CN2199191Y - Hard water softening purifying apparatus using regenerative softening material - Google Patents

Abstract

The utility model relates to a hard water softening and purifying apparatus using regenerative softening material. The utility model is characterized in that the upper end of a preliminary filtration chamber is respectively provided with a hard water inlet cavity, an immersible pump inlet, a softening chamber and a softening chamber water inlet, sides at the upper end of the softening chamber are respectively provided with a soft water outlet and a regenerating agent outlet, an upper end in the preliminary filtration chamber is provided with an immersible pump which is respectively connected with a regenerating agent control valve, the immersible pump inlet and the regenerating agent outlet, and the hard water inlet cavity and the soft water outlet are respectively connected with a hard water control valve and a soft water control valve. The utility model with the advantages of convenient installation and use, long using periods and low cost realizes automatic exchange and regeneration in a water purifier for drinking water softening material and arbitrary adjustment and control for drinking water hardness; therefore, the drinking water hardness of the utility model achieves the drinking water hardness number prescribed by China.

Description

Hard water softening purifying apparatus using regenerative softening material

The utility model relates to a kind of appliance for treating drinking water, particularly relates to the reproducible water softening of a kind of softening material, refining plant.

China adopts underground water as the Drinking Water water source in most area, underground water often calcium carbonate content is too high, and this hard water of this part geographic resident's long-term drinking causes resident's lithiasis sickness rate height, and kettle and hot water supply system fouling are serious, energy dissipation.Therefore, produced and drunk water softening treatment plant.The existing water softening treatment plant of drinking has solved calcium carbonate content control problem in the water, the Drinking Water problem of improving the hard water areas people has been played certain effect, but it is few that it handles the water yield, high hardness water area particularly, just need change once softening material in per three to four months, both increase cost, brought many inconvenience to the user again.

The purpose of this utility model be design a kind of neither need to change softeningly expect and softening, the refining plant of the tap water of may command calcium carbonate content.

The utility model is achieved in that the reproducible water softening of softening material, the demineralization chamber that ion exchange resin is arranged in refining plant comprises, demineralization chamber's loam cake, the regenerator inlet hole, having first filter chamber to be attached thereto bottom the demineralization chamber connects, just the filter chamber internal upper part has submersible pump, submersible pump and submersible pump inlet, outlet is connected, just bottom the filter chamber regenerator discharge outlet being arranged is raw water inlet, it is characterized in that submersible pump is connected with the submersible pump switch, the regenerator inlet hole has regenerator import port lid to be attached thereto to connect, there are demineralization chamber's water outlet and regenerator outlet in the outside, demineralization chamber upper end, communicate with soft water control valve and submersible pump respectively, submersible pump is connected with the submersible pump inlet, the soft water control valve outlet port is connected with decontamination chamber's soft water water-in, the demineralization chamber lower end has a hard water intake antrum to be connected with the hard water control valve, and the outlet of hard water control valve is connected with decontamination chamber's hard water water-in.

The utility model has the advantages that: demineralization chamber and decontamination chamber can cut off fully by hard water control valve and soft water control valve, open the regenerator by-pass valve control subsequently, start the submersible pump switch, utilize softening material regenerator sodium chloride solution, promptly can implement regeneration reducing to the ion exchange resin in the demineralization chamber, can make it use repeatedly over a long time, and not be subjected to the water outlet quantitative limitation, also not influence the quality of purifying waste water simultaneously.

Following accompanying drawing has been drawn embodiment of the present utility model, is described further in conjunction with the accompanying drawings:

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the right view of the utility model Fig. 1;

Fig. 3 is the left view of the utility model Fig. 1.

Symbolic representation is as follows among Fig. 1-3: water-in 1, first filter chamber 2, submersible pump inlet 3, hard water intake antrum 4, demineralization chamber's water-in 5, hard water control valve 6, soft water control valve 7, demineralization chamber 8, ion exchange resin 9, soft water control valve import 10, regenerator import 11, regenerator import port lid 12, regenerator outlet 13, demineralization chamber's loam cake 14, soft water water outlet 15, submersible pump switch 16, decontamination chamber's soft water water-in 17, decontamination chamber's hard water water-in 18, decontamination chamber's loam cake 19, submersible pump 20, decontamination chamber 21, soft water control valve outlet port 22, scavenging material 23, hard water control valve outlet 24, magnetization chamber 25, water outlet 26, water-in cap 27, regenerator control valve 28, regenerator discharge outlet 29.

For make ion exchange resin (9) can be in whole device manipulation of regeneration easily, water-in cap (27) is arranged on water-in (1), in the upper end of water-in (1) strainer chamber (2) is arranged, just the upper end of filter chamber (2) has hard water intake antrum (4) and submersible pump inlet (3) and demineralization chamber's water-in (5) respectively, upper end and side in demineralization chamber (8) have regenerator import (11) respectively, soft water water outlet (15), regenerator outlet (13), submersible pump inlet (3) is connected with submersible pump (20), submersible pump (20) respectively with regenerator control valve (28), regenerator outlet (13), submersible pump switch (16) is connected, soft water water outlet (15) is connected with soft water control valve (7), a regenerator import port lid (12) is arranged in the regenerator import (11), and hard water intake antrum (4) is connected with hard water control valve (6).

Embodiment 1(sees Fig. 1, Fig. 3), close hard water control valve (6) and soft water control valve (7) and just can prevent that the ion exchange resin regenerator from entering decontamination chamber (21) infringement and purifying material.On water-in (1), set up water-in cap (27), turn on regenerator import port lid (12), pour the ion exchange resin regenerator into regenerator import (11), the regenerator import port lid (12) of screwing on again subsequently, open regenerator control valve (28), start submersible pump switch (16), submersible pump (20) can be extracted into regenerator outlet (13) outflow by submersible pump inlet (3) with regenerator in first filter chamber (2), enter demineralization chamber (8), make regenerator cause the state of circulating, just can carry out manipulation of regeneration the ion exchange resin (9) in the demineralization chamber (8).Close submersible pump switch (16) subsequently, take off water-in cap (27), regenerator can be discharged from regenerator discharge outlet (29).

The utility model is to use like this: embodiment 2(sees Fig. 1, Fig. 2), water enters filter chamber (2) just from water-in (1), after the filtration of the suspended substance in the water, one tunnel process demineralization chamber's water-in (5) enters demineralization chamber (8), by ion exchange resin (9), after lime carbonate in the matrix water is exchanged absorption, water is softened, again by soft water water outlet (15), by the hose connection soft water control valve (7) that enters, controlled through the effect soft water flow of soft water control valve (7), pass through soft water control valve outlet port (22) subsequently, be connected with decontamination chamber's soft water water-in (17) by flexible pipe, enter decontamination chamber (21).Another road enters hard water control valve (6) by hard water intake antrum (4), through the effect of hard water control valve (6), the hard water flow is controlled, subsequently, be connected with decontamination chamber's hard water water-in (18) by flexible pipe through hard water control valve outlet (24), enter decontamination chamber (21).Controlled soft, the upper end of hard water in decontamination chamber (21) of two road flows converged then, by entering magnetization chamber (25) after scavenging material (23) purification, flow out along water outlet (26), be the tap water that meets standard for drinking through softening, purification, magnetization.

Claims (4)

1, the reproducible water softening of a kind of softening material, refining plant, the demineralization chamber (8) that ion exchange resin (9) are arranged in comprising, its upper side has soft water water outlet (15) and regenerator outlet (13) respectively, its lower end has first filter chamber (2) to be attached thereto to connect, it is characterized in that: have submersible pump (20) to be connected with submersible pump inlet (3), regenerator control valve (28), regenerator outlet (13), submersible pump switch (16) respectively in the first filter chamber (2).

2, according to the reproducible water softening of the described softening material of claim 1, refining plant, it is characterized in that: in the regenerator import (11) on demineralization chamber's loam cake (14) regenerator import port lid (12) is arranged, on the water-in (1) of first filter chamber (2) lower end water-in cap (27) is arranged.

3, according to the reproducible water softening of the described softening material of claim 1, refining plant, it is characterized in that: the upper side of decontamination chamber (21) has decontamination chamber's hard water water-in (18), decontamination chamber's soft water water-in (17) respectively.

4, according to claim 1 or the reproducible water softening of 2 or 3 described softening material, refining plant, it is characterized in that: the upper side of first filter chamber (2) has a hard water intake antrum (4) to be connected with hard water control valve (6), the side of hard water control valve (6) has a hard water control valve outlet (24) to be connected with decontamination chamber's hard water water-in (18), and the side of soft water control valve (7) has a soft water control valve outlet port (22) to be connected with decontamination chamber's soft water water-in (17).

Images