KR100839855B1 - Charnel jar vacuous packing apparatus and charnel cabinet installed charnel jar using threrof - Google Patents

Abstract

A cinerary urn vacuum packing apparatus and a cinerary cabinet with a cinerary urn are provided to prevent an insect or a bad small from being generated in ashes inside the cinerary urn by charging a case or the cinerary urn with gas such as nitrogen, neon, or argon after making the inside of the cinerary urn or the case vacuum. A case(100a) has a first space(110a) to receive a cinerary urn(101a) with ashes(101b). A chamber(200) has a door(220) and has a second space(210) between with the case. A pipe(300) has a first pipe(310) connected to the second space of the chamber and a second pipe(320) whose ends are connected to the first pipe and the case respectively. A first valve(400) is connected to the second space of the chamber and the first space of the case through the pipe, opened to make the first and second spaces vacuum, and closed after vacuum setting. A second valve(500) is connected to the second space of the chamber and opened to inject air into the second space when the first valve is closed. A third valve(600) connects the first pipe and the second pipe and closes communication between the first and second pipes when the second valve is opened to inject the air into the second space.

Description

Sealing box vacuum packing device and sealing box which is vacuum-packed closing box using the same {CHARNEL JAR VACUOUS PACKING APPARATUS AND CHARNEL CABINET INSTALLED CHARNEL JAR USING THREROF}

1 is a cross-sectional view of an airtight vacuum packaging apparatus according to a first embodiment of the present invention,

2 is a cross-sectional view of an unsealed vacuum packaging apparatus further including a gas injection valve based on FIG. 1,

3 is a cross-sectional view of a bag-unpacking vacuum packaging apparatus according to a second embodiment of the present invention,

FIG. 4 is a cross-sectional view of an airtight vacuum packaging apparatus further including a gas injection valve based on FIG. 3.

Figure 5 is a perspective view of a rod end is provided with a vacuum box packed by the air bag vacuum packaging device according to the present invention.

<Description of Major Numbers in Drawing>

1a, 1b: sealing box vacuum packaging device 100a: case

101a, 100b: open box 101b: bone meal

110a, 110b: first space 120a, 120b: fourth valve

130a, 130b: barometer 200: chamber

210: second space 220: door

221: coupling part 300: pipe

310: first pipe 320: second pipe

400: first valve 500: second valve

600: third valve 700: gas injection valve

800: Bonandan 810: Housing

820: cabinet

The present invention relates to a bag-shaped vacuum packing device and a bag-shaped end in which a vacuum-packed bag is placed using the same, and more particularly, when the bag or bag is housed in a vacuum-packed case, An airtight vacuum packaging device for packaging the airtight box or the case in a vacuum while preventing external air pressure from being equal to the airtight box or the internal pressure of the case and preventing damage to the shape of the airtight box or the case and using the same. It relates to a bag end that is enclosed in a vacuum-packed bag.

Korean traditional culture has a strong Confucian tendency. As a result, burial culture is dominated by other burials in Confucian tradition. Therefore, the area of the cemetery per land area in the country has increased, and the land area capable of accommodating the cemetery has been saturated.

Accordingly, in recent years, the necessity of a cosmetic system is emerging in view of the domestic situation, and the negative recognition of the cosmetic system is gradually reduced.

However, after the body was cremated and the bone meal was placed in a sealed container and sealed and stored, there was a problem in that the storage state of the ashes such as odors and worms deteriorated when a long time passed.

Accordingly, a technique has been devised to prevent deterioration of the ashes by putting the enclosure in a case and making the inside of the case into a vacuum state or injecting a gas such as nitrogen into the inside of the case in a vacuum state.

However, when the inside of the case is vacuumed, the shape of the case is damaged by the pressure difference between the inside and the outside of the case. Thus, the material of the case is provided with a thick and solid material, which has a problem of occupying a lot of space to increase the cost and sealing.

The present invention has been made in order to solve the above problems, when vacuum-packing a case or a case containing the case, the air pressure of the bag or the case is equal to the inside pressure of the bag or the case In order to prevent the sealing box or the shape of the case from being damaged, a thin and inexpensive sealing box or a vacuum box for packing the case in a vacuum state and a vacuum packing box using the same The purpose is to provide a bonandan.

The above object and the case having a first space that is accommodated therein the bone box containing the bone powder according to the present invention; A chamber having a door that can be opened and closed, the chamber receiving the case through the door and having a second space between an inner surface and an outer surface of the case; A pipe having a first pipe communicating with the second space of the chamber, and a second pipe having one end communicating with the first pipe and the other end communicating with the case; The first space in communication with the second space of the chamber and the first space of the case through the pipe, the second space and the first space is opened to set the vacuum, and closed when the vacuum setting is complete With 1 valve; A second valve in communication with the second space of the chamber, the second valve being opened when the first valve is closed and opened to inject air into the second space when the first valve is closed; And a third valve configured to communicate between the first pipe and the second pipe, and to close communication between the first pipe and the second pipe when the second valve is opened and air is injected into the second space. It is achieved by an airtight vacuum packaging apparatus, characterized in that.

Here, when the second valve is opened and the second valve is opened and air is injected into the second space after the first valve and the third valve are closed, gas is supplied through the second pipe. It may further include a gas injection valve for injecting into the first space.

Here, the gas may be one gas selected from the group consisting of nitrogen, neon, argon, krypton, xenon, and radon, or a mixture of two or more gases.

In addition, the case is opened so that the second pipe communicates between the first space and the second pipe when the first valve is opened, and the first space is in a vacuum state or gas filled state. The apparatus may further include a fourth valve capable of closing communication between the first space and the second pipe and separating the second pipe.

In addition, the case may further include a barometer for measuring and displaying the pressure inside the case.

On the other hand, the purpose is to seal the box having a first space in which bone powder is received; A chamber having a door that can be opened and closed, the chamber receiving the enclosure through the door and having a second space between an inner surface and an outer surface of the enclosure; A pipe having a first pipe communicating with the second space of the chamber, and a second pipe having one end communicating with the first pipe and the other end communicating with an interior of the enclosure; In communication with the second space of the chamber and through the pipe also with the first space of the bag, open to establish the vacuum of the second space and the first space, and closed when the vacuum setting is complete A first valve; A second valve in communication with the second space of the chamber, the second valve being closed when the first valve is opened and opening to inject air into the second space when the first valve is closed; And a third valve configured to communicate between the first pipe and the second pipe, and to close communication between the first pipe and the second pipe when the second valve is opened and air is injected into the second space. can do.

Here, when the second valve is opened and the second valve is opened and air is injected into the second space after the first valve and the third valve are closed, gas is supplied through the second pipe. It may further include a gas injection valve for injecting into the first space.

Here, the gas may be one gas selected from the group consisting of nitrogen, neon, argon, krypton, xenon, and radon, or a mixture of two or more gases.

In addition, the sealing box is opened so that the second pipe communicates between the first space and the second pipe when the first valve is opened, and the vacuum is filled with the first space or the gas. The apparatus may further include a fourth valve capable of closing communication between the first space and the second pipe and separating the second pipe.

Here, the enclosure may further include a barometer for measuring and displaying the pressure inside the enclosure.

On the other hand, the purpose is in the baggage end for placing the bag is accommodated in the bag-packed vacuum packaging device to accommodate the vacuum-packed case, the case is accommodated, the window is formed on one surface can be seen from the outside A housing; It is also achieved by the rod eye end, characterized in that it comprises a cabinet in which a plurality of settling spaces in which the housing is placed so that one surface is facing forward.

In addition, the object is in the baggage end for enclosing the bag-packed vacuum box using a vacuum bag packing device, the bag is accommodated, the window is formed on one side to allow the bag to be received from the outside A housing; It is also achieved by the rod eye end, characterized in that it comprises a cabinet in which a plurality of settling spaces in which the housing is placed so that one surface is facing forward.

Hereinafter, with reference to the accompanying drawings it will be described in detail with respect to the vacuum box packing device according to the first and second embodiments of the present invention.

As shown in FIG. 1 and FIG. 2, the sealing box vacuum packaging apparatus 1a according to the first embodiment of the present invention includes a case 100a, a chamber 200, a pipe 300, a first valve 400, The second valve 500 and the third valve 600 are included.

As shown in Figure 1, the case (100a) is enclosed inside the enclosure (101a). The closed box 101a contains bone powder 101b remaining after the body is cremated. The first space 110a is a space in which the enclosure 101a is accommodated inside the case 100a.

The chamber 200 has a door 220 that can be opened and closed, and has a second space 210 that can accommodate the case 100a through the door 220. As shown in FIG. 1, the door 220 in this embodiment is screwed with an outer circumferential portion 201 in which the door 220 is mounted in the chamber 200 on both sides through the coupling part 221. Yes. Thus, the door 220 is an example of opening and closing by loosening the screw.

Here, when setting the second space 210 to be described later in a vacuum state, the coupling portion 221 to prevent the air from flowing into the second space 210 through the coupling portion 221 of the door 220. Of course, the rubber packing 222 may be further provided.

The pipe 300 includes a first pipe 310 and a second pipe 320.

One end of the first pipe 310 communicates with the second space 210 of the chamber 200 through the third valve 600, and the other end thereof communicates with the second pipe 320.

One end of the second pipe 320 communicates with the first pipe 310 through the third valve 600, and the other end thereof communicates with the first space 110a of the case 100a.

The first valve 400 is opened and closed to set whether the second space 210 of the chamber 200 and the vacuum pump (not shown) communicate with each other, and the pipe 300 is opened when the third valve 600 is opened. It opens and closes to establish whether the vacuum pump communicates with the first space 110a.

Accordingly, when the vacuum pump is operated and the first valve 400 is opened, the pressure of the second space 210 may be reduced by sucking the air in the second space 210. Here, when the second space 210 is set in a vacuum state, the first valve 400 is closed to maintain the vacuum state in the second space 210. If the third valve 600 is opened, the first space 110a may also be set to a vacuum state by sucking air in the first space 110a through the pipe 300.

The second valve 500 is opened and closed to set whether the second space 210 of the chamber 200 communicates with the outside of the chamber 200. Here, when the first space 110a and the second space 210 are set to a vacuum state by the first valve 400, the second valve 500 is closed and the vacuum state of the second space 210 is closed. When released, the second valve 500 is opened. When the second valve 500 is opened, air outside the chamber 200 flows into the second space 210 through the second valve 500. Thus, the pressure in the second space 210 is increased to release the vacuum state.

The third valve 600 is opened and closed to set whether to communicate with the first pipe 310 and the second pipe 320 of the pipe 300. Here, when the first valve 400 is opened, the third valve 600 is opened to enable the first space 110a and the second space 210 to be set in a vacuum state. In addition, when the first valve 400 is closed and the second valve 500 is opened, the third valve 600 is closed and air outside the chamber 200 introduced through the second valve 500 is removed. It blocks the flow into the first space (110a, 110b).

On the other hand, the case 100a of the sealing box vacuum packaging apparatus 1a according to the first embodiment of the present invention may further include a fourth valve 120a.

Here, the second pipe 320 is detachably installed in the fourth valve 120a. The fourth valve 120a is installed in the case 100a. Accordingly, the fourth valve 120a is opened and closed to establish communication between the first space 110a of the case 100a and the second pipe 320. Therefore, when the first valve 400 is opened, the fourth valve 120a is opened to set the first spaces 110a and 110b in a vacuum state, and thus, between the first space 110a and the second pipe 320. To communicate.

After the first space 110a is set in a vacuum state, the door 220 is opened, the fourth valve 120a is closed, and the second pipe 320 is separated from the fourth valve 120a. The case 100a is taken out of the chamber 200. Thus, even when the second pipe 320 is separated from the fourth valve 120a, the vacuum state of the first space 110a of the case 100a may be maintained.

By the above configuration, the process of packaging the inside of the case 100a in which the bag 101a is accommodated in the vacuum state through the bag vacuum box 1a according to the first embodiment of the present invention with reference to FIG. 1. I will explain.

First, the door 220 of the chamber 200 is opened while the first valve 400, the second valve 500, and the third valve 600 are closed to accommodate the case 100a in the chamber 200. After the fourth valve 120a is opened, the second pipe 320 is coupled to the fourth valve 120a. Then, the door 220 is coupled to the chamber 200 through the coupling part 221 so that the inside of the chamber 200 is sealed.

The vacuum pump is operated to open the first valve 400 and the third valve 600. Then, the air of the first space 110a and the second space 210 is sucked into the vacuum pump through the vacuum setting path A shown in FIG. 1. Accordingly, the first space 110a and the second space 210 are maintained while the pressures of the first space 110a inside the case 100a and the second space 210 outside the case 100a are equal. This vacuum state can be reached. This process is performed until the first space 110a and the second space 210 are in a vacuum state.

Here, the door 220 must be opened in order to pull the case 100a out of the chamber 200, but when the second space 210 is in a vacuum state, the pressure between the inside of the chamber 200 and the outside of the chamber 200 is reduced. It is difficult to open the door 220 by the car.

Therefore, when the vacuum state of the first space 110a and the second space 210 is set, the first valve 400 and the third valve 600 are closed and the second valve 500 is opened. Thus, air outside the chamber 200 is introduced into the second space 210 through the air inflow path B through the second valve 500. Here, since the third valve 600 is closed, air introduced through the air inflow path B may not be introduced into the first space 110a. Thus, even if the pressure of the second space 210 increases a certain amount, the first spaces 110a and 110b maintain a vacuum state.

Then, the coupling portion 221 is released from the outer peripheral portion of the chamber 200, the door 220 is opened. Then, the fourth valve 120a is closed and the second pipe 320 is separated from the fourth valve 120a, and then the case 100a is pulled out from the inside of the chamber 200 so that the sealing box 101a is accommodated. The vacuum packaging of the case 100a is completed.

As described above, if the case 100a in which the bag 101a is accommodated is vacuum-packed through the bag box vacuum packaging apparatus 1a or 1b according to the present invention, the first space 110a and the case which are inside of the case 100a are provided. The inside of the case 100a may be set to a vacuum state in a state where the pressure of the second space 210 that is outside of the 100a is equal. Thus, even if the material of the case 100a is not provided with a solid material, it is possible to prevent the external appearance of the case 100a from being damaged by the pressure difference inside / outside the case 100a during the vacuum packaging.

Thus, even if the case 100a in which the bag 101a used in the related art is not provided is made of a solid material, the appearance of the case 100a is damaged through the bag box vacuum packaging devices 1a and 1b according to the present invention. It can be vacuum packed while being prevented.

In addition, when manufacturing a new case (100a) for accommodating the sealing box (101a), in consideration of vacuum packaging, the case 100a is not necessarily provided with a material such as reinforced plastic and metal, such as a rigid material, the case By hardening the material of 100a, it is possible to prevent the production cost from increasing.

Also, as shown in FIG. 2, the airtight vacuum packaging apparatus 1a according to the first embodiment of the present invention may further include a gas injection valve 700.

The gas injection valve 700 communicates with the second pipe 320 and is opened and closed to set whether to inject gas supplied from a gas tank (not shown) into the first space 110a of the case 100a.

That is, after the vacuum setting of the first space 110a and the second space 210 is completed and the first valve 400 and the third valve 600 are closed, the second valve 500 is opened to open the second space. When air is injected into the space 210, the gas injection valve 700 is opened. Thus, when the second valve 500 is opened and air is introduced into the second space 210 through the air inflow path B, the gas injection valve 700 is opened. Thus, as shown in Figure 2, the gas is injected into the first space (110a) through the gas injection path (C).

Here, the gas according to the present invention may be used as long as it can prevent the decay of the bone powder 101b to prevent the occurrence of odors and to prevent the insects from inhabiting. As an embodiment of the gas according to the present invention, it may be provided with one gas selected from the group consisting of nitrogen, neon, argon, krypton, xenon, radon, or a mixture of two or more.

Here, by adjusting the degree and time of opening the gas injection valve 700 may be equal to the amount of the air is introduced through the second valve 500 to the amount of gas is injected.

Accordingly, when gas is injected into the first space 110a through the gas injection valve 700 while introducing air into the second space 210, the first space 110a which is the inside of the case 100a and the outside of the case may be Since the pressure in the second space 210 is equalized, damage to the appearance of the case 100a may be further prevented. In addition, the gas is filled in the interior of the enclosure (101a, 100b), even if the bone powder (101b) contained in the interior of the enclosure (101a, 100b) can be stored for a long time to prevent the occurrence of worms or odors. .

On the other hand, with reference to Figures 3 and 4 will be described in the sealing box vacuum packaging device 1b according to a second embodiment of the present invention.

Here, the description of the same configuration as that of the sealing box vacuum packaging apparatus 1a according to the first embodiment of the present invention is omitted.

3 and 4, the sealing box vacuum packaging apparatus 1b according to the second embodiment of the present invention is a sealing box 100b, the chamber 200, the pipe 300, the first valve 400 , The second valve 500 and the third valve 600.

The sealing box 100b includes a first space 110b in which the bone powder 101b remaining after the body is cremated is contained.

The chamber 200 has a door 220 that can be opened and closed, and has a second space 210 that can accommodate the enclosure 100b through the door 220.

The pipe 300 includes a first pipe 310 and a second pipe 320.

One end of the first pipe 310 communicates with the second space 210 of the chamber 200 through the third valve 600, and the other end thereof communicates with the second pipe 320.

One end of the second pipe 320 communicates with the first pipe 310 through the third valve 600, and the other end thereof communicates with the first space 110b of the sealing box 100b.

Since the first valve 400, the second valve 500, and the third valve 600 are the same as those of the airtight vacuum packaging apparatus 1a and 1b according to the first embodiment of the present invention, a detailed description thereof will be omitted. do.

In addition, the sealing box 100b of the sealing box vacuum packaging apparatus 1b according to the second embodiment of the present invention may further include a fourth valve 1120b.

Here, the second pipe 320 is detachably installed in the fourth valve 120b. And the 4th valve 120b is installed in the sealing box 100b. Thus, the fourth valve 120b is opened and closed to establish communication between the first space 110b of the sealing box 100b and the second pipe 320. Therefore, when the first valve 400 is opened, the fourth valve 120b is opened to set the first space 110b in a vacuum state so as to communicate between the first space 110b and the second pipe 320. Let's do it.

After the first space 110b is set in the vacuum state, the door 220 is opened, the fourth valve 120b is closed, and the second pipe 320 is separated from the fourth valve 120a. , Pull out the sealing box (100b) from the chamber (200). Thus, even if the second pipe 320 is separated from the fourth valve 120b, the vacuum state of the first space 110b of the case 100a may be maintained.

With reference to FIG. 3, the process of packaging the inside of the bag 100b in a vacuum state will be described with the bag packer vacuum packing apparatus 1b according to the second embodiment of the present invention.

First, by opening the door 220 of the chamber 200 in a state in which the first valve 400, the second valve 500, and the third valve 600 are closed, the sealing box 100b is inserted into the chamber 200. The second pipe 320 is coupled to the fourth valve 120b after the fourth valve 120b is opened. Then, the door 220 is coupled to the chamber 200 through the coupling part 221, so that the inside of the chamber 200 is sealed.

The vacuum pump is operated to open the first valve 400 and the third valve 600. Then, the air of the first space 110b and the second space 210 is sucked into the vacuum pump through the vacuum setting path A shown in FIG. 3. Accordingly, the first space 110b and the second space 210 are maintained while the pressures of the first space 110b that is inside the enclosure 100b and the second space 210 that is outside the case 100a are equal. Can reach a vacuum state. This process is performed until the first space 110b and the second space 210 are in a vacuum state.

Here, the door 220 must be opened in order to pull the sealing box 100b out of the chamber 200, but when the second space 210 is in a vacuum state, the interior of the chamber 200 and the outside of the chamber 200 are opened. Due to the pressure difference, it is difficult to open the door 220.

Therefore, when the vacuum state of the first space 110b and the second space 210 is set, the first valve 400 and the third valve 600 are closed and the second valve 500 is opened. Thus, air outside the chamber 200 is introduced into the second space 210 through the air inflow path B through the second valve 500. Here, since the third valve 600 is closed, air introduced through the air inflow path B may not be introduced into the first space 110b. Thus, the pressure of the second space 210 is increased by a predetermined amount, but the first space 110b is maintained in a vacuum state.

Then, the coupling portion 221 is released from the outer peripheral portion 201 of the chamber 200 and the door 220 is opened. Then, the fourth valve 120b is closed and the second pipe 320 is separated from the fourth valve 120b, and then the sealing box 100b is pulled out of the inside of the chamber 200 so that the sealing of the box 100b is performed. Vacuum packaging is complete.

When vacuum-packing the sealing box (100b) through the sealing box vacuum packaging device (1a) according to the present invention as described above, the first space (110b) and the outside of the sealing box (100b) that is inside the sealing box (100b) In the state where the pressure of the two spaces 210 is equal, the inside of the enclosure 100b can be set to a vacuum state. Here, in general, the sealing box (100b) is provided in a porcelain shape with a lid to seal. Therefore, in the process of making the inside of the enclosure 100b in a vacuum state, there is an effect of preventing the enclosure 100b from being damaged.

In addition, as shown in FIG. 4, the airtight vacuum packaging apparatus 1b according to the second embodiment of the present invention may further include a gas injection valve 700.

Here, the gas injected through the gas injection valve 700 is provided with the same gas as the first embodiment of the present invention, a detailed description thereof will be omitted.

The gas injection valve 700 communicates with the second pipe 320 and is opened and closed to set whether to inject gas supplied from a gas tank (not shown) into the first space 110b of the sealing box 100b.

That is, after the vacuum setting of the first space 110b and the second space 210 is completed and the first valve 400 and the third valve 600 are closed, the second valve 500 is opened to open the second space. When air is injected into the space 210, the gas injection valve 700 is opened. Thus, when the second valve 500 is opened and air is introduced into the second space 210 through the air inflow path B, the gas injection valve 700 is opened to open the gas injection path shown in FIG. The gas is injected into the first space 110b through C).

Accordingly, when gas is injected into the first space 110b through the gas injection valve 700 while introducing air into the second space 210, the air space is sealed with the first space 110b which is the interior of the airtight box 100b. Since the pressure in the second space 210 that is outside the 100b is equalized, damage to the appearance of the enclosure 100b may be further prevented. In addition, even if the bone powder (101b) contained in the sealing box (100b) is stored for a long time, it is possible to prevent the occurrence of worms or odor generated by the gas.

Meanwhile, the airtight vacuum packaging apparatus 1a and 1b according to the first and second embodiments of the present invention may further include barometers 130a and 130b.

1 to 4, in the first embodiment of the present invention, the barometer is attached to the case 100a, and in the second embodiment of the present invention, the barometer is attached to the enclosures 101a and 100b. Therefore, not only the internal pressure of the case 100a and the bag 100b vacuum-packed by the bag-packing vacuum packaging apparatus 1a and 1b according to the present invention can be measured, but also the case 100a after a long time. And it is possible to check the change in the internal pressure of the sealing box (100b) to make the interior of the case 100a and the sealing box (100b) in a vacuum state again.

In addition, when the door 220 of the sealing box vacuum packaging device (1a, 1b) according to the present invention is provided with tempered glass or the like, check the barometer (130a, 130b) through the tempered glass during the vacuum packaging process case (100a) ) And the internal pressure change of the enclosure 100b can of course be checked in real time.

Hereinafter, a bag for placing the case 100a of the first embodiment and the bag 100b of the second embodiment, which is vacuum-packed using the seal box vacuum packaging devices 1a and 1b according to the present invention with reference to FIG. 5. The stage 800 will be described in detail.

As shown in FIG. 5, the rod end 800 according to the present invention includes a housing 810 and a cabinet 820.

In the housing 810, the case 100a or the bag 100b vacuum-packed by the bag-packing vacuum packaging apparatus 1a, 1b according to the present invention is accommodated, and one surface of the housing 810 can see the inside of glass, acrylic, or the like. A window 811 formed of a material is formed to visually check the housing 100a or the enclosure 100b accommodated in the exterior of the housing 810. In addition, if the barometers 130a and 130b are mounted to the case 100a or the enclosure 100b, the barometers 130a and 130b may be visually identified from the outside of the housing 810.

In addition, a housing barometer 812 may be further formed in the transparent window 811 of the housing 810 to check the pressure inside the housing 810. Thus, through the barometer (130a, 130b) and the housing barometer 812 to measure whether the internal / external pressure of the case 100a or the case 100b in the vacuum state without nitrogen filling is equal to each other, if the case ( 100a) or the vacuum state of the bag 100b is made recognizable.

The cabinet 820 has one or more settled spaces in which the housing 810 is placed so that the window 811 faces forward.

Thus, when one or more cases 100a or vacuum box 100b, which is vacuum-packed using the packing box vacuum packing apparatus 1a, 1b according to the present invention, are installed on the crypt, etc. Settle space can be used more efficiently.

Although embodiments of the present invention have been shown and described, it will be apparent to those skilled in the art that the present invention may be modified without departing from the spirit or principles of the invention. . It is intended that the scope of the invention be defined by the claims appended hereto and their equivalents.

According to the above-described configuration, the sealing bag vacuum packaging device according to the present invention, when vacuum-packing the sealing box or the case containing the sealing box, the external air pressure of the sealing box or the case is equal to the inner pressure of the sealing box or the case. By doing so, while preventing the damage to the shape of the enclosure or the case of the thin and inexpensive, there is an excellent effect that can be packaged in a vacuum state or the enclosure.

In addition, after setting the inside of the case or the enclosure in a vacuum state, gas such as nitrogen, neon, argon, etc., which prevents the decay of bone powder and suppresses insect habitat, can be filled into the case or the enclosure. Thus, after a long time, there is an excellent effect that can prevent the occurrence of worms or odor generated in the bone powder contained in the case or the inner box.

In addition, if one or more cases vacuum-packed using the bag-pack vacuum packaging device according to the present invention, or if the bag-shaped end of the bag is placed in the ossuary, etc., there is an excellent effect that can be used more efficiently the settling space of the ossuary.

Claims (12)

A case having a first space accommodating a bone container containing bone powder therein; A chamber having a door that can be opened and closed, the chamber receiving the case through the door and having a second space between an inner surface and an outer surface of the case; A pipe having a first pipe communicating with the second space of the chamber, and a second pipe having one end communicating with the first pipe and the other end communicating with the case; The first space in communication with the second space of the chamber and the first space of the case through the pipe, the second space and the first space is opened to set the vacuum, and closed when the vacuum setting is complete With 1 valve; A second valve in communication with the second space of the chamber, the second valve being opened when the first valve is closed and opened to inject air into the second space when the first valve is closed; And a third valve configured to communicate between the first pipe and the second pipe, and to close communication between the first pipe and the second pipe when the second valve is opened and air is injected into the second space. An airtight vacuum packaging device, characterized in that. The method of claim 1, In communication with the second pipe, when the first valve and the third valve is closed, when the second valve is opened to inject air into the second space, gas is flowed through the second pipe. An airtight vacuum packaging device further comprising a gas injection valve for injecting into the space. The method of claim 2, The gas is an airtight vacuum packaging apparatus, characterized in that the gas selected from the group consisting of nitrogen, neon, argon, krypton, xenon, radon or a mixture of two or more. The method according to any one of claims 1 to 3, The case is The second pipe is opened to communicate between the first space and the second pipe when the first valve is opened, and the first space when the first space is in a vacuum state or filled with gas. And a fourth valve capable of closing communication between the second pipe and the second pipe and separating the second pipe. The method according to any one of claims 1 to 3, The case is An airtight vacuum packaging apparatus, further comprising a barometer for measuring and displaying the pressure inside the case. A sealing box having a first space in which bone meal is received; A chamber having a door that can be opened and closed, the chamber receiving the enclosure through the door and having a second space between an inner surface and an outer surface of the enclosure; A pipe having a first pipe communicating with the second space of the chamber, and a second pipe having one end communicating with the first pipe and the other end communicating with an interior of the enclosure; In communication with the second space of the chamber and through the pipe also with the first space of the bag, open to establish the vacuum of the second space and the first space, and closed when the vacuum setting is complete A first valve; A second valve in communication with the second space of the chamber, the second valve being closed when the first valve is opened and opening to inject air into the second space when the first valve is closed; And a third valve configured to communicate between the first pipe and the second pipe, and to close communication between the first pipe and the second pipe when the second valve is opened and air is injected into the second space. An airtight vacuum packaging apparatus, characterized in that the. The method of claim 6, In communication with the second pipe, when the first valve and the third valve is closed, when the second valve is opened to inject air into the second space, gas is flowed through the second pipe. An airtight vacuum packaging device further comprising a gas injection valve for injecting into the space. The method of claim 7, wherein The gas is an airtight vacuum packaging apparatus, characterized in that the gas selected from the group consisting of nitrogen, neon, argon, krypton, xenon, radon or a mixture of two or more. The method according to any one of claims 6 to 8, The sealing box The second pipe is opened to communicate between the first space and the second pipe when the first valve is opened, and the first space when the first space is in a vacuum state or when the gas is filled. And a fourth valve capable of closing communication between the second pipe and the second pipe and separating the second pipe. The method according to any one of claims 6 to 8, The sealing box Sealing box vacuum packaging apparatus further comprises a barometer for measuring and displaying the pressure inside the sealing box. In the sealing end for placing the vacuum-packed case by using the unpacking vacuum packaging device claimed in any one of claims 1 to 3, A housing for accommodating the case and having a window formed on one surface thereof to allow the case to be viewed from the outside; And a cabinet having a plurality of settling spaces in which the housing is placed so that the one surface faces the front. In the bag end for placing the vacuum-packed bag using the bag-packing vacuum packaging device claimed in any one of claims 6 to 8, A housing for receiving the enclosure and having one side formed with a window to allow the enclosure to be viewed from the outside; And a cabinet having a plurality of settling spaces in which the housing is placed so that the one surface faces the front.

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