KR200334507Y1 - Formalin fumigation gas generator - Google Patents

Abstract

The present invention relates to a formalin fumigation gas generating device, it is designed to easily utilize the excellent sterilizing power of formalin gas in daily life. The formalin fumigation gas generating device according to an embodiment of the present invention is inserted into the drug reaction barrel by inserting a drug filter and drug filter packaged with formalin and calories of permanganate, and chemical reaction therein And the reaction container lid for sealing and inserting the drug filter into the reaction container and sealing it so that the formalin and the potassium permanganate react to generate a fumigation gas, and another formalin fumigation gas generator is a formalin barrel and formalin. The permanganate and permanganate bags are inserted into the permanganate and in the permanganate case. It is done.

The formalin fumigation gas generator according to the present invention enables the disinfection of airtight vents and airtight spaces such as toilets, warehouses, bathrooms, and car interiors by using the excellent sterilizing power of formalin gas. It can be used for disinfection of daily necessities such as shoes and utensils. Especially in the case of shoe disinfection, it can prevent foot odor and sterilize bacteria inside shoes such as athlete's foot, eczema and prevent foot disease.

Description

Formalin fumigation gas generator [omitted}

The present invention relates to a formalin fumigation gas generator, in which formalin fumigation gas is injected into a sealed box or plastic bag to disinfect the contents of the box, and then ammonia gas is diluted to neutralize the irritating smell of formalin fumigation gas remaining in the closed space. It is about a device that can be made. In the case of the fumigation gas generator according to the present invention, the chemicals used are quantitatively standardized according to the size of the disinfection object or the enclosed space so that the reaction is carried out in the fumigation gas generator so that irritant odors do not leak out to the outside and sanitizes the residue after the reaction. Can be processed.

When formalin and potassium permanganate are mixed, they react chemically, and the gases generated are used to disinfect the contents in or inside a confined space. However, despite the excellent sterilization ability, high heat is generated in the process of chemical reaction, and there is a risk of ignition, breathing is difficult when approaching due to irritating odor, and after the reaction, dirty residues are widely used because of dirty equipment. It is mainly used in areas where sanitary treatment is not essential, such as barn picking and internal disinfection.

The present invention was devised to provide a safety device and sanitary treatment device to apply the principle of formalin fumigation to daily life. It eliminates the risk of ignition during chemical reactions, and according to the mixing ratio to prevent the remaining drugs from occurring. The drug is quantified according to the size of the disinfection target, that is, the enclosed space, and the control material is mixed with permanganate to control the high heat generation and reaction rate during the reaction, and the irritant odor remaining after disinfection is removed by using the packed ammonia water, It is an object to provide a device that can sanitize wastes after disinfection.

1 is an external view of the reaction container and the drug filter of the formalin fumigation gas generating device according to an embodiment of the present invention.

2 is a cross-sectional view of a reaction vessel according to an embodiment of the present invention.

Figure 3 is a cross-sectional view of the drug filter according to an embodiment of the present invention.

Figure 4 is a cross-sectional view of the drug filter is coupled to the reaction cylinder of the formalin fumigation gas generator according to an embodiment of the present invention.

5 is an external view of a sealed container according to an embodiment of the present invention.

Figure 6 is an external view of a sealed vinyl film according to an embodiment of the present invention.

Figure 7 is an external view of a formalin fumigation gas generating apparatus according to another embodiment of the present invention.

Figure 8 is a cross-sectional view of the formalin fumigation gas generating apparatus according to another embodiment of the present invention.

<Explanation of Codes in Drawing>

100. Formalin fumigation gas generator

110. Pharmaceutical reaction tube 111. Fumigation gas evaporation hole

112. Sealed container insert 113. Formalin vinyl perforated pin

114. Reaction vessel lid insert 120. Reaction vessel lid

121. Drug filter insert rod 130. Drug filter

131. Formalin fumigation filter 132. Ammonia neutralization filter

133. Outer shell of drug filter 134. Formalin bag

135.Gallic acid permanganese bag 136. Ammonia water bag

137. Absorbent bag 140. Airtight containers

141. Insertion hole 150. Sealed vinyl

151. Receptacle insertion hole 152. Adhesive tape for sealing

200. Formalin fumigation gas generator

210. Formalin Tong 211. Formalin

212. Formalin vinyl film 220. Kali permanganate

221. Fumigation gas evaporation hole 222.

The formalin fumigation gas generating device according to an embodiment of the present invention is designed to generate a fumigation gas in a sealed space such as a sealed box, a plastic bag, and an interior space in which air-con The drug filter, the reaction container lid is equipped with the drug filter, the reaction container is composed of a sealed container is inserted into the drug reaction container is a wide and long perforated fumigation gas evaporation hole and the drug reaction container is inserted into a plastic bag or sealed box The sealed container insert that protrudes around the reaction vessel so that the gas can be sealed without leaking, and the formalin vinyl protrudes from the inner end of the reaction vessel so that the formalin packaging vinyl can be perforated when the drug filter is inserted into the reaction container. After inserting the punch pin and the drug filter, the reaction vessel lid is protruded around the outer end of the reaction vessel so that the lid can be fixed. The drug filter consists of a fixed lid, and the drug filter is divided into a fumigation gas generation filter and a fumigation gas neutralization filter. The permanganic acid packaged with formalin wrapped with vinyl and permeable nonwoven fabric with water permeability is quantified at 2: 1. It is repackaged with non-woven fabric, leaving a space for the drug filter inserting rod protruding inside the reaction container lid, and it is neutralized filter when ammonia water is used instead of formalin and an adsorbent instead of calperic acid. The reaction container lid is inserted into the reaction container by mounting a drug filter and to block the external leakage of fumigation cracks, the inner center is composed of the drug filter insertion rod, the reaction container lid fixing material protruding around the inside of the lid, the sealed container It is a vinyl film for sealing the plastic bag or box to block the outside and blocking the outside from the outside, and to create a sealed space. It consists of a fume insertion hole perforated in the proper part and a adhesive tape attached to the end in the case of the vinyl film. .

The formalin fumigation gas generating device according to another embodiment is designed to disinfect a closed space such as a warehouse, a bathroom, a car interior, etc., and is composed of a formalin barrel and a permanganate barrel inserted into the formalin barrel inward, and the formalin barrel is in the middle of the interior. A formalin vinyl film is formed on the part to separate the formalin and the inserted permanganate, and the formalin is sealed. The permanganate is open at the lower part, and the fumigation gas evaporation hole is perforated at the upper part. It consists of permanganic acid bags packed with nonwoven fabric. Instead of formalin, the contents of the formalin container, ammonia water is packaged with an adsorbent in place of the content of the calcium permanganate bag.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1 is an external view showing the drug reaction passage and the drug filter of the formalin fumigation gas generating device according to an embodiment of the present invention is composed of a drug reaction container 110 and the reaction container lid 120, drug filter 130 . The drug reaction container is a sealed container 140 made of a plastic bag, such as a long and wide perforated fumigation gas evaporation hole 111 in the upper portion so that the formal filter and the permanganic acid, which are embedded in the drug filter, may react chemically. When the fumigation gas generating device is inserted into the reaction vessel insertion holes 141 and 151, the sealed container insert 112 is protruded around one outside of the reaction vessel to prevent the fumigation gas outflow. The reaction vessel is preferably made of a thermosetting resin so as not to be deformed by the high heat generated during the drug reaction. The drug filter 130 is divided into a formalin fumigation filter 131 for generating fumigation and an ammonia neutralization filter 132 for neutralizing irritating odor. The fumigation filter is preferably classified into red, neutralizing filters, and the like. Do.

Figure 2 is a cross-sectional view showing the inside of the reaction vessel 110 and the reaction vessel lid 120, one end of the reaction vessel is a long, wide end and wide end so that the plastic wrap formalin when the drug filter is inserted One formalin vinyl perforated pin 113 is protruding, and the drug filter inserting rod 121 protrudes so that the reaction container cap 120 can be inserted into the reaction container by installing a drug filter. Reaction vessel lid fixing material 114 is formed on the outside of the reaction vessel and the inner circumference of the reaction vessel lid to be fixed to the barrel.

3 is a cross-sectional view showing the inside of the drug filter 130 is composed of a formalin bag 134 and a pharmaceutical filter envelope 133 wrapped with a permanganate caliber bag 135, and formalin and a permanganate medicament filter insert rod 121 It is packed with space for insertion. The formalin bag 134 is perforated with a punch pin 113 is preferably packaged with a thin and soft vinyl so that the drug can easily flow, and the permanganate acid bag 135 and the drug filter envelope 133 is the formalin flowed out. It is desirable to pack with a fiber material that can be easily absorbed. The permanganate may be used by mixing fine sawdust, fibrous material, etc. as a moderator in order to control the reaction with formalin at a high speed and generate high heat. The formalin and the permanganate are preferably packaged at a ratio of 2: 1 so as to react completely without mutual lack. The drug filter 130 is divided into a fumigation filter 131 for generating a fumigation gas and a neutralizing filter 132 for neutralizing an irritating odor. Instead of formalin 134, a 26% ammonia water 136 is used instead of the caloric permanganate 135. If replaced with an adsorbent 137 made of fine sawdust, fiber material, etc., the neutralization filter 132 becomes.

Figure 4 is a cross-sectional view showing the inside of the drug reaction container 110 and the drug filter 130, the reaction container lid 120 is coupled according to an embodiment of the present invention formalin vinyl perforated pin 113 is a drug It is required to protrude long so as to penetrate through the formalin bag 134 in the cheap drug filter envelope (133) to reach the permanganic acid encapsulation 135, the permanganic acid encapsulation 135 is a fume gas evaporation hole (111) There is no risk of ignition during the reaction should be located so as to be completely exposed to, the drug filter insertion rod 121 attached to the inside of the reaction container lid 120 is equipped with the drug filter 130 fumigation of the reaction container 110 when closing the lid It should protrude to reach the starting point of the sesame evaporation hole (111).

5 is a closed container 140, such as a plastic bag for putting a sterilization target, it is possible to use a box or a plastic bag made separately, and the reaction vessel inserting hole 141 is installed, the drug reaction container 110 is inserted You can do it.

6 is a sealed vinyl film 150 for blocking air flow in and out of the air conditioner and blocking the air flow from the outside, and a sealing adhesive tape 152 is formed at the edge to be attached to the outside of the air conditioner. 110) The drug reaction tube insertion hole 151 may be drilled to allow insertion. Attach the airtight vinyl film 150 to the outside of the air conditioner so that the inlet and the exhaust ports are sealed at the same time, and operate the air conditioner, the cold air exhausted from the exhaust port is sucked back into the inlet air into the hot air through the space formed by the airtight vinyl film, and the air circulates. Done. At this time, if the reaction vessel is inserted and formalin fum is fumigation, various parasitic bacteria are attached to the air filter in the air conditioner.

Referring to the above description of Figures 1 to 6, the use example will be described as follows. Put the contents in the sealed box 140, or seal the air conditioner with a sealed vinyl film 150. The exhaust port is sealed, and the chemical reaction container 110 is inserted into the insertion holes 141 and 151, and the sealed container is inserted and sealed by the sealed container inserting agent 112, and then the formalin fumigation filter 131 of the two drug filters 130 is first reacted. Mounted on the drug filter insertion rod 121 protruding on the inside of the cap 120, and then inserted into the drug reaction container 110 to press the reaction container lid 120 to close. After confirming that fumigation gas is generated in the fumigation gas generator, sterilization is completed by keeping the sealed state for about 10 minutes. After disinfection, before opening the airtight container, remove the formalin fumigation filter 131 by removing the reaction container lid 120 and inserting the ammonia water neutralization filter 132 in the same manner. The irritant odor remaining in the sealed container is neutralized. There is no need to use a neutralizing filter in the open outdoors.

Figure 7 is an external view of the formalin fumigation gas generating apparatus 200 according to another embodiment of the present invention has a formalin barrel 210 and the upper part is inserted into the formalin barrel 210 in the upper part There is (220) and the fumigation gas evaporation hole (221) is perforated in the upper portion of the permanganate barrel 220 so that the gas generated by the chemical reaction in the two barrels can evaporate. The fumigation gas evaporation hole should be sufficiently drilled so that chemical reactions can be made smoothly without being ignited inside, and can be replaced with a mesh or the like.

Figure 8 is an internal cross-sectional view of the formalin fumigation gas generating apparatus 200 according to another embodiment of the present invention is filled with formalin 211 in the formalin barrel 210 and in the middle to prevent the outflow of formalin 211 The formalin vinyl film 212 is sealed in order. The formalin vinyl film 212 has a periphery when the upper manganese acid barrel 220 is pressed down from the top, and formalin 211 flows out of the permanganic acid encapsulation bag 222. It is required to be installed with a thin vinyl so as to permeate, and the permanganate caliber encapsulation bag 222 is built in the interior of the permanganate caliper barrel 220 inserted inward from the formalin container 210. The permanganic acid encapsulation bag 222 is packaged with a fast absorbing fiber material and is not fixed to the permanganic acid potassium container 220, so that it is built in Shanghai, so that the formalin vinyl film 212 is immersed in the formalin that flows out when crushed. It is configured to allow chemical reactions. If 26% ammonia water is used instead of the formalin 211 and the adsorbents such as fine sawdust and fiber are substituted for the calcareous permanganate 222, it becomes a fumigated gas neutralizer. The formalin fumigation gas generator and the neutralizer are made of separate containers, and the formalin fumigation gas generator is placed on the floor of a closed space such as a warehouse, a bathroom, a car room, and pressed by pressing a manganese permanganate to close the door immediately after confirming that the formalin vinyl film is broken. The room is disinfected by the fumigation. After 10 minutes have passed after entering the confined space, open the door and ventilate. Disinfection is completed. In the non-ventilated room, the irritating odor disappears after 5 minutes after the addition of the neutralizer made in the same way. In particular, by disinfecting the car ventilation ventilator to the indoor circulation and sterilizing the fungus bacteria parasitic in the air conditioning vents.

According to an embodiment of the present invention, by using the excellent sterilizing power of formalin fumigation gas, it is possible to sterilize various bacteria such as odor removal and mold by disinfecting the sealed spaces such as toilets, warehouses, bathrooms, car rooms, and air-conditioning vents.

Plastic bags, airtight boxes, etc. can be used for disinfecting daily necessities such as shoes and utensils. In particular, in case of disinfection of shoes, it is possible to prevent foot odor by sterilizing bacteria inside shoes such as athlete's foot and eczema.

Claims (8)

A drug filter; A drug reaction passage for chemical reaction by inserting the drug filter; The formalin fumigation gas generating device, characterized in that consisting of a reaction container lid for mounting and sealing the drug filter by mounting the drug filter. The method of claim 1 The drug filter is a bag wrapped in formalin or ammonia water in a vinyl capsule form; A formalin fumigation gas generator, characterized in that the bag wrapped with a nonwoven fabric containing an adsorbent, such as permanganate or fine sawdust, is composed of a drug filter envelope (133), which is left in a space to be fitted to the drug filter inserting rod. The method of claim 1 The drug reaction pain is wide and long perforated fumigation evaporation hole in the upper portion; Formalin vinyl perforated pins protruding from the inside to the inside; A formalin hunseung gas generator, characterized in that the sealed container insert is formed around the outer end. The method of claim 1 The reaction container lid and the drug filter insertion rod protruded to mount the drug filter on the inside; Formalin fumigation gas generating device, characterized in that the reaction cylinder lid insertion medium 114 is formed on the inner circumference to fix the reaction vessel lid to the reaction vessel Formalin passage; A manganese permanganate barrel inserted inwardly on the formalin barrel; Formalin fume gas generating apparatus characterized in that the permanganic acid or packed with a non-woven fabric in the permanganate caliper barrel is embedded The method of claim 5 The formalin barrel is filled with formalin or ammonia water; Formalin fumigation gas generating device characterized in that consisting of a formalin vinyl film attached to the formalin barrel in order to seal the formalin The method of claim 5 The permanganate barrel is open at the bottom; Formalin fumigation gas generator, characterized in that the perforated or mesh-treated fumigation gas evaporation hole is installed on the upper part delete