KR20140076772A

KR20140076772A - Fabricating a vacant urn

Info

Publication number: KR20140076772A
Application number: KR1020120145189A
Authority: KR
Inventors: 전진주
Original assignee: 전진주
Priority date: 2012-12-13
Filing date: 2012-12-13
Publication date: 2014-06-23

Abstract

The present invention relates to a vacuum osmosis system, and more particularly,
The ashtray box 100 includes an inner container 120 and an outer container 140. The inner container 120 is a transparent glass material that is easily distinguished from the outside and has an open top and a closed bottom And at least one first groove 122 is formed in the upper outer periphery of the inner container 120. A packing P is inserted and fixed in the first groove 122 and an inner container lid 110 A vacuum valve V for discharging air in one direction is installed in the air discharging part 111 and a vacuum valve V for discharging air in one direction is provided in the air discharging part 111, And a second groove 113 is formed on the outer periphery of the insertion jaw 112 and a third groove 114 is formed on the bottom edge side of the insertion jaw 112, Packs (P) for maintaining the airtightness of the interior of the inner container during vacuum are formed in the recesses (113) and the third recesses (114) The outer container 140 is made of ceramics for receiving the inner container 120. The upper outer container 140 is formed of the same material as the outer container 140 and is provided with a fourth groove 131 on its inner periphery. The outer container lid 130 in which the packing P is inserted into the fourth groove 131 is provided and the silicon pad 150 which absorbs the impact is secured to the inner bottom by securely supporting the bottom surface of the inner container 120 The vacuum ossein according to the present invention has a double storage effect for accommodating an inner container in an outer container, and when an ossein is contained in an inner container and sealed, a vacuum valve provided in the inner container cover By keeping the cover in a high-vacuum state, it has a sealing effect on the inner container, thereby preventing air, humidity and inflow of microorganisms, thereby preventing the decay of ashes. This is because the outer container is made of a transparent glass material It is possible to easily check the state of the ash contents from the outside without opening the inner container in the cold state and to prevent the secondary damage due to the impact by supporting the inner container in a stable state in the outer container.

Description

{Fabricating a vacant urn}

The present invention relates to a vacuum ashtray, and more particularly, to a porcelain ashtray which is stored by keeping the ashes of a deceased person in an improved state. In particular, by inserting an inner container made of glass capable of holding ashes in an outer container made of ceramics, It is possible to confirm the status of the ashes without opening the container. By maintaining and strengthening the vacuum state of the internal container, it is possible to prevent the penetration of humidity and microorganisms, It is about a vacuum osseon that can keep the ashes safely.

The burial culture of the burial of the burial land and the destruction of the natural environment for the burial of the graveyard is very serious because the burial-oriented burial practice which avoids the make-up and prefers the burial by the influence of Confucianism is deeply rooted. However, recently, , It is a tendency that the crematorium where the ashes of the mangin are finely crushed and stored in the ashtray is gradually increasing.

However, as is well known, the ash contains a large amount of calcium carbonate, which is easily corroded by the oxidizing action due to moisture. In the case of serious cases, harmful bacteria and insects may occur. In the past, And the osseous box having a structure of a jar shape or a cylindrical shape which is closed by covering the lid on the upper part of the body having the housing part is placed in the crypt or the osseo bin in a state in which it can be easily contacted with the outside air without a separate enclosure Preservation.

Therefore, moisture and various microorganisms contained in the outside air can easily permeate into the osier, which may cause corruption of the ash.

As described above, most of the conventional ashtrays have been mainly developed for improving the appearance and convenience of use, and the research on the improvement of the vacuum for preserving ashes has been relatively inadequate.

That is, in order to prevent the decay of the ashes caused by the moisture in the ashtray, and to maintain the long-term preservation, it is necessary to maintain the vacuum state in the ashtray. To this end, attempts have been made to install various structures for making nitrogen or the vacuum state.

As described in Korean Patent Laid-Open Publication No. 2003-0070176, a vacuum packing apparatus of the prior art has a mounting recess 11 (see FIG. 1) for positioning an osseoid 60 in the bottom of a vacuum chamber 10 having a door 12, And an exhaust valve 50 that opens and closes the vacuum pump 20 and an intake valve 40 and a vacuum pump 20 that open and close the atmosphere at a predetermined position. 31 is vertically moved is provided at one side of the vacuum chamber to seal the osseoid lid 62 in the osseo casing 60 in a vacuum state.

When the ostrich vacuum packaging apparatus closes the opening door 12 and closes the inside of the vacuum chamber 10 and simultaneously applies a power switch, the intake valve 40 is automatically closed by the microcomputer in which the operation is stored, and the exhaust valve 50 And the vacuum pump 20 is operated to suck the air inside the vacuum chamber 10 to be in a vacuum state.

Thereafter, when the inside of the vacuum chamber 10 reaches a desired vacuum, the exhaust valve 50 is closed and the operation of the vacuum pump 20 is stopped. When the transfer device 30 is operated, the transfer rod 31 is lowered The oyster shell lid 62 seals the upper part of the oyster shell 60.

Thereafter, when the intake valve 40 is gradually opened, the atmospheric air flows into the vacuum chamber 10, and the osmolyte lid 62 and the plate-shaped lid 62 are separated from each other by the difference between the air pressure in the vacuum chamber 10 and the air pressure in the os The o-ring 61 and the osseoid 60 are securely sealed to maintain the inside of the osseoid 60 in a vacuum state.

The above-mentioned prior art has a problem in that the equipment cost of a facility system is high because it is constituted by a vacuum pump for generating a vacuum pressure in a vacuum chamber for holding an osseous vessel and expensive equipment for providing various pressure devices.

In addition, it is difficult to manufacture a vacuum apparatus because it requires a complicated structure, and it is difficult to move a vacuum packaging apparatus.

In some cases, the ashtray is made of ceramics. However, the micropores exist because of the nature of the ceramics. If the vacuum is maintained for a long time, the vacuum slowly escapes and the vacuum is lost.

As a result, microscopic gaps may be formed in the lid joint portion from the ashtray, and humidity and microorganisms are introduced through the gap, resulting in a problem that the ashes can not be safely stored and decayed.

The present invention has been made to solve the above-mentioned conventional problems, and it is an object of the present invention to improve a porcelain osseouside which is to be stored by housing the remains of a deceased person, By inserting the inner container, it is possible to confirm the state of the ashes without opening the inner container. The vacuum state of the inner container can be maintained and strengthened to prevent moisture and infiltration of microorganisms, And a vacuum ossein box which can safely store the ashes of the deceased.

In order to achieve the above object, according to the present invention,

In the ashes,

Wherein the inner container is made of transparent glass material which is easily distinguished from the outside and has an open upper part and a closed lower part and at least one first groove is formed on the upper outer periphery, An inner container lid for sealing the upper portion of the inner container is formed of a transparent glass material. An air discharge portion is formed at the upper center, and a vacuum valve for discharging air in one direction is formed in the air discharge portion. A second groove is formed on the outer periphery of the insertion jaw and a third groove is formed on the bottom edge side of the insertion jaw, and a second groove is formed in the second groove and the third groove Wherein the outer container is made of a ceramic material for accommodating the inner container, The upper portion is provided with a fourth groove formed on the inner periphery thereof as the same material as the outer container, an outer container lid in which the packing is inserted into the fourth groove, and a silicone pad for absorbing the impact by securely supporting the bottom surface of the inner container. .

The vacuum ossein according to the present invention is characterized in that the vacuum osseous vessel has a dual storage effect for accommodating the inner vessel in the outer vessel and a vacuum valve provided in the inner vessel lid when the osseum is to be sealed in the inner vessel, Thereby preventing the decay of the ash. This is because the outer container is opened with the transparent glass material, and the inside of the container is sealed with the inside It is possible to easily check the condition of the ash without the container being opened, and it is possible to prevent the secondary damage due to the impact by supporting the inner container in a stable state in the outer container.

FIG. 1 is a cross-sectional view of an osseous vessel of the present invention,
Fig. 2 is an enlarged sectional view showing the vacuum valve separated from the lid in Fig. 1,
FIG. 3 is a cross-sectional view showing a state where an ashtail box according to the present invention is combined,
FIG. 4 is an enlarged cross-sectional view showing the state of vacuum formation through the cover of the inner container of the osier according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

Prior to this, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms, and the inventor should appropriately interpret the concepts of the terms appropriately It should be interpreted in accordance with the meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It should be understood that various equivalents and modifications may be present.

The present invention relates to an osteoblast stored in a cryptomeria containing an ossein component (A)

The ash tray (100)

An inner container 120 and an outer container 140,

The inner container 120 is made of a transparent glass material that is easy to identify from the outside and has an open upper part and a closed lower part. At least one first groove 122 is formed on the upper outer periphery, 122, the packing P is inserted and fixed.

The inner container cover 110 sealing the upper portion of the inner container 120 is formed of a transparent glass material and has an air discharging portion 111 formed at an upper center and discharging air to the air discharging portion 111 in one direction And a second groove 113 is formed on the outer periphery of the insert jaw 112 and a second groove 113 is formed on the outer periphery of the insert jaw 112. In addition, A third groove 114 is formed on the bottom edge side and a packing P for maintaining the airtightness of the inner container in vacuum is inserted into the second groove 113 and the third groove 114 respectively .

The outer container 140 is made of ceramics for receiving the inner container 120. The outer container 140 is formed of the same material as the outer container 140 and has a fourth groove 131 on the inner circumference. And an outer container lid 130 into which the packing P is inserted.

At the inner bottom of the outer container 140, a silicon pad 150, which absorbs impact, is seated securely against the bottom surface of the inner container 120.

The inner container lid 110 and the inner container 120 are made of a transparent glass material which is easy to be internally identified from the outside. In contrast to the conventional method of storing an ashtray by covering the ash with the lid, The vacuum degree can be maintained during the vacuum process.

A valve coupling portion 110a for receiving and fixing the vacuum valve V is formed at the center of the inner lid 110 so that the vacuum valve is fixed to the valve coupling portion do.

The upper end of the inner container 120 is formed with a step, and the upper end of the inner container 120 can be tightly positioned.

Although the packing P described above is shown in the form of an O-ring having a circular sectional area as shown in the drawing, the packing may have different sectional areas depending on the shapes of the first through fourth grooves 122, 113, 114 and 131 But is not limited thereto.

On the other hand, the pad 150 that is seated in the outer container 140 can be made of a silicon material or other materials having adhesion and buffering force.

In the figure, reference numeral 200 denotes a vacuum unit which is coupled to a vacuum valve and can make the interior of the inner container into a vacuum state.

The operation of storing and retaining osseoid through the vacuum ossein of the present invention having such a structure will be described as follows.

The inner container cover 110 is covered with the ashtray A in the inner container 120 before the ashes of the deceased are placed on the cryptomeria, Is coupled to a vacuum valve (V) provided in the container lid (110) and pumped through a vacuum device to make the interior of the inner container into a vacuum state.

Vacuum is discharged through the vacuum valve (V) through the air discharge passage (111) of the inner container lid (110) to discharge the air remaining in the inner container (120). The vacuum valve (V) is a check valve for discharging the one-way air.

For reference, the glass material in which the inner container lid 110 and the inner container 120 are fabricated is basically prevented from oxidation and moisture penetration before the vacuum, and there is no material change. Therefore, for example, The vacuum ointment according to the present invention can maintain the vacuum state of the inner container for a long time, as in the case where the vacuum is performed once, as in the state where the rate of change of the vacuum degree is not long for a long time.

The inner container 120 has the insertion groove 112 formed at the inner upper end portion, the second groove 113 at the edge side, the packing P inserted in the third groove 114, Is tightly pressed against the inner side and the upper side of the inner container 120 and is simultaneously compressed and vacuum-sealed with a wider area so that the inner container lid 110 can be opened from the inner container 120 artificially. The state becomes absent.

That is, since the glass material of the inner container lid 110 and the inner container 120 has no pores that can be finely counted when the degree of vacuum is maintained, the air, humidity, microorganisms It is possible to prevent the decay of the ash.

In this state, when the inner container 120 is placed in the outer container 140 made of ceramics, the pad 150 placed on the inner bottom surface of the outer container 140 stably supports the bottom surface of the inner container, And the upper side of the inner container is connected to the outer container 140 by the packing P inserted into the outer first groove 122 of the inner container 120 as shown in FIG. That is, the inner container can be held in a more stable state by being supported without shaking.

When the outer container lid 130 is finally covered from the top of the outer container 140 in the above state, the packing (FIG. 1) inserted into the fourth groove 131 on the outer container lid 130 side P is engaged with the outer container 140, secondary sealing is performed.

As described above, the ashtray 100 having the ashtray can be safely stored in the cryptomeria, and it is possible to prevent corrosion of the container against humidity, and also to prevent microbes from entering, It can be safely stored.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be clear to those who have knowledge.

100: Ashes 110: Internal container cover
111: air discharge part 112:
113: second groove 114: third groove
120: inner container 122: first groove
130: outer container lid 131: third groove
140: outer container 150: pad
A: Ashes P: Packing
V: Vacuum valve

Claims

In the ashes which are stored in the crypts with the remains (A)
The ash tray (100)
An inner container 120 and an outer container 140,
The inner container 120 is made of a transparent glass material that is easy to identify from the outside and has an open upper part and a closed lower part. At least one first groove 122 is formed on the upper outer periphery, 122, the packing P is inserted and fixed,
The inner container cover 110 sealing the upper portion of the inner container 120 is formed of a transparent glass material and has an air discharging portion 111 formed at an upper center and discharging air to the air discharging portion 111 in one direction And a second groove 113 is formed on the outer periphery of the insert jaw 112 and a second groove 113 is formed on the outer periphery of the insert jaw 112. In addition, A third groove 114 is formed on the bottom edge side and a packing P for maintaining the airtightness of the inner container in vacuum is inserted into the second groove 113 and the third groove 114 respectively under,
The outer container 140 is made of ceramics for receiving the inner container 120. The outer container 140 is formed of the same material as the outer container 140 and has a fourth groove 131 on the inner circumference. And a silicone pad 150 is mounted on the inner bottom so as to securely receive the bottom of the inner container 120 and absorb shock.