CN208741566U

CN208741566U - A kind of disinfection by chlorine dioxide disinfection system saved steadily in the long term

Info

Publication number: CN208741566U
Application number: CN201820135488.2U
Authority: CN
Inventors: 范力仁
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-01-26
Filing date: 2018-01-26
Publication date: 2019-04-16
Anticipated expiration: 2028-01-26

Abstract

The utility model discloses the disinfection by chlorine dioxide disinfection systems that one kind saves steadily in the long term, including liquid phase reactor object reservoir, solid reactant reservoir；The liquid phase reactor object reservoir is for storing liquid phase reactor object, and the reactor for chemically reacting as solid-liquid two-phase；The solid reactant reservoir is cover shape, a complete sealed package is formed with the liquid phase reactor object reservoir, for storing solid reactant.There are unstable labile problems when saving this system overcomes chlorine-containing liquid component such as sodium chlorite or other reaction liquid material such as sodium peroxydisulfates etc. in existing two component chlorine dioxides thimerosal, solid chlorine dioxide disinfectant, it can guarantee the long-time stability of the reaction mass when being not turned on system sealing state, without worrying whether chlorine dioxide concentration is relatively low or fails when using, achieve the purpose that when in use can requirement stoichiometrically quickly generate chlorine dioxide, substantially increase the stability and reliability of properties of product.

Description

A kind of disinfection by chlorine dioxide disinfection system saved steadily in the long term

Technical field

The utility model belongs to disinfecting technical field, and in particular to the disinfection by chlorine dioxide that one kind saves steadily in the long term Disinfection system.

Background technique

Chlorine dioxide is high-efficiency sterilizing and disinfecting agent generally acknowledged in the world, can be used by modes such as gas, solution.Dioxy All microorganisms can be killed by changing chlorine, and these microorganisms will not develop drug resistance, and be a kind of very ideal sterilization Medicament, and generally acknowledged in the world chlorine system disinfectant and the optimal renewal product of ethylene oxide disinfectant.

But disinfection by chlorine dioxide usually passes through solution or gas procedure carries out, there are own shortcomings: organic matter is to this Disinfectant has a certain impact；There is certain corrosivity to surgical instruments such as carbon steel, aluminium, stainless steels；Bactericidal effect is activated more The influence of agent concentration and activation time；Be not suitable for steady in a long-term save.

Utility model content

For the above-mentioned problems in the prior art, the utility model provides a kind of titanium dioxide saved steadily in the long term Chlorination disinfection system, the system can in the case where being not turned on or semi-open sealed package, torn by push action or Sealing film in direct tear-off lid formula solid reactant reservoir, by solid reactant put into liquid phase reactor object reservoir with The mixing of liquid phase reactor object, ClO 2 solution required for quickly generating or gas, for using at once.This system overcomes existing There are two component chlorine dioxide thimerosals, chlorine-containing liquid component such as sodium chlorite or other reaction solutions in solid chlorine dioxide disinfectant There are unstable labile problems when body material such as sodium peroxydisulfate etc. saves, it is ensured that when being not turned on system sealing state The long-time stability of reaction mass do not have to worry whether chlorine dioxide concentration is relatively low when using or fails, and when in use can reach Requirement stoichiometrically quickly generates the purpose of chlorine dioxide, substantially increases the stability and reliability of properties of product.

For this purpose, the utility model uses following technical scheme:

A kind of disinfection by chlorine dioxide disinfection system saved steadily in the long term, including liquid phase reactor object reservoir, solid reaction Object reservoir；The liquid phase reactor object reservoir is used to store liquid phase reactor object, and be used to chemically react as solid-liquid two-phase Reactor；The solid reactant reservoir is cover shape, forms a complete sealing with the liquid phase reactor object reservoir Packaging, for storing solid reactant.

Preferably, the liquid phase reactor object reservoir is plastic bottle or vial, the solid reactant reservoir conduct Sealing cover matches with the liquid phase reactor object reservoir, in addition adds outer cover.

Preferably, the liquid phase reactor object reservoir is polybag, the solid reactant reservoir as sealing cover and The liquid phase reactor object reservoir matches, and in addition adds outer cover.

Preferably, the solid reactant reservoir is in the structure with inner-outer sleeve, including sealing cover housing, cylinder Box and polymeric seal film；The cylinder inner box is used to store solid chemicals, and in embedding sealing lid housing；The macromolecule Sealing film adheres to the lower open end of sealing cover housing.

Preferably, the solid reactant reservoir does not have inside and outside nested structure, including sealing cover housing and polymeric seal Film；The polymeric seal film adheres to the lower open end of the sealing cover housing.

Preferably, the liquid phase reactor object is acid solution, including organic acid soln and inorganic acid solution.

Preferably, the organic acid soln includes citric acid solution, tartaric acid solution；The inorganic acid includes hydrochloric acid, sulphur Acid, phosphoric acid and their acid salt.

Preferably, the solid reactant includes solid-state sodium chlorite, sodium chlorate powder.

Preferably, the solid reactant reservoir is made of macromolecule material.

Compared with prior art, the utility model has the beneficial effects that

(1) existing two component chlorine dioxides thimerosal is overcome, chlorine-containing liquid component is such as in solid chlorine dioxide disinfectant There are unstable labile problems when sodium chlorite or other reaction liquid material such as sodium peroxydisulfates etc. save, it is ensured that The long-time stability of reaction mass when being not turned on system sealing state, do not have to worry use when chlorine dioxide concentration it is whether relatively low or Failure, reach when in use can requirement stoichiometrically quickly generate chlorine dioxide purpose, substantially increase properties of product Stability and reliability.

(2) applied widely.It can be widely used for medical treatment, health, clinical device disinfection, sterilizing, deodorization and mould proof processing； It lives, drink, the disinfection of tap water；Family, hotel, restaurant, fruit and vegetable, the sterilization fresh of fish food and final elution and Sanitary apparatus disinfection；Sterilization and the air environment disinfection in hotel, family, stall's tableware and sanitary installation；Food, beverage The final sterilization disinfection of factory, the equipment of fermentation industry, pipeline, container；The sterilizing of milk plant, slaughterhouse's pipeline, facility and environment Processing；Sterilization etc. in agricultural booth plantation.

(3) structure is simple, easy to use.The system can pass through pressing when being not turned on or semi-open sealed package Movement tears or directly seals film in tear-off lid formula solid reactant bootstrap reservoir, solid reactant can be put into liquid It is mixed in the storage of phase reaction object and reactor with liquid phase reactor object, ClO 2 solution required for quickly generating or gas, with It is used for horse back.

Detailed description of the invention

Fig. 1 is that the disinfection by chlorine dioxide disinfection system middle cover formula that one kind provided by the utility model saves steadily in the long term is solid The structure chart of precursor reactant object reservoir.

Fig. 2 is another in disinfection by chlorine dioxide disinfection system that one kind provided by the utility model saves steadily in the long term The structure chart of lid formula solid reactant reservoir.

Description of symbols: 1, sealing cover housing；2, cylindrical inner box；3, polymeric seal film；4, solid reactant.

Specific embodiment

With reference to the accompanying drawing and specific embodiment is described in detail the utility model, specific embodiment therein and says It is bright to be only used to explain the utility model, but be not intended to limit the scope of the present invention.

The utility model discloses the disinfection by chlorine dioxide disinfection systems that one kind saves steadily in the long term, including liquid phase reactor object Reservoir, solid reactant reservoir；The liquid phase reactor object reservoir is used to be used as solid-liquid for storing liquid phase reactor object The reactor of two-phase chemical reaction；The solid reactant reservoir is cover shape, is formed with the liquid phase reactor object reservoir One complete sealed package, for storing solid reactant.

Specifically, the liquid phase reactor object reservoir is plastic bottle or vial, the solid reactant reservoir conduct Sealing cover matches with the liquid phase reactor object reservoir, in addition adds outer cover.

Specifically, the liquid phase reactor object reservoir is polybag, the solid reactant reservoir as sealing cover and The liquid phase reactor object reservoir matches, and in addition adds outer cover.

As shown in Figure 1, the solid reactant reservoir is the structure with inner-outer sleeve, including sealing cover housing 1, cylinder Shape inner box 2 and polymeric seal film 3；The cylinder inner box 2 is used to store solid chemicals 4, and in embedding sealing lid housing 1； The polymeric seal film 3 adheres to the lower open end of sealing cover housing 1.Under the upper diameter a of the sealing cover housing 1 is greater than The overall diameter b of portion port, the thickness c at the upper outside edge of the sealing cover housing 1 are greater than the thickness d of depressed section.

As shown in Fig. 2, the solid reactant reservoir does not have inside and outside nested structure, including sealing cover housing 1 and macromolecule Seal film 3；The polymeric seal film 3 adheres to the lower open end of the sealing cover housing 1.The sealing cover housing 1 it is upper Portion diameter a is greater than the overall diameter b of lower port, and the thickness c at the upper outside edge of the sealing cover housing 1 is greater than or equal to recessed The thickness d of concave portion point.

Specifically, the liquid phase reactor object is acid solution, including organic acid soln and inorganic acid solution.

Specifically, the organic acid soln includes citric acid solution, tartaric acid solution；The inorganic acid includes hydrochloric acid, sulphur Acid, phosphoric acid and their acid salt.

Specifically, the solid reactant includes solid-state sodium chlorite, sodium chlorate powder.

Specifically, the solid reactant reservoir is made of macromolecule material.

Embodiment 1

A kind of disinfection by chlorine dioxide disinfection system saved steadily in the long term with structure as shown in Figure 1, application method It is as follows:

Outer cover is opened first, then firmly presses the depressed section on 1 top of sealing cover housing, makes cylindrical inner box 2 downwards It is mobile, it is pushed away by the lower edge of cylindrical inner box 2 and tears polymeric seal film 3, solid chemicals 4 is allowed to fall into liquid phase reactor object reservoir In, bottle (bag) 1-10 minute is shaken under air-tight state, sealing cover can be opened, using the chlorine dioxide of generation in bottle (bag), Carry out disinfection disinfecting action.

Embodiment 2

A kind of disinfection by chlorine dioxide disinfection system saved steadily in the long term with structure as shown in Figure 2, application method It is as follows:

Outer cover and sealing cover are opened first, and polymeric seal film 3 of tearing pours into the solid chemicals 4 in sealing cover housing 1 In bottle (bag), sealing cover is then covered again, bottle (bag) is shaken under air-tight state 1-10 minutes, can be opened sealing cover, be made With the chlorine dioxide generated in bottle (bag), carry out disinfection disinfecting action.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modification, equivalent replacement and improvement etc., should be included in this reality within the spirit and spirit of utility model Within novel protection scope.

Claims

1. the disinfection by chlorine dioxide disinfection system that one kind saves steadily in the long term, including liquid phase reactor object reservoir, solid reactant Reservoir, it is characterised in that: the liquid phase reactor object reservoir is used to be used as solid-liquid two-phase for storing liquid phase reactor object Learn the reactor of reaction；The solid reactant reservoir is cover shape, complete with liquid phase reactor object reservoir formation one Whole sealed package, for storing solid reactant.

2. the disinfection by chlorine dioxide disinfection system that one kind according to claim 1 saves steadily in the long term, it is characterised in that: institute Stating liquid phase reactor object reservoir is plastic bottle or vial, and the solid reactant reservoir is anti-as sealing cover and the liquid phase It answers object reservoir to match, in addition adds outer cover.

3. the disinfection by chlorine dioxide disinfection system that one kind according to claim 1 saves steadily in the long term, it is characterised in that: institute Stating liquid phase reactor object reservoir is polybag, and the solid reactant reservoir is stored as sealing cover and the liquid phase reactor object Device matches, and in addition adds outer cover.

4. the disinfection by chlorine dioxide disinfection system that one kind according to claim 2 saves steadily in the long term, it is characterised in that: institute Stating solid reactant reservoir is the structure with inner-outer sleeve, including sealing cover housing, cylindrical inner box and polymeric seal film； The cylinder inner box is used to store solid chemicals, and in embedding sealing lid housing；The polymeric seal film adheres to sealing The lower open end of lid housing.

5. the disinfection by chlorine dioxide disinfection system that one kind according to claim 2 saves steadily in the long term, it is characterised in that: institute Stating solid reactant reservoir does not have inside and outside nested structure, including sealing cover housing and polymeric seal film；The polymeric seal Film adheres to the lower open end of the sealing cover housing.

6. the disinfection by chlorine dioxide disinfection system that one kind according to any one of claims 1 to 5 saves steadily in the long term, special Sign is: the liquid phase reactor object is acid solution, including organic acid soln and inorganic acid solution.

7. the disinfection by chlorine dioxide disinfection system that one kind according to claim 6 saves steadily in the long term, it is characterised in that: institute Stating organic acid soln includes citric acid solution, tartaric acid solution；The inorganic acid include hydrochloric acid, sulfuric acid, phosphoric acid and they Acid salt.

8. the disinfection by chlorine dioxide disinfection system that one kind according to claim 7 saves steadily in the long term, it is characterised in that: institute Stating solid reactant includes solid-state sodium chlorite, sodium chlorate powder.

9. the disinfection by chlorine dioxide disinfection system that one kind according to claim 8 saves steadily in the long term, it is characterised in that: institute Solid reactant reservoir is stated to be made of macromolecule material.