CN203904043U

CN203904043U - Water liquid treater

Info

Publication number: CN203904043U
Application number: CN201420330734.1U
Authority: CN
Inventors: 徐才浚
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-06-19
Filing date: 2014-06-19
Publication date: 2014-10-29
Anticipated expiration: 2024-06-19

Abstract

The utility model discloses a water liquid treater which is used for solving the problem that the water for daily use does not have a sterilization function at present. The water liquid treater comprises a main pipe body, a sodium chloride supply module and an electrolysis module, wherein the main pipe body is provided with a water inlet, a water outlet, a first through hole and a second through hole; the first through hole and the second through hole are both positioned between the water inlet and the water outlet; the first through hole is closer to the water inlet, and the second through hole is closer to the water outlet; the sodium chloride supply module is arranged at the first through hole; and the electrolysis module is arranged at the second through hole.

Description

Water liquid treater

Technical field

The utility model is about a kind of water liquid treater, especially a kind of water liquid treater that makes treated water liquid have biocidal efficacies.

Background technology

At present, many water demands in daily life, such as kitchen water, laundry water, toilet water etc., all directly to use tap water or underground water, although water liquid is through purifying treatment, but itself does not have biocidal efficacies water liquid, so that user needs after clean article, to carry out extraly germicidal treatment again and (is for example cleaning after tableware, by tableware with high temperature poach or insert in uv disinfection machine), or need additionally add sterilant (for example add sterilant in laundry water, or add sterilant in cistern) in the time using.

But, with regard to the water of kitchen, be no matter with high temperature poach or insert the sterilization mode of uv disinfection machine, all cannot in cleaning article, carry out sterilization, therefore to complete the process of sterilization quite consuming time from cleaning to, and the larger pan of volume cannot be suitable at all.Separately, with regard to do washing water and toilet water, because sterilant need add in use, do not add and just cannot reach sterilization effect, therefore ease of use is quite not enough, has in fact necessity of being improved.

Utility model content

The purpose of this utility model is to provide a kind of water liquid treater, can be communicated with water source, the hypochloric acid water (HClO) that the water liquid that makes to pass through becomes tool biocidal efficacies flow out again for.

For reaching aforementioned object, the technology contents that the utility model uses includes:

A kind of water liquid treater, comprise: a main pipe, this main pipe is provided with and is communicated with inner a water inlet, a water outlet, first port and second port, this first port and the second port are all between this water inlet and this water outlet, this first port is compared with contiguous this water inlet and away from this water outlet, and this second port is compared with contiguous this water outlet and away from this water inlet; A sodium-chlor supply module, this sodium-chlor supply module is located at this first port; And an electrolysis module, this electrolysis module is located at this second port.

Wherein, this main pipe establishes a valve body between this second port and this water outlet.

Wherein, this sodium-chlor supply module comprises a sodium-chlor supply pipe, a sodium-chlor storage tank and a valve body, one end of this sodium-chlor supply pipe is communicated with this main pipe's inside by this first port, this sodium-chlor storage tank is located at the other end of this sodium-chlor supply pipe, and this valve body is located between two ends of this sodium-chlor supply pipe.

Wherein, this electrolysis module comprises a pedestal, a charger and two electrodes, and this pedestal seals the second port of this main pipe, and this charger is assembled in this pedestal, respectively this electrode runs through this pedestal, and respectively this electrode is electrically connected this charger by an exposed first end outside this pedestal.

Wherein, the one of these two electrodes is carbon material the positive pole that is electrically connected this charger, and another electrode is steel alloy material the negative pole that is electrically connected this charger.

Wherein, this electrolysis module separately comprises an arm, and one end of this arm is communicated with this main pipe's inside by this second port, and this pedestal seals the other end of this arm, and respectively this electrode second end stretches through in the inside of this arm.

Wherein, respectively the second end of this electrode protrudes out to this main pipe's inside.

Wherein, this electrolysis module separately comprises a ventpipe and a breather valve, and this ventpipe is located at this arm or pedestal to be communicated with the inside of this arm, and this breather valve is located at this ventpipe.

This water liquid treater also can separately comprise a protective shell, and this protective shell is located at this arm or pedestal, and this charger and the exposed first end outside this pedestal of these two electrodes are all placed in this protective shell.

Wherein, this ventpipe is placed in this protective shell, and this protective shell is provided with a perforation that is communicated with the external world.

Accordingly, water liquid treater of the present utility model can be communicated with water source, make the water liquid passing through be dissolved with sodium-chlor, and after electrolysis, generate the hypochloric acid water (HClO) of tool biocidal efficacies, again flow out for, directly in cleaning article, article are carried out to sterilization, can effectively reduce from cleaning to and complete the time that sterilization process consumes, and significantly promote ease of use.

Brief description of the drawings

Fig. 1: the broken section two dimensional structure schematic diagram of the utility model one embodiment.

Fig. 2: the enforcement schematic diagram of the utility model one embodiment.

[main element nomenclature]

1 main pipe's 11 water inlets

12 water outlet 13 first ports

14 second port 15 valve bodies

2 sodium-chlor supply module 21 sodium-chlor supply pipes

22 sodium-chlor storage tank 23 valve bodies

3 electrolysis module 31 pedestals

32 charger 33 electrodes

33a first end 33b the second end

34 arm 35 ventpipes

36 breather valves

4 protective shells 41 are bored a hole.

Embodiment

For above-mentioned and other object of the present utility model, feature and advantage can be become apparent, preferred embodiment of the present utility model cited below particularly, and coordinate accompanying drawing, be described in detail below:

Please refer to Fig. 1, for an embodiment of the utility model water liquid treater, this water liquid treater comprises a main pipe 1, monochlor(in)ate sodium supply module 2 and an electrolysis module 3 haply, this sodium-chlor supply module 2 and electrolysis module 3 are all located at this main pipe 1, to be supplied water liquid defeated the give sodium-chlor of module 2 to this main pipe 1 inside of flowing through by this sodium-chlor, and this is dissolved with the water liquid of sodium-chlor by these electrolysis module 3 electrolysis.

This main pipe 1 has a water inlet 11 and a water outlet 12, and this main pipe's 1 water inlet 11 can, for connecting water source, water liquid is imported to this main pipe's 1 inside, and flow to this water outlet 12.This main pipe 1 is separately provided with one first port 13 and one second port 14 in tube wall, this first port 13 and the second port 14 are all between this water inlet 11 and water outlet 12, this first port 13 is compared with contiguous this water inlet 11 and away from this water outlet 12, and 14 of this second ports are compared with contiguous this water outlet 12 and away from this water inlet 11.Whether again, this main pipe 1 can also establish a valve body 15 between this second port 14 and this water outlet 12, flow out with the water liquid of controlling in this main pipe 1 from this water outlet 12.

This sodium-chlor supply module 2 is located at the first port 13 of this main pipe 1, this sodium-chlor supply module 2 comprises monochlor(in)ate sodium supply pipe 21, this sodium-chlor supply pipe 21 can connect the first port 13 of this main pipe 1 directly or indirectly, for example directly penetrate and connect the first port 13 of this main pipe 1 by one end of this sodium-chlor supply pipe 21, or connected end and this main pipe 1 of this sodium-chlor supply pipe 21 by a tie-in module (figure do not illustrate), the within of this sodium-chlor supply pipe 21 is connected with this main pipe's 1 inside.In the present embodiment; the other end that can be chosen in this sodium-chlor supply pipe 21 is established monochlor(in)ate sodium storage tank 22; can be for the sodium-chlor of accommodating liquid state or solid-state (being preferably the sodium-chlor of small-particle or powdery) in this sodium-chlor storage tank 22, with by this sodium-chlor supply pipe 21 to the defeated sodium-chlor that gives in this main pipe's 1 inside.Separately between two ends of this sodium-chlor supply pipe 21, establish another valve body 23, to be controlled the connected state between these sodium-chlor supply pipe 21 2 ends by this valve body 23, and then control this sodium-chlor supply pipe 21 sodium-chlor is inputted this main pipe's 1 amount and opportunity.

This electrolysis module 3 is located at the second port 14 of this main pipe 1, this electrolysis module 3 comprises a pedestal 31, a charger 32 and two electrodes 33, the second port 14 of this pedestal 31 these main pipes 1 of sealing, this charger 32 is assembled in this pedestal 31, and respectively this electrode 33 runs through this pedestal 31.In detail, this pedestal 31 can be directly in conjunction with this main pipe 1 to seal this second port 14, or as shown in the present embodiment accompanying drawing, connect this main pipe by one end of an arm 34, and with the other end of these pedestal 31 these arms 34 of sealing; Wherein, this arm 34 can directly be penetrated and connect the second port 14 of this main pipe 1 by one end, or is connected end and this main pipe 1 of this arm 34 by a tie-in module (figure does not illustrate), and the within of this arm 34 is connected with this main pipe's 1 inside.

This charger 32 is assembled in this pedestal 31, and this charger 32 is a direct supply or battery, for the positive pole of these chargers 32 of electrode 33 electrical connection wherein, and for the negative pole of another electrode 33 these chargers 32 of electrical connection; In the present embodiment, the anodal electrode 33 that is electrically connected on this charger 32 may be selected to be carbon material, and 33, the electrode that is electrically connected on the negative pole of this charger 32 may be selected to be steel alloy material.Respectively this electrode 33 has a first end 33a and one second end 33b, and respectively this electrode 33 runs through this pedestal 31, and to be electrically connected this charger 32 by exposed first end 33a outside this pedestal 31, respectively the second end 33b of this electrode 33 stretches through in the inside of this arm 34.Separately, be not provided with in the embodiment of this valve body 15 the second better inside that protrudes out to this main pipe 1 of end 33b of these two electrodes 33 this main pipe 1; Be provided with in the embodiment of this valve body 15 this main pipe 1, the position of the second end 33b of these two electrodes 33 is not limited.

In addition, this electrolysis module 3 can separately comprise a ventpipe 35 and a breather valve 36, this ventpipe 35 is located at this arm 34 or pedestal 31 to be communicated with the inside of this arm 34, and this breather valve 36 is located at this ventpipe 35, and controlling this ventpipe 35 only can circulated gases and cannot circulating liquid.

Again; this water liquid treater can also be provided with a protective shell 4; this protective shell 4 is located at this arm 34 or pedestal 31 and is positioned at the outside of this pedestal 31; in order to this charger 32 of cover cap and the exposed first end 33a outside this pedestal 31 of this two electrodes 33; can not only provide protection effect to members such as this charger 32 and two electrodes 33; avoid clashing into, pullling and make moist and increase the service life, also can promote succinct, the reguarity of the overall appearance of this water liquid treater simultaneously.Wherein, when this protective shell 4 also by these ventpipe 35 cover caps when interior, this protective shell 4 need separately be provided with and be communicated with an extraneous perforation 41, makes gas can circulate in this perforation 41 and this ventpipe 35.

Please refer to Fig. 2, according to by aforementioned structure, when water liquid treater running of the present utility model, the valve body 15 that can first control this main pipe 1 is closing condition, and the water liquid that imports these main pipe 1 inside from this water inlet 11 is accumulated in this main pipe 1; Simultaneously, the valve body 23 of controlling this sodium-chlor supply module 2 is opened condition, and by the mobile negative pressure producing of water liquid, in the time flowing through the first port 13 of this main pipe 1, sodium-chlor in this sodium-chlor supply pipe 21 is attracted to mix in this main pipe 1, make the water liquid in this main pipe 1 be dissolved with sodium-chlor.

Then, the water liquid that is dissolved with sodium-chlor will be subject to two electrode 33 electrolysis of this electrolysis module 3, and (reaction formula is electrode 33 places' generation chlorine: 2Cl therein ^-→ Cl ₂+ 2e ^-), and, as generated chlorine (Cl ₂) meet water and produce hypochlorous acid (reaction formula is: Cl ₂+ H ₂o → H ⁺+ Cl ^-+ HClO), to prepare the hypochloric acid water (HClO) of tool biocidal efficacies; (reaction formula is: 2Na to generate hydrogen at another electrode 33 places ⁺+ 2H ₂o+2e ^-→ 2NaOH+H ₂↑), and hydrogen (H ₂) can discharge by this breather valve 36 from this ventpipe 35.The valve body 15 of finally controlling this main pipe 1 is opened condition, the hypochloric acid water of tool biocidal efficacies can be discharged from this main pipe's 1 water outlet 12, use in the time doing washing, wash the dishes or rush the purposes such as toilet, can directly carry out sterilization to article such as clothing, tableware, toilets, quite convenient.

It is worth mentioning that, be not provided with in the embodiment of this valve body 15 this main pipe 1, though the water liquid that imports these main pipe 1 inside from this water inlet 11 cannot be accumulated in this main pipe 1, but still can, after water liquid is flowed through the first port 13 of this main pipe 1, make to be dissolved with sodium-chlor in water liquid; Continue in the time that the water liquid that is dissolved with sodium-chlor is flowed through the second port 14 of this main pipe 1, the second end 33b that is protruded out to this main pipe 1 inside by these two electrodes 33 carries out electrolysis to the water liquid that this is dissolved with sodium-chlor, therefore can generate equally the hypochloric acid water of tool biocidal efficacies.

In sum, water liquid treater of the present utility model can be communicated with water source, make the water liquid passing through be dissolved with sodium-chlor, and after electrolysis, generate the hypochloric acid water (HClO) of tool biocidal efficacies, again flow out for, directly in cleaning article, article are carried out to sterilization, can effectively reduce from cleaning to and complete the time that sterilization process consumes, and significantly promote ease of use.

Claims

1. a water liquid treater, is characterized in that, it comprises:

A main pipe, this main pipe is provided with and is communicated with inner a water inlet, a water outlet, first port and second port, this first port and the second port are all between this water inlet and this water outlet, this first port is compared with contiguous this water inlet and away from this water outlet, and this second port is compared with contiguous this water outlet and away from this water inlet;

A sodium-chlor supply module, this sodium-chlor supply module is located at this first port; And

An electrolysis module, this electrolysis module is located at this second port.

2. water liquid treater as claimed in claim 1, it is characterized in that: this sodium-chlor supply module comprises a sodium-chlor supply pipe, a sodium-chlor storage tank and a valve body, one end of this sodium-chlor supply pipe is communicated with this main pipe's inside by this first port, this sodium-chlor storage tank is located at the other end of this sodium-chlor supply pipe, and this valve body is located between two ends of this sodium-chlor supply pipe.

3. water liquid treater as claimed in claim 1, it is characterized in that: this electrolysis module comprises a pedestal, a charger and two electrodes, this pedestal seals the second port of this main pipe, this charger is assembled in this pedestal, respectively this electrode runs through this pedestal, and respectively this electrode is electrically connected this charger by an exposed first end outside this pedestal.

4. water liquid treater as claimed in claim 3, it is characterized in that: this electrolysis module separately comprises an arm, one end of this arm is communicated with this main pipe's inside by this second port, this pedestal seals the other end of this arm, and respectively this electrode second end stretches through in the inside of this arm.

5. water liquid treater as claimed in claim 4, is characterized in that: respectively the second end of this electrode protrudes out to this main pipe's inside.

6. water liquid treater as claimed in claim 4, is characterized in that: this electrolysis module separately comprises a ventpipe and a breather valve, and this ventpipe is located at this arm or pedestal to be communicated with the inside of this arm, and this breather valve is located at this ventpipe.

7. the water liquid treater as described in claim 6, is characterized in that: separately comprise a protective shell, this protective shell is located at this arm or pedestal, and this charger and the exposed first end outside this pedestal of these two electrodes are all placed in this protective shell.

8. the water liquid treater as described in claim 7, is characterized in that: this ventpipe is placed in this protective shell, and this protective shell is provided with and is communicated with an extraneous perforation.

9. water liquid treater as claimed in claim 3, is characterized in that: the one of these two electrodes is carbon material the positive pole that is electrically connected this charger, and another electrode is steel alloy material the negative pole that is electrically connected this charger.

10. water liquid treater as claimed in any one of claims 1-9 wherein, is characterized in that: this main pipe establishes a valve body between this second port and this water outlet.