KR102417064B1 - Self-Disinfection Kit - Google Patents

Abstract

A self-disease prevention kit according to the present invention has the purpose of providing a self-disease prevention means, which is convenient and safe by storing drugs and purified water in a bag type kit and mixing and spraying the drugs in a simple procedure. Accordingly, the self-disease prevention kit according to an embodiment of the present invention comprises: a main body, having the shape of a hexahedral bag, provided with a cover on the outside of the upper surface and having an inner space formed inside the upper surface; an ampoule storage unit concavely formed into the inner space from the upper surface and storing a plurality of drug ampoules and purified water ampoules; a net storage unit which is concavely formed into the inner space from the upper surface and in which a mesh-formed net is stacked and stored; an ampoule net mounting unit in which a slot unit is formed by concavely forming a drug ampoule slot and a purified water ampoule slot and a net mounting protrusion is formed such that the net for covering the slot unit is caught and fixated, wherein the drug ampoule slot allows drug ampoules to be mounted into the inner space from the upper surface, and the purified water ampoule slot allows the purified water ampoules to be held and mounted into the inner space from the upper surface; a drug mixing and spraying unit having the shape of a passage that crosses the inner space from one side to the other side of the main body and communicates with the lower part of the slot unit; an air suction unit provided on one side of the main body to suck external air and blow the air to the drug mixing and spraying unit; and a jet orifice provided on the other surface of the main body to communicate with the drug mixing and spraying unit, wherein the net is formed such that the drug and the purified water pass toward the drug mixing and spraying unit if the drug ampoules and the purified water ampoules are held and mounted on the upper surface and each ampoule is crushed.

Description

Self-Disinfection Kit {Self-Disinfection Kit}

The present invention relates to a self-defense kit, and to a self-defense kit in which a drug, purified water, a device for storing and mixing drugs and purified water, and a spray device manufactured for each location and purpose of use are manufactured as a single kit in the form of a bag.

More specifically, the self-quarantine kit of the present invention is in the form of a hexahedral bag with a cover, and when a consumer presents a place and purpose of quarantine, an ampoule with a drug and purified water for dilution in one dose according to the place and purpose , and provide it in multiple doses, install a mesh, install the drug ampoule and purified water ampoule in each designated slot, and cover the kit cover. When the corrugated box provided on one side of the kit is repeatedly unfolded and folded, outside air is introduced into the kit, and on the other side, the disinfectant can be sprayed while blowing through the nozzle. It relates to a self-quarantine kit that supports storage and convenient and safe use.

In response to the socioeconomic and human loss caused by a series of infectious diseases in recent years such as COVID-19, the importance of quarantine activities against germs as a preemptive preventive measure has been emphasized and strongly implemented at the same time.

Accordingly, quarantine companies visit public institutions, businesses, schools, and homes, and quarantine specialists directly carry out the quarantine work. This is to ensure that chemical agents can be handled safely by having professional personnel armed with training directly carry out quarantine activities. This is because there may be problems raised and it may also affect the safety of those who carry out quarantine activities.

So, on-site quarantine activities by quarantine specialists are more useful and valuable in the recent pandemic situation such as COVID-19. Unfortunately, as this non-face-to-face socialization is strengthened and emphasized, consumers and users are reluctant to visit and quarantine on site, which makes it difficult for specialists of quarantine companies to visit the site. The problem of becoming a more difficult environment is occurring.

As a result, sufficient quarantine activities cannot be carried out, which can become a stumbling block that prevents nationwide quarantine at a time when the spread of quarantine is desperately needed.

In order to solve the above-mentioned problems, the consumer can directly formulate the drug and spray it. In this case, the consumer directly purchases the disinfectant, mixes it with purified water while watching the description, prepares the disinfectant, and transfers it to the spray device. It can be sprayed on the necessary area, but the disinfectant before dilution has a strong chemical composition and is highly likely to be harmful to the human body, so strict caution is required. The reality is that it is difficult for consumers to arbitrarily perform the exact disinfectant composition, safe mixing process, and transfer to a spray device because high safety is required.

Therefore, even general consumers who have not received professional quarantine training can easily use it at their company, school, or home at all times, but it is based on a disinfectant with proven chemical safety that can be safely used and harmless to the human body regardless of age or gender. There is an urgent need to develop a self-quarantine quarantine device that can safely proceed from storage to dispensing, spraying, and collection.

Republic of Korea Patent Publication No. 10-2107052

The present invention was created to solve the problems in the prior art, in the form of a hexahedral bag provided with a cover. Purified water for use is produced as an ampoule in one dose and provided in multiple doses, and a mesh is installed, the drug ampoule and purified water ampoule are installed in each designated slot, and when the kit cover is closed, each ampoule is automatically crushed inside the kit. By repeating the unfolding and folding of the corrugated box provided on one side of the kit, outside air is introduced into the kit and then blown through the nozzle on the other side to spray the disinfectant. The purpose of this is to provide a self-quarantine kit that supports accurate preparation, easy storage, and convenient and safe use while performing quarantine.

The above objects and various advantages of the present invention will become more apparent from preferred embodiments of the present invention by those skilled in the art.

The present invention is to achieve the above object, the body is provided with a cover on the outside of the top surface in the shape of a hexahedron bag and the inner space is formed inside the top surface; an ampoule storage unit formed in a groove from the upper surface to the inner space and storing a plurality of drug ampoules and purified water ampoules; A mesh storage unit in which a groove is formed from the upper surface to the inner space and the mesh-formed mesh is stacked and stored; A drug ampoule slot in which the drug ampoule is mounted and the purified water ampoule slot in which the purified water ampoule is mounted are respectively formed in grooves from the upper surface to the inner space to constitute a slot part, and a mesh supporting projection is configured so that the mesh covering the slot part is caught and fixed Ampoule mesh mounting part; A drug mixing injection unit in the form of a passage that crosses the inner space from one side of the body to the other side and communicates with the lower slot portion; an air suction unit provided on one surface of the body to suck outside air and blow it to the chemical mixing and spraying unit; and an injection port provided on the other surface of the body to communicate with the chemical mixing injection unit; including, but with a mesh, the medicine ampoule and the purified water ampoule are mounted on the upper surface, and when each ampoule is crushed, the medicine and purified water pass through the chemical mixing injection unit characterized in that it is formed.

According to one embodiment, the mesh is a drug slot network and a purified water slot network in a shape corresponding to the drug ampoule slot and the purified water ampoule slot, respectively, the groove is formed, and the cover is a plurality of opposite to each of the drug slot network and the purified water slot network. It further comprises that the ampoule crushing unit is formed to protrude, and when the cover is closed, the ampoule crushing unit crushes the drug ampoule and the purified water ampoule so that the medicine and purified water pass through the lower part of the mesh, and the ampoule crushed product is filtered through the drug slot network and the purified water slot network do it with

According to one embodiment, the chemical mixing injection unit is connected to the air intake unit, the air blowing pipe for introducing external air and discharging to the injection port; and an ampoule mixing tube connected to the lower slot of the slot and mixing the medicine and purified water passing through the mesh and delivering the mixed liquid to the air blower pipe.

According to one embodiment, the air intake unit, a foldable box which is built-in folded along the edge of one side of the main body and is unfolded outwardly with the upper fixed part as a rotation axis; a handle attached to the side of the corrugated box; and a pleated ring provided at the lower end of the pleated box, and the body includes a clasp opposite to the pleated ring.

According to one embodiment, at least one collecting unit is formed with a groove formed in the inner space from the upper surface and the lid is provided; includes.

The details of other embodiments are included in the detailed description and drawings.

According to the self-quarantine kit of the present invention, the following effects can be obtained.

First, storage of multiple doses of drugs and purified water, mixing preparation, spraying, and collection of spray agents can all be performed with a single kit, making storage and disinfection spraying as well as post-processing processes very simple and safe.

Second, disinfectant and purified water for the preparation of disinfectant spray for disinfection are prepared in ampoules of one dose each, and each ampoule is mounted on the body and mixed and prepared when the cover is closed. It is very safe and can be formulated with the correct composition ratio by combining between ampoules.

Third, since pharmaceutical and purified water ampoules are individually customized according to the place of use, purpose of use, and expected effect revealed by the consumer through prior consultation, quarantine activities optimized for the place and purpose of use can be provided non-face-to-face by the consumer. .

Fourth, when drugs are exhausted, only drug ampoules and purified water ampoules can be manufactured and delivered according to the type and mixing amount of drugs that meet consumer needs. It is possible to proceed with optimization prevention simply and accurately.

Fifth, in the form of a bag, it is convenient to wear and spray, and packaging and movement are convenient, so it is portable and highly useful, so it can be used regardless of location. Various shapes such as trunk type, backpack type, Boston bag type, etc. It is configurable and has excellent scalability.

1 is a perspective view of a self-quarantine kit according to an embodiment of the present invention.
Figure 2 (a) to (d) is a top view, one side view, the other side view and front view of the self-quarantine kit according to an embodiment of the present invention.
3 is an exploded view showing the coupling relationship of the self-quarantine kit according to an embodiment of the present invention.
4 is a view showing the operation of the air suction unit of the self-quarantine kit according to an embodiment of the present invention.

In order to fully understand the present invention, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

Prior to the description of the present invention, the following specific structural or functional descriptions are only exemplified for the purpose of explaining the embodiments according to the concept of the present invention, and the embodiments according to the concept of the present invention may be modified and implemented in various forms. and the scope of the present invention should not be construed as being limited to the embodiments described in detail below.

In addition, since the embodiment according to the concept of the present invention may have various changes and may have various forms, specific embodiments are illustrated in the drawings and described in detail herein.

However, this is not intended to limit the embodiments according to the concept of the present invention to a specific disclosed form, and should be understood to include changes, equivalents, and substitutes included in the spirit and scope of the present invention.

This embodiment is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description.

It should be noted that the same members in each drawing are sometimes shown with the same reference numerals. Detailed descriptions of well-known functions and configurations determined to unnecessarily obscure the gist of the present invention will be omitted.

1 is a perspective view of a self-defense kit according to an embodiment of the present invention, and FIGS. 2 (a) to (d) are a top view, one side view, another side view and 3 is an exploded view showing the coupling relationship of the mesh, the ampoule mesh mounting part, and the drug mixing injection part of the self-defense kit according to an embodiment of the present invention, and FIG. 4 is a self-defense kit according to an embodiment of the present invention. It is a diagram showing the operation of the air suction unit.

The self-quarantine kit 10 according to a preferred embodiment of the present invention is in the shape of a bag in the form of an atache case, so it is easy to carry and move.

In the self-quarantine kit 10 of the present invention, a disinfectant agent, purified water for mixing with a disinfectant agent, a device for mixing disinfectant and purified water, and a device for spraying the mixed disinfection agent for spraying, as well as the ampoule shreds remaining after mixing the drugs are stored. It can be used conveniently and practically as it is equipped with a collection device for It is a device that can

To this end, the self-quarantine kit 10 of the present invention includes a body 100 and a cover 110 according to a preferred embodiment, and the body 100 includes an ampoule storage unit 200, a mesh storage unit 300, and an ampoule. The mesh mounting unit 400 , the chemical mixing injection unit 500 , the air suction unit 600 , the injection port 700 , the clasp 800 , and the collection unit 900 may be configured.

The body 100 has a hexahedral bag shape in the form of an atache case, and the cover 110 is provided on the outer side of the upper surface, and the inner space 120 can be formed on the inner side of the upper surface.

In the main body 100, a plurality of drug ampoules 210 and purified water ampoules 220 are stored in the ampoule storage unit 200, and a disinfectant for spraying can be prepared by taking out each ampoule one by one and mixing them. 200) is located on one side of the upper surface in an embodiment, a groove is formed from the upper surface to the inner space 120, and is divided into a number of compartments according to the size of the ampoule, so that the medicine ampoule 210 and the purified water ampoule 220 are accommodated one by one. may be provided, and a lid or a mesh is installed on the upper surface of the ampoule storage unit 200 to ensure that the ampoule is safely stored.

The mesh storage unit 300 is formed so that the mesh formed mesh 310 in a plate shape is stacked and stored, and a groove is formed from the upper surface to the inner space 120 as an area corresponding to the mesh 310, and the other side of the upper surface according to an embodiment of the present invention It may be configured on the top.

The ampoule mesh mounting part 400 is a drug ampoule slot 411 and purified water ampoule 220 formed in a shape corresponding to the drug ampoule 210 so that the drug ampoule 210 is fitted to the purified water ampoule 220 so that it is fitted. The purified water ampoule slot 412 formed in a corresponding shape is configured, and the drug ampoule slot 411 and the purified water ampoule slot 412 are recessed into the inner space 120 from the upper surface to form the slot portion 410 .

The ampoule mesh mounting portion 400 may be formed flat with the upper surface in the remaining area except for the slot portion 410, or grooved in the upper surface with a shallow depth corresponding to the shape and size of the mesh 310 around the slot portion 410. It can be formed so that the mesh 310 can be mounted and seated in the groove of the ampoule mesh mounting part 400, and in a state where the mesh 310 is mounted on the ampoule mesh mounting part 400, the mesh 310 is a slot part 410 in the center. ) can be covered.

After the mesh 310 is mounted on the ampoule mesh mounting part 400, the drug ampoule 210 and the purified water ampoule 220 are fitted through the mesh 310 to the drug ampoule slot 411 and the purified water ampoule slot 412. To this end, the mesh 310 is located in the central part of the drug ampoule slot 411 and the purified water ampoule slot 412, respectively, and the drug slot network 311 and the purified water slot network 312 are bent in a shape corresponding to the position and the corresponding shape. can be formed.

Therefore, when the mesh 310 is taken out from the mesh storage unit 300 and mounted on the ampoule mesh mounting unit 400, the mesh 310 is fitted while being mounted on the rim of the ampoule mesh mounting unit 400. At the same time, the drug slot network 311 is The drug ampoule slot 411 is fitted, and the purified water slot network 312 is fitted into the purified water ampoule slot 412, while the overall mesh 310 fits the ampoule mesh mounting part 400 and the slot part 410. can be inserted into

In an embodiment of the present invention, the mesh 310 may have a rectangular shape, and thus the ampoule mesh mounting portion 400 may also be formed with a rectangular groove. It is formed and its shape is formed to protrude to a size that can be inserted into one grid of the mesh 310, so when the mesh 310 is mounted on the ampoule mesh mounting part 400, the mesh protrusion on the corner mesh grid of the mesh 310 ( As the 420 is inserted, the position of the mesh 310 may be fixed.

Of course, the mesh 310 may be circular or polygonal, and in this case, if the ampoule mesh mounting part 400 is formed flat with the upper surface without forming a groove, the mesh 310 is fixed by the mesh mounting projection 420. If the ampoule mesh mounting part 400 is grooved, the mesh 310 is fitted and seated in the ampoule mesh mounting part 400 while the groove is formed in accordance with the shape of the mesh 310 and fixed by the mesh mounting projection 420. to achieve a stable fixed state.

After the mesh 310 is picked up from the mesh storage unit 300 under the above-described configuration and fixed to the ampoule mesh mounting unit 400, the drug ampoule 210 and the purified water ampoule 220 are taken out from the ampoule storage unit 200, respectively. When inserted into the drug slot network 311 and the purified water slot network 312, the drug ampoule 210 and the purified water ampoule 220 are the drug ampoule slot 411 and the purified water ampoule slot 412 through the respective slot networks. As it settles in, the preparation process for drug mixing is completed.

The drug ampoule slot 411 and the purified water ampoule slot 412 are formed in a shape corresponding to the drug ampoule 210 and the purified water ampoule 220, respectively, and the lower end of each is open to the body 100 internal space 120. It is connected to the located ampoule mixing tank 520 , and the ampoule mixing tank 520 is connected to the drug mixing and spraying unit 500 .

The drug mixing and spraying unit 500 is an ampoule mixing container 520 that mixes the drug and purified water, and an air blower pipe 510 that guides the mixing and prepared drugs in the ampoule mixing container 520 to be sprayed on the quarantine object or place. It may be a passage shape that crosses the inner space 120 from one surface of the main body 100 to the other surface.

The ampoule mixing tank 520 is a storage space disposed under the slot part 410, and two tubes are formed upright on the upper part, respectively, the drug ampoule slot 411 and the purified water ampoule slot 412 are connected to the lower part, and each ampoule When this is crushed, the drug and purified water enter into the ampoule mixing container 520 and are mixed while being merged.

The ampoule mixing tank 520 may be formed in a structure in which the inclination is formed from one side to the other side in one embodiment, that is, the depth of the other side is greater than the depth of one side, and a preferred example is the connection end of the drug ampoule slot 411. The disinfectant agent introduced at the bottom through the drug ampoule slot 411 is moved to the other side on the inclined surface as it deepens from the bottom to the bottom of the connecting end of the purified water ampoule slot 412, and the lower flowed through the purified water ampoule slot 412. It is naturally mixed with purified water, so that a disinfectant for spraying can be created.

The air blower pipe 510 has a passage shape that crosses the inner space 120 from one surface of the main body 100 to the other surface, and is connected to an air suction unit 600 to be described later on one surface to supply external air inside the main body 100, namely The air is introduced into the air blower pipe 510, and the introduced air is discharged through the injection hole 700 of the other surface of the main body 100 located on the opposite side.

The center of the air blow pipe 510 is formed to be connected to the lower part of the ampoule mixing tube 520 so that the disinfectant mixed for spraying flows into the center of the air blow pipe 510, and from one side of the air blow pipe 510 to the other side. When blowing is performed, the air introduced into the air blower pipe 510 passes through the center, pushes the mixed disinfectant agent, and spouts it through the other injection port 700, so that the external quarantine place and target are quarantined.

At this time, a check valve may be configured at the coupling portion of the air blow pipe 510 and the ampoule mixing tank 520, so that the check valve opens only when the inflow and blowing of wind into the air blow pipe 510 is made, and the mixed disinfectant is injected into the injection port 700. When the operation of blowing wind to the air blower pipe 510 is not performed, the check valve is closed, so the disinfectant in the ampoule mixing tank 520 does not flow into the air blower pipe 510 and the ampoule mixing tank The state stored in 520 may be maintained.

In order to blow the wind through the air blower pipe 510 and spray the disinfectant to the spray hole 700 , it is necessary to introduce external wind into the air blower tube 510 and push it toward the spray hole 700 , for this purpose, the air intake unit 600 may be configured.

The air suction unit 600 is provided on one surface of the main body 100 and functions to suck external air and blow it to the chemical mixing/spray unit 500, directly after introducing air into the air blower pipe 510, and then strongly It can have a push function.

The air suction unit 600 is mounted along the edge of one side of the body 100, and while maintaining the coupled state, only the other side spreads outward and then folds to one side again while inhaling external air and strongly blowing it out. There, it is provided like an accordion, so it sucks outside air through the bellows-like operation of folding and unfolding the wrinkled elastic member and blows it out to the other side to blow strongly.

The air suction unit 600 may be configured to include a pleated box 610, a handle 620, and a pleated ring 630 for this purpose.

One side of the corrugated box 610 is formed long along one surface of the body 100 and is provided in the form of a fixed hard case, and the other side of the corrugated box 610 is provided with a corrugated elastic member in a folded shape to enable unfolding and folding. can be provided.

The corrugated elastic member of the corrugated box 610 is usually provided in a folded state along the edge of one side of the body 100 for easy movement and storage, and when you want to spray the quarantine agent, the body 100 is directed outward. While repeating the unfolding and folding, the wind is strongly blown through the air blower pipe 510 to the injection port 700, and the upper fixed portion of the main body 100 of the corrugated box 610 has a rotating shaft, and the corrugated elastic member has an upper portion. As the lower part is unfolded and folded in a state fixed to the rotation shaft, it can operate similarly to the shape of the fan unfolding and folding as a whole.

A handle 620 is attached to one side of the pleated box 610, so that when the pleated box 610 is unfolded and folded, it can be controlled by holding the handle 620, and at the lower end of the pleated box 610, a bent pleated ring ( 630) is formed and at the lower end of one side of the body 100 opposite to the pleated ring 630, a clasp 800 that can be custom-coupled to the pleated ring 630 has a structure that can rotate in place and corresponds to the pleated ring 630. can be formed.

Therefore, when the fold box 610 is folded in close contact with one side of the body 100 and the clasp 800 is positioned parallel to the main body 100 in its original shape, the corrugated ring 630 is caught on the latch 800. The corrugated box 610 is not unfolded and maintains a folded shape along the edge of one side of the body 100, so that it is easy to move and store.

And in the case of spraying the disinfectant, the wrinkle ring 630 is released from the clasp 800 by rotating the clasp 800 in the lateral direction. It comes out along the 620 and in this process, external air is introduced into the corrugated box 610 and becomes full, and when the corrugated box 610 is folded while holding the handle 620 and folded in the inward direction, the corrugated box 610 is folded. ) The internal air is pushed into the air blower pipe 510 , passes through the air blower pipe 510 , and blows strong wind through the injection hole 700 .

At this time, since the mixed quarantine agent is stored in the ampoule mixing tank 520 connected to the air blow pipe 510, the check valve opens while strong wind passes from one side of the air blow pipe 510 to the other side, and the quarantine agent is injected into the injection port 700. The injection is made to the outside of the main body 100 through the.

After the spray prevention activity is completed, hold the handle 620 and fold the corrugated box 610 and return the clasp 800 to the original position in line with the corrugated ring 630, the corrugated ring 630 is caught by the clasp 800 and fixed 610 maintains a folded state and may be stored in a state attached to one surface of the main body 100 .

Meanwhile, a collecting unit 900 may be configured in the lower portion of the other side of the main body 100 .

The collection unit 900 is a storage space that is formed from the upper surface into the inner space 120 and is opened only on the upper surface. can

The collecting unit 900 can be used for storing the shredded ampoule shredded material for mixing the quarantine agent, and for safety after the shredded material is input and loaded, a lid is provided on the upper surface of the collection unit 900 and a lid fixing member is provided so that the lid is closed. state can be maintained.

In addition, the collection unit 900 is formed to correspond to the shape of the mesh 310 and may serve to store the used mesh 310 .

Therefore, according to various embodiments of the present invention, the collection unit 900 is formed of at least one type of the collection unit 900 for storing the ampoule shredded material and the collection unit 900 for storing the used mesh 310 with the drug on it. It may be, and preferably, it may be composed of a plurality of ampoule crushed material collecting unit 900 and a single mesh 310 collecting unit 900 .

Meanwhile, on the inner surface of the cover 110, a plurality of ampoule crushing units 111 may be formed to protrude, and the ampoule crushing units 111 are wedge-shaped, respectively, opposite to the drug slot network 311 and purified water slot network 312, respectively. It may be formed so as to be accommodated in each slot network.

Therefore, the mesh 310 is mounted on the ampoule mesh mounting part 400, and the drug ampoule 210 and the purified water ampoule 220 are mounted on the drug slot network 311 and the purified water slot network 312, respectively, and then the cover 110 is installed. When covered, the ampoule crushing unit 111 is broken while in contact with the drug ampoule 210 and the purified water ampoule 220, and the ampoule crushing unit 111 only crushes each ampoule. will not damage the

Based on the above description, an example of use of the self-quarantine kit 10 according to a preferred embodiment of the present invention will be described as follows.

First of all, users who want to self-quarantine can consult with the self-quarantine kit (10) producer in advance. Optimized quarantine agents are custom-made to meet the need for quarantine, the size of the quarantine space, and the quarantine effect. After preparing so that they can be inserted one by one, they are stored in the self-quarantine kit 10 and supplied to the user.

The user may perform quarantine activities by himself/herself using the self-quarantine kit 10 .

First, when the cover 110 of the self-defense kit 10 is opened, a plurality of drug ampoules 210 and purified water ampoules 220 are stored in the ampoule storage unit 200, and all drugs are in the same ampoules and the same size. It may be contained, or several types of drugs may be divided into ampoules of different sizes, and for the selection of the drug ampoule 210, the producer may provide a separate application through a portable wireless communication device or a portable storage device. Or it is possible to provide the user with instructions for use through a text or a printed explanation written on a specific part inside the main body 100. Preferably, a single medicament customized through consultation between the user and the producer is contained in an ampoule of a single size. can be provided.

Pick up the mesh 310 from the mesh storage unit 300 and match the medicine slot network 311 and the purified water slot network 312 with the medicine ampoule slot 411 and the purified water ampoule slot 412 of the ampoule mesh mounting unit 400 When mounted, the mesh 310 is mounted in the correct position on the ampoule mesh mounting unit 400, and the corner of the mesh 310 is a mesh 310 while at least one mesh mesh is inserted into the mesh mounting projection 420. Mounting is performed in a state where the whole is fixed.

After that, when the drug ampoule 210 and the purified water ampoule 220 are picked up one by one and fitted into the drug slot network 311 and the purified water slot network 312, respectively, each ampoule is each drug ampoule slot 411 and Mounting is performed on the purified water ampoule slot (412).

When the cover 110 is covered in this state, the plurality of ampoule crushing units 111 crush the medicine ampoule 210 and the purified water ampoule 220, and the medicine and purified water flow out of the crushed ampoule and the ampoule mixing container 520. When it flows into and joins, it is mixed and becomes a state that can be used as a disinfectant for spraying.

As the ampoule is crushed, the medicine and purified water flowing out from the inside of the ampoule flow downward while passing through the medicine slot network 311 and the purified water slot network 312, respectively, since the mesh 310 is a mesh-shaped network, and the medicine ampoule slot 411 and It goes into the purified water ampoule slot 412, and since the lower end of each slot is connected to the ampoule mixing tank 520 in an open state, the medicine and purified water flow into the ampoule mixing tank 520, and then in the ampoule mixing tank 520. It is automatically blended as it climbs the slope of the floor and merges into one place.

At this time, as the ampoule is broken, the liquid flows downward through the mesh 310, and the ampoule shreds remain caught in the drug slot network 311 and purified water slot network 312. In the state in which the cover 110 is closed, the ampoule The crushing unit 111 maintains a state fitted to each slot network and the inner surface of the cover 110 is in close contact with the upper surface of the main body 100, so that the crushed material is not scattered to other places and is in each slot network. If the remaining state is maintained, quarantine work can be continued.

Through the above procedure, the mixed disinfectant agent for spraying is completed, and as seen in the above, in the mixed composition of the drug, the user adjusts each drug and purified water to a certain amount or there is no dangerous process such as contacting the skin with the drug. Of course, it is possible to prepare a disinfectant as a very safe procedure.

Now that the disinfection agent is complete, spraying is performed.

A wearing member in the form of a string that can be worn on the user's body is installed outside the self-defense kit 10 , so that the user can stably wear the self-defense kit 10 on the body and then spray.

The spraying operation may be performed through the operation of the air suction unit 600 . The ampoule mixing container 520 is already in a state where the medicine and purified water are mixed and the quarantine agent is filled. The disinfectant in the barrel 520 maintains a state that does not flow out into the air blower pipe (510).

Now, the self-quarantine kit 10 is positioned so that the injection port 700 is directed to the place to be quarantined. Then, rotate and release the latch 800 fixing the air intake unit 600, grab the handle 620 and pull it outward so that the pleated box 610 is unfolded in a fan shape, the outside air flows into the pleated box 610. When the handle 620 is compressed in the inward direction so that the pleated box 610 is folded, the air filled in the pleated box 610 flows into the air blower pipe 510 and then moves strongly toward the opposite injection port 700. do.

At this time, the check valve of the ampoule mixing tank 520 is opened according to the wind direction of the air blow pipe 510, and the quarantine agent is moved to the air blow pipe 510. The spraying is made to the outside of the injection port 700 as the quarantine agent is moved together.

In this way, the user performs self-quarantine activities while repeating the unfolding and folding operations of the corrugated box 610 while holding the handle 620 while directing the injection port 700 toward the place and object to be quarantined. .

When the quarantine activity is completed, press the handle 620 to compress the pleated box 610, then rotate the clasp 800 to match the pleat ring 630 so that the pleat ring 630 and the clasp 800 are caught, so that the air suction unit (600) is fixed.

And when the self-quarantine kit 10 is laid upright and the cover 110 is opened, the drug slot network 311 and the purified water slot network 312 of the mesh 310 mounted on the ampoule mesh mounting part 400 have drug ampoules 210, respectively. of the crushed material and the crushed material of the purified water ampoule 220 remain.

After each shredded material is placed in the ampoule shredded material collection unit 900, the lid of the collection unit 900 is closed, and the mesh 310 with the chemical is separated from the mesh protrusion 420 and placed in the mesh collection unit 900 and the lid is closed. Follow-up is finalized.

Comparing this state with the initial state of the self-quarantine kit 10, the ampoule crushed material and the used mesh 310 are contained in the collection unit 900, and only the number of the ampoule and the mesh 310 is reduced, but the rest are the same, so When performing the next quarantine task, the user can proceed with the quarantine activity in the same manner as the above procedure, and when the ampoule and mesh 310 are exhausted, only the drug ampoule 210, purified water ampoule 220, and mesh 310 are purchased. After filling, it can be used again as a self-quarantine kit (10).

The embodiments of the present invention described above are merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and equivalent other embodiments are possible therefrom.

Therefore, it will be well understood that the present invention is not limited to the form mentioned in the above detailed description. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

Moreover, it is to be understood that the present invention covers all modifications, equivalents and substitutions falling within the spirit and scope of the invention as defined by the appended claims.

10: self-quarantine kit
100: body
110: cover
120: internal space
111: ampoule crushing unit
200: ampoule storage unit
210: drug ampoule
220: purified water ampoule
300: mesh storage unit
310: mesh
311: drug slot network
312: purified water slot network
400: ampoule mesh mounting part
410: slot unit
411: drug ampoule slot
412: purified water ampoule slot
420: mesh protrusion
500: drug mixing and spraying unit
510: air blower pipe
520: ampoule mixing container
600: air intake
610: corrugated box
620: handle
630: pleated ring
700: nozzle
800 : clasp
900: collection unit

Claims (5)

A body having a hexahedral bag shape, a cover provided on the outside of the top surface, and an inner space formed on the inside of the top surface;
an ampoule storage unit formed in a groove from the upper surface to the inner space and storing a plurality of drug ampoules and purified water ampoules;
A mesh storage unit in which a groove is formed from the upper surface to the inner space and the mesh-formed mesh is stacked and stored;
The drug ampoule slot in which the drug ampoule is mounted from the upper surface to the inner space and the purified water ampoule slot in which the purified water ampoule is mounted are respectively formed into grooves to constitute the slot part, and the mesh covering protrusion is configured so that the mesh covering the slot part is caught and fixed. mesh mounting part;
A drug mixing injection unit in the form of a passage that crosses the inner space from one side of the body to the other side and communicates with the lower part of the slot;
an air suction unit provided on one surface of the body to suck outside air and blow it to the chemical mixing and spraying unit; and
It includes a; injection port provided on the other surface of the main body to communicate with the chemical mixing injection unit;
mesh,
A self-quarantine kit, characterized in that the drug ampoule and the purified water ampoule are mounted on the upper surface, and when each ampoule is crushed, the drug and purified water pass through the drug mixing and spraying unit. According to claim 1,
mesh,
A drug slot network and a purified water slot network are formed with grooves in a shape corresponding to the drug ampoule slot and the purified water ampoule slot, respectively,
the cover,
It further comprises that a plurality of ampoule crushing parts opposite to each of the drug slot network and the purified water slot network are formed to protrude,
When the cover is closed, the ampoule crushing unit crushes the drug ampoule and the purified water ampoule, so that the medicine and purified water pass through the lower part of the mesh, and the ampoule crushed product is filtered through the drug slot network and the purified water slot network. According to claim 1,
The drug mixing and dispensing unit,
an air blower pipe connected to the air intake unit to introduce external air and discharge it through the injection port; and
Self-quarantine kit comprising a; ampoule mixing tank connected to the lower part of the slot and mixed with the medicine and purified water passing through the mesh, and delivering the mixed liquid to the air blow pipe. According to claim 1,
air intake,
a corrugated box that is folded along the edge of one side of the body and is unfolded in an outward direction with the upper fixed part as a rotation axis;
a handle attached to the side of the corrugated box; and
Including; corrugated ring provided at the bottom of the corrugated box;
body,
Self-quarantine kit comprising a clasp opposite to the wrinkle ring. According to claim 1,
Self-quarantine kit comprising a; at least one collection unit having a groove formed from the upper surface to the inner space and provided with a lid.

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