CN201578623U

CN201578623U - Ozone disinfection apparatus

Info

Publication number: CN201578623U
Application number: CN2010200467213U
Authority: CN
Inventors: 赵新; 徐韫
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-04
Filing date: 2010-01-04
Publication date: 2010-09-15
Anticipated expiration: 2020-01-04

Abstract

The utility model relates to an ozone disinfection apparatus which comprises an ozone generator and a disinfection container, wherein the wall of the disinfection container is provided with a suction inlet and a gas inlet, the ozone generator is provided with an air inlet and an ozone outlet; and air inlet hoses are arranged between the suction inlet and the air inlet and between the ozone outlet and the gas inlet. The ozone disinfection apparatus applies ozone technology for thoroughly disinfection of medical instruments, surgical instruments and products, can meet the requirements of low energy consumption and energy conservation, and has the advantages of being safe and environment-friendly.

Description

The ozonization instrument

Technical field

This utility model relates to a kind of disinfecting equipment, particularly a kind of ozonization instrument that medical treatment, operating theater instruments and product that glass, polymeric material and synthetic rubber etc. are made are carried out disinfection of being used for.

Background technology

There are plasma technology, high-temperature and high-pressure technique, liquid medicine immersion technology, fumigation technology etc. existing being used for to the technology that medical treatment, operating theater instruments and product carry out disinfection.Using plasma technology needs high precision apparatus to sterilizations such as medical apparatus and instruments, and the cost height; The high-temperature and high-pressure technique power consumption is big, and needs the performance indications of equipment such as regular detected pressures container; Liquid medicine soaks technology owing to relate to the chemical medicinal liquid immersion, and the liquid medicine after also sterilization need being finished is handled, otherwise can cause certain pollution, and the bubble that occurs in the soaking disinfection also can have a negative impact to Disinfection Effect; Fumigation technology can bring pollution equally, and the abnormal flavour that sends can have side effects, and the people is caused certain injury.

The utility model content

This utility model provides a kind of ozonization instrument at the various defectives or the deficiency that exist in the prior art, and using ozone technology carries out thorough disinfection to various medical treatment, operating theater instruments and product, has the advantage of economy, environmental protection, low energy consumption.

The technical solution of the utility model is as follows:

A kind of ozonization instrument, it is characterized in that, comprise ozonator and disinfecting container, described disinfecting container wall is provided with suction inlet and air inlet, ozonator is provided with air inlet and ozone outlet, is provided with air hose between described suction inlet and the air inlet and between ozone outlet and the air inlet.

Described ozonator has a cylindrical barrel body, one insulating support is fixedlyed connected with the inwall of described cylindrical shell, and wherein, the cylindrical shell of described insulating support one side is an air supplying chamber, described air supplying chamber is provided with air inlet, and is equipped with the fan electromotor of a fan and this fan of driving in the air supplying chamber; The cylindrical shell of described insulating support opposite side is an ozonator cell, and be provided with ozone outlet, be equipped with at least one discharge sheet in the described ozonator cell, described discharge sheet is fixed on the described insulating support, and the discharge sheet has a plurality of fins that are radial setting, forms a plurality of zigzag discharge tip on the outer peripheral edges of each fin.

The absolute altitude of the air inlet that is provided with on the described disinfecting container wall is higher than the absolute altitude of suction inlet.

Described ozonator is connected with control panel.

On the air hose between ozone outlet and the air inlet, be provided with humidifier near the air inlet place.

Disinfecting container is built-in with inductive probe, and described inductive probe all is connected a control device with humidifier.

Also comprise the ozone degradation device, the inlet of described ozone degradation device and the air inlet of ozonator are communicated with the air hose that is arranged between suction inlet and the air inlet by crossover valve, the outlet of ozone degradation device is communicated with the built-in ozone adsorbing material of described ozone degradation device with the air hose that is arranged between ozone outlet and the air inlet.

Described air hose is that silica gel or PVE or other nontoxic resistant material are made.

Described disinfecting container is made for the transparent organic glass material, is provided with one or more layers shelf in the described disinfecting container.

Technique effect of the present utility model is as follows:

The ozonization instrument that this utility model relates to, adopt ozonator and disinfecting container, be communicated with by air hose between the air inlet with the suction inlet of disinfecting container and ozonator, be communicated with by another air hose between the ozone outlet of ozonator and the air inlet of disinfecting container, air in the disinfecting container can enter air hose from suction inlet like this, and enter ozonator from air inlet, the gas source of air during as the ozonator virgin work, generate ozone through after the conversion of ozonator, the ozone that generates flows out from the ozone outlet, and enter disinfecting container from air inlet through air hose, air in the disinfecting container and ozone are transported to ozonator once more, thereby formation closed circuit, make the air in the disinfecting container be converted into ozone gradually, so the concentration of ozone is more and more higher, disinfecting container is used to deposit needs the disinfectant medical treatment, operating theater instruments and product are so this ozonization instrument finally can reach various medical treatment, operating theater instruments and product carry out the beneficial effect of thorough disinfection.Ozone is a kind of broad-spectrum, disinfection sanitizer efficiently, it is very rapid to the deactivation reaction of antibacterial, can in the extremely short time, destroy the biological structure of antibacterial, virus and other microorganism, ozone is diffusivity gas, can carry out omnibearing disinfection, the no dead angle of sterilizing to the space of sterilization internal tank.This utility model using ozone technology carries out disinfection to medical apparatus and instruments etc., the high equipment that has produced when having avoided using the plasma technology sterilization, expensive problem, utilize the air that has in the disinfecting container as initial gas source, need not additionally to prepare ozone source or source of oxygen, so satisfy low energy consumption, requirements of saving energy, and avoided environmental pollution that the sterilization of liquid medicine immersion technology and fumigation technology causes and, had the advantage of safety, environmental protection people's injury.

Preferred ozonator comprises air supplying chamber and ozonator cell, the ozonator cell content is put electric sheet, the discharge sheet has a plurality of fins that are radial setting, forms a plurality of zigzag discharge tip on the outer peripheral edges of each fin, thereby forms the discharge sheet that discharge tip becomes the geometry multiple to increase.Air in the disinfecting container is after air hose enters air inlet, under the effect of high-tension electricity, the a plurality of jagged discharge tip place that this air is provided with on the outer peripheral edges of the fin of discharge sheet produces point discharge, thereby airborne oxygen is ionized generation ozone, because the discharge tip on the discharge sheet of this ozonator becomes how much multiples to increase, therefore with other same volume, ozonator with power consumption is compared, increased substantially the output of ozone, it is small and exquisite to have volume, production technology is simple, it is extremely low to consume energy, and the advantage that the ozone concentration of generation and ozone are very competent meets energy conservation and environmental protection requirement.

Because the density of ozone is bigger than air, so the absolute altitude that the absolute altitude of the air inlet on the disinfecting container wall is higher than suction inlet is set, be convenient to the ozone circulation, can improve the ozone output in the unit interval, thereby strengthen sterilization effect.

Ozonator is connected with control panel, can directly carry out the open and close of ozonator by the operation on control panel, makes more convenient to operate.

On the air hose between ozone outlet and the air inlet, be provided with humidifier near the air inlet place, be in order to allow ozone keep high wet condition, because humidity is high more, the bactericidal effect of ozone is good more, so the setting of humidifier can make ozone remain in the certain humidity environment, thereby better sterilizes.

Inductive probe is set in disinfecting container, inductive probe all is connected a control device with humidifier, inductive probe can be surveyed the humidity in the disinfecting container, when its humidity ratio hour, inductive probe sends induced signal to control device, and transmit control signal to humidifier by control device, humidifier is started working; When the humidity in inductive probe detects disinfecting container is enough high, just sends induced signal to control device, and transmit control signal to humidifier, humidifier is quit work, thereby realize the automatic control of the humidity in the disinfecting container by control device.

The ozone degradation device disinfection of can degrading is set finishes back residual ozone in disinfecting container.Because ozone has very strong motility, when disinfection finishes, if directly open disinfecting container, the ozone that leaves in the disinfecting container will enter respiratory mucosa by nasal cavity, the people is caused certain injury, ozone that crossover valve makes air inlet enter is set changes its course and enter the ozone degradation device, adsorb ozone automatically and it is reduced into oxygen by the ozone adsorbing material, this oxygen finally enters disinfecting container through air hose, thereby guarantees user of service's safety.

Disinfecting container is set to be made for the transparent organic glass material, make its whole clearing, the user of service can observe the sterilization progress of the medical apparatus and instruments of placing in it very intuitively, in disinfecting container, be provided with one or more layers shelf, can deposit medical treatment, operating theater instruments and product more easily, simultaneously elegant in appearance.

Description of drawings

Fig. 1 is the preferred structure sketch map of ozonization instrument of the present utility model;

Fig. 2 is the ozonator of preferred ozonization instrument and the syndeton sketch map of ozone degradation device;

Fig. 3 is the structural representation of the preferred ozonator of ozonization instrument of the present utility model.

Each label lists as follows among the figure:

The 1-suction inlet; The 2-air inlet; The 3-air inlet; The outlet of 4-ozone; The 5A-air hose; The 5B-air hose; The 6-fan; The 7-fan electromotor; The 8-insulating support; The 81-base; The 82-fulcrum; The 9-high-tension bus-bar; The 10-holder; The 11-high-tension bus-bar; The 12-insulated thermal insulating layer; The 13-sheet that discharges; 110-air supplying chamber; The 112-ozonator cell.

The specific embodiment

Below in conjunction with accompanying drawing this utility model is described.

Fig. 1 is the preferred structure sketch map of ozonization instrument of the present utility model, comprise ozonator, disinfecting container, control panel, humidifier, inductive probe and control device, the disinfecting container wall is provided with suction inlet 1 and air inlet 2, ozonator is provided with air inlet 3 and ozone outlet 4, be communicated with by air hose 5A between suction inlet 1 and the air inlet 3, be communicated with by air hose 5B between ozone outlet 4 and the air inlet 2; Be provided with humidifier near air inlet 2 places on the air hose 5B between ozone outlet and the air inlet 2, disinfecting container is built-in with inductive probe, and this inductive probe all is connected control device with humidifier, and this control device all is connected control panel with ozonator.Air hose can be selected the nontoxic resistant material preparation of silica gel or PVE or other; Disinfecting container is made for the transparent organic glass material, makes its whole clearing, observes convenient directly perceived; Be provided with on the disinfecting container can opening and closing door, one deck or multilamellar rustless steel shelf can be set as required, so that deposit various medical treatment, operating theater instruments and product in the disinfecting container.

In ozonization instrument shown in Figure 1, put on the shelf of disinfecting container needing the disinfectant medical apparatus and instruments, close the disinfecting container door, can directly carry out the open and close of ozonator by the operation on control panel, after ozonator is started working, air in the disinfecting container can enter air hose 5A from suction inlet 1, and enter ozonator from air inlet 3, the gas source of air during as the ozonator virgin work, generate ozone through after the conversion of ozonator, the ozone that generates flows out from ozone outlet 4, and enter disinfecting container from air inlet 2 through air hose 5B, air in the disinfecting container and ozone are transported to ozonator once more, thereby formation closed circuit, because the density of ozone is bigger than air, circulate for ease of ozone, the absolute altitude that air inlet 2 can be set is higher than the absolute altitude of suction inlet 1, air in the disinfecting container is converted into ozone gradually, so the concentration of ozone is more and more higher, finally can be to various medical treatment, operating theater instruments and product carry out thorough disinfection.

Inductive probe can be surveyed the humidity in the disinfecting container, when its humidity ratio hour, inductive probe sends induced signal to control device, and is transmitted control signal to humidifier by control device, humidifier is started working; When the humidity in inductive probe detects disinfecting container is enough high, just sends induced signal to control device, and transmit control signal to humidifier, humidifier is quit work, thereby realize the automatic control of the humidity in the disinfecting container by control device.In addition, also can control this control device by control panel.The setting of humidifier can make ozone remain in the certain humidity environment, thereby better sterilizes.

Fig. 3 is the structural representation of preferred ozonator, and among the figure, ozonator has a cylindrical barrel body 11, one insulating supports 8 fixedlys connected with the inwall of described cylindrical shell 11, two chambers about cylindrical shell 11 is divided into along axle.Wherein, the cylindrical shell of insulating support 8 one sides is an air supplying chamber 110, and air supplying chamber 110 is provided with air inlet 3, and is equipped with the fan electromotor 7 of a fan 6 and this fan 6 of driving in the air supplying chamber 110, and fan electromotor 7 is fixed in the cylindrical shell 11 by holder 10; The cylindrical shell of insulating support 8 opposite sides is an ozonator cell 112, and be provided with ozone outlet 4, be equipped with at least one discharge sheet 13 in the ozonator cell 112, discharge sheet 13 is fixed on the insulating support 8, and discharge sheet 13 has a plurality of fins that are radial setting, forms a plurality of zigzag discharge tip on the outer peripheral edges of each fin.Insulating support 8 among Fig. 3 comprises that the base 81 of fixedlying connected with cylindrical shell 11 inwalls is with vertical and be fixed in the fulcrum 82 that base 81 stretches to ozonator cell 112; Be fixed with insulated thermal insulating layer 12 on the inwall of the ozonator cell 112 of placing discharge sheet 13 1 sides, the peripheral dimension of discharge sheet 13 matches with interior all sizes of this insulated thermal insulating layer 12, and insulated thermal insulating layer 12 can be made of silica gel.Air from disinfecting container is after air hose 5A enters air inlet 3, provide ozone and oxygen by air inlet 3, fan 6 and fan electromotor 7 to ozonator 112, and can play the effect of heat radiation, high-tension bus-bar 9 flows to discharge sheet 13 with high-tension electricity, the a plurality of jagged discharge tip place that is provided with on the outer peripheral edges of fin of discharge sheet 13 produces electrion, thereby produce a large amount of ozone in ozonator 112, this ozone is discharged from ozone outlet 4.Because the discharge tip on the discharge sheet 13 becomes how much multiples to increase, and has increased substantially the output of ozone.

The preferred ozonization instrument of this utility model also comprises the ozone degradation device, the inlet of this ozone degradation device and the air inlet of ozonator are communicated with the air hose 5A that is arranged between suction inlet and the air inlet by crossover valve, the outlet of ozone degradation device is communicated with the air hose 5B that is arranged between ozone outlet and the air inlet, the syndeton sketch map of ozonator as shown in Figure 2 and ozone degradation device, wherein, the built-in ozone adsorbing material of ozone degradation device.When disinfection carries out, crossover valve is opened the path between air hose 5A and the ozonator, so the gas among the air hose 5A enters ozonator by air inlet, the ozone that ozonator generates flows into air hose 5B from the ozone outlet, realizes the sterilization to medical apparatus and instruments etc.; When disinfection finishes, crossover valve carries out valve and switches, crossover valve is opened the path between air hose 5A and the ozone degradation device, make ozone among the air hose 5A change its course and enter the ozone degradation device from the inlet of ozone degradation device, automatically adsorb ozone and it is reduced into oxygen by the ozone adsorbing material, this oxygen finally enters disinfecting container through air hose 5B, realizes that disinfection finishes the degraded of back residual ozone in disinfecting container, thereby guarantees user of service's safety.

The ozonization instrument that this utility model relates to utilizes air source to produce high-concentrated ozone, and the ozone amount that this equipment produced in the unit interval is big and rapidly, ozone concentration can reach 1000MG/M very soon ³Be mainly used in medical treatment, operating theater instruments and product that glass, polymeric material and synthetic rubber etc. are made and carry out disinfection, as the sterilization of each section's office treatment inspection of hospital, the sterilization for the treatment of equipment, oral cavity, face, ophthalmology diagnosis equipment, the medical device sterilization of community medicine mechanism, medical device sterilization of village layer medical mechanism or the like.

Should be pointed out that the above specific embodiment can make those skilled in the art more fully understand the invention, but do not limit the present invention in any way creation.Therefore; although this description has been described in detail the invention with reference to drawings and Examples; but; those skilled in the art are to be understood that; still can make amendment or be equal to replacement the invention; in a word, all do not break away from the technical scheme and the improvement thereof of the spirit and scope of the invention, and it all should be encompassed in the middle of the protection domain of the invention patent.

Claims

1. ozonization instrument, it is characterized in that, comprise ozonator and disinfecting container, described disinfecting container wall is provided with suction inlet and air inlet, ozonator is provided with air inlet and ozone outlet, is provided with air hose between described suction inlet and the air inlet and between ozone outlet and the air inlet.

2. ozonization instrument according to claim 1, it is characterized in that, described ozonator has a cylindrical barrel body, one insulating support is fixedlyed connected with the inwall of described cylindrical shell, wherein, the cylindrical shell of described insulating support one side is an air supplying chamber, and described air supplying chamber is provided with air inlet, and is equipped with the fan electromotor of a fan and this fan of driving in the air supplying chamber; The cylindrical shell of described insulating support opposite side is an ozonator cell, and be provided with ozone outlet, be equipped with at least one discharge sheet in the described ozonator cell, described discharge sheet is fixed on the described insulating support, and the discharge sheet has a plurality of fins that are radial setting, forms a plurality of zigzag discharge tip on the outer peripheral edges of each fin.

3. ozonization instrument according to claim 1 and 2 is characterized in that, the absolute altitude of the air inlet that is provided with on the described disinfecting container wall is higher than the absolute altitude of suction inlet.

4. ozonization instrument according to claim 1 and 2 is characterized in that described ozonator is connected with control panel.

5. ozonization instrument according to claim 1 and 2 is characterized in that, is provided with humidifier near the air inlet place on the air hose between ozone outlet and the air inlet.

6. ozonization instrument according to claim 5 is characterized in that disinfecting container is built-in with inductive probe, and described inductive probe all is connected a control device with humidifier.

7. ozonization instrument according to claim 1, it is characterized in that, also comprise the ozone degradation device, the inlet of described ozone degradation device and the air inlet of ozonator are communicated with the air hose that is arranged between suction inlet and the air inlet by crossover valve, the outlet of ozone degradation device is communicated with the built-in ozone adsorbing material of described ozone degradation device with the air hose that is arranged between ozone outlet and the air inlet.

8. ozonization instrument according to claim 1 is characterized in that, described air hose is that silica gel or PVE or other nontoxic resistant material are made.

9. ozonization instrument according to claim 1 is characterized in that, described disinfecting container is made for the transparent organic glass material, is provided with one or more layers shelf in the described disinfecting container.