drinking water, living water use, wash water three kinds; 3, before water meter, gate valve is installed; 4, the bypass duct before three kinds of intellectual water meters of point indoor, family, divides family indoor horizontal to access arm with the building of reincarnate respectively, connects same quality pipeline and dock respectively.

Step 5, in the operational management stage in later stage: 1, checks the connection between clean chamber, gas chamber, water chamber three, and guarantees that three is airtight and communicate; 2, with ultraviolet lamp or ozone generator to the chamber of three in water tank, carry out disinfection sterilization treatment; 3, open gas chamber's inspection panel, turn on the vent valve of breathing inner container bags group; 4, by the inner container bags group assembled (placing the surplus of a 15-20% integer inner container bags), outwards pull open to maximum position; 5, disconnect cambic bypass pipe; 6, open tank inlet pipe valve, allow airtight water chamber be full of water, the highest liquid level line of water controls 3-5 centimetre below bleed off pipe pipe bottom line; 7, by breathing inner container bags group, the side to water chamber slightly extrudes, and when sensation is squeezed motionless only, showing that inner container bags group is sealing, is also peak discharge; 8, tighten the vent valve shutting breathing inner container bags; 9, the valve of fetching boiling water on the outlet pipeline of chamber controls electronic one-way water pump with the induction type automatic signal being connected clean chamber; 10, discharge water operation, and water tank starts Inlet and outlet water, simultaneously because the instant difference in functionality of user start normal work with water; 11, along with the rising-decline change of water chamber's water level, the breathing inner container bags in gas chamber presents previous-next or L-R retractility displacement movement; 12, the multi-functional sub-prime purification water supply installation assembly of clean chamber also carries out sub-prime purification and quality classification water supply by different sub-prime functions simultaneously; 13, after three kinds of different valves, intellectual water meter carries out instant sub-prime metering, and water meter collects controls transfer module with micro computer integrated information; 14, by the synchronous sub-prime metrical information of collecting, synchronous sub-prime remote transmission is made a copy for management unit; 15, management unit monthly or collect three kinds of sub-prime water rates season.

Gas chamber's improvement and installation step is: 1, preparatory unit Modular Flexible breathing inner container bags; 2, the on-the-spot size according to water tank capacity calculates needs how many inner container bags, considers the integer surplus adding 15-20%, composition inner container bags group; 3, mount in multiple inner container bags group with stainless steel metal link slide bar assembly and metal hanging wheel; 4, lower be connected slot rolling assembly with stainless steel metal and roller connects; 5, install to be communicated with and breathe sleeve pipe; 6, vent valve, bleeder valve are installed; 7, to install outside air cavity case flat opens inspection panel and assembly thereof as waterproof and breathable hole, transparent windows, Door lock made of metal, door handle, nameplate socket; 8, sieve aperture base plate.

Clean chamber improvement and installation step is: 1, preparatory unit modular multi-function sub-prime purification water supply installation; 2, the on-the-spot size according to water tank capacity and building output calculates needs how many inner container bags, and an integer surplus of 15-20% is added in general consideration, composition sub-prime purification water supply installation group; 3, sub-prime purification water supply installation group with supporting frame assembly be installed up and down be connected; 4, arrange and connection sleeve pipe is installed; 5, water inlet pipe and water outlet pipe and valve Connecting groups seaming element; 6, the Inlet and outlet water installing different sub-prime purification function is in charge of and is connected house steward; 7, various control is installed and is connected valve; 8, mounting casing case, sieve-mesh base plate, inspection panel assembly; 9, induction type automatic signal is installed and controls electronic one-way water pump, power line and extraction total line assembly thereof; 10, overflow pipe assembly.

Water chamber's improvement and installation step is: 1, with the stainless steel of food-grade or engineering plastics or glass-reinforced plastic material, existing attic tank packaging is separated into, containing the water chamber by room, straight drinking water source, room, living water use source and room, wash water source, 2, the indoor improvement and installation step in straight drinking water source: 1., people's aperture member and exhaust valve component and air cleaner assembly, 2., dividing plate and first row air-vent and first spout hole, 3., breathe sleeve pipe, 4., high water level holding wire, low water stage holding wire, 5., bottom circular arc deflector and adjacent two sides intersection circular arc deflector, 6., symmetric inlet pipe, float switch assembly, 7., straight drinking water source outlet pipe and valve thereof, 8., blow-off pipe and electronic unidirectional blowoff valve thereof, 3, the indoor improvement and installation step in living water use source: 1., people's aperture member, 2., dividing plate and second row air-vent and second spout hole, 3., high water level holding wire, middle water level holding wire and adjustment scale bar, low water stage holding wire, 4., bottom circular arc deflector and adjacent two sides intersection circular arc deflector, 5., tap water symmetrical two water inlet pipe, float switch assembly, 6., Central Symmetry two Living Water water inlet pipe, 7., living water use source outlet pipe and valve thereof, 8., blow-off pipe and electronic unidirectional blowoff valve thereof, 4, in wash water source indoor location step: 1., splicing sleeve, 2., enter aperture member, 3., dividing plate, 4., high water level holding wire, middle water level holding wire and adjustment scale bar, low water stage holding wire, 5., bottom circular arc deflector and adjacent two sides intersection circular arc deflector, 6., the electronic liquid level signal switch module of ball float, 7., 3rd bleed off pipe, bleed off pipe U-shaped trap, bleed off pipe air filter, 8., wash water outlet pipe and valve thereof, 9., access clean chamber blowdown main and electronic unidirectional blowoff valve thereof, 10., access life and straight drinking water source room blowdown main and electronic unidirectional blowoff valve thereof.

Between three sub-chamber in water chamber, assemble with being separated by containing the filtration air-vent of membrane cover and the dividing plate of spout hole; Between water chamber with gas chamber, top breathing sleeve pipe is connected, and between water chamber with clean chamber, top splicing sleeve is connected; Water chamber and clean mounting distance between chamber and gas chamber, determine, between 0.3-1.0 rice according to in-site installation condition.

In water chamber, gas chamber, the improvement and installation step between clean chamber three chambers is: 1, connects water chamber and gas chamber with breathing sleeve pipe; 2, connect water chamber and clean chamber with connection sleeve pipe; 3, the shell of both outer tube connections of sleeve pipe; The interior gallbladder intracavity of interior both pipe connections of sleeve pipe; 4, both lower parts are connected and fixed with reinforced company's adapter and form; 5, guarantee that water chamber and gas chamber are on same horizon position.

The bypass pipe that described water tank is arranged outward is that the feed pipe outside transformation water tank is provisional; Be on the horizontal level of water tank outer bottom, by between water tank water intake house steward and outfall sewer, add installation provisional bypass pipe, and install gate valve additional on bypass pipe centre position; The gate valve removing bypass pipe after having transformed and install additional.

Described water chamber is the water source chamber existing attic tank transformation be separated into containing straight drink, three difference in functionality purposes of living, rinse, and is called for short water chamber; The gas chamber of connection one containing assembled flexible breathing inner container bags group is installed again additional outside water chamber; Be the purification chamber with multi-functional sub-prime purifier with one, be called for short clean chamber.

Direct drinking water tubing, pipe fitting, adopt the stainless steel tube of food-grade, copper pipe or high-quality plastics pipe and high-quality steel-plastics composite pipe; Living water use tubing, pipe fitting, adopt stainless steel tube, composite engineering plastics pipe etc.; Wash water tubing, pipe fitting, adopt original pipeline pipe network, if upgrade or new building engineering, adopts engineering plastics pipe.

The vent seal of existing water tank is dead, and manhole and bleed off pipe install additional with outlet valve and filter device assembly, the materials such as the corrosion resistant plate of its interior food-grade or engineering plastics, and the subsides of packaging edge are separated into follow-on water chamber; Water cavity indoor separation is provided with three capacitors: one is room, straight drinking water source, and one is room, living water use source, and another is room, wash water source; The volume size ratio of three chambers is, room, straight drinking water source: room, living water use source: room=1, wash water source: (0.8 office-1.8 is lived): (1.2 inhabitation-1.6 office); Externally arrange respectively to install at the lateral surface of gas chamber and clean chamber and flatly open inspection panel.

In direct drinking source, indoor remodeling method is: be provided with the manhole cover with sealing ring in the middle of upper cover, and cover the integration component with outlet valve and air filter; Opening a small sircle hole with gas chamber's dividing plate top, sealing is installed and is connected respiratory siphon; With dividing plate top, room, living water use source, install a row and gas chamber's respiratory siphon co-located, same to diameter, interval equal one arrange first row air-vent with filtering membrane cover; The centimetre of 3-5 below at the bottom of air-vent position, installs point symmetrical two-way and becomes 60 degree of angles downwards with inwall, outwardly the equidirectional tap water water inlet pipe in inclined 60 degree of angles and float switch and high-low water level signal Control Component; The position of 3-5 centimetre below at the bottom of water inlet pipe delivery port, installs first spout hole with filter membrane lid, and overflow orifice diameter is shared a common fate pipe, and length is 3-5 times of respiratory siphon diameter; Under spout hole, high-water line is installed in 3-5 centimetre position; With adjacent two sides intersection bottom its room, direct drinking source, be respectively equipped with circular arc string becomes 60 degree of angles circular blast baffle with inwall, baffle at bottom exceeds water tank bottom 10-12 centimetre and arranges; Exceed deflector above 2-3 centimetre in the middle of bottom it and be provided with straight drinking water source extraction water pipe, and connect with the water inlet manifold of clean chamber; Be provided with a blow-off pipe in the middle of bottom it to draw, install electronic unidirectional overflow signal valve assembly additional, and be connected with the wastewater influent house steward of room, wash water source.

At the indoor remodeling method of life water source be: the manhole cover being provided with band sealing ring in the middle of upper cover; With dividing plate top, room, wash water source, a row and gas chamber's respiratory siphon co-located are installed, same to diameter, interval are equal, with the second row air-vent of filter membrane filter core lid; The centimetre of 3-5 below at the bottom of air-vent position, installs point symmetrical two-way and becomes 60 degree of angles downwards with inwall, outwardly the equidirectional tap water water inlet pipe in inclined 60 degree of angles and float switch and high-low water level signal Control Component; Install in the center on its top, life water source room the living water use outfall sewer that is carried out self-cleaning chamber, this Guan Fen two becomes 60 degree of angles downwards, outwardly inclined 60 degree of equidirectional accesses in angle; Arrange on the right side of its life water source indoor and middle water level holding wire and control and regulation scale bar assembly are installed, the length of adjusting rod is within the scope of the 2.5/5-3.75/5 of cistern water level dischargeable capacity, vertically be arranged on the right side of life water source room, and can regulate at any time with scale; The side, opposite of the position of 2-3 centimetre below at the bottom of the first spout hole, installs the second spout hole with filter membrane filter core lid, and overflow orifice diameter is shared a common fate pipe, and length is 3-5 times of respiratory siphon diameter; With adjacent two sides intersection bottom its life water source room, be respectively equipped with circular arc string becomes 60 degree of angles circular blast baffle with inwall, baffle at bottom exceeds water tank bottom 10-12 centimetre and arranges; Exceed deflector above 2-3 centimetre position in the middle of bottom it and be provided with a living water use source drawing-off water house steward, draw and connect with house steward user; Be provided with a blow-off pipe extraction and install electronic unidirectional liquid level signal valve module additional, and be connected with the wastewater influent house steward of room, wash water source.

High, medium and low three liquid level signal lines are set in life water source indoor, high liquid level signal line at the bottom of first spout hole below 3-5 centimetre arrange, middle liquid level signal line is arranged within the scope of the 2.5/5-3.75/5 of the available water capacity of whole life water source room, and regulates at any time according to user's water supply volume size.

Low liquid level signal line is arranged in circular arc deflector above 3-5 centimetre position, bottom.When water level is at high liquid level line, the electric floating ball switch of tap water water inlet pipe, is in the state of closing down; When water level is at middle liquid level line, the electric floating ball switch of tap water water inlet pipe, is in opening; Mainly play the supplementary of room, living water use source and use water as use, at ordinary times always with the water that sub-prime filters down.

At flushing water source, indoor remodeling method is: be provided with the manhole cover with sealing ring in the middle of upper cover; A small sircle hole is being opened with clean compartment spacers top, seal and splicing sleeve is installed, be tightly connected in sleeve pipe and install two-way water inlet pipe, a road is water main access life and room, straight drinking water source, and the living water use outfall sewer access room, living water use source of self-cleaning chamber is come on another road; With the dividing plate in clean chamber on the second spout hole bottom position on opposite below 3-5 centimetre open a small sircle hole, towards external seal, the 3rd bleed off pipe of whole water chamber and the combined filtering device with U-shaped trap and cleaner thereof are installed; Float switch and high, medium and low water level signal Control Component are installed; On the right side of flushing room, water source, install middle water level holding wire and regulable control scale bar assembly, regulable control scale pole length is within the scope of the 3/5-4/5 of this water chamber's dischargeable capacity, is vertically arranged on the right side rinsing room, water source.

Rinse bottom room, water source and two sides intersection at it, be respectively equipped with circular arc string becomes 60 degree of angles circular blast baffle with inwall, baffle at bottom exceeds water tank bottom 10-12 centimetre position; Exceed deflector above 2-3 centimetre position in the middle of bottom it, be provided with a wash water outfall sewer, draw and connect with house steward user; Blowdown water inlet pipe is drawn, and always enters pipe with the blowdown of clean chamber and be connected, and it is established electronic unidirectional liquid level signal valve; Another root blowdown water inlet pipe is drawn, and is connected respectively with the blowdown outlet pipe of room, straight drinking water source with life, and is respectively equipped with electronic unidirectional liquid level signal blowoff valve.

High, medium and low three liquid level signal lines are provided with in flushing indoor, water source, high liquid level signal line 3-5 centimetre below second bleed off pipe is arranged, middle liquid level signal line is arranged within the scope of the 3/5-4/5 of the available water capacity of room, whole flushing water source, and low liquid level signal line is arranged in circular arc deflector above 3-5 centimetre position.When water level is at middle liquid level line, the electronic unidirectional blowoff valve from the blow-off pipe of room, living water use source stops water inlet, and starts water inlet when low liquid level signal line; When water level is at middle liquid level signal line, the electronic unidirectional blowoff valve from the blow-off pipe of room, straight drinking water source starts water inlet, and stops water inlet when high water level holding wire.

Rinse the water source of room, water source from four aspects: one is, when the water level decreasing rinsing indoor, water source is to lowest order, the electronic one way valve switch opens from the blowdown outlet pipe of room, living water use source intake middle liquid level time stop; Two are, when the water level of flushing room, water source is to meta, from the electronic one way valve switch opens water inlet of the blowdown outlet pipe of room, straight drinking water source, stop to during high liquid level; Three are, carry out the sewer of self-cleaning chamber, enter continually through electronic one way valve; Four are, from the overflow water of spout hole of life and room, straight drinking water source; Finally, just in case there is water to overflow, the outside overflow of the bleed off pipe by which is provided with U-shaped trap and cleaner assembly and going out.

In gas chamber: be provided with multiple unit-modularized flexible respiration inner container bags, and the breathing inner container bags group of border component composition, upper framework plunger member and metal hanging wheel, lower framework rolls rod member and roller, respiratory siphon, vent valve, bleeder valve, sieve-mesh base plate, casing box, inspection panel and assembly etc. thereof.

In clean chamber: be provided with to connect and breathe sleeve pipe, unit-modularized multi-functional sub-prime purifier, and water inlet pipe and water outlet pipe and valve Connecting groups seaming element; Multiple unit-modularized multi-functional sub-prime purifier group, and Connecting groups seaming element; Induction type automatic signal controls electronic one-way water pump; The Inlet and outlet water of different sub-prime purification function is in charge of and is connected house steward and corresponding control and is connected valve; Up and down supporting frame assembly is installed; Casing box, inspection panel assembly, power line and extraction total line assembly thereof, sieve-mesh base plate, overflow pipe assembly.

Induction type automatic signal on tap water water inlet manifold road in described clean chamber controls electronic one-way water pump, be added on the tap water water inlet manifold road in clean chamber, by user fetch boiling water leading water time produce water flow induction carry out switch control rule, its induction type automatic signal controls the pressure of electronic one-way water pump water pump at 0.2-0.3MPa, and the water in whole clean chamber is run in the environment of pressure-fired.

The tap water water inlet manifold of the straight drink in described water chamber and room, living water use source, is point symmetrical two and becomes 60 degree of angles downwards with inwall, outwardly inclined 60 degree of equidirectional incisions in angle; Two, center life water inlet pipe of described room, living water use source, be the center on its top, life water source room, point two becomes 60 degree of angles downwards, outwardly inclined 60 degree of equidirectional accesses in angle; Make room, water source water all the time in rotational flow state, avoid stagnant water, utilize hydrodynamics constantly to wash away tank inner wall simultaneously, destroying bacterial reproduction growth machine can condition.

Whole water tank does not establish air-vent, avoids the immersion of ambient atmosphere; The various blow-off pipes that water tank bottommost is arranged all access flushing water chamber, do not waste a water, all recycle.Only have room, direct drinking source, be provided with manhole and outlet valve thereof and filter assembly, all the other only establish manhole cover assembly, at ordinary times hermetically closing, just open when only having maintenance to check.

The spout hole of described water chamber and pipe, on the dividing plate rinsing water source chamber and clean chamber, if one with at the bottom of the spout hole on opposite below 3-5 centimetre position open a small sircle hole, towards external seal, bleed off pipe and combined filtering device thereof are installed, this device can be placed in clean chamber, also can parallel extraction be placed on outside clean chamber, bleed off pipe is with making U-shaped trap, bottom U-shaped trap, establish water seal and ambient atmosphere to completely cut off, and add air filter arrangement at U-shaped trap end, stop gas and case outer air in case and gang up and polluted.

Described spout hole and Guan Guan are: the first spout hole of room, direct drinking source, be at the bottom of tap water water inlet pipe below 3-5 centimetre position install; Second spout hole of life water source room is that below horizon at the bottom of the first spout hole 3-5 centimetre position is installed; Rinsing the 3rd bleed off pipe of room, water source, is that below horizon at the bottom of the second spout hole 3-5 centimetre position is outwards installed.

Circular arc deflector bottom described water cavity three Room, arranges circular arc string becomes 60 degree of angles circular arc flow apron with inwall, and forms a circle bottom water cavity three Room, in sealing shape; Can slough be eliminated like this, accelerate water body rotational flow, reduce and destroy the chance of bacterial reproduction growth.

The adjacent two sides intersection circular arc deflector of described water cavity three Room, the adjacent two sides intersection in each chamber of water cavity three Room, the circular arc string of setting becomes the circular arc flow apron at 60 degree of angles (just need not arrange if circular) with side; Can slough be eliminated like this, accelerate water body rotational flow, reduce and destroy the chance of bacterial reproduction growth.

The combination manhole of described water chamber, be with rubber seal be embedded in water tank manhole lid survey with manhole be interlocking pattern, airtight at ordinary times, open during maintenance; And perforate on manhole closed cover, set up an automatic air outlet valve, and add filter for installation on outlet valve, the just action when water tank inner air pressure is greater than or less than atmospheric pressure outside case, prevent gas in casing to be subject to the pollution of case outer air.

The respiratory siphon of described gas chamber opens a small sircle hole with water chamber's dividing plate top, and sealing installs connection one section of stainless steel tube in gas chamber and water chamber, and this respiratory siphon length is generally 3-5 centimetre.

The unit-modularized flexible respiration inner container bags of described gas chamber and border component thereof, it is factorial praluction, with flexible macromolecule plastic cement or the material such as rubber or polypropylene plastics of food-grade, make the sealing unit-modularized flexible respiration inner container bags of shape with stainless steel border component, quantity is determined through calculating according to water tank capacity size, the middle screw tightening with copper or stainless steel, generally places a 15-20% integer surplus.

The vent valve of described gas chamber, bleeder valve, outwards arrange in the outermost upper end of breathing inner container bags group one for overhaul or at start up system time the vent valve of finding time; At its most inner lower end position, a bleeder valve for draining is set downwards.

The inner breathing inner container bag assembly of casing box of described gas chamber, framework rod member and hanging wheel component are set in it, lower framework rod member and pulley assembly, for the up and down height change of breathing inner container bags group with water chamber's water liquid level, and in level or above-below direction telescopic slide freely, play the general breathing effect of water tank dynamic change balance, without the need to external force.

The inspection panel of described gas chamber and clean chamber side, gas chamber is consistent with water tank with the shell of clean chamber, what homogeneity food grade materials formed belongs to an entirety, the lower shoe of gas chamber and clean chamber establishes sieve-like leaking hole, outermost is established to put down and is opened inspection panel, and air-vent and transparent observing window are established in inspection panel top, lock at ordinary times, maintenance or just open when changing breathing inner container bags and multi-functional sub-prime purifier, use economical succinctly, safe ready is reliable.

The breathing inner container bags group of described gas chamber, play the general breathing effect of dynamic change balance, it is characterized in that: when water tank starts Inlet and outlet water, the continuous fluctuate change of liquid level line along with water, and the also constantly convergent-divergent of breathing inner container bags in gas chamber, in level or above-below direction motion; Separate due in the middle of both, be independent of each other, do not form cross pollution or infection mutually, fully demonstrated " lung " respiratory function of water tank.

In described clean chamber, unit-modularized multi-functional sub-prime purifier, comprise in it and purify wash water by the straight drinking water of the senior filtration, purification of interior bucket, middle bucket middle rank filtration, purification living water use, outer barrel primary filter, the annulus of three different sub-prime purification functions crosses filter ruffle bucket, and mutual built-in suit forms; In the middle of interior bucket, lower bottom part arranges ultraviolet lamp and waterproof glass lampshade assembly; Different cross in filter ruffle bucket at circular three, place the filtering material of three kinds of difference in functionalitys respectively; Its upper and lower side is fixedly mounted in the Fixing clamp-seat slot component containing circular permanent magnetism pad respectively; The effluent pipe mouth of intermediate living water use is installed in its cap upper end, and the effluent pipe mouth of senior straight drinking water and elementary wash water is installed in its cap lower end, and tap water water inlet pipe mouth, arranges the baffle plate of anti-aqueous reflux in its Inlet and outlet water passage.

Described straight drinking water refers to cooks, Baoshang, makes tea, to drink water etc. with water, and living water use refers to washes one's face and rinses one's mouth, takes a shower, to wash clothes etc. with water, wash water refer to flush the toilet, water flowers, carwash etc. uses water.

Described existing attic tank and building waterline network quality classification water supply modernization system, except above-described water chamber, gas chamber and clean chamber, wherein water chamber is also containing straight drink, life, room, wash water source; Also comprise building waterline network quality classification water supply modernization system, this system comprise directly drunk by building, the vertical main pipe network of quality classification water supply of three kinds of difference in functionalitys of living, rinse, with the horizontal main pipe network of quality classification water supply of straight drink, life, flushing three kinds of difference in functionalitys, with straight drink, life, rinse user's vertical branch pipe network of three kinds of difference in functionalitys, and straight drink, life, the horizontal house lead in that rinses three kinds of difference in functionalitys are in charge of; With directly drink, the straight drink of the water quality based water utilization terminal of three kinds of difference in functionalitys of living, rinse and water tank, life, flushing three kinds of difference in functionalitys the total mouth of sub-prime water outlet, be connected respectively by identical function.

The Inlet and outlet water of different sub-prime purification function is in charge of and the annexation being connected house steward, purify divided water supply device by multiple multi-functional sub-prime and mutually become one group or many groups side by side, the life of each multi-functional sub-prime purification divided water supply device, straight drink, the water outlet single tube that rinses, respectively with the life of water tank, directly drink, the outfall sewer that rinses is connected.

Described clean chamber installs supporting frame part, various by-pass valve control, and supporting frame part divides upper and lower fixed support, and the valve on the inlet and outlet pipe of each purifier has two identical one-tenth one group, uses when being convenient to change at any time and install.

The existing attic tank of described one and and building waterline network quality classification water supply remodeling method, it controls electronic one-way water pump according to the induction type automatic signal on the tap water water inlet manifold road in the clean chamber of water tank, be added on the tap water water inlet manifold road in the clean chamber of water tank, by user fetch boiling water leading water time produce water flow induction carry out switch control rule, its induction type automatic signal controls the pressure of electronic one-way water pump water pump at 0.2-0.3MPa, and the water in whole clean chamber is run in the environment of pressure-fired.

Described user's water quality based water utilization terminal water meter system, it has instant quality classification water supply, the synchronous sub-prime metering of instant sub-prime, and instant synchronous sub-prime remote transmission is made a copy for, the "three-synchronims" function of instant synchronous sub-prime clearing charge.Its system also has instant sub-prime needs, " three is instant " function of instant sub-prime purification and instant quality classification water supply.

The existing attic tank of described one and and building waterline network quality classification water supply remodeling method, except existing water tank is the square bodily form, can also transform existing spherical, drum-shaped, can-like shape or other present situations, its periphery arranges inscribe or the breathing inner container bags group device arranged placed in the middle should be drum-shaped, half drum-shaped, its mounting method is just in time contrary with the square bodily form, namely breathe air entrance accesses below breathing inner container group, the least significant end of breathing inner container bags group above, above the access door of breathing inner container bags group is arranged on; And multi-functional sub-prime purifier group is set in its peripheral connection, be connected by above method.

The present invention has following advantage and effect: key point of the present invention is, it comprehensively assembles according to the principle of ecology, hydrodynamics and multi-functional sub-prime water purification, sub-prime supply.Have: 1, change functional configuration and the using method of traditional existing attic tank, and change the pipe network method of the single quality feedwater of traditional building; 2, existing water tank improvement become three difference in functionalitys, to be independent of each other but also the water chamber of close fit work, gas chamber and clean chamber not only, and by existing building waterline network, be transformed into the quality classification water supply pipe network that straight drink life flushing three kinds is different; 3, improved water tank, have need by the instant sub-prime of user, " three is instant " function of instant sub-prime purification and instant quality classification water supply; 4, improved building waterline network, have the metering of synchronous sub-prime, synchronous sub-prime remote transmission is made a copy for, the "three-synchronims" effect of synchronous sub-prime clearing charge; 5, during transformation, pipe network is not cut off the water supply, and do not affect resident's daily life water, water tank originally and water pipe are not abolished, and do not waste, abundant renovation and utilization; 6, after transformation, water tank thoroughly avoids the problem of secondary pollution and chlorine residue volatilization waste; 7, have No clean, full water conservancy use, does not waste, energy-saving and emission-reduction; 8, after water tank improvement, there is structure simple, use economic security, repair and maintenance convenience, do not need other external force, do not form other and pollute; 8, water chamber, according to the supply of sub-prime water purification and fluid mechanics principle design, with straight drink, life, rinses three different water quality based water utilization source functional requirements; 9, the multi-functional sub-prime purifier in the breathing inner container bags in gas chamber and clean chamber, be factorial praluction, unit-modularized, scene is assembled as required, versatile and flexible, non-stop run, does not affect resident's daily life; 10, with low cost, use management is convenient, and examine and replace is quick.

Accompanying drawing explanation

Fig. 1 is the main TV structure schematic diagram in front of embodiment of the present invention water tank improvement.

Fig. 2 is the structural representation of gas chamber's inspection panel of embodiment of the present invention water tank improvement.

Fig. 3 is the structural representation of the clean chamber inspection panel of embodiment of the present invention water tank improvement.

To be that the front of embodiment of the present invention water tank improvement is main look embodiment structural representation to Fig. 4.

Fig. 5 is the structural representation of embodiment of the present invention water tank and the transformation of building waterline network quality classification water supply.

In figure: water chamber (100), room, straight drinking water source (101), people's aperture member (102), manhole exhaust valve component (103), manhole air cleaner assembly (104), dividing plate (105), first row air-vent (106), high water level holding wire (107), low water stage holding wire (108), bottom circular arc deflector (109), adjacent two sides intersection circular arc deflector (110), symmetric inlet pipe (111), float switch assembly (112), first spout hole (113), straight drinking water source outlet pipe (114) and valve (115) thereof, blow-off pipe (116) and electronic unidirectional blowoff valve (117) thereof.

Room, living water use source (118), people's aperture member (119), dividing plate (120), high water level holding wire (121), middle water level holding wire (122), middle water level regulates scale bar (123), low water stage holding wire (124), bottom circular arc deflector (125), adjacent two sides intersection circular arc deflector (126), symmetrical two water inlet pipe (127) of tap water, float switch assembly (128), Central Symmetry two Living Water water inlet pipe (129), second row air-vent (130), second spout hole (131), living water use source outfall sewer (132) and valve (133) thereof, blow-off pipe (134) and electronic unidirectional blowoff valve (135) thereof.

Room, wash water source (136), people's aperture member (137), dividing plate (138), high water level holding wire (139), middle water level holding wire (140), middle water level regulates scale bar (141), low water stage holding wire (142), bottom circular arc deflector (143), adjacent two sides intersection circular arc deflector (144), 3rd bleed off pipe (145), bleed off pipe U-shaped trap (146), bleed off pipe air filter (147), wash water outfall sewer (148) and valve (149) thereof, access clean chamber blowdown main (150) and electronic unidirectional blowoff valve (151) thereof, access life and room, straight drinking water source blowdown main (152) and electronic unidirectional blowoff valve (153) thereof.

Gas chamber (200), respiratory siphon (201), pipe (218) in breathing, breathe outer tube (217), unit-modularized flexible respiration inner container bags and stainless steel border component (202) thereof, inner container bags group (203), upper stainless steel metal link slide bar assembly (204) and metal hanging wheel (205) thereof, lower stainless steel metal link rolls bar assembly (206) and pulley (207) thereof, vent valve (208), bleeder valve (209), side flat open inspection panel (210) outside gas chamber, waterproof and breathable hole (211), transparent windows (212), Door lock made of metal (213), door handle (214), nameplate socket (215), sieve-mesh base plate (216), strengthen stationary pipes (219).

Clean chamber (300), splicing sleeve (301), pipe (332) in connecting, connect outer tube (331), unit-modularized multi-functional sub-prime purifier and water inlet pipe and water outlet pipe thereof and valve member (302), multiple unit-modularized multi-functional sub-prime purifier group and Connecting groups seaming element (303) thereof, upper fixed frame assembly (304), lower fixed support base frame assemblies (305), dividing plate (306), power line and extraction total line assembly (307) thereof, tap water water inlet manifold (308) and total valve (309) thereof, straight drinking water source water inlet manifold (310) and total valve (312) thereof and induction type automatic signal control electronic one-way water pump (311) and between connection valve (313), straight drinking water outfall sewer (314) and total valve (315) thereof and between connection valve (316), living water use outfall sewer (317) and total valve (318) thereof and between connection valve (319), wash water outfall sewer (320) and total valve (321) thereof and between connection valve (322), sieve-mesh base plate (323), inspection panel (324), waterproof and breathable hole (325), transparent windows (326), Door lock made of metal (327), door handle (328), nameplate socket (329), inspection panel power source jack assemblies (330), strengthen fixed support tube (333), water tank bottom support post (334),

Roof layer (400), the straight drink vertical main of water supply (401), straight drink water supply level main (402), straight drink water supply vertical branch (403), straight drink water supply house lead in is in charge of (404), straight drink water supply house lead in is in charge of valve (405), and straight drink water supply house lead in is in charge of water meter (406) after valve; The vertical main of living water (407), the horizontal main of living water (408), living water vertical branch (409), living water house lead in is in charge of (410), living water house lead in is in charge of valve (411), and living water house lead in is in charge of water meter (412) after valve; Rinse the vertical main (413) that supplies water, rinse water supply level main (414), rinse water supply vertical branch (415), rinse water supply house lead in be in charge of (416), rinse water supply house lead in and be in charge of valve (417), rinse water supply house lead in and be in charge of water meter (418) after valve.

Wherein, tap water water inlet pipe be communicate as 308=111=127; Straight drinking water source water inlet pipe be communicate as 310=114; Straight drinking water outlet pipe be communicate as 314=401=403=404; Wash water source water inlet pipe be communicate as 116=134=152,150=320; Wash water outlet pipe be communicate as 148=413=414=415=416; Living water use source water inlet pipe be communicate as 129=317; Living water use outlet pipe be communicate as 132=407=408=409=410.

Although more than mark is from 100/200/300/400, being in order to the elaboration of other inventions relevant is convenient, is not have 100/200/300/more than 400 parts; Water chamber terminates to 153 from 100, is just in time 54 parts, illustrates that water chamber is made up of 54 parts; Gas chamber terminates to 219 from 200, is just in time 20 parts, illustrates that water chamber is made up of 20 parts; Clean chamber terminates to 334 from 300, is just in time 35 parts, illustrates that water chamber is made up of 35 parts; Building waterline network system terminates to 418 from 400, is just in time 19 parts, illustrates that building waterline network system is made up of 19 parts; So this water tank and building waterline network system are made up of 128 parts altogether.

Detailed description of the invention

Below in conjunction with attached Example, the present invention is described in further detail, but case study on implementation is only for illustration of not limiting scope.

As shown in Figure 1, a kind of existing attic tank of embodiment, the remodeling method carrying out sub-prime purification and quality classification water supply is: with stainless steel or the material such as engineering plastics or glass fiber reinforced plastic of food-grade, existing attic tank packaging is separated into, containing the water chamber 100 by room, straight drinking water source 101, room, living water use source 118 and room, wash water source 136; On the both sides of its water chamber 100, increase the clean chamber 300 on an installation left side and the gas chamber 200 on a right; Assemble with being communicated with sleeve pipe and strengthening the conjunction of stationary pipes Connecting groups with breathing sleeve pipe between three.

Wherein: straight room, drinking water source 101, by people's aperture member 102, manhole exhaust valve component 103, manhole air cleaner assembly 104, dividing plate 105, breathe sleeve pipe 201, first row air-vent 106, high water level holding wire 107, low water stage holding wire 108, bottom circular arc deflector 109, adjacent two sides intersection circular arc deflector 110, symmetric inlet pipe 111, float switch assembly 112, first spout hole 113, straight drinking water source outlet pipe 114 and valve 115 thereof, blow-off pipe 116 and electronic unidirectional blowoff valve 117 thereof form.

Room, living water use source 118, by people's aperture member 119, dividing plate 120, high water level holding wire 121, middle water level holding wire 122, middle water level regulates scale bar 123, low water stage holding wire 124, bottom circular arc deflector 125, adjacent two sides intersection circular arc deflector 126, tap water symmetrical two water inlet pipe 127, float switch assembly 128, Central Symmetry two Living Water water inlet pipe 129, second row air-vent 130, second spout hole 131, living water use source outlet pipe 132 and valve 133 thereof, blow-off pipe 134 and electronic unidirectional blowoff valve 135 thereof form.

Room, wash water source 136, by people's aperture member 137, dividing plate 138, high water level holding wire 139, middle water level holding wire 140, middle water level regulates scale bar 141, low water stage holding wire 142, bottom circular arc deflector 143, adjacent two sides intersection circular arc deflector 144, 3rd bleed off pipe 145, bleed off pipe U-shaped trap 146, bleed off pipe air filter 147, wash water outfall sewer 148 and valve 149 thereof, access clean chamber blowdown main 150 and electronic unidirectional blowoff valve 151 thereof, access life and room, straight drinking water source blowdown main 152 and electronic unidirectional blowoff valve 153 thereof to form.

Gas chamber 200, by breathing sleeve pipe 201, interior pipe 218, outer tube 219, unit-modularized flexible respiration inner container bags and stainless steel border component 202 thereof, inner container bags group 203, upper stainless steel metal link slide bar assembly 204 and metal hanging wheel 205 thereof, lower stainless steel metal link channel bar assembly 206 and Metal Contact Rollers 207 thereof, vent valve 208, bleeder valve 209, side flat open inspection panel 210 outside gas chamber, waterproof and breathable hole 211, transparent windows 212, Door lock made of metal 213, door handle 214, nameplate socket 215, sieve-mesh base plate 216 forms, and strengthens stationary pipes 219.

Clean chamber 300, by splicing sleeve 301, interior pipe 332, outer tube 331, unit-modularized multi-functional sub-prime purifier and water inlet pipe and water outlet pipe thereof and valve member 302, multiple unit-modularized multi-functional sub-prime purifier group and Connecting groups seaming element 303 thereof, upper fixed frame assembly 304, lower fixed support base frame assemblies 305, dividing plate 306, power line and extraction total line assembly 307 thereof, tap water water inlet manifold 308 and total valve 309 thereof, straight drinking water source water inlet manifold 310 and total valve 312 thereof and induction type automatic signal control electronic one-way water pump 311 and between connection valve 313, straight drinking water outfall sewer 314 and total valve 315 thereof and between connection valve 316, living water use outfall sewer 317 and total valve 318 thereof and between connection valve 319, wash water outfall sewer 320 and total valve 321 thereof and between connection valve 322, sieve-mesh base plate 323, inspection panel 324, waterproof and breathable hole 325, transparent windows 326, Door lock made of metal 327, door handle 328, nameplate socket 329, inspection panel power source jack assemblies 330, strengthen fixed support tube 333 to form.

As shown in Figure 5, a kind of existing building waterline network of embodiment, the method for carrying out quality classification water supply transformation is: on the water main pipe network basis of the single quality of single tube homogeneity of original building, increases in addition to install to lay two-way water main pipe network; One tunnel is direct drinking water vertical main 401 pipe network, and another road is living water use vertical main 407 pipe network; The main end interface of original single tube homogeneity water main pipe network changed a little, pipeline is motionless, changes over vertical 413 pipe networks of wash water;

To be supplied water vertical main 401 by: straight drink after the transformation of building water supply network, straight drink water supply level main 402, straight drink water supply vertical branch 403, straight drink water supply house lead in is in charge of 404, straight drink water supply house lead in is in charge of valve 405, and straight drink water supply house lead in is in charge of water meter 406 after valve; The vertical main 407 of living water, the horizontal main 408 of living water, living water vertical branch 409, living water house lead in is in charge of 410, and living water house lead in is in charge of valve 411, and living water house lead in is in charge of water meter 412 after valve; Rinse the vertical main 413 of water supply, rinse water supply level main 414, rinse water supply vertical branch 415, rinse water supply house lead in and be in charge of 416, rinse water supply house lead in and be in charge of valve 417, after flushing water supply house lead in is in charge of valve, water meter 418 forms.

By the quality classification water supply case of reincarnate, with the sub-prime building waterline network of reincarnate, press with quality pipeline joint; Wherein, the straight drink outfall sewer 314 of water tank docks with the direct drink vertical inlet house steward 401 of building; The life outfall sewer 132 of water tank and the life of building rising main 407 of intaking docks; Supply mains 148 and the flushing of the building rising main 413 of intaking that flushes out of water tank docks.With the quality classification water supply of upper water box transformation and building waterline network quality classification water supply transform be connected complete.

Example one is example explanation by square bodily form water tank.A kind of existing attic tank sub-prime purification water supply modification and installation method is: with stainless steel or the material such as engineering plastics or glass fiber reinforced plastic of food-grade, and by requirement shown in Fig. 1, is transformed into water chamber 100 and gas chamber 200 and clean chamber 300 to existing attic tank; Wherein, water chamber 100 is made up of the room, water source of 136 3 difference in functionalitys in room, straight drinking water source 101 and room, living water use source 118 and room, wash water source.

Its improvement and installation step is as follows: in water chamber 100, and 1, first calculate the volume size ratio blanking of the room, water source of three difference in functionalitys, by manufacturing package shell case shown in Fig. 1; 2, dividing plate 105/120/138/306; 3, bottom circular arc deflector 109/125/143; 4, people's aperture member 137/119, people's aperture member 102 and manhole exhaust valve component 103 thereof and manhole air cleaner assembly 104; 5, float switch assembly 112/128; 6, Central Symmetry two life water inlet pipe 129, symmetrical two water inlet pipe 111/127; 7, first spout hole, 113, second spout hole 131, the 3rd extraction bleed off pipe 145 and upper U-shaped trap 146 thereof and bleed off pipe air filter 147; 8, breathe sleeve pipe 201, splicing sleeve 301; 9, high water level holding wire 107/121/139, middle water level holding wire 122/140, middle water level regulate scale bar 123/141, low water stage holding wire 108/124/143; 10, straight drinking water source outlet pipe 114 and valve 115, blow-off pipe 116 and valve 117 thereof; 11, living water use source outlet pipe 132 and valve 133, blow-off pipe 134 and valve 135 thereof; 12, wash water source outlet pipe 148 and valve 149, blowdown water inlet pipe 150 and valve 151 thereof, blowdown water inlet pipe 152 and valve 153 thereof.So far, water chamber's improvement and installation is complete.

In gas chamber 200, be: 1 that first the casing box of water chamber 200 is installed by the improvement and installation step of requirement shown in Fig. 1; 2, the on-the-spot size according to water tank capacity calculates needs how many unit-modularized flexible respiration inner container bags 202, generally considers to add a 15-20% integer large surplus, composition inner container bags group 203; 4, multiple inner container bags group is connected with hanging wheel 205 with upper framework slide bar assembly 204, rolls bar assembly 206 with lower framework and be connected with pulley 207; 5, install and breathe sleeve pipe 201, vent valve 208, bleeder valve 209; 6, to install outside air cavity case flat opens inspection panel 210 and assembly thereof as waterproof and breathable hole 211 transparent windows 212, Door lock made of metal 213, door handle 214, nameplate socket 215, sieve aperture base plate 216; 7, reinforced pipe 219 etc.So far, gas chamber's improvement and installation is complete.

In clean chamber 300, first by the improvement and installation of requirement shown in Fig. 1 step be: 1, first the casing box of clean chamber 300 is installed; 2, the on-the-spot size according to water tank capacity calculates needs how many unit-modularized sub-prime purifiers 302, generally considers to add a 15-20% integer large surplus, composition sub-prime purifier group and assembly 303 thereof; 3, sub-prime purifier group and assembly thereof are fixed to install with upper fixed frame assembly 304 and lower firm banking frame component 305 be connected; 4, splicing sleeve 301, tap water water inlet manifold 308 and total valve 309 thereof are installed; 5, straight drinking water source water inlet manifold 310 and total valve 312 thereof are installed, and induction type automatic signal control electronic one-way water pump 311 and between connection valve 313; 6, install straight drinking water outfall sewer 314 and total valve 315 thereof and between connection valve 316; 7, install living water use outfall sewer 317 and total valve 318 thereof and between connection valve 319; 8, install wash water outfall sewer 320 and total valve 321 thereof and between connection valve 322; 9, power line is installed and draws total line assembly 307 and inspection panel power source interface module 330; 10, sieve-mesh base plate 323 is installed, inspection panel 324, waterproof and breathable hole 325, transparent windows 326, Door lock made of metal 327, door handle 328, nameplate socket 329; 11, reinforced pipe 333.So far, clean chamber improvement and installation is complete.

Finally, by the quality classification water supply case of reincarnate, with the sub-prime building waterline network of reincarnate, press with quality pipeline joint; Wherein, the straight drink outfall sewer 314 of water tank and the direct of building drink and dock into the total vertical main 401 of water; Life outfall sewer 132 and the life of building of water tank enter water rising main 407 and dock; The supply mains 148 that flushes out of water tank enters water rising main 413 with the flushing of building and docks.With the quality classification water supply of upper water box transformation and building waterline network quality classification water supply transform be connected complete.

Example two is example explanation by drum, half drum-shaped water tank.The tidal air chamber 200 that its inscribe is arranged, also be drum-shaped or half drum-shaped, its breathing inner container bags group device is just in time contrary with the square bodily form, namely breathe air entrance accesses below breathing inner container group, the least significant end of breathing inner container bags group is above, above the access door of breathing inner container bags group is arranged on, other principles of work and power are the same with square bodily form water tank; Meanwhile, its clean chamber 300 is also drum-shaped or half drum-shaped, is enclose to put with its foreign minister to form.

Example three is example explanation by spherical, can-like shape water tank.The tidal air chamber 200 arranged placed in the middle within it, also be drum-shaped, its breathing inner container bags group device is just in time contrary with the square bodily form, namely breathe air entrance accesses below breathing inner container group, the least significant end of breathing inner container bags group is above, above the access door of breathing inner container bags group is arranged on, other principles of work and power are the same with square bodily form water tank; Meanwhile, its clean chamber 300 is also drum-shaped or half drum-shaped, is enclose to put with its foreign minister to form.

Specific embodiment improved enforcement quality classification water supply mode of occupation is: as shown in Figure 4, first, on the horizontal level of existing water tank outer bottom, by between water tank water intake house steward and outfall sewer, adds installation bypass pipe, building waterline network is not cut off the water supply; Secondly, concentrate strength on existing water tank water quality based water utilization transformation, and the single tube homogeneity waterline network of original building is transformed; Finally, removing bypass pipe, changing building quality classification water supply pipeline, by docking with quality classification water supply case with quality.

By the water quality based water utilization of user in building transformation embodiment be: by from the different water main of the straight drink in building, life, flushing three kinds, diversion is registered one's residence respectively, forms three kinds of different sub-prime arms; Three kinds of different sub-prime arms arrange different valves, metering water meter is set after valve; Water meter collects controls transfer module with micro computer integrated information; Then sub-prime arm is routed to as required each and uses water spot; Carry out the metering of synchronous sub-prime, synchronous sub-prime remote transmission is made a copy for, synchronous sub-prime clearing charge.

Wherein: shown in Fig. 4: 1, will the water tank of reincarnate be required, check and what a complete multi-functional quality classification water supply case of connection; 2, carry out sterilizing with ultraviolet or ozone and handle well, turn off all valves; 3, open gas chamber's inspection panel 210, turn on the vent valve 208 of breathing inner container bags group, it is outwards pulled open to maximum position; 4, open clean chamber inspection panel 324, turn on tap water water inlet main valve 309; 5, allow the room, straight drinking water source 101 of water chamber and room, living water use source 118 be filled to the highest liquid level line; 6, the highest liquid level line 107 of water of room, straight drinking water source controls 3-5 centimetre below breathing sleeve pipe 201 pipe bottom line, and the highest liquid level line 121 of room, living water use source controls 3-5 centimetre below first spout hole 113 pipe bottom line; 7, breathing inner container bags group 203 slightly extruded to water chamber 100 side, when sensation is squeezed motionless only, showing that inner container bags group 203 is sealings, is also peak discharge; 8, tighten the vent valve 208 shutting breathing inner container bags; 9, the valve of all turnover pipelines of fetch boiling water chamber and clean chamber, water tank starts to carry out the purification of instant sub-prime and quality classification water supply work; 10, along with resident instant different sub-prime use water requirement, water tank close fit carry out different sub-prime purification and different sub-prime supply; 11, gas chamber is because being be tightly connected and communicate with the upper space of water chamber, and therefore gas chamber can work by conscious hydrous water chamber well simultaneously; 12, clean chamber is because being tightly connected with the top of water chamber and communicating, and therefore clean chamber can work by conscious hydrous water chamber well simultaneously; 13, by the quality classification water supply case of reincarnate, with the sub-prime building waterline network of reincarnate, press with quality pipeline joint; Wherein: the straight drink outfall sewer 314 of water tank docks into water rising main 401 with direct drink of building; Life outfall sewer 132 and the life of building of water tank enter water rising main 407 and dock; The supply mains 148 that flushes out of water tank enters water rising main 413 with the flushing of building and docks; 14, after kind of the different household Flow meter of three in building, connect with water arm to each water spot; 15, user opens each water intaking tap, and signal is transferred to the electronic one way valve of feedwater of sub-prime water tank immediately; 16, pipe network starts immediately, carries out sub-prime filtration, sub-prime purification, quality classification water supply on demand; 17, resident can obtain the water of straight drink, life, flushing three kinds of difference in functionality qualities continually.

Straight potable water embodiment: the water inlet of tap water water inlet manifold 308 → tap water is in charge of 101 → direct drinking source, room, 127 → direct drinking source outlet pipe 114 → induction type automatic signal and is controlled electronic one-way water pump 311 → clean chamber 300 → multi-functional sub-prime purifier group, the cleaned filter ruffle bucket of built-in senior straight drink, carry out direct-drinking purified water filtration treatment → direct-drinking purified water outfall sewer 314 → building directly drink the vertical main 401 → building that supply water and directly drink water supply level main 402 → building and directly drink water supply vertical branch 403 → building and directly drink water supply house lead in and be in charge of 404 → straight drink water supply house lead in is in charge of valve 405 → straight drink water supply user and directly drinks water spot.

One of living water use embodiment: the water inlet of tap water water inlet manifold 308 → tap water is in charge of room, 118 → living water use source, room, 127 → living water use source outlet pipe 132 → building living water vertical main 407 → building living water horizontal main 408 → building living water vertical branch 409 → building living water house lead in and is in charge of 410 → building living water house lead in and is in charge of valve 411 → building living water house lead in and is in charge of water meter 412 → user living water use point after valve.

Living water use embodiment two: clean chamber 300 → multi-functional sub-prime purifier group, the cleaned filter ruffle bucket of built-in middle rank life, carries out life water purification filter process → room, water inlet pipe 129 → living water use source, living water use outfall sewer 317 → Central Symmetry two room, 118 → living water use source outlet pipe 132 → building living water vertical main 407 → building living water horizontal main 408 → building living water vertical branch 409 → building living water house lead in and is in charge of 410 → building living water house lead in and is in charge of valve 411 → building living water house lead in and is in charge of water meter 412 → user living water use point after valve.

One of wash water embodiment: clean chamber 300 → multi-functional sub-prime purifier group → built-in just middle rank rinses cleaned filter ruffle bucket, carries out flushings water purification filter process → room, 136 → Cistern flushing water source, room, wash water outfall sewer 320 → wash water water inlet pipe 150 → wash water source outlet pipe 148 → building and rinses the vertical main 413 → building that supply water and rinse water supply level main 414 → building and rinse water supply vertical branch 415 → building and rinse water supply house lead in and be in charge of 416 → building and rinse water supply house lead in and be in charge of valve 417 → building flushing water supply house lead in and be in charge of water meter 418 → user wash water point after valve.

Wash water embodiment two: water chamber 100 → straight room, drinking water source 101 → blow-off pipe 116 and electronic unidirectional blowoff valve 117 thereof → open into water → rinse water supply vertical branch 415 → building and rinse water supply house lead in stopping room, 136 → wash water source, room, water inlet manifold 152 → wash water source, room, water inlet → wash water source outfall sewer 148 → building to rinse during high water level holding wire 139 supplying water vertical main 413 → building to rinse water supply level main 414 → building and be in charge of 416 → building and rinse water supply house lead in and be in charge of upper valve 417 → building flushing water supply house lead in and be in charge of water meter 418 → user wash water point after upper valve through middle water level holding wire 140.

Wash water embodiment three: room, water chamber's 100 → living water use source 118 → blow-off pipe 134 and electronic unidirectional blowoff valve 135 thereof → open into water → rinse water supply vertical branch 415 → building and rinse water supply house lead in stopping room, 136 → wash water source, room, water inlet manifold 152 → wash water source, room, water inlet → wash water source outlet pipe 148 → building to rinse during middle water level holding wire 140 supplying water vertical main 413 → building to rinse water supply level main 414 → building and be in charge of 416 → building and rinse water supply house lead in and be in charge of upper valve 417 → building and rinse water supply house lead in and be in charge of water meter 418 → user wash water point after upper valve through low water stage holding wire 142.

Wash water embodiment four: straight room, 136 → wash water source, room, 118 → the second spout hole 131 → wash water sources, room, 101 → the first spout hole 113 → living water use sources, room, drinking water source outlet pipe 148 → building rinse the vertical main 413 → building that supply water and rinse water supply level main 414 → building and rinse water supply vertical branch 415 → building and rinse water supply house lead in and be in charge of 416 → building and rinse water supply house lead in and be in charge of valve 417 → building and rinse water supply house lead in and be in charge of water meter 418 → user wash water point after valve.

The improved instant sub-prime purification of specific embodiment, the operating principle of instant quality classification water supply is: when the user in building is by different quality water, signal is transferred to water tank clean chamber tap water by current and enters the electronic one-way water pump of induction type on the pipeline of total mouth, carrying out work makes water tank obtain water chamber 100 when starting Inlet and outlet water and work, along with the continuous fluctuate change of the liquid level of water, breathing inner container bags group in gas chamber 200 is constantly convergent-divergent also, in level side or above-below direction displacement movement; Meanwhile, the different sub-prime purification function filter vats in clean chamber 300, also by different function requirements, will carry out the purification of instant sub-prime and sub-prime supply; Separate due in the middle of three, only top has a splicing sleeve and respiratory siphon to communicate, and three is independent of each other, and " stomach " that fully demonstrated water tank digests purification function, and " lung " respiratory function of water tank, is that water tank well works " companion ".

The present invention, except the square box structure shown in above-mentioned most preferred embodiment figure, also can have multiple conversion and remodeling, be not limited to the concrete structure of above-mentioned embodiment.Can need to make drum-shaped, half drum-shaped, can-like shape according to field condition, spherical or other present situations are also passable.

Above disclosedly be only most preferred embodiment of the present invention, certainly can not limit the interest field of the present invention with this, therefore according to the equivalent variations that the present patent application the scope of the claims is done, still belong to the scope that the present invention is contained.

Water chamber 100 in embodiment and interior various parts thereof; And gas chamber 200 and interior various parts thereof; And clean chamber 300 and interior various parts thereof; And the connecting process between three, technical method is public, no longer burdensome at this.

Claims

1. existing attic tank and a building waterline network quality classification water supply remodeling method, is characterized in that: concrete steps are:

Step one, in the early-stage preparations stage: (1), the pipeline rout of the quality characteristic of existing water tank, volume size and existing building waterline network, output demand primary condition and requirement are studied in site inspection; (2), formulate modification scheme, calculate and prepare to need how many individual unit-modularized flexible respiration inner container bags and stainless steel border component (202) thereof and how many individual unit-modularized multi-functional sub-prime purifiers and water inlet pipe and water outlet pipe thereof and valve member (302); (3), between the water inlet manifold and outfall sewer of existing water tank bottom both sides, connection cambic bypass pipe is set up; , and install gate valve additional on bypass pipe (4);

Step 2, the existing water tank improvement stage in mid-term; (1), shut the valve on existing tank inlet pipe and outlet pipe, open the gate valve on transitional bypass pipe; (2) water inlet manifold and the outfall sewer of more than water tank bypass pipe, is disconnected; (3), carry out a point chamber transformation to existing attic tank be divided into or increase synthesis three chambers: a follow-on water chamber (100), room, straight drinking water source (101), room, living water use source (118), room, wash water source (136) are contained in this water chamber, three is successively to separate mutually with the dividing plate (120) containing the air-vent with spout hole that filter membrane cover, (138), a gas chamber (200) containing assembled flexible breathing inner container bags group, a clean chamber (300) containing multi-functional sub-prime purification water supply installation; (4), transform and water chamber (100) is installed; (5), transform and gas chamber (200) is installed; (6), transform and clean chamber (300) is installed; (7), be separated by and connection three chambers with corrosion resistant plate, fix with reinforced pipe below, breathe sleeve pipe with stainless steel above and be connected with splicing sleeve; (8), directly drink in the bottom connection of three chambers, live, wash water pipeline and valve member;

Step 3, mid-term existing building waterline network alteration stage: (1), checks and also punches near the water main side of the single tube homogeneity of original building; (2), in hole, two-way water main pipe network is laid in addition: a road is straight drinking water main pipe network, and another road is living water use main pipe network; (3), original water main is carried out functional replacement with the straight drinking water main newly installed to be connected; (4), original water main of replacing is carried out functional replacement with user's wash water pipe network arm to be connected; (5), the straight drinking water main newly installed is connected with functional replacement of user's straight potable water network arm; (6), the living water use main newly installed is connected with functional replacement of user's living water use pipe network arm; (7), by the outfall sewer of the straight drinking water of the multifunctional quality-differing water supply tank of reincarnate, living water use, wash water, respectively with total main of the building sub-prime waterline network of reincarnate, by with quality pipeline joint; (8), by the straight drinking water of the building waterline network of reincarnate, living water use, the total main of wash water, divide indoor sub-prime horizontal branch pipe with the building of reincarnate respectively, connect same quality pipeline and dock respectively; (9), the building of reincarnate are divided straight drinking water, living water use, the wash water of family horizontal branch pipe, divide with the building of reincarnate the sub-prime level before the water meter of indoor, family to access arm respectively, connect same quality pipeline and dock respectively;

Step 4, mid-term existing point of family water supply pipe system in building alteration stage; (1), indoorly at point family carry out inducing classification according to difference in functionality object water spot, and with bypass duct be connected in series straight drinking water, living water use, wash water three kinds different with water spot and water appliance; (2), at point family, the concentrated full position of indoor three kinds of bypass duct, installs the intellectual water meter of straight drinking water, living water use, wash water three kinds of difference in functionalitys; (3), before water meter, gate valve is installed; (4), the bypass duct before three kinds of water meters of point indoor, family, divides with the building of reincarnate the sub-prime level of indoor, family to access arm respectively, connects same quality pipeline joint;

Step 5, in the operational management stage in later stage: (1), checks the connection between clean chamber, gas chamber, water chamber three, and guarantees that three is airtight and communicate; (2), with ultraviolet lamp or ozone generator to the chamber of three in water tank, carry out disinfection sterilization treatment; (3), open side flat open inspection panel (210) outside gas chamber, turn on the vent valve (208) of breathing inner container bags group; (4), by the inner container bags group (203) assembled, outwards pull open to maximum position; (5), cambic bypass pipe is disconnected; (6), open tap water water inlet manifold total valve (309), allow airtight water chamber be full of water, the highest liquid level line of water controls 3-5 centimetre below bleed off pipe pipe bottom line; (7), by breathing inner container bags group (203), the side to water chamber (100) slightly extrudes, and when sensation is squeezed motionless only, showing that inner container bags group is sealing, is also peak discharge; (8) vent valve (208) shutting breathing inner container bags, is tightened; (9), open straight drinking water source outlet pipe valve (115)/living water use source outfall sewer valve (133)/wash water outfall sewer valve (149) and control electronic one-way water pump (311) with the induction type automatic signal being connected clean chamber; (10), discharge water operation, and water tank starts Inlet and outlet water, simultaneously because the instant difference in functionality of user start normal work with water; (11), along with the rising-decline change of water chamber (100) water level, the breathing inner container bags group (203) in gas chamber (200) presents previous-next or L-R retractility displacement movement; (12), simultaneously the multiple unit-modularized multi-functional sub-prime purifier group of clean chamber (300) and Connecting groups seaming element (303) thereof also carry out sub-prime purification and quality classification water supply by different sub-prime functions; (13), after three kinds of different valves, intellectual water meter carries out instant sub-prime metering, and water meter collects controls transfer module with micro computer integrated information; (14), by the synchronous sub-prime metrical information of collecting, synchronous sub-prime remote transmission is made a copy for management unit; (15), management unit monthly or collect three kinds of sub-prime water rates season.

2. according to the existing attic tank of the one described in claim 1 and building waterline network quality classification water supply remodeling method, it is characterized in that: described clean chamber (300) remodeling method, its improvement and installation step is: (1), preparatory unit modular multi-function sub-prime purifier and water inlet pipe and water outlet pipe thereof and valve member (302); (2), the on-the-spot size according to water tank capacity and building output calculates needs how many inner container bags, consider the integer surplus adding 15-20%, form multiple unit-modularized multi-functional sub-prime purifier group and Connecting groups seaming element (303) thereof; (3), multiple unit-modularized multi-functional sub-prime purifier group and Connecting groups seaming element (303) thereof are connected with upper fixed frame assembly (304)/lower fixed support base frame assemblies (305); (4), connection sleeve pipe (301) is installed; (5) outlet pipe and valve Connecting groups seaming element, is installed into; (6) Inlet and outlet water, installing different sub-prime purification function is in charge of and is connected house steward; (7), various control be installed and be connected valve; (8), mounting casing case, sieve-mesh base plate, inspection panel assembly; (9), induction type automatic signal is installed and controls electronic one-way water pump (311), inspection panel power source jack assemblies (330); (10), overflow pipe assembly is installed.

3. according to the existing attic tank of the one described in claim 1 and building waterline network quality classification water supply remodeling method, it is characterized in that: described water chamber (100) remodeling method, its remodeling method is: with the stainless steel of food-grade or engineering plastics or glass-reinforced plastic material, existing attic tank packaging is separated into, containing the water chamber by room, straight drinking water source (101), room, living water use source (118) and room, wash water source (136); Three is successively to separate mutually with the dividing plate (120) containing the air-vent with spout hole that filter membrane cover, (138); The volume size ratio of three is, room, straight drinking water source: room, living water use source: room=1, wash water source: (0.8 office-1.8 is lived): (1.2 inhabitation-1.6 office); The bottom of three arranges circular arc string becomes 60 degree of angles circular arc flow apron with inwall, and forms a circle, in sealing shape; The adjacent two sides intersection circular arc deflector of three, the adjacent two sides intersection in each chamber of three, the circular arc string of setting becomes the circular arc flow apron at 60 degree of angles with side.

4., according to the existing attic tank of the one described in claim 1 and building waterline network quality classification water supply remodeling method, it is characterized in that; Described water chamber is connected with top breathing sleeve pipe between gas chamber, and between water chamber with clean chamber, top splicing sleeve is connected; Water chamber and clean mounting distance between chamber and gas chamber, determine, between 0.3-1.0 rice according to in-site installation condition.

5. according to the existing attic tank of the one described in claim 1 and building waterline network quality classification water supply remodeling method, it is characterized in that: described in water chamber, gas chamber, the improvement and installation step between clean chamber three chambers is; (1), water chamber and gas chamber is connected with breathing sleeve pipe; (2), water chamber and clean chamber is connected with connection sleeve pipe; (3), the shell of both outer tube connections of sleeve pipe; The interior gallbladder intracavity of interior both pipe connections of sleeve pipe; (4), both lower parts are connected and fixed with reinforced company's adapter and form; (5), guarantee that water chamber and gas chamber are on same horizon position.

6., according to the existing attic tank of the one described in claim 1 or 3 and building waterline network quality classification water supply remodeling method, it is characterized in that; Described room, straight drinking water source (101) interior remodeling method is; Be provided with the clean-out cover with sealing ring in the middle of upper cover, and cover the integration component with outlet valve and air filter; Opening a small sircle hole with gas chamber's dividing plate top, sealing is installed and is connected respiratory siphon; With dividing plate top, room, living water use source, install a row and gas chamber's respiratory siphon co-located, same to diameter, interval equal one arrange first row air-vent with filtering membrane cover; The centimetre of 3-5 below at the bottom of air-vent position, installs point symmetrical two-way and becomes 60 degree of angles downwards with inwall, outwardly the equidirectional tap water water inlet pipe in inclined 60 degree of angles and float switch and high-low water level signal Control Component; The position of 3-5 centimetre below at the bottom of water inlet pipe delivery port, installs first spout hole with filter membrane lid, and overflow orifice diameter is shared a common fate pipe, and length is 3-5 times of respiratory siphon diameter; Under spout hole, high-water line is installed in 3-5 centimetre position; With adjacent two sides intersection bottom its room, direct drinking source, be respectively equipped with circular arc string becomes 60 degree of angles circular blast baffle with inwall, baffle at bottom exceeds water tank bottom 10-12 centimetre and arranges; Exceed deflector above 2-3 centimetre in the middle of bottom it and be provided with straight drinking water source extraction water pipe, and connect with the water inlet manifold of clean chamber; Be provided with a blow-off pipe in the middle of bottom it to draw, install electronic unidirectional overflow signal valve assembly additional, and be connected with the wastewater influent house steward of room, wash water source.

7. according to the existing attic tank of the one described in claim 1 or 3 and building waterline network quality classification water supply remodeling method, it is characterized in that: described room, living water use source (118) interior remodeling method: the manhole cover being provided with band sealing ring in the middle of upper cover; With dividing plate top, room, wash water source, a row and gas chamber's respiratory siphon co-located are installed, same to diameter, interval are equal, with the second row air-vent of filter membrane filter core lid; The centimetre of 3-5 below at the bottom of air-vent position, installs point symmetrical two-way and becomes 60 degree of angles downwards with inwall, outwardly the equidirectional tap water water inlet pipe in inclined 60 degree of angles and float switch and high-low water level signal Control Component; Install in the center on its top, life water source room the living water use outfall sewer that is carried out self-cleaning chamber, this Guan Fen two becomes 60 degree of angles downwards, outwardly inclined 60 degree of equidirectional accesses in angle; Arrange on the right side of its life water source indoor and middle water level holding wire and control and regulation scale bar assembly are installed, the length of adjusting rod is within the scope of the 2.5/5-3.75/5 of cistern water level dischargeable capacity, vertically be arranged on the right side of life water source room, and can regulate at any time with scale; The side, opposite of the position of 2-3 centimetre below at the bottom of the first spout hole, installs the second spout hole with filter membrane filter core lid, and overflow orifice diameter is shared a common fate pipe, and length is 3-5 times of respiratory siphon diameter; With adjacent two sides intersection bottom its life water source room, be respectively equipped with circular arc string becomes 60 degree of angles circular blast baffle with inwall, baffle at bottom exceeds water tank bottom 10-12 centimetre and arranges; Exceed deflector above 2-3 centimetre position in the middle of bottom it and be provided with a living water use source drawing-off water house steward, draw and connect with house steward user; Be provided with a blow-off pipe extraction and install electronic unidirectional liquid level signal valve module additional, and be connected with the wastewater influent house steward of room, wash water source.

8. according to the existing attic tank of the one described in claim 1 or 3 and building waterline network quality classification water supply remodeling method, it is characterized in that: described room, wash water source (136) interior remodeling method: at flushing water source, indoor remodeling method is: be provided with the manhole cover with sealing ring in the middle of upper cover; A small garden hole is being opened with clean compartment spacers top, seal and splicing sleeve is installed, be tightly connected in sleeve pipe and install two-way water inlet pipe, a road is water main access life and room, straight drinking water source, and the living water use outfall sewer access room, living water use source of self-cleaning chamber is come on another road; With the dividing plate in clean chamber on the second spout hole bottom position on opposite below 3-5 centimetre open a small sircle hole, towards external seal, the 3rd bleed off pipe of whole water chamber and the combined filtering device with U-shaped trap and cleaner thereof are installed; Float switch and high, medium and low water level signal Control Component are installed; On the right side of flushing room, water source, install middle water level holding wire and regulable control scale bar assembly, regulable control scale pole length is within the scope of the 3/5-4/5 of this water chamber's dischargeable capacity, is vertically arranged on the right side rinsing room, water source.

9., according to the existing attic tank of the one described in claim 1 or 3 and building waterline network quality classification water supply remodeling method, it is characterized in that; In described life water source indoor, high, medium and low three liquid level signal lines are set, high liquid level signal line at the bottom of first spout hole below 3-5 centimetre arrange, middle liquid level signal line is arranged within the scope of the 2.5/5-3.75/5 of the available water capacity of whole life water source room, and regulates at any time according to user's water supply volume size; Low liquid level signal line is arranged in circular arc deflector above 3-5 centimetre position, bottom.

10. according to the existing attic tank of the one described in claim 1 or 3 and building waterline network quality classification water supply remodeling method, it is characterized in that: described indoor, flushing water source are provided with high, medium and low three liquid level signal lines, high liquid level signal line 3-5 centimetre below second bleed off pipe is arranged, middle liquid level signal line is arranged within the scope of the 3/5-4/5 of the available water capacity of room, whole flushing water source, and low liquid level signal line is arranged in circular arc deflector above 3-5 centimetre position.

11. according to the existing attic tank of the one described in claim 1 or 3 and building waterline network quality classification water supply remodeling method, it is characterized in that: described spout hole and Guan Guan are: the first spout hole of room, direct drinking source, be at the bottom of tap water water inlet pipe below 3-5 centimetre position install; Second spout hole of life water source room is that below horizon at the bottom of the first spout hole 3-5 centimetre position is installed; Rinsing the 3rd bleed off pipe of room, water source, is that below horizon at the bottom of the second spout hole 3-5 centimetre position is outwards installed.

12. according to the existing attic tank of the one described in claim 1 and building waterline network quality classification water supply remodeling method, it is characterized in that: except existing water tank is the square bodily form, can also to existing spherical, drum-shaped, can-like shape or other present situations are transformed, its periphery arranges inscribe or the breathing inner container bags group device arranged placed in the middle should be drum-shaped, half drum-shaped, its mounting method is just in time contrary with the square bodily form, namely breathe air entrance accesses below breathing inner container group, the least significant end of breathing inner container bags group is above, above the access door of breathing inner container bags group is arranged on, and multi-functional sub-prime purifier group is set in its peripheral connection, be connected by above method.

13. according to the existing attic tank of the one described in claim 1 and building waterline network quality classification water supply remodeling method, it is characterized in that: control electronic one-way water pump according to the induction type automatic signal on the tap water water inlet manifold road in the clean chamber of water tank, be added on the tap water water inlet manifold road in the clean chamber of water tank, by user fetch boiling water leading water time produce water flow induction carry out switch control rule, its induction type automatic signal controls the pressure of electronic one-way water pump water pump at 0.2-0.3MPa, and the water in whole clean chamber is run in the environment of pressure-fired.

14., according to the existing attic tank of the one described in claim 1 and building waterline network quality classification water supply remodeling method, is characterized in that; Described breathing inner container bags group is the surplus placing a 15-20% integer inner container bags.

15. 1 kinds of existing attic tanks and building waterline network quality classification water supply modernization system, comprise water chamber (100), gas chamber (200), clean chamber (300), breathe sleeve pipe (201), be communicated with sleeve pipe (301), water tank external connecting pipe road system, strengthen stationary pipes (219)/reinforcement fixed support tube (333), it is characterized in that; Described modernization system, also comprises; Power line and extraction total line assembly (307) thereof, inspection panel power source jack assemblies (330), water tank bottom support post (334), building quality classification water supply pipe network system and user's water quality based water utilization terminal water meter system.

16. according to the existing attic tank of the one described in claim 15 and building waterline network quality classification water supply modernization system, it is characterized in that: described building quality classification water supply pipe network system, comprise: the straight drink vertical main of water supply (401), straight drink water supply level main (402), straight drink water supply vertical branch (403), straight drink water supply house lead in is in charge of (404), straight drink water supply house lead in is in charge of valve (405), and straight drink water supply house lead in is in charge of water meter (406) after valve, the vertical main of living water (407), the horizontal main of living water (408), living water vertical branch (409), living water house lead in is in charge of (410), living water house lead in is in charge of valve (411), water meter (412) after living water house lead in is in charge of valve: rinse the vertical main (413) that supplies water, rinse water supply level main (414), rinse water supply vertical branch (415), rinse water supply house lead in be in charge of (416), rinse water supply house lead in and be in charge of valve (417), rinse water supply house lead in and be in charge of water meter (418) after valve.

17., according to the existing attic tank of the one described in claim 15 and building waterline network quality classification water supply modernization system, is characterized in that; Described user's water quality based water utilization terminal water meter system, has instant quality classification water supply, the synchronous sub-prime metering of instant sub-prime, and instant synchronous sub-prime remote transmission is made a copy for, instant synchronous sub-prime clearing charging function.