CN215858061U

CN215858061U - Disinfection cleaning device

Info

Publication number: CN215858061U
Application number: CN202121171653.8U
Authority: CN
Inventors: 邓延斌
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-05-28
Filing date: 2021-05-28
Publication date: 2022-02-18
Anticipated expiration: 2031-05-28

Abstract

The utility model relates to the field of disinfection and sterilization devices, and discloses a disinfection and cleaning device, which comprises: the immersion part of the disinfectant container is provided with at least one water liquid exchange hole, the aperture of the water liquid exchange hole is 0.1-5mm or the water liquid exchange hole is provided with a slow release filter. The disinfection and sterilization device has simple structure, low production cost, simple and convenient use and strong adaptability, can be hung in the water tank and can be immersed in water, and the sanitary environment of a toilet can be improved, so that the toilet can form an automatic supply disinfectant in a period of time, and the disinfectant and the water are contacted to generate concentration balance exchange, thereby generating the toilet water with disinfection effect, realizing the automatic quantitative supply and stable exchange of the disinfectant, keeping the toilet clean for a long time, reducing the problem of germ and virus infection caused by the toilet, and simultaneously reducing the times of repeated operation disinfection and cleaning work.

Description

Disinfection cleaning device

Technical Field

The utility model relates to the field of disinfection and sterilization devices, in particular to a disinfection and cleaning device which is applied to a domestic toilet water tank and has a disinfection effect.

Background

The toilet is also called as a toilet bowl and a flush toilet, and is a common sanitary ware in daily life. The back of the toilet is generally provided with a water tank, and the basic principle of the toilet is that the potential energy of water is converted into the kinetic energy of water by utilizing the gravity of the water, so that the excrement in the toilet is entrained to enter a sewer pipe to achieve the cleaning effect. Various bacteria are easily bred on a urinal of the closestool to generate peculiar smell, germs and microorganisms can be carried in the air with the height of 6 meters by the instant cyclone in the closestool at most during flushing, the air can be suspended in the air for several hours, invisible water drops can carry germs, the infectivity of the bacteria and the viruses is strong, and the human body health can be seriously harmed. Although the water tank can wash and clean the urinal, the water in the water tank does not have the effects of disinfecting, sterilizing, deodorizing and the like, particularly for a siphon type closestool, the abnormal odor of an external main pipeline can enter a room through an S or U-shaped drain pipe of the closestool due to the siphon principle, and therefore people need to frequently use disinfection and cleaning products to disinfect and clean the closestool.

At present, the most common and direct toilet bowl disinfection and cleaning mode is to put disinfectant drugs such as disinfectant solution and solid disinfection tablets into a toilet bowl or a water tank, wash the toilet bowl or the water tank after the disinfectant drugs act, and repeatedly operate the toilet bowl or the water tank, so that time and labor are wasted, the labor intensity is increased, the putting amount of the toilet bowl or the water tank is difficult to control, and the consumption of the disinfectant drugs is high, so that the living cost is increased.

With the continuous innovation of technology, the Chinese utility model (publication number: CN 207063082U) discloses a toilet with a deodorizing and disinfecting device, wherein including locating the deodorization degassing unit in the water tank 1, this deodorization degassing unit has stock solution bottle 5 of a storage deodorization antiseptic solution and is arranged in going into the manual pump of water tank 1 water with deodorization antiseptic solution pump, the manual pump includes urceolus 6 and the depression bar 4 of spring setting in urceolus 6, there is the adjusting device who is used for adjusting manual pump flow size on the depression bar 4, adjusting device includes the adjustable ring 401 of mode suit on depression bar 4 that can follow depression bar 4 and reciprocate, be equipped with the scale that is used for showing adjustable ring 401 relative position on the depression bar 4, the inlet end of manual pump is connected with pipette 7 that stretches into in stock solution bottle 5, the outlet end of manual pump still is connected with the drain pipe 8 that is used for adding the deodorization antiseptic solution into the aquatic of water tank 1. This disclosed technical scheme can take out the deodorization antiseptic solution in the stock solution bottle 5 through the manual pump and go into the water of water tank 1 with the deodorization antiseptic solution pump through the liquid outlet of drain pipe to can be through the antiseptic solution volume of adjustable ring and scale control extrusion. In the use, although the disinfection liquid measure of accessible adjustable ring and scale control extrusion, save the use of disinfection medicine, however, deodorization degassing unit's manual pump and closestool bath button are two independent parts, based on people's bath custom, use up the bathroom at every turn after, forget the operation of manual pump very easily successively, lead to the condition of not having the disinfection medicine of adding in the water tank, thereby can not guarantee to use up the deodorant purpose of can both realizing disinfecting after the bathroom at every turn, especially take under the state of sleepiness, this condition is especially prominent, therefore, bring inconvenience for the user, can't keep the closestool water tank all to have the effect of disinfection effect when washing by water at every turn, and, this degassing unit overall structure is complicated, and complex operation.

Disclosure of Invention

The utility model aims to solve the problems that the existing closestool disinfection device is complex in structure, time-consuming and labor-consuming in operation, large and unstable in disinfectant consumption and cannot ensure that the closestool has a disinfection effect every time when being flushed.

In order to achieve the above object, the present invention comprises: the immersion part of the disinfectant container is provided with at least one water liquid exchange hole, the aperture of the water liquid exchange hole is 0.1-5mm, or the water liquid exchange hole is provided with a slow release filter as a slow release member for the concentration balance exchange between the disinfectant and water.

Among the above-mentioned technical scheme, the antiseptic solution container can be through the wall built-up, float or sink in modes such as aquatic and put in the closestool water tank, its part that soaks is in the aquatic after, at this moment, water liquid exchange hole also is in aquatic, antiseptic solution and the water in the water tank can contact through this water liquid exchange hole, when the water pressure of the two reaches balanced, there is the difference based on the concentration of antiseptic solution and water, antiseptic solution and water can take place the balanced exchange of concentration, at this moment, the antiseptic solution just can slowly release to aquatic, and play and disinfect and clean lavatory effect to the water in the water tank, and simultaneously, antiseptic solution in the antiseptic solution container also can be replaced with the equivalent dilution mode by the water in the water tank. In addition, the aperture of the water liquid exchange hole is in the range of 0.1-5mm or the slow release filter body is adopted for slow release, quantitative exchange can be better realized, the exchange process is stable, the service life is more continuous and long, and the technical means can ensure that the toilet water tank can automatically generate toilet water with continuous disinfection effect within a period of time without manual intervention.

Furthermore, the disinfectant container is filled with a stable chlorine dioxide disinfectant. In the preferred technical scheme, the stable chlorine dioxide disinfectant is usually stabilized in an inert stabilizer solution or certain solid substances to form a product containing effective chlorine dioxide with a certain concentration, and the stable chlorine dioxide disinfectant serving as an internationally recognized fourth-generation disinfectant has the characteristics of high sterilization effect, low use concentration, quick and lasting sterilization and the like, is a disinfectant which has the advantages of no toxicity, no odor, no stimulation, no carcinogenesis, no teratogenicity, no mutagenesis, no drug resistance and no residue, and is safely applied to non-toxic and food-grade products. In addition, the chlorine dioxide is a strong oxidant, has high bactericidal power, has strong bactericidal power in liquid, can overflow from the liquid to generate active oxygen anions to form a strong gaseous bactericidal space, can form a special liquid-gas three-dimensional combined bactericidal effect in cooperation with the liquid in the closestool, and is not possessed by other disinfectants. When the toilet flushes water to generate an impact aeration effect, liquid in the toilet is disinfected, meanwhile, the space above the toilet is subjected to a three-dimensional sterilization effect by overflowing gaseous chlorine dioxide active oxygen anions, so that hydrogen sulfide, ammonia nitrogen and other stink and virus bacteria entering the toilet through the U pipe of the toilet from the outer pipe are jointly killed and decomposed, a good sterilization, deodorization and disease prevention effect is achieved, the toilet is unique in chlorine dioxide, and meanwhile, the active oxygen anions overflowing from the chlorine dioxide have a mildew-proof sterilization effect on clothes, towels and the like in the toilet. Therefore, the stable chlorine dioxide disinfectant is matched with the water liquid exchange hole for use, so that the closestool and the surrounding environment can be disinfected and cleaned, the human health can not be influenced, the discomfort of people can not be caused, and the use is safer.

Furthermore, the pore diameter of the water liquid exchange pore is 0.5-2 mm. In the preferred technical scheme, the chlorine dioxide can be completely sterilized according to the concentration of 0.2 to 1 milligram per liter, so that the optimal pore diameter of 0.5 to 2mm is relatively economical and practical.

Furthermore, the disinfection solution container is internally provided with a plurality of zeolites, and the zeolites are stacked on the water exchange holes when the water exchange holes are downward. In the preferred embodiment, the zeolite is a porous aluminosilicate ore having a water-containing framework structure, the basic structure of which is silicon-oxygen tetrahedra (SiO4) and aluminum-oxygen tetrahedra (AlO 4). The zeolite is filled with fine holes and channels, which are much more complex than honeycomb cells, 100 ten thousand nanometer-level holes are formed in 1 cubic micron, the inner pore diameter of the zeolite is 0.3-1 nanometer (nm), cavities and pore channels exist in the zeolite crystal structure, the zeolite micropores are uniformly distributed and have smaller pore diameters, the inner surface of the zeolite crystal is much larger than the inner surface of common particles, and each gram of common solid particles has the inner surface area of only a few square meters. The internal surface area of each gram of zeolite can reach thousands of square meters, so that the adsorption capacity of the zeolite is particularly large. In addition, the natural zeolite has good adsorbability and ion exchange capacity, has wide application range, can better absorb ammonia gas, can be used for ammonia absorption experiments, is also called ammonia absorption zeolite, and has strong dehydration property and property of absorbing other substances. Therefore, after the plurality of zeolites of the disinfectant container can adsorb disinfectant, the concentration balance exchange is carried out between the zeolites and water through the water-liquid exchange holes. Based on the fact that the disinfectant and the surfactant are ionic solutions, and the characteristic of zeolite has an adsorption effect on ionic substances, the ionic substances are easy to adsorb to form stability, so that the surfactant in the disinfectant for zeolite can be more stable.

Furthermore, a cavity body separated by the partition board is arranged above the inside of the disinfectant container, and the outer surface of the cavity body is provided with a ventilation structure. In the preferred technical scheme, the hollow cavity body and the liquid of the disinfectant container are mutually separated, various types of perfume fragrance can be placed in the formed hollow cavity, the perfume fragrance can be emitted from the ventilation structure, the air in a toilet is regulated, and the hollow cavity has the functions of deodorization and deodorization, so that the air is fresher, and the environment is more comfortable.

Furthermore, the ventilation structure is a grid ventilation port, a ventilation mesh, a filter membrane or a cover plate with holes. In the preferred technical scheme, the perfume fragrance can be uniformly and slowly released through the grille vent, the breathable net cloth, the filter membrane or the cover plate with the dense holes and the like, and the perfume fragrance can be dispersed in the air.

Furthermore, the slow release filter body is a polyurethane foam sponge, a filter membrane or a zeolite body. In the preferred technical scheme, the polyurethane foam sponge and the zeolite body both have better water absorption capacity, the filter membrane has dense hemp pores, the membrane pores are very fine and have permeability, and the slow-release filter bodies can directly perform water concentration balance exchange without being limited by the pore size of a water exchange hole, thereby also realizing quantitative and stable slow-release effect.

Compared with the prior art, the utility model has the advantages of simple structure, low production cost, simple and convenient use and strong adaptability, can be hung in a water tank and can be immersed in water, the sanitary environment of a toilet can be improved, the toilet can form an automatic disinfectant supply in a period of time, the disinfectant and the water are contacted to generate concentration balance exchange, the toilet water with disinfection effect is generated, the automatic quantitative supply and stable exchange of the disinfectant are realized, the toilet is kept clean for a long time, the problem of germ and virus infection caused by the toilet is reduced, and meanwhile, the times of repeated operation of disinfection and cleaning work are also reduced.

Drawings

FIG. 1 is a block diagram of an embodiment of the present invention.

FIG. 2 is a diagram of a second embodiment of the present invention.

Detailed Description

As shown in figure 1, the utility model comprises a disinfectant container 1, which is in the shape of a square bottle with round corners and is made of plastic. In other embodiments, the disinfectant container may be a bottle with a circular or other geometric shape, and the material may be made of metal or wood. In the use process, the disinfectant container can be hung on the inner wall of the water tank through a hanger according to the shape, the structure, the characteristics and the weight of different materials, or can float on the water surface or sink in the water, and the like, so that the disinfectant container is stronger in environmental adaptability. In addition, the soaking part of the disinfectant container contacting with water is provided with a water liquid exchange hole 2, the aperture of the water liquid exchange hole is preferably in the range of 0.1-5mm, and enough toilet water with disinfection effect can be slowly exchanged within a reasonable time from water replenishing of the toilet water tank to next flushing without causing excessive disinfectant waste, and the position of the water liquid exchange hole can be at the bottom or the side part of the disinfectant container. In the embodiment shown in FIG. 1, the water exchange hole has a diameter of 1mm and is disposed at the bottom of the disinfection solution container, which can also be referred to as the top of the disinfection solution container when not in use, and is provided with a cover to prevent the liquid from leaking or volatilizing; during the use, earlier arrange water liquid exchange hole downwards in aquatic, then make antiseptic solution and water contact and take place concentration balance exchange through this water liquid exchange hole, slowly release aquatic, in the exchange process, the antiseptic solution in the antiseptic solution container slowly releases aquatic, simultaneously, water in the closestool water tank also slowly gets into in the antiseptic solution container dilutes the antiseptic solution replacement, treat that the antiseptic solution changes into the colourless and exchange totally for after water, just remind the user antiseptic solution to use up, need replace. In other embodiments, the water exchange holes may be provided in plural, and the sum of the total hole diameters of the plural water exchange holes is preferably in the range of 0.1-5 mm.

After the slow release time of the aperture of the water liquid exchange hole is tested, when the concentration of the disinfectant in the bottle is 1000 mg per liter according to the aperture of 1mm, the concentration of about 1 mg per liter of the water tank can be released in 30 minutes; at 0.5mm per hole, a concentration of about 0.5 mg per liter is released; at a pore size of 2mm, a concentration of about 2 mg per liter is released, and at a pore size of 5mm, a concentration of about 5 mg per liter is released. Furthermore, complete sterilization is possible at concentrations of 0.2 to 1 mg of chlorine dioxide per liter, and it is therefore relatively economical to select an optimal pore size of between 0.5mm and 2 mm.

As shown in fig. 2, in another embodiment, the water immersion portion of the disinfection solution container 1 contacting with water is provided with a water exchange hole 2, the water exchange hole is provided with a polyurethane foam sponge as a slow release filter 7, the polyurethane foam sponge is columnar to block or plug the water exchange hole, based on the porous water absorption characteristic of the polyurethane foam sponge, the disinfection solution and water contact through the polyurethane foam sponge to perform concentration balance exchange, and slowly release water, the embodiment does not need to specifically limit the pore size of the water exchange hole. In other embodiments, the slow release filter may be a filter membrane to seal the water exchange holes, or a zeolite made into a barrier or plug product, which is placed in the water exchange holes or shielded, thereby acting as an intermediate between the disinfecting liquid and water to perform concentration equilibrium exchange.

As shown in fig. 1 and 2, stable chlorine dioxide disinfectant is filled in the disinfectant container 1, and the disinfectant container is matched with the water liquid exchange holes 2, so that the whole disinfection process is comprehensive, safe and environment-friendly. The action characteristics and characteristics of the chlorine dioxide disinfectant are explained in the above-mentioned "invention content", and it is supplemented below that the chlorine dioxide disinfectant has a 5 times higher sterilization efficiency than the existing bactericides (such as hypochlorous acid, chlorine gas, etc.), and can kill more than 99% of heterotrophic bacteria after 5 minutes of action at a low dose of 0.5PPm (milligram). Chlorine dioxide is widely used for city drinking tap water disinfection, hospital disinfection, human body fungus disinfection, life formaldehyde and vegetable and fruit pesticide removal, clothing mildew prevention disinfection, pet disinfection, industrial disinfection, agricultural and animal plant disease prevention disinfection, epidemic disease environment disinfection, fishery breeding disease prevention disinfection, environmental protection deodorization, mildew prevention, corrosion prevention disinfection, food processing disinfection, storage, transportation, fresh-keeping and mildew prevention treatment of meat, aquatic products, fruits and vegetables, sewage plant deodorization, disinfection and … …, and the like, and the safety of the chlorine dioxide is determined as AI grade by the world health organization and is the most ideal update product in the field of disinfectants.

The disinfection solution container is also internally provided with a plurality of zeolites 3, and when the water exchange hole is downward, a plurality of zeolites are stacked on the hole and shield the hole. According to practical conditions, the zeolite in the disinfectant container can be more or less, and the dosage is about 10 g to 30 g. The zeolite is a porous structure, has adsorption capacity, can absorb disinfectant, and enables the surfactant of the disinfectant to be more stable, and during water-liquid exchange, the zeolite is deposited at the bottom of the disinfectant and shields a water-liquid exchange hole, water in a water tank of the closestool is firstly contacted with the zeolite with the disinfectant for concentration balance exchange, and is slowly released, namely a plurality of zeolites are used as intermediates for slow-release exchange of the disinfectant and the water.

The inside of above-mentioned antiseptic solution container is equipped with cavity body 4 with the opposite face in water liquid exchange hole, and this cavity body is formed by a baffle 6 and the inner wall of antiseptic solution container, and the surface of cavity body is equipped with the inlet port of a spices, and this inlet port can be the liquid filling mouth, also can be the open structure of taking the apron, and the upper surface of cavity body is equipped with the grid hole and is regarded as ventilation structure 5. In the middle of other ventilation structure's embodiments, the cavity body is equipped with one and breathes freely mouthful, should breathe freely mouthful go up fixed ventilative screen cloth as sheltering from, give off fragrance through ventilative screen cloth. Or the ventilation mesh cloth is replaced by a filter membrane or a cover plate with a plurality of dense holes, wherein the cover plate with the dense holes can cover the ventilation opening in a hinged and buckled mode, and the ventilation opening is also used as a spice inlet opening.

Claims

1. A sanitizing and cleaning device comprising: the disinfectant container (1) is characterized in that the soaking part of the disinfectant container is provided with at least one water liquid exchange hole (2), the aperture of the water liquid exchange hole is 0.1-5mm or the water liquid exchange hole is provided with a slow-release filter (7).

2. A disinfection cleaning apparatus as claimed in claim 1, characterised in that said disinfection liquid container (1) contains a stable chlorine dioxide disinfectant.

3. A disinfecting and cleaning device as claimed in claim 2, characterized in that the diameter of said water liquid exchange hole (2) is 0.5-2 mm.

4. A disinfecting and cleaning device as claimed in claim 1 or 2, characterized in that the interior of said disinfecting liquid container (1) is also filled with a plurality of zeolites (3) which are stacked on the water exchange holes (2) when said holes are directed downwards.

5. A disinfecting and cleaning device as claimed in claim 1, characterized in that a cavity (4) separated by a partition (6) is arranged above the interior of the disinfecting liquid container (1), and the outer surface of the cavity is provided with a ventilation structure (5).

6. A sterilising cleaning device according to claim 5, wherein the venting structure (5) is a grid vent, a permeable mesh, a filter membrane or a cover plate with a plurality of dense holes.

7. A disinfection cleaning apparatus as claimed in claim 1, characterised in that said slow-release filter (7) is a polyurethane foam sponge, a filter membrane or a zeolite body.