CN201399101Y

CN201399101Y - Ozone sterilization system

Info

Publication number: CN201399101Y
Application number: CN2009201078934U
Authority: CN
Inventors: 琚瑞强
Original assignee: BEIJING YING'OU TECHNOLOGY Co Ltd
Current assignee: BEIJING YING'OU TECHNOLOGY Co Ltd
Priority date: 2009-05-12
Filing date: 2009-05-12
Publication date: 2010-02-10
Anticipated expiration: 2019-05-12

Abstract

The utility model discloses an ozone sterilization system, which comprises an air source processing unit, an ozone generator and a direct current power source, wherein the air source processing unit is used for purifying air, and the ozone generator utilizes purified air to generate ozone. The direct current power source directly supplies power for the air source processing unit, a flyback transformer is further arranged between the direct current power source and the ozone generator, and the flyback transformer converts low-voltage electricity inside the direct current power source into high-frequency high-voltage electricity to supply power for the ozone generator. Through the ozone sterilization system utilizing direct current power, people of some areas without mains supply can also utilize sterilizers to sterilize, thereby increasing practicability of the ozone sterilization system and enlarging using range thereof.

Description

The ozonization system

Technical field

This utility model relates to a kind of ozonization system.

Background technology

At present, ozonateur has been applied to a plurality of fields such as tap water processing, clean water treatment, the application of swimming pool ozone, sewage disposal application, space disinfection application, industrial oxidation application.Ozone has extremely strong oxidisability and virus killing ability, and can not produce secondary pollution.Existing ozonateur is many powers with the 220V alternating voltage, and after the ozonateur energized, ozonateur just can produce ozone needs disinfectant water body, space, object etc. are carried out sterilization.But when not having mains supply or remote countryside, the mountain area that there was a serious electricity shortage or conducting a field operation in China, this kind ozonateur can't use, can not bring into play the effect of sterilization virus killing efficiently.

The utility model content

At the problem that existing situation exists, the purpose of this utility model is to provide a kind of and is applicable to that multiple occasion is used, ozonization system easy to use.

For achieving the above object, this utility model ozonization system, comprise the source of the gas processing unit that is used to purify air, utilize cleaned air passes to come ozoniferous ozonator and dc source, dc source is directly powered to the source of the gas processing unit, be provided with high voltage package between dc source and the ozonator, high voltage package is converted into high-frequency high-voltage with the low tension in the dc source and comes to be the ozonator power supply.

Further, described dc source is an accumulator, and this accumulator is powered by patch panel each parts in system.

Further, described source of the gas processing unit comprises oxygen source machine, drying machine and the dust filter unit that connects successively, and it is used for air is carried out drying and dust removal process.

Further, described high voltage package comprises toroidal core, low-voltage line bag and high-voltage line bag, and described high voltage package is connected between described accumulator and the ozonator, and its dc low-voltage with described accumulator output is converted to high-frequency and high-voltage.

Further, described ozonator is provided with fin and air cooling equipment, and this air cooling equipment is powered by described dc source.

Further, be connected with the aeration head of outside output ozone on the described ozonator, be densely covered with solarization air cap on the end face of this aeration head.

This utility model ozonization system makes some no mains supply area also can use disinfector to carry out sterilization by adopting DC power supply thereby reach, and it has improved practicality of the present utility model and has enlarged the scope of application of the present utility model.

Description of drawings

Fig. 1 is this utility model structural representation;

Fig. 2 is the ozonator front view;

Fig. 3 is the ozonator vertical view.

The specific embodiment

As shown in Figure 1 to Figure 3, this utility model ozonization system, comprise source of the gas processing unit 5, ozonator 9 and dc source, dc source is an accumulator 1, source of the gas processing unit 5 comprises oxygen source machine, drying machine and the dust filter unit that connects successively, air will obtain the gas through super-dry and dust removal process successively behind each parts through source of the gas processing unit 5, and gas after treatment is delivered to ozonator 9 by air inlet 13, as producing ozone.Source of the gas processing unit 5 and ozonator 9 are powered by accumulator 1.

Accumulator 1 is powered by patch panel 6 each parts in system, be connected with control chip 7 and switch 10 on the patch panel 6, switch 10 is used to control the duty of accumulator 1, the start-stop of control chip 7 control whole systems, working time, gas production etc.Source of the gas processing unit 5 adopts accumulator 1 directly to power.Also be connected with high voltage package 8 between ozonator 9 and the patch panel 6, high voltage package 8 comprises toroidal core, low-voltage line bag and high-voltage line bag, high voltage package 8 is converted to high-frequency and high-voltage with the dc low-voltage of accumulator 1 output, and the electricity consumption when providing ozonator 9 to produce ozone is required.

Ozonator 9 can produce a large amount of used heat in the middle of the process of work, can normally move for guaranteeing whole system, ozonator 9 is provided with fin 15 and air cooling equipment 11 in this utility model, air cooling equipment 11 is powered by accumulator 1, the fin 15 general aluminum alloy materials that adopt are made, air cooling equipment 11 comprises fan, this fan is arranged on the back of fin 15, it provides the function of heat radiation for whole ozonator 9, the wind that fan blows out can in time be drained the heat on the fin 15, can stablize normal operation to guarantee ozonator 9.Be connected with the aeration head 12 of outside output ozone on the air vent 14 of ozonator 9, be densely covered with solarization air cap on the end face of aeration head 12, the ozone that ozonator 9 produces can be discharged into by aeration head 12 and need in disinfectant water body, the object.

This utility model provides a kind of ozonization system of direct current supply, native system adopts storage battery power supply, accumulator can be charged by various ways such as solar energy, hand generators, thereby makes native system to reach the effect that sterilization is killed virus thereby produce ozone under the situation of no mains supply.This utility model ozonization system solve that vast remote countryside, mountain area do not have mains supply or there was a serious electricity shortage or the field work situation under, can't use disinfector to carry out the difficult problem of sterilization, the while is also in order to respond the energy-saving and cost-reducing requirement that country proposes.

The beneficial effects of the utility model are:

1, solved vast no mains supply area or there was a serious electricity shortage that the area can't normally use disappears Poison equipment is to sterilization, the healthy difficult problem of protection people are carried out in water body, space etc. on every side.

2, all parts in the utility model all can adopt DC power supply, and it has improved this reality With novel practicality with enlarged the scope of application of the present utility model.

3, the utility model can be completely achieved automation control, and is easy to use, need not to establish the professional Operation is kept an eye on.

4, native system is easy and simple to handle, volume is little, in light weight, be particularly useful for domestic water, air, The sterilization of clothing etc.

5, disposable input, do not have follow-up cost of use, fund input is little.

Claims

1, ozonization system, it is characterized in that, this system comprises the source of the gas processing unit that is used to purify air, utilizes cleaned air passes to come ozoniferous ozonator and dc source, dc source is directly powered to the source of the gas processing unit, be provided with high voltage package between dc source and the ozonator, high voltage package is converted into high-frequency high-voltage with the low tension in the dc source and comes to be the ozonator power supply.

2, ozonization as claimed in claim 1 system is characterized in that described dc source is an accumulator, and this accumulator is powered by patch panel each parts in system.

3, ozonization as claimed in claim 1 system is characterized in that, described source of the gas processing unit comprises oxygen source machine, drying machine and the dust filter unit that connects successively, and it is used for air is carried out drying and dust removal process.

4, ozonization as claimed in claim 1 system, it is characterized in that, described high voltage package comprises toroidal core, low-voltage line bag and high-voltage line bag, and described high voltage package is connected between described accumulator and the ozonator, and its dc low-voltage with described accumulator output is converted to high-frequency and high-voltage.

5, ozonization as claimed in claim 1 system is characterized in that described ozonator is provided with fin and air cooling equipment, and this air cooling equipment is powered by described dc source.

6, ozonization as claimed in claim 1 system is characterized in that, is connected with the aeration head of outside output ozone on the described ozonator, is densely covered with solarization air cap on the end face of this aeration head.