TWI641405B - Dehazing personal respiratory protection device by using dehazing substance - Google Patents

Abstract

An anti-mite personal respiratory protection device is formed by adding an anti-caries composition comprising an alkyl sulfosuccinate and other humectants. The anti-caries composition is added to the anti-mite personal respiratory protection device at an appropriate dose and embodiment, which can reduce the adsorption and penetration of the antimony substance, improve the protective performance of the personal respiratory protection device, and thus achieve personal respiratory protection. The purpose is to alleviate the health problems caused by cockroaches in the ground and the air and the possible physical and mental harm. The anti-mite personal respiratory protection device of the invention does not contain any heavy metal substances, and the anti-caries composition can be biodegraded, has the characteristics of being non-toxic to the human body and the environment and convenient to use.

Description

Anti-mite personal respiratory protection device using anti-mite composition

The present invention relates to an anti-snoring personal respiratory protection device using an anti-caries composition, and at the same time discloses a method for protecting a personal anti-snoring breath.

Under the pressure of modern urban construction, transportation and industrial development, smog in the air has become a serious environmental and health problem, and personal respiratory protection devices, especially those related to anti-snoring personal respiratory protection devices, have become a mass Urgent demand for sex.

The main components of smog substances are sulfur oxides, nitrogen oxides and respirable hydrophilic and hydrophobic particles. Among them, Particulate Matter (abbreviated as “PM”) is the main culprit for aggravating smog weather pollution. There are many ways to reduce the personal respiratory protection of cockroaches in the air. Various types of personal respiratory protection devices have one or several of the following effects: Blocking pollutants; Filtering pollutants; Adsorb pollutants to reduce or prevent sputum in the air from entering the body through the respiratory organs.

Filtered respirators, masks, or masks have been widely used in a variety of respiratory systems that require protection from particles in the air or from undesirable or harmful gases. There are simple flat personal respiratory protection devices, as well as stereoscopic personal respiratory protection devices in various shapes. A personal respiratory protection device with a composite filter medium type, a personal respiratory protection device with a composite adsorption medium type, or a personal respiratory protection device with a combination of a composite filter and an adsorption medium. but Yes, these personal respiratory protection devices are not able to block and reduce sputum substances, and can not really achieve the purpose of effectively reducing the amount of cockroaches in the air entering the body through the respiratory organs.

A general mask can only be used as a barrier to large particles of dust, but it cannot block the suspension of fine particles in the crucible. Although it has been proposed to use a nano-material non-woven fabric that can react with bismuth substances as a medium in a personal respiratory protection device, in order to effectively reduce the sputum in the air, the medium containing the nano-material contains heavy metals and is used. After that, it is difficult to update and replace. In addition, based on hygienic principles, personal respiratory protection devices should be discarded after use.

Although it has been proposed to use activated carbon that can adsorb organic gases as a medium in personal respiratory protection devices, the strontium in the air is not only organic and inorganic gases, and the adsorption of activated carbon is selective, and it is not capable of adsorbing all gases. Effectively reduce the purpose of cockroaches in the air. In addition, activated carbon itself is also a particulate matter, and fine activated carbon may enter the human body through the respiratory organs.

Although it has been proposed to use more airtight or multi-layer materials as the medium for adsorption or filtration in personal respiratory protection devices, the masks seem to have better anti-blocking effects, but they have poor gas permeability, increase respiratory resistance, and easily cause oxygen. The lack of quantity causes difficulty in breathing in patients with heart, blood and lung diseases and is not suitable for long-term wear by children, the elderly and pregnant women. In addition, in terms of economy and hygiene, it violates the principle of one-time use of personal respiratory protection devices.

The main reason why the above personal respiratory protection devices can not effectively reduce the amount of cockroaches in the air is that the chemical composition and properties of the cockroaches are very complicated, and the particle size is also inconsistent. On the whole, it cannot be filtered by the above. The adsorptive medium effectively blocks or adsorbs. In other words, the above-mentioned filterability and adsorption medium type application is insufficient in broad spectrum and is not easy to effectively contact with the cockroach substance, so as to effectively reduce the penetration of cockroaches in the air and avoid entering the body through the respiratory organs. purpose. How to improve the effective, broad-spectrum contact between respiratory protection devices and sputum substances is an important key to the application of personal respiratory protection devices to sputum-proof compositions.

In addition, because the substance in the sputum is not easily accessible to the media in many personal respiratory protection devices, the possibility of staying on the surface of the personal respiratory protection device is low, and it is easy to penetrate the personal respiratory protection device and directly enter the user's respiratory tract. Enter the body. Therefore, the personal respiratory protection device combined with the composite filter medium, the adsorptive medium type, or the composite filter type and the adsorption medium type cannot effectively reduce the amount of cockroaches in the air.

It is well known that the smoke of cigarettes (including second-hand smoke) is less than 1 micron in size. In other words, the smoke particles of cigarettes are smaller than the fine suspended microparticles of PM 2.5. Although the harm of cigarette smoke particles to the human body has been proven, until now, there is no personal respiratory protection device on the market that can effectively reduce the smoke particles of cigarettes. A personal respiratory protection device that is capable of blocking and reducing the smoke particles of the human body from inhaling cigarettes is an urgent need of the public today.

As can be seen from the above, all personal respiratory protection devices currently have serious drawbacks to cockroaches. However, the frequency of smog has increased, and there has been no improvement in the short term. This has caused serious environmental and climatic problems, and has also caused possible harm to human health. A smash-proof personal respiratory protection device that is effective, fast, and non-toxic to the human body and the environment is extremely desirable.

The present invention is an anti-mite personal respiratory protection device using an anti-caries composition, which is formed by adding an alkyl sulfosuccinate and an anti-caries composition with other humectants. The anti-caries composition is added to the inside of the body of the anti-mite personal respiratory protection device, or a combination thereof, in an appropriate dosage and embodiment. After proper stabilization treatment, the permeability and penetration of the cockroach material in or on the personal respiratory protection device can be reduced by reducing the interfacial tension, thereby improving the protective performance of the individual respiratory protection device, thereby achieving personal respiratory protection. purpose.

The anti-caries composition used in the anti-mite personal respiratory protection device of the present invention has the characteristics of not containing any heavy metal substances, being biodegradable, having no toxicity to the human body and the environment, and being convenient to use.

Specifically, the anti-snoring personal respiratory protection device provided by the present invention comprises: a respiratory protection device body; and a tamper-proof composition comprising an alkyl sulfosuccinate and a humectant; wherein the anti-caries composition The system is attached to the inner layer, the outer layer, or a combination thereof of the body of the respiratory protection device.

The anti-caries composition of the anti-mite personal respiratory protection device of the present invention comprises: 1 to 70% by weight of alkyl sulfosuccinate, 1 to 30% by weight of a wetting agent, and the balance being pure water. The chemical formula of the alkyl sulfosuccinate is as follows:

Wherein R ₁ and R ₂ represent different or identical alkyl groups.

The alkyl sulfosuccinate used in the present invention may be: a monoalkyl sulfosuccinate of 1 to 18 carbon chains, a 1 to 18 carbon chain dialkyl sulfosuccinate, or a mixture thereof; The humectant may be an alkyl monohydric alcohol, an alkyl diol, an alkyl polyhydric alcohol, an alkyl diol polyether derivative, or a mixture thereof.

The above "霾" may be a gaseous substance, a liquid substance, a solid substance, or a mixture thereof, and the above mixture may be, for example, a mixture of a gaseous substance and a liquid substance, a mixture of a gaseous substance and a solid substance. a mixture of a gaseous substance and a solid substance, or a mixture of a gaseous substance, a liquid substance, and a solid substance.

The personal respiratory protection device body can be a personal protective device for a mask, a mask, a hood, a half body shield, or a full body shield, and the mask can be a flat mask, a flat folding mask, or a three-dimensional mask, but The invention is not limited thereto, and other types of personal respiratory protection device bodies are also included in the scope of the invention.

The invention further provides a preparation method of the anti-snoring personal respiratory protection device, which is characterized in that after the anti-caries composition is diluted in water to form an anti-caries composition aqueous solution, it is added to the body of the personal respiratory protection device by spray application or dipping treatment. Internal or external, but not limited to, within or outside the body of the personal respiratory protection device, thereby achieving the effect of preventing cockroaches, alleviating environmental problems caused by cockroaches and thus possible health hazards, may include the following steps: (S1) diluting the anti-caries composition of the present invention in water to form an aqueous solution; (S2) adding the aqueous solution of (S1) by spraying, spraying, or dipping by a suitable spraying, spraying, or dipping apparatus Within or outside of the body of the personal respiratory protection device, or a combination thereof.

In addition, (S3) may optionally be included, which stabilizes the personal respiratory protection device body in an appropriate manner.

The above "stabilizing treatment" is, for example, drying at a suitable temperature (such as high-temperature drying or low-temperature drying), or drying with a strong wind. The appropriate temperature is not particularly limited, and is preferably 25 to 120 ° C, and an appropriate temperature can be selected in accordance with the material characteristics of the body of the personal respiratory protection device and the time required for the treatment.

The present invention also provides an anti-caries composition for use in a personal respiratory protection device, wherein the anti-caries composition comprises an alkyl sulfosuccinate and a wetting agent, and the anti-caries composition is sprayed The treatment, spraying, or dipping treatment is added to, within, or a combination of the body of the personal respiratory protection device.

The anti-mite composition of the present invention can be used to wet and block smog substances according to the characteristics, content and regional distribution of different bismuth substances in the space, wherein the anti-mite is not limited to gas. Body, liquid, and solid matter, or a mixture thereof. The general atomization spray or impregnation amount of the anti-caries composition of the present invention depends on the nature and content of the smog substance, the material of the anti-snoring personal respiratory protection device body, and the like, and can be selected through a test experiment, and the present invention is not limited thereto.

1‧‧‧first slot

2‧‧‧second trough

3‧‧‧ third slot

4‧‧‧fourth slot

5‧‧‧Spray parts

6‧‧‧Respiratory protection device body

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a flow chart showing the manufacturing process of the anti-mite personal respiratory protection device of the present invention.

2 is a schematic illustration of the apparatus used in the manufacture of the tamper resistant personal respiratory protection device of the present invention.

Figure 3 is a schematic illustration of the manufacture of the personal respiratory protection device of the present invention using the apparatus of Figure 2.

4A and 4B are comparative tests of the anti-caries results of the embodiment 1 of the present invention.

5A and 5B are comparative tests of the anti-caries results of Example 2 of the present invention.

6A and 6B are comparative tests of the anti-caries results of Example 3 of the present invention.

7A and 7B are comparative tests of the anti-caries results of Example 4 of the present invention.

8A and 8B are comparative tests of the anti-caries results of Example 5 of the present invention.

The embodiments of the present invention are described by way of specific examples, and those skilled in the art can readily appreciate the other advantages and advantages of the present invention. The present invention may be embodied or applied in various other specific embodiments, and various modifications and changes can be made without departing from the spirit and scope of the invention.

1 and 2 are respectively a flow chart of a manufacturing process of the anti-snoring personal respiratory protection device of the present invention and a device used in the manufacturing process, and FIG. 3 is a device for manufacturing the anti-mite personal respiratory protection device of the present invention by using the device of FIG. schematic diagram.

1 is a flow chart of a manufacturing process of the anti-mite personal respiratory protection device of the present invention, comprising the steps of: (S1) diluting the anti-caries composition of the present invention into water to form an aqueous solution; (S2) using a suitable spray, spraying, Or an impregnation device, the aqueous solution of (S1) is added to the inside or outside of the body of the personal respiratory protection device by spraying, spraying, or dipping, or a combination thereof; and the step (S3) may be selectively performed. The body of the personal respiratory protection device is stabilized in an appropriate manner.

The above manufacturing process can be manufactured by the apparatus shown in FIG. 2. In a preferred embodiment of the present invention, the anti-caries composition of the present invention is first placed in the first tank 1, and the water is placed in the second tank 2. The first tank 1 and the second tank 2 are respectively connected to a third tank 3, and the third tank 3 includes a stirrer for stirring the anti-mite composition from the first tank 1 and the same The water of the two tanks 2 forms an aqueous solution of the anti-mite composition. The above-mentioned anti-caries composition aqueous solution is electrically connected to one of the fourth tanks 4 communicating with the third tank 3, and the spray member 5 connected to the fourth tank 4 may be a spray or atomizing nozzle or a spray or atomization. The spray gun is used to spray or spray or impregnate the aqueous solution of the anti-mite composition disposed in the fourth tank 4 to the appropriate personal respiratory protection device body. As shown in FIG. 3, the anti-caries composition aqueous solution disposed in the fourth tank 4 can be sprayed or sprayed through the spray member 5 to be added inside and outside the personal respiratory protection device body 6 (for example, a mask). Or a combination thereof.

The following description will be made through different embodiments.

Example 1

The anti-caries composition of the above Example 1 was diluted with distilled water to a weight ratio of 1% of an anti-caries composition aqueous solution. The aqueous solution of the anti-mite composition is sprayed on the inner layer and the outer layer of the personal test mask by means of a suitable atomizing spray device, and then compared with the test mask which is atomized by pure water and sprayed on the inner layer and the outer layer. The color of the two is shaded and used as a control for the prevention of sputum. As can be seen from the results of the implementation (see Figures 4A and 4B, wherein Figure 4A is the outer layer of the mask, Figure 4B is the inner layer of the mask):

In Figs. 4A and 4B, the personal respiratory protection mask B after only the pure water atomization spray treatment is compared with the mask A (the upper diagram of Fig. 4A and the upper diagram of Fig. 4B) which has been treated with the anti-mite composition (Fig. 4A) And Figure 4B below), after the smoke is sprayed, the area of the inner layer of the mask (pictured below in Figure 4B) and the outer layer (pictured below Figure 4A) are darker in color, showing that the mask does not block the smoke, most of the The smoke is adsorbed on the outer layer and the inner layer of the mask, passes through the personal respiratory protection mask, and thus enters the human body; and the personal respiratory protection mask A after the atomized spray treatment of the aqueous solution of the anti-mite composition (Fig. 4A and the figure) 4B above), after the smoke, mouth The color of the area enclosed by the inner layer of the cover (upper in FIG. 4B) and the outer layer (upper in FIG. 4A) is obviously shallower, indicating that the mask can effectively block the smoke, significantly reduce the adsorption and penetration of the smoke, and achieve the prevention. A personal respiratory protection.

Example 2

The anti-caries composition of the above Example 2 was diluted with distilled water to a weight ratio of 1% of an anti-caries composition aqueous solution. The aqueous solution of the anti-mite composition is sprayed on the inner layer and the outer layer of the personal test mask by means of a suitable atomizing spray device, and then sprayed into the outer layer of the test mask by pure water atomization, and the two are compared. The color of the person is shaded and used as a control for the prevention of sputum. As can be seen from the results of the implementation (see Figures 5A and 5B, wherein Figure 5A is the outer layer of the mask, Figure 5B is the inner layer of the mask):

In FIGS. 5A and 5B, the personal respiratory protection mask B (only FIG. 5A and FIG. The following figure and the lower part of Fig. 5B) After the smoke is sprayed, the area enclosed by the inner layer of the mask (the lower drawing in Fig. 5B) and the outer layer (the lower drawing in Fig. 5A) are darker in color, indicating that the mask does not block the smoke, and the large Part of the smoke is absorbed into the outer and inner layers of the mask and through the personal respiratory protection mask into the body. The personal respiratory protection mask A after the atomized spray treatment of the aqueous solution of the anti-mite composition (refer to the upper diagram of FIG. 5A and the upper diagram of FIG. 5B), after the smoking, the inner layer of the mask (top view of FIG. 5B) and the outer layer (FIG. 5A) The color of the area surrounded by the frame line is obviously shallow, leaving only the very shallow outer edge of the print, which shows that the mask can effectively block the smoke, significantly reduce the adsorption and penetration of the smoke, and achieve the personal breath prevention. Protection effect.

Example 3

The anti-caries composition of the above Example 2 was diluted with distilled water to an aqueous solution of the antimony composition having a weight ratio of 1%. The mask was immersed in this 1% aqueous solution for about 5 seconds, and the dropping was immediately removed, followed by stable drying at room temperature. Before the control test, about 2 ml of pure water was sprayed on the inner and outer layers of the treatment mask, and then the untreated treatment mask was sprayed on the inner and outer layers by pure water atomization. The color depth after the two cigarettes were compared, and the untreated treatment was used as a control result for the anti-caries. As can be seen from the results of the implementation (see Figures 6A and 6B, wherein Figure 6A is the outer layer of the mask, Figure 6B is the inner layer of the mask):

In Figs. 6A and 6B, the personal respiratory protection mask B (only under the FIG. 6A and FIG. Figure 6 and Figure 6B)), after the smoke is sprayed, the area enclosed by the inner layer of the mask (Fig. 6B) and the outer layer (Fig. 6A) is darker, showing that the mask does not block the smoke, most of them. The smoke is adsorbed on the outer layer and the inner layer of the mask, passes through the personal respiratory protection mask, and thus enters the human body; and the personal respiratory protection mask A after the atomized spray treatment of the aqueous solution of the anti-mite composition (refer to the figure in FIG. 6A and In Fig. 6B, the color of the area surrounded by the inner layer of the mask (upper in Fig. 6B) and the outer layer (upper in Fig. 6A) is significantly lighter, even in the inner layer (Fig. 6B). No color is observed, indicating that the mask can effectively block the smoke, significantly reduce the adsorption and penetration of the smoke, and achieve the personal respiratory protection effect against the reduction.

Example 4

The anti-caries composition of the above Example 1 was diluted with distilled water to an aqueous solution of the antimony composition having a weight ratio of 1%. The mask was immersed in this 1% aqueous solution for about 5 seconds, and the dropping was immediately removed, followed by stable drying at room temperature. Before the control test, about 2 ml of pure water was sprayed on the inner and outer layers of the treatment mask, and then the untreated treatment mask was sprayed on the inner and outer layers by pure water atomization. The color depth after the two cigarettes were compared, and the untreated treatment was used as a control result for the anti-caries. As can be seen from the results of the implementation (see Figures 7A and 7B, wherein Figure 7A is the outer layer of the mask, Figure 7B is the inner layer of the mask):

In FIGS. 7A and 7B, the untreated personal respiratory protection mask B is compared to the mask A that has been treated with the tamper-proof composition (refer to the top view of FIG. 7A and the top view of FIG. 7B) (refer to FIG. 7A below and Figure 7B below), after the smoke is sprayed, the area of the inner layer of the mask (pictured below in Figure 7B) and the outer layer (pictured below Figure 7A) are darker in color, indicating that the mask does not block the smoke, most of which The smoke is adsorbed on the outer layer and the inner layer of the mask, passes through the personal respiratory protection mask, and thus enters the human body; and the personal respiratory protection mask A after the atomized spray treatment of the aqueous solution of the anti-mite composition (refer to the top view of FIG. 7A and Fig. 7B is a top view), after the smog, the area of the inner layer of the mask (upper in Fig. 7B) and the outer layer (upper in Fig. 7A) is significantly lighter, and the outer layer of the mask (upper in Fig. 7A) only The shallow outer edge of the print, the inner layer (pictured in Figure 7B) is almost invisible, indicating that the mask can effectively block the smoke, significantly reduce the adsorption and penetration of smoke, and achieve personal respiratory protection against mites. efficacy.

Example 5

The anti-caries composition of the above Example 1 was diluted with distilled water to an aqueous solution having a weight ratio of 1%. The mask was immersed in an aqueous solution of 1.0% and 0.5% (A1, 1.0%; A2, 0.5%) for about 5 seconds, and the dropping was immediately removed, followed by stable drying at room temperature. Before the control test, about 2 ml of pure water was sprayed on the inner and outer layers of the treatment mask, and then the untreated treatment mask was sprayed on the inner and outer layers by pure water atomization. The color depth after the two cigarettes were compared, and the untreated treatment was used as a control result for the anti-caries. It can be seen from the implementation results (see Figure 8A and Figure 8B):

In FIGS. 8A and 8B, the untreated personal respiratory protection mask B is compared to the masks A1 and A2 treated with the anti-mite composition (refer to the left and middle views of FIGS. 8A and 8B) (refer to FIG. 8A and FIG. The right picture of 8B), after the smoke is sprayed, the area enclosed by the inner layer of the mask (the right side of Figure 8B) and the outer layer (the right side of Figure 8A) is darker, showing that the mask does not block the smoke, most of them The smoke is absorbed into the outer layer and the inner layer of the mask, and passes through the personal respiratory protection mask, thus entering the human body; and the water passing through the anti-mite composition The area surrounded by the frame of the personal respiratory protection mask A1 (left of Figs. 8A and 8B) and A2 (the middle of Fig. 8A and Fig. 8B) after the solution atomization spray treatment, after the smoke is sprayed, the inner layer of the mask (Fig. 8B left and middle) and the outer layer (left and middle of Figure 8A) are significantly lighter in color, and the outer layer of the mask (left and middle of Figure 8A) has only shallow outer edge prints, and the inner layer ( The left and middle images of Fig. 8B show that almost no color is observed, indicating that the mask can effectively block the smoke, significantly reduce the adsorption and penetration of the smoke, and achieve the personal respiratory protection effect against the reduction.

The above results show that the anti-mite personal respiratory protection device of the present invention can effectively and effectively block the smoke, and significantly reduce the adsorption and penetration of smoke (even smaller than the PM 2.5 fine suspended microparticles of cigarette smoke particles). Achieve effective anti-decay personal respiratory protection.

The anti-mite personal respiratory protection device of the present invention is a combination of a highly moisturizing and penetrating surfactant sulfosuccinate and a humectant anti-caries composition. By adding the anti-caries composition to the anti-mite personal respiratory protection device at an appropriate dose and embodiment, the wettability of the water and the surface tension can be improved, and the adsorption and penetration of the antimony substance can be reduced. The anti-snoring personal respiratory protection device of the present invention has the following advantages over the technology of the existing personal respiratory protection device method: The anti-snoring personal respiratory protection device of the invention has high humidity, can quickly reduce the surface tension of water, reduce the adsorption of the personal respiratory protection device on the fine substances of the smog, reduce the penetration of the fine particles, and prevent the entry of the fine substances into the sputum. human body.

The anti-snoring personal respiratory protection device of the invention can inhibit the penetration of the cockroach material, thereby effectively reducing the cockroach material entering the personal respiratory organ, rather than relying entirely on the filtration and adsorption functions using the airtight medium. In other words, only the reduction of the adsorption and penetration of sputum on personal respiratory protection devices can truly achieve the ultimate protection of personal breathing.

The anti-caries composition of the present invention can be formulated with water to a specific concentration of the treatment liquid, and can be directly applied to the body of the anti-mite personal respiratory protection device by spraying, spraying or dipping, and then After the subsequent stabilization treatment (such as: normal temperature, high temperature drying treatment), when using the anti-mite personal respiratory protection device, spray the pure water on the inner layer and the outer layer of the test mask (in accordance with the material of the personal respiratory protection device) Depending on the type, the amount of atomized spray pure water is approximately: 2.0 ml). Therefore, it has high flexibility and convenience.

The anti-caries composition described in the anti-mite personal respiratory protection device of the present invention does not cause harm to the environment. The composition of the anti-mite composition of the present invention having rapid biodegradability does not cause harm to the environment. Does not contain any heavy metals. Under proper use, it will not cause harm to the human body.

The anti-mite personal respiratory protection device of the invention has the advantages of small processing amount, convenient implementation and economical characteristics.

The above description is only for the embodiments of the present invention, and any modifications, variations, and combinations of the present invention will be made by those skilled in the art, and are not limited to the embodiments disclosed herein.

Claims (16)

An anti-snoring personal respiratory protection device comprising: a respiratory protection device body; and an anti-caries composition comprising an alkyl sulfosuccinate and a humectant; wherein the anti-caries composition is added to the respiratory protection The inner layer, the outer layer, or a combination thereof of the device body, the personal respiratory protection device is a mask, a cover, a cover, a half body cover, a full body cover, or a combination thereof. The device of claim 1, wherein the anti-caries composition comprises 1-70 weight percent sulfosuccinate, 1-30 weight percent humectant, and balance water. The device of claim 1, wherein the sulfosuccinate is an alkyl-containing monoalkyl sulfosuccinate, a dialkyl sulfosuccinate, a polyalkyl sulfo amber. An acid ester, or a mixture thereof. The device of claim 3, wherein the monoalkyl sulfosuccinate has from 1 to 18 carbon chain alkyl groups. The device of claim 3, wherein the dialkyl sulfosuccinate has from 1 to 18 carbon chain alkyl groups. The device according to claim 1, wherein the humectant is an alkyl monohydric alcohol, an alkyl diol, an alkyl polyhydric alcohol, an alkyl diol polyether derivative, or a mixture thereof . The device of claim 1, wherein the lanthanide is a gaseous substance, a liquid substance, a solid substance, or a mixture thereof. The device of claim 1, wherein the mask is a flat mask, a flat folding mask, or a three-dimensional mask. A method for preparing a personal respiratory protection device for preventing sputum, comprising the steps of: (S1) diluting the anti-caries composition according to any one of claims 1 to 6 in water to form an aqueous solution; (S2 Applying the aqueous solution of (S1) to the inside of the personal respiratory protection device, or a combination thereof by means of an immersion device; and (S3) stabilizing the body of the personal respiratory protection device . The method of claim 9, wherein the anti-caries composition is diluted in water to form an aqueous solution having a concentration of one hundredth to one tenth of a weight. The method of claim 9, wherein the anti-caries composition comprises 1-70 weight percent sulfosuccinate, 1-30 weight percent humectant, and balance water. The method of claim 9, wherein the sulfosuccinate is an alkyl-containing monoalkyl sulfosuccinate, a dialkyl sulfosuccinate, a polyalkyl sulfo amber. An acid ester, or a mixture thereof. The method of claim 9, wherein the wetting agent is an alkyl monohydric alcohol, an alkyl diol, an alkyl polyhydric alcohol, an alkyl diol polyether derivative, or a mixture thereof. The method of claim 9, wherein the lanthanide is a gaseous substance, a liquid substance, a solid substance, or a mixture thereof. The method of claim 9, wherein the personal respiratory protection device is a mask, a cover, a cover, a half shield, a full body shield, or a combination thereof. An anti-caries composition for use in a tamper-resistant personal respiratory protection device, wherein the anti-caries composition comprises an alkyl sulfosuccinate and a humectant, and the anti-caries composition is The immersion treatment is added to the inside of the body of the personal respiratory protection device, or a combination thereof, wherein the personal respiratory protection device is a mask, a cover, a hood, a half body shield, a full body shield, Or a combination thereof.