CN2434300Y

CN2434300Y - Ozone sterilizing water generator

Info

Publication number: CN2434300Y
Application number: CN 00207290
Authority: CN
Inventors: 徐志强
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-04-01
Filing date: 2000-04-01
Publication date: 2001-06-13
Anticipated expiration: 2010-04-01

Abstract

The utility model relates to an ozone sterilizing water generator, which is provided with a dissolving chamber, wherein, a spray pipe is arranged above the inner part of the dissolving chamber; a downward pipe wall of the spray pipe is provided with a water spray hole; an ozone generator is arranged above the spray pipe; a wall plate which is arranged on the dissolving chamber is provided with an air inlet; ozone water are outputted from a water outlet pipe which is arranged below the dissolving chamber; a water inlet pipe is provided with a flow regulating valve which is used for controlling solubility. Because the utility model does not need one pressurizing air pump, water which is outputted is pure water solution without air which is not dissolved. The ozone which is not dissolved can be left in the dissolving chamber to be dissolved in a cycling way, and can not flow out to waste, and therefore, the dissolving effect is better.

Description

The ozonization water generating device

The utility model is a kind of water-soluble ozonization water generating device of ozone that makes.

Ozone is a kind of good disinfection material, be widely used in family, hospital, catering industry, for easy to use, generally make ozone solution in water, existing ozone water generator, the general employing is pressed onto ozone the mode of carrying out mixed dissolution in the water by air pump, complex structure, solute effect is poor, output be the mixture of water and air, and still undissolved ozone gas also can be run away to and cause waste in the air, influences solute effect.

The purpose of this utility model is to disclose a kind of ozone that makes to be dissolved in ozone water generator in the water efficiently under normal pressure.

The purpose of this utility model is achieved in that it comprises ozone generating-device and supporting power source drive device, is characterized in that: have a dissolving chamber; Above the dissolving chamber interior, water jet standpipe is installed, the sealing of the water jet standpipe one end mouth of pipe, the other end mouth of pipe is installed in the outside of dissolving chamber as the water inlet interface, and water jet standpipe tube wall down has spout hole; The dissolving chamber interior, the space above water jet standpipe is equipped with ozone generating-device; The top of ozone generating-device, the top wallboard of dissolving chamber has air inlet port; The below of dissolving chamber is equipped with rising pipe, and an end mouth of pipe of rising pipe is installed in the below of dissolving chamber interior, and the other end mouth of pipe is installed in and dissolves outdoor as the water outlet interface.

In addition, between water inlet interface and water jet standpipe, flow control valve is installed.

The utility model is simple in structure, because need not add pusher pump, ozone dissolves under normal pressure, so output is the aqueous solution of ozone, be not with and do not have the dissolved air, still undissolved ozone gas also can be stayed the dissolving chamber interior and continue dissolving, can not flow out the outside and wastes, so solute effect is better.The installation flow control valve can be regulated the ozone concn in the water easily between water inlet interface and water jet standpipe, uses more convenient.

Fig. 1 is the structural representation of an embodiment of the utility model.

Fig. 2 is the shape synoptic diagram of water jet standpipe among the embodiment.

Fig. 3 is the structural representation that has the water jet standpipe cross section of spout hole.

With reference to the accompanying drawings embodiment of the utility model is described.

Among Fig. 1, major partss such as dissolving chamber 1, water jet standpipe 2, rising pipe 8 can be with can not made by the plastics of ozone oxidation or stainless material, the dissolving chamber is designed to the shape of approximate rectangular parallelepiped, the size of volume is decided according to this device application scenario difference (being required ozone water flow difference), present embodiment is as household application, and volume is about 300MM (height) * 200MM (wide) * 100MM (thick).Be horizontally installed with water jet standpipe 2 at highly about 220MM place, the water jet standpipe 2 one end mouths of pipe are installed in outdoor conduct water inlet of dissolving interface 3, ortho-water (as tap water) enters water jet standpipe 2 thus, water jet standpipe 2 is the distribution plane with the cross section of dissolving chamber 1, make the shape (vertical view) of Fig. 2, (also can be made into " zig-zag type ", shapes such as " spiral types ", effect is the same), water jet standpipe 2 is in the mouth of pipe sealing of dissolving 1 the inside, chamber, and tube wall down has the very little spout hole in many apertures 4, supply water and spray downwards, for better solute effect is arranged, these spout holes 4 can be opened to different angles with the cross section of water jet standpipe 2, as Fig. 3, when water is sprayed downwards, existing vertically downward, also have and take back downwards and take over downwards, jet water course is intersected with each other, makes the ozone solution better effects if.

Dissolving 1 inside, chamber above water jet standpipe 2, is equipped with ozone generating-device 5 and supporting power source drive device 6, and ozone generating-device 5 can adopt ready-made ozone ceramic plate or ozonizer, is installed in the centre of dissolving chamber 1 cross section, and ozone is evenly distributed.The top of ozone generating-device 5, the top wallboard of dissolving chamber has air inlet port 7, and when producing negative pressure for dissolving chamber 1 the inside lack of air, it is additional that the air of outside enters automatically, for dustproof, above the air inlet port 7 dw can be installed.The below of dissolving chamber 1, rising pipe 8 is installed to flow out for ozone water, the inner spout of rising pipe 8 should be in the bottommost of dissolving 1 inside, chamber, the ozone water of the inside, dissolving chamber can flow out fully when each use was finished, another mouth of pipe of rising pipe 8 is in dissolving 1 outside, chamber as water outlet interface 9, water outlet interface 9 should exceed about 10MM than inner spout, the indoor ozone gas of dissolving can not escaped from, (and because syphonic effect, the ozone water of dissolving chamber can flow fully as), rising pipe 8 is wanted encapsulation process in case leak with the joint of dissolving chamber 1.

During use, ozone generating-device 5 produces ozone to the oxygen ionization in the dissolving chamber 1, because of ozone is heavier, and (ozone O ₃Molecular weight is 48, and the air molecular-weight average is 29), so the ozone that produces is deposited on the space of water jet standpipe 2 belows naturally, the dissolving that current absorb by spout hole 3 sprays forms ozone water, flows out by rising pipe 8.Not dissolved ozone is still stayed the inside, dissolving chamber, and the ozone concn in the gas mixture is increased, and strengthens solute effect.When ozone (also comprising other gases) is constantly taken away by water dissolution, dissolve the inside, chamber and produce negative pressure, the air of outside just flows to the dissolving chamber by air inlet port 7 automatically and replenishes, and continuation produces ozone for ozone generating-device ionization.

The utility model makes ozone penetrate the absorption dissolving by fine and closely woven jet water course pouring under normal pressure, and still undissolved ozone does not cause waste outside can not flowing out, so though simple in structure, the solute effect of ozone is fine in the inside recycle of dissolving chamber.

In addition, present embodiment adds the size that flow control valve 10 is regulated flooding velocity between water inlet interface 3 and water jet standpipe 2, because the ozone amount that ozone generating-device 5 produced in the unit time is certain, what of flooding quantity in the same time, just influenced the content of ozone in water, so, by regulating flow control valve 10, just can regulate institute's dissolved ozone concn in the output ozone water easily, use more convenient.

Claims

1, a kind of ozonization water generating device comprises ozone generating-device and supporting power source drive device, it is characterized in that: have a dissolving chamber; Above the dissolving chamber interior, water jet standpipe is installed, the sealing of the water jet standpipe one end mouth of pipe, the other end mouth of pipe is installed in the outside of dissolving chamber as the water inlet interface, and water jet standpipe tube wall down has spout hole; The dissolving chamber interior, the space above water jet standpipe is equipped with ozone generating-device; The top of ozone generating-device, the top wallboard of dissolving chamber has air inlet port; The below of dissolving chamber is equipped with rising pipe, and an end mouth of pipe of rising pipe is installed in the below of dissolving chamber interior, and the other end mouth of pipe is installed in and dissolves outdoor as the water outlet interface.

2, ozonization water generating device according to claim 1 is characterized in that: between water inlet interface and water jet standpipe, flow control valve is installed.