KR100619234B1 - Person's ashes having structure for closeness of vacuum pressurization type - Google Patents

Abstract

The present invention relates to a coarse box having a closed structure of a vacuum pressurization method, and more particularly, to an internal coarse box and an external coarse box containing the internal coarse box, and vacuuming or pressurizing the inside of the internal coarse box with nitrogen gas. By enclosing the inner crypt within the outer crypt and vacuuming or pressurizing with nitrogen gas to prevent odor due to decay and decay of the bone powder with a double locking device, the inner crypt and the outer crypt are each independent. Can be used as a crypt, and each vacuum pressurization of the body and the lid is not separated, thereby preventing air from contacting inside to prevent the growth of bacteria and worms due to the decay of the bone powder, according to the hygiene of the crypt It is characterized by keeping the state and the natural environment clean.

Ossuary box, bone meal, vacuum pressurized valve, protective box, closed structure

Description

Urn box with a vacuum pressurized closed structure. {Person's ashes having structure for closeness of vacuum pressurization type}

1 is a cross-sectional view showing the ossuary box according to an embodiment of the present invention;

Figure 2 is a cross-sectional view showing the inner crypt according to one embodiment of the present invention,

Figure 3 is a cross-sectional view showing an external ossuary box according to an embodiment of the present invention,

Figure 4 is a detailed view showing the ossuary box according to an embodiment of the present invention,

5 is an enlarged cross-sectional view of portion A of FIG. 4;

6 is a cross-sectional view showing a protective box according to an embodiment of the present invention,

7 is a detailed view showing a fastener according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: inside ossuary 20: first lid

21: first octagon groove 22: first vacuum pressure valve

23: first metal insert ring 23a: groove of the first metal insert ring

30: first body 31: second octagonal groove

32: first coupling groove 40: first internal space

50: outside ossuary 60: second lid

61: third octagon groove 62: second vacuum pressure valve

63: second metal insert ring 63a: groove of the second metal insert ring

70: second body 71: fourth octagonal groove

72: second coupling groove 80: second internal space

90: locking device 91: locking piece

91a: vertical member 91b: horizontal member

92: jam jaw 100: crypt

200: protector 300: fastener

310: fixed fastener 320: fastening fastener

The present invention relates to a coarse box having a closed structure of a vacuum pressurization method, and more particularly, to an internal coarse box and an external coarse box containing the internal coarse box, and vacuuming or pressurizing the inside of the internal coarse box with nitrogen gas. By enclosing the inner crypt within the outer crypt and vacuuming or pressurizing with nitrogen gas to prevent odor due to decay and decay of the bone powder with a double locking device, the inner crypt and the outer crypt are each independent. Can be used as a crypt, and each vacuum pressurization of the body and the lid is not separated, thereby preventing the air inside the contact can prevent the growth of bacteria and worms due to the decay of the bone powder, according to the hygiene of the crypt It is about keeping the condition and the natural environment clean.

In general, the funeral culture of Korea can be seen as burial culture and cremation culture. The funeral culture is based on the concept of Confucianism. Sometimes there are chapters of five days, but most of them are three-day chapters, and three years or a year, as in the Joseon Dynasty, almost disappeared.

The burial culture is a filial thought that originated from the idea of ancestor worship, and it is believed that filial piety is secured even when the parents die. .

In addition, the burial culture in Korea, the cemetery is occurring more than 20 per year, and the number of graveyards of the enemy country is about 20 million. This is four times the national school site and more than twice the factory site. 1% of the country's land is 1.6 times as much as Seoul's cemetery. The average area reaches 15 pyeong.

Thus, the proportion of graveyards is relatively high in our country, which has a narrow territory compared to developed countries. And, because of the colorful tombs, there is a debate about luxury, and legally prohibited tombs are performed on the vested side.

Such damage to the natural landscape due to the burial culture, and the destruction of nature due to the growing cemetery is also causing serious problems.

Recently, the country recommends cremation rather than burial as a way to solve this problem, and the cremation culture is rapidly spreading due to the revision of the Jangyo Act and the change of public awareness. Accordingly, the construction of the ossuary can accommodate the ashes of numerous dead people at the same time, and various forms of ossuaries to store the cremated ashes have been proposed.

The cremation culture is to incinerate a body in a crematory so that it is completely incinerated so as not to cause harm to public health, and finely powdered ashes are placed in the ossuary and placed in the ossuary or the ossuary.

When placing the ossuary in the ossuary or ossuary was made invisible from the outside, the culture of honoring the deceased is being spread recently by allowing the ossuary to be seen from the outside and placing a photograph or a collection of the dead together.

Here, the ossuary is mainly made of wood materials such as juniper, rose camphor, walnut wood, porcelain materials such as jade, white jade, yellow jade, and crystals, gold, silver, etc. do.

The wooden ossuary is wrapped in bone powder with pulp or silk cloth or placed in the lower part where bone powder enters to prevent corruption and long-term storage, or the wood material itself plays a role.

Bins such as porcelain crypts can be used to make a lid on the lid using a heavy lid, or to create a double-sealed lid bolt lock to preserve bone dust even from vibration and shaking.

On the other hand, as another example of the conventional ossuary, by attaching a ceramic filter in the ossuary to preserve the bone powder in the odorless, sterile state inside the ossuary by antibacterial, deodorizing action.

However, the ossuary is used in the form of jars that are more colorful and beautifully focused on appearance to symbolize the honor and wealth of the dead, and thus there is a problem in long-term preservation of bone meal.

That is, in more detail, the structure of the crypt is a double lid, a lock device by attaching a bolt or the like, even if sealed by applying a silicone to the contact surface of the lid can not completely prevent contact with air, As time passes, condensation occurs due to temperature changes on the surface of the ossuary, resulting in decay of bone meal and the development of harmful microorganisms such as molds, insects, and the like.

Therefore, the crypt is significantly less useful due to the expensive material and the colorful decoration, and due to the expensive production cost, the long term maintenance and preservation of important bone powder is insufficient, resulting in the decay and odor of the bone powder. It is pointed out as a disadvantage that can adversely affect the natural environment.

The present invention has been made to solve the above problems, and consists of an internal ossuary and an external ossuary containing the inner ossuary, and by the vacuum pressure treatment of the inside, the outer ossuary to the decay and corruption of bone powder Odor can be prevented, double vacuum pressurization, the body and the lid is not separated, thereby preventing air from contacting inside can prevent the growth of bacteria and worms due to the decay of bone powder, accordingly the ossuary Its purpose is to keep the sanitation and natural environment clean.

The present invention has the following features to achieve the above object.

The present invention comprises a first body for forming a first internal space, and a first lid coupled to the first body in the ossuary for preventing the decay and deterioration of bone meal, the first surface of the first lid A first octagonal groove is formed at an inner space side, a first vacuum pressure valve is installed at a central portion of the first octagonal groove, and an inner ridge is formed at a bottom surface of the first body at a first octagonal groove. and; A second body including the inner crypt and a second inner space formed therein, and a second lid coupled to the second body, wherein a third octagonal groove is formed on the upper surface of the second lid toward the second inner space; And a second vacuum pressurizing valve is installed at a central portion of the third octagonal groove, a fourth octagonal groove is formed at a bottom of the second body toward a second inner space, and a protrusion of the fourth octagonal groove is formed in the first portion. An external crypt box 50 engaged with the octagonal groove, coupled to the projection of the third octagonal groove so as to be engaged and fixed to the second octagonal groove, and detachable from the internal crypt box 10; It is characterized by consisting of a protective body consisting of the body and the lid to contain and protect the outer ossuary.

In addition, a first metal insert ring and a second metal insert ring are inserted into upper ends of the first lid and the second lid, and the groove of the first metal insert ring and the groove of the second metal insert ring are formed in the first lid and the second lid. The upper end of the female screw formed in the first body and the second body is in close contact, the groove of the first metal insert ring and the groove of the second metal insert ring is characterized in that the shape of the upper and lower light.

In addition, a first coupling groove protruding to be coupled to one side of the second vacuum pressurizing valve is formed at the center portion of the upper surface of the second octagonal groove of the first body, and the first portion is formed at the center portion of the bottom surface of the fourth octagonal groove of the second body. 1 is characterized in that the second coupling groove is formed to protrude so that one side of the vacuum pressure valve can be coupled.

Then, the air is drawn out through the first and second vacuum pressurizing valves to make the first and second inner spaces in a vacuum state or by pressurizing and injecting nitrogen gas. It is characterized in that it is variously applied to plastic (Plastic), polycarbonate (Polycarbonate), metal, and the like.

The present invention having such a feature will be more clearly described through the preferred embodiment accordingly.

Hereinafter, preferred embodiments of the present invention will be described in detail with the accompanying drawings.

1 is an overall cross-sectional view showing a crypt according to an embodiment of the present invention, Figure 2 is a sectional view showing an internal crypt according to an embodiment of the present invention, Figure 3 is an external crypt according to an embodiment of the present invention Figure 4 is a cross-sectional view, Figure 4 is a detailed view showing the cavities according to an embodiment of the present invention, Figure 5 is an enlarged cross-sectional view A portion of Figure 4, Figure 6 is a sectional view showing a protective box according to an embodiment of the present invention. 7 is a detailed view showing a fastener according to an embodiment of the present invention.

As shown, the ossuary 100 having a sealed structure of the vacuum pressurization method of the present invention is an inner ossuary 10 installed therein, an outer ossuary 50 containing the inner oscillation box 10, and the Consists of a protective box 200 to protect the outer ossuary 50.

The inner crypt 10 has a first interior by screwing a first lid 20 having a first octagonal groove 21 formed on an upper surface thereof, and a first body 30 having a second octagonal groove 31 formed on a bottom surface thereof. The space 40 is formed.

Here, the first lid 20 has a first metal insert ring 23 is inserted into the upper end of the inside, the first vacuum pressure valve 22 is installed in the central portion of the first octagonal groove 21 have.

In addition, when the first lid 20 is injected, the first vacuum pressurizing valve 22 and the first metal insert ring 23 are inserted into the integrated body to obtain a solid product and an efficient manufacturing period.

In addition, the first metal insert ring 23 has a groove 23a formed at one end thereof in the form of upper and lower beams, and the first lid 20 is rotated so that one side of the thread formed in the first body 30 is formed. The tip is pressed against both end faces of the groove 23a, so that it is conventionally preferable in terms of safety and efficiency of sealing rather than inserting an O-ring into a coupling portion of the lid and the body.

Here, in the present embodiment, although the coupling to one side end of the first lid 20 and one side end of the first body 30 by screwing, the first lid 20 to the double sealed lid bolt lock device Of course, the configuration that couples the first body 30 is also possible.

Here, the first body 30 has a first coupling groove 32 protrudes toward the first internal space 40 in the central portion of the second octagonal groove 31.

In addition, the first body 30 is made of various shapes such as spherical, cylindrical, hemispherical, but it is preferable to use a cylindrical for the efficiency and safety of storage, and the utilization of the internal space.

Here, the first internal space 40 accommodates bone meal and is made into a vacuum state by using a compressor or a vacuum pressurizing device through the first vacuum pressurizing valve 22 for long-term preservation, or by using nitrogen gas. By injecting, it is preferable to solve the problem of decay and odor caused by the storage of the bone meal.

In addition, when the vacuum chamber is pressurized or pressurized using the vacuum pressurizing device in the first internal space 40, the first lid 20 is not opened, and the air is pushed in or taken out again using the vacuum pressurizing device. 1 The atmospheric pressure in the internal space 40 can be opened equal to atmospheric pressure.

On the other hand, in order to more closely contact the coupling of the first lid 20 and the first body 30 is engaged with the fixed fastener 310 to fit the second octagonal groove 31, and the first octagonal groove ( 21 may be engaged by engaging the fastener 310 that fits with the fastener 310, and rotating the joining fastener 310 that is engaged with the first octagonal groove 21.

The external ossuary 50 has a second internal by screwing the second lid 60 formed with the third octagonal groove 61 on the upper surface and the second body 70 having the fourth octagonal groove 71 formed on the lower surface thereof. The space 80 is formed, and the internal ossuary 10 is contained in the second internal space 80.

Here, the second lid 60 is inserted into the second metal insert ring 63 is formed at the upper end of the inside, the second vacuum pressure valve 62 is installed in the central portion of the third octagon groove 61 have.

In addition, when the second lid 60 is injected, the second vacuum pressurization valve 62 and the second metal insert ring 63 may be inserted into the integrated body to obtain a solid product and an efficient manufacturing period.

In addition, the second metal insert ring 63 has a groove 63a formed at one end thereof in the form of upper and lower beams, and the second lid 60 is rotated so that one side of the thread formed in the second body 70 is formed. The end is pressed against both end faces of the groove 63a, so that it is in close contact with no gap, thereby providing excellent safety and efficiency in the sealed space.

Here, the second body 70 is formed with a second coupling groove 72 protruding from one side of the first vacuum pressure valve 22 to be fixed to the central portion of the fourth octagonal groove 71. do.

In addition, the second body 70 is made of a variety of forms, such as spherical, cylindrical, hemispherical, but can be obtained by using a cylindrical size of the size that can contain the internal ossuary 10, the efficiency and safety of storage.

The inner crypt 10 is contained in the second inner space 80, and the first inner space 40 is formed through the second vacuum pressurizing valve 62 or by using a vacuum pressurizing device for long time storage. By making the same vacuum state or injecting nitrogen gas, it is preferable to solve the problem that the decay and bad smell of bone powder stored in the inner ossuary 10 occurs.

In addition, when the vacuum or the pressurized state is brought into the second internal space 80 using the vacuum pressurizing device, the second lid 60 is not opened, and the second lid 60 is put in or taken out again by using the vacuum pressurizing device. The atmospheric pressure of 2 internal spaces 80 can be opened equal to atmospheric pressure.

On the other hand, in order to closely bond the coupling of the second lid 60 and the second body 70 is fixedly engaged to fit the fourth octagonal groove (71), the joining type fit to the third octagonal groove (61) Squeeze, can be combined more tightly by rotating the joining type.

And the material of the inner crypt box 10 and the outer crypt box 50 may be made of plastic, polycarbonate, metal, but most preferably used as a polycarbonate to form a thread required for screwing, the polycarbonate of The material is translucent, so it is easy to determine the state change of the bone powder stored inside.

Here, although the material of the inner crypt 10 and the outer crypt 50 is used as a polycarbonate among plastics, polycarbonates, and metals, the materials of the inner crypt 10 and the outer crypt 50 are generally used. Of course, it is also possible to construct a ceramic.

On the other hand, the inner crypt box 10 is embedded in the outer crypt box 50 having the structure as described above, the first octagonal groove 21 formed in the first lid 20 is formed in the second body 70 The second octagonal groove 31 formed in the first body 30 and the third octagonal groove 61 formed in the first body 30 are coupled to the protruding fourth octagonal groove 71 so as to be inverted and engaged. It is formed in the form of fixedly coupled to the inner ossuary 10 by engaging with).

In addition, the locking piece 91 formed on the bottom of the first (20) and the second lid (60) to prevent reverse rotation, and the first (30) and the first corresponding to the writing of the lid (20, 60) 2, a locking device (90) consisting of locking jaws (92) formed on the upper surface of the body (70) at regular intervals is further formed, and the locking device (90) is engaged in engagement with the locking piece (91). The stage of locking is divided according to the number of jaws 92.

The locking piece 91 is an inertia body composed of a vertical member 91a and a horizontal member 91b in a 'b' shape, and the vertical member 91a is in contact with one end of the lid 20 or 60, The horizontal member (91b) is formed in the range of 120 to 150 ° angle around a portion of the vertical member (91a) to prevent the reverse rotation of the lid (20, 60), the locking jaw 92 ) Is formed with a plurality of right-angled triangular shape in which the width gradually increases in the rotation direction of the lid (20, 60).

Here, in the present embodiment, although the crypt box 100 composed of the outer crypt box 10 and the inner crypt box 10 containing the inner crypt box 10 is used, the inner crypt box 10 and the outer crypt box 50 are used. Of course, it is also possible to configure each of the independent ossuary.

Such, the protection box 200 consisting of a lid and a body to protect the ossuary 100 from the outside, it is preferable that the lid and the body is made of aesthetic appearance ceramic material.

As described above, the ossuary having a closed structure of the vacuum pressurization method of the present invention is composed of an inner ossuary and an outer ossuary containing the inner oscillation, and vacuuming or pressurizing the inside of the inner oscillation with nitrogen gas. By enclosing the inner crypt within the outer crypt and vacuuming or pressurizing with nitrogen gas to prevent odor due to decay and decay of the bone powder with a double locking device, the inner crypt and the outer crypt are each independent. It can be used as a crypt.

In addition, the ossuary box of the present invention does not separate the body and the lid by double vacuum pressurization, thereby preventing air from contacting inside, thereby preventing the growth of bacteria and insects due to the decay of bone meal, and thus hygiene of the ossuary It is effective to keep the condition and natural environment clean.

Claims (6)

In the ossuary 100 to prevent the decay and deterioration of bone powder, It consists of a first body 30 to form a first internal space 40, and a first lid 20 coupled to the first body 30, a first surface on the first lid 20 A first octagonal groove 21 is formed toward the inner space 40, and a first vacuum pressurizing valve 22 is installed at a central portion of the first octagonal groove 21, and a bottom surface of the first body 30 is provided. The inner ossuary 10 is formed with a second octagonal groove 31 toward the first inner space 40; The second body 70, which includes the internal ossuary 10 and has a second internal space 80, and a second lid 60 coupled to the second body 70, wherein the second lid A third octagonal groove 61 is formed on the upper surface of the second inner space 80 toward the second inner space 80, and a second vacuum pressurization valve 62 is installed at a central portion of the third octagonal groove 61. A fourth octagonal groove 71 is formed on the bottom of the second body 70 toward the second inner space 80, and the protrusion of the fourth octagonal groove 71 is engaged with the first octagonal groove 21. An outer crypt box 50 coupled to the second octagonal groove 31 so as to be engaged and fixed to the second octagonal groove 31, and detachable from the inner crypt box 10; Ossuary box having a closed structure of the vacuum pressurization method, characterized in that consisting of; a protective box (200) consisting of a main body and a lid to contain and protect the outer sternum box (50). The method of claim 1, Grooves 23a and 63a of upper and lower beams in which upper ends of the female threads formed on the first 30 and the second body 70 are in close contact with each other are formed in the first and second lids 60, respectively. The first and second metal insert rings 63 and 63 are inserted into the upper ends of the inner caps 20 and 60, respectively. The method of claim 1, A first coupling groove 32 is formed in the central portion of the upper surface of the second octagonal groove 31 of the first body 30 so as to be coupled to one side of the second vacuum pressure valve 62, and the second body Closing structure of the vacuum pressurization method, characterized in that the second coupling groove 72 is formed at the center of the bottom surface of the fourth octagonal groove 71 so as to be coupled to one side of the first vacuum pressure valve 22. Ossuary with. The method of claim 1, Air is drawn out through the first and second vacuum pressurization valves 62 to make the first and second internal spaces 40 and 80 vacuum or to pressurize and inject nitrogen gas. Ossuary box having a closed structure of the vacuum pressurization method, characterized in that. The method of claim 1, A locking piece 91 formed on the bottom of one end of the first and second lids 60 to prevent reverse rotation, and the first 30 corresponding to the bottom of one end of the lids 20 and 60. And a locking device 90 including a locking jaw 92 formed on the upper surface of the second body 70 at regular intervals. The method of claim 1, The material of the inner crypt box 10 and the outer crypt box 50 is a plastic box having a sealed structure of vacuum pressurization, characterized in that any one of plastic, polycarbonate, metal.

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